# @(#)65 1.150 src/bos/usr/bin/trcrpt/trcfmt, cmdtrace, bos720 2/21/07 17:42:20
# IBM_PROLOG_BEGIN_TAG
# This is an automatically generated prolog.
#
# bos720 src/bos/usr/bin/trcrpt/trcfmt 1.150
#
# Licensed Materials - Property of IBM
#
# Restricted Materials of IBM
#
# COPYRIGHT International Business Machines Corp. 1988,1993
# All Rights Reserved
#
# US Government Users Restricted Rights - Use, duplication or
# disclosure restricted by GSA ADP Schedule Contract with IBM Corp.
#
# IBM_PROLOG_END_TAG
# COMPONENT_NAME: CMDTRACE system trace logging and reporting facility
#
# FUNCTIONS: template file for trcrpt
#
# ORIGINS: 27, 83
#
# (C) COPYRIGHT International Business Machines Corp. 1988, 1993
# All Rights Reserved
# Licensed Materials - Property of IBM
#
# US Government Users Restricted Rights - Use, duplication or
# disclosure restricted by GSA ADP Schedule Contract with IBM Corp.
#
# LEVEL 1, 5 Years Bull Confidential Information
#
# I. General Information
#
# The formats shown below apply to the data placed into the
# trcrpt format buffer. These formats in general mirror the binary
# format of the data in the trace stream. The exceptions are
# hooks from a 32-bit application on a 64-bit kernel, and hooks from a
# 64-bit application on a 32-bit kernel. These exceptions are noted
# below as appropriate.
#
# Trace formatting templates should not use the thread id or time
# stamp from the buffer. The thread id should be obtained with the
# $TID macro. The time stamp is a raw timer value used by trcrpt to
# calculate the elapsed and delta times. These values are either
# 4 or 8 bytes depending upon the system the trace was run on, not upon
# the environment from which the hook was generated.
# The system environment, 32 or 64 bit, and the hook's
# environment, 32 or 64 bit, are obtained from the $TRACEENV and $HOOKENV
# macros discussed below.
#
# To interpret the time stamp, it is necessary to get the values from
# hook 0x00a0, subhook 0x25c, used to convert it to nanoseconds.
# The 3 data words of interest are all 8 bytes in length and are in
# the generic buffer, see the template for hook 00A.
# The first data word gives the multiplier, m, and the second word
# is the divisor, d. These values should be set to 1 if the
# third word doesn't contain a 2. The nanosecond time is then
# calculated with nt = t * m / d where t is the time from the trace.
#
# Also, on a 64-bit system, there will be a header on the trace stream.
# This header serves to identify the stream as coming from a
# 64-bit system. There is no such header on the data stream on a
# 32-bit system. This data stream, on both systems, is produced with
# the "-o -" option of the trace command.
# This header consists only of a 4-byte magic number, 0xEFDF1114.
#
# On a 64-bit system, trace hook IDs from 0x0010 to 0xffff can be used.
# The only restriction lies on hooks below 0x1000. Hooks below 0x1000
# must have the fourth digit be zero (i.e. of the form 0xhhh0).
#
# For a 64-bit trace, hook IDs with the fourth digit zero will be
# displayed as three digit hook IDs. For instance, 0xABC0 will be
# displayed as 0xABC. Hook IDs with a non-zero fourth digit will
# have all four digits displayed. For instance, 0xABC1 will be
# displayed as 0xABC1.
#
# 32-bit applications and 32-bit kernel routines can only use hook IDs
# from 0x001 to 0xFFF. They can not use 16 bit hook IDs.
#
#
# A. Binary format for the 32-bit trace data
# TRCHKL0 MMMTDDDDiiiiiiii
# TRCHKL0T MMMTDDDDiiiiiiiitttttttt
# TRCHKL1 MMMTDDDD11111111iiiiiiii
# TRCHKL1T MMMTDDDD11111111iiiiiiiitttttttt
# Note that trchkg covers TRCHKL2-TRCHKL5.
# trchkg MMMTDDDD1111111122222222333333334444444455555555iiiiiiii
# trchkgt MMMTDDDD1111111122222222333333334444444455555555 i... t...
# trcgent MMMTLLLL11111111vvvvvvvvvvvvvvvvvvvvvvvvvvxxxxxx i... t...
#
# legend:
# MMM = hook id
# T = hooktype
# D = hookdata
# i = thread id, 4 bytes on a 32 byte system and 8 bytes on a 64-bit
# system. The thread id starts on a 4 or 8 byte boundary.
# t = timestamp, 4 bytes on a 32-bit system or 8 on a
# 64-bit system.
# 1 = d1 (see trchkid.h for calling syntax for the tracehook routines)
# 2 = d2, etc.
# v = trcgen variable length buffer
# L = length of variable length data in bytes.
#
# The DATA_POINTER starts at the third byte in the event, ie.,
# at the 16 bit hookdata DDDD.
# The trcgen() is an exception. The DATA_POINTER starts at
# the fifth byte, ie., at the 'd1' parameter 11111111.
#
# Note that a generic trace hook with a hookid of 0x00b is
# produced for 64-bit data traced from a 64-bit app running on
# a 32-bit kernel. Since this is produced on a 32-bit system, the
# thread id and time stamp will be 4 bytes in the data stream.
#
# B. 64-bit trace hook format
#
# TRCHK64L0 ffffllllhhhhssss iiiiiiiiiiiiiiii (cccccccccccccccc - -p only)
# TRCHK64L0T ffffllllhhhhssss iiiiiiiiiiiiiiii tttttttttttttttt
# (cccccccccccccccc - -p only)
# TRCHK64L1 ffffllllhhhhssss 1111111111111111 i...
# ...
# TRCGEN ffffllllhhhhssss dddddddddddddddd "string" i...
# TRCGENt ffffllllhhhhssss dddddddddddddddd "string" i... t...
#
# Legend
# f - flags
# tgbpruuuuuuuuRRR: t - time stamped, g - generic (trcgen),
# b - 32-bit data, p - include cpu_id,
# r - registers traced, u - unused.
# R - # registers gathered - 1
# l - length, number of bytes traced.
# For TRCHKL0 llll = 0,
# for TRCHKL5T llll = 40, 0x28 (5 8-byte words)
# h - hook id
# s - subhook id
# 1 - data word 1, ...
# d - generic trace data word.
# i - thread id, 8 bytes on a 64-bit system, 4 on a 32-bit system.
# The thread id starts on an 8-byte boundary.
# t - time stamp, 8 bytes on a 64-bit system, 4 on a 32-bit system.
# c - cpu-id, only valid for a 64-bit trace, the -p option.
#
# For non-generic entries, the data pointer starts at the
# subhook id, offset 6. This is compatible with the 32-bit
# hook format shown above.
# For generic (trcgen) hooks, the g flag above is on. The
# length shows the number of variable bytes traced and does not include
# the data word.
# The data pointer starts at the 64-bit data word.
# Note that the data word is 64 bits here.
#
# C. Trace environments
# The trcrpt, trace report, utility must be able to tell whether
# the trace it's formatting came from a 32 or a 64 bit system.
# This is accomplished by the log file header's magic number.
# In addition, we need to know whether 32 or 64 bit data was traced.
# It is possible to run a 32-bit application on a 64-bit kernel,
# and a 64-bit application on a 32-bit kernel.
# In the case of a 32-bit app on a 64-bit kernel, the "b" flag
# shown under item B above is set on. The trcrpt program will
# then present the data as if it came from a 32-bit kernel.
# In the second case, if the reserved hook id 00b is seen, the data
# traced by the 32-bit kernel is made to look as if it came
# from a 64-bit trace. Thus the templates need not be kernel aware.
#
# For example, if a 32-bit app uses
# TRCHKL5T(0x50000005, 1, 2, 3, 4, 5)
# and is running on a 64-bit kernel, the data actually traced
# will look like:
# ffffllllhhhhssss 1111111111111111 2222222222222222 3333333333333333
# a000001450000005 0000000100000002 0000000300000004 0000000500000000 i t
# Here, the flags have the T and B bits set (a000) which says
# the hook is timestamped and from a 32-bit app.
# The length is 0x14 bytes, 5 4-byte registers 00000001 through
# 00000005.
# The hook id is 0x5000.
# The subhook id is 0x0005.
# i and t refer to the 8-byte thread id and time stamp.
#
# This would be reformatted as follows before being processed
# by the corresponding template:
# 500e0005 00000001 00000002 00000003 00000004 00000005
# Note this is how the data would look if traced on a 32-bit kernel.
# Note also that the data would be followed by an 8-byte thread id and
# time stamp.
#
# Similarly, consider the following hook traced by a 64-bit app
# on a 32-bit kernel:
# TRCHKL5T(0x50000005, 1, 2, 3, 4, 5)
# The data traced would be:
# 00b8002c 80000028 50000005 0000000000000001 ... 0000000000000005 i t
# Note that this is a generic trace entry, T = 8.
# In the generic entry, we're using the 32-bit data word for the flags
# and length.
# The trcrpt utility would reformat this before processing by
# the template as follows:
# 8000002850000005 0000000000000001 ... 0000000000000005 i8 t8
#
# The thread id and time stamp in the data stream will be 4 bytes,
# because the hook came from a 32-bit system.
#
# If a 32-bit app traces generic data on a 64-bit kernel, the b
# bit will be set on in the data stream, and the entry will be formatted
# like it came from a 32-bit environment, i.e. with a 32-bit data word.
# For the case of a 64-bit app on a 32-bit kernel, generic trace
# data is handled in the same manner, with the flags placed
# into the data word.
# For example, if the app issues
# TRCGEN(1, 0x50000005, 1, 6, "hello")
# The 32-bit kernel trace will generate
# 00b00012 40000006 50000005 0000000000000001 "hello"
# This will be reformatted by trcrpt into
# 4000000650000005 0000000000000001 "hello"
# with the data pointer starting at the data word.
#
# Note that the string "hello" could have been 4096 bytes. Therefore
# this generic entry must be able to violate the 4096 byte length
# restriction.
#
# D. Indentation levels
# The left margin is set per template using the 'L=XXXX' command.
# The default is L=KERN, the second column.
# L=APPL moves the left margin to the first column.
# L=SVC moves the left margin to the second column.
# L=KERN moves the left margin to the third column.
# L=INT moves the left margin to the fourth column.
# The command if used must go just after the version code.
#
# Example usage:
#113 1.7 L=INT "stray interrupt" ... \
#
# E. Continuation code and delimiters.
# A '\' at the end of the line must be used to continue the template
# on the next line.
# Individual strings (labels) can be separated by one or more blanks
# or tabs. However, all whitespace is squeezed down to 1 blank on
# the report. Use '\t' for skipping to the next tabstop, or use
# A0.X format (see below) for variable space.
#
#
# II. FORMAT codes
#
# A. Codes that manipulate the DATA_POINTER
# Gm.n
# "Goto" Set DATA_POINTER to byte.bit location m.n
#
# Om.n
# "Omit" Advance DATA_POINTER by m.n byte.bits
#
# Rm
# "Reverse" Decrement DATA_POINTER by m bytes. R0 byte aligns.
#
# Wm
# Position DATA_POINTER at word m. The word size is either 4 or 8
# bytes, depending upon whether or not this is a 32 or 64 bit format
# trace. This bares no relation to the %W format specifier.
#
# B. Codes that cause data to be output.
# Am.n
# Left justified ascii.
# m=length in bytes of the binary data.
# n=width of the displayed field.
# The data pointer is rounded up to the next byte boundary.
# Example
# DATA_POINTER|
# V
# xxxxxhello world\0xxxxxx
#
# i. A8.16 results in: |hello wo |
# DATA_POINTER--------|
# V
# xxxxxhello world\0xxxxxx
#
# ii. A16.16 results in: |hello world |
# DATA_POINTER----------------|
# V
# xxxxxhello world\0xxxxxx
#
# iii. A16 results in: |hello world|
# DATA_POINTER----------------|
# V
# xxxxxhello world\0xxxxxx
#
# iv. A0.16 results in: | |
# DATA_POINTER|
# V
# xxxxxhello world\0xxxxxx
#
# Sm (m = 1, 2, 4, or 8)
# Left justified ascii string.
# The length of the string is in the first m bytes of
# the data. This length of the string does not include these bytes.
# The data pointer is advanced by the length value.
# SW specifies the length to be 4 or 8 bytes, depending upon whether
# this is a 32 or 64 bit hook.
# Example
# DATA_POINTER|
# V
# xxxxxBhello worldxxxxxx (B = hex 0x0b)
#
# i. S1 results in: |hello world|
# DATA_POINTER-----------|
# V
# xxxxBhello worldxxxxxx
#
# $reg%S1
# A register with the format code of 'Sx' works "backwards" from
# a register with a different type. The format is Sx, but the length
# of the string comes from $reg instead of the next n bytes.
#
# Bm.n
# Binary format.
# m = length in bytes
# n = length in bits
# The length in bits of the data is m * 8 + n. B2.3 and B0.19 are the same.
# Unlike the other printing FORMAT codes, the DATA_POINTER
# can be bit aligned and is not rounded up to the next byte boundary.
#
# Xm
# Hex format.
# m = length in bytes. m=0 thru 16
# X0 is the same as X1, except that no trailing space is output after
# the data. Therefore X0 can be used with a LOOP to output an
# unbroken string of data.
# The DATA_POINTER is advanced by m (1 if m = 0).
# XW will format either 4 or 8 bytes of data depending upon whether
# this is a 32 or 64 bit hook. The DATA_POINTER is advanced
# by 4 or 8 bytes.
#
# Dm (m = 2, 4, or 8)
# Signed decimal format.
# The length of the data is m bytes.
# The DATA_POINTER is advanced by m.
# DW will format either 4 or 8 bytes of data depending upon whether
# this is a 32 or 64 bit hook. The DATA_POINTER is advanced
# by 4 or 8 bytes.
#
# Um (m = 2, 4, or 8)
# Unsigned decimal format.
# The length of the data is m bytes.
# The DATA_POINTER is advanced by m.
# UW will format either 4 or 8 bytes of data depending upon whether
# this is a 32 or 64 bit hook. The DATA_POINTER is advanced
# by 4 or 8 bytes.
#
# om (m = 2, 4, or 8)
# Octal format.
# The length of the data is m bytes.
# The DATA_POINTER is advanced by m.
# ow will format either 4 or 8 bytes of data depending upon whether
# this is a 32 or 64 bit hook. The DATA_POINTER is advanced
# by 4 or 8 bytes.
#
# F4
# Floating point format. (like %0.4E)
# The length of the data is 4 bytes.
# The format of the data is that of C type 'float'.
# The DATA_POINTER is advanced by 4.
#
# F8
# Floating point format. (like %0.4E)
# The length of the data is 8 bytes.
# The format of the data is that of C type 'double'.
# The DATA_POINTER is advanced by 8.
#
# HB
# Number of bytes in trcgen() variable length buffer.
# The DATA_POINTER is not changed.
#
# HT
# 32-bit hooks:
# The hooktype. (0 - E)
# trcgen = 0, trchk = 1, trchl = 2, trchkg = 6
# trcgent = 8, trchkt = 9, trchlt = A, trchkgt = E
# HT & 0x07 masks off the timestamp bit
# This is used for allowing multiple, different trchook() calls with
# the same template.
# The DATA_POINTER is not changed.
# 64-bit hooks
# This is the flags field.
# 0x8000 - hook is time stamped.
# 0x4000 - This is a generic trace.
#
# Note that if the hook was reformatted as discussed under item
# I.C above, HT is set to reflect the flags in the new format.
#
# C. Codes that interpret the data in some way before output.
# Tm (m = 4, or 8)
# Output the next m bytes as a data and time string,
# in GMT timezone format. (as in ctime(&seconds))
# The DATA_POINTER is advanced by m bytes.
# Only the low-order 32-bits of the time are actually used.
# TW will format either 4 or 8 bytes of data depending upon whether
# this is a 32 or 64 bit hook. The DATA_POINTER is advanced
# by 4 or 8 bytes.
#
# ml (l = 8)
# Output the next l bytes as time in milliseconds from
# the beginning of the trace.
# The DATA_POINTER is advanced by 8 bytes.
# mW will format only 8 bytes of data. The DATA_POINTER is
# advanced by 8 bytes.
#
# um (m = 4, or 8)
# Output the next m bytes as time in microseconds.
# The DATA_POINTER is advanced by m bytes.
# uW will format either 4 or 8 bytes of data depending upon whether
# this is a 32 or 64 bit hook. The DATA_POINTER is advanced
# by 4 or 8 bytes.
#
# Em (m = 1, 2, 4, or 8)
# Output the next m bytes as an 'errno' value, replacing
# the numeric code with the corresponding #define name in
# /usr/include/sys/errno.h
# The DATA_POINTER is advanced by 1, 2, 4, or 8.
# EW will format either 4 or 8 bytes of data depending upon whether
# this is a 32 or 64 bit hook. The DATA_POINTER is advanced
# by 4 or 8 bytes.
#
# Pm (m = 4, or 8)
# Use the next m bytes as a process id (pid), and
# output the pathname of the executable with that process id.
# Process ids and their pathnames are acquired by the trace command
# at the start of a trace and by trcrpt via a special EXEC tracehook.
# The DATA_POINTER is advanced by 4 or 8 bytes.
# PW will format either 4 or 8 bytes of data depending upon whether
# this is a 32 or 64 bit hook.
#
# \t
# Output a tab. \t\t\t outputs 3 tabs. Tabs are expanded to spaces,
# using a fixed tabstop separation of 8. If L=0 indentation is used,
# the first tabstop is at 3.
#
# \n
# Output a newline. \n\n\n outputs 3 newlines.
# The newline is left-justified according to the INDENTATION LEVEL.
#
# $macro
# Undefined macros have the value of 0.
# The DATA_POINTER is not changed.
# An optional format can be used with macros:
# $v1%X8 will output the value $v1 in X8 format.
# $zz%B0.8 will output the value $v1 in 8 bits of binary.
# Understood formats are: X, D, U, B and W. Others default to X2.
#
# The W format is used to mask the register.
# Wm.n masks off all bits except bits m through n, then shifts the
# result right m bits. For example, if $ZZ = 0x12345678, then
# $zz%W24.27 yields 2. Note the bit numbering starts at the right,
# with 0 being the least significant bit.
#
# "string" 'string' data type
# Output the characters inside the double quotes exactly. A string
# is treated as a descriptor. Use "" as a NULL string.
#
# `string format $macro` If a string is backquoted, it is expanded
# as a quoted string, except that FORMAT codes and $registers are
# expanded as registers.
#
# III. SWITCH statement
# A format code followed by a comma is a SWITCH statement.
# Each CASE entry of the SWITCH statement consists of
# 1. a 'matchvalue' with a type (usually numeric) corresponding to
# the format code.
# 2. a simple 'string' or a new 'descriptor' bounded by braces.
# A descriptor is a sequence of format codes, strings, switches,
# and loops.
# 3. and a comma delimiter.
# The switch is terminated by a CASE entry without a comma delimiter.
# The CASE entry selected is the first entry whose matchvalue
# is equal to the expansion of the format code.
# The special matchvalue '\*' is a wildcard and matches anything.
# The DATA_POINTER is advanced by the format code.
#
#
# IV. LOOP statement
# The syntax of a 'loop' is
# LOOP format_code { descriptor }
# The descriptor is executed N times, where N is the numeric value
# of the format code.
# The DATA_POINTER is advanced by the format code plus whatever the
# descriptor does.
# Loops are used to output binary buffers of data, so descriptor is
# usually simply X1 or X0. Note that X0 is like X1 but does not
# supply a space separator ' ' between each byte.
#
#
# V. macro assignment and expressions
# 'macros' are temporary (for the duration of that event) variables
# that work like shell variables.
# They are assigned a value with the syntax:
# {{ $xxx = EXPR }}
# where EXPR is a combination of format codes, macros, and constants.
# Allowed operators are + - / *
# For example:
#{{ $dog = 7 + 6 }} {{ $cat = $dog * 2 }} $dog $cat
#
# will output:
#000D 001A
#
# Macros are useful in loops where the loop count is not always
# just before the data:
#G1.5 {{ $count = B0.5 }} G11 LOOP $count {X0}
#
# Up to 255 macros can be defined per template.
#
#
# VI. Special macros:
# $HOOKENV This is either "32" or "64" depending upon
# whether this is a 32 or 64 bit trace hook.
# This can be used to interpret the HT value.
# $TRACEENV This is either "32" or "64" depending upon
# whether this is a 32 or 64 bit trace, i.e., whether the
# trace was generated by a 32 or 64 bit kernel.
# Since hooks will be formatted according to the environment
# they came from, $HOOKENV should normally be used.
# $RELLINENO line number for this event. The first line starts at 1.
# $D1 - $D5 dataword 1 through dataword 5. No change to datapointer.
# The data word is either 4 or 8 bytes.
# $L1 - $L5 Long dataword 1,5(64 bits). No change to datapointer.
# $HD hookdata (lower 16 bits)
# For a 32-bit generic hook, $HD is the length of the
# generic data traced.
# For 32 or 64 bit generic hooks, use $HL.
# $HL Hook data length. This is the length in bytes of the hook
# data. For generic entries it is the length of the
# variable length buffer and doesn't include the data word.
# $WORDSIZE Contains the word size, 4 or 8 bytes, of the current
# entry, (i.e.) $HOOKENV / 8.
# $GENERIC specifies whether the entry is a generic entry. The
# value is 1 for a generic entry, and 0 if not generic.
# $GENERIC is especially useful if the hook can come from
# either a 32 or 64 bit environment, since the types (HT)
# have different formats.
# $TOTALCPUS Output the number of CPUs in the system.
# $TRACEDCPUS Output the number of cpus that were traced.
# $REPORTEDCPUS Output the number of cpus active in this report.
# This can decrease as CPUs stop tracing when, for example,
# the single-buffer trace, -f, was used and the buffers for
# each CPU fill up.
# $LARGEDATATYPES This is set to 1 if the kernel is supporting large data
# types for 64-bit applications.
# $SVC Output the name of the current SVC
# $EXECPATH Output the pathname of the executable for current process.
# $PID Output the current process id.
# $TID Output the current thread id.
# $CPUID Output the current processor id.
# $PRI Output the current process priority
# $ERROR Output an error message to the report and exit from the
# template after the current descriptor is processed.
# The error message supplies the logfile, logfile offset of the
# start of that event, and the traceid.
# $LOGIDX Current logfile offset into this event.
# $LOGIDX0 Like $LOGIDX, but is the start of the event.
# $LOGFILE Name of the logfile being processed.
# $TRACEID Traceid of this event. Can be either 3 or 4 digits.
# $DEFAULT Use the DEFAULT template 008
# $STOP End the trace report right away
# $BREAK End the current trace event
# $SKIP Like break, but don't print anything out.
# $ENDIANTYPE Helps to use endian specific format rules.
# 0 - Big endian
# 1 - Little endian
# $PLATFORMTYPE Rules specific to the platform can be coded against this
# variable.
# 0 - RISC type of machine
# 1 - IA64 type of machine
# $DATAPOINTER The DATA_POINTER. It can be set and manipulated
# like other user-macros.
# {{ $DATAPOINTER = 5 }} is equivalent to G5
#
# Note: For generic trace hooks, $DATAPOINTER points to the
# data word. This means it is 0x4 for 32-bit hooks, and 0x8 for
# 64-bit hooks.
# For non-generic hooks, $DATAPOINTER is set to 2 for 32-bit hooks
# and to 6 for 64 bit trace hooks. This means it always
# points to the subhook id.
#
# $BASEPOINTER Usually 0. It is the starting offset into an event. The actual
# offset is the DATA_POINTER + BASE_POINTER. It is used with
# template subroutines, where the parts on an event have the
# same structure, and can be printed by the same template, but
# may have different starting points into an event.
# $IPADDR IP address of this machine, 4 bytes.
# $BUFF Buffer allocation scheme used, 1=kernel heap, 2=separate segment.
# $PURR Machine PURR register
# $MCR0, $MCR1, $MCRA Machine MCR registers 0, 1, and A.
# $PMC1, $PMC2 ... $PMC8 Machine PMC registers 1 - 8.
#
# VII. Template subroutines
# If a macro name consists of 3 or 4 hex digits, it is a "template
# subroutine". The template whose traceid equals the macro name is inserted
# in place of the macro.
#
# The data pointer is where it was when the template
# substitution was encountered. Any change made to the data pointer
# by the template subroutine remains in affect when the template ends.
#
# Macros used within the template subroutine correspond to those in the
# calling template. The first definition of a macro in the called template
# is the same variable as the first in the called. The names are not
# related.
#
# NOTE: Nesting of template subroutines is supported to 10 levels.
#
# Example:
# Output the trace label ESDI STRATEGY.
# The macro '$stat' is set to bytes 2 and 3 of the trace event.
# Then call template 90F to interpret a buf header. The macro '$return'
# corresponds to the macro '$rv', since they were declared in the same
# order. A macro definition with no '=' assignment just declares the name
# like a place holder. When the template returns, the saved special
# status word is output and the returned minor device number.
#
#900 1.0 "ESDI STRATEGY" {{ $rv = 0 }} {{ $stat = X2 }} \
# $90F \n\
#special_esdi_status=$stat for minor device $rv
#
#90F 1.0 "" G4 {{ $return }} \
# block number X4 \n\
# byte count X4 \n\
# B0.1, 1 B_FLAG0 \
# B0.1, 1 B_FLAG1 \
# B0.1, 1 B_FLAG2 \
# G16 {{ $return = X2 }}
#
#
# Note: The $DEFAULT reserved macro is the same as $008
#
# VIII. BITFLAGS statement
# The syntax of a 'bitflags' is
# BITFLAGS [format_code|register],
# flag_value string {optional string if false}, or
# '&' mask field_value string,
# ...
#
# This statement simplifies expanding state flags, since it looks
# a lot like a series of #defines.
# The '&' mask is used for interpreting bit fields.
# The mask is anded to the register and the result is compared to
# the field_value. If a match, the string is printed.
# The base is 16 for flag_values and masks.
# The DATA_POINTER is advanced if a format code is used.
# Note: the default base for BITFLAGS is 16. If the mask or field value
# has a leading "o", the number is octal. 0x or 0X makes the number hex.
# A 000 traceid will use this template
# This id is also used to define most of the template functions.
# filemode(omode) expand omode the way ls -l does. The
# call to setdelim() inhibits spaces between the chars.
#
004 1.0 L=0 "TRACEID IS ZERO" G0 hookword=XW file=$LOGFILE index=$LOGIDX0 \
{{ \
sinaddr(addr) \
{{ $addr }} \
$addr, \
0xBADFCA11 { $addr }, \
\* { \
{{ $z1 = $addr%W24.31 }} \
{{ $z2 = $addr%W16.23 }} \
{{ $z3 = $addr%W8.15 }} \
{{ $z4 = $addr%W0.7 }} \
setdelim(0) \
$z1%D1"."$z2%D1"."$z3%D1"."$z4%D1 \
setdelim(1) \
} \
}} \
{{ \
prfd(fd) \
$fd%D1 \
}} \
{{ \
prpid(pid) \
$pid, 0 {} {{ $n = $pid }} $n%D1 \
}} \
{{ \
prUserTID(tid) \
getContextPIDTID($tid, 0, 0) \
}} \
{{ \
prKernelTID(tid) \
getContextPIDTID($tid, 0, 1) \
}} \
{{ \
prUserPID(pid) \
getContextPIDTID($pid, 1, 0) \
}} \
{{ \
prKernelPID(pid) \
getContextPIDTID($pid, 1, 1) \
}} \
{{ \
filemode(omode) \
setdelim(0) \
$omode%o4 & 04000, \
04000 { {{ $suid = "s" }} {{ $suidn = "S" }} }, \
\* { {{ $suid = "x" }} {{ $suidn = "-" }} } \
$omode%o4 & 02000, \
02000 { {{ $sgid = "s" }} {{ $sgidn = "S" }} }, \
\* { {{ $sgid = "x" }} {{ $sgidn = "-" }} } \
$omode%o4 & 01000, \
01000 { \
$omode%o4 & 0170000, \
00020000 { {{ $svtxt = "T" }} {{ $svtxtn = "T" }} }, \
\* { {{ $svtxt = "t" }} {{ $svtxtn = "T" }} } \
}, \
\* { {{ $svtxt = "x" }} {{ $svtxtn = "-" }} } \
BITFLAGS $omode%o4, \
& 0170000 00040000 "d", \
& 0170000 00020000 "c", \
& 0170000 00060000 "b", \
& 0170000 00100000 "-", \
& 0170000 00010000 "p", \
& 0170000 00120000 "l", \
& 0170000 00140000 "s", \
00400 "r" "-" ,\
00200 "w" "-" ,\
00100 $suid $suidn ,\
00040 "r" "-" ,\
00020 "w" "-" ,\
00010 $sgid $sgidn ,\
00004 "r" "-" ,\
00002 "w" "-" ,\
00001 $svtxt $svtxtn \
setdelim(1) \
}} \
{{ \
prsignal(sig) \
$sig%D1, \
1 SIGHUP, \
2 SIGINT, \
3 SIGQUIT, \
4 SIGILL, \
5 SIGTRAP, \
6 SIGABRT, \
7 SIGEMT, \
8 SIGFPE, \
9 SIGKILL, \
10 SIGBUS, \
11 SIGSEGV, \
12 SIGSYS, \
13 SIGPIPE, \
14 SIGALRM, \
15 SIGTERM, \
16 SIGURG, \
17 SIGSTOP, \
18 SIGTSTP, \
19 SIGCONT, \
20 SIGCHLD, \
21 SIGTTIN, \
22 SIGTTOU, \
23 SIGIO, \
24 SIGXCPU, \
25 SIGXFSZ, \
27 SIGMSG, \
28 SIGWINCH, \
29 SIGPWR, \
30 SIGUSR1, \
31 SIGUSR2, \
32 SIGPROF, \
33 SIGDANGER, \
34 SIGVTALRM, \
35 SIGMIGRATE, \
36 SIGPRE, \
60 SIGGRANT, \
61 SIGRETRACT, \
62 SIGSOUND, \
63 SIGSAK, \
\* { $sig%D1 } \
}} \
{{ \
openflagsk(flags) \
BITFLAGS $flags%o4, \
& 003 001 "RDONLY", \
& 003 002 "WRONLY", \
& 003 003 "RDWR", \
00400 "CREAT", \
01000 "TRUNC", \
02000 "EXCL", \
04000 "NOCTTY", \
00004 "NONBLOCK", \
00010 "APPEND", \
0100000 "NDELAY" \
}} \
{{ \
openflags(flags) \
BITFLAGS $flags%o4, \
& 003 000 "RDONLY", \
& 003 001 "WRONLY", \
& 003 002 "RDWR", \
00400 "CREAT", \
01000 "TRUNC", \
02000 "EXCL", \
04000 "NOCTTY", \
00004 "NONBLOCK", \
00010 "APPEND", \
0100000 "NDELAY" \
}} \
{{ \
dopenflags(flags) \
BITFLAGS $flags%o4, \
00001 "READ", \
00002 "WRITE", \
00004 "NONBLOCK", \
00010 "APPEND", \
00400 "CREAT", \
01000 "TRUNC", \
02000 "EXCL", \
04000 "NOCTTY", \
0100000 "NDELAY" \
}} \
{{ \
messagetype(mess) \
$mess, \
00000000 "M_DATA", \
00000001 "M_PROTO", \
00000008 "M_BREAK", \
00000009 "M_PASSFP", \
0000000b "M_SIG", \
0000000c "M_DELAY", \
0000000d "M_CTL", \
0000000e "M_IOCTL", \
00000010 "M_SETOPTS", \
00000011 "M_RSE", \
00000081 "M_IOCACK", \
00000082 "M_IOCNAK", \
00000083 "M_PCPROTO", \
00000084 "M_PCSIG", \
00000085 "M_READ", \
00000086 "M_FLUSH", \
00000087 "M_STOP", \
00000088 "M_START", \
00000089 "M_HANGUP", \
0000008a "M_ERROR", \
0000008b "M_COPYIN", \
0000008c "M_COPYOUT", \
0000008d "M_IOCDATA", \
0000008e "M_PCRSE", \
0000008f "M_STOPI", \
00000090 "M_STARTI", \
00000093 "M_HPDATA", \
00000094 "M_NOTIFY", \
\* { $mess%X4 } \
}} \
{{ \
ioctlname(cmd) \
$cmd, \
00004801 "HFTGETID", \
00004802 "HFQUERY", \
00004803 "HFSKBD", \
00004805 "HFSMON", \
00004806 "HFCMON", \
0000480A "HFRCONF", \
0000480B "HFESOUND", \
0000480C "HFDSOUND", \
0000480F "HFSKEP", \
00004810 "HFCKEP", \
00004812 "HFSJKBD", \
00004814 "HFTQSMGR", \
00004815 "HFQERROR", \
00004816 "HFCHGLOC", \
00004817 "HFESWKBD", \
00004818 "HFTSECHO", \
00004819 "HFTSBREAK", \
0000481A "HFTCSMGR", \
0000481B "HFTQDEV", \
0000481C "HFHANDLE", \
00005800 "TXISATTY", \
00005801 "TXTTYNAME", \
00005802 "TXGETLD", \
00005803 "TXSETLD", \
00005804 "TXGETCD", \
00005805 "TXADDCD", \
00005806 "TXDELCD", \
00005807 "TXSBAUD", \
00005808 "TXGBAUD", \
00005809 "TXSETIHOG", \
0000580A "TXSETOHOG", \
00005401 "TCGETS", \
00005402 "TCSETS", \
00005403 "TCSETSW", \
00005404 "TCSETSF", \
00005405 "TCGETA", \
00005406 "TCSETA", \
00005407 "TCSETAW", \
00005408 "TCSETAF", \
00005409 "TCSBRK", \
0000540a "TCSBREAK", \
0000540b "TCXONC", \
0000540c "TCFLSH", \
0000540d "TCGLEN", \
0000540e "TCSLEN", \
0000540f "TCSAK", \
00005410 "TCQSAK", \
00005411 "TCTRUST", \
00005412 "TCQTRUST", \
00005413 "TCSMAP", \
00005414 "TCGMAP", \
00005415 "TCKEP", \
00005416 "TCGSAK", \
00005417 "TCLOOP", \
00005418 "TCVPD", \
00005419 "TCREG", \
0000541a "TCGSTATUS", \
0000541b "TCSCONTROL", \
0000541c "TCSCSMAP", \
0000541d "TCGCSMAP", \
001b0000 "LI_GETVT", \
001b0001 "LI_SETVT", \
001b0002 "LI_GETXP", \
001b0003 "LI_SETXP", \
001b0004 "LI_SLP1", \
001b0005 "LI_DSLP", \
001b0006 "LI_SLP0", \
001b0007 "LI_PRES", \
001b0008 "LI_DRAM", \
001b0009 "LI_GETTBC", \
001b000a "LI_SETTBC", \
001c8000 "RS_GETA", \
001c8001 "RS_SETA", \
40047400 "TIOCGETD", \
80047401 "TIOCSETD", \
20007402 "TIOCHPCL", \
40047403 "TIOCMODG", \
80047404 "TIOCMODS", \
40067408 "TIOCGETP", \
80067409 "TIOCSETP", \
8006740a "TIOCSETN", \
2000740d "TIOCEXCL", \
2000740e "TIOCNXCL", \
80047410 "TIOCFLUSH", \
80067411 "TIOCSETC", \
40067412 "TIOCGETC", \
8004747f "TIOCLBIS", \
8004747e "TIOCLBIC", \
8004747d "TIOCLSET", \
4004747c "TIOCLGET", \
2000747b "TIOCSBRK", \
2000747a "TIOCCBRK", \
20007479 "TIOCSDTR", \
20007478 "TIOCCDTR", \
40047477 "TIOCGPGRP", \
80047476 "TIOCSPGRP", \
80067475 "TIOCSLTC", \
40067474 "TIOCGLTC", \
40047473 "TIOCOUTQ", \
80017472 "TIOCSTI", \
20007471 "TIOCNOTTY", \
80047470 "TIOCPKT", \
2000746f "TIOCSTOP", \
2000746e "TIOCSTART", \
8004746d "TIOCMSET", \
8004746c "TIOCMBIS", \
8004746b "TIOCMBIC", \
4004746a "TIOCMGET", \
80047469 "TIOCREMOTE", \
40087468 "TIOCGWINSZ", \
80087467 "TIOCSWINSZ", \
80047466 "TIOCUCNTL", \
20006601 "FIOCLEX", \
20006602 "FIONCLEX", \
4004667f "FIONREAD", \
8004667e "FIONBIO", \
8004667d "FIOASYNC", \
8004667c "FIOSETOWN", \
4004667b "FIOGETOWN", \
00006c11 "LPRGETA", \
00006c12 "LPRSETA", \
00006c13 "LPRGTOV", \
00006c14 "LPRSTOV", \
00006c17 "LPQUERY", \
00006c1a "LPDIAG", \
00006c1b "LPRMODG", \
00006c1c "LPRMODS", \
80047300 "SIOCSHIWAT", \
40047301 "SIOCGHIWAT", \
80047302 "SIOCSLOWAT", \
40047303 "SIOCGLOWAT", \
40047307 "SIOCATMARK", \
80047308 "SIOCSPGRP", \
40047309 "SIOCGPGRP", \
8030720a "SIOCADDRT", \
8030720b "SIOCDELRT", \
8020690c "SIOCSIFADDR", \
8020690e "SIOCSIFDSTADDR", \
c020690f "SIOCGIFDSTADDR", \
80206910 "SIOCSIFFLAGS", \
80206913 "SIOCSIFBRDADDR", \
c020690d "SIOCGIFADDR", \
c0206912 "SIOCGIFBRDADDR", \
c0206911 "SIOCGIFFLAGS", \
c0086914 "SIOCGIFCONF", \
c0206915 "SIOCGIFNETMASK", \
80206916 "SIOCSIFNETMASK", \
c0206917 "SIOCGIFMETRIC", \
80206918 "SIOCSIFMETRIC", \
8024691e "SIOCSARP", \
c024691f "SIOCGARP", \
80246920 "SIOCDARP", \
80016921 "SIOCSNETOPT", \
c0016922 "SIOCGNETOPT", \
c0016923 "SIOCDNETOPT", \
8024695d "SIOCSARP_TOKEN", \
c024695e "SIOCGARP_TOKEN", \
8024695f "SIOCDARP_TOKEN", \
80246960 "SIOCSARP_X25", \
c0246961 "SIOCGARP_X25", \
80246962 "SIOCDARP_X25", \
\* { $cmd%X4 } \
}} \
{{ \
bflags(flags) \
BITFLAGS $flags, \
0x0001 "B_READ" "B_WRITE", \
0x0002 "B_DONE", \
0x0004 "B_ERROR", \
0x0008 "B_BUSY", \
0x0020 "B_INFLIGHT", \
0x0080 "B_AGE", \
0x0100 "B_ASYNC", \
0x0200 "B_DELWRI", \
0x0400 "B_NOHIDE", \
0x0800 "B_STALE" \
}} \
{{ \
prstate(flags) \
$flags%D1, \
0 "NONE", \
1 "IDLE", \
2 "RUNABLE", \
3 "SLEEPING", \
4 "SWAPPED", \
5 "STOPPED", \
6 "DEFUNCT", \
\* { $flags%D1 } \
}}
1081 1.0 "vrtscsi" \
$DD1
1082 1.0 "vrtscsi" \
{{ $ffdc_flag = B0.1 }} \
$ffdc_flag, \
1 { "ffdc" } , \
0 { "sfdc" } \
W1 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
107B 1.0 "@vrtentdd" \
B0.1, \
0 { "VRTENTDD " }, \
1 { "VR_ENTCOM " } \
B0.1, \
0 { "GEN: " }, \
1 { "GEN_FFDC: " } \
W1 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
107C 1.0 "@vrtentdd" \
B0.1, \
0 { "VRTENTDD " }, \
1 { "VR_ENTCOM " } \
B0.1, \
0 { "XMT: " }, \
1 { "XMT_FFDC: " } \
W1 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
107D 1.0 "@vrtentdd" \
B0.1, \
0 { "VRTENTDD " }, \
1 { "VR_ENTCOM " } \
B0.1, \
0 { "RCV: " }, \
1 { "RCV_FFDC: " } \
W1 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
1083 1.0 "@vrtcore" \
{{ $lvl_bits = B0.4 }} \
{{ $hw_flag = B0.1 }} \
{{ $type_bits = B0.2 }} \
$type_bits, 3 { $SKIP } \
"VRTCORE: " \
"L"$lvl_bits%D1 \
$type_bits, \
0 { " " }, \
1 { " " }, \
2 { "FFDC " }, \
3 { "FFDCG " } \
W1 A8.8 W2 \
$hw_flag, \
0 { " " $D1, \
\* { "d1=" XW " d2=" XW " d3=" XW " d4=" XW } \
}, \
1 { " [HW] " $D1, \
\* { "d1=" XW " d2=" XW " d3=" XW " d4=" XW } \
}, \
\* { " [XX] " "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
4AB 1.0 "@STTY VTS" \
{{ \
rete(err, line) \
"return" $err%EW "from line" $line%D4 \
}} \
{{ \
retv(line) \
"return from line" $line%D4 \
}} \
{{ \
retp(ptr, line) \
"return vts" $ptr%XW "from line" $line%D4 \
}} \
{{ \
vts_ioctl(num) \
$num%X4, \
12345678 "READ_CLCS", \
12345679 "READ_PARTNER", \
1234567a "WRITE_PARTNER", \
\* { ioctlname($num) } \
}} \
{{ $maj }} {{ $min }} {{ $how }} {{ $which }} \
{{ $name = "vts" }} \
$400 \
$which, \
0009 "ioctl ", \
000e "add ", \
000f "del ", \
0010 "create ", \
0011 "destroy ", \
0012 "read ", \
0013 "write ", \
0014 "ioctl ", \
0015 "init ", \
0016 "get_clcs ", \
0017 "open ", \
0018 "close ", \
0019 "make_clc ", \
001A "read_clcs ", \
001B "copyin_ioctl ", \
001C "free_vterm ", \
001D "register_vterm ", \
001E "write_partner ", \
001F "read_partner " \
$how, \
0000 { $which, \
000e { "uiop" $D4%XW }, \
000f { "uiop" $D4%XW }, \
0010 { "errp" $D3%XW }, \
0012 { "uiop" $D3%XW "chan" $D3%XW "ext" $D5%XW }, \
0013 { "uiop" $D3%XW "chan" $D3%XW "ext" $D5%XW }, \
0014 { "cmd" vts_ioctl($D3) "arg" $D4%XW "mode" $D5%XW }, \
0017 { "rwflag" dopenflags($D3) "chan" $D4%XW "ext" $D5%XW }, \
0018 { "chan" $D3%XW "ext" $D4%XW }, \
0019 { "id" $D3%XW "addr" $D4%XW "buf" $D5%XW }, \
001A { "arg" $D3%XW }, \
001B { "arg" $D3%XW }, \
001D { "name" $D3%XW }, \
001E { "arg" $D3%XW }, \
001F { "arg" $D3%XW } \
}, \
0001 { "DATA" $D3%XW $D4%XW $D5%XW }, \
0002 { $which, \
0010 { retp($D3, $D4) }, \
0011 { retv($D4) }, \
\* { rete($D3, $D4) } \
}, \
0003 { $D3, \
0000 { "break at line" $D4%DW }, \
0001 { "continue at line" $D4%DW }, \
0002 { "goto from line" $D4%DW } \
}
417 1.0 "@STTY VCON "\
{{ $maj }} {{ $min }} {{ $how }} {{ $which }} \
{{ $name = "vcon" }} \
$400 \
$which, \
0009 "ioctl ", \
000e "flush ", \
000f "ctl ", \
0010 "termios_set ", \
0011 "add ", \
0012 "del ", \
0013 "write ", \
0014 "timeout ", \
0015 "allocmsg ", \
0016 "revover ", \
0017 "allocmflush ", \
0018 "mflush_recover ", \
0019 "mflush_timeout ", \
001a "offl ", \
001b "add_adap ", \
001c "add_port ", \
001d "del_adap ", \
001e "del_port ", \
001f "cfg_clean ", \
0020 "hget ", \
0021 "intr_offl ", \
0022 "cd_drop " \
$how ,\
0000 { $which, \
0009 { "ptr" $D2%XW "cmd" ioctlname($D3) }, \
000e { "rw:" BITFLAGS $3, 1 "FLUSHR", 2 "FLUSHW" }, \
000f { "cmd" ioctlname($D3) }, \
0010 { "cflag" $D3%XW "iflag" $D4%XW "start/stop" $D5%X2 }, \
0011 { "dev" $D3%XW }, \
0012 { "dev" $D3%XW }, \
0013 { "buffer" $D3%XW "count" $D4%D4 }, \
001b { "devno" $D3%XW "adap_dds" $D4%XW }, \
001c { "devno" $D3%XW "adap_dds" $D4%XW }, \
001d { "devno" $D3%XW }, \
001e { "devno" $D3%XW }, \
001f { "devno" $D3%XW "depth" $D4%D4 }, \
0020 { "portlock" $D3%D4 "oldlock" $D4%D4 }, \
0022 { "status" $D3%D4 "count" $D4%D4 "buf" $D5%X4 } \
}, \
0002 { $which, \
0009 { "ret" $D3%D4 "from line" $D4%DW }, \
000e { "ret from line" $D4%DW }, \
000f { "ret" $D3%D4 "from line" $D4%DW }, \
0010 { "ret" $D3%D4 "from line" $D4%DW }, \
0013 { "ret" $D3%D4 "from line" $D4%DW }, \
0014 { "ret from line" $D4%DW }, \
0015 { "ret" $D3%XW "from line" $D4%DW }, \
0016 { "ret from line" $D4%DW }, \
0017 { "ret" $D3%D4 "from line" $D4%DW }, \
0018 { "ret from line" $D4%DW }, \
0019 { "ret from line" $D4%DW }, \
001a { "ret from line" $D4%DW }, \
001b { "ret" $D3%D4 "from line" $D4%DW }, \
001c { "ret" $D3%D4 "from line" $D4%DW }, \
001d { "ret" $D3%D4 "from line" $D4%DW }, \
001e { "ret" $D3%D4 "from line" $D4%DW }, \
\* { "ret" $D3%E4 "from line" $D4%DW } }, \
0003 { $D3, \
0000 { "break at line" $D4%DW }, \
0001 { "continue at line" $D4%DW }, \
0002 { "goto from line" $D4%DW } }
1015 1.0 "@vnicdd" \
B0.1, \
0 { "VNICDD " }, \
1 { "VN_ENTCOM " } \
B0.1, \
0 { "GEN: " }, \
1 { "GEN_FFDC: " } \
W1 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
1016 1.0 "@vnicdd" \
B0.1, \
0 { "VNICDD " }, \
1 { "VN_ENTCOM " } \
B0.1, \
0 { "XMT: " }, \
1 { "XMT_FFDC: " } \
W1 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
1017 1.0 "@vnicdd" \
B0.1, \
0 { "VNICDD " }, \
1 { "VN_ENTCOM " } \
B0.1, \
0 { "RCV: " }, \
1 { "RCV_FFDC: " } \
W1 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
630 1.0 "@vfc_clientdd" O2 A8.8 "d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8
53E 1.0 L=KERN "VSCSI CLIENT " \
{{ $function = $HD & 0x0fff }} \
{{ $specific = $HD & 0xf000 }} \
$function, \
0x0000 { $specific, \
0x0000 {"vscsi_init_open" W1 "devno:" XW W2 "devflags:" XW W3 "chan:" XW W4 "ext:" XW}, \
0xf000 {"vscsi_init_open" W1 "ret_code:" XW W2 "devno:" XW W3 "vscsi->state:" XW} }, \
0x0001 { $specific, \
0x0000 {"vscsi_fail_open" W1 "ret_code:" XW W2 "devno:" XW} }, \
0x0002 { $specific, \
0x0000 {"vscsi_init_ioctl" W1 "devno:" XW W2 "cmd:" XW W3 "arg:" XW}, \
0xf000 {"vscsi_init_ioctl" W1 "ret_code:" XW W2 "devno:" XW W3 "vscsi->state:" XW} }, \
0x0003 { $specific, \
0x0000 {"vscsi_strategy" W1 "bp:" XW W2 "b_dev:" XW W3 "b_flags:" XW W4 "b_blkno:" XW W5 "b_count:" XW}, \
0xf000 {"vscsi_strategy" W1 "ret_code:" XW W2 "b_dev:" XW} }, \
0x0004 { $specific, \
0x0000 {"vscsi_start_pending_cmds" W1 "devno:" XW W2 "scp:" XW W3 "b_flags:" XW W4 "b_blkno:" XW W5 "b_count:" XW}, \
0xf000 {"vscsi_start_pending_cmds" W1 "devno:" XW} }, \
0x0005 { $specific, \
0x0000 {"vscsi_init_close" W1 "devno:" XW W2 "vscsi->state:" XW}, \
0xf000 {"vscsi_init_close" W1 "ret_code:" XW W2 "devno:" XW W3 "vscsi->state:" XW} }, \
0x0006 { $specific, \
0x0000 {"vscsi_iodone" W1 "vbp:" XW W2 "vbp->vscsi->devno:" XW W3 "vbp->b_dev:" XW "" W4 "vbp->b_error:" XW} }, \
0x0007 { $specific, \
0x0000 {"vscsi_watchdog" W1 "devno:" XW W2 "state:" XW W3 "timer_reason:" XW} }, \
0x0008 { $specific, \
0x0000 {"vscsi_offlvl_free_crq (entry)" W1 "vscsi->state:" XW W2 "vscsi->flags:" XW W3 "vscsi->wdog.timer_reason:" XW}, \
0xf000 {"vscsi_offlvl_free_crq (exit)" W1 "vscsi->state:" XW W2 "vscsi->flags:" XW W3 "vscsi->wdog.timer_reason:" XW W4 "vscsi->free_crq_try:" XW W5 "resched:" XW} }, \
0x0009 { $specific, \
0x0000 {"vscsi_cmd_timer (entry)" W1 "vscsi->my_devno:" XW W2 "vscsi->state:" XW W3 "vscsi->flags:" XW W4 "vscsi->devs_started:" XW W5 "vscsi->cmds_active:" XW}, \
0x1000 {"vscsi_cmd_timer (timed-out)" W1 "dev->lun_id:" XW W2 "dev->flags:" XW W3 "cmd_elem:" XW W4 "rw_timeout:" XW W5 "elapsed_time:" XW} }, \
0x000A { $specific, \
0x0000 {"subhk_vscsi_migr0" W1 "phase:" XW}, \
0x1000 {"subhk_vscsi_migr1" W1 "vscsi->state:" XW W2 "vscsi->flags:" XW W3 "vscsi->devs_started:" XW W4 "vscsi->dds.rw_timeout:" XW}, \
0x2000 {"subhk_vscsi_migr2" W1 "vscsi->state:" XW W2 "vscsi->flags:" XW W3 "vscsi->devs_started:" XW W4 "vscsi->dds.rw_timeout:" XW}, \
0x3000 {"subhk_vscsi_migr3" W1 "vscsi->state:" XW W2 "vscsi->flags:" XW W3 "vscsi->devs_started:" XW W4 "vscsi->dds.partition_num:" XW} }
59F 1.0 "@vscsi_initdd" O2 A8.8 "d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8
53B 1.1 "@vioentdd" \
"VIOENTDD XMT: " O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
53C 1.1 "@vioentdd" \
"VIOENTDD RCV: " O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
53D 1.1 "@vioentdd" \
"VIOENTDD GEN: " O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
1078 1.0 "USBLIBDD" \
$HD%X2, \
0x1010 { usblibke_config: devno=$D1 $D2 $D2 $D3} , \
0x1011 { usblibke_configX: $D1 $D2 $D3 $D4} , \
0x1012 { usblibke_open: devno=$D1 $D2} , \
0x1013 { usblibke_openx: devno=$D1 $D2} , \
0x1014 { usblibke_close: $D1 $D2} , \
0x1015 { usblibke_closex: devno=$D1 $D2} , \
0x1016 { usblibke_ioctl: devno=$D1 cmd=$D2 arg=$D3 devflasg=$D4 line=$D5} , \
0x1017 { usblibke_ioctlx: devno=$D1 cmd=$D2 devflasg=$D3 line=$D4} , \
0x1018 { usblibke_intr: $D1 $D2} , \
0x1019 { usblibke_intrx: $D1 $D2} , \
0x101A { usblibke_strategy: $D1 $D2 $D3 $D4 $D5} , \
0x101B { usblibke_strategyx: $D1 $D2 $D3 $D4 $D5} , \
0x101C { usblibke_start: $D1 $D2 $D3 $D4 $D5} , \
0x101D { usblibke_startx: $D1 $D2 $D3 $D4 $D5} , \
0x101E { usblibke_select: devno=$D1 ap=$D2 events=$D3 channel=$D4} , \
0x101F { usblibke_selectx: devno=$D1 $D2 $D3 $D4 $D5 } , \
0x1020 { usblibke_unconfig: devno=$D1 ap=$D2 line=$D3} , \
0x1021 { usblibke_unconfigx: devno=$D1 $D2 $D3 $D4 $D5}, \
0x1022 { usblibke_disconnect: devno=$D1 $D2 $D3 $D4 $D5}, \
0x1023 { usblibke_reconnect: devno=$D1 $D2 $D3 $D4 $D5}, \
0x1024 { usblibke_iocallback: devno=$D1 $D2 $D3 $D4 $D5}, \
0x1025 { usblibke_getirpdata: devno=$D1 $D2 $D3 $D4 $D5}, \
0x1026 { usblibke_pipeio: devno=$D1 $D2 $D3 $D4 $D5}, \
0x1027 { usblibke_abortio: devno=$D1 $D2 $D3 $D4 $D5}
1079 1.0 "USBLIBDD_CT" \
{{ $loc = B0.10}} \
{{ $typ = B0.1}} \
{{ $cnt = B0.5}} \
$loc, \
0x001 { "usblibke_config: "} , \
0x002 { "usblibke_open: "} , \
0x003 { "usblibke_close: "} , \
0x004 { "usblibke_ioctl: "} , \
0x005 { "usblibke_select: "} , \
0x006 { "usblibke_watchdog: "} , \
0x007 { "usblibke_ras_error: "} , \
0x008 { "usblibke_sleep: "} , \
0x009 { "usblibke_ioctl_sleep: "} , \
0x00A { "usblibke_fatal_error: "} , \
0x00B { "usblibke_log_error: "} , \
0x00C { "usblibke_wdog_cmd: "} , \
0x00D { "usblibke_cfg_init: "} , \
0x00E { "usblibke_cfg_term: "} , \
0x00F { "usblibke_close_device: "} , \
0x010 { "usblibke_close_usbd_client: "} , \
0x011 { "usblibke_pipe_disconnect_all: "} , \
0x012 { "usblibke_abort_io: "} , \
0x013 { "usblibke_issue_abort_pipe: "} , \
0x014 { "usblibke_pipe_clear_halt: "} , \
0x015 { "usblibke_pipe_io: "} , \
0x016 { "usblibke_io_complete_callback: "} , \
0x017 { "usblibke_find_endpoint: "} , \
0x018 { "usblibke_get_config_desc: "} , \
0x019 { "usblibke_set_config: "} , \
0x01A { "usblibke_claim_interface: "} , \
0x01B { "usblibke_release_interface: "} , \
0x01C { "usblibke_set_alt_interface: "} , \
0x01D { "usblibke_reset_device: "} , \
0x01E { "usblibke_connect_pipe: "} , \
0x01F { "usblibke_get_ep_desc_connect: "} , \
0x020 { "usblibke_open_device: "} , \
0x021 { "usblibke_get_irp_data: "} , \
0x022 { "usblibke_disconnect: "}, \
0x023 { "usblibke_reconnect: "}, \
0x3ff { "usblibke_XXX_set1: "} \
$typ, \
0x0 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Error" $cnt%X1 XW XW XW XW XW }
1022 1.0 "MSTOR_ERR" \
{{ $loc = X1 }} \
{{ $typ = B0.3 }} \
{{ $cnt = B0.5 }} \
$loc, \
0x70 { "mstor_config:\t\t\t"} , \
0x71 { "mstor_open:\t\t\t"} , \
0x72 { "mstor_close:\t\t\t"} , \
0x73 { "mstor_read:\t\t\t\t"}, \
0x74 { "mstor_write:\t\t\t\t"}, \
0x75 { "mstor_ioctl:\t\t\t"}, \
0x76 { "mstor_open_dev:\t\t"}, \
0x77 { "mstor_mstor_reset:\t\t"}, \
0x78 { "mstor_open_unit:\t\t"}, \
0x79 { "abort_active:\t\t\t"}, \
0x7a { "clear_io:\t\t\t\t"}, \
0x7b { "mstor_space:\t\t\t"}, \
0x7c { "mstor_write_filemarks:\t"}, \
0x7d { "mstor_xmempin:\t\t"}, \
0x7e { "mstor_bldcmd:\t\t"}, \
0x7f { "mstor_xfer_io:\t\t"}, \
0x80 { "mstor_stioctop:\t\t"}, \
0x81 { "mstor_stiochgp:\t\t"}, \
0x82 { "send_sc_passthru:\t\t"}, \
0x83 { "mstor_stiocmd:\t\t"}, \
0x84 { "mstor_passthru:\t\t"}, \
0x85 { "get_eps:\t\t\t\t"}, \
0x86 { "get_descriptors:\t\t"}, \
0x87 { "bld_inq_cmd:\t\t\t"}, \
0x88 { "mstor_connect_luns:\t"}, \
0x89 { "mstor_connect:\t\t"}, \
0x8a { "mstor_disconnect:\t\t"}, \
0x8b { "mstor_ras_register:\t"}, \
0x8c { "mstor_sleep:\t\t\t"}, \
0x8d { "mstor_request_sense:\t"}, \
0x8e { "mstor_readwrite:\t\t"}, \
0x8f { "mstor_general:\t\t"}, \
0x90 { "mstor_load:\t\t\t"}, \
0x91 { "mstor_erase:\t\t\t"}, \
0x92 { "mstor_log_error:\t\t"}, \
0x93 { "mstor_start_watchdog:\t"}, \
0x94 { "mstor_stop_watchdog:\t"}, \
0x95 { "mstor_watchdog_hndlr:\t"}, \
0x96 { "mstor_release_irps:\t\t"}, \
0x97 { "retire_cmd:\t\t\t"}, \
0x98 { "mstor_abort_all_io:\t\t"}, \
0x99 { "mstor_abort_io:\t\t"}, \
0x9a { "take_dev_offline:\t\t"}, \
0x9b { "complete_commands_with_error:\t"}, \
0x9c { "mstor_cmd_callback:\t\t"}, \
0x9d { "mstor_buf_callback:\t\t"}, \
0x9e { "reset_irps:\t\t\t"}, \
0x9f { "mstor_process_ioctl:\t\t"}, \
0xa0 { "mstor_process_usb_error:\t"}, \
0xa1 { "mstor_process_dev_error:\t"}, \
0xa2 { "mstor_process_reset:\t\t"}, \
0xa3 { "mstor_process_reqsns:\t\t"}, \
0xa4 { "mstor_process_reqsns_error:\t"}, \
0xa5 { "mstor_status_callback:\t"}, \
0xa6 { "mstor_ctl_callback:\t\t"}, \
0xa7 { "mstor_drain_callback:\t\t"}, \
0xa8 { "mstor_reset_recovery:\t"}, \
0xa9 { "mstor_bulk_in_drain:\t"}, \
0xaa { "mstor_reset_one:\t\t"}, \
0xab { "mstor_test_unit_ready:\t"}, \
0xac { "mstor_reread_status:\t\t"}, \
0xad { "mstor_startio:\t\t"}, \
0xae { "mstor_restart_handler:\t"}, \
0xaf { "mstor_mode_sense:\t\t"}, \
0xb0 { "mstor_mode_select:\t\t"}, \
0xb1 { "mstor_findpage:\t\t\t"}, \
0xb2 { "mstor_reset:\t\t\t\t"}, \
0xb3 { "mstor_cdt_func:\t\t\t"}, \
0xb4 { "mstor_unitinfo_ras_callback:\t"}, \
0xb5 { "mstor_ras_unregister:\t\t"}, \
0xb6 { "mstor_ras_error:\t\t"}, \
0xb7 { "mstor_cdeject:\t\t"}, \
0xb8 { "mstor_cdmode:\t\t"}, \
0xb9 { "mstor_usbcd_ioctl:\t\t"}, \
0xba { "mstor_usbcd_cfg:\t\t"}, \
0xbb { "mstor_usbgen_ioctl:\t\t"}, \
0xbc { "mstor_usbgen_mode_sense:\t\t"}, \
0xbd { "mstor_usbgen_reset:\t\t"}, \
0xbe { "mstor_usbgen_read_inquiry:\t\t"}, \
0xbf { "mstor_read_discinfo:\t\t"}, \
0xc0 { "mstor_usbcd_reset:\t\t"}, \
0xc1 { "mstor_queue_pending:\t\t"}, \
0xc2 { "mstor_dequeue_pending:\t\t"}, \
0xc3 { "mstor_get_irps_disabled:\t\t"}, \
0xc4 { "mstor_release_irps_disabled:\t\t"}, \
0xc5 { "mstor_skwrapped_buf_callback:\t\t"}, \
0xc6 { "mstor_reset_irps:\t\t"}, \
0xc7 { "mstor_process_bufs:\t\t"}, \
0xc8 { "mstor_bufs2cmd:\t\t"}, \
0xc9 { "mstor_frag2cmd:\t\t"}, \
0xca { "mstor_skwrapped_mstor_mincnt:\t\t"}, \
0xcb { "mstor_start_stop_unit:\t\t"}, \
0xcc { "mstor_coalesce_bufs:\t\t"}, \
0xcd { "mstor_opt_capability:\t\t"}, \
0xce { "mstor_format_mode_data:\t\t"}, \
0xcf { "mstor_get_configuration:\t\t"}, \
0xd0 { "mstor_prevent_allow:\t\t"}, \
0xd1 { "mstor_read_capacity:\t\t"}, \
0xd2 { "mstor_read_toc:\t\t"}, \
0xd3 { "mstor_synchronize_cache:\t\t"}, \
0xd4 { "mstor_amr_pmr:\t\t"}, \
\* { "Unidentified Trace from location :" $loc \
" with data:\t\t\t\t\t"} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW }, \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW }, \
0X2 { "Exit " $cnt%X1 XW XW XW XW XW }
47C 1.0 L=KERN "USB MSTOR" \
$HD%X2, \
0x1010 { "BUFCB pirp=" $D1%XW " status=" $D2%DW }, \
0x1011 { "BUFCBX pirp=" $D1%XW }, \
0x1020 { "CFGDEV mdi=" $D1%XW }, \
0x1021 { "CFGDEVX mdi=" $D1%XW " errnoval=" $D2%DW " l=" $D3%DW }, \
0x1030 { "CLOSCOM mdi=" $D1%XW }, \
0x1031 { "CLOSCOMX mdi=" $D1%XW }, \
0x1040 { "CLOSE devno=" $D1%XW }, \
0x1041 { "CLOSEX devno=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x1050 { "CMDCB pirp=" $D1%XW " status=" $D2%DW }, \
0x1051 { "CMDCBX pirp=" $D1%XW }, \
0x1060 { "CONFIG devno=" $D1%XW " op=" $D2%XW " uiop=" $D3%XW }, \
0x1061 { "CONFIGX devno=" $D1%XW " errnoval=" $D2%DW " l=" $D3%DW }, \
0x1070 { "CONNECT mdi=" $D1%XW }, \
0x1071 { "CONNECTX mdi=" $D1%XW " rc=" $D2%DW }, \
0x1080 { "CTLCB mdi=" $D1%XW " pirp=" $D2%XW " devreq=" $D3%XW }, \
0x1081 { "CTLCBX mdi=" $D1%XW }, \
0x1082 { "CTLCBGO mdi=" $D1%XW " pirp=" $D2%XW " devreq=" $D3%XW " status=" $D4%DW }, \
0x1090 { "DISCONN mdi=" $D1%XW }, \
0x1091 { "DISCONNX mdi=" $D1%XW }, \
0x10a0 { "DQPEND b_dev=" $D1%XW " mdi=" $D2%XW " bp=" $D3%XW }, \
0x10a1 { "DQPENDX mdi=" $D1%XW }, \
0x10b0 { "INITDEV mdi=" $D1%XW }, \
0x10b1 { "INITDEVX mdi=" $D1%XW " rc=" $D2%DW }, \
0x10b2 { "INITDEVXE yyy" }, \
0x10c0 { "IOCTL devno=" $D1%XW " op=" $D2%XW " arg=" $D3%XW " devflag=" $D4%XW }, \
0x10c1 { "IOCTLX devno=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x10c2 { "IOCTLW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x10c3 { "CDIOCTL n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x10c4 { "GENIOCTL n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x10c8 { "GENRESET n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x10d0 { "LOGERR mui_devno=" $D1%XW " mdi=" $D2%XW " cmd_error=" $D3%XW " flag=" $D4%XW }, \
0x10e0 { "MINCNT devno=" $D1%XW " minparms=" $D2%XW }, \
0x10e1 { "MINCNTX devno=" $D1%XW " errno=" $D2%DW }, \
0x10f0 { "MODSNS mui_devno=" $D1%XW " mdi=" $D2%XW " type=" $D3%XW }, \
0x1100 { "MODSEL mui_devno=" $D1%XW " mdi=" $D2%XW }, \
0x1101 { "MODSELX mui_devno=" $D1%XW " errno=" $D2%DW }, \
0x1110 { "MSRESET mdi=" $D1%XW }, \
0x1111 { "MSRESETX mdi=" $D1%XW " rc=" $D2%DW }, \
0x1120 { "OPEN devno=" $D1%XW " rwflag=" $D2%XW }, \
0x1121 { "OPENX devno=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x1130 { "OPENCOM mdi=" $D1%XW }, \
0x1131 { "OPENCOMX mdi=" $D1%XW " rc=" $D2%DW }, \
0x1140 { "PRALL mui_devno=" $D1%XW " mdi=" $D2%XW " type=" $D3%XW }, \
0x1150 { "PROCBUF mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW " bp=" $D4%XW }, \
0x1151 { "PROCBUFX mui_devno=" $D1%XW " n=" $D2%XW }, \
0x1160 { "PROCRST mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW }, \
0x1161 { "PROCRSTX mui_devno=" $D1%XW }, \
0x1162 { "PROCRSTWU mui_devno=" $D1%XW " mdi=" $D2%XW " n=" $D3%DW }, \
0x1170 { "PROCSNS mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW " chkcmd=" $D4%XW }, \
0x1171 { "PROCSNSX mui_devno=" $D1%XW " n=" $D2%XW }, \
0x1180 { "QPEND b_dev=" $D1%XW " mdi=" $D2%XW " bp=" $D3%XW }, \
0x1181 { "QPENDX b_dev=" $D1%XW " n=" $D2%XW }, \
0x1190 { "RAWIO mdi=" $D1%XW " rwflag=" $D2%XW " uiop=" $D3%XW }, \
0x1191 { "RAWIOX mui_devno=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x11a0 { "RAWIOMLT mui_devno=" $D1%XW " mui=" $D2%XW " rwflag=" $D3%XW " uiop=" $D4%XW }, \
0x11a1 { "RAWIOMLTX mui_devno=" $D1%XW " errno=" $D2%DW " l=" $D3%DW }, \
0x11b0 { "XFBLKS mdi=" $D1%XW " buf=" $D2%XW " blkno=" $D3%DW " nblks=" $D4%DW " xmemp=" $D5%XW }, \
0x11b1 { "XFBLKSX mdi=" $D1%XW " rc=" $D2%DW }, \
0x11b2 { "XFBLKSE n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x11c0 { "RDWR devno=" $D1%XW " rwflag=" $D2%XW " uiop=" $D3%XW }, \
0x11c1 { "RDWRX devno=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x11c2 { "RDWRXU devno=" $D1%XW " l=" $D2%DW }, \
0x11d0 { "READCAP mui_devno=" $D1%XW " mdi=" $D2%XW }, \
0x11d1 { "READCAPX mui_devno=" $D1%XW " errno=" $D2%DW }, \
0x11e0 { "READTOC mui_devno=" $D1%XW " mdi=" $D2%XW " type=" $D3%XW }, \
0x11e1 { "READTOCX mui_devno=" $D1%XW " errno=" $D2%XW }, \
0x11f0 { "REQSNS mdi=" $D1%XW }, \
0x11f0 { "REQSNSX mdi=" $D1%XW " errno=" $D2%XW }, \
0x1200 { "REREAD mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW }, \
0x1201 { "REREADX mdi=" $D1%XW " pcmd=" $D2%XW }, \
0x1210 { "RETIRE mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW }, \
0x1211 { "RETIREX mui_devno=" $D1%XW " n=" $D2%XW }, \
0x1212 { "RETIREWU mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW }, \
0x1220 { "RMVDEV mdi=" $D1%XW }, \
0x1221 { "RMVDEVX mdi=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x1230 { "RSTONE mdi=" $D1%XW }, \
0x1231 { "RSTONEX mdi=" $D1%XW " rc=" $D2%DW " n=" $D3%XW }, \
0x1232 { "RSTONEGO mdi=" $D1%XW " rc=" $D2%DW }, \
0x1233 { "RSTONEW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1240 { "RSTRCV mdi=" $D1%XW }, \
0x1241 { "RSTRCVX mdi=" $D1%XW " rc=" $D2%DW " n=" $D3%XW }, \
0x1242 { "RSTRCVGO mdi=" $D1%XW " rc=" $D2%DW }, \
0x1250 { "SLEEP mdi=" $D1%XW " pcmd=" $D2%XW }, \
0x1251 { "SLEEPX mdi=" $D1%XW " pcmd=" $D2%XW }, \
0x1260 { "STATCB mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW " pirp=" $D4%XW }, \
0x1261 { "STATCBX mui_devno=" $D1%XW " cmd_status=" $D2%XW }, \
0x1262 { "STERROR n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1270 { "STUNIT mui_devno=" $D1%XW " mdi=" $D2%XW " start=" $D3%XW }, \
0x1280 { "SWDOG mdi=" $D1%XW " pcmd=" $D2%XW " timeout=" $D3%DW }, \
0x1281 { "SWDOGX mdi=" $D1%XW " n=" $D2%XW }, \
0x1290 { "TUR mui_devno=" $D1%XW " mdi=" $D2%XW }, \
0x12a0 { "USBERR mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW " error=" $D4%DW }, \
0x12a1 { "USBERRX mui_devno=" $D1%XW " pcmd=" $D2%XW }, \
0x12a2 { "USBERRW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x12b0 { "WDHNDLR mdi=" $D1%XW " pcmd=" $D2%XW }, \
0x12b1 { "WDHNDLRX mdi=" $D1%XW }, \
0x12c0 { "BF2CMD devno=" $D1%XW " mdi=" $D2%XW " bp=" $D3%XW }, \
0x12c1 { "BF2CMDX x=" $D1%XW " y=" $D2%DW }, \
0x12d0 { "FG2CMD mdi=" $D1%XW " bp=" $D2%XW }, \
0x12d1 { "FG2CMDX x=" $D1%XW " y=" $D2%DW }, \
0x12e0 { "STRT mdi=" $D1%XW }, \
0x12e1 { "STRTX mdi=" $D1%XW " n=" $D2%DW }, \
0x12e2 { "STRTW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x12f0 { "STRAT bp=" $D1%XW }, \
0x12f1 { "STRATX" }, \
0x12f2 { "STRATW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x12f3 { "STRATBP bpt=" $D1%XW " b_dev=" $D2%XW " b_blkno=" $D3%DW " b_bcount=" $D4%DW " b_work=" $D5%DW }, \
0x12f4 { "STRATMDIMUI mdi=" $D1%XW " mui=" $D2%XW " mdi_maxreq=" $D3%DW " mui_blksize=" $D4%DW " mc_lba=" $D5%DW }, \
0x1300 { "GETCFG mui_devno=" $D1%XW " mdi=" $D2%XW }, \
0x1310 { "RDISCINFO mui_devno=" $D1%XW " mdi=" $D2%XW }, \
0x1320 { "CFGUNIT mui_devno=" $D1%XW " mui=" $D2%XW }, \
0x1321 { "CFGUNITX mui_devno=" $D1%XW " errnoval=" $D2%DW }, \
0x1330 { "RSH n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1331 { "TDO n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1332 { "AAIO n=" $D1%DW " l=" $D2%DW " x0=" $D3%XW " x1=" $D4%XW }, \
0x1333 { "AIO n=" $D1%DW " l=" $D2%DW " x0=" $D3%XW " x1=" $D4%XW }, \
0x1334 { "STOPWDOG mdi=" $D1%XW }, \
0x1335 { "RMU n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1336 { "CLEARIO n=" $D1%DW " l=" $D2%DW " x0=" $D3%XW " x1=" $D4%XW }, \
0x1337 { "BLKNO blkno=" $D1%DW " b_work=" $D2%DW " b_blkno=" $D3%DW " mui_mult_blk=" $D4%DW }, \
0x1338 { "CDMODE n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1339 { "CDRESET n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x133a { "CURMODE n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x133b { "PASSTHRU n=" $D1%DW " l=" $D2%DW " x0=" $D3%XW " x1=" $D4%XW }, \
0x133c { "PTCMD1 " $D1%XW " " $D2%XW " " $D3%XW " " $D4%XW " " $D5%XW }, \
0x133d { "PTCMD2 datas=" $D1%DW " datap=" $D2%XW " senses=" $D3%DW " sensep=" $D4%XW " to=" $D5%DW }, \
0x133e { "IRP p=" $D1%XW " hP=" $D2%XW " pB=" $D3%XW " s=" $D4%DW " s=" $D5%DW }, \
0x133f { "RIRP pcmd=" $D1%XW }, \
0x1340 { "DKIOCMDW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1341 { "RAWDATA " $D1%XW " " $D2%XW " " $D3%XW " " $D4%XW " " $D5%XW }, \
0x1342 { "COAL n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1343 { "RETRY n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1344 { "SYNCCACHE mui_devno=" $D1%XW " mdi=" $D2%XW }, \
0x1345 { "DRAINCB n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1346 { "DRAIN n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1347 { "CONNECTW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1348 { "DBW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1349 { "OPENW n=" $D1%DW " l=" $D2%DW " x0=" $D3%XW " x1=" $D4%XW }, \
0x134a { "CCWE n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x134b { "INQ mui_devno=" $D1%XW " mdi=" $D2%XW }, \
0x134c { "INQX mui_devno=" $D1%XW " errno=" $D2%DW }, \
\* { "unknown" $HD }
650 1.0 L=KERN "USB TAPE" \
$HD%X2, \
0x1010 { "BUFCB pirp=" $D1%XW " status=" $D2%DW }, \
0x1011 { "BUFCBX pirp=" $D1%XW }, \
0x1020 { "CFGDEV mdi=" $D1%XW }, \
0x1021 { "CFGDEVX mdi=" $D1%XW " errnoval=" $D2%DW " l=" $D3%DW }, \
0x1030 { "CLOSCOM mdi=" $D1%XW }, \
0x1031 { "CLOSCOMX mdi=" $D1%XW }, \
0x1040 { "CLOSE devno=" $D1%XW }, \
0x1041 { "CLOSEX devno=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x1050 { "CMDCB pirp=" $D1%XW " status=" $D2%DW }, \
0x1051 { "CMDCBX pirp=" $D1%XW }, \
0x1060 { "CONFIG devno=" $D1%XW " op=" $D2%XW " uiop=" $D3%XW }, \
0x1061 { "CONFIGX devno=" $D1%XW " errnoval=" $D2%DW " l=" $D3%DW }, \
0x1070 { "CONNECT mdi=" $D1%XW }, \
0x1071 { "CONNECTX mdi=" $D1%XW " rc=" $D2%DW }, \
0x1080 { "CTLCB mdi=" $D1%XW " pirp=" $D2%XW " devreq=" $D3%XW " status=" $D4%DW }, \
0x1081 { "CTLCBX mdi=" $D1%XW }, \
0x1082 { "CTLCBGO mdi=" $D1%XW " pirp=" $D2%XW " devreq=" $D3%XW " status=" $D4%DW }, \
0x1090 { "DISCONN mdi=" $D1%XW }, \
0x1091 { "DISCONNX mdi=" $D1%XW }, \
0x10a0 { "INITDEV mdi=" $D1%XW }, \
0x10a1 { "INITDEVX mdi=" $D1%XW " rc=" $D2%DW }, \
0x10a2 { "INITDEVXE yyy" }, \
0x10b0 { "IOCTL devno=" $D1%XW " op=" $D2%XW " arg=" $D3%XW " devflag=" $D4%XW }, \
0x10b1 { "IOCTLX devno=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x10b2 { "IOCTLW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x10c0 { "LOGERR mui_devno=" $D1%XW " mdi=" $D2%XW " cmd_error=" $D3%XW " flag=" $D4%XW }, \
0x10d0 { "MODSNS mui_devno=" $D1%XW " mdi=" $D2%XW " type=" $D3%XW }, \
0x10e0 { "MODSEL mui_devno=" $D1%XW " mdi=" $D2%XW }, \
0x10e1 { "MODSELX mui_devno=" $D1%XW " errno=" $D2%DW }, \
0x10f0 { "MSRESET mdi=" $D1%XW }, \
0x10f1 { "MSRESETX mdi=" $D1%XW " rc=" $D2%DW }, \
0x1100 { "OPEN devno=" $D1%XW " rwflag=" $D2%XW }, \
0x1101 { "OPENX devno=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x1110 { "OPENCOM mdi=" $D1%XW }, \
0x1111 { "OPENCOMX mdi=" $D1%XW " rc=" $D2%DW }, \
0x1120 { "PROCRST mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW }, \
0x1121 { "PROCRSTX mui_devno=" $D1%XW }, \
0x1122 { "PROCRSTWU mui_devno=" $D1%XW " mdi=" $D2%XW " n=" $D3%DW }, \
0x1130 { "PROCSNS mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW " chkcmd=" $D4%XW }, \
0x1131 { "PROCSNSX mui_devno=" $D1%XW " n=" $D2%XW }, \
0x1140 { "RAWIO mdi=" $D1%XW " rwflag=" $D2%XW " uiop=" $D3%XW }, \
0x1141 { "RAWIOX mui_devno=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x1150 { "XFBLKS mdi=" $D1%XW " buf=" $D2%XW " blkno=" $D3%DW " nblks=" $D4%DW " xmemp=" $D5%XW }, \
0x1151 { "XFBLKSX mdi=" $D1%XW " rc=" $D2%DW }, \
0x1152 { "XFBLKSE n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1160 { "RDWR devno=" $D1%XW " rwflag=" $D2%XW " uiop=" $D3%XW }, \
0x1161 { "RDWRX devno=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x1162 { "RDWRXU devno=" $D1%XW " l=" $D2%DW }, \
0x1170 { "LOAD mui_devno=" $D1%XW " mdi=" $D2%XW }, \
0x1180 { "REQSNS mdi=" $D1%XW }, \
0x1181 { "REQSNSX mdi=" $D1%XW " errno=" $D2%XW }, \
0x1190 { "REREAD mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW }, \
0x1191 { "REREADX mdi=" $D1%XW " pcmd=" $D2%XW }, \
0x11a0 { "RETIRE mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW }, \
0x11a1 { "RETIREX mui_devno=" $D1%XW " n=" $D2%XW }, \
0x11a2 { "RETIREWU mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW }, \
0x11b0 { "RMVDEV mdi=" $D1%XW }, \
0x11b1 { "RMVDEVX mdi=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x11c0 { "RSTONE mdi=" $D1%XW }, \
0x11c1 { "RSTONEX mdi=" $D1%XW " rc=" $D2%DW " n=" $D3%XW }, \
0x11c2 { "RSTONEGO mdi=" $D1%XW " rc=" $D2%DW }, \
0x11c3 { "RSTONEW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x11d0 { "RSTRCV mdi=" $D1%XW }, \
0x11d1 { "RSTRCVX mdi=" $D1%XW " rc=" $D2%DW " n=" $D3%XW }, \
0x11d2 { "RSTRCVGO mdi=" $D1%XW " rc=" $D2%DW }, \
0x11e0 { "SLEEP mdi=" $D1%XW " pcmd=" $D2%XW }, \
0x11e1 { "SLEEPX mdi=" $D1%XW " pcmd=" $D2%XW }, \
0x11f0 { "STATCB mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW " pirp=" $D4%XW }, \
0x11f1 { "STATCBX mui_devno=" $D1%XW " cmd_status=" $D2%XW }, \
0x11f2 { "STERROR n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1200 { "SWDOG mdi=" $D1%XW " pcmd=" $D2%XW " timeout=" $D3%DW }, \
0x1201 { "SWDOGX mdi=" $D1%XW " n=" $D2%XW }, \
0x1210 { "TUR mui_devno=" $D1%XW " mdi=" $D2%XW }, \
0x1220 { "USBERR mui_devno=" $D1%XW " mdi=" $D2%XW " pcmd=" $D3%XW " error=" $D4%DW }, \
0x1221 { "USBERRX mui_devno=" $D1%XW " pcmd=" $D2%XW }, \
0x1222 { "USBERRW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1230 { "WDHNDLR mdi=" $D1%XW " pcmd=" $D2%XW }, \
0x1231 { "WDHNDLRX mdi=" $D1%XW }, \
0x1240 { "STRT mdi=" $D1%XW }, \
0x1241 { "STRTX mdi=" $D1%XW " n=" $D2%DW }, \
0x1242 { "STRTW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1250 { "CFGUNIT mui_devno=" $D1%XW " mui=" $D2%XW }, \
0x1251 { "CFGUNITX mui_devno=" $D1%XW " errnoval=" $D2%DW }, \
0x1260 { "RSH n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1261 { "TDO n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1262 { "AAIO n=" $D1%DW " l=" $D2%DW " x0=" $D3%XW " x1=" $D4%XW }, \
0x1263 { "AIO n=" $D1%DW " l=" $D2%DW " x0=" $D3%XW " x1=" $D4%XW }, \
0x1264 { "STOPWDOG mdi=" $D1%XW }, \
0x1265 { "RMU n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1266 { "CLEARIO n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1267 { "PASSTHRU n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1268 { "IRP p=" $D1%XW " hP=" $D2%XW " pB=" $D3%XW " s=" $D4%DW " s=" $D5%DW }, \
0x1269 { "RIRP pcmd=" $D1%XW }, \
0x126a { "STIOCMDW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x126b { "RETRY n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x126c { "DRAINCB n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x126d { "DRAIN n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x126e { "CONNECTW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x126f { "DBW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1270 { "OPENW n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
0x1271 { "CCWE n=" $D1%DW " l=" $D2%DW " x=" $D3%XW }, \
\* { "unknown" $HD }
651 1.0 "USBTAPE_ERR" \
{{ $loc = X1 }} \
{{ $typ = B0.3 }} \
{{ $cnt = B0.5 }} \
$loc, \
0x70 { "usbtape_config:\t\t\t"} , \
0x71 { "usbtape_open:\t\t\t"} , \
0x72 { "usbtape_close:\t\t\t"} , \
0x73 { "usbtape_read:\t\t\t\t"}, \
0x74 { "usbtape_write:\t\t\t\t"}, \
0x75 { "usbtape_ioctl:\t\t\t"}, \
0x76 { "usbtape_open_dev:\t\t"}, \
0x77 { "usbtape_mstor_reset:\t\t"}, \
0x78 { "usbtape_open_unit:\t\t"}, \
0x79 { "abort_active:\t\t\t"}, \
0x7a { "clear_io:\t\t\t\t"}, \
0x7b { "usbtape_space:\t\t\t"}, \
0x7c { "usbtape_write_filemarks:\t"}, \
0x7d { "usbtape_xmempin:\t\t"}, \
0x7e { "usbtape_bldcmd:\t\t"}, \
0x7f { "usbtape_xfer_io:\t\t"}, \
0x80 { "usbtape_stioctop:\t\t"}, \
0x81 { "usbtape_stiochgp:\t\t"}, \
0x82 { "send_sc_passthru:\t\t"}, \
0x83 { "usbtape_stiocmd:\t\t"}, \
0x84 { "usbtape_passthru:\t\t"}, \
0x85 { "get_eps:\t\t\t\t"}, \
0x86 { "get_descriptors:\t\t"}, \
0x87 { "bld_inq_cmd:\t\t\t"}, \
0x88 { "usbtape_connect_luns:\t"}, \
0x89 { "usbtape_connect:\t\t"}, \
0x8a { "usbtape_disconnect:\t\t"}, \
0x8b { "usbtape_ras_register:\t"}, \
0x8c { "usbtape_sleep:\t\t\t"}, \
0x8d { "usbtape_request_sense:\t"}, \
0x8e { "usbtape_readwrite:\t\t"}, \
0x8f { "usbtape_general:\t\t"}, \
0x90 { "usbtape_load:\t\t\t"}, \
0x91 { "usbtape_erase:\t\t\t"}, \
0x92 { "usbtape_log_error:\t\t"}, \
0x93 { "usbtape_start_watchdog:\t"}, \
0x94 { "usbtape_stop_watchdog:\t"}, \
0x95 { "usbtape_watchdog_hndlr:\t"}, \
0x96 { "usbtape_release_irps:\t\t"}, \
0x97 { "retire_cmd:\t\t\t"}, \
0x98 { "usbtape_abort_all_io:\t\t"}, \
0x99 { "usbtape_abort_io:\t\t"}, \
0x9a { "take_dev_offline:\t\t"}, \
0x9b { "complete_commands_with_error:\t"}, \
0x9c { "usbtape_cmd_callback:\t\t"}, \
0x9d { "usbtape_buf_callback:\t\t"}, \
0x9e { "reset_irps:\t\t\t"}, \
0x9f { "usbtape_process_ioctl:\t\t"}, \
0xa0 { "usbtape_process_usb_error:\t"}, \
0xa1 { "usbtape_process_dev_error:\t"}, \
0xa2 { "usbtape_process_reset:\t\t"}, \
0xa3 { "usbtape_process_reqsns:\t\t"}, \
0xa4 { "usbtape_process_reqsns_error:\t"}, \
0xa5 { "usbtape_status_callback:\t"}, \
0xa6 { "usbtape_ctl_callback:\t\t"}, \
0xa7 { "usbtape_drain_callback:\t\t"}, \
0xa8 { "usbtape_mstor_reset_recovery:\t"}, \
0xa9 { "usbtape_mstor_bulk_in_drain:\t"}, \
0xaa { "usbtape_mstor_reset_one:\t\t"}, \
0xab { "usbtape_test_unit_ready:\t"}, \
0xac { "usbtape_reread_status:\t\t"}, \
0xad { "usbtape_startio:\t\t"}, \
0xae { "usbtape_restart_handler:\t"}, \
0xaf { "usbtape_mode_sense:\t\t"}, \
0xb0 { "usbtape_mode_select:\t\t"}, \
0xb1 { "usbtape_findpage:\t\t\t"}, \
0xb2 { "usbtape_reset:\t\t\t\t"}, \
0xb3 { "usbtape_cdt_func:\t\t\t"}, \
0xb4 { "usbtape_unitinfo_ras_callback:\t"}, \
0xb5 { "usbtape_ras_unregister:\t\t"}, \
0xb6 { "usbtape_ras_error:\t\t"}, \
\* { "Unidentified Trace from location :" $loc \
" with data:\t\t\t\t\t"} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW }, \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW }, \
0X2 { "Exit " $cnt%X1 XW XW XW XW XW }
735 1.0 "USBMSE: " \
{{ $a = $HD & 0xfc00 }} \
{{ $b = $a / 1024 }} \
{{ $func = $b & 0x3f }} \
{{ $c = $HD - $a }} \
{{ $routine = $c & 0x03ff }} \
$routine, \
01 { "putring" }, \
02 { "rring " }, \
03 { "rflush " }, \
04 { "logerr " }, \
05 { "kmopen " }, \
06 { "kmclose" }, \
07 { "kminit " }, \
08 { "kmclr " }, \
09 { "kmrest " }, \
0A { "kmsend " }, \
0B { "kmget " }, \
20 { "mscfg " }, \
21 { "msopen " }, \
22 { "msclse " }, \
23 { "msioctl" }, \
24 { "mscallb" }, \
25 { "msolvl " }, \
26 { "msputr " }, \
27 { "mstimer" }, \
28 { "msstall" }, \
29 { "mssetup" }, \
2A { "msdisct" }, \
2B { "msrect " }, \
2C { "mshid " }, \
\* { $routine%X2" " } \
$func%D2, \
0 { " [ent ]" }, \
32 { " [exit]" }, \
\* { " ["$func%X2"]" } \
$HL, \
4 {O2 " d0=" X4 }, \
8 {O2 " d0=" X8 }, \
14 {O2 " d0=" X4 " d1=" X4 " d2=" X4 " d3=" X4 " d4=" X4 }, \
28 {O2 " d0=" X8 " d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8 }
734 1.0 "USBKBD: " \
{{ $a = $HD & 0xfc00 }} \
{{ $b = $a / 1024 }} \
{{ $func = $b & 0x3f }} \
{{ $c = $HD - $a }} \
{{ $routine = $c & 0x03ff }} \
$routine, \
01 { "putring" }, \
02 { "rring " }, \
03 { "rflush " }, \
04 { "logerr " }, \
05 { "kmopen " }, \
06 { "kmclose" }, \
07 { "kminit " }, \
08 { "kmclr " }, \
09 { "kmrest " }, \
0A { "kmsend " }, \
0B { "kmget " }, \
20 { "kconfig" }, \
21 { "kmpx " }, \
22 { "kopen " }, \
23 { "kclose " }, \
24 { "kioctl " }, \
25 { "kcallb " }, \
26 { "keyproc" }, \
27 { "ksstat " }, \
28 { "ksak " }, \
29 { "kunsak " }, \
2A { "kputkey" }, \
2B { "kpollap" }, \
2C { "kkill " }, \
2D { "kpevent" }, \
2E { "kslocal" }, \
2F { "kdvleds" }, \
30 { "kttime " }, \
31 { "kledone" }, \
32 { "kOfflvl" }, \
33 { "kstall " }, \
34 { "ksetup " }, \
35 { "kdisct " }, \
36 { "krect " }, \
37 { "kputsq " }, \
38 { "knxtsnd" }, \
\* { $routine%X2" " } \
$func%D2, \
0 { " [ent ]" }, \
32 { " [exit]" }, \
\* { " ["$func%X2"]" } \
$HL, \
4 {O2 " d0=" X4 }, \
8 {O2 " d0=" X8 }, \
14 {O2 " d0=" X4 " d1=" X4 " d2=" X4 " d3=" X4 " d4=" X4 }, \
28 {O2 " d0=" X8 " d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8 }
739 1.0 "USB3DX: " \
{{ $a = $HD & 0xfc00 }} \
{{ $b = $a / 1024 }} \
{{ $func = $b & 0x3f }} \
{{ $c = $HD - $a }} \
{{ $routine = $c & 0x03ff }} \
$routine, \
01 { "logerr " }, \
02 { "usbcfg " }, \
03 { "usbucfg" }, \
04 { "usbinit" }, \
05 { "sbcfg " }, \
06 { "sbopn " }, \
07 { "sbclose" }, \
08 { "sbioctl" }, \
09 { "usbdct " }, \
0A { "usbrct " }, \
0B { "valpipe" }, \
0C { "usbmsg " }, \
0D { "usbclrh" }, \
0E { "usbfini" }, \
0F { "usbcpip" }, \
10 { "sbHid " }, \
11 { "sbread " }, \
12 { "sbsel " }, \
13 { "sbsndrq" }, \
14 { "usbwait" }, \
15 { "wdto " }, \
16 { "sbcallb" }, \
\* { $routine%X2" " } \
$func%D2, \
0 { " [ent ]" }, \
32 { " [exit]" }, \
\* { " ["$func%X2"]" } \
$HL, \
4 {O2 " d0=" X4 }, \
8 {O2 " d0=" X8 }, \
14 {O2 " d0=" X4 " d1=" X4 " d2=" X4 " d3=" X4 " d4=" X4 }, \
28 {O2 " d0=" X8 " d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8 }
61E 1.0 L=KERN "USBA " \
$HD%D2, \
442 {"cancel_playback_watchdog_1"}, \
443 {"cancel_playback_watchdog_2"}, \
446 {"cancel_record_watchdog_1"}, \
447 {"cancel_record_watchdog_2"}, \
323 {"cancel_sleep_timer_0"}, \
256 {"chan12_AUDIO_BUFFER_0"}, \
257 {"chan12_AUDIO_BUFFER_1"}, \
258 {"chan12_AUDIO_BUFFER_2"}, \
259 {"chan12_AUDIO_BUFFER_3" $D1%XW}, \
260 {"chan12_AUDIO_BUFFER_4" $D1%XW}, \
261 {"chan12_AUDIO_BUFFER_5"}, \
280 {"chan12_AUDIO_CONTROL_0"}, \
282 {"chan12_AUDIO_CONTROL_1"}, \
286 {"chan12_AUDIO_CONTROL_2" $D1%XW}, \
287 {"chan12_AUDIO_CONTROL_3"}, \
298 {"chan12_AUDIO_CONTROL_4" $D1%XW}, \
299 {"chan12_AUDIO_CONTROL_5" $D1%XW}, \
300 {"chan12_AUDIO_CONTROL_6"}, \
301 {"chan12_AUDIO_CONTROL_7"}, \
302 {"chan12_AUDIO_CONTROL_8"}, \
303 {"chan12_AUDIO_CONTROL_9" $D1%XW}, \
304 {"chan12_AUDIO_CONTROL_10"}, \
305 {"chan12_AUDIO_CONTROL_11"}, \
325 {"chan12_AUDIO_CONTROL_12"}, \
326 {"chan12_AUDIO_CONTROL_13" $D1%XW}, \
327 {"chan12_AUDIO_CONTROL_14"}, \
328 {"chan12_AUDIO_CONTROL_15"}, \
329 {"chan12_AUDIO_CONTROL_16"}, \
330 {"chan12_AUDIO_CONTROL_17" $D1%XW}, \
331 {"chan12_AUDIO_CONTROL_18" $D1%XW}, \
354 {"chan12_AUDIO_CONTROL_19"}, \
573 {"chan12_AUDIO_CONTROL_20"}, \
574 {"chan12_AUDIO_CONTROL_21"}, \
262 {"chan12_AUDIO_CONTROL_sub_CHANGE_0"}, \
263 {"chan12_AUDIO_CONTROL_sub_CHANGE_1"}, \
264 {"chan12_AUDIO_CONTROL_sub_CHANGE_2"}, \
265 {"chan12_AUDIO_CONTROL_sub_CHANGE_3"}, \
266 {"chan12_AUDIO_CONTROL_sub_CHANGE_4"}, \
267 {"chan12_AUDIO_CONTROL_sub_CHANGE_5"}, \
268 {"chan12_AUDIO_CONTROL_sub_CHANGE_6"}, \
269 {"chan12_AUDIO_CONTROL_sub_CHANGE_7"}, \
270 {"chan12_AUDIO_CONTROL_sub_CHANGE_8"}, \
271 {"chan12_AUDIO_CONTROL_sub_CHANGE_9"}, \
272 {"chan12_AUDIO_CONTROL_sub_CHANGE_10"}, \
273 {"chan12_AUDIO_CONTROL_sub_CHANGE_11"}, \
274 {"chan12_AUDIO_CONTROL_sub_CHANGE_12" $D1%XW}, \
276 {"chan12_AUDIO_CONTROL_sub_CHANGE_14"}, \
277 {"chan12_AUDIO_CONTROL_sub_CHANGE_15" $D1%XW}, \
278 {"chan12_AUDIO_CONTROL_sub_CHANGE_16" $D1%XW}, \
279 {"chan12_AUDIO_CONTROL_sub_CHANGE_17" $D1%XW}, \
281 {"chan12_AUDIO_CONTROL_sub_CHANGE_19" $D1%XW}, \
283 {"chan12_AUDIO_CONTROL_sub_CHANGE_21" $D1%XW}, \
284 {"chan12_AUDIO_CONTROL_sub_CHANGE_22"}, \
285 {"chan12_AUDIO_CONTROL_sub_CHANGE_23" $D1%XW}, \
288 {"chan12_AUDIO_CONTROL_sub_CHANGE_26" $D1%XW}, \
289 {"chan12_AUDIO_CONTROL_sub_CHANGE_27" $D1%XW}, \
290 {"chan12_AUDIO_CONTROL_sub_CHANGE_28" $D1%XW}, \
291 {"chan12_AUDIO_CONTROL_sub_CHANGE_29" $D1%XW}, \
292 {"chan12_AUDIO_CONTROL_sub_CHANGE_30" $D1%XW}, \
293 {"chan12_AUDIO_CONTROL_sub_CHANGE_31" $D1%XW}, \
294 {"chan12_AUDIO_CONTROL_sub_CHANGE_32" $D1%XW}, \
295 {"chan12_AUDIO_CONTROL_sub_CHANGE_33" $D1%XW}, \
296 {"chan12_AUDIO_CONTROL_sub_CHANGE_34" $D1%XW}, \
297 {"chan12_AUDIO_CONTROL_sub_CHANGE_35" $D1%XW}, \
463 {"chan12_AUDIO_INIT_0"}, \
464 {"chan12_AUDIO_INIT_1"}, \
465 {"chan12_AUDIO_INIT_2"}, \
466 {"chan12_AUDIO_INIT_3"}, \
467 {"chan12_AUDIO_INIT_4" $D1%XW}, \
468 {"chan12_AUDIO_INIT_5" $D1%XW}, \
469 {"chan12_AUDIO_INIT_6" $D1%XW}, \
313 {"chan12_AUDIO_INIT_buffer_0"}, \
314 {"chan12_AUDIO_INIT_buffer_1"}, \
315 {"chan12_AUDIO_INIT_buffer_2"}, \
316 {"chan12_AUDIO_INIT_buffer_3" $D1%XW}, \
470 {"chan12_AUDIO_INIT_local_0"}, \
471 {"chan12_AUDIO_INIT_local_1"}, \
472 {"chan12_AUDIO_INIT_local_2"}, \
473 {"chan12_AUDIO_INIT_local_3"}, \
474 {"chan12_AUDIO_INIT_local_4"}, \
475 {"chan12_AUDIO_INIT_local_5"}, \
476 {"chan12_AUDIO_INIT_local_6"}, \
477 {"chan12_AUDIO_INIT_local_7"}, \
478 {"chan12_AUDIO_INIT_local_8"}, \
480 {"chan12_AUDIO_INIT_local_10"}, \
1015 {"chan12_AUDIO_INIT_local_11" $D1%XW}, \
484 {"chan12_AUDIO_INIT_local_14"}, \
485 {"chan12_AUDIO_INIT_local_15"}, \
486 {"chan12_AUDIO_INIT_local_16"}, \
487 {"chan12_AUDIO_INIT_local_17"}, \
488 {"chan12_AUDIO_INIT_local_18"}, \
489 {"chan12_AUDIO_INIT_local_19"}, \
490 {"chan12_AUDIO_INIT_local_20"}, \
491 {"chan12_AUDIO_INIT_local_21"}, \
492 {"chan12_AUDIO_INIT_local_22"}, \
493 {"chan12_AUDIO_INIT_local_23"}, \
494 {"chan12_AUDIO_INIT_local_24"}, \
495 {"chan12_AUDIO_INIT_local_25"}, \
496 {"chan12_AUDIO_INIT_local_26"}, \
498 {"chan12_AUDIO_INIT_local_28"}, \
502 {"chan12_AUDIO_INIT_local_32"}, \
503 {"chan12_AUDIO_INIT_local_33"}, \
504 {"chan12_AUDIO_INIT_local_34"}, \
505 {"chan12_AUDIO_INIT_local_35"}, \
506 {"chan12_AUDIO_INIT_local_36"}, \
507 {"chan12_AUDIO_INIT_local_37" $D1%XW}, \
508 {"chan12_AUDIO_INIT_local_38" $D1%XW}, \
509 {"chan12_AUDIO_INIT_local_39" $D1%XW}, \
715 {"chan12_AUDIO_INIT_local_40"}, \
881 {"chan12_AUDIO_INIT_local_41"}, \
928 {"chan12_AUDIO_INIT_local_45"}, \
929 {"chan12_AUDIO_INIT_local_46"}, \
930 {"chan12_AUDIO_INIT_local_47"}, \
882 {"chan12_AUDIO_INIT_registers_0"}, \
883 {"chan12_AUDIO_INIT_registers_1"}, \
884 {"chan12_AUDIO_INIT_registers_2" $D1%XW}, \
410 {"chan12_AUDIO_MODIFY_LIMITS_0"}, \
411 {"chan12_AUDIO_MODIFY_LIMITS_1" $D1%XW}, \
412 {"chan12_AUDIO_MODIFY_LIMITS_2" $D1%XW}, \
413 {"chan12_AUDIO_MODIFY_LIMITS_3" $D1%XW}, \
414 {"chan12_AUDIO_MODIFY_LIMITS_4" $D1%XW}, \
317 {"chan12_AUDIO_SET_GAIN_0"}, \
318 {"chan12_AUDIO_SET_GAIN_1"}, \
319 {"chan12_AUDIO_SET_GAIN_2"}, \
320 {"chan12_AUDIO_SET_GAIN_3"}, \
321 {"chan12_AUDIO_SET_GAIN_4" $D1%XW}, \
693 {"chan12_AUDIO_SET_GAIN_6" $D1%XW}, \
91 {"chan12_AUDIO_STATUS_0"}, \
232 {"chan12_AUDIO_STATUS_1"}, \
233 {"chan12_AUDIO_STATUS_2"}, \
234 {"chan12_AUDIO_STATUS_3" $D1%XW}, \
235 {"chan12_AUDIO_STATUS_4" $D1%XW}, \
236 {"chan12_AUDIO_STATUS_5" $D1%XW}, \
237 {"chan12_AUDIO_STATUS_6" $D1%XW}, \
838 {"chan12_AUDIO_WAIT_0"}, \
839 {"chan12_AUDIO_WAIT_1" $D1%XW}, \
877 {"chan12_enter_RUNNING_state_0"}, \
878 {"chan12_enter_RUNNING_state_1" $D1%XW}, \
879 {"chan12_enter_RUNNING_state_2" $D1%XW}, \
880 {"chan12_enter_RUNNING_state_3"}, \
896 {"chan12_enter_RUNNING_state_4"}, \
858 {"chan12_enter_STOPPED_state_0"}, \
885 {"chan12_enter_STOPPED_state_1"}, \
840 {"chan12_leave_RUNNING_state_0"}, \
841 {"chan12_leave_RUNNING_state_1" $D1%XW}, \
842 {"chan12_leave_RUNNING_state_2" $D1%XW}, \
863 {"chan12_leave_STOPPED_state_0"}, \
886 {"chan12_leave_STOPPED_state_1"}, \
887 {"chan12_leave_STOPPED_state_2"}, \
888 {"chan12_leave_STOPPED_state_3"}, \
889 {"chan12_leave_STOPPED_state_4" $D1%XW}, \
171 {"chan12_leave_STOPPED_state_5"}, \
194 {"chan12_leave_STOPPED_state_6" $D1%XW}, \
196 {"chan12_leave_STOPPED_state_7" $D1%XW}, \
197 {"chan12_leave_STOPPED_state_8" $D1%XW}, \
198 {"chan12_leave_STOPPED_state_9" $D1%XW}, \
306 {"chan12_set_input_0"}, \
307 {"chan12_set_input_1"}, \
308 {"chan12_set_input_2"}, \
309 {"chan12_set_input_3" $D1%XW}, \
438 {"chan12_set_input_4"}, \
439 {"chan12_set_input_5"}, \
609 {"chan12_set_input_6"}, \
610 {"chan12_set_input_7" $D1%XW}, \
611 {"chan12_set_input_8"}, \
612 {"chan12_set_input_9"}, \
613 {"chan12_set_input_10" $D1%XW}, \
614 {"chan12_set_input_11"}, \
615 {"chan12_set_input_12"}, \
616 {"chan12_set_input_13" $D1%XW}, \
617 {"chan12_set_input_14"}, \
618 {"chan12_set_input_15"}, \
619 {"chan12_set_input_16" $D1%XW}, \
620 {"chan12_set_input_17"}, \
621 {"chan12_set_input_18"}, \
622 {"chan12_set_input_19" $D1%XW}, \
623 {"chan12_set_input_20"}, \
624 {"chan12_set_input_21"}, \
625 {"chan12_set_input_22" $D1%XW}, \
626 {"chan12_set_input_23"}, \
627 {"chan12_set_input_24"}, \
628 {"chan12_set_input_25" $D1%XW}, \
629 {"chan12_set_input_26"}, \
630 {"chan12_set_input_27"}, \
631 {"chan12_set_input_28" $D1%XW}, \
632 {"chan12_set_input_29"}, \
633 {"chan12_set_input_30"}, \
634 {"chan12_set_input_31" $D1%XW}, \
635 {"chan12_set_input_32"}, \
636 {"chan12_set_input_33"}, \
637 {"chan12_set_input_34" $D1%XW}, \
638 {"chan12_set_input_35"}, \
639 {"chan12_set_input_36"}, \
640 {"chan12_set_input_37" $D1%XW}, \
641 {"chan12_set_input_38"}, \
682 {"chan12_set_input_39" $D1%XW}, \
683 {"chan12_set_input_40" $D1%XW}, \
684 {"chan12_set_input_41" $D1%XW}, \
685 {"chan12_set_input_42" $D1%XW}, \
686 {"chan12_set_input_43" $D1%XW}, \
687 {"chan12_set_input_44" $D1%XW}, \
688 {"chan12_set_input_45" $D1%XW}, \
689 {"chan12_set_input_46" $D1%XW}, \
690 {"chan12_set_input_47" $D1%XW}, \
691 {"chan12_set_input_48" $D1%XW}, \
692 {"chan12_set_input_49" $D1%XW}, \
324 {"configure_entire_driver_0" $D1%XW}, \
963 {"configure_entire_driver_1" $D1%XW}, \
543 {"configure_individual_device_0" $D1%XW}, \
5 {"configure_kdb_0"}, \
6 {"configure_kdb_1"}, \
7 {"configure_kdb_2"}, \
8 {"configure_kdb_3"}, \
449 {"configure_watchdog_0"}, \
450 {"configure_watchdog_1"}, \
451 {"configure_watchdog_2"}, \
934 {"copyin_audio_channels_list_32_64_0" $D1%XW}, \
935 {"copyin_audio_channels_list_32_64_1" $D1%XW}, \
936 {"copyin_audio_channels_list_32_64_2" $D1%XW}, \
937 {"copyin_audio_channels_list_32_64_3" $D1%XW}, \
575 {"copyin_audio_control_32_64_0" $D1%XW}, \
576 {"copyin_audio_control_32_64_1" $D1%XW}, \
577 {"copyin_audio_control_32_64_2" $D1%XW}, \
578 {"copyin_audio_control_32_64_3" $D1%XW}, \
579 {"copyin_audio_control_32_64_4"}, \
580 {"copyin_audio_control_32_64_5" $D1%XW}, \
581 {"copyin_audio_control_32_64_6" $D1%XW}, \
582 {"copyin_audio_control_32_64_7" $D1%XW}, \
583 {"copyin_audio_control_32_64_8" $D1%XW}, \
238 {"copyin_audio_status_32_64_0"}, \
239 {"copyin_audio_status_32_64_1" $D1%XW}, \
240 {"copyin_audio_status_32_64_2" $D1%XW}, \
241 {"copyin_audio_status_32_64_3" $D1%XW}, \
242 {"copyin_audio_status_32_64_4" $D1%XW}, \
243 {"copyout_audio_status_32_64_0"}, \
244 {"copyout_audio_status_32_64_1" $D1%XW}, \
245 {"copyout_audio_status_32_64_2" $D1%XW}, \
246 {"copyout_audio_status_32_64_3" $D1%XW}, \
247 {"copyout_audio_status_32_64_4" $D1%XW}, \
119 {"ddbg_graph_build_0"}, \
120 {"ddbg_graph_build_1"}, \
121 {"ddbg_graph_build_2"}, \
122 {"ddbg_graph_update_logical_input_channels_0"}, \
123 {"ddbg_graph_update_logical_input_channels_1" $D1%XW $D2%XW}, \
275 {"ddbg_graph_update_logical_input_channels_2" $D1%XW $D2%XW}, \
124 {"ddbg_graph_update_logical_output_channels_0"}, \
125 {"ddbg_graph_update_logical_output_channels_1"}, \
126 {"ddfc_first_cut_paths_0"}, \
127 {"ddfc_first_cut_paths_body_0"}, \
128 {"ddfc_make_path_from_history_0"}, \
129 {"ddfc_make_path_from_history_1"}, \
130 {"ddfc_make_path_from_history_body_0"}, \
131 {"ddfc_sweep_0"}, \
132 {"ddfc_sweep_1"}, \
133 {"ddg_graph_interface_group_t_0"}, \
134 {"ddg_graph_interface_group_t_1"}, \
135 {"ddg_graph_interface_group_t_2"}, \
136 {"ddg_graph_interface_group_t_3"}, \
137 {"ddg_graph_interface_group_t_4"}, \
138 {"ddg_graph_interface_group_t_5"}, \
139 {"ddg_graph_interface_group_t_6"}, \
140 {"ddg_graph_process_0"}, \
141 {"ddg_graph_process_1"}, \
142 {"ddg_graph_process_2"}, \
143 {"ddg_graph_process_3"}, \
144 {"ddg_graph_process_4"}, \
145 {"ddg_graph_process_5"}, \
146 {"ddg_graph_process_6"}, \
147 {"ddg_graph_process_7"}, \
148 {"ddg_graph_process_8"}, \
149 {"ddg_graph_process_9"}, \
150 {"ddg_graph_process_10"}, \
151 {"ddg_graph_process_11"}, \
152 {"ddg_graph_process_12"}, \
153 {"ddg_graph_process_13"}, \
434 {"ddg_graph_process_14"}, \
435 {"ddg_graph_process_15"}, \
21 {"ddigest_build_group_0"}, \
92 {"ddigest_build_group_1"}, \
93 {"ddigest_build_group_2"}, \
28 {"ddigest_gather_interface_info_0" $D1%XW}, \
29 {"ddigest_gather_interface_info_1"}, \
94 {"ddigest_rebuild_group_0"}, \
95 {"ddigest_rebuild_group_1"}, \
96 {"ddigest_rebuild_group_2"}, \
154 {"ddm_duplicate_path_0"}, \
155 {"ddm_duplicate_path_1"}, \
156 {"ddm_duplicate_path_2"}, \
157 {"ddm_duplicate_path_3"}, \
158 {"ddm_find_and_remove_playback_path_0"}, \
159 {"ddm_find_and_remove_record_path_0"}, \
160 {"ddm_match_playback_paths_0"}, \
161 {"ddm_match_playback_paths_1"}, \
162 {"ddm_match_record_paths_0"}, \
163 {"ddm_match_record_paths_1"}, \
164 {"ddp_graph_prune_0"}, \
1149 {"ddpd_parse_audio_streaming_0"}, \
1150 {"ddpd_parse_audio_streaming_1"}, \
1151 {"ddpd_parse_audio_streaming_endpoint_0"}, \
1152 {"ddpd_parse_body_0"}, \
1153 {"ddpd_parse_body_1"}, \
165 {"ddvg_graph_validate_0" $D1%XW $D2%XW}, \
97 {"ddvg_validate_audio_control_0"}, \
98 {"ddvg_validate_audio_control_1"}, \
99 {"ddvg_validate_audio_control_2"}, \
100 {"ddvg_validate_audio_control_3"}, \
101 {"ddvg_validate_audio_control_4"}, \
102 {"ddvg_validate_audio_control_5"}, \
103 {"ddvg_validate_audio_streaming_0"}, \
104 {"ddvg_validate_audio_streaming_1"}, \
105 {"ddvg_validate_audio_streaming_2"}, \
106 {"ddvg_validate_audio_streaming_3"}, \
107 {"ddvg_validate_audio_streaming_4"}, \
108 {"ddvg_validate_audio_streaming_list_0"}, \
109 {"ddvg_validate_audio_streaming_list_1" $D1%XW $D2%XW}, \
110 {"ddvg_validate_audio_streaming_list_list_0"}, \
111 {"ddvg_validate_audio_streaming_list_list_1"}, \
112 {"ddvg_validate_interface_group_t_0"}, \
113 {"ddvg_validate_interface_group_t_1"}, \
114 {"ddvg_validate_interface_group_t_2"}, \
115 {"ddvg_validate_interface_group_t_3"}, \
116 {"ddvg_validate_interface_group_t_4"}, \
117 {"ddvg_validate_interface_group_t_5"}, \
118 {"ddvg_validate_interface_group_t_6"}, \
38 {"ddvi_interface_info_list_t_0"}, \
861 {"ddvi_interface_info_list_t_1"}, \
862 {"ddvi_interface_info_list_t_2"}, \
68 {"ddvi_interface_info_list_t_3"}, \
39 {"ddvi_interface_info_t_0"}, \
40 {"ddvi_interface_info_t_1"}, \
41 {"ddvi_interface_info_t_2"}, \
42 {"ddvi_interface_info_t_3"}, \
43 {"ddvi_interface_info_t_4"}, \
44 {"ddvi_interface_info_t_5"}, \
45 {"ddvi_interface_info_t_6"}, \
46 {"ddvi_interface_info_t_7"}, \
47 {"ddvi_interface_info_t_8"}, \
48 {"ddvi_interface_info_t_9"}, \
49 {"ddvi_interface_info_t_10"}, \
50 {"ddvi_interface_info_t_11"}, \
51 {"ddvi_interface_info_t_12"}, \
52 {"ddvi_interface_info_t_13"}, \
53 {"ddvi_interface_info_t_14"}, \
54 {"ddvi_interface_info_t_15"}, \
55 {"ddvi_interface_info_t_16"}, \
56 {"ddvi_interface_info_t_17"}, \
57 {"ddvi_interface_info_t_18"}, \
58 {"ddvi_interface_info_t_19"}, \
59 {"ddvi_interface_info_t_list_0"}, \
60 {"ddvi_interface_info_t_list_1"}, \
61 {"ddvi_interface_info_t_list_2"}, \
62 {"ddvi_interface_info_t_list_3"}, \
63 {"ddvi_interface_info_t_list_4"}, \
64 {"ddvi_interface_info_t_list_5"}, \
65 {"ddvi_interface_info_t_list_6"}, \
66 {"ddvi_interface_info_t_list_7"}, \
67 {"ddvi_interface_info_t_list_8"}, \
70 {"ddvi_usba_endpoint_t_0"}, \
71 {"ddvi_usba_endpoint_t_list_0"}, \
72 {"ddvi_usba_endpoint_t_list_1"}, \
73 {"ddvi_usba_endpoint_t_list_2"}, \
74 {"ddvi_usba_unit_t_0"}, \
75 {"ddvi_usba_unit_t_1"}, \
76 {"ddvi_usba_unit_t_2"}, \
77 {"ddvi_usba_unit_t_3"}, \
78 {"ddvi_usba_unit_t_4"}, \
79 {"ddvi_usba_unit_t_5"}, \
80 {"ddvi_usba_unit_t_list_0"}, \
81 {"ddvi_usba_unit_t_list_1"}, \
82 {"ddvi_usba_unit_t_list_2"}, \
83 {"ddvi_usba_unit_t_list_3"}, \
84 {"ddvi_wChannelConfig_0"}, \
85 {"ddvi_wChannelConfig_1"}, \
86 {"ddvi_wChannelConfig_2"}, \
0 {"el_x_0" $D1%XW $D2%XW $D3%XW}, \
1 {"el_x_1" $D1%XW $D2%XW $D3%XW}, \
2 {"el_x_2" $D1%XW $D2%XW $D3%XW}, \
30 {"free_interface_group_t_0"}, \
31 {"free_interface_info_list_t_0"}, \
32 {"free_interface_info_t_0"}, \
338 {"iomix_AUDIO_CHANNEL_STATUS_0"}, \
339 {"iomix_AUDIO_CHANNEL_STATUS_1"}, \
340 {"iomix_AUDIO_CHANNEL_STATUS_2"}, \
404 {"iomix_AUDIO_CHANNEL_STATUS_3"}, \
405 {"iomix_AUDIO_CHANNEL_STATUS_4" $D1%XW}, \
406 {"iomix_AUDIO_CHANNEL_STATUS_5"}, \
407 {"iomix_AUDIO_CHANNEL_STATUS_6"}, \
408 {"iomix_AUDIO_CHANNEL_STATUS_7"}, \
409 {"iomix_AUDIO_CHANNEL_STATUS_8" $D1%XW}, \
343 {"iomix_AUDIO_GET_CHANNELS_0"}, \
344 {"iomix_AUDIO_GET_CHANNELS_1" $D1%XW}, \
348 {"iomix_AUDIO_GET_CHANNELS_2" $D1%XW}, \
349 {"iomix_AUDIO_GET_CHANNELS_local_0"}, \
353 {"iomix_AUDIO_GET_CHANNELS_local_1"}, \
363 {"iomix_AUDIO_GET_CHANNELS_local_3"}, \
364 {"iomix_AUDIO_GET_CHANNELS_local_4"}, \
938 {"iomix_AUDIO_SET_CHANNELS_0"}, \
939 {"iomix_AUDIO_SET_CHANNELS_1"}, \
940 {"iomix_AUDIO_SET_CHANNELS_2" $D1%XW}, \
941 {"iomix_AUDIO_SET_CHANNELS_3" $D1%XW}, \
942 {"iomix_AUDIO_SET_CHANNELS_4"}, \
943 {"iomix_AUDIO_SET_CHANNELS_5"}, \
944 {"iomix_AUDIO_SET_CHANNELS_6" $D1%XW}, \
945 {"iomix_AUDIO_SET_CHANNELS_7" $D1%XW}, \
946 {"iomix_AUDIO_SET_CHANNELS_8"}, \
387 {"iomix_AUDIO_SET_CHANNELS_local_0"}, \
388 {"iomix_AUDIO_SET_CHANNELS_local_1"}, \
389 {"iomix_AUDIO_SET_CHANNELS_local_2"}, \
390 {"iomix_AUDIO_SET_CHANNELS_local_3" $D1%XW}, \
391 {"iomix_AUDIO_SET_CHANNELS_local_4" $D1%XW}, \
392 {"iomix_AUDIO_SET_CHANNELS_local_5" $D1%XW}, \
393 {"iomix_AUDIO_SET_CHANNELS_local_6" $D1%XW}, \
394 {"iomix_AUDIO_SET_CHANNELS_local_7" $D1%XW}, \
395 {"iomix_AUDIO_SET_CHANNELS_local_8" $D1%XW}, \
396 {"iomix_AUDIO_SET_CHANNELS_local_9" $D1%XW}, \
397 {"iomix_AUDIO_SET_CHANNELS_local_10" $D1%XW}, \
398 {"iomix_AUDIO_SET_CHANNELS_local_11" $D1%XW}, \
399 {"iomix_AUDIO_SET_CHANNELS_local_12" $D1%XW}, \
400 {"iomix_AUDIO_SET_CHANNELS_local_13" $D1%XW}, \
694 {"iomix_AUDIO_SET_CHANNELS_local_14" $D1%XW}, \
695 {"iomix_AUDIO_SET_CHANNELS_local_15" $D1%XW}, \
696 {"iomix_AUDIO_SET_CHANNELS_local_16" $D1%XW}, \
697 {"iomix_AUDIO_SET_CHANNELS_local_17" $D1%XW}, \
947 {"iomix_AUDIO_SET_CHANNELS_local_18" $D1%XW}, \
948 {"iomix_AUDIO_SET_CHANNELS_local_19" $D1%XW}, \
949 {"iomix_AUDIO_SET_CHANNELS_local_20" $D1%XW}, \
950 {"iomix_AUDIO_SET_CHANNELS_local_21" $D1%XW}, \
951 {"iomix_AUDIO_SET_CHANNELS_local_22" $D1%XW}, \
952 {"iomix_AUDIO_SET_CHANNELS_local_23" $D1%XW}, \
953 {"iomix_AUDIO_SET_CHANNELS_local_24" $D1%XW}, \
954 {"iomix_AUDIO_SET_CHANNELS_local_25" $D1%XW}, \
955 {"iomix_AUDIO_SET_CHANNELS_local_26" $D1%XW}, \
956 {"iomix_AUDIO_SET_CHANNELS_local_27" $D1%XW}, \
957 {"iomix_AUDIO_SET_CHANNELS_local_28" $D1%XW}, \
375 {"mstvol_AUDIO_MASTER_VOLUME_0"}, \
376 {"mstvol_AUDIO_MASTER_VOLUME_1"}, \
377 {"mstvol_AUDIO_MASTER_VOLUME_2"}, \
378 {"mstvol_AUDIO_MASTER_VOLUME_3" $D1%XW}, \
379 {"mstvol_AUDIO_MASTER_VOLUME_4"}, \
380 {"mstvol_AUDIO_MASTER_VOLUME_5" $D1%XW}, \
381 {"mstvol_AUDIO_MASTER_VOLUME_6" $D1%XW}, \
418 {"process_CFG_TERM_0" $D1%XW}, \
419 {"process_CFG_TERM_1"}, \
420 {"process_CFG_TERM_2" $D1%XW}, \
421 {"process_CFG_TERM_3"}, \
422 {"process_CFG_TERM_4" $D1%XW}, \
423 {"process_CFG_TERM_5" $D1%XW}, \
964 {"sleep_timer_sleep_0"}, \
965 {"sleep_timer_sleep_1"}, \
966 {"sleep_timer_sleep_2"}, \
967 {"sleep_timer_sleep_3"}, \
968 {"sleep_timer_sleep_4"}, \
969 {"sleep_timer_sleep_5"}, \
453 {"start_playback_watchdog_1"}, \
455 {"start_record_watchdog_1"}, \
970 {"ua_MULAWtoPCM16L_filter_block_0"}, \
971 {"ua_MULAWtoPCM16L_filter_block_1"}, \
972 {"ua_MULAWtoPCM16L_filter_block_2"}, \
973 {"ua_MULAWtoPCM16L_filter_block_3"}, \
974 {"ua_MULAWtoPCM16_filter_block_0"}, \
975 {"ua_MULAWtoPCM16_filter_block_1"}, \
976 {"ua_MULAWtoPCM16_filter_block_2"}, \
977 {"ua_MULAWtoPCM16_filter_block_3"}, \
912 {"ua_PCM8toPCM16L_filter_block_0"}, \
913 {"ua_PCM8toPCM16L_filter_block_1"}, \
914 {"ua_PCM8toPCM16L_filter_block_2"}, \
915 {"ua_PCM8toPCM16L_filter_block_3"}, \
201 {"ua_PCM8toPCM16_filter_block_0"}, \
203 {"ua_PCM8toPCM16_filter_block_1"}, \
204 {"ua_PCM8toPCM16_filter_block_2"}, \
208 {"ua_PCM8toPCM16_filter_block_3"}, \
916 {"ua_PCM16LtoPCM8_filter_block_0"}, \
917 {"ua_PCM16LtoPCM8_filter_block_1"}, \
918 {"ua_PCM16LtoPCM8_filter_block_2"}, \
919 {"ua_PCM16LtoPCM8_filter_block_3"}, \
920 {"ua_PCM16LtoPCMU8_filter_block_0"}, \
921 {"ua_PCM16LtoPCMU8_filter_block_1"}, \
922 {"ua_PCM16LtoPCMU8_filter_block_2"}, \
923 {"ua_PCM16LtoPCMU8_filter_block_3"}, \
211 {"ua_PCM16toPCM8_filter_block_0"}, \
219 {"ua_PCM16toPCM8_filter_block_1"}, \
220 {"ua_PCM16toPCM8_filter_block_2"}, \
815 {"ua_PCM16toPCM8_filter_block_3"}, \
819 {"ua_PCM16toPCMU8_filter_block_0"}, \
821 {"ua_PCM16toPCMU8_filter_block_1"}, \
906 {"ua_PCM16toPCMU8_filter_block_2"}, \
907 {"ua_PCM16toPCMU8_filter_block_3"}, \
924 {"ua_PCMU8toPCM16L_filter_block_0"}, \
925 {"ua_PCMU8toPCM16L_filter_block_1"}, \
926 {"ua_PCMU8toPCM16L_filter_block_2"}, \
927 {"ua_PCMU8toPCM16L_filter_block_3"}, \
908 {"ua_PCMU8toPCM16_filter_block_0"}, \
909 {"ua_PCMU8toPCM16_filter_block_1"}, \
910 {"ua_PCMU8toPCM16_filter_block_2"}, \
911 {"ua_PCMU8toPCM16_filter_block_3"}, \
168 {"ua_abort_all_pending_0"}, \
169 {"ua_abort_all_pending_1"}, \
170 {"ua_abort_all_pending_2"}, \
172 {"ua_abort_all_pending_4"}, \
173 {"ua_abort_all_pending_5"}, \
510 {"ua_abuf_allocate_buffer_0"}, \
511 {"ua_abuf_allocate_buffer_1" $D1%XW}, \
512 {"ua_abuf_free_buffer_0"}, \
513 {"ua_abuf_reset_buffer_0"}, \
33 {"ua_add_interface_to_group_1" $D1%XW}, \
34 {"ua_add_interface_to_group_2"}, \
87 {"ua_add_interface_to_group_3"}, \
88 {"ua_add_interface_to_group_4" $D1%XW}, \
89 {"ua_add_interface_to_group_5" $D1%XW}, \
174 {"ua_allocate_and_map_0"}, \
175 {"ua_allocate_and_map_1"}, \
176 {"ua_allocate_and_map_2"}, \
177 {"ua_allocate_and_map_3"}, \
178 {"ua_allocate_and_map_4"}, \
322 {"ua_allocate_and_map_5"}, \
716 {"ua_allocate_and_map_7"}, \
717 {"ua_allocate_and_map_8"}, \
718 {"ua_allocate_and_map_9"}, \
719 {"ua_allocate_and_map_10"}, \
342 {"ua_allocate_channel_0" $D1%XW}, \
345 {"ua_allocate_channel_3"}, \
346 {"ua_allocate_channel_4"}, \
248 {"ua_chan12_ioctl_0" $D1%XW}, \
249 {"ua_chan12_ioctl_1"}, \
250 {"ua_chan12_ioctl_2"}, \
251 {"ua_chan12_ioctl_3" $D1%XW}, \
864 {"ua_close_0" $D1%XW $D2%XW}, \
865 {"ua_close_1" $D1%XW}, \
866 {"ua_close_2" $D1%XW}, \
867 {"ua_close_3" $D1%XW}, \
362 {"ua_close_devicelocked_0"}, \
365 {"ua_close_devicelocked_3"}, \
366 {"ua_close_devicelocked_4"}, \
367 {"ua_close_devicelocked_5"}, \
368 {"ua_close_devicelocked_6"}, \
369 {"ua_close_devicelocked_7"}, \
370 {"ua_close_devicelocked_8" $D1%XW}, \
371 {"ua_close_devicelocked_9"}, \
372 {"ua_close_devicelocked_10"}, \
373 {"ua_close_devicelocked_11"}, \
374 {"ua_close_devicelocked_12"}, \
13 {"ua_close_interface_0"}, \
15 {"ua_close_interface_2"}, \
23 {"ua_close_loop_0"}, \
24 {"ua_close_loop_1"}, \
25 {"ua_close_loop_2"}, \
90 {"ua_collect_interfaces_0"}, \
166 {"ua_collect_interfaces_1"}, \
179 {"ua_connect_pipes_0"}, \
180 {"ua_deallocate_and_unmap_0"}, \
181 {"ua_deallocate_and_unmap_1"}, \
183 {"ua_deallocate_and_unmap_3"}, \
720 {"ua_deallocate_and_unmap_4"}, \
347 {"ua_deallocate_channel_0" $D1%XW}, \
350 {"ua_deallocate_channel_3"}, \
351 {"ua_deallocate_channel_4" $D1%XW}, \
14 {"ua_debug_diag_ioctl2_0"}, \
26 {"ua_debug_diag_ioctl_0"}, \
27 {"ua_debug_ioctl_0"}, \
978 {"ua_debug_ioctl_1"}, \
979 {"ua_debug_ioctl_2" $D1%XW}, \
980 {"ua_debug_ioctl_3"}, \
981 {"ua_debug_ioctl_4" $D1%XW}, \
982 {"ua_debug_ioctl_5" $D1%XW}, \
18 {"ua_detected_disconnect_locked_0"}, \
335 {"ua_device_first_open_0"}, \
336 {"ua_device_first_open_1" $D1%XW}, \
424 {"ua_device_first_open_2"}, \
425 {"ua_device_first_open_3" $D1%XW}, \
426 {"ua_device_last_close_0"}, \
427 {"ua_device_last_close_1"}, \
428 {"ua_device_last_close_2" $D1%XW}, \
429 {"ua_device_last_close_3" $D1%XW}, \
19 {"ua_disconnect_0" $D1%XW $D2%XW $D3%XW $D4%XW}, \
184 {"ua_disconnect_1"}, \
185 {"ua_disconnect_pipes_0"}, \
186 {"ua_down_0"}, \
187 {"ua_down_1"}, \
188 {"ua_down_2"}, \
535 {"ua_down_3" $D1%XW}, \
229 {"ua_extension_to_known_state_0"}, \
569 {"ua_extension_to_known_state_1"}, \
570 {"ua_extension_to_known_state_2"}, \
571 {"ua_extension_to_known_state_3" $D1%XW}, \
572 {"ua_extension_to_known_state_4"}, \
452 {"ua_feature_get_volume_0"}, \
454 {"ua_feature_get_volume_1"}, \
721 {"ua_feature_get_volume_2"}, \
722 {"ua_feature_get_volume_3" $D1%XW}, \
735 {"ua_feature_get_volume_4" $D1%XW}, \
526 {"ua_feature_set_mute_0"}, \
527 {"ua_feature_set_mute_1"}, \
547 {"ua_feature_set_mute_2"}, \
548 {"ua_feature_set_mute_3" $D1%XW}, \
556 {"ua_feature_set_mute_4" $D1%XW}, \
775 {"ua_feature_set_volume_nominal_0" $D1%XW $D2%XW $D3%XW}, \
783 {"ua_feature_set_volume_nominal_1"}, \
788 {"ua_feature_set_volume_nominal_2"}, \
791 {"ua_feature_set_volume_nominal_3" $D1%XW}, \
793 {"ua_feature_set_volume_nominal_4" $D1%XW}, \
798 {"ua_feature_set_volume_nominal_5" $D1%XW}, \
799 {"ua_feature_set_volume_nominal_6" $D1%XW}, \
810 {"ua_feature_set_volume_nominal_8"}, \
822 {"ua_feature_set_volume_nominal_9"}, \
551 {"ua_feature_set_volume_nominal_14" $D1%XW}, \
604 {"ua_feature_set_volume_nominal_15" $D1%XW}, \
832 {"ua_feature_set_volume_raw_0" $D1%XW $D2%XW $D3%XW}, \
834 {"ua_feature_set_volume_raw_1"}, \
835 {"ua_feature_set_volume_raw_2"}, \
837 {"ua_feature_set_volume_raw_3" $D1%XW}, \
843 {"ua_feature_set_volume_raw_4" $D1%XW}, \
230 {"ua_feature_to_known_state_0"}, \
552 {"ua_feature_to_known_state_1"}, \
553 {"ua_feature_to_known_state_2"}, \
555 {"ua_feature_to_known_state_4"}, \
557 {"ua_feature_to_known_state_6" $D1%XW}, \
558 {"ua_feature_to_known_state_7" $D1%XW}, \
559 {"ua_feature_to_known_state_8" $D1%XW}, \
560 {"ua_feature_to_known_state_9" $D1%XW}, \
561 {"ua_feature_to_known_state_10" $D1%XW}, \
562 {"ua_feature_to_known_state_11" $D1%XW}, \
563 {"ua_feature_to_known_state_12" $D1%XW}, \
564 {"ua_feature_to_known_state_13" $D1%XW}, \
661 {"ua_feature_to_known_state_14" $D1%XW}, \
662 {"ua_feature_to_known_state_15" $D1%XW}, \
167 {"ua_find_and_join_group_1"}, \
231 {"ua_group_by_itself_0"}, \
189 {"ua_handle_control_0"}, \
190 {"ua_handle_control_1" $D1%XW $D2%XW}, \
191 {"ua_handle_control_2"}, \
192 {"ua_handle_control_3"}, \
193 {"ua_handle_control_4"}, \
195 {"ua_handle_control_6"}, \
811 {"ua_handle_data_1" $D1%XW $D2%XW}, \
812 {"ua_handle_data_2"}, \
813 {"ua_handle_data_3"}, \
814 {"ua_handle_data_4"}, \
1077 {"ua_handle_data_5" $D1%XW $D2%XW $D3%XW}, \
816 {"ua_handle_data_6"}, \
1078 {"ua_handle_data_7" $D1%XW $D2%XW $D3%XW $D4%XW}, \
1093 {"ua_handle_data_8" $D1%XW $D2%XW $D3%XW $D4%XW}, \
1107 {"ua_handle_data_9" $D1%XW $D2%XW $D3%XW}, \
1146 {"ua_handle_data_10" $D1%XW $D2%XW $D3%XW}, \
1147 {"ua_handle_data_11" $D1%XW $D2%XW $D3%XW}, \
1148 {"ua_handle_data_12" $D1%XW $D2%XW $D3%XW}, \
199 {"ua_initialize_offlevel_0"}, \
518 {"ua_input_to_known_state_0"}, \
202 {"ua_io_complete_callback_2" $D1%XW}, \
205 {"ua_io_complete_callback_5" $D1%XW $D2%XW $D3%XW}, \
252 {"ua_ioctl_0" $D1%XW $D2%XW $D3%XW $D4%XW}, \
253 {"ua_ioctl_1" $D1%XW}, \
254 {"ua_ioctl_2" $D1%XW}, \
255 {"ua_ioctl_3" $D1%XW}, \
958 {"ua_iomix_ioctl_0"}, \
959 {"ua_iomix_ioctl_1" $D1%XW}, \
332 {"ua_lookup_device_channel_and_validate_0" $D1%XW}, \
333 {"ua_lookup_device_channel_and_validate_1" $D1%XW}, \
334 {"ua_lookup_device_channel_and_validate_2"}, \
337 {"ua_lookup_device_channel_and_validate_5"}, \
584 {"ua_master_volume_changed_0"}, \
585 {"ua_master_volume_changed_1" $D1%XW}, \
481 {"ua_match_ADPCM_0"}, \
482 {"ua_match_ALAW_0"}, \
483 {"ua_match_MULAW_0"}, \
497 {"ua_match_PCMS8_0"}, \
499 {"ua_match_PCMS16L_0"}, \
500 {"ua_match_PCMS16M_0"}, \
501 {"ua_match_PCMS16M_1"}, \
817 {"ua_match_PCMU8_0"}, \
818 {"ua_match_PCMU16L_0"}, \
1005 {"ua_match_PCMU16M_0"}, \
1006 {"ua_match_PCM_0"}, \
1038 {"ua_match_interface_apply_0"}, \
1039 {"ua_match_interface_apply_1"}, \
1040 {"ua_match_interface_apply_2"}, \
1041 {"ua_match_interface_body_0"}, \
1042 {"ua_match_interface_body_1"}, \
1043 {"ua_match_interface_body_2"}, \
1044 {"ua_match_interface_body_3"}, \
1045 {"ua_match_interface_body_4"}, \
1046 {"ua_match_interface_body_5"}, \
1047 {"ua_match_interface_from_init_0"}, \
1048 {"ua_match_interface_from_init_1"}, \
1049 {"ua_match_interface_from_init_2"}, \
1050 {"ua_match_interface_from_init_3"}, \
1051 {"ua_match_interface_from_init_4"}, \
1052 {"ua_match_interface_from_init_5" $D1%XW}, \
1053 {"ua_match_interface_from_init_6"}, \
1054 {"ua_match_interface_from_init_7" $D1%XW}, \
1055 {"ua_match_interface_from_init_8"}, \
1056 {"ua_match_interface_from_reconnect_0"}, \
1057 {"ua_match_interface_from_reconnect_1"}, \
1058 {"ua_match_interface_from_reconnect_2"}, \
1059 {"ua_match_interface_from_reconnect_3"}, \
1060 {"ua_match_interface_from_reconnect_4" $D1%XW}, \
1061 {"ua_match_interface_from_reconnect_5"}, \
1062 {"ua_match_interface_from_reconnect_6"}, \
1063 {"ua_match_interface_from_reconnect_7" $D1%XW}, \
1064 {"ua_match_interface_from_reconnect_8"}, \
872 {"ua_match_srate_0"}, \
873 {"ua_match_srate_1" $D1%XW $D2%XW}, \
874 {"ua_match_srate_2"}, \
875 {"ua_match_srate_3"}, \
876 {"ua_match_try_native_pad_replicate_0"}, \
933 {"ua_match_try_single_filter_0"}, \
607 {"ua_mixer_get_raw_0"}, \
642 {"ua_mixer_get_raw_1"}, \
643 {"ua_mixer_get_raw_2"}, \
644 {"ua_mixer_get_raw_3"}, \
645 {"ua_mixer_get_raw_4"}, \
663 {"ua_mixer_get_raw_5" $D1%XW}, \
845 {"ua_mixer_set_nominal_0"}, \
1092 {"ua_mixer_set_nominal_1"}, \
1101 {"ua_mixer_set_nominal_2"}, \
1102 {"ua_mixer_set_nominal_3"}, \
1154 {"ua_mixer_set_nominal_4"}, \
664 {"ua_mixer_set_nominal_5" $D1%XW}, \
742 {"ua_mixer_set_nominal_6" $D1%XW}, \
743 {"ua_mixer_set_nominal_7" $D1%XW}, \
759 {"ua_mixer_set_nominal_8" $D1%XW}, \
765 {"ua_mixer_set_nominal_9" $D1%XW}, \
769 {"ua_mixer_set_nominal_11"}, \
1161 {"ua_mixer_set_nominal_12"}, \
1155 {"ua_mixer_set_raw_0"}, \
1156 {"ua_mixer_set_raw_1"}, \
1157 {"ua_mixer_set_raw_2"}, \
1158 {"ua_mixer_set_raw_3"}, \
1159 {"ua_mixer_set_raw_4"}, \
1160 {"ua_mixer_set_raw_5" $D1%XW}, \
519 {"ua_mixer_to_known_state_0"}, \
544 {"ua_mixer_to_known_state_1"}, \
545 {"ua_mixer_to_known_state_2"}, \
546 {"ua_mixer_to_known_state_3" $D1%XW}, \
983 {"ua_mpx_0" $D1%XW $D2%XW $D3%XW}, \
984 {"ua_mpx_1" $D1%XW}, \
985 {"ua_mpx_2"}, \
986 {"ua_mpx_3"}, \
987 {"ua_mpx_4"}, \
988 {"ua_mpx_5"}, \
989 {"ua_mpx_6"}, \
990 {"ua_mpx_7"}, \
991 {"ua_mpx_8"}, \
992 {"ua_mpx_9"}, \
993 {"ua_mpx_10" $D1%XW}, \
415 {"ua_mstvol_ioctl_0"}, \
416 {"ua_mstvol_ioctl_1"}, \
417 {"ua_mstvol_ioctl_2" $D1%XW}, \
207 {"ua_offlevel_body_1"}, \
820 {"ua_offlevel_body_4"}, \
868 {"ua_open_0" $D1%XW $D2%XW $D3%XW $D4%XW}, \
869 {"ua_open_1" $D1%XW}, \
870 {"ua_open_2" $D1%XW}, \
871 {"ua_open_3" $D1%XW}, \
352 {"ua_open_devicelocked_0"}, \
355 {"ua_open_devicelocked_3" $D1%XW}, \
356 {"ua_open_devicelocked_4" $D1%XW}, \
357 {"ua_open_devicelocked_5" $D1%XW}, \
358 {"ua_open_devicelocked_6"}, \
359 {"ua_open_devicelocked_7"}, \
360 {"ua_open_devicelocked_8"}, \
361 {"ua_open_devicelocked_9" $D1%XW}, \
16 {"ua_open_interface_0"}, \
17 {"ua_open_interface_1"}, \
22 {"ua_open_interface_2" $D1%XW $D2%XW}, \
520 {"ua_output_to_known_state_0"}, \
521 {"ua_output_to_known_state_1"}, \
522 {"ua_output_to_known_state_2"}, \
523 {"ua_output_to_known_state_3" $D1%XW}, \
524 {"ua_output_to_known_state_4" $D1%XW}, \
1144 {"ua_output_to_known_state_5"}, \
1145 {"ua_output_to_known_state_6"}, \
1106 {"ua_pad_audio_data_0"}, \
646 {"ua_path_off_0"}, \
647 {"ua_path_off_1" $D1%XW}, \
648 {"ua_path_off_2" $D1%XW}, \
649 {"ua_path_off_3" $D1%XW}, \
650 {"ua_path_off_4" $D1%XW}, \
651 {"ua_path_off_5" $D1%XW}, \
652 {"ua_path_off_6" $D1%XW}, \
653 {"ua_path_off_7" $D1%XW}, \
654 {"ua_path_off_8" $D1%XW}, \
665 {"ua_path_off_9" $D1%XW}, \
666 {"ua_path_off_10" $D1%XW}, \
670 {"ua_path_on_0"}, \
671 {"ua_path_on_1"}, \
672 {"ua_path_on_2" $D1%XW}, \
673 {"ua_path_on_3" $D1%XW}, \
674 {"ua_path_on_4" $D1%XW}, \
675 {"ua_path_on_5" $D1%XW}, \
676 {"ua_path_on_6" $D1%XW}, \
677 {"ua_path_on_7" $D1%XW}, \
678 {"ua_path_on_8" $D1%XW}, \
679 {"ua_path_on_9" $D1%XW}, \
680 {"ua_path_on_10" $D1%XW}, \
681 {"ua_path_on_11" $D1%XW}, \
456 {"ua_playback_watchdog_expired_0"}, \
457 {"ua_playback_watchdog_expired_1"}, \
525 {"ua_processing_to_known_state_0"}, \
565 {"ua_processing_to_known_state_1"}, \
566 {"ua_processing_to_known_state_2"}, \
567 {"ua_processing_to_known_state_3" $D1%XW}, \
568 {"ua_processing_to_known_state_4"}, \
723 {"ua_read_0" $D1%XW $D2%XW $D3%XW $D4%XW}, \
724 {"ua_read_1" $D1%XW}, \
725 {"ua_read_2" $D1%XW}, \
726 {"ua_read_3" $D1%XW}, \
727 {"ua_read_by_translate_0"}, \
728 {"ua_read_by_translate_1"}, \
729 {"ua_read_by_translate_2" $D1%XW $D2%XW}, \
730 {"ua_read_by_translate_3" $D1%XW}, \
731 {"ua_read_by_translate_4" $D1%XW}, \
732 {"ua_read_by_uiop_0" $D1%XW}, \
733 {"ua_read_chan12_0"}, \
734 {"ua_read_chan12_1"}, \
182 {"ua_read_chan12_2"}, \
736 {"ua_read_chan12_3"}, \
737 {"ua_read_chan12_4"}, \
738 {"ua_read_chan12_5"}, \
739 {"ua_read_chan12_6"}, \
740 {"ua_read_chan12_7" $D1%XW}, \
741 {"ua_read_chan12_8" $D1%XW}, \
772 {"ua_read_chan12_10"}, \
1079 {"ua_read_chan12_11"}, \
1080 {"ua_read_chan12_12"}, \
744 {"ua_read_loop_1"}, \
745 {"ua_read_loop_2" $D1%XW}, \
746 {"ua_read_loop_3" $D1%XW}, \
1081 {"ua_read_loop_4"}, \
1082 {"ua_read_loop_5"}, \
1083 {"ua_read_loop_6"}, \
698 {"ua_rebuild_input_volume_0"}, \
401 {"ua_rebuild_input_volume_1"}, \
402 {"ua_rebuild_input_volume_2"}, \
403 {"ua_rebuild_input_volume_3" $D1%XW}, \
310 {"ua_rebuild_output_volume_0"}, \
311 {"ua_rebuild_output_volume_1"}, \
312 {"ua_rebuild_output_volume_2"}, \
1004 {"ua_reconfigure_alternate_settings_0"}, \
1007 {"ua_reconfigure_alternate_settings_1"}, \
1008 {"ua_reconfigure_alternate_settings_2"}, \
1009 {"ua_reconfigure_alternate_settings_3"}, \
1010 {"ua_reconfigure_alternate_settings_4"}, \
1011 {"ua_reconfigure_alternate_settings_5"}, \
1012 {"ua_reconfigure_alternate_settings_6"}, \
1013 {"ua_reconfigure_track_0"}, \
1014 {"ua_reconfigure_track_1"}, \
1024 {"ua_reconfigure_track_2"}, \
1025 {"ua_reconfigure_track_3"}, \
1026 {"ua_reconfigure_track_4"}, \
1027 {"ua_reconfigure_track_5"}, \
1028 {"ua_reconfigure_track_6"}, \
1029 {"ua_reconfigure_track_7"}, \
1030 {"ua_reconfigure_track_8"}, \
1031 {"ua_reconfigure_track_9"}, \
1032 {"ua_reconfigure_track_10"}, \
1033 {"ua_reconfigure_track_11"}, \
1065 {"ua_reconfigure_track_12" $D1%XW}, \
69 {"ua_reconfigure_track_13"}, \
479 {"ua_reconfigure_track_14"}, \
1016 {"ua_reconfigure_track_15" $D1%XW}, \
1017 {"ua_reconfigure_track_16" $D1%XW}, \
1018 {"ua_reconfigure_track_17"}, \
1019 {"ua_reconfigure_track_18"}, \
1020 {"ua_reconfigure_track_19"}, \
1021 {"ua_reconfigure_track_20"}, \
1022 {"ua_reconfigure_track_21"}, \
1023 {"ua_reconfigure_track_22"}, \
1066 {"ua_reconfigure_track_23" $D1%XW}, \
1067 {"ua_reconfigure_track_24" $D1%XW}, \
1068 {"ua_reconfigure_track_25"}, \
1069 {"ua_reconfigure_track_26"}, \
1070 {"ua_reconfigure_track_27"}, \
1071 {"ua_reconfigure_track_28" $D1%XW}, \
1073 {"ua_reconfigure_track_29"}, \
1074 {"ua_reconfigure_track_30"}, \
1075 {"ua_reconfigure_track_31" $D1%XW}, \
1076 {"ua_reconfigure_track_32" $D1%XW}, \
20 {"ua_reconnect_0" $D1%XW $D2%XW $D3%XW $D4%XW}, \
217 {"ua_reconnect_1"}, \
1034 {"ua_reconnect_2"}, \
1035 {"ua_reconnect_3"}, \
1072 {"ua_reconnect_4" $D1%XW}, \
458 {"ua_record_watchdog_expired_0"}, \
459 {"ua_record_watchdog_expired_1"}, \
994 {"ua_rega_ioctl_0"}, \
995 {"ua_rega_ioctl_1" $D1%XW}, \
218 {"ua_reset_device_0"}, \
1108 {"ua_sample_trace_0"}, \
1109 {"ua_sample_trace_1"}, \
1110 {"ua_sample_trace_2" $D1%XW}, \
1111 {"ua_sample_trace_3" $D1%XW $D2%XW}, \
1112 {"ua_sample_trace_4" $D1%XW $D2%XW $D3%XW}, \
1113 {"ua_sample_trace_5" $D1%XW $D2%XW $D3%XW $D4%XW}, \
1114 {"ua_sample_trace_6" $D1%XW $D2%XW $D3%XW $D4%XW $D5%XW}, \
1115 {"ua_sample_trace_7" $D1%XW}, \
1116 {"ua_sample_trace_8" $D1%XW $D2%XW}, \
1117 {"ua_sample_trace_9" $D1%XW $D2%XW $D3%XW}, \
1118 {"ua_sample_trace_10" $D1%XW $D2%XW $D3%XW $D4%XW}, \
1119 {"ua_sample_trace_11" $D1%XW $D2%XW $D3%XW $D4%XW $D5%XW}, \
1120 {"ua_sample_trace_12"}, \
1121 {"ua_sample_trace_13" $D1%XW}, \
1122 {"ua_sample_trace_14" $D1%XW $D2%XW}, \
1123 {"ua_sample_trace_15" $D1%XW $D2%XW $D3%XW}, \
1124 {"ua_sample_trace_16" $D1%XW $D2%XW $D3%XW $D4%XW}, \
1125 {"ua_sample_trace_17" $D1%XW $D2%XW $D3%XW $D4%XW $D5%XW}, \
1126 {"ua_sample_trace_18"}, \
1127 {"ua_sample_trace_19" $D1%XW}, \
1128 {"ua_sample_trace_20" $D1%XW $D2%XW}, \
1129 {"ua_sample_trace_21" $D1%XW $D2%XW $D3%XW}, \
1130 {"ua_sample_trace_22" $D1%XW $D2%XW $D3%XW $D4%XW}, \
1131 {"ua_sample_trace_23" $D1%XW $D2%XW $D3%XW $D4%XW $D5%XW}, \
1132 {"ua_sample_trace_24"}, \
1133 {"ua_sample_trace_25" $D1%XW}, \
1134 {"ua_sample_trace_26" $D1%XW $D2%XW}, \
1135 {"ua_sample_trace_27" $D1%XW $D2%XW $D3%XW}, \
1136 {"ua_sample_trace_28" $D1%XW $D2%XW $D3%XW $D4%XW}, \
1137 {"ua_sample_trace_29" $D1%XW $D2%XW $D3%XW $D4%XW $D5%XW}, \
1138 {"ua_sample_trace_30"}, \
1139 {"ua_sample_trace_31" $D1%XW}, \
1140 {"ua_sample_trace_32" $D1%XW $D2%XW}, \
1141 {"ua_sample_trace_33" $D1%XW $D2%XW $D3%XW}, \
1142 {"ua_sample_trace_34" $D1%XW $D2%XW $D3%XW $D4%XW}, \
1143 {"ua_sample_trace_35" $D1%XW $D2%XW $D3%XW $D4%XW $D5%XW}, \
996 {"ua_select_0" $D1%XW $D2%XW $D3%XW $D4%XW}, \
997 {"ua_select_1" $D1%XW}, \
998 {"ua_select_2" $D1%XW}, \
999 {"ua_select_3" $D1%XW}, \
382 {"ua_select_chan12_0"}, \
383 {"ua_select_chan12_1"}, \
384 {"ua_select_chan12_2"}, \
385 {"ua_select_chan12_3"}, \
386 {"ua_select_chan12_4" $D1%XW}, \
655 {"ua_selector_set_input_0"}, \
656 {"ua_selector_set_input_1"}, \
657 {"ua_selector_set_input_2"}, \
658 {"ua_selector_set_input_3" $D1%XW}, \
667 {"ua_selector_set_input_4"}, \
659 {"ua_selector_to_known_state_5"}, \
890 {"ua_set_endpoint_sample_rate_0"}, \
891 {"ua_set_endpoint_sample_rate_1"}, \
892 {"ua_set_endpoint_sample_rate_2"}, \
893 {"ua_set_endpoint_sample_rate_3" $D1%XW}, \
894 {"ua_set_endpoint_sample_rate_4" $D1%XW}, \
586 {"ua_set_hardware_playback_volume_and_mute_0"}, \
587 {"ua_set_hardware_playback_volume_and_mute_1"}, \
588 {"ua_set_hardware_playback_volume_and_mute_2"}, \
589 {"ua_set_hardware_playback_volume_and_mute_3"}, \
590 {"ua_set_hardware_playback_volume_and_mute_4"}, \
591 {"ua_set_hardware_playback_volume_and_mute_5"}, \
592 {"ua_set_hardware_playback_volume_and_mute_6"}, \
593 {"ua_set_hardware_playback_volume_and_mute_7" $D1%XW}, \
594 {"ua_set_hardware_playback_volume_and_mute_8" $D1%XW}, \
595 {"ua_set_hardware_playback_volume_and_mute_9" $D1%XW}, \
596 {"ua_set_hardware_playback_volume_and_mute_10" $D1%XW}, \
597 {"ua_set_hardware_playback_volume_and_mute_11" $D1%XW}, \
598 {"ua_set_hardware_playback_volume_and_mute_12" $D1%XW}, \
599 {"ua_set_hardware_playback_volume_and_mute_13" $D1%XW}, \
600 {"ua_set_hardware_playback_volume_and_mute_14" $D1%XW}, \
601 {"ua_set_hardware_playback_volume_and_mute_15" $D1%XW}, \
699 {"ua_set_hardware_record_volume_and_mute_0"}, \
700 {"ua_set_hardware_record_volume_and_mute_1"}, \
701 {"ua_set_hardware_record_volume_and_mute_2"}, \
702 {"ua_set_hardware_record_volume_and_mute_3"}, \
703 {"ua_set_hardware_record_volume_and_mute_4"}, \
704 {"ua_set_hardware_record_volume_and_mute_5"}, \
705 {"ua_set_hardware_record_volume_and_mute_6"}, \
706 {"ua_set_hardware_record_volume_and_mute_7" $D1%XW}, \
707 {"ua_set_hardware_record_volume_and_mute_8" $D1%XW}, \
708 {"ua_set_hardware_record_volume_and_mute_9" $D1%XW}, \
709 {"ua_set_hardware_record_volume_and_mute_10" $D1%XW}, \
710 {"ua_set_hardware_record_volume_and_mute_11" $D1%XW}, \
711 {"ua_set_hardware_record_volume_and_mute_12" $D1%XW}, \
712 {"ua_set_hardware_record_volume_and_mute_13" $D1%XW}, \
713 {"ua_set_hardware_record_volume_and_mute_14" $D1%XW}, \
714 {"ua_set_hardware_record_volume_and_mute_15" $D1%XW}, \
602 {"ua_set_unit_mute_0"}, \
603 {"ua_set_unit_mute_1"}, \
554 {"ua_set_unit_mute_3" $D1%XW}, \
605 {"ua_set_unit_volume_0"}, \
606 {"ua_set_unit_volume_1" $D1%XW}, \
608 {"ua_set_unit_volume_3"}, \
660 {"ua_set_unit_volume_4" $D1%XW}, \
1000 {"ua_sleep_timer_expired_0"}, \
859 {"ua_switch_to_idle_alternate_setting_0"}, \
860 {"ua_switch_to_idle_alternate_setting_1"}, \
895 {"ua_switch_to_idle_alternate_setting_4"}, \
931 {"ua_switch_to_mode_alternate_setting_0"}, \
932 {"ua_switch_to_mode_alternate_setting_1"}, \
221 {"ua_uninitialize_offlevel_0"}, \
528 {"ua_unit_to_known_state_1" $D1%XW}, \
536 {"ua_unit_to_known_state_2"}, \
537 {"ua_unit_to_known_state_3"}, \
529 {"ua_units_to_known_states_0"}, \
530 {"ua_units_to_known_states_1"}, \
531 {"ua_units_to_known_states_2"}, \
532 {"ua_units_to_known_states_3"}, \
533 {"ua_units_to_known_states_4" $D1%XW}, \
534 {"ua_units_to_known_states_5"}, \
538 {"ua_units_to_known_states_6"}, \
668 {"ua_units_to_known_states_7" $D1%XW}, \
669 {"ua_units_to_known_states_8" $D1%XW}, \
222 {"ua_up_0"}, \
223 {"ua_up_1" $D1%XW}, \
224 {"ua_up_2" $D1%XW}, \
539 {"ua_up_3" $D1%XW}, \
747 {"ua_write_0" $D1%XW $D2%XW $D3%XW $D4%XW}, \
748 {"ua_write_1" $D1%XW}, \
749 {"ua_write_2" $D1%XW}, \
750 {"ua_write_3" $D1%XW}, \
751 {"ua_write_by_translate_0"}, \
752 {"ua_write_by_translate_1"}, \
753 {"ua_write_by_translate_2"}, \
754 {"ua_write_by_translate_3" $D1%XW}, \
755 {"ua_write_by_translate_4" $D1%XW}, \
756 {"ua_write_by_uiop_0" $D1%XW}, \
757 {"ua_write_chan12_0"}, \
758 {"ua_write_chan12_1"}, \
200 {"ua_write_chan12_2"}, \
760 {"ua_write_chan12_3"}, \
761 {"ua_write_chan12_4"}, \
762 {"ua_write_chan12_5"}, \
763 {"ua_write_chan12_6" $D1%XW}, \
764 {"ua_write_chan12_7" $D1%XW}, \
1084 {"ua_write_chan12_8"}, \
1085 {"ua_write_chan12_9"}, \
1086 {"ua_write_chan12_10"}, \
767 {"ua_write_loop_2" $D1%XW}, \
768 {"ua_write_loop_3" $D1%XW}, \
1087 {"ua_write_loop_4"}, \
1088 {"ua_write_loop_5"}, \
1089 {"ua_write_loop_6"}, \
823 {"ua_xfer_complete_playback_1"}, \
824 {"ua_xfer_complete_playback_2"}, \
825 {"ua_xfer_complete_playback_3" $D1%XW}, \
779 {"ua_xfer_complete_playback_5"}, \
904 {"ua_xfer_complete_playback_7"}, \
828 {"ua_xfer_complete_record_1"}, \
829 {"ua_xfer_complete_record_2"}, \
830 {"ua_xfer_complete_record_3"}, \
831 {"ua_xfer_complete_record_4" $D1%XW}, \
780 {"ua_xfer_complete_record_5"}, \
844 {"ua_xfer_complete_record_6"}, \
905 {"ua_xfer_complete_record_8"}, \
1094 {"ua_xfer_complete_record_9"}, \
1095 {"ua_xfer_complete_record_pad_0"}, \
1096 {"ua_xfer_complete_record_pad_1"}, \
1097 {"ua_xfer_complete_record_pad_2"}, \
1098 {"ua_xfer_complete_record_pad_3"}, \
1099 {"ua_xfer_complete_record_pad_4"}, \
1100 {"ua_xfer_complete_record_pad_5"}, \
1105 {"ua_xfer_complete_record_pad_6"}, \
770 {"ua_xfer_drain_write_buffers_1" $D1%XW}, \
771 {"ua_xfer_fill_read_buffers_0"}, \
773 {"ua_xfer_fill_read_buffers_2"}, \
774 {"ua_xfer_fill_read_buffers_3" $D1%XW}, \
846 {"ua_xfer_flush_playback_0"}, \
847 {"ua_xfer_flush_playback_1"}, \
848 {"ua_xfer_flush_playback_2" $D1%XW}, \
849 {"ua_xfer_flush_playback_3"}, \
901 {"ua_xfer_flush_playback_4"}, \
850 {"ua_xfer_halt_playback_0"}, \
851 {"ua_xfer_halt_playback_1"}, \
852 {"ua_xfer_halt_playback_2"}, \
853 {"ua_xfer_halt_playback_3" $D1%XW}, \
854 {"ua_xfer_halt_record_0"}, \
855 {"ua_xfer_halt_record_1"}, \
856 {"ua_xfer_halt_record_2"}, \
857 {"ua_xfer_halt_record_3" $D1%XW}, \
206 {"ua_xfer_initiate_next_read_transfer_0"}, \
776 {"ua_xfer_initiate_next_read_transfer_1"}, \
777 {"ua_xfer_initiate_next_read_transfer_2"}, \
778 {"ua_xfer_initiate_next_read_transfer_3"}, \
781 {"ua_xfer_initiate_next_read_transfer_6" $D1%XW}, \
782 {"ua_xfer_initiate_next_read_transfer_7"}, \
209 {"ua_xfer_initiate_next_write_transfer_0"}, \
784 {"ua_xfer_initiate_next_write_transfer_1"}, \
785 {"ua_xfer_initiate_next_write_transfer_2"}, \
786 {"ua_xfer_initiate_next_write_transfer_3" $D1%XW}, \
787 {"ua_xfer_initiate_next_write_transfer_4"}, \
805 {"ua_xfer_initiate_next_write_transfer_5"}, \
833 {"ua_xfer_initiate_read_transfers_1" $D1%XW}, \
836 {"ua_xfer_initiate_write_transfers_1" $D1%XW}, \
789 {"ua_xfer_wait_for_data_record_1"}, \
790 {"ua_xfer_wait_for_data_record_2" $D1%XW}, \
806 {"ua_xfer_wait_for_data_record_3"}, \
902 {"ua_xfer_wait_for_data_record_4"}, \
792 {"ua_xfer_wait_for_space_playback_1" $D1%XW}, \
807 {"ua_xfer_wait_for_space_playback_2"}, \
903 {"ua_xfer_wait_for_space_playback_3"}, \
794 {"ua_xfer_wait_playback_1"}, \
795 {"ua_xfer_wait_playback_2"}, \
796 {"ua_xfer_wait_playback_3" $D1%XW}, \
797 {"ua_xfer_wait_playback_4" $D1%XW}, \
808 {"ua_xfer_wait_playback_6"}, \
897 {"ua_xfer_wait_playback_7"}, \
898 {"ua_xfer_wait_playback_8"}, \
1036 {"ua_xfer_wait_playback_9"}, \
1090 {"ua_xfer_wait_playback_10"}, \
800 {"ua_xfer_wait_record_1"}, \
801 {"ua_xfer_wait_record_2"}, \
803 {"ua_xfer_wait_record_4"}, \
804 {"ua_xfer_wait_record_5"}, \
809 {"ua_xfer_wait_record_6"}, \
899 {"ua_xfer_wait_record_7"}, \
900 {"ua_xfer_wait_record_8"}, \
1037 {"ua_xfer_wait_record_9"}, \
1091 {"ua_xfer_wait_record_10"}, \
225 {"uar_request_and_wait_0"}, \
226 {"uar_request_and_wait_1"}, \
227 {"uar_request_and_wait_2" $D1%XW}, \
228 {"uar_request_and_wait_3"}, \
1103 {"uar_request_and_wait_4" $D1%XW}, \
1104 {"uar_request_and_wait_5" $D1%XW}, \
516 {"uar_request_and_wait_6"}, \
517 {"uar_request_and_wait_7"}, \
540 {"uar_request_and_wait_with_retry_0"}, \
541 {"uar_request_and_wait_with_retry_1" $D1%XW $D2%XW}, \
542 {"uar_request_and_wait_with_retry_2" $D1%XW}, \
1001 {"unconfigure_entire_driver_0" $D1%XW}, \
1002 {"unconfigure_entire_driver_1"}, \
1003 {"unconfigure_entire_driver_2" $D1%XW}, \
430 {"unconfigure_individual_device_0" $D1%XW}, \
431 {"unconfigure_individual_device_1" $D1%XW}, \
432 {"unconfigure_individual_device_2"}, \
433 {"unconfigure_individual_device_3"}, \
436 {"unconfigure_individual_device_4"}, \
437 {"unconfigure_individual_device_5" $D1%XW}, \
9 {"unconfigure_kdb_0"}, \
10 {"unconfigure_kdb_1"}, \
11 {"unconfigure_kdb_2"}, \
12 {"unconfigure_kdb_3"}, \
460 {"unconfigure_watchdog_0"}, \
461 {"unconfigure_watchdog_1"}, \
462 {"unconfigure_watchdog_2"}, \
3 {"usba_config_0" $D1%XW $D2%XW}, \
4 {"usba_config_1"}, \
341 {"wipe_device_structure_0" $D1%XW}, \
440 {"wipe_registers_0"}, \
960 {"wipe_registers_1" $D1%XW}, \
961 {"wipe_registers_2"}, \
962 {"wipe_registers_3"}, \
514 {"wipe_track_structure_0"}, \
515 {"wipe_track_structure_1" $D1%XW}, \
35 {"zxmalloc_0" $D1%XW}, \
36 {"zxmfree_0" $D1%XW}, \
37 {"zxmfree_1"}, \
\* {"unknown trace hook" $HD}
3A8 1.0 "SCSESDD" \
$HDU, \
0x1F { iodone: devtoname($D1) bp=$D2 buftofilename($D2) \
endtimer(0x221,$D2) }, \
0x17 { $D2, 0 { $SKIP } \
bstart: devtoname($D1) bp=$D2 buftofilename($D2) \
pblock=$D4 bcount=$D5 bflags($D3) \
}, \
\* { $DD1 }
47E 1.0 "SC2SDISKDD_ERR" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x70 { "scdisk_strategy:\t\t\t"} , \
0x71 { "INSERT_Q:\t\t\t\t"} , \
0x72 { "DEQUEUE :\t\t\t\t"} , \
0x73 { "scdisk_start:\t\t\t"} , \
0x74 { "scdisk_coalesce:\t\t\t"} , \
0x75 { "RELOCATE:\t\t\t\t"} , \
0x76 { "scdisk_iodone:\t\t\t"} , \
0x77 { "scdisk_process_good:\t\t"} , \
0x78 { "scdisk_process_error:\t\t"} , \
0x79 { "SDIODONE:\t\t\t\t"} , \
0x7a { "RWIODONE:\t\t\t\t"} , \
0x7b { "BUFRETRY:\t\t\t\t"} , \
0x7c { "scdisk_process_buf_error:\t\t"} , \
0x7d { "scdisk_fail_disk:\t\t\t"} , \
0x7e { "scdisk_process_scsi_error:\t\t"} , \
0x7f { "scdisk_process_adapter_error:\t"} , \
0x80 { "scdisk_process_buf:\t\t\t"} , \
0x81 { "scdisk_process_reset:\t\t"} , \
0x82 { "scdisk_q_cmd:\t\t\t"} , \
0x83 { "scdisk_d_q_cmd:\t\t\t"} , \
0x84 { "scdisk_cmd_alloc:\t\t\t"} , \
0x85 { "scdisk_cmd_free:\t\t\t"} , \
0x86 { "CMDFAIL :\t\t\t\t"} , \
0x87 { "scdisk_prevent_allow:\t\t"} , \
0x88 { "scdisk_start_unit:\t\t"} , \
0x89 { "scdisk_test_unit_ready:\t\t"} , \
0x8a { "scdisk_request_sense:\t\t"} , \
0x8b { "scdisk_reserve:\t\t\t"} , \
0x8c { "scdisk_release:\t\t\t"} , \
0x8d { "scdisk_mode_sense:\t\t\t"} , \
0x8e { "scdisk_mode_select:\t\t"} , \
0x8f { "scdisk_read_cap:\t\t\t"} , \
0x90 { "scdisk_read_cap16:\t\t"} , \
0x91 { "scdisk_get_read_toc:\t\t"} , \
0x92 { "scdisk_read_disc_info:\t\t"} , \
0x93 { "scdisk_get_medium_type:\t\t"} , \
0x94 { "scdisk_get_medium_info:\t\t"} , \
0x95 { "INQUIRY :\t\t\t\t"} , \
0x96 { "SCSISENS:\t\t\t\t"} , \
0x97 { "scdisk_log_error:\t\t\t"} , \
0x98 { "scdisk_watchdog:\t\t\t"} , \
0x99 { "scdisk_write_verify:\t\t"} , \
0x9a { "scdisk_process_special_error:\t"} , \
0x9b { "scdisk_process_reqsns_error:\t"} , \
0x9c { "scdisk_build_cmd:\t\t\t"} , \
0x9d { "scdisk_issue_multicmd:\t\t"} , \
0x9e { "scdisk_process_diagnostic_error:\t"} , \
0x9f { "scdisk_process_ioctl_err:\t\t"} , \
0xa0 { "scdisk_process_reset_error:\t\t"} , \
0xa1 { "scdisk_start_watchdog:\t\t"} , \
0xa2 { "ISSUE :\t\t\t\t"} , \
0xa3 { "DUMP :\t\t\t\t"} , \
0xa4 { "scdisk_dump_reqsns:\t\t"} , \
0xa5 { "scdisk_dump_start_unit:\t\t"} , \
0xa6 { "scdisk_process_dmp_sns:\t\t"} , \
0xa7 { "scdisk_process_dmp_error:\t\t"} , \
0xa8 { "scdisk_dump_write:\t\t"} , \
0xa9 { "DMPISSUE:\t\t\t\t"} , \
0xaa { "scdisk_pm_handler:\t\t"} , \
0xab { "scdisk_pm_watchdog:\t\t"} , \
0xac { "scdisk_sync_spinup:\t\t"} , \
0xad { "scdisk_spinup_watch:\t\t"} , \
0xae { "scdisk_pr_in:\t\t\t"} , \
0xaf { "scdisk_pr_register_ignore:\t\t"} , \
0xb0 { "scdisk_pr_reserve_release:\t\t"} , \
0xb1 { "scdisk_pr_clear:\t\t\t"} , \
0xb2 { "scdisk_pr_preempt:\t\t"} , \
0xb3 { "scdisk_retry_cmd:\t\t\t"} , \
0xb4 { "scdisk_lun_reset:\t\t\t"} , \
0xb5 { "scdisk_target_reset:\t\t"} , \
0xb6 { "scdisk_select_path:\t\t\t"} , \
0xb7 { "scdisk_recover_adap_q:\t\t"} , \
0xb8 { "scdisk_open:\t\t\t"} , \
0xb9 { "scdisk_close:\t\t\t"} , \
0xba { "scdisk_rdwr:\t\t\t"} , \
0xbb { "scdisk_mincnt:\t\t\t"} , \
0xbc { "scdisk_raw:\t\t\t"} , \
0xbd { "scdisk_raw_buffer:\t\t"} , \
0xbe { "scdisk_io_buffer:\t\t\t"} , \
0xbf { "scdisk_raw_io:\t\t\t"} , \
0xc0 { "scdisk_build_raw_cmd:\t\t"} , \
0xc1 { "scdisk_ioctl:\t\t\t"} , \
0xc2 { "scdisk_dk_rwbuffer:\t\t"} , \
0xc3 { "scdisk_open_adapter:\t\t"} , \
0xc4 { "scdisk_close_adapter:\t\t"} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
1088 1.0 "nvme_adap" \
$108C
1089 1.0 "nvme_adap" \
$108D
108A 1.0 "nvme_disk" \
$108C
108B 1.0 "nvme_disk" \
$108D
108C 1.0 "" \
{{ $loc = X2 }} \
$loc, \
0x10 { "AdapCfg init: " XW XW XW }, \
0x11 { "AdapCfg devnoini: " XW XW XW }, \
0x12 { "AdapCfg dmapinit: " XW XW XW }, \
0x13 { "AdapCfg dioinit: " XW XW XW }, \
0x14 { "AdapCfg maplist: " XW XW XW }, \
0x15 { "AdapCfg pincode: " XW XW XW }, \
0x16 { "AdapCfg noeeh: " XW XW XW }, \
0x17 { "AdapCfg eehfail: " XW XW XW }, \
0x18 { "AdapCfg ioh: " XW XW XW }, \
0x19 { "AdapCfg pcicfg: " XW XW XW }, \
0x1A { "AdapCfg i_init: " XW XW XW }, \
0x1B { "AdapCfg shdn: " XW XW XW }, \
0x1C { "AdapCfg eehready: " XW XW XW }, \
0x1D { "AdapCfg kproc: " XW XW XW }, \
0x1E { "AdapCfg kthread: " XW XW XW }, \
0x1F { "AdapCfg devnoadd: " XW XW XW }, \
0x20 { "AdapCfg bringup: " XW XW XW }, \
0x21 { "AdapCfg devswadd: " XW XW XW }, \
0x22 { "AdapCfg initext: " XW XW XW }, \
0x28 { "AdapCfg term: " XW XW XW }, \
0x29 { "AdapCfg busy: " XW XW XW }, \
0x2A { "AdapCfg devswdel: " XW XW XW }, \
0x2B { "AdapCfg qvpd: " XW XW XW }, \
0x2C { "AdapCfg update: " XW XW XW }, \
0x30 { "AdapOpen dioinit: " XW XW XW }, \
0x31 { "AdapOpen maplist: " XW XW XW }, \
0x32 { "AdapOpen chnrtry: " XW XW XW }, \
0x33 { "AdapOpen chninit: " XW XW XW }, \
0x34 { "AdapOpen i_init: " XW XW XW }, \
0x35 { "AdapOpen kthread: " XW XW XW }, \
0x36 { "AdapOpen chnbrup: " XW XW XW }, \
0x37 { "AdapOpen chnioh: " XW XW XW }, \
0x38 { "AdapOpen chnmap: " XW XW XW }, \
0x39 { "AdapOpen chndio: " XW XW XW }, \
0x3A { "AdapOpen talloc: " XW XW XW }, \
0x3B { "AdapOpen initext: " XW XW XW }, \
0x40 { "RchnOpen dioinit: " XW XW XW }, \
0x41 { "RchnOpen maplist: " XW XW XW }, \
0x42 { "RchnOpen ioh: " XW XW XW }, \
0x43 { "RchnOpen bringup: " XW XW XW }, \
0x44 { "RchnOpen mdts: " XW XW XW }, \
0x50 { "DiskCfg init: " XW XW XW }, \
0x51 { "DiskCfg parms: " XW XW XW }, \
0x52 { "DiskCfg path_add: " XW XW XW }, \
0x53 { "DiskCfg rw_alloc: " XW XW XW }, \
0x54 { "DiskCfg iostadd: " XW XW XW }, \
0x55 { "DiskCfg devnoadd: " XW XW XW }, \
0x60 { "DiskCfg MPIO: " XW XW XW }, \
0x68 { "DiskCfg term: " XW XW XW }, \
0x69 { "DiskCfg busy: " XW XW XW }, \
0x70 { "Adap MPSMIN fail: " XW XW XW }, \
0x71 { "Adap NQ adjust: " XW XW XW }, \
0x72 { "Adap MSIX adjust: " XW XW XW }, \
0x73 { "Adap msixbir fail: " XW XW XW }, \
0x74 { "Adap pcivpd fail: " XW XW XW }, \
0x78 { "rstctlr in: " XW XW XW }, \
0x79 { "rstctlr out: " XW XW XW }, \
0x7a { "rdyctlr in: " XW XW XW }, \
0x7b { "rdyctlr out: " XW XW XW }, \
0x7c { "shdnctlr in: " XW XW XW }, \
0x7d { "shdnctlr out: " XW XW XW }, \
0x80 { "state entry: " XW XW XW }, \
0x81 { "state invalid: " XW XW XW }, \
0x82 { "Recv event err: " XW XW XW }, \
0x83 { "Recv event: " XW XW XW }, \
0x84 { "Reset event mask: " XW XW XW }, \
0x85 { "Send keep alive: " XW XW XW }, \
0x86 { "Auto Restart: " XW XW XW }, \
0xA0 { "Admin non0 cqs: " XW XW XW }, \
0xA1 { "Admin evntreq TO: " XW XW XW }, \
0xA2 { "Admin non0 pass: " XW XW XW }, \
0xA3 { "Admin wdog: " XW XW XW }, \
0xA4 { "Admin pass_wdog: " XW XW XW }, \
0xA5 { "Admin event_wdog: " XW XW XW }, \
0xB0 { "reset EEH: " XW XW XW }, \
0xB1 { "reset timeout: " XW XW XW }, \
0xB2 { "ready EEH: " XW XW XW }, \
0xB3 { "ready timeout: " XW XW XW }, \
0xB4 { "shdn EEH: " XW XW XW }, \
0xB5 { "shdn timeout: " XW XW XW }, \
0xB6 { "Adap reset fail: " XW XW XW }, \
0xB7 { "Adap ready fail: " XW XW XW }, \
0xB8 { "Adap ident fail: " XW XW XW }, \
0xB9 { "Adap numq fail: " XW XW XW }, \
0xBA { "Adap ev_cfg fail: " XW XW XW }, \
0xBB { "Rchn CQ fail: " XW XW XW }, \
0xBC { "Rchn SQ fail: " XW XW XW }, \
0xBD { "Chn CQ fail: " XW XW XW }, \
0xBE { "Chn SQ fail: " XW XW XW }, \
0xC0 { "Chn invalid_buf: " XW XW XW }, \
0xC1 { "Chn dma_hard_err: " XW XW XW }, \
0xC2 { "Chn DMA_R_NORES: " XW XW XW }, \
0xC3 { "Chn DMARNORES TO: " XW XW XW }, \
0xC4 { "Chn DMA_R_FAIL: " XW XW XW }, \
0xC5 { "Chn non0 cqs: " XW XW XW }, \
0xC6 { "Chn wdog: " XW XW XW }, \
0xC7 { "Chn too large: " XW XW XW }, \
0xCF { "rchn io fail: " XW XW XW }, \
0xE0 { "read slot fail: " XW XW XW }, \
0xE1 { "EEH_DEAD: " XW XW XW }, \
0xE2 { "EEH_SUSPEND: " XW XW XW }, \
0xE3 { "EEH_DEBUG: " XW XW XW }, \
0xE4 { "EEH_RESUME: " XW XW XW }, \
0xE5 { "EEH_INVAL: " XW XW XW }, \
0xF0 { "Adap strategy: " XW XW XW }, \
0x200 {"fc_adp_init_beg " XW XW XW }, \
0x201 {"fc_adp_init_end " XW XW XW }, \
0x203 {"fc_adp_brgup_end " XW "conn:"XW "ctlr_id:"XW }, \
0x204 {"fc_adp_brg_dwn " XW XW XW }, \
0x206 {"fc_chn_init_beg " XW "chnI:"XW "chn_tal:"XW }, \
0x207 {"fc_chn_init_end " XW XW "cmds_per_chn:"XW }, \
0x20A {"fc_chn_brg_dwn " XW XW XW }, \
0x20C {"fc_adp_reg_wq " XW XW "adap_queue:"XW }, \
0x20D {"fc_adp_unr_wq " XW XW "assoc:"XW }, \
0x20E {"fc_chn_reg_wq " XW "chnI:"XW "adap_queue:"XW }, \
0x20F {"fc_chn_unr_wq " XW "chnI:"XW "assoc:"XW }, \
0x210 {"fc_adp_reset_wq " XW XW "assoc:"XW }, \
0x211 {"fc_chn_reset_wq " XW "chnI:"XW "assoc:"XW }, \
0x240 {"fc_adp_brup_cass " XW "sq_sz:"XW "pn:"XW }, \
0x241 {"fc_adp_brup_conn " XW "assoc:"XW "pn:"XW }, \
0x242 {"fc_chn_brup_cioc " XW "chnI:"XW "assoc:"XW }, \
0x243 {"fc_chn_brup_conn " XW "assoc:"XW "conn:"XW }, \
0x245 {"fc_adp_del_assoc " XW "assoc:"XW "pn:"XW }, \
0x246 {"fc_adp_rtry_brup " XW "p_tal:"XW "ext_state:"XW }, \
0x247 {"fc_adp_undo_brup " XW "assoc:"XW "undo_level:"XW }, \
0x248 {"fc_adp_ubrup_end " XW "assoc:"XW "undo_level:"XW }, \
0x270 {"fc_adp_shdn " XW XW XW }, \
0x271 {"fc_adp_shdn_poll " XW XW XW }, \
0x275 {"fc_ae_reg_async " XW XW XW }, \
0x276 {"fc_ae_unr_async " XW XW XW }, \
0x2B1 {"fc_adp_tddop_err " XW XW XW }, \
0x2B2 {"fc_adp_tddqy_err " XW XW XW }, \
0x2B3 {"fc_adp_tddcl_err " XW XW XW }, \
0x2B4 {"fc_adp_regwq_err " XW XW XW }, \
0x2B5 {"fc_adp_unrwq_err " XW XW XW }, \
0x2B6 {"fc_adp_rstwq_err " XW XW XW }, \
0x2B7 {"fc_adp_cass_err " XW XW XW }, \
0x2B8 {"fc_adp_conn_err " XW XW XW }, \
0x2B9 {"fc_adp_gtcap_err " XW XW XW }, \
0x2BA {"fc_adp_stenb_err " XW XW XW }, \
0x2BB {"fc_adp_qrdy_err " XW XW XW }, \
0x2BC {"fc_adp_qrdy_to " XW XW XW }, \
0x2BD {"fc_adp_stioq_err " XW XW XW }, \
0x2C0 {"fc_adp_setioqadj " XW XW XW }, \
0x2C1 {"fc_adp_dassc_err " XW XW XW }, \
0x2C2 {"fc_chn_regwq_err " XW XW XW }, \
0x2C3 {"fc_chn_unrwq_err " XW XW XW }, \
0x2C4 {"fc_chn_rstwq_err " XW XW XW }, \
0x2C5 {"fc_chn_cioc_null " XW XW XW }, \
0x2C6 {"fc_chn_cioc_err1 " XW XW XW }, \
0x2C7 {"fc_chn_cioc_err2 " XW XW XW }, \
0x2C8 {"fc_chn_conn_err " XW XW XW }, \
0x2C9 {"fc_adp_reset " XW XW XW }, \
0x2CA {"fc_adp_rasnc_err " XW XW XW }, \
0x2CB {"fc_adp_uasnc_err " XW XW XW }, \
0x2CC {"fc_adp_getvs_err " XW XW XW }, \
0x2CD {"fc_adp_idctr_err " XW XW XW }, \
0x2D0 {"fc_ae_tddop_err " XW XW XW }, \
0x2D1 {"fc_ae_tddcl_err " XW XW XW }, \
0x2D2 {"fc_ae_no_slot " XW XW XW }, \
0x2D3 {"fc_ae_ktstrt_err " XW XW XW }, \
0x2D4 {"fc_ae_rasnc_err " XW XW XW }, \
0x2D5 {"fc_ae_urasnc_err " XW XW XW }, \
0xDDD { A8.19 XW XW }, \
\* {"unknown "$loc XW XW XW }
108D 1.0 "" \
{{ $loc = X1 }} \
$loc, \
0x1 { "entry_open: " $DD2 "rwflag:" XW "chan:" XW "ext:" XW }, \
0x2 { "exit_open: " $DD2 }, \
0x3 { "entry_close: " $DD2 }, \
0x4 { "exit_close: " $DD2 }, \
0x5 { "entry_read: " $DD2 }, \
0x6 { "exit_read: " $DD2 }, \
0x7 { "entry_write: " $DD2 }, \
0x8 { "exit_write: " $DD2 }, \
0x9 { "entry_ioctl: " $DD2 "op:" XW "arg:" XW "chan:" XW "ext:" XW }, \
0xA { "exit_ioctl: " $DD2 }, \
0xB { "entry_select: " $DD2 }, \
0xC { "exit_select: " $DD2 }, \
0xD { "entry_config: " $DD2 "op:" XW }, \
0xE { "exit_config: " $DD2 }, \
0xF { "entry_strategy: " $DD2 "bp:" XW "flags: "XW "block:" XW "bcount:" XW }, \
10 { "exit_strategy: " $DD2 $SKIP }, \
11 { "entry_mpx: " $DD2 }, \
12 { "exit_mpx: " $DD2 "name:" XW "chan:" DW "oflag:" XW }, \
13 { "entry_revoke: " $DD2 }, \
14 { "exit_revoke: " $DD2 }, \
15 { "entry_intr: " $DD2 chan=$D2 }, \
16 { "exit_intr: " $DD2 }, \
17 { "entry_bstart: " $DD2 bp=$D2 pblock=$D3 path=$D4 chan=$D5 }, \
18 { "exit_bstart: " $DD2 $SKIP }, \
19 { "entry_cstart: " $DD2 }, \
1A { "exit_cstart: " $DD2 }, \
1B { "entry_iodone: " $DD2 bp=$D2 }, \
1C { "exit_iodone: " $DD2 $SKIP }
664 1.0 "musentdd RECV" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x1 { "musent_close: "} , \
0x2 { "musent_config: "} , \
0x3 { "musent_init_acs: "} , \
0x4 { "musent_init_adapter: "} , \
0x5 { "musent_disable_adapter: "} , \
0x6 { "musent_init_eeh: "} , \
0x7 { "musent_free_eeh: "} , \
0x8 { "musent_ctl: "} , \
0x9 { "musent_enable_multicast: "} , \
0xa { "musent_disable_multicast: "} , \
0xb { "musent_enable_promiscuous: "} , \
0xc { "musent_disable_promiscuous: "} , \
0xd { "get_stats: "} , \
0xe { "musent_mib_addr: "} , \
0xf { "readTGSerEepromFast: "} , \
0x10 { "get_all_stats: "} , \
0x11 { "compute_crc32: "} , \
0x12 { "set_multicast_hash_regs: "} , \
0x13 { "musent_enable_address: "} , \
0x14 { "musent_disable_address: "} , \
0x15 { "mib_query: "} , \
0x16 { "mib_get: "} , \
0x17 { "mib_addr: "} , \
0x18 { "musent_dump: "} , \
0x19 { "musent_ras_register: "} , \
0x1a { "musent_ras_unregister: "} , \
0x1b { "musent_ras_callback: "} , \
0x1c { "musent_slih: "} , \
0x1d { "check_link_status: "} , \
0x1e { "musent_enter_limbo: "} , \
0x1f { "musent_bugout: "} , \
0x20 { "musent_link_to: "} , \
0x21 { "free_cdt: "} , \
0x22 { "musent_free_services: "} , \
0x23 { "init_cdt: "} , \
0x24 { "musent_init_services: "} , \
0x25 { "musent_reset_adapter: "} , \
0x26 { "musent_cdt_add: "} , \
0x27 { "musent_cdt_del: "} , \
0x28 { "musent_cdt_func: "} , \
0x29 { "musent_open: "} , \
0x2a { "musent_start_adapter: "} , \
0x2b { "musent_free_status_blk: "} , \
0x2c { "musent_init_status_blk: "} , \
0x2d { "musent_reset_phy: "} , \
0x2e { "musent_set_mac_link: "} , \
0x2f { "musent_set_rx_filters: "} , \
0x30 { "musent_logerr: "} , \
0x31 { "eeh_read_slot: "} , \
0x32 { "musent_eeh_callback: "} , \
0x33 { "musent_eeh_finish_reset: "} , \
0x34 { "acquire_nvram_lock: "} , \
0x35 { "enable_nvram_access: "} , \
0x36 { "disable_nvram_access: "} , \
0x37 { "release_nvram_lock: "} , \
0x38 { "nvram_read_dword: "} , \
0x39 { "musent_nvram_read: "} , \
0x3a { "musent_get_vpd: "} , \
0x3b { "musent_read_phy: "} , \
0x3c { "musent_write_phy: "} , \
0x3d { "musent_get_link_status: "} , \
0x3e { "set_port_speed: "} , \
0x3f { "musent_free_rx: "} , \
0x40 { "musent_init_rx: "} , \
0x41 { "musent_rx_handler: "} , \
0x42 { "undo_rx: "} , \
0x43 { "musent_free_tx: "} , \
0x44 { "musent_init_tx: "} , \
0x45 { "musent_output: "} , \
0x46 { "musent_tx_to: "} , \
0x47 { "send_packet: "} , \
0x48 { "tx_complete: "} , \
0x49 { "musent_undo_tx: "} , \
0x4a { "musent_dump_ctx: "} , \
0x4b { "musent_musent_init_cdt: "} , \
0x4c { "musent_init_cdt: "} , \
0x4d { "musent_free_cdt: "} , \
0x4e { "disable_nvram_write: "} , \
0x4f { "enable_nvram_write: "} , \
0x50 { "nvram_erase_page: "} , \
0x51 { "musent_nvram_write: "} , \
0x52 { "musent_check_link_status: "} , \
0x53 { "musent_link_setup: "} , \
0x54 { "musent_mac_link_setup: "} , \
0x55 { "musent_phy_link_setup: "} , \
0x56 { "musent_set_auto_mode: "} , \
0x57 { "musent_set_force_mode: "} , \
0x58 { "nvram_write_dword: "} , \
0x59 { "restore_multicast_filters: "} , \
0x5a { "read_phy_reg: "} , \
0x5b { "write_phy_reg: "} , \
0x5c { "musent_sread_eeprom: "} , \
0x5d { "musent_get_stats: "} , \
0x5e { "musent_get_all_stats: "} , \
0x5f { "musent_mib_query: "} , \
0x60 { "musent_mib_get: "} , \
0x61 { "writeTGSerEepromFast: "} , \
0x62 { "musent_tx_comp_timer: "}, \
0x63 { "musent_barspc_save: "}, \
0x64 { "musent_barspc_restore: "}, \
0x65 { "musent_cfgspc_save: "}, \
0x66 { "musent_config_space_save: "}, \
0x67 { "musent_config_space_restore: "}, \
0x68 { "musent_cfgspc_restore: "}, \
0x69 { "musent_cfgspc_capability: "}, \
0x6a { "musent_cfgspc_capability_length: "}, \
0x6b { "musent_get_capability_offset: "}, \
0x6c { "musent_cfgspc_read_hostcopy: "}, \
0x6d { "musent_send_wrapper: "}, \
0x6e { "musent_close_adapter: "}, \
0x6f { "musent_kproc: "}, \
0x70 { "musent_link_to_kproc: "}, \
0x71 { "musent_check_link_status_kproc: "} \
$typ, \
0x0 { "Entry " $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace " $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW } , \
0x3 { "ERR " $cnt%X1 XW XW XW XW XW }
665 1.0 "musentdd XMIT" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x1 { "musent_close: "} , \
0x2 { "musent_config: "} , \
0x3 { "musent_init_acs: "} , \
0x4 { "musent_init_adapter: "} , \
0x5 { "musent_disable_adapter: "} , \
0x6 { "musent_init_eeh: "} , \
0x7 { "musent_free_eeh: "} , \
0x8 { "musent_ctl: "} , \
0x9 { "musent_enable_multicast: "} , \
0xa { "musent_disable_multicast: "} , \
0xb { "musent_enable_promiscuous: "} , \
0xc { "musent_disable_promiscuous: "} , \
0xd { "get_stats: "} , \
0xe { "musent_mib_addr: "} , \
0xf { "readTGSerEepromFast: "} , \
0x10 { "get_all_stats: "} , \
0x11 { "compute_crc32: "} , \
0x12 { "set_multicast_hash_regs: "} , \
0x13 { "musent_enable_address: "} , \
0x14 { "musent_disable_address: "} , \
0x15 { "mib_query: "} , \
0x16 { "mib_get: "} , \
0x17 { "mib_addr: "} , \
0x18 { "musent_dump: "} , \
0x19 { "musent_ras_register: "} , \
0x1a { "musent_ras_unregister: "} , \
0x1b { "musent_ras_callback: "} , \
0x1c { "musent_slih: "} , \
0x1d { "check_link_status: "} , \
0x1e { "musent_enter_limbo: "} , \
0x1f { "musent_bugout: "} , \
0x20 { "musent_link_to: "} , \
0x21 { "free_cdt: "} , \
0x22 { "musent_free_services: "} , \
0x23 { "init_cdt: "} , \
0x24 { "musent_init_services: "} , \
0x25 { "musent_reset_adapter: "} , \
0x26 { "musent_cdt_add: "} , \
0x27 { "musent_cdt_del: "} , \
0x28 { "musent_cdt_func: "} , \
0x29 { "musent_open: "} , \
0x2a { "musent_start_adapter: "} , \
0x2b { "musent_free_status_blk: "} , \
0x2c { "musent_init_status_blk: "} , \
0x2d { "musent_reset_phy: "} , \
0x2e { "musent_set_mac_link: "} , \
0x2f { "musent_set_rx_filters: "} , \
0x30 { "musent_logerr: "} , \
0x31 { "eeh_read_slot: "} , \
0x32 { "musent_eeh_callback: "} , \
0x33 { "musent_eeh_finish_reset: "} , \
0x34 { "acquire_nvram_lock: "} , \
0x35 { "enable_nvram_access: "} , \
0x36 { "disable_nvram_access: "} , \
0x37 { "release_nvram_lock: "} , \
0x38 { "nvram_read_dword: "} , \
0x39 { "musent_nvram_read: "} , \
0x3a { "musent_get_vpd: "} , \
0x3b { "musent_read_phy: "} , \
0x3c { "musent_write_phy: "} , \
0x3d { "musent_get_link_status: "} , \
0x3e { "set_port_speed: "} , \
0x3f { "musent_free_rx: "} , \
0x40 { "musent_init_rx: "} , \
0x41 { "musent_rx_handler: "} , \
0x42 { "undo_rx: "} , \
0x43 { "musent_free_tx: "} , \
0x44 { "musent_init_tx: "} , \
0x45 { "musent_output: "} , \
0x46 { "musent_tx_to: "} , \
0x47 { "send_packet: "} , \
0x48 { "tx_complete: "} , \
0x49 { "musent_undo_tx: "} , \
0x4a { "musent_dump_ctx: "} , \
0x4b { "musent_musent_init_cdt: "} , \
0x4c { "musent_init_cdt: "} , \
0x4d { "musent_free_cdt: "} , \
0x4e { "disable_nvram_write: "} , \
0x4f { "enable_nvram_write: "} , \
0x50 { "nvram_erase_page: "} , \
0x51 { "musent_nvram_write: "} , \
0x52 { "musent_check_link_status: "} , \
0x53 { "musent_link_setup: "} , \
0x54 { "musent_mac_link_setup: "} , \
0x55 { "musent_phy_link_setup: "} , \
0x56 { "musent_set_auto_mode: "} , \
0x57 { "musent_set_force_mode: "} , \
0x58 { "nvram_write_dword: "} , \
0x59 { "restore_multicast_filters: "} , \
0x5a { "read_phy_reg: "} , \
0x5b { "write_phy_reg: "} , \
0x5c { "musent_sread_eeprom: "} , \
0x5d { "musent_get_stats: "} , \
0x5e { "musent_get_all_stats: "} , \
0x5f { "musent_mib_query: "} , \
0x60 { "musent_mib_get: "} , \
0x61 { "writeTGSerEepromFast: "} , \
0x62 { "musent_tx_comp_timer: "}, \
0x63 { "musent_barspc_save: "}, \
0x64 { "musent_barspc_restore: "}, \
0x65 { "musent_cfgspc_save: "}, \
0x66 { "musent_config_space_save: "}, \
0x67 { "musent_config_space_restore: "}, \
0x68 { "musent_cfgspc_restore: "}, \
0x69 { "musent_cfgspc_capability: "}, \
0x6a { "musent_cfgspc_capability_length: "}, \
0x6b { "musent_get_capability_offset: "}, \
0x6c { "musent_cfgspc_read_hostcopy: "}, \
0x6d { "musent_send_wrapper: "}, \
0x6e { "musent_close_adapter: "}, \
0x6f { "musent_proc: "}, \
0x70 { "musent_link_to_kproc: "}, \
0x71 { "musent_check_link_status_kproc: "} \
$typ, \
0x0 { "Entry " $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace " $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW } , \
0x3 { "ERR " $cnt%X1 XW XW XW XW XW }
666 1.0 "musentdd OTHER" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x1 { "musent_close: "} , \
0x2 { "musent_config: "} , \
0x3 { "musent_init_acs: "} , \
0x4 { "musent_init_adapter: "} , \
0x5 { "musent_disable_adapter: "} , \
0x6 { "musent_init_eeh: "} , \
0x7 { "musent_free_eeh: "} , \
0x8 { "musent_ctl: "} , \
0x9 { "musent_enable_multicast: "} , \
0xa { "musent_disable_multicast: "} , \
0xb { "musent_enable_promiscuous: "} , \
0xc { "musent_disable_promiscuous: "} , \
0xd { "get_stats: "} , \
0xe { "musent_mib_addr: "} , \
0xf { "readTGSerEepromFast: "} , \
0x10 { "get_all_stats: "} , \
0x11 { "compute_crc32: "} , \
0x12 { "set_multicast_hash_regs: "} , \
0x13 { "musent_enable_address: "} , \
0x14 { "musent_disable_address: "} , \
0x15 { "mib_query: "} , \
0x16 { "mib_get: "} , \
0x17 { "mib_addr: "} , \
0x18 { "musent_dump: "} , \
0x19 { "musent_ras_register: "} , \
0x1a { "musent_ras_unregister: "} , \
0x1b { "musent_ras_callback: "} , \
0x1c { "musent_slih: "} , \
0x1d { "check_link_status: "} , \
0x1e { "musent_enter_limbo: "} , \
0x1f { "musent_bugout: "} , \
0x20 { "musent_link_to: "} , \
0x21 { "free_cdt: "} , \
0x22 { "musent_free_services: "} , \
0x23 { "init_cdt: "} , \
0x24 { "musent_init_services: "} , \
0x25 { "musent_reset_adapter: "} , \
0x26 { "musent_cdt_add: "} , \
0x27 { "musent_cdt_del: "} , \
0x28 { "musent_cdt_func: "} , \
0x29 { "musent_open: "} , \
0x2a { "musent_start_adapter: "} , \
0x2b { "musent_free_status_blk: "} , \
0x2c { "musent_init_status_blk: "} , \
0x2d { "musent_reset_phy: "} , \
0x2e { "musent_set_mac_link: "} , \
0x2f { "musent_set_rx_filters: "} , \
0x30 { "musent_logerr: "} , \
0x31 { "eeh_read_slot: "} , \
0x32 { "musent_eeh_callback: "} , \
0x33 { "musent_eeh_finish_reset: "} , \
0x34 { "acquire_nvram_lock: "} , \
0x35 { "enable_nvram_access: "} , \
0x36 { "disable_nvram_access: "} , \
0x37 { "release_nvram_lock: "} , \
0x38 { "nvram_read_dword: "} , \
0x39 { "musent_nvram_read: "} , \
0x3a { "musent_get_vpd: "} , \
0x3b { "musent_read_phy: "} , \
0x3c { "musent_write_phy: "} , \
0x3d { "musent_get_link_status: "} , \
0x3e { "set_port_speed: "} , \
0x3f { "musent_free_rx: "} , \
0x40 { "musent_init_rx: "} , \
0x41 { "musent_rx_handler: "} , \
0x42 { "undo_rx: "} , \
0x43 { "musent_free_tx: "} , \
0x44 { "musent_init_tx: "} , \
0x45 { "musent_output: "} , \
0x46 { "musent_tx_to: "} , \
0x47 { "send_packet: "} , \
0x48 { "tx_complete: "} , \
0x49 { "musent_undo_tx: "} , \
0x4a { "musent_dump_ctx: "} , \
0x4b { "musent_musent_init_cdt: "} , \
0x4c { "musent_init_cdt: "} , \
0x4d { "musent_free_cdt: "} , \
0x4e { "disable_nvram_write: "} , \
0x4f { "enable_nvram_write: "} , \
0x50 { "nvram_erase_page: "} , \
0x51 { "musent_nvram_write: "} , \
0x52 { "musent_check_link_status: "} , \
0x53 { "musent_link_setup: "} , \
0x54 { "musent_mac_link_setup: "} , \
0x55 { "musent_phy_link_setup: "} , \
0x56 { "musent_set_auto_mode: "} , \
0x57 { "musent_set_force_mode: "} , \
0x58 { "nvram_write_dword: "} , \
0x59 { "restore_multicast_filters: "} , \
0x5a { "read_phy_reg: "} , \
0x5b { "write_phy_reg: "} , \
0x5c { "musent_sread_eeprom: "} , \
0x5d { "musent_get_stats: "} , \
0x5e { "musent_get_all_stats: "} , \
0x5f { "musent_mib_query: "} , \
0x60 { "musent_mib_get: "} , \
0x61 { "writeTGSerEepromFast: "} , \
0x62 { "musent_tx_comp_timer: "}, \
0x63 { "musent_barspc_save: "}, \
0x64 { "musent_barspc_restore: "}, \
0x65 { "musent_cfgspc_save: "}, \
0x66 { "musent_config_space_save: "}, \
0x67 { "musent_config_space_restore: "}, \
0x68 { "musent_cfgspc_restore: "}, \
0x69 { "musent_cfgspc_capability: "}, \
0x6a { "musent_cfgspc_capability_length: "}, \
0x6b { "musent_get_capability_offset: "}, \
0x6c { "musent_cfgspc_read_hostcopy: "}, \
0x6d { "musent_send_wrapper: "}, \
0x6e { "musent_close_adapter: "}, \
0x6f { "musent_kproc: "}, \
0x70 { "musent_link_to_kproc: "}, \
0x71 { "musent_check_link_status_kproc: "} \
$typ, \
0x0 { "Entry " $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace " $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW } , \
0x3 { "ERR " $cnt%X1 XW XW XW XW XW }
660 1.0 "nmentdd XMIT" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x1 { "nment_close: "} , \
0x2 { "nment_config: "} , \
0x3 { "nment_init_acs: "} , \
0x4 { "nment_init_adapter: "} , \
0x5 { "nment_disable_adapter: "} , \
0x6 { "nment_init_eeh: "} , \
0x7 { "nment_free_eeh: "} , \
0x8 { "nment_ctl: "} , \
0x9 { "nment_enable_multicast: "} , \
0xa { "nment_disable_multicast: "} , \
0xb { "nment_enable_promiscuous: "} , \
0xc { "nment_disable_promiscuous: "} , \
0xd { "debug_trace: "} , \
0xe { "clear_stats: "} , \
0xf { "get_stats: "} , \
0x10 { "get_all_stats: "} , \
0x11 { "compute_crc32: "} , \
0x12 { "set_multicast_hash_regs: "} , \
0x13 { "nment_enable_address: "} , \
0x14 { "nment_disable_address: "} , \
0x15 { "mib_query: "} , \
0x16 { "mib_get: "} , \
0x17 { "mib_addr: "} , \
0x18 { "set_link_status: "} , \
0x19 { "unmute_adapter: "} , \
0x1a { "mute_adapter: "} , \
0x1b { "change_mac_address: "} , \
0x1c { "nment_ntt_extractregs: "} , \
0x1d { "nment_takeregsnap: "} , \
0x1e { "nment_initsnapbuff: "} , \
0x1f { "nment_freesnapbuff: "} , \
0x20 { "nment_dump: "} , \
0x21 { "nment_dump_output: "} , \
0x22 { "nment_ras_register: "} , \
0x23 { "nment_ras_unregister: "} , \
0x24 { "nment_ras_callback: "} , \
0x25 { "nment_slih: "} , \
0x26 { "check_link_status: "} , \
0x27 { "nment_enter_limbo: "} , \
0x28 { "nment_bugout: "} , \
0x29 { "nment_link_to: "} , \
0x2a { "nment_autosense: "} , \
0x2b { "nment_async_status: "} , \
0x2c { "free_cdt: "} , \
0x2d { "nment_free_services: "} , \
0x2e { "init_cdt: "} , \
0x2f { "nment_init_services: "} , \
0x30 { "nment_reset_adapter: "} , \
0x31 { "nment_cdt_add: "} , \
0x32 { "nment_cdt_del: "} , \
0x33 { "nment_cdt_func: "} , \
0x34 { "nment_open: "} , \
0x35 { "nment_start_adapter: "} , \
0x36 { "dvl_mac_check: "} , \
0x37 { "nment_free_stats_blk: "} , \
0x38 { "nment_init_stats_blk: "} , \
0x39 { "nment_free_status_blk: "} , \
0x3a { "nment_init_status_blk: "} , \
0x3b { "nment_ctx_w: "} , \
0x3c { "nment_ctx_r: "} , \
0x3d { "nment_free_ctx: "} , \
0x3e { "nment_alloc_ctx: "} , \
0x3f { "nment_init_tx_ctx: "} , \
0x40 { "nment_init_rx_ctx: "} , \
0x41 { "nment_init_ctx: "} , \
0x42 { "nment_pulse_to: "} , \
0x43 { "nment_load_cpu_fw: "} , \
0x44 { "nment_init_cp_cpu: "} , \
0x45 { "nment_init_com_cpu: "} , \
0x46 { "nment_init_tpat_cpu: "} , \
0x47 { "nment_init_txp_cpu: "} , \
0x48 { "nment_init_rxp_cpu: "} , \
0x49 { "nment_load_rv2p_fw: "} , \
0x4a { "nment_init_cpus: "} , \
0x4b { "nment_reset_phy: "} , \
0x4c { "nment_init_remote_phy: "} , \
0x4d { "nment_get_phy_type: "} , \
0x4e { "nment_set_mac_link: "} , \
0x4f { "nment_init_serdes_phy: "} , \
0x50 { "nment_init_copper_phy: "} , \
0x51 { "nment_init_phy: "} , \
0x52 { "nment_set_rx_filters: "} , \
0x53 { "soft_reset_adapter: "} , \
0x54 { "set_mac_address: "} , \
0x55 { "temp_func_call: "} , \
0x56 { "nment_logerr: "} , \
0x57 { "nment_pio_retry: "} , \
0x58 { "nment_trace: "} , \
0x59 { "nment_failover: "} , \
0x5a { "eeh_read_slot: "} , \
0x5b { "nment_get_shmem_base: "} , \
0x5c { "nment_fw_sync: "} , \
0x5d { "nment_eeh_callback: "} , \
0x5e { "eeh_finish_reset: "} , \
0x5f { "acquire_nvram_lock: "} , \
0x60 { "enable_nvram_access: "} , \
0x61 { "disable_nvram_access: "} , \
0x62 { "release_nvram_lock: "} , \
0x63 { "nvram_read_dword: "} , \
0x64 { "nment_nvram_read: "} , \
0x65 { "nment_get_vpd: "} , \
0x66 { "nment_read_phy: "} , \
0x67 { "nment_write_phy: "} , \
0x68 { "nment_get_link_status: "} , \
0x69 { "set_port_speed: "} , \
0x6a { "nment_free_rx: "} , \
0x6b { "nment_init_rx: "} , \
0x6c { "nment_rx_handler: "} , \
0x6d { "undo_rx: "} , \
0x6e { "refresh_rxque: "} , \
0x6f { "nment_free_tx: "} , \
0x70 { "nment_init_tx: "} , \
0x71 { "nment_output: "} , \
0x72 { "nment_tx_to: "} , \
0x73 { "send_packet: "} , \
0x74 { "tx_complete: "} , \
0x75 { "undo_tx: "} , \
0x76 { "nment_dump_ctx: "} , \
0x77 { "nment_set_mac_address: "} , \
0x78 { "nment_nment_init_cdt: "} , \
0x79 { "nment_init_cdt: "} , \
0x7a { "nment_free_cdt: "} , \
0x7b { "disable_nvram_write: "} , \
0x7c { "enable_nvram_write: "} , \
0x7d { "nvram_erase_page: "} , \
0x7e { "nment_nvram_write: "} , \
0x7f { "nment_get_cfgspace: "} , \
0x80 { "nment_check_link_status: "} , \
0x81 { "maclink_setup: "} , \
0x82 { "nvram_write_dword: "} , \
0x83 { "restore_multicast_filters: "} , \
0x84 { "nment_rx_recover: "} \
$typ, \
0x0 { "Entry " $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace " $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW } , \
0x3 { "ERR " $cnt%X1 XW XW XW XW XW }
661 1.0 "nmentdd RECV" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x1 { "nment_clos: "} , \
0x2 { "nment_confi: "} , \
0x3 { "nment_init_ac: "} , \
0x4 { "nment_init_adapte: "} , \
0x5 { "nment_disable_adapte: "} , \
0x6 { "nment_init_ee: "} , \
0x7 { "nment_free_ee: "} , \
0x8 { "nment_ct: "} , \
0x9 { "nment_enable_multicas: "} , \
0xa { "nment_disable_multicas: "} , \
0xb { "nment_enable_promiscuou: "} , \
0xc { "nment_disable_promiscuou: "} , \
0xd { "debug_trac: "} , \
0xe { "clear_stat: "} , \
0xf { "get_stat: "} , \
0x10 { "get_all_stats: "} , \
0x11 { "compute_crc32: "} , \
0x12 { "set_multicast_hash_regs: "} , \
0x13 { "nment_enable_address: "} , \
0x14 { "nment_disable_address: "} , \
0x15 { "mib_query: "} , \
0x16 { "mib_get: "} , \
0x17 { "mib_addr: "} , \
0x18 { "set_link_status: "} , \
0x19 { "unmute_adapter: "} , \
0x1a { "mute_adapter: "} , \
0x1b { "change_mac_address: "} , \
0x1c { "nment_ntt_extractregs: "} , \
0x1d { "nment_takeregsnap: "} , \
0x1e { "nment_initsnapbuff: "} , \
0x1f { "nment_freesnapbuff: "} , \
0x20 { "nment_dump: "} , \
0x21 { "nment_dump_output: "} , \
0x22 { "nment_ras_register: "} , \
0x23 { "nment_ras_unregister: "} , \
0x24 { "nment_ras_callback: "} , \
0x25 { "nment_slih: "} , \
0x26 { "check_link_status: "} , \
0x27 { "nment_enter_limbo: "} , \
0x28 { "nment_bugout: "} , \
0x29 { "nment_link_to: "} , \
0x2a { "nment_autosense: "} , \
0x2b { "nment_async_status: "} , \
0x2c { "free_cdt: "} , \
0x2d { "nment_free_services: "} , \
0x2e { "init_cdt: "} , \
0x2f { "nment_init_services: "} , \
0x30 { "nment_reset_adapter: "} , \
0x31 { "nment_cdt_add: "} , \
0x32 { "nment_cdt_del: "} , \
0x33 { "nment_cdt_func: "} , \
0x34 { "nment_open: "} , \
0x35 { "nment_start_adapter: "} , \
0x36 { "dvl_mac_check: "} , \
0x37 { "nment_free_stats_blk: "} , \
0x38 { "nment_init_stats_blk: "} , \
0x39 { "nment_free_status_blk: "} , \
0x3a { "nment_init_status_blk: "} , \
0x3b { "nment_ctx_w: "} , \
0x3c { "nment_ctx_r: "} , \
0x3d { "nment_free_ctx: "} , \
0x3e { "nment_alloc_ctx: "} , \
0x3f { "nment_init_tx_ctx: "} , \
0x40 { "nment_init_rx_ctx: "} , \
0x41 { "nment_init_ctx: "} , \
0x42 { "nment_pulse_to: "} , \
0x43 { "nment_load_cpu_fw: "} , \
0x44 { "nment_init_cp_cpu: "} , \
0x45 { "nment_init_com_cpu: "} , \
0x46 { "nment_init_tpat_cpu: "} , \
0x47 { "nment_init_txp_cpu: "} , \
0x48 { "nment_init_rxp_cpu: "} , \
0x49 { "nment_load_rv2p_fw: "} , \
0x4a { "nment_init_cpus: "} , \
0x4b { "nment_reset_phy: "} , \
0x4c { "nment_init_remote_phy: "} , \
0x4d { "nment_get_phy_type: "} , \
0x4e { "nment_set_mac_link: "} , \
0x4f { "nment_init_serdes_phy: "} , \
0x50 { "nment_init_copper_phy: "} , \
0x51 { "nment_init_phy: "} , \
0x52 { "nment_set_rx_filters: "} , \
0x53 { "soft_reset_adapter: "} , \
0x54 { "set_mac_address: "} , \
0x55 { "temp_func_call: "} , \
0x56 { "nment_logerr: "} , \
0x57 { "nment_pio_retry: "} , \
0x58 { "nment_trace: "} , \
0x59 { "nment_failover: "} , \
0x5a { "eeh_read_slot: "} , \
0x5b { "nment_get_shmem_base: "} , \
0x5c { "nment_fw_sync: "} , \
0x5d { "nment_eeh_callback: "} , \
0x5e { "eeh_finish_reset: "} , \
0x5f { "acquire_nvram_lock: "} , \
0x60 { "enable_nvram_access: "} , \
0x61 { "disable_nvram_access: "} , \
0x62 { "release_nvram_lock: "} , \
0x63 { "nvram_read_dword: "} , \
0x64 { "nment_nvram_read: "} , \
0x65 { "nment_get_vpd: "} , \
0x66 { "nment_read_phy: "} , \
0x67 { "nment_write_phy: "} , \
0x68 { "nment_get_link_status: "} , \
0x69 { "set_port_speed: "} , \
0x6a { "nment_free_rx: "} , \
0x6b { "nment_init_rx: "} , \
0x6c { "nment_rx_handler: "} , \
0x6d { "undo_rx: "} , \
0x6e { "refresh_rxque: "} , \
0x6f { "nment_free_tx: "} , \
0x70 { "nment_init_tx: "} , \
0x71 { "nment_output: "} , \
0x72 { "nment_tx_to: "} , \
0x73 { "send_packet: "} , \
0x74 { "tx_complete: "} , \
0x75 { "undo_tx: "} , \
0x76 { "nment_dump_ctx: "} , \
0x77 { "nment_set_mac_address: "} , \
0x78 { "nment_nment_init_cdt: "} , \
0x79 { "nment_init_cdt: "} , \
0x7a { "nment_free_cdt: "} , \
0x7b { "disable_nvram_write: "} , \
0x7c { "enable_nvram_write: "} , \
0x7d { "nvram_erase_page: "} , \
0x7e { "nment_nvram_write: "} , \
0x7f { "nment_get_cfgspace: "} , \
0x80 { "nment_check_link_status: "} , \
0x81 { "maclink_setup: "} , \
0x82 { "nvram_write_dword: "} , \
0x83 { "restore_multicast_filters: "} , \
0x84 { "nment_rx_recover: "} \
$typ, \
0x0 { "Entry " $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace " $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW } , \
0x3 { "ERR " $cnt%X1 XW XW XW XW XW }
662 1.0 "nmentdd OTHER" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x1 { "nment_close: "} , \
0x2 { "nment_config: "} , \
0x3 { "nment_init_acs: "} , \
0x4 { "nment_init_adapter: "} , \
0x5 { "nment_disable_adapter: "} , \
0x6 { "nment_init_eeh: "} , \
0x7 { "nment_free_eeh: "} , \
0x8 { "nment_ctl: "} , \
0x9 { "nment_enable_multicast: "} , \
0xa { "nment_disable_multicast: "} , \
0xb { "nment_enable_promiscuous: "} , \
0xc { "nment_disable_promiscuous: "} , \
0xd { "debug_trace: "} , \
0xe { "clear_stats: "} , \
0xf { "get_stats: "} , \
0x10 { "get_all_stats: "} , \
0x11 { "compute_crc32: "} , \
0x12 { "set_multicast_hash_regs: "} , \
0x13 { "nment_enable_address: "} , \
0x14 { "nment_disable_address: "} , \
0x15 { "mib_query: "} , \
0x16 { "mib_get: "} , \
0x17 { "mib_addr: "} , \
0x18 { "set_link_status: "} , \
0x19 { "unmute_adapter: "} , \
0x1a { "mute_adapter: "} , \
0x1b { "change_mac_address: "} , \
0x1c { "nment_ntt_extractregs: "} , \
0x1d { "nment_takeregsnap: "} , \
0x1e { "nment_initsnapbuff: "} , \
0x1f { "nment_freesnapbuff: "} , \
0x20 { "nment_dump: "} , \
0x21 { "nment_dump_output: "} , \
0x22 { "nment_ras_register: "} , \
0x23 { "nment_ras_unregister: "} , \
0x24 { "nment_ras_callback: "} , \
0x25 { "nment_slih: "} , \
0x26 { "check_link_status: "} , \
0x27 { "nment_enter_limbo: "} , \
0x28 { "nment_bugout: "} , \
0x29 { "nment_link_to: "} , \
0x2a { "nment_autosense: "} , \
0x2b { "nment_async_status: "} , \
0x2c { "free_cdt: "} , \
0x2d { "nment_free_services: "} , \
0x2e { "init_cdt: "} , \
0x2f { "nment_init_services: "} , \
0x30 { "nment_reset_adapter: "} , \
0x31 { "nment_cdt_add: "} , \
0x32 { "nment_cdt_del: "} , \
0x33 { "nment_cdt_func: "} , \
0x34 { "nment_open: "} , \
0x35 { "nment_start_adapter: "} , \
0x36 { "dvl_mac_check: "} , \
0x37 { "nment_free_stats_blk: "} , \
0x38 { "nment_init_stats_blk: "} , \
0x39 { "nment_free_status_blk: "} , \
0x3a { "nment_init_status_blk: "} , \
0x3b { "nment_ctx_w: "} , \
0x3c { "nment_ctx_r: "} , \
0x3d { "nment_free_ctx: "} , \
0x3e { "nment_alloc_ctx: "} , \
0x3f { "nment_init_tx_ctx: "} , \
0x40 { "nment_init_rx_ctx: "} , \
0x41 { "nment_init_ctx: "} , \
0x42 { "nment_pulse_to: "} , \
0x43 { "nment_load_cpu_fw: "} , \
0x44 { "nment_init_cp_cpu: "} , \
0x45 { "nment_init_com_cpu: "} , \
0x46 { "nment_init_tpat_cpu: "} , \
0x47 { "nment_init_txp_cpu: "} , \
0x48 { "nment_init_rxp_cpu: "} , \
0x49 { "nment_load_rv2p_fw: "} , \
0x4a { "nment_init_cpus: "} , \
0x4b { "nment_reset_phy: "} , \
0x4c { "nment_init_remote_phy: "} , \
0x4d { "nment_get_phy_type: "} , \
0x4e { "nment_set_mac_link: "} , \
0x4f { "nment_init_serdes_phy: "} , \
0x50 { "nment_init_copper_phy: "} , \
0x51 { "nment_init_phy: "} , \
0x52 { "nment_set_rx_filters: "} , \
0x53 { "soft_reset_adapter: "} , \
0x54 { "set_mac_address: "} , \
0x55 { "temp_func_call: "} , \
0x56 { "nment_logerr: "} , \
0x57 { "nment_pio_retry: "} , \
0x58 { "nment_trace: "} , \
0x59 { "nment_failover: "} , \
0x5a { "eeh_read_slot: "} , \
0x5b { "nment_get_shmem_base: "} , \
0x5c { "nment_fw_sync: "} , \
0x5d { "nment_eeh_callback: "} , \
0x5e { "eeh_finish_reset: "} , \
0x5f { "acquire_nvram_lock: "} , \
0x60 { "enable_nvram_access: "} , \
0x61 { "disable_nvram_access: "} , \
0x62 { "release_nvram_lock: "} , \
0x63 { "nvram_read_dword: "} , \
0x64 { "nment_nvram_read: "} , \
0x65 { "nment_get_vpd: "} , \
0x66 { "nment_read_phy: "} , \
0x67 { "nment_write_phy: "} , \
0x68 { "nment_get_link_status: "} , \
0x69 { "set_port_speed: "} , \
0x6a { "nment_free_rx: "} , \
0x6b { "nment_init_rx: "} , \
0x6c { "nment_rx_handler: "} , \
0x6d { "undo_rx: "} , \
0x6e { "refresh_rxque: "} , \
0x6f { "nment_free_tx: "} , \
0x70 { "nment_init_tx: "} , \
0x71 { "nment_output: "} , \
0x72 { "nment_tx_to: "} , \
0x73 { "send_packet: "} , \
0x74 { "tx_complete: "} , \
0x75 { "undo_tx: "} , \
0x76 { "nment_dump_ctx: "} , \
0x77 { "nment_set_mac_address: "} , \
0x78 { "nment_nment_init_cdt: "} , \
0x79 { "nment_init_cdt: "} , \
0x7a { "nment_free_cdt: "} , \
0x7b { "disable_nvram_write: "} , \
0x7c { "enable_nvram_write: "} , \
0x7d { "nvram_erase_page: "} , \
0x7e { "nment_nvram_write: "} , \
0x7f { "nment_get_cfgspace: "} , \
0x80 { "nment_check_link_status: "} , \
0x81 { "maclink_setup: "} , \
0x82 { "nvram_write_dword: "} , \
0x83 { "restore_multicast_filters: "} , \
0x84 { "nment_rx_recover: "} \
$typ, \
0x0 { "Entry " $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace " $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW } , \
0x3 { "ERR " $cnt%X1 XW XW XW XW XW }
1035 1.0 "EMFCDD" \
$DD1
1036 1.0 "EMFCDD_CT" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x01 { "emfc_intr: "} , \
0x02 { "emfc_proc_cq_wq: "} , \
0x03 { "emfc_proc_cq_rq: "} , \
0x04 { "emfc_proc_cqe_ae: "} , \
0x05 { "emfc_proc_cqe_mb: "} , \
0x06 { "emfc_proc_ae_fip: "} , \
0x07 { "emfc_proc_cqe_release: "} , \
0x08 { "emfc_proc_cqe_async_recv: "} , \
0x09 { "emfc_proc_cqe_consumption: "} , \
0x0a { "emfc_proc_ae_grp5: "} , \
0x0b { "emfc_proc_ae_vf: "} , \
0x0c { "emfc_proc_ae_mr: "} , \
0x0d { "emfc_open: "} , \
0x0e { "emfc_close: "} , \
0x0f { "emfc_build_mb_sli_config: "} , \
0x10 { "emfc_ctl: "} , \
0x11 { "emfc_ctl_link_setup: "} , \
0x12 { "emfc_ctl_dma_setup: "} , \
0x13 { "emfc_ctl_nport_login: "} , \
0x14 { "emfc_ctl_nport_logout: "} , \
0x15 { "emfc_ctl_npiv_setup: "} , \
0x16 { "emfc_ctl_npiv_clear: "} , \
0x17 { "emfc_build_mb_config_link: "} , \
0x18 { "emfc_build_mb_down_link: "} , \
0x19 { "emfc_build_mb_init_link: "} , \
0x1a { "emfc_build_mb_init_vfi: "} , \
0x1b { "emfc_build_mb_init_vpi: "} , \
0x1c { "emfc_build_mb_pause_interface: "} , \
0x1d { "emfc_build_mb_post_xri: "} , \
0x1e { "emfc_build_mb_read_cfg: "} , \
0x1f { "emfc_build_mb_read_lnk_stat: "} , \
0x20 { "emfc_build_mb_read_nvparms: "} , \
0x21 { "emfc_build_mb_read_rev: "} , \
0x22 { "emfc_build_mb_run_biu_diag: "} , \
0x23 { "emfc_build_mb_read_sparm64: "} , \
0x24 { "emfc_build_mb_read_status: "} , \
0x25 { "emfc_build_mb_read_topology: "} , \
0x26 { "emfc_build_mb_request_features: "} , \
0x27 { "emfc_build_mb_reg_rpi: "} , \
0x28 { "emfc_build_mb_reg_rx_rq: "} , \
0x29 { "emfc_build_mb_reg_vpi: "} , \
0x2a { "emfc_build_mb_resume_interface: "} , \
0x2b { "emfc_build_mb_resume_rpi: "} , \
0x2c { "emfc_build_mb_unreg_rpi: "} , \
0x2d { "emfc_build_mb_unreg_vpi: "} , \
0x2e { "emfc_proc_mb_sli_config: "} , \
0x2f { "emfc_proc_slicfg_com_query_max_mbx_buffer_size: "} , \
0x30 { "emfc_proc_slicfg_com_get_sli4_parameters: "} , \
0x31 { "emfc_proc_mb_read_nvparms: "} , \
0x32 { "emfc_proc_mb_read_rev: "} , \
0x33 { "emfc_proc_mb_read_config: "} , \
0x34 { "emfc_proc_slicfg_com_get_port_name_v1: "} , \
0x35 { "emfc_proc_mb_request_features: "} , \
0x36 { "emfc_init_dma_handle: "} , \
0x37 { "emfc_proc_mb_run_biu_diag: "} , \
0x38 { "emfc_proc_slicfg_com_create_eq_v2: "} , \
0x39 { "emfc_proc_slicfg_com_create_cq_v2: "} , \
0x3a { "emfc_wdog_adap_post: "} , \
0x3b { "emfc_output: "} , \
0x3c { "emfc_start: "} , \
0x3d { "emfc_find_login_ww_name: "} , \
0x3e { "emfc_find_login_rpi: "} , \
0x3f { "emfc_find_login_nport_id: "} , \
0x40 { "emfc_issue_mb: "} , \
0x41 { "emfc_sm_adap_init: "} , \
0x42 { "emfc_sm_phase_post: "} , \
0x43 { "emfc_sm_phase_adap_info: "} , \
0x44 { "emfc_sm_phase_setup_eq: "} , \
0x45 { "emfc_sm_phase_setup_rsc: "} , \
0x46 { "emfc_sm_phase_setup_admin: "} , \
0x47 { "emfc_sm_phase_setup_fcp: "} , \
0x48 { "emfc_sm_fw_download: "} , \
0x49 { "emfc_sm_phase_link_disc: "} , \
0x4a { "emfc_sm_phase_link_info: "} , \
0x4b { "emfc_sm_phase_link_reg: "} , \
0x4c { "emfc_sm_phase_fabric_ops: "} , \
0x4d { "emfc_sm_phase_al_ops: "} , \
0x4e { "emfc_sm_subphase_post_rdy: "} , \
0x4f { "emfc_sm_subphase_post_rst: "} , \
0x50 { "emfc_set_pci_regs: "} , \
0x51 { "emfc_eeh_callback: "} , \
0x52 { "emfc_adapter_shutdown: "} , \
0x53 { "emfc_check_slot: "} , \
0x54 { "emfc_offlevel_start: "} , \
0x55 { "emfc_proc_slicfg_com_create_mq_ext_v1: "} , \
0x56 { "emfc_invalidate_logins_nport_id: "} , \
0x57 { "emfc_proc_slicfg_com_get_rsrc_extent_info: "} , \
0x58 { "emfc_proc_slicfg_com_alloc_rsrc_extents: "} , \
0x59 { "emfc_proc_mb_post_xri: "} , \
0x5a { "emfc_sm_master: "} , \
0x5b { "emfc_sm_adap_init_error: "} , \
0x5c { "emfc_sm_subphase_post_pci_regs: "} , \
0x5d { "emfc_sm_subphase_ainfo_sli4_parms: "} , \
0x5e { "emfc_sm_subphase_ainfo_get_features: "} , \
0x5f { "emfc_sm_subph_proc_comp_status: "} , \
0x60 { "emfc_proc_slicfg_com_read_obj: "} , \
0x61 { "emfc_proc_slicfg_com_write_obj: "} , \
0x62 { "emfc_proc_slicfg_check_error: "} , \
0x63 { "emfc_proc_slicfg_fcoe_rq_create_v1: "} , \
0x64 { "emfc_proc_mb_config_link: "} , \
0x65 { "emfc_proc_mb_init_link: "} , \
0x66 { "emfc_proc_mb_init_vfi: "} , \
0x67 { "emfc_proc_mb_init_vpi: "} , \
0x68 { "emfc_proc_mb_reg_fcfi: "} , \
0x69 { "emfc_add_login_elem: "} , \
0x6a { "emfc_del_login_elem: "} , \
0x6b { "emfc_sm_abort_strip_context: "} , \
0x6c { "emfc_unreg_log_all: "} , \
0x6d { "emfc_proc_slicfg_fcoe_wq_create_v1: "} , \
0x6e { "emfc_proc_mb_reg_rx_rq: "} , \
0x6f { "emfc_sm_phase_link_setup: "} , \
0x70 { "emfc_build_slicfg_sub_cmd_hdr: "} , \
0x71 { "emfc_watchdog: "} , \
0x72 { "emfc_wdog_mailbox: "} , \
0x73 { "emfc_sm_subphase_setadmin_arm_wqcq: "} , \
0x74 { "emfc_sm_subphase_setproto_arm_queues: "} , \
0x75 { "emfc_proc_mb_read_topology: "} , \
0x76 { "emfc_proc_mb_read_sparm64: "} , \
0x77 { "emfc_build_mb_reg_fcfi: "} , \
0x78 { "emfc_proc_slicfg_fcoe_read_fcf_table: "} , \
0x79 { "emfc_proc_ae_fc_link_attn: "} , \
0x7a { "emfc_sm_adap_init_abort: "} , \
0x7b { "emfc_build_wqe: "} , \
0x7c { "emfc_build_wqe_abort: "} , \
0x7d { "emfc_build_wqe_els_request64: "} , \
0x7e { "emfc_build_wqe_gen_request64: "} , \
0x7f { "emfc_build_wqe_xmit_bls_rsp: "} , \
0x80 { "emfc_build_wqe_xmit_els_rsp64: "} , \
0x81 { "emfc_proc_wqe_loc_rjt_status: "} , \
0x82 { "emfc_get_ae_q_elem: "} , \
0x83 { "emfc_build_flogi_cmd: "} , \
0x84 { "emfc_issue_adap_queue: "} , \
0x85 { "emfc_issue_proto_queue: "} , \
0x86 { "emfc_proc_cqe_admin: "} , \
0x87 { "emfc_proc_cmd_flogi: "} , \
0x88 { "emfc_pause_adapter: "} , \
0x89 { "emfc_resume_adapter: "} , \
0x8a { "emfc_sm_subphase_post_intf: "} , \
0x8b { "emfc_sm_subphase_ainfo_max_mbx: "} , \
0x8c { "emfc_sm_subphase_ainfo_read_nvparms: "} , \
0x8d { "emfc_sm_subphase_ainfo_read_rev: "} , \
0x8e { "emfc_sm_subphase_ainfo_read_config: "} , \
0x8f { "emfc_sm_subphase_ainfo_get_port_name: "} , \
0x90 { "emfc_sm_phase_ver_set_feat: "} , \
0x91 { "emfc_sm_subphase_vsfeat_diag: "} , \
0x92 { "emfc_sm_subphase_vsfeat_set_feat: "} , \
0x93 { "emfc_sm_subphase_seteqmq_eq: "} , \
0x94 { "emfc_sm_subphase_seteqmq_mqcq: "} , \
0x95 { "emfc_sm_subphase_seteqmq_mq: "} , \
0x96 { "emfc_sm_subphase_seteqmq_arm: "} , \
0x97 { "emfc_sm_subphase_setrsc_query: "} , \
0x98 { "emfc_sm_subphase_setrsc_alloc: "} , \
0x99 { "emfc_sm_subphase_setrsc_post_xri: "} , \
0x9a { "emfc_sm_subphase_setrsc_dd_update: "} , \
0x9b { "emfc_sm_subphase_setadmin_cr_wqcq: "} , \
0x9c { "emfc_sm_subphase_setadmin_cr_rqcq: "} , \
0x9d { "emfc_sm_subphase_setadmin_cr_rxrq: "} , \
0x9e { "emfc_sm_subphase_setadmin_reg_rxrq: "} , \
0x9f { "emfc_sm_subphase_setadmin_cr_admnrq: "} , \
0xa0 { "emfc_sm_subphase_setadmin_reg_admnrq: "} , \
0xa1 { "emfc_sm_subphase_setadmin_cr_wq: "} , \
0xa2 { "emfc_sm_subphase_setadmin_arm_allcq: "} , \
0xa3 { "emfc_sm_subphase_setproto_cr_wqcq: "} , \
0xa4 { "emfc_sm_subphase_setproto_cr_wq: "} , \
0xa5 { "emfc_sm_subphase_linkset_cfg_lnk: "} , \
0xa6 { "emfc_sm_subphase_linkset_init_lnk: "} , \
0xa7 { "emfc_sm_subphase_linkdisc_read_fcfs: "} , \
0xa8 { "emfc_sm_subphase_linkdisc_select_fcf: "} , \
0xa9 { "emfc_sm_subphase_linkinfo_read_topo: "} , \
0xaa { "emfc_sm_subphase_linkinfo_read_sparms: "} , \
0xab { "emfc_sm_subphase_linkreg_reg_fcfi: "} , \
0xac { "emfc_sm_subphase_fabops_flogi: "} , \
0xad { "emfc_sm_subphase_fabops_fdisc: "} , \
0xae { "emfc_sm_subphase_fabops_scr: "} , \
0xaf { "emfc_build_scr_cmd: "} , \
0xb0 { "emfc_build_cmd_els: "} , \
0xb1 { "emfc_async_status: "} , \
0xb2 { "emfc_sm_subphase_setadmin_issue_bufs: "} , \
0xb3 { "emfc_sm_grant_abt_request: "} , \
0xb4 { "emfc_link_event: "} , \
0xb5 { "emfc_cmd_fcn: "} , \
0xb6 { "emfc_proc_cqe_proto: "} , \
0xb7 { "emfc_enqueue_event: "} , \
0xb8 { "emfc_proc_mb_reg_rpi: "} , \
0xb9 { "emfc_build_mb_reg_vfi: "} , \
0xba { "emfc_proc_mb_reg_vfi: "} , \
0xbb { "emfc_find_vport_ww_name: "} , \
0xbc { "emfc_sm_subphase_post_dd_cleanup: "} , \
0xbd { "emfc_add_vport: "} , \
0xbe { "emfc_del_vport: "} , \
0xbf { "emfc_sm_cmd_nport_logout: "} , \
0xc0 { "emfc_sm_cmd_async_plogi_unreg_stale: "} , \
0xc1 { "emfc_mapdma_wqe: "} , \
0xc2 { "emfc_wdog_link: "} , \
0xc3 { "emfc_offlevel_completion: "} , \
0xc4 { "emfc_proc_mb_unreg_rpi: "} , \
0xc5 { "emfc_proc_mb_pause_interface: "} , \
0xc6 { "emfc_proc_mb_resume_interface: "} , \
0xc7 { "emfc_proc_cqe_coal_recv: "} , \
0xc8 { "emfc_sm_subphase_linkreg_init_vfi_vpi: "} , \
0xc9 { "emfc_proc_ae_link_state: "} , \
0xca { "emfc_find_vport_vpi: "} , \
0xcb { "emfc_proc_ae_fip_clear_vlink: "} , \
0xcc { "emfc_proc_ae_fip_fcf_dead: "} , \
0xcd { "emfc_proc_ae_fip_discovered: "} , \
0xce { "emfc_proc_ae_fip_fcf_modified: "} , \
0xcf { "emfc_proc_ae_fip_table_full: "} , \
0xd0 { "emfc_dd_update_vpis: "} , \
0xd1 { "emfc_dd_update_rpis: "} , \
0xd2 { "emfc_dd_update_vfis: "} , \
0xd3 { "emfc_build_cmd_abort: "} , \
0xd4 { "emfc_proc_seq_rpt_buf: "} , \
0xd5 { "emfc_find_vport_nport_id: "} , \
0xd6 { "emfc_build_cmd_async_els_rsp: "} , \
0xd7 { "emfc_abort_proto_cmd_nport: "} , \
0xd8 { "emfc_proc_async_els: "} , \
0xd9 { "emfc_proc_async_plogi: "} , \
0xda { "emfc_setup_and_download: "} , \
0xdb { "emfc_proc_mb_down_link: "} , \
0xdc { "emfc_sm_subphase_linkdown_wait_link: "} , \
0xdd { "emfc_sm_phase_link_down: "} , \
0xde { "emfc_sm_subphase_linkdown_wdog_start: "} , \
0xdf { "emfc_sm_le_updt_link_state: "} , \
0xe0 { "emfc_dd_update_eligible_xris: "} , \
0xe1 { "emfc_proc_ae_sli_port: "} , \
0xe2 { "emfc_flush_adap: "} , \
0xe3 { "emfc_restart_adapter: "} , \
0xe4 { "emfc_find_abt_info_login_xri: "} , \
0xe5 { "emfc_sm_abort: "} , \
0xe6 { "emfc_sm_abort_proc_abort_cmd: "} , \
0xe7 { "emfc_sm_abort_proc_ctl_elem: "} , \
0xe8 { "emfc_sm_abort_proc_emfc_cmd: "} , \
0xe9 { "emfc_sm_abort_proc_xri_aborted: "} , \
0xea { "emfc_wdog_admin_wqe: "} , \
0xeb { "emfc_sm_cmd_async_plogi: "} , \
0xec { "emfc_proc_async_logo: "} , \
0xed { "emfc_proc_async_adisc: "} , \
0xee { "emfc_proc_async_pdisc: "} , \
0xef { "emfc_proc_async_prli: "} , \
0xf0 { "emfc_proc_async_prlo: "} , \
0xf1 { "emfc_proc_async_rnid: "} , \
0xf2 { "emfc_proc_async_rpsc: "} , \
0xf3 { "emfc_proc_async_rnft: "} , \
0xf4 { "emfc_proc_async_rscn: "} , \
0xf5 { "emfc_proc_async_flogi: "} , \
0xf6 { "emfc_build_cmd_mqe: "} , \
0xf7 { "emfc_fatal_error: "} , \
0xf8 { "emfc_wdog_port_status: "} , \
0xf9 { "emfc_check_adapter_error: "} , \
0xfa { "emfc_wait_for_pending_work: "} , \
0xfb { "emfc_ctl_passthru_mb: "} , \
0xfc { "emfc_sm_phase_link_unreg: "} , \
0xfd { "emfc_sm_subphase_linkdown_unreg_rpi: "} , \
0xfe { "emfc_sm_subphase_linkdown_unreg_vpi: "} , \
0xff { "emfc_sm_subphase_linkdown_unreg_vfi: "} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
1037 1.0 "EMFCP" \
$DD1
1038 1.0 "EMFCP_ERR" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x01 { "emfsc_async_link_dead: "} , \
0x02 { "emfsc_async_link_down: "} , \
0x03 { "emfsc_async_link_up: "} , \
0x04 { "emfsc_async_plogi: "} , \
0x05 { "emfsc_async_logo: "} , \
0x06 { "emfsc_async_prli: "} , \
0x07 { "emfsc_async_prlo: "} , \
0x08 { "emfsc_async_lip: "} , \
0x09 { "emfsc_async_halt_adap: "} , \
0x0a { "emfsc_async_resume_adap: "} , \
0x0b { "emfsc_async_reset_adap: "} , \
0x0c { "emfsc_async_farp_request: "} , \
0x0d { "emfsc_async_migrated: "} , \
0x0e { "emfsc_async_hard_fail: "} , \
0x0f { "emfsc_tm_set_fcp_nmsrv: "} , \
0x10 { "emfsc_tm_check_general: "} , \
0x11 { "emfsc_tm_check_no_lun: "} , \
0x12 { "emfsc_tm_check_invalid_op: "} , \
0x13 { "emfsc_tm_check_invalid_cdb: "} , \
0x14 { "emfsc_tm_check_invalid_cmdiu: "} , \
0x15 { "emfsc_tm_check_itf: "} , \
0x16 { "emfsc_tm_build_spc_req_sns_resp: "} , \
0x17 { "emfsc_tm_build_sppc_send_diag_resp: "} , \
0x18 { "emfsc_wdog_starve_to: "} , \
0x19 { "emfsc_wdog_cdar_to: "} , \
0x1a { "emfsc_wdog_dev_to: "} , \
0x1b { "emfsc_wdog_lun_taskmgm_to: "} , \
0x1c { "emfsc_wdog_target_rst_to: "} , \
0x1d { "emfsc_wdog_lun_cancel_to: "} , \
0x1e { "emfsc_wdog_updt_vport_to: "} , \
0x1f { "emfsc_wdog_plogi_mvlg_to: "} , \
0x20 { "emfsc_wdog_prli_to: "} , \
0x21 { "emfsc_wdog_gid_pn_dly_to: "} , \
0x22 { "emfsc_wdog_ctiu_to: "} , \
0x23 { "emfsc_wdog_prli_dly_to: "} , \
0x24 { "emfsc_prli_check_error: "} , \
0x25 { "emfsc_prli_failure: "} , \
0x26 { "emfsc_prli_success: "} , \
0x27 { "emfsc_copy_strt_tgt_to_caller: "} , \
0x28 { "emfsc_tm_build_spc_tur_resp: "} , \
0x29 { "emfsc_tm_build_spc_write_buf_resp: "} , \
0x2a { "emfsc_tm_build_sppc_send_resp: "} , \
0x2b { "emfsc_tm_build_nolun_resp: "} , \
0x2c { "emfsc_issue_rft_id: "} , \
0x2d { "emfsc_process_rft_id: "} , \
0x2e { "emfsc_send_rft_id: "} , \
0x2f { "emfsc_tm_issue_move_login: "} , \
0x30 { "emfsc_tm_process_move_login: "} , \
0x31 { "emfsc_move_login_success: "} , \
0x32 { "emfsc_move_login_failure: "} , \
0x33 { "emfsc_tm_mvlg_update_tmlogin: "} , \
0x34 { "emfsc_gid_pn_targets: "} , \
0x35 { "emfsc_npiv_has_stale_target: "} , \
0x36 { "emfsc_tm_watchdog: "} , \
0x37 { "emfsc_tm_wdog_move_log_to: "} , \
0x38 { "emfsc_tm_wdog_log_in_out_to: "} , \
0x39 { "emfsc_tm_wdog_ctiu_to: "} , \
0x3a { "emfsc_tm_process_gid_pn: "} , \
0x3b { "emfsc_process_gid_pn_rsp: "} , \
0x3c { "emfsc_tm_delete_lru_login: "} , \
0x3d { "emfsc_tm_issue_gid_pn: "} , \
0x3e { "emfsc_cmd_check_wwpn_change: "} , \
0x3f { "emfsc_tm_invalidate_stale_logins: "} , \
0x40 { "emfsc_tm_process_continue: "} , \
0x41 { "emfsc_threshold_err: "} , \
0x42 { "emfsc_threshold_reset: "} , \
0x43 { "emfsc_wdog_target_cancel_to: "} , \
0x44 { "emfsc_wdog_tg_target_cancel_to: "} , \
0x45 { "emfsc_check_target_cancel_finished: "} , \
0x46 { "emfsc_issue_abort_task_set: "} , \
0x47 { "emfsc_issue_clear_aca: "} , \
0x48 { "emfsc_issue_lun_cancel_all: "} , \
0x49 { "emfsc_wdog_cancel_all_to: "} , \
0x4a { "emfsc_sli3_process_error: "} , \
0x4b { "emfsc_sli4_process_error: "} , \
0x4c { "emfsc_sli3_process_npiv_ctl_elem: "} , \
0x4d { "emfsc_sli4_process_npiv_ctl_elem: "} , \
0x4e { "emfsc_wdog_send_seq_to: "} , \
0x4f { "emfsc_async_timeout: "} , \
0x50 { "emfsc_async_reset_adap_fail: "} , \
0x51 { "emfsc_strategy_sanity: "} , \
0x52 { "emfsc_strategy_fc_recov_ops: "} , \
0x53 { "emfsc_clear_stale_targets: "} , \
0x54 { "emfsc_ioctl_setup_chk_vers: "} , \
0x55 { "emfsc_ioctl_setup_lookup: "} , \
0x56 { "emfsc_ioctl_setup_hmatch_dev: "} , \
0x57 { "emfsc_ioctl_setup_dev_stats: "} , \
0x58 { "emfsc_query_nmsrv: "} , \
0x59 { "emfsc_ioctl_setup_hmatch_targ: "} , \
0x5a { "emfsc_npiv_admin_process_move_login: "} , \
0x5b { "emfsc_npiv_admin_process_relogin: "} , \
0x5c { "emfsc_issue_ctiu: "} , \
0x5d { "emfsc_start_any_waiting: "} , \
0x5e { "emfsc_issue_lun_cancel_io: "} , \
0x5f { "emfsc_issue_target_cancel_luns: "} , \
0x60 { "emfsc_cleanup_lun_cancel: "} , \
0x61 { "emfsc_cleanup_target_cancel: "} , \
0x62 { "emfsc_wdog_pdisc_to: "} , \
0x63 { "emfsc_npiv_admin_map_error: "} , \
0x64 { "emfsc_npiv_scsi_map_error: "} , \
0x65 { "emfsc_target_cancel_luns_done: "} , \
0x66 { "emfsc_target_cancel_all_done: "} , \
0x67 { "emfsc_npiv_admin_build_npiv_cmd: "} , \
0x68 { "emfsc_npiv_admin_issue_ctiu: "} , \
0x69 { "emfsc_npiv_admin_issue_relogin: "} , \
0x6a { "emfsc_npiv_admin_issue_move_login: "} , \
0x6b { "emfsc_npiv_admin_issue_update_npiv: "} , \
0x6c { "emfsc_npiv_admin_issue_cancel: "} , \
0x6d { "emfsc_npiv_admin_issue_els: "} , \
0x6e { "emfsc_strategy_sanity_dev: "} , \
0x6f { "emfsc_async_fpin: "} , \
0x70 { "emfsc_get_lun_tag: "} , \
0x71 { "emfsc_alloc_spc_els_buf: "} , \
0x72 { "emfsc_alloc_spc_rsp_buf: "} , \
0x73 { "emfsc_alloc_spc_cmd_buf: "} , \
0x74 { "emfsc_select: "} , \
0x75 { "emfsc_process_reset_interface: "} , \
0x76 { "emfsc_flush_all_cmds: "} , \
0x77 { "SDIODONE: "} , \
0x7a { "emfsc_strategy: "} , \
0x7b { "emfsc_start_pending_cmds: "} , \
0x7c { "emfsc_process_cmd_error: "} , \
0x7d { "emfsc_process_fcp_status: "} , \
0x7e { "SCSIERROR: "} , \
0x7f { "emfsc_process_task_mgm_cmds: "} , \
0x80 { "emfsc_process_adapter_error: "} , \
0x81 { "emfsc_issue_reset_interface: "} , \
0x82 { "emfsc_fc_recov_ops_failed: "} , \
0x83 { "emfsc_async_rscn: "} , \
0x84 { "emfsc_dump_start: "} , \
0x85 { "emfsc_issue_lun_cancel: "} , \
0x87 { "emfsc_issue_target_cancel: "} , \
0x88 { "emfsc_issue_target_cancel_all: "} , \
0x89 { "IOCTLERR: "} , \
0x8a { "RESETERR: "} , \
0x8b { "emfsc_issue_target_reset: "} , \
0x8c { "emfsc_issue_lun_reset: "} , \
0x8d { "emfsc_init_dev: "} , \
0x8e { "emfsc_process_move_login: "} , \
0x8f { "emfsc_stale_target: "} , \
0x90 { "emfsc_issue_move_login: "} , \
0x91 { "emfsc_invalidate_stale_logins: "} , \
0x92 { "emfsc_process_ctiu: "} , \
0x93 { "emfsc_process_gid_pn: "} , \
0x94 { "emfsc_issue_gid_pn: "} , \
0x95 { "emfsc_cleanup_task_mgm_to: "} , \
0x96 { "emfsc_watchdog: "} , \
0x97 { "emfsc_mvlg_update: "} , \
0x98 { "emfsc_issue_relogin: "} , \
0x99 { "emfsc_start: "} , \
0x9a { "emfsc_recv: "} , \
0x9b { "emfsc_cmd_recv: "} , \
0x9c { "emfsc_process_scsi_elem: "} , \
0x9d { "emfsc_process_cancel_elem: "} , \
0x9e { "emfsc_process_pdisc: "} , \
0x9f { "emfsc_process_relogin: "} , \
0xa0 { "emfsc_process_prli: "} , \
0xa1 { "RESETCMP: "} , \
0xa2 { "Q_CMD: "} , \
0xa3 { "D_Q_CMD: "} , \
0xa4 { "CMDALLOC: "} , \
0xa5 { "HASH_TAR: "} , \
0xa6 { "emfsc_send_target_reset: "} , \
0xa7 { "FREE_CMD: "} , \
0xa8 { "emfsc_flush_pending_cmds: "} , \
0xa9 { "emfsc_cdt_func: "} , \
0xaa { "SCSISENS: "} , \
0xab { "emfsc_log_err: "} , \
0xac { "ASYNTIMR: "} , \
0xad { "emfsc_async_stat: "} , \
0xae { "BUILDCMD: "} , \
0xaf { "BUILDCAN: "} , \
0xb0 { "emfsc_halt_dev: "} , \
0xb1 { "emfsc_send_lun_reset: "} , \
0xb2 { "ISSUE: "} , \
0xb3 { "emfsc_clear_dev: "} , \
0xb4 { "PRXMT_SQ: "} , \
0xb5 { "emfsc_plogi: "} , \
0xb6 { "emfsc_send_logins: "} , \
0xb7 { "emfsc_issue_prli: "} , \
0xb8 { "emfsc_issue_pdisc: "} , \
0xb9 { "emfsc_issue_send_seq: "} , \
0xba { "emfsc_issue_send_els: "} , \
0xbb { "emfsc_issue_gen_xchg: "} , \
0xbc { "emfsc_ioctl_setup: "} , \
0xbd { "emfsc_ioctl_setup_fc_recov: "} , \
0xbe { "emfsc_ras_callback: "} , \
0xbf { "emfsc_init_dev_finish: "} , \
0xc0 { "emfsc_ras_callback_dev: "} , \
0xc1 { "emfsc_ras_callback_target: "} , \
0xc2 { "emfsc_clear_initiator: "} , \
0xc3 { "emfsc_process_update_vport: "} , \
0xc4 { "emfsc_issue_update_vport: "} , \
0xc5 { "emfsc_npiv_scsi: "} , \
0xc6 { "emfsc_npiv_start_pending_cmds: "} , \
0xc7 { "emfsc_npiv_build_prli_cmd: "} , \
0xc8 { "emfsc_npiv_build_cancel_cmd: "} , \
0xc9 { "emfsc_npiv_build_scsi_cmd: "} , \
0xca { "emfsc_npiv_scsi_process: "} , \
0xcb { "emfsc_npiv_admin: "} , \
0xcc { "emfsc_npiv_admin_issue: "} , \
0xcd { "emfsc_npiv_admin_process: "} , \
0xce { "emfsc_npiv_async_stat: "} , \
0xcf { "emfsc_npiv_send_async_stat: "} , \
0xd0 { "emfsc_npiv_output: "} , \
0xd1 { "emfsc_npiv_admin_entry_fcn: "} , \
0xd2 { "emfsc_npiv_offl_npiv_issue: "} , \
0xd3 { "emfsc_npiv_cmd_done: "} , \
0xd4 { "emfsc_offl_npiv_done: "} , \
0xd5 { "emfsc_init_initiator: "} , \
0xd6 { "emfsc_tm_add_login: "} , \
0xd7 { "emfsc_tm_delete_login: "} , \
0xd8 { "emfsc_tm_find_login_nport_id: "} , \
0xd9 { "emfsc_tm_find_login_rpi: "} , \
0xda { "emfsc_tm_find_login_wwpn: "} , \
0xdb { "emfsc_tm_abort_cmds: "} , \
0xdc { "emfsc_tm_stop_io_disable: "} , \
0xdd { "emfsc_tm_start_io_disable: "} , \
0xde { "emfsc_tm_issue_log_in_out: "} , \
0xdf { "emfsc_tm_process_log_in_out: "} , \
0xe0 { "emfsc_async_grp_dmn_scn: "} , \
0xe1 { "emfsc_tm_clear: "} , \
0xe2 { "emfsc_tm_undo_start: "} , \
0xe3 { "emfsc_tm_offl: "} , \
0xe4 { "emfsc_tm_offl_cmd: "} , \
0xe5 { "emfsc_tm_offl_ulp: "} , \
0xe6 { "emfsc_tm_offl_rsp: "} , \
0xe7 { "emfsc_tm_process_rcv_sequence: "} , \
0xe8 { "emfsc_tm_process_rcv_sequence_err: "} , \
0xe9 { "emfsc_tm_issue_tfcp: "} , \
0xea { "emfsc_tm_process_tfcp: "} , \
0xeb { "emfsc_tm_process_tfcp|ERROR: "} , \
0xec { "emfsc_tm_proc_data_iocb|ERROR: "} , \
0xed { "emfsc_tm_free_buf: "} , \
0xee { "emfsc_tm_get_efscbuf: "} , \
0xef { "emfsc_tm_build_spc_inq_resp: "} , \
0xf0 { "emfsc_tm_build_rspiu: "} , \
0xf1 { "emfsc_tm_process_ret_hbqe: "} , \
0xf2 { "emfsc_tm_build_spc_rpt_luns_resp: "} , \
0xf3 { "emfsc_tm_cmdiu_sanity: "} , \
0xf4 { "emfsc_tm_offl_cmd_task_mgm: "} , \
0xf5 { "emfsc_tm_offl_cmd_normal: "} , \
0xf6 { "emfsc_tm_process_xri_aborted: "} , \
0xf7 { "emfsc_tm_issue_flush_qbufs: "} , \
0xf8 { "emfsc_tm_login_abort_cmds: "} , \
0xf9 { "emfsc_tm_offl_aborted_cmd: "} , \
0xfa { "emfsc_tm_build_close_xri: "} , \
0xfb { "emfsc_tm_fail_cmd: "} , \
0xfc { "emfsc_tm_has_act_cmds: "} , \
0xfd { "emfsc_tm_has_cmds: "} , \
0xfe { "emfsc_tm_start: "} , \
0xff { "emfsc_send_sequence: "} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
1039 1.0 "EMFCDD_CT1" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x01 { "emfc_sm_subphase_linkdown_unreg_fcfi: "} , \
0x02 { "emfc_sm_cmd_update_vport: "} , \
0x03 { "emfc_sm_cmd_move_login: "} , \
0x04 { "emfc_build_mb_unreg_vfi: "} , \
0x05 { "emfc_build_mb_unreg_fcfi: "} , \
0x06 { "emfc_proc_mb_unreg_vpi: "} , \
0x07 { "emfc_proc_mb_unreg_vfi: "} , \
0x08 { "emfc_proc_mb_unreg_fcfi: "} , \
0x09 { "emfc_proc_mb_reg_vpi: "} , \
0x0a { "emfc_find_login_reg_nport_id: "} , \
0x0b { "emfc_offlevel_resume_cmd_handler: "} , \
0x0c { "emfc_unreg_rpi_mark_logins: "} , \
0x0d { "emfc_sm_subphase_ainfo_get_privileges: "} , \
0x0e { "emfc_get_lru_login_elem: "} , \
0x0f { "emfc_sm_fw_dump: "} , \
0x10 { "emfc_proc_slicfg_com_delete_obj: "} , \
0x11 { "emfc_save_msix_vector: "} , \
0x12 { "emfc_restore_msix_vector: "} , \
0x13 { "emfc_proc_admin_wqe_status: "} , \
0x14 { "emfc_wdog_admin_cancel: "} , \
0x15 { "emfc_sm_adap_init_advance: "} , \
0x16 { "emfc_offlevel_continue_reset: "} , \
0x17 { "emfc_sm_port_status: "} , \
0x18 { "emfc_tmr_bmbx: "} , \
0x19 { "emfc_get_fcf_entry_vlan_tag: "} , \
0x1a { "emfc_sm_phase_end: "} , \
0x1b { "emfc_build_slicfg_com_get_rsrc_extent_info: "} , \
0x1c { "emfc_build_slicfg_com_alloc_rsrc_extents: "} , \
0x1d { "emfc_sm_phase_error_post: "} , \
0x1e { "emfc_sm_phase_error_adap_info: "} , \
0x1f { "emfc_sm_phase_error_ver_set_feat: "} , \
0x20 { "emfc_sm_phase_error_setup_eq_mq: "} , \
0x21 { "emfc_sm_phase_error_setup_rsc: "} , \
0x22 { "emfc_sm_phase_error_setup_admin: "} , \
0x23 { "emfc_sm_phase_error_setup_fcp: "} , \
0x24 { "emfc_sm_phase_error_link_setup: "} , \
0x25 { "emfc_sm_phase_error_link_down: "} , \
0x26 { "emfc_sm_phase_error_link_disc: "} , \
0x27 { "emfc_sm_phase_error_link_info: "} , \
0x28 { "emfc_sm_phase_error_fabric_ops: "} , \
0x29 { "emfc_proc_eq: "} , \
0x2a { "emfc_sm_subphase_ainfo_get_fcn_cfg: "} , \
0x2b { "emfc_sm_adap_init_hbeat_setup: "} , \
0x2c { "emfc_sm_subphase_fabops_sns_login: "} , \
0x2d { "emfc_assign_cmd_rpi: "} , \
0x2e { "emfc_proc_mb_status: "} , \
0x2f { "emfc_proc_slicfg_status: "} , \
0x30 { "emfc_build_mb_io_measurement: "} , \
0x31 { "emfc_proc_mb_io_measurement: "} , \
0x32 { "emfc_proc_cqe_measure: "} , \
0x33 { "emfc_sm_subphase_setfcp_cr_measrq: "} , \
0x34 { "emfc_sm_subphase_setfcp_io_meas_ena: "} , \
0x35 { "emfc_wdog_sm_hbeat: "} , \
0x36 { "emfc_arm_queues: "} , \
0x37 { "emfc_sm_subphase_post_fw_rst: "} , \
0x38 { "emfc_sm_subphase_post_fw_rst_rdy: "} , \
0x39 { "emfc_ctl_adap_event_log: "} , \
0x3a { "emfc_ctl_dma_cleanup: "} , \
0x3b { "emfc_sm_cmd_updt_vport_unreg_vpi: "} , \
0x3c { "emfc_sm_cmd_updt_vport_init_vpi: "} , \
0x3d { "emfc_sm_cmd_updt_vport_fdisc: "} , \
0x3e { "emfc_sm_cmd_updt_vport_scr: "} , \
0x3f { "emfc_sm_cmd_updt_vport_sns_login: "} , \
0x40 { "emfc_ctl_rnid_data: "} , \
0x41 { "emfc_ctl_chba_data: "} , \
0x42 { "emfc_proc_cmd_plogi: "} , \
0x43 { "emfc_proc_cmd_logo: "} , \
0x44 { "emfc_proc_cmd_fdisc: "} , \
0x45 { "emfc_proc_cmd_pdisc: "} , \
0x46 { "emfc_proc_cmd_update_vport: "} , \
0x47 { "emfc_proc_wqe_gen_request64: "} , \
0x48 { "emfc_proc_wqe_els_request64: "} , \
0x49 { "emfc_sm_cmd_updt_vport_unreg_rpi: "} , \
0x4a { "emfc_sm_cmd_updt_vport_fab_logo: "} , \
0x4b { "emfc_sm_cmd_async_plogi_unreg_rpi: "} , \
0x4c { "emfc_sm_cmd_async_plogi_reg_rpi: "} , \
0x4d { "emfc_sm_cmd_async_plogi_send_rsp: "} , \
0x4e { "emfc_proc_mb_complete: "} , \
0x4f { "emfc_sm_cmd_nport_login: "} , \
0x50 { "emfc_sm_cmd_nport_login_pdisc: "} , \
0x51 { "emfc_sm_cmd_nport_login_unreg_rpi: "} , \
0x52 { "emfc_sm_cmd_nport_login_plogi: "} , \
0x53 { "emfc_sm_cmd_nport_login_unreg_stale_rpi: "} , \
0x54 { "emfc_reset_logins: "} , \
0x55 { "emfc_reset_vports: "} , \
0x56 { "emfc_find_rq_buf: "} , \
0x57 { "emfc_adap_init_abort: "} , \
0x58 { "emfc_mapdma_get_page_count: "} , \
0x59 { "emfc_mapdma_map_pages: "} , \
0x5a { "emfc_mapdma_update_wqe: "} , \
0x5b { "emfc_eeh_callback_kern: "} , \
0x5c { "emfc_eeh_callback_user: "} , \
0x5d { "emfc_wdog_coord_act: "} , \
0x5e { "emfc_coord_act_initiate: "} , \
0x5f { "emfc_coord_act_receive: "} , \
0x60 { "emfc_coord_act_continue: "} , \
0x61 { "emfc_coord_act_complete: "} , \
0x62 { "emfc_adap_init_hbeat_stop: "} , \
0x63 { "emfc_sm_phase_hbeat: "} , \
0x64 { "emfc_sm_subphst_running_abort: "} , \
0x65 { "emfc_sm_abort_logo: "} , \
0x66 { "emfc_sm_subphase_hbeat_ctl: "} , \
0x67 { "emfc_sm_phase_error_hbeat: "} , \
0x68 { "emfc_async_flogi_loopback: "} , \
0x69 { "emfc_sm_port_status_ready_dump: "} , \
0x6a { "emfc_broadcast_user_msg: "} , \
0x6b { "emfc_clear_user_session: "} , \
0x6c { "emfc_get_user_state: "} , \
0x6d { "emfc_adapter_vpd: "} , \
0x6e { "emfc_proc_async_rrq: "} , \
0x6f { "emfc_proc_async_unknown: "} , \
0x70 { "emfc_proc_slicfg_com_get_fcn_cfg: "} , \
0x71 { "emfc_eeh_dd_debug_mmio: "} , \
0x72 { "emfc_wdog_vport_delay: "} , \
0x73 { "emfc_sm_abort_link_down: "} , \
0x74 { "emfc_sm_subphase_ainfo_updt_vpd_info: "} , \
0x75 { "emfc_sm_cmd_nport_logout_logo: "} , \
0x76 { "emfc_sm_cmd_nport_logout_unreg_rpi: "} , \
0x77 { "emfc_wdog_livedump: "} , \
0x78 { "emfc_sm_subphase_linkdown_ldead_stats: "} , \
0x79 { "emfc_sm_port_status_err_general: "} , \
0x7a { "emfc_sm_port_status_err_ready: "} , \
0x7b { "emfc_sm_port_status_err_fatal: "} , \
0x7c { "emfc_sm_port_status_ready: "} , \
0x7d { "emfc_log_err: "} , \
0x7e { "emfc_sm_adap_init_cleanup: "} , \
0x7f { "emfc_offlevel_sm_adap_init: "} , \
0x80 { "emfc_sm_subphase_post_adap_port_stat: "} , \
0x81 { "emfc_build_slicfg_com_write_obj: "} , \
0x82 { "emfc_verify_ready_ctl_elem: "} , \
0x83 { "emfc_verify_ready_cmd: "} , \
0x84 { "emfc_verify_ready_mb: "} , \
0x85 { "emfc_estimate_and_update_ldmp_heap: "} , \
0x86 { "emfc_update_logins_plogi: "} , \
0x87 { "emfc_swap_logins_rpi: "} , \
0x88 { "emfc_issue_proto_mapdma_fail: "} , \
0x89 { "emfc_build_slicfg_com_read_obj: "} , \
0x8a { "emfc_sm_fw_download_write: "} , \
0x8b { "emfc_sm_fw_dump_read: "} , \
0x8c { "emfc_sm_fw_dump_delete: "} , \
0x8d { "emfc_sm_subphase_fabops_plogi: "} , \
0x8e { "emfc_sm_subphase_fabops_wait_plogi: "} , \
0x8f { "emfc_sm_subphase_fabops_reg_vfi: "} , \
0x90 { "emfc_sm_subphase_fabops_reg_vpi: "} , \
0x91 { "emfc_sm_subphase_fabops_reg_rpi: "} , \
0x92 { "emfc_sm_subphase_fabops_flogi_rsp: "} , \
0x93 { "emfc_sm_subphase_fabops_plogi_rsp: "} , \
0x94 { "emfc_wdog_wait_plogi: "} , \
0x95 { "emfc_proc_p2p_flogi: "} , \
0x96 { "emfc_p2p_async_flogi_accept: "} , \
0x97 { "emfc_p2p_rjt_cls2_els: "} , \
0x98 { "emfc_p2p_async_plogi_accept: "} , \
0x99 { "emfc_sm_subphase_fabops_unreg_rpi: "} , \
0x9a { "emfc_sm_subphase_fabops_unreg_vpi: "} , \
0x9b { "emfc_sm_subphase_fabops_unreg_vfi: "} , \
0x9c { "emfc_sm_subphase_fabops_init_vfi_vpi: "} , \
0x9d { "emfc_fw_buf_copy: "} , \
0x9e { "emfc_adde_firmware_download: "} , \
0x9f { "emfc_wdog_adde_fw_dwnld: "} , \
0xa0 { "emfc_wdog_dmp_msg: "} , \
0xa1 { "emfc_broadcast_cna_msg: "} , \
0xa2 { "emfc_sm_subphase_setproto_cr_eq: "} , \
0xa3 { "emfc_offlevel_start_admin: "} , \
0xa4 { "emfc_start_admin_work: "} , \
0xa5 { "emfc_start_proto_work: "} , \
0xa6 { "emfc_offlevel_admin_completion: "} , \
0xa7 { "emfc_offlevel_proto_completion: "} , \
0xa8 { "emfc_sm_phase_setup_eq_mq: "} , \
0xa9 { "emfc_sm_phase_error_link_reg: "} , \
0xaa { "emfc_close_unreg_log_all: "} , \
0xab { "emfc_proc_cq_admin: "} , \
0xac { "emfc_wdog_pend_work: "} , \
0xad { "emfc_sm_rdp_sfp_diag_desc: "} , \
0xae { "emfc_sm_rdp_read_sff_page_a2: "} , \
0xaf { "emfc_sm_rdp_read_sff_page_a0: "} , \
0xb0 { "emfc_proc_async_rdp: "} , \
0xb1 { "emfc_offlevel_xri_sm_abort: "} , \
0xb2 { "emfc_proto_chn_kthread: "} , \
0xb3 { "emfc_proc_async_fpin: "} , \
0xb4 { "emfc_sm_subphase_fabops_rdf: "} , \
0xb5 { "emfc_proc_cmd_rdf: "} , \
0xb6 { "emfc_proc_async_nvme_cioc: "} , \
0xb7 { "emfc_proc_async_nvme_disc: "} , \
0xb8 { "emfc_proc_async_nvme_unknown: "} , \
0xb9 { "emfc_proc_async_fc4_ls: "} , \
0xba { "emfc_sm_phase_setup_nvme: "} , \
0xbb { "emfc_sm_phase_error_setup_nvme: "} , \
0xbc { "emfc_proc_async_nvme_cass: "} , \
0xbd { "emfc_sm_cmd_updt_vport_rdf: "} , \
0xbf { "emfc_build_cmd_async_nvme_fc4_ls_rsp: "} , \
0xff { "emfc_emfc_FIXME1: "} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
104E 1.0 "EMFCP_ERR" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x01 { "emfsc_cfgupd_check_general: "} , \
0x02 { "emfsc_cfgupd_check_dyntrk: "} , \
0x03 { "emfsc_cfgupd_check_dyntrk_ena_tgt: "} , \
0x04 { "emfsc_cfgupd_check_dyntrk_dis_tgt: "} , \
0x05 { "emfsc_cfgupd_check_fast_fail: "} , \
0x06 { "emfsc_cfgupd_check_fast_fail_ena_tgt: "} , \
0x07 { "emfsc_cfgupd_check_fast_fail_dis_tgt: "} , \
0x08 { "emfsc_cfgupd_change_dyntrk: "} , \
0x09 { "emfsc_cfgupd_change_dyntrk_ena_tgt: "} , \
0x0a { "emfsc_cfgupd_change_dyntrk_dis_tgt: "} , \
0x0b { "emfsc_cfgupd_change_fast_fail: "} , \
0x0c { "emfsc_cfgupd_change_fast_fail_ena_tgt: "} , \
0x0d { "emfsc_cfgupd_change_fast_fail_dis_tgt: "} , \
0x0e { "emfsc_issue_target_cancel_again: "} , \
0x0f { "emfsc_scsi_async_notify: "} , \
0x10 { "emfsc_scsi_async_notify_target_events: "} , \
0x11 { "emfsc_cfgupd_check_io_thrshld_tmr: "} , \
0x12 { "emfsc_flush_pending_thrshld_timeout_cmds: "} , \
0x13 { "emfsc_async_fw_dnld: "} , \
0x14 { "emfsc_target_cancel_vfc_luns_done: "} , \
0x15 { "emfsc_target_cancel_vfc_all_done: "} , \
0x16 { "emfsc_kproc_handler: "} , \
0x17 { "emfsc_work_kthread: "} , \
0x18 { "emfsc_strategy_ext: "} , \
0xff { "emfsc_emfsc_FIXME2: "} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
109B 1.0 "FCNVME" \
$DD1
109C 1.0 "FCNVMEDD" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x01 { "fcnvme_async_link_dead: "} , \
0x02 { "fcnvme_async_link_down: "} , \
0x03 { "fcnvme_async_link_up: "} , \
0x04 { "fcnvme_async_plogi: "} , \
0x05 { "fcnvme_async_logo: "} , \
0x06 { "fcnvme_async_prli: "} , \
0x07 { "fcnvme_async_prlo: "} , \
0x08 { "fcnvme_async_halt_adap: "} , \
0x09 { "fcnvme_async_resume_adap: "} , \
0x0a { "fcnvme_async_reset_adap: "} , \
0x0b { "fcnvme_async_migrated: "} , \
0x0c { "fcnvme_async_hard_fail: "} , \
0x0d { "fcnvme_async_nvme_disc: "} , \
0x0e { "fcnvme_async_timeout: "} , \
0x0f { "fcnvme_async_reset_adap_fail: "} , \
0x10 { "fcnvme_async_enqueue_q_event: "} , \
0x11 { "fcnvme_async_rscn: "} , \
0x12 { "fcnvme_async_stat: "} , \
0x13 { "fcnvme_async_grp_dmn_scn: "} , \
0x14 { "fcnvme_async_set_event_info: "} , \
0x15 { "fcnvme_async_notify_event: "} , \
0x16 { "fcnvme_get_async_event: "} , \
0x17 { "fcnvme_get_async_q_event: "} , \
0x18 { "fcnvme_register_async_events: "} , \
0x19 { "fcnvme_unregister_async_events: "} , \
0x1a { "fcnvme_create_association: "} , \
0x1b { "fcnvme_create_association_cleanup: "} , \
0x1c { "fcnvme_create_connection: "} , \
0x1d { "fcnvme_delete_association: "} , \
0x1e { "fcnvme_watchdog: "} , \
0x1f { "fcnvme_wdog_assoc_cancel_io_to: "} , \
0x20 { "fcnvme_wdog_updt_vport_to: "} , \
0x21 { "fcnvme_wdog_plogi_mvlg_to: "} , \
0x22 { "fcnvme_wdog_prli_to: "} , \
0x23 { "fcnvme_wdog_gid_pn_dly_to: "} , \
0x24 { "fcnvme_wdog_ctiu_to: "} , \
0x25 { "fcnvme_wdog_prli_dly_to: "} , \
0x26 { "fcnvme_wdog_target_cancel_assocs_to: "} , \
0x27 { "fcnvme_wdog_target_cancel_all_to: "} , \
0x28 { "fcnvme_wdog_send_seq_to: "} , \
0x29 { "fcnvme_plogi: "} , \
0x2a { "fcnvme_logo: "} , \
0x2b { "fcnvme_prli_failure: "} , \
0x2c { "fcnvme_prli_success: "} , \
0x2d { "fcnvme_all_kthread_start: "} , \
0x2e { "fcnvme_kthread_harvest_send_io: "} , \
0x2f { "fcnvme_chn_io_kthread_worker: "} , \
0x30 { "fcnvme_cmd_elem_complete: "} , \
0x31 { "FCNVMEERROR: "} , \
0x32 { "fcnvme_fabricate_cqe_error: "} , \
0x33 { "fcnvme_reset_work_queue: "} , \
0x34 { "fcnvme_enqueue_cancel_cmd: "} , \
0x35 { "fcnvme_verify_act_cmds_abort_in_prog: "} , \
0x36 { "fcnvme_mark_act_cmds_abort_in_prog: "} , \
0x37 { "fcnvme_clear_target_resources: "} , \
0x38 { "fcnvme_process_prli: "} , \
0x39 { "fcnvme_process_rft_id: "} , \
0x3a { "fcnvme_process_nvme_elem: "} , \
0x3b { "fcnvme_process_response_iu: "} , \
0x3c { "fcnvme_process_gid_pn_rsp: "} , \
0x3d { "fcnvme_process_reset_interface: "} , \
0x3e { "fcnvme_process_adapter_error: "} , \
0x3f { "fcnvme_process_ctiu: "} , \
0x40 { "fcnvme_process_gid_pn: "} , \
0x41 { "fcnvme_process_cancel_elem: "} , \
0x42 { "fcnvme_cmd_check_wwpn_change: "} , \
0x43 { "fcnvme_threshold_err: "} , \
0x44 { "fcnvme_threshold_reset: "} , \
0x45 { "fcnvme_register_work_queue: "} , \
0x46 { "fcnvme_unregister_work_queue: "} , \
0x47 { "fcnvme_fail_open: "} , \
0x48 { "fcnvme_send_cass_ls: "} , \
0x49 { "fcnvme_send_cioc_ls: "} , \
0x4a { "fcnvme_send_rft_id: "} , \
0x4b { "fcnvme_send_sequence: "} , \
0x4c { "fcnvme_send_logins: "} , \
0x4d { "fcnvme_send_disc_ls: "} , \
0x4e { "fcnvme_issue_nvmeof_cmds: "} , \
0x4f { "fcnvme_issue_nvmeof_pending_cmds: "} , \
0x50 { "fcnvme_issue_ctiu: "} , \
0x51 { "fcnvme_issue_gid_pn: "} , \
0x52 { "fcnvme_issue_send_seq: "} , \
0x53 { "fcnvme_issue_send_els: "} , \
0x54 { "fcnvme_issue_gen_xchg: "} , \
0x55 { "fcnvme_issue_reset_interface: "} , \
0x56 { "fcnvme_issue_target_cancel_all: "} , \
0x57 { "fcnvme_issue_assoc_cancel_io: "} , \
0x58 { "fcnvme_issue_target_cancel_assocs: "} , \
0x59 { "fcnvme_issue_target_cancel: "} , \
0x5a { "fcnvme_issue_target_cancel_again: "} , \
0x5b { "fcnvme_issue_assoc_cancel_again: "} , \
0x5c { "fcnvme_cleanup_assoc_cancel: "} , \
0x5d { "fcnvme_cleanup_target_cancel: "} , \
0x5e { "fcnvme_target_cancel_assocs_done: "} , \
0x5f { "fcnvme_target_cancel_all_done: "} , \
0x60 { "fcnvme_alloc_spc_els_buf: "} , \
0x61 { "fcnvme_alloc_spc_rsp_buf: "} , \
0x62 { "fcnvme_alloc_spc_cmd_buf: "} , \
0x63 { "fcnvme_select: "} , \
0x64 { "fcnvme_recv: "} , \
0x65 { "fcnvme_cmd_recv: "} , \
0x66 { "fcnvme_cdt_func: "} , \
0x67 { "fcnvme_log_err: "} , \
0x68 { "fcnvme_ras_callback: "} , \
0x69 { "fcnvme_ras_callback_target: "} , \
0x6a { "fcnvme_issue_prli: "} , \
0x6b { "fcnvme_fc_recov_ops_failed: "} , \
0x6c { "fcnvme_send_gid_pn: "} , \
0x6d { "fcnvme_process_move_login: "} , \
0x6e { "fcnvme_move_login_success: "} , \
0x6f { "fcnvme_move_login_failure: "} , \
0x70 { "fcnvme_mvlg_update: "} , \
0x71 { "fcnvme_issue_move_login: "} , \
0x72 { "fcnvme_wdog_send_gid_pn_dly_to: "} , \
0x73 { "fcnvme_issue_cancel_cmd: "} , \
0x74 { "fcnvme_send_gnn_id: "} , \
0x75 { "fcnvme_get_all_disc_srvs: "} , \
0x76 { "fcnvme_issue_gid_ff: "} , \
0xff { "fcnvme_fcnvme_FIXME1: "} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
109D 1.0 "FCNVMEDD" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x01 { "fcnvme_clear_initiator: "} , \
0x02 { "fcnvme_process_update_vport: "} , \
0x03 { "fcnvme_issue_update_vport: "} , \
0x04 { "fcnvme_npiv_scsi: "} , \
0x05 { "fcnvme_npiv_start_pending_cmds: "} , \
0x06 { "fcnvme_npiv_build_prli_cmd: "} , \
0x07 { "fcnvme_npiv_build_cancel_cmd: "} , \
0x08 { "fcnvme_npiv_build_scsi_cmd: "} , \
0x09 { "fcnvme_npiv_scsi_process: "} , \
0x0a { "fcnvme_npiv_admin: "} , \
0x0b { "fcnvme_npiv_admin_issue: "} , \
0x0c { "fcnvme_npiv_admin_process: "} , \
0x0d { "fcnvme_npiv_async_stat: "} , \
0x0e { "fcnvme_npiv_send_async_stat: "} , \
0x0f { "fcnvme_npiv_output: "} , \
0x10 { "fcnvme_npiv_admin_entry_fcn: "} , \
0x11 { "fcnvme_npiv_offl_npiv_issue: "} , \
0x12 { "fcnvme_npiv_cmd_done: "} , \
0x13 { "fcnvme_offl_npiv_done: "} , \
0x14 { "fcnvme_init_initiator: "} , \
0x15 { "fcnvme_npiv_admin_process_relogin: "} , \
0x16 { "fcnvme_npiv_has_stale_target: "} , \
0x17 { "fcnvme_sli4_process_npiv_ctl_elem: "} , \
0x18 { "fcnvme_npiv_admin_map_error: "} , \
0x19 { "fcnvme_npiv_scsi_map_error: "} , \
0x1a { "fcnvme_npiv_admin_build_npiv_cmd: "} , \
0x1b { "fcnvme_npiv_admin_issue_ctiu: "} , \
0x1c { "fcnvme_npiv_admin_issue_relogin: "} , \
0x1d { "fcnvme_npiv_admin_issue_update_npiv: "} , \
0x1e { "fcnvme_npiv_admin_issue_cancel: "} , \
0x1f { "fcnvme_npiv_admin_issue_els: "} , \
0x20 { "fcnvme_cv_issue_adap_prli_cmd: "} , \
0x21 { "fcnvme_cv_prli_check_error: "} , \
0x22 { "fcnvme_cv_proc_adap_plog: "} , \
0x23 { "fcnvme_cv_proc_adap_reply_status: "} , \
0x24 { "fcnvme_cv_process_response_iu: "} , \
0x25 { "fcnvme_cv_validate_io_handle: "} , \
0x26 { "fcnvme_cv_wdog_prli_to: "} , \
0x27 { "fcnvme_em_proc_adap_plog: "} , \
0x28 { "fcnvme_em_prli_check_error: "} , \
0x29 { "fcnvme_em_validate_io_tag: "} , \
0x2a { "fcnvme_em_process_response_iu: "} , \
0x2b { "fcnvme_em_proc_adap_reply_status: "} , \
0x2c { "fcnvme_em_adap_build_cancel: "} , \
0x2d { "fcnvme_em_wdog_prli_to: "} , \
0x2e { "fcnvme_em_build_adap_plog: "} , \
0x2f { "fcnvme_cv_build_adap_plog: "} , \
0x30 { "fcnvme_em_build_adap_send_seq_cmd: "} , \
0x31 { "fcnvme_cv_build_adap_send_seq_cmd: "} , \
0x32 { "fcnvme_cv_adap_build_fcnvme_iocb: "} , \
0x33 { "fcnvme_cv_adap_init_cancel_cmd_elem: "} , \
0x34 { "fcnvme_cv_adap_update_assoc_cmds: "} , \
0x35 { "fcnvme_ioctl: "} , \
0xff { "fcnvme_fcnvme_Future_Use_FIXME2: "} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
5F7 1.0 "@mxibdd64" \
"MXIB DD SPEC: " O2 A8.8 "d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8
5F8 1.0 "@mxibdd64" \
"MXIB DD GEN: " O2 A8.8 "d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8
5F9 1.0 "@mxibdd64" \
"MXIB DD ERR: " O2 A8.8 "d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8
5FA 1.0 "@mxibdd64" \
"MXIB DD DBG: " O2 A8.8 "d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8
5FB 1.0 "@IbMxLib" \
"MXIB SP: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
65D 1.0 "@elxentdd" \
"PCI ELXENTDD XMT: " \
$D1, \
0x57515545 { "WQUE location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x57454E44 { "WEND location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
65E 1.0 "@elxentdd" \
"PCI ELXENTDD RCV: " \
$D1, \
0x52444154 { "RDAT location=" W2 A4.4 " mbuf=" XW }, \
0x524E4F54 { "RNOT location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x52454E44 { "REND location=" W2 A4.4 " mbuf=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
65F 1.0 "@elxentdd" \
"PCI ELXENTDD GEN: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
5ED 1.0 "@kxentdd" \
"PCI KXENTDD XMT: " \
$D1, \
0x57515545 { "WQUE location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x57454E44 { "WEND location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
5EE 1.0 "@kxentdd" \
"PCI KXENTDD RCV: " \
$D1, \
0x52444154 { "RDAT location=" W2 A4.4 " mbuf=" XW }, \
0x524E4F54 { "RNOT location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x52454E44 { "REND location=" W2 A4.4 " mbuf=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
5EF 1.0 "@kxentdd" \
"PCI KXENTDD GEN: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
108E 1.0 "CVFCP" \
$HD%X2, \
0x1010 { cvfsc_config: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1011 { cvfsc_configX: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1012 { cvfsc_open: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1013 { cvfsc_openx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1014 { cvfsc_close: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1015 { cvfsc_closex: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1016 { cvfsc_ioctl: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1017 { cvfsc_ioctlx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1018 { cvfsc_intr: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1019 { cvfsc_intrx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x101A { cvfsc_strategy: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x101B { cvfsc_strategyx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x101C { cvfsc_start: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x101D { cvfsc_startx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x101E { cvfsc_select: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x101F { cvfsc_selectx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1020 { cvfsc_unconfig: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1021 { cvfsc_unconfigx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1022 { cvfsc_read: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1023 { cvfsc_write: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
\* { $DD1 }
108F 1.0 "CVFCPDD" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x01 { "cvfsc_cfgupd_check_general: "} , \
0x02 { "cvfsc_cfgupd_check_dyntrk: "} , \
0x03 { "cvfsc_cfgupd_check_dyntrk_ena_tgt: "} , \
0x04 { "cvfsc_cfgupd_check_dyntrk_dis_tgt: "} , \
0x05 { "cvfsc_cfgupd_check_fast_fail: "} , \
0x06 { "cvfsc_cfgupd_check_fast_fail_ena_tgt: "} , \
0x07 { "cvfsc_cfgupd_check_fast_fail_dis_tgt: "} , \
0x08 { "cvfsc_cfgupd_change_dyntrk: "} , \
0x09 { "cvfsc_cfgupd_change_dyntrk_ena_tgt: "} , \
0x0a { "cvfsc_cfgupd_change_dyntrk_dis_tgt: "} , \
0x0b { "cvfsc_cfgupd_change_fast_fail: "} , \
0x0c { "cvfsc_cfgupd_change_fast_fail_ena_tgt: "} , \
0x0d { "cvfsc_cfgupd_change_fast_fail_dis_tgt: "} , \
0x0e { "cvfsc_async_fpin: "} , \
0x0f { "cvfsc_npiv_process_scsi_cmd: "} , \
0x10 { "cvfsc_scsi_async_notify: "} , \
0x11 { "cvfsc_tm_free_cvfscbuf: "} , \
0x12 { "cvfsc_tm_get_cmd_elem: "} , \
0x13 { "cvfsc_tm_check_general: "} , \
0x14 { "cvfsc_copy_strt_tgt_to_caller: "} , \
0x15 { "cvfsc_tm_process_ctio_error: "} , \
0x16 { "cvfsc_tm_check_invalid_cdb: "} , \
0x17 { "cvfsc_tm_build_sppc_send_diag_resp: "} , \
0x18 { "cvfsc_tm_build_spc_rpt_luns_resp: "} , \
0x19 { "cvfsc_tm_build_spc_inq_resp: "} , \
0x1a { "cvfsc_tm_build_spc_tur_resp: "} , \
0x1b { "cvfsc_tm_build_nolun_resp: "} , \
0x1c { "cvfsc_tm_check_invalid_op: "} , \
0x1d { "cvfsc_tm_check_no_lun: "} , \
0x1e { "cvfsc_tm_build_sppc_send_resp: "} , \
0x1f { "cvfsc_tm_offl_rsp: "} , \
0x20 { "cvfsc_tm_build_rspiu: "} , \
0x21 { "cvfsc_tm_check_itf: "} , \
0x22 { "cvfsc_tm_check_invalid_cmdiu: "} , \
0x23 { "cvfsc_tm_build_spc_write_buf_resp: "} , \
0x24 { "cvfsc_tm_offl_ulp: "} , \
0x25 { "cvfsc_tm_build_abts_rsp_iocb: "} , \
0x26 { "cvfsc_tm_offl_cmd_task_mgm: "} , \
0x27 { "cvfsc_tm_offl_cmd_normal: "} , \
0x28 { "cvfsc_tm_build_spc_req_sns_resp: "} , \
0x29 { "cvfsc_tm_process_abts_rsp: "} , \
0x2a { "cvfsc_tm_cmdiu_sanity: "} , \
0x2b { "cvfsc_tm_wdog_ctio_term_iocb_to: "} , \
0x2c { "cvfsc_tm_wdog_ctio_iocb_to: "} , \
0x2d { "cvfsc_tm_offl_cmd: "} , \
0x2e { "cvfsc_tm_issue_abts_rsp: "} , \
0x2f { "cvfsc_tm_set_abort_state: "} , \
0x30 { "cvfsc_tm_issue_ctio: "} , \
0x31 { "cvfsc_tm_fail_cmd: "} , \
0x32 { "cvfsc_tm_process_term_xchg_ctio: "} , \
0x33 { "cvfsc_tm_process_ctio: "} , \
0x34 { "cvfsc_tm_process_async_abts: "} , \
0x35 { "cvfsc_tm_mvlg_update_tmlogin: "} , \
0x36 { "cvfsc_tm_issue_move_login: "} , \
0x37 { "cvfsc_tm_wdog_log_in_out_to: "} , \
0x38 { "cvfsc_tm_wdog_move_log_to: "} , \
0x39 { "cvfsc_tm_process_log_in_out: "} , \
0x3a { "cvfsc_login_failure: "} , \
0x3b { "cvfsc_process_log_in_out: "} , \
0x3c { "cvfsc_cmd_check_wwpn_change: "} , \
0x3d { "cvfsc_issue_log_in_out: "} , \
0x3e { "cvfsc_tm_has_cmds: "} , \
0x3f { "cvfsc_tm_has_act_cmds: "} , \
0x40 { "cvfsc_tm_offl_aborted_cmd: "} , \
0x41 { "cvfsc_tm_offl: "} , \
0x42 { "cvfsc_tm_process_admin_cmd: "} , \
0x43 { "cvfsc_wdog_prli_dly_to: "} , \
0x44 { "cvfsc_tm_watchdog: "} , \
0x45 { "cvfsc_tm_wdog_ct_pthru_to: "} , \
0x46 { "cvfsc_process_gid_pn_rsp: "} , \
0x47 { "cvfsc_issue_nport_lookup: "} , \
0x48 { "cvfsc_tm_process_gid_pn: "} , \
0x49 { "cvfsc_tm_process_move_login: "} , \
0x4a { "cvfsc_move_login_failure: "} , \
0x4b { "cvfsc_tm_add_login: "} , \
0x4c { "cvfsc_tm_issue_gid_pn: "} , \
0x4d { "cvfsc_tm_undo_start: "} , \
0x4e { "cvfsc_tm_invalidate_stale_logins: "} , \
0x4f { "cvfsc_tm_find_login_wwpn: "} , \
0x50 { "cvfsc_tm_find_login_nport_handle: "} , \
0x51 { "cvfsc_tm_find_login_nport_id: "} , \
0x52 { "cvfsc_tm_delete_lru_login: "} , \
0x53 { "cvfsc_tm_free_buf_callback: "} , \
0x54 { "cvfsc_login_complete: "} , \
0x55 { "cvfsc_tm_issue_log_in_out: "} , \
0x56 { "cvfsc_tm_get_cvfscbuf: "} , \
0x57 { "cvfsc_tm_abort_cmds: "} , \
0x58 { "cvfsc_tm_login_abort_cmds: "} , \
0x59 { "cvfsc_tm_clear: "} , \
0x5a { "cvfsc_tm_delete_login: "} , \
0x5b { "cvfsc_tm_build_term_xchg_ctio_iocb: "} , \
0x5c { "cvfsc_process_rft_id: "} , \
0x5d { "cvfsc_tm_start: "} , \
0x5e { "cvfsc_tm_process_atio: "} , \
0x5f { "cvfsc_threshold_err: "} , \
0x60 { "cvfsc_threshold_reset: "} , \
0x61 { "cvfsc_invalidate_stale_logins: "} , \
0x62 { "cvfsc_gid_pn_targets: "} , \
0x63 { "cvfsc_wdog_starve_to: "} , \
0x64 { "cvfsc_wdog_cdar_to: "} , \
0x65 { "cvfsc_wdog_dev_to: "} , \
0x66 { "cvfsc_wdog_abort_claca_to: "} , \
0x67 { "cvfsc_wdog_cancel_to: "} , \
0x68 { "cvfsc_wdog_marker_to: "} , \
0x69 { "cvfsc_wdog_plogi_mvlg_to: "} , \
0x6a { "cvfsc_wdog_pdisc_to: "} , \
0x6b { "cvfsc_wdog_target_rst_to: "} , \
0x6c { "cvfsc_wdog_ct_iu_dly_to: "} , \
0x6d { "cvfsc_wdog_ct_pthru_to: "} , \
0x6e { "cvfsc_wdog_els_pthru_to: "} , \
0x6f { "cvfsc_wdog_abort_iocb_to: "} , \
0x70 { "cvfsc_ioctl_check_dyntrk: "} , \
0x71 { "cvfsc_ioctl_setup: "} , \
0x72 { "cvfsc_initiate_dyntrk: "} , \
0x73 { "cvfsc_stale_target: "} , \
0x74 { "cvfsc_init_dev_finish: "} , \
0x75 { "cvfsc_send_els_pthru: "} , \
0x76 { "cvfsc_send_ct_pthru: "} , \
0x77 { "SDIODONE: "} , \
0x78 { "cvfsc_plogi_logo: "} , \
0x79 { "cvfsc_send_login: "} , \
0x7a { "cvfsc_clear_dev: "} , \
0x7b { "cvfsc_send_target_reset: "} , \
0x7c { "cvfsc_fail_scsi: "} , \
0x7d { "cvfsc_fail_cmd: "} , \
0x7e { "cvfsc_flush_pending_cmds: "} , \
0x7f { "cvfsc_dev_restart_iodone: "} , \
0x80 { "cvfsc_strategy: "} , \
0x81 { "cvfsc_start: "} , \
0x82 { "cvfsc_start_pending_cmds: "} , \
0x83 { "cvfsc_cmd_recv: "} , \
0x84 { "cvfsc_npiv_build_admin_update_npiv: "} , \
0x85 { "cvfsc_process_scsi_elem: "} , \
0x86 { "cvfsc_process_tskmgm_iocb: "} , \
0x87 { "cvfsc_process_tskmgm_iocb_error: "} , \
0x88 { "cvfsc_process_marker_elem: "} , \
0x89 { "cvfsc_recv: "} , \
0x8a { "SCSIERROR: "} , \
0x8b { "cvfsc_process_els_pthru_elem: "} , \
0x8c { "cvfsc_process_cancel_elem: "} , \
0x8d { "cvfsc_process_pdisc: "} , \
0x8e { "cvfsc_process_relogin: "} , \
0x8f { "cvfsc_process_ct_pthru: "} , \
0x90 { "cvfsc_process_gid_pn: "} , \
0x91 { "cvfsc_process_move_login: "} , \
0x92 { "cvfsc_process_task_mgm_cmds: "} , \
0x93 { "cvfsc_process_task_mgm_to: "} , \
0x94 { "cvfsc_process_cmd_error: "} , \
0x95 { "cvfsc_process_fcp_status: "} , \
0x96 { "cvfsc_process_iocb_error: "} , \
0x97 { "cvfsc_cleanup_dev_cancel: "} , \
0x98 { "cvfsc_cleanup_target_cancel: "} , \
0x99 { "cvfsc_issue_adap_reset: "} , \
0x9a { "cvfsc_issue_els_pthru: "} , \
0x9b { "cvfsc_issue_ct_pthru: "} , \
0x9c { "cvfsc_issue_gid_pn: "} , \
0x9d { "cvfsc_issue_target_marker: "} , \
0x9e { "cvfsc_issue_lun_marker: "} , \
0x9f { "cvfsc_dyntrk_failed: "} , \
0xa0 { "cvfsc_issue_relogin: "} , \
0xa1 { "cvfsc_log_err: "} , \
0xa2 { "cvfsc_watchdog: "} , \
0xa3 { "cvfsc_async_stat: "} , \
0xa4 { "cvfsc_cdt_func: "} , \
0xa5 { "cvfsc_mvlg_update: "} , \
0xa6 { "cvfsc_issue_lun_cancel: "} , \
0xa7 { "cvfsc_issue_target_cancel: "} , \
0xa8 { "cvfsc_issue_pdisc: "} , \
0xa9 { "cvfsc_issue_target_reset: "} , \
0xaa { "cvfsc_issue_lun_reset: "} , \
0xab { "cvfsc_issue_clear_aca: "} , \
0xac { "cvfsc_issue_abt_tsk_set: "} , \
0xad { "cvfsc_issue_move_login: "} , \
0xae { "cvfsc_ioctl: "} , \
0xaf { "cvfsc_alloc_spc_cmd_buf: "} , \
0xb0 { "cvfsc_alloc_spc_els_buf: "} , \
0xb1 { "cvfsc_alloc_spc_rsp_buf: "} , \
0xb2 { "cvfsc_init_dev: "} , \
0xb3 { "cvfsc_open: "} , \
0xb4 { "cvfsc_dump: "} , \
0xb5 { "cvfsc_dump_start: "} , \
0xb6 { "cvfsc_dump_write: "} , \
0xb7 { "cvfsc_select: "} , \
0xb8 { "cvfsc_issue_abort_iocb: "} , \
0xb9 { "cvfsc_npiv_scsi: "} , \
0xba { "cvfsc_npiv_scsi_cancel: "} , \
0xbb { "cvfsc_npiv_start_pending_cmds: "} , \
0xbc { "cvfsc_npiv_scsi_issue_cmd: "} , \
0xbd { "cvfsc_npiv_build_scsi_tm: "} , \
0xbe { "cvfsc_npiv_build_scsi_cmd: "} , \
0xbf { "cvfsc_npiv_admin: "} , \
0xc0 { "cvfsc_npiv_admin_build_and_issue: "} , \
0xc1 { "cvfsc_npiv_admin_issue_cmd: "} , \
0xc2 { "cvfsc_init_initiator: "} , \
0xc3 { "cvfsc_clear_initiator: "} , \
0xc4 { "cvfsc_npiv_logout_target: "} , \
0xc5 { "cvfsc_clear_target: "} , \
0xc6 { "cvfsc_npiv_cmd_recv: "} , \
0xc7 { "cvfsc_npiv_recv: "} , \
0xc8 { "cvfsc_build_fcp_rsp_from_iocb: "} , \
0xc9 { "cvfsc_npiv_async_stat: "} , \
0xca { "cvfsc_npiv_send_async_stat: "} , \
0xcb { "cvfsc_npiv_map_status_admin: "} , \
0xcc { "cvfsc_npiv_map_status_prli: "} , \
0xcd { "cvfsc_npiv_map_status_scsi: "} , \
0xce { "cvfsc_npiv_build_scsi_crc2: "} , \
0xcf { "cvfsc_npiv_build_admin_ctiu: "} , \
0xd0 { "cvfsc_npiv_build_admin_els: "} , \
0xd1 { "cvfsc_issue_update_vport: "} , \
0xd2 { "cvfsc_process_update_vport: "} , \
0xd3 { "cvfsc_npiv_output: "} , \
0xd4 { "cvfsc_npiv_admin_entry_fcn: "} , \
0xd5 { "cvfsc_offl_npiv_issue: "} , \
0xd6 { "cvfsc_npiv_cmd_done: "} , \
0xd7 { "cvfsc_offl_npiv_done: "} , \
0xd8 { "cvfsc_npiv_build_scsi_marker: "} , \
0xd9 { "cvfsc_get_adap_stat: "} , \
0xda { "cvfsc_ras_register_dev: "} , \
0xdb { "cvfsc_ras_register_target: "} , \
0xdc { "cvfsc_npiv_build_scsi_iocancel: "} , \
0xdd { "cvfsc_npiv_build_cmd_elem_cancel: "} , \
0xde { "cvfsc_npiv_build_scsi_type6: "} , \
0xdf { "cvfsc_async_timeout: "} , \
0xe0 { "cvfsc_link_down_initiators: "} , \
0xe1 { "cvfsc_npiv_build_scsi_prli: "} , \
0xe2 { "cvfsc_npiv_build_cvfsc_cmd_cancel: "} , \
0xe3 { "cvfsc_npiv_build_admin_move_login: "} , \
0xe4 { "cvfsc_npiv_build_admin_relogin: "} , \
0xe5 { "cvfsc_npiv_process_scsi_marker: "} , \
0xe6 { "cvfsc_npiv_process_scsi_iocancel: "} , \
0xe7 { "cvfsc_npiv_process_scsi_tm: "} , \
0xe8 { "cvfsc_npiv_process_scsi_prli: "} , \
0xe9 { "cvfsc_npiv_process_admin_relogin: "} , \
0xea { "cvfsc_npiv_process_admin_els: "} , \
0xeb { "cvfsc_npiv_process_admin_ctiu: "} , \
0xec { "cvfsc_npiv_process_admin_move_login: "} , \
0xed { "cvfsc_npiv_process_admin_update_npiv: "} , \
0xee { "cvfsc_npiv_process_admin_cancel: "} , \
0xef { "cvfsc_async_hard_fail: "} , \
0xf0 { "cvfsc_async_dead_link: "} , \
0xf1 { "cvfsc_async_link_down: "} , \
0xf2 { "cvfsc_async_link_up: "} , \
0xf3 { "cvfsc_async_plogi: "} , \
0xf4 { "cvfsc_async_logo: "} , \
0xf5 { "cvfsc_async_prli: "} , \
0xf6 { "cvfsc_async_prlo: "} , \
0xf7 { "cvfsc_async_lip: "} , \
0xf8 { "cvfsc_async_rscn: "} , \
0xf9 { "cvfsc_async_grp_dmn_scn: "} , \
0xfa { "cvfsc_async_reset_adap: "} , \
0xfb { "cvfsc_async_resume_adap: "} , \
0xfc { "cvfsc_async_reset_adap_fail: "} , \
0xfd { "cvfsc_start_any_waiting: "} , \
0xfe { "cvfsc_offl_npiv_proc_flush_q: "} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW } , \
0x3 { "Error " $cnt%X1 XW XW XW XW XW }
1091 1.0 "CVFCPDD" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x01 { "cvfsc_issue_target_cancel_again: "} , \
0x02 { "cvfsc_async_halt_adap: "} , \
0x03 { "cvfsc_cfgupd_check_io_thrshld_tmr: "} , \
0x04 { "cvfsc_flush_pending_thrshld_timeout_cmds: "} , \
0x05 { "cvfsc_async_fw_dnld: "} , \
0xff { "cvfsc_cvfsc_FIXME2: "} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW } , \
0x3 { "Error " $cnt%X1 XW XW XW XW XW }
1092 1.0 "CVFCADD" \
$HD%X2, \
0x1010 { cvfc_config: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1011 { cvfc_configX: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1012 { cvfc_open: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1013 { cvfc_openx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1014 { cvfc_close: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1015 { cvfc_closex: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1016 { cvfc_ioctl: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1017 { cvfc_ioctlx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1018 { cvfc_intr: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1019 { cvfc_intrx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x101A { cvfc_strategy: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x101B { cvfc_strategyx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x101C { cvfc_start: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x101D { cvfc_startx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x101E { cvfc_select: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x101F { cvfc_selectx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1020 { cvfc_unconfig: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1021 { cvfc_unconfigx: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1022 { cvfc_read: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
0x1023 { cvfc_write: line: $D1%DW\t $D2%XW $D3%XW $D4%XW $D5%XW} , \
\* { $DD1 } , \
0xc3 { "command_out: ap: " $D3 " ctl_elem: " $D1 " iocb: " $D2 " queue: " $D4 }, \
0xc4 { "command_in: ap: " $D3 " ctl_elem: " $D1 " iocb: " $D2 " queue: " $D4 }
1093 1.0 "CVFCDD" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x01 { "cvfc_get_i2c_access: "} , \
0x02 { "cvfc_create_async_serv_parms: "} , \
0x03 { "cvfc_mvlg_log_sync_create_response: "} , \
0x04 { "cvfc_mark_login_nport_handle_stale: "} , \
0x05 { "cvfc_find_login_wwpn_nport_id: "} , \
0x06 { "cvfc_mvlg_log_new_in_sync: "} , \
0x07 { "cvfc_disable_all_vports: "} , \
0x08 { "cvfc_build_get_pdb_cmd: "} , \
0x09 { "cvfc_build_inot_ack_cmd: "} , \
0x0a { "cvfc_enable_modify_vp: "} , \
0x0b { "cvfc_invalidate_vports: "} , \
0x0c { "cvfc_invalidate_logins: "} , \
0x0d { "cvfc_invalidate_logins_nport_id: "} , \
0x0e { "cvfc_build_inot_ack_iocb: "} , \
0x0f { "cvfc_proc_port_logo_inot: "} , \
0x10 { "cvfc_proc_log_els_inot: "} , \
0x11 { "cvfc_get_ae_q_elem: "} , \
0x12 { "cvfc_proc_adap_inot_iocb: "} , \
0x13 { "cvfc_proc_adap_inot_ack_iocb: "} , \
0x14 { "cvfc_enqueue_event: "} , \
0x15 { "cvfc_offlevel_ae_q_isr: "} , \
0x16 { "cvfc_proc_atio_iocbs: "} , \
0x17 { "cvfc_ctl_prli_setup: "} , \
0x18 { "cvfc_get_rsc_cnts_mb: "} , \
0x19 { "cvfc_proc_get_rsc_cnts_mb: "} , \
0x1a { "cvfc_update_adap_vpd: "} , \
0x1b { "cvfc_proc_rw_sfp_mb: "} , \
0x1c { "cvfc_rw_sfp_mb: "} , \
0x1d { "cvfc_intr_reset_failure: "} , \
0x1e { "cvfc_proto_reset_failure: "} , \
0x1f { "cvfc_proto_reset_success: "} , \
0x20 { "cvfc_proc_ae_event: "} , \
0x21 { "cvfc_proc_ae_dd_notify: "} , \
0x22 { "cvfc_proc_ae_lip_occurred: "} , \
0x23 { "cvfc_proc_ae_change_notification: "} , \
0x24 { "cvfc_proc_ae_req_resp_error: "} , \
0x25 { "cvfc_proc_ae_port_db_changed: "} , \
0x26 { "cvfc_proc_flash_access_mb: "} , \
0x27 { "cvfc_proc_dump_ram_mb: "} , \
0x28 { "cvfc_proc_idc_ack_msg_mb: "} , \
0x29 { "cvfc_proc_get_dcbx_params_mb: "} , \
0x2a { "cvfc_proc_get_set_params_mb: "} , \
0x2b { "cvfc_proc_get_link_status_mb: "} , \
0x2c { "cvfc_proc_get_rps_rls_mb: "} , \
0x2d { "cvfc_proc_initiate_lip_mb: "} , \
0x2e { "cvfc_proc_idc_send_msg_mb: "} , \
0x2f { "cvfc_proc_adap_abort_io_iocb_err: "} , \
0x30 { "cvfc_proc_adap_modify_vp_cfg_iocb_err: "} , \
0x31 { "cvfc_proc_adap_rpt_id_acq_iocb_err: "} , \
0x32 { "cvfc_proc_adap_vp_ctl_iocb_err: "} , \
0x33 { "cvfc_proc_adap_mb_iocb_err: "} , \
0x34 { "cvfc_proc_adap_marker_iocb_err: "} , \
0x35 { "cvfc_proc_send_change_request_mb: "} , \
0x36 { "cvfc_proc_get_fcf_list_mb: "} , \
0x37 { "cvfc_proc_get_fcal_posmap_mb: "} , \
0x38 { "cvfc_proc_serdes_xmt_param_mb: "} , \
0x39 { "cvfc_proc_set_fw_options_mb: "} , \
0x3a { "cvfc_proc_verify_chksum_mb: "} , \
0x3b { "cvfc_proc_load_ram_mb: "} , \
0x3c { "cvfc_proc_write_mpi_reg_mb: "} , \
0x3d { "cvfc_proc_restart_mpi_fw_mb: "} , \
0x3e { "cvfc_proc_get_data_rate_mb: "} , \
0x3f { "cvfc_proc_adap_nport_login_iocb: "} , \
0x40 { "cvfc_proc_adap_nport_logout_iocb: "} , \
0x41 { "cvfc_proc_adap_update_vport_iocb: "} , \
0x42 { "cvfc_proc_adap_log_in_out_iocb_err: "} , \
0x43 { "cvfc_proc_adap_ct_pthru_iocb_err: "} , \
0x44 { "cvfc_proc_adap_els_pthru_iocb_err: "} , \
0x45 { "cvfc_proc_get_port_list_mb: "} , \
0x46 { "cvfc_proc_get_id_mb: "} , \
0x47 { "cvfc_proc_get_fw_state_mb: "} , \
0x48 { "cvfc_proc_init_firmware_mb: "} , \
0x49 { "cvfc_proc_about_firmware_mb: "} , \
0x4a { "cvfc_proc_execute_fw_mb: "} , \
0x4b { "cvfc_find_cmd_handle: "} , \
0x4c { "cvfc_find_pending_cmd_handle: "} , \
0x4d { "cvfc_find_active_cmd_handle: "} , \
0x4e { "cvfc_adapter_post: "} , \
0x4f { "cvfc_init: "} , \
0x50 { "cvfc_reset_mpi_disable: "} , \
0x51 { "cvfc_write_mpi_reg_mb: "} , \
0x52 { "cvfc_proc_offl_comp_q: "} , \
0x53 { "cvfc_offlevel_q_isr: "} , \
0x54 { "cvfc_abort_pending_cmd: "} , \
0x55 { "cvfc_flush_pending_cmds_vport: "} , \
0x56 { "cvfc_flush_pending_cmds_nport_handle: "} , \
0x57 { "cvfc_flush_pending_ctlelem_nport_handle: "} , \
0x58 { "cvfc_flush_pending_ctlelem_lun_id: "} , \
0x59 { "cvfc_get_fw_state_disable: "} , \
0x5a { "cvfc_mvlg_check_logo_new: "} , \
0x5b { "cvfc_mvlg_check_logo_old: "} , \
0x5c { "cvfc_mvlg_login_new: "} , \
0x5d { "cvfc_get_fw_state_mb: "} , \
0x5e { "cvfc_logout_all: "} , \
0x5f { "cvfc_proc_adap_mb_iocb: "} , \
0x60 { "cvfc_proc_login_collision: "} , \
0x61 { "cvfc_ctl_nport_logout: "} , \
0x62 { "cvfc_ctl_npiv_clear: "} , \
0x63 { "cvfc_build_els_pthru_iocb: "} , \
0x64 { "cvfc_create_login_response: "} , \
0x65 { "cvfc_build_abort_iocb: "} , \
0x66 { "cvfc_about_firmware_mb: "} , \
0x67 { "cvfc_add_login_tble: "} , \
0x68 { "cvfc_async_status: "} , \
0x69 { "cvfc_add_status: "} , \
0x6a { "cvfc_build_cmd: "} , \
0x6b { "cvfc_build_iocb: "} , \
0x6c { "cvfc_build_mb: "} , \
0x6d { "cvfc_verify_chksum_mb: "} , \
0x6e { "cvfc_close: "} , \
0x6f { "cvfc_cmd_fcn: "} , \
0x70 { "cvfc_ctl: "} , \
0x71 { "cvfc_ctl_nport_login: "} , \
0x72 { "cvfc_hard_error: "} , \
0x73 { "cvfc_ctl_dma_setup: "} , \
0x74 { "cvfc_cdt_func: "} , \
0x75 { "cvfc_watchdog: "} , \
0x76 { "cvfc_build_ctiu_pthru_iocb: "} , \
0x77 { "cvfc_del_status: "} , \
0x78 { "cvfc_cleanup: "} , \
0x79 { "cvfc_del_login_tble: "} , \
0x7a { "cvfc_check_slot: "} , \
0x7b { "cvfc_diag_loop_back_mb: "} , \
0x7c { "cvfc_diag_echo_test_mb: "} , \
0x7d { "cvfc_dump_ram_mb: "} , \
0x7e { "cvfc_download_fw_image: "} , \
0x7f { "cvfc_early_cleanup: "} , \
0x80 { "cvfc_execute_fw_mb: "} , \
0x81 { "cvfc_erase_flash: "} , \
0x82 { "cvfc_write_flash_image: "} , \
0x83 { "cvfc_read_flash_image: "} , \
0x84 { "cvfc_free_login_tble: "} , \
0x85 { "cvfc_eeh_callback: "} , \
0x86 { "cvfc_finish_adapter_post: "} , \
0x87 { "cvfc_find_login_nport_id: "} , \
0x88 { "cvfc_find_login_ww_name: "} , \
0x89 { "cvfc_flush_adap: "} , \
0x8a { "cvfc_flush_adap_queue: "} , \
0x8b { "cvfc_flush_channel: "} , \
0x8c { "cvfc_find_login_nport_handle: "} , \
0x8d { "cvfc_get_lnk_stat_mb: "} , \
0x8e { "cvfc_get_next_avail_nport_handle: "} , \
0x8f { "cvfc_build_get_pdb_mbiocb: "} , \
0x90 { "cvfc_start_gfws_delay: "} , \
0x91 { "cvfc_gfws_delay_timer: "} , \
0x92 { "cvfc_get_name_list_mb: "} , \
0x93 { "cvfc_data_rate_mb: "} , \
0x94 { "cvfc_get_id_mb: "} , \
0x95 { "cvfc_get_id_disable: "} , \
0x96 { "cvfc_issue_adap_pend: "} , \
0x97 { "cvfc_issue_proto_queue: "} , \
0x98 { "cvfc_issue_mb: "} , \
0x99 { "cvfc_intr: "} , \
0x9a { "cvfc_proc_adap_iocb_err: "} , \
0x9b { "cvfc_initialize_fw_mb: "} , \
0x9c { "cvfc_initiate_lip_mb: "} , \
0x9d { "cvfc_get_rps_rls_mb: "} , \
0x9e { "cvfc_mapdma_iocb: "} , \
0x9f { "cvfc_move_login: "} , \
0xa0 { "cvfc_load_ram_mb: "} , \
0xa1 { "cvfc_build_marker_iocb: "} , \
0xa2 { "cvfc_add_filter: "} , \
0xa3 { "cvfc_del_filter: "} , \
0xa4 { "cvfc_offlevel_isr: "} , \
0xa5 { "cvfc_open: "} , \
0xa6 { "cvfc_output: "} , \
0xa7 { "cvfc_polling_timer: "} , \
0xa8 { "cvfc_proc_admin_flush_list: "} , \
0xa9 { "cvfc_proc_proto_queue: "} , \
0xaa { "cvfc_proc_adap_queue: "} , \
0xab { "cvfc_proc_link_down: "} , \
0xac { "cvfc_proc_syserr: "} , \
0xad { "cvfc_proc_mailbox: "} , \
0xae { "cvfc_proc_adap_iocb: "} , \
0xaf { "cvfc_restart_adapter: "} , \
0xb0 { "cvfc_passthru_mb: "} , \
0xb1 { "cvfc_start_delay: "} , \
0xb2 { "cvfc_delay_timer: "} , \
0xb3 { "cvfc_adp_reset_delay_timer: "} , \
0xb4 { "cvfc_read_nvram: "} , \
0xb5 { "cvfc_get_flash_id: "} , \
0xb6 { "cvfc_setup_and_load_riscram: "} , \
0xb7 { "cvfc_set_fw_options_mb: "} , \
0xb8 { "cvfc_scn_request_mb: "} , \
0xb9 { "cvfc_alloc_sglist: "} , \
0xba { "cvfc_clear_sglist: "} , \
0xbb { "cvfc_start: "} , \
0xbc { "cvfc_lnk_stat: "} , \
0xbd { "cvfc_unmapdma_iocb: "} , \
0xbe { "cvfc_build_lilo_iocb: "} , \
0xbf { "cvfc_get_alpa_map_mb: "} , \
0xc0 { "cvfc_link_dead_timer: "} , \
0xc1 { "cvfc_proc_ae_link_up: "} , \
0xc2 { "cvfc_serdes_param_mb: "} , \
0xc3 { "cvfc_init_adapter: "} , \
0xc4 { "cvfc_write_flash_config: "} , \
0xc5 { "cvfc_load_riscram: "} , \
0xc6 { "cvfc_extract_risc_code: "} , \
0xc7 { "cvfc_compare_risc_code: "} , \
0xc8 { "cvfc_dump: "} , \
0xc9 { "cvfc_dump_write: "} , \
0xca { "cvfc_dmp_issue_queue: "} , \
0xcb { "cvfc_dump_intr: "} , \
0xcc { "cvfc_dump_time_out: "} , \
0xcd { "cvfc_dump_process_mb_cmplt: "} , \
0xce { "cvfc_dump_process_async_event: "} , \
0xcf { "cvfc_dump_process_link_down: "} , \
0xd0 { "cvfc_getset_param: "} , \
0xd1 { "cvfc_getset_param_dis: "} , \
0xd2 { "cvfc_get_fcf_list_mb: "} , \
0xd3 { "cvfc_get_dcbx_param_mb: "} , \
0xd4 { "cvfc_restart_mpi_fw_mb: "} , \
0xd5 { "cvfc_send_idc_mb: "} , \
0xd6 { "cvfc_idc_ack_mb: "} , \
0xd7 { "cvfc_ns_relogin: "} , \
0xd8 { "cvfc_get_flt_addr: "} , \
0xd9 { "cvfc_check_devid_image: "} , \
0xda { "cvfc_check_for_rmw_region: "} , \
0xdb { "cvfc_check_for_rmw: "} , \
0xdc { "cvfc_validate_ucode_image: "} , \
0xdd { "cvfc_setup_fw_buffers: "} , \
0xde { "cvfc_read_mod_write_region: "} , \
0xdf { "cvfc_read_mod_write_flash: "} , \
0xe0 { "cvfc_upd_image_version: "} , \
0xe1 { "cvfc_search_flt_region: "} , \
0xe2 { "cvfc_find_vpd_field: "} , \
0xe3 { "cvfc_compare_upd_vpd: "} , \
0xe4 { "cvfc_extract_flash_info: "} , \
0xe5 { "cvfc_flash_access_ctrl_mb: "} , \
0xe6 { "cvfc_flash_access_control: "} , \
0xe7 { "cvfc_proc_exec_fw: "} , \
0xe8 { "cvfc_upd_vpd_checksum: "} , \
0xe9 { "cvfc_build_modify_vp_cfg_iocb: "} , \
0xea { "cvfc_build_vp_control_iocb: "} , \
0xeb { "cvfc_add_vport: "} , \
0xec { "cvfc_del_vport: "} , \
0xed { "cvfc_find_vport_nport_id: "} , \
0xee { "cvfc_find_vport_vp_index: "} , \
0xef { "cvfc_find_vport_ww_name: "} , \
0xf0 { "cvfc_ctl_npiv_setup: "} , \
0xf1 { "cvfc_find_update_vport_cmd: "} , \
0xf2 { "cvfc_admin_chn_init: "} , \
0xf3 { "cvfc_proto_chn_init: "} , \
0xf4 { "cvfc_undo_admin_chn_init: "} , \
0xf5 { "cvfc_undo_proto_chn_init: "} , \
0xf6 { "cvfc_config: "} , \
0xf7 { "cvfc_alloc_and_map: "} , \
0xf8 { "cvfc_set_stat_cmd_reg: "} , \
0xf9 { "cvfc_proto_chn_is_busy: "} , \
0xfa { "cvfc_proto_chn_kthread: "} , \
0xfb { "cvfc_init_intr: "} , \
0xfc { "cvfc_alloc_proto_channels: "} , \
0xfd { "cvfc_proc_rpt_id_acq_iocb: "} , \
0xfe { "cvfc_abort_pending_ctl_elem: "} , \
0xff { "cvfc_proc_proto_flush_list: "} \
$typ, \
0x0 { "Entry " $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace " $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW } , \
0x3 { "Error " $cnt%X1 XW XW XW XW XW }
1094 1.0 "CVFCDD" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x01 { "cvfc_alloc_long_term_resources: "} , \
0x02 { "cvfc_free_long_term_resources: "} , \
0x03 { "cvfc_init_proto_channels: "} , \
0x04 { "cvfc_init_dma_handle: "} , \
0x05 { "cvfc_chn_respq_intr: "} , \
0x06 { "cvfc_init_multi_queue_mb: "} , \
0x07 { "cvfc_alloc_chn_sge_resources: "} , \
0x08 { "cvfc_free_chn_sge_resources: "} , \
0x09 { "cvfc_sm_create_channels: "} , \
0x0a { "cvfc_sm_cr_mq_start: "} , \
0x0b { "cvfc_sm_create_queue: "} , \
0x0c { "cvfc_issue_fabric_ops: "} , \
0x0d { "cvfc_proc_init_multi_queue_mb: "} , \
0x0e { "cvfc_proc_adap_response: "} , \
0x0f { "cvfc_proc_proto_response: "} , \
0x10 { "cvfc_proto_chn_start: "} , \
0x11 { "cvfc_one_kthread_start: "} , \
0x12 { "cvfc_kproc: "} , \
0x13 { "cvfc_save_msix_vector: "} , \
0x14 { "cvfc_restore_msix_vector: "} , \
0x15 { "cvfc_admin_chn_is_busy: "} , \
0x16 { "cvfc_flush_chn_req_list: "} , \
0x17 { "cvfc_sm_create_channel_verify: "} , \
0x18 { "cvfc_get_pdb_fabric_mb: "} , \
0x19 { "cvfc_proc_get_pdb_fabric_mb: "} , \
0x1a { "cvfc_log_error: "} , \
0x1b { "cvfc_issue_rdf: "} , \
0x1c { "cvfc_proc_adap_rdf_iocb: "} , \
0x1d { "cvfc_proc_async_els: "} , \
0x1e { "cvfc_proc_async_fpin: "} , \
0x1f { "cvfc_read_ram_mb: "} , \
0x20 { "cvfc_proc_read_ram_mb: "} , \
0x21 { "cvfc_sfu_mb: "} , \
0x22 { "cvfc_proc_sfu_mb: "} , \
0x23 { "cvfc_secure_flash_update: "} , \
0x24 { "cvfc_write_flash_image_secure: "} , \
0x25 { "cvfc_upd_vpd_rm_checksum: "} , \
0x26 { "cvfc_send_write_remote_reg: "} , \
0x27 { "cvfc_write_remote_reg_mb: "} , \
0x28 { "cvfc_proc_write_remote_reg_mb: "} , \
0x29 { "cvfc_proc_async_nvme_ls: "} , \
0x2a { "cvfc_proc_async_nvme_cass: "} , \
0x2b { "cvfc_proc_async_nvme_cioc: "} , \
0x2c { "cvfc_proc_async_nvme_disc: "} , \
0x2d { "cvfc_proc_async_nvme_unknown: "} , \
0x2e { "cvfc_issue_nvme_ls_cmd: "} , \
0x2f { "cvfc_build_nvme_ls_pthru_iocb: "} , \
0x30 { "cvfc_proc_adap_nvme_ls_pthru_iocb_err: "} , \
0x31 { "cvfc_proc_ae_fc_nvme_lsrjt: "} , \
0x32 { "cvfc_build_dsd_nvme_iocb: "} , \
0x33 { "cvfc_flush_pending_ctlelem_assoc_id: "} , \
0x34 { "cvfc_update_fmb: "} , \
0x35 { "cvfc_update_isa: "} , \
0x36 { "cvfc_update_aisa: "} , \
0x37 { "cvfc_read_isa: "} , \
0x38 { "cvfc_get_active_non_active_regions: "} , \
0x39 { "cvfc_get_active_isa_info: "} , \
0x3a { "cvfc_update_non_changing_regions: "} , \
0x3b { "cvfc_update_flash_regions: "} , \
0x3c { "cvfc_read_active_fw_region: "} , \
0xff { "cvfc_XXXX_Last: "} \
$typ, \
0x0 { "Entry " $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace " $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW } , \
0x3 { "Error " $cnt%X1 XW XW XW XW XW }
63D 1.0 "@msnentdd" \
"PCI MSNENTDD XMT: " \
$D1, \
0x57515545 { "WQUE location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x57454E44 { "WEND location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
63E 1.0 "@msnentdd" \
"PCI MSNENTDD RCV: " \
$D1, \
0x52444154 { "RDAT location=" W2 A4.4 " mbuf=" XW }, \
0x524E4F54 { "RNOT location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x52454E44 { "REND location=" W2 A4.4 " mbuf=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
63F 1.0 "@msnentdd" \
"PCI MSNENTDD GEN: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
64E 1.0 "@y4cryptdd" \
"Y4CRYPTDD: " \
$GENERIC, \
0 { O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
1 { A4.8 W2 {{ $loopcnt = $HL / 16 }} {{ $bytecnt = 0 }} " " LOOP $loopcnt { X16 "\n\t\t\t" {{ $bytecnt = $bytecnt + 16 }} } {{ $loopcnt = $HL - $bytecnt }} LOOP $loopcnt {X0} }
1084 1.0 "@sncryptdd" \
"SNCRYPTDD: " \
$GENERIC, \
0 { O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
1 { A4.8 W2 {{ $loopcnt = $HL / 16 }} {{ $bytecnt = 0 }} " " LOOP $loopcnt { X16 "\n\t\t\t" {{ $bytecnt = $bytecnt + 16 }} } {{ $loopcnt = $HL - $bytecnt }} LOOP $loopcnt {X0} }
105C 1.0 "@corfpgadd" \
{{ $lvl_bits = B0.4 }} \
{{ $hw_flag = B0.1 }} \
{{ $type_bits = B0.2 }} \
"CORFPGADD GEN: " \
"L"$lvl_bits%D1 \
$type_bits, \
0 { " " }, \
1 { " " }, \
2 { "FFDC " }, \
3 { "FFDCG " } \
W1 A8.8 W2 \
$hw_flag, \
0 { " " $D1, \
\* { "d1=" XW " d2=" XW " d3=" XW " d4=" XW } \
}, \
1 { " [HW] " $D1, \
\* { "d1=" XW " d2=" XW " d3=" XW " d4=" XW } \
}, \
\* { " [XX] " "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
10A4 1.0 "@crypt4769" \
{{ $hw_flag = B0.1 }} \
"CRYPT4769:" \
W1 A8.8 W2 \
$hw_flag, \
0 { " " $D1, \
\* { "d1=" XW " d2=" XW " d3=" XW " d4=" XW } \
}, \
1 { " ERR " $D1, \
\* { "d1=" XW " d2=" XW " d3=" XW " d4=" XW } \
}, \
\* { " UNKN " "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
5B2 1.0 "@bentdd" \
"PCI BENTDD XMT: " \
$D1, \
0x57515545 { "WQUE location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x57515545 { "WEND location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW }
5B3 1.0 "@bentdd" \
"PCI BENTDD RCV: " \
$D1, \
0x52444154 { "RDAT location=" W2 A4.4 " mbuf=" XW }, \
0x524E4F54 { "RNOT location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x52454E44 { "REND location=" W2 A4.4 " mbuf=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW }
5B4 1.0 "@bentdd" \
"PCI BENTDD GEN: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
3B9 1.0 "FCDD" \
$HDU, \
0x15 { "entry_intr: ap: " $D1 }, \
0x16 { "exit_intr: ap: " $D2 " har: " $D1 }, \
0xbf { "entry_offl: ap: " $D1 " poll_state: " $D2 " io_rate_ctr: " $D3 }, \
0xc0 { "entry_poll_tmr: ap: " $D1 " poll_state: " $D2 " io_rate_ctr: " $D3 }, \
0xc1 { "poll_mode_on: ap: " $D1 " poll_state: " $D2 " io_rate_ctr: " $D3 }, \
0xc2 { "poll_mode_off: ap: " $D1 " poll_state: " $D2 " io_rate_ctr: " $D3 }, \
0xc3 { "command_out: ap: " $D3 " ctl_elem: " $D1 " iocb: " $D2 " ring: " $D4 }, \
0xc4 { "command_in: ap: " $D3 " ctl_elem: " $D1 " iocb: " $D2 " ring: " $D4 }, \
\* { "Unknown sub-opcode. Verify." }
3C4 1.0 "FCPS" \
$DD1
497 1.0 "FCPS_ERR" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x01 { "efsc_async_dead_link: "} , \
0x02 { "efsc_async_link_down: "} , \
0x03 { "efsc_async_link_up: "} , \
0x04 { "efsc_async_plogi: "} , \
0x05 { "efsc_async_logo: "} , \
0x06 { "efsc_async_prli: "} , \
0x07 { "efsc_async_prlo: "} , \
0x08 { "efsc_async_lip: "} , \
0x09 { "efsc_async_halt_adap: "} , \
0x0a { "efsc_async_resume_adap: "} , \
0x0b { "efsc_async_reset_adap: "} , \
0x0c { "efsc_async_farp_request: "} , \
0x0d { "efsc_async_migrated: "} , \
0x0e { "efsc_async_hard_fail: "} , \
0x0f { "efsc_tm_set_fcp_nmsrv: "} , \
0x10 { "efsc_tm_check_general: "} , \
0x11 { "efsc_tm_check_no_lun: "} , \
0x12 { "efsc_tm_check_invalid_op: "} , \
0x13 { "efsc_tm_check_invalid_cdb: "} , \
0x14 { "efsc_tm_check_invalid_cmdiu: "} , \
0x15 { "efsc_tm_check_itf: "} , \
0x16 { "efsc_tm_build_spc_req_sns_resp: "} , \
0x17 { "efsc_tm_build_sppc_send_diag_resp: "} , \
0x18 { "efsc_wdog_starve_to: "} , \
0x19 { "efsc_wdog_cdar_to: "} , \
0x1a { "efsc_wdog_cmd_to: "} , \
0x1b { "efsc_wdog_abort_claca_to: "} , \
0x1c { "efsc_wdog_target_rst_to: "} , \
0x1d { "efsc_wdog_cancel_to: "} , \
0x1e { "efsc_wdog_updt_vport_to: "} , \
0x1f { "efsc_wdog_plogi_mvlg_to: "} , \
0x20 { "efsc_wdog_prli_to: "} , \
0x21 { "efsc_wdog_gen_req_dly_to: "} , \
0x22 { "efsc_wdog_gen_req_to: "} , \
0x23 { "efsc_wdog_prli_dly_to: "} , \
0x24 { "efsc_prlog_check_error: "} , \
0x25 { "efsc_prlog_failure: "} , \
0x26 { "efsc_prlog_success: "} , \
0x27 { "efsc_copy_strt_tgt_to_caller: "} , \
0x28 { "efsc_tm_build_spc_tur_resp: "} , \
0x29 { "efsc_tm_build_spc_write_buf_resp: "} , \
0x2a { "efsc_tm_build_sppc_send_resp: "} , \
0x2b { "efsc_tm_build_nolun_resp: "} , \
0x2c { "efsc_issue_rft_id: "} , \
0x2d { "efsc_process_rft_id: "} , \
0x2e { "efsc_send_rft_id: "} , \
0x2f { "efsc_tm_issue_move_login: "} , \
0x30 { "efsc_tm_process_move_login: "} , \
0x31 { "efsc_move_login_success: "} , \
0x32 { "efsc_move_login_failure: "} , \
0x33 { "efsc_tm_mvlg_update_tmlogin: "} , \
0x34 { "efsc_gid_pn_targets: "} , \
0x35 { "efsc_npiv_has_stale_target: "} , \
0x36 { "efsc_tm_watchdog: "} , \
0x37 { "efsc_tm_wdog_move_log_to: "} , \
0x38 { "efsc_tm_wdog_log_in_out_to: "} , \
0x39 { "efsc_tm_wdog_gen_req_to: "} , \
0x3a { "efsc_tm_process_gid_pn: "} , \
0x3b { "efsc_process_gid_pn_rsp: "} , \
0x3c { "efsc_tm_delete_lru_login: "} , \
0x3d { "efsc_tm_issue_gid_pn: "} , \
0x3e { "efsc_cmd_check_wwpn_change: "} , \
0x3f { "efsc_tm_invalidate_stale_logins: "} , \
0x40 { "efsc_tm_process_continue: "} , \
0x41 { "efsc_threshold_err: "} , \
0x42 { "efsc_threshold_reset: "} , \
0x43 { "efsc_issue_taskmgm_lun_cancel: "} , \
0x44 { "efsc_wdog_taskmgm_cancel_to: "} , \
0x45 { "efsc_cfgupd_check_general: "} , \
0x46 { "efsc_cfgupd_check_dyntrk: "} , \
0x47 { "efsc_cfgupd_check_dyntrk_ena_tgt: "} , \
0x48 { "efsc_cfgupd_check_dyntrk_dis_tgt: "} , \
0x49 { "efsc_cfgupd_check_fast_fail: "} , \
0x4a { "efsc_cfgupd_check_fast_fail_ena_tgt: "} , \
0x4b { "efsc_cfgupd_check_fast_fail_dis_tgt: "} , \
0x4c { "efsc_cfgupd_change_dyntrk: "} , \
0x4d { "efsc_cfgupd_change_dyntrk_ena_tgt: "} , \
0x4e { "efsc_cfgupd_change_dyntrk_dis_tgt: "} , \
0x4f { "efsc_cfgupd_change_fast_fail: "} , \
0x50 { "efsc_cfgupd_change_fast_fail_ena_tgt: "} , \
0x51 { "efsc_cfgupd_change_fast_fail_dis_tgt: "} , \
0x53 { "efsc_flush_pend_thrshld_timeout_cmds: "} , \
0x54 { "efsc_async_fw_dnld: "} , \
0x55 { "efsc_cfgupd_check_io_thrshld_tmr: "} , \
0x6e { "efsc_scsi_async_notify: "} , \
0x6f { "efsc_open: "} , \
0x70 { "efsc_get_lun_tag: "} , \
0x71 { "efsc_alloc_spc_els_buf: "} , \
0x72 { "efsc_alloc_spc_rsp_buf: "} , \
0x73 { "efsc_alloc_spc_bde_buf: "} , \
0x74 { "efsc_select: "} , \
0x75 { "efsc_process_reset_ring: "} , \
0x76 { "efsc_fail_cmd: "} , \
0x77 { "SDIODONE: "} , \
0x78 { "efsc_strategy|clearaca: "} , \
0x79 { "efsc_strategy|abort_task_set: "} , \
0x7a { "efsc_strategy|strategy: "} , \
0x7b { "efsc_start_pending_cmds: "} , \
0x7c { "efsc_process_cmd_error: "} , \
0x7d { "efsc_process_fcp_status: "} , \
0x7e { "efsc_process_scsi_elem|scsierror: "} , \
0x7f { "efsc_process_task_mgm_cmds: "} , \
0x80 { "efsc_process_adapter_error: "} , \
0x81 { "efsc_issue_reset_ring: "} , \
0x82 { "efsc_dyntrk_failed: "} , \
0x83 { "efsc_async_rscn: "} , \
0x84 { "efsc_dump_start: "} , \
0x85 { "efsc_issue_cancel_cmd|sendcancel: "} , \
0x86 { "efsc_issue_cancel_cmd|cancel_req: "} , \
0x87 { "efsc_issue_target_cancel: "} , \
0x88 { "efsc_bld_target_cancel: "} , \
0x89 { "IOCTLERR: "} , \
0x8a { "RESETERR: "} , \
0x8b { "efsc_issue_target_reset: "} , \
0x8c { "efsc_issue_lun_reset: "} , \
0x8d { "efsc_init_dev: "} , \
0x8e { "efsc_process_move_login: "} , \
0x8f { "efsc_stale_target: "} , \
0x90 { "efsc_issue_move_login: "} , \
0x91 { "efsc_invalidate_stale_logins: "} , \
0x92 { "efsc_process_gen_req: "} , \
0x93 { "efsc_process_gid_pn: "} , \
0x94 { "efsc_issue_gid_pn: "} , \
0x95 { "efsc_process_task_mgm_to: "} , \
0x96 { "efsc_watchdog: "} , \
0x97 { "efsc_mvlg_update: "} , \
0x98 { "efsc_issue_relogin: "} , \
0x99 { "efsc_start: "} , \
0x9a { "efsc_recv: "} , \
0x9b { "efsc_cmd_recv: "} , \
0x9c { "efsc_process_scsi_elem: "} , \
0x9d { "efsc_process_cancel_elem: "} , \
0x9e { "efsc_process_pdisc: "} , \
0x9f { "efsc_process_relogin: "} , \
0xa0 { "efsc_process_prlog_elem: "} , \
0xa1 { "RESETCMP: "} , \
0xa2 { "Q_CMD: "} , \
0xa3 { "D_Q_CMD: "} , \
0xa4 { "CMDALLOC: "} , \
0xa5 { "HASH_TAR: "} , \
0xa6 { "efsc_send_target_reset: "} , \
0xa7 { "FREE_CMD: "} , \
0xa8 { "efsc_flush_pending_cmds: "} , \
0xa9 { "efsc_cdt_func: "} , \
0xaa { "SCSISENS: "} , \
0xab { "efsc_log_err: "} , \
0xac { "ASYNTIMR: "} , \
0xad { "efsc_async_stat: "} , \
0xae { "BUILDCMD: "} , \
0xaf { "BUILDCAN: "} , \
0xb0 { "efsc_halt_dev: "} , \
0xb1 { "efsc_send_lun_reset: "} , \
0xb2 { "ISSUE: "} , \
0xb3 { "efsc_clear_dev: "} , \
0xb4 { "PRXMT_SQ: "} , \
0xb5 { "efsc_plogi: "} , \
0xb6 { "efsc_send_prlog: "} , \
0xb7 { "efsc_issue_prlog: "} , \
0xb8 { "efsc_issue_pdisc: "} , \
0xb9 { "efsc_issue_send_seq: "} , \
0xba { "efsc_issue_send_els: "} , \
0xbb { "efsc_issue_gen_req: "} , \
0xbc { "efsc_ioctl_setup: "} , \
0xbd { "efsc_ioctl_check_dyntrk: "} , \
0xbe { "efsc_ras_callback: "} , \
0xbf { "efsc_init_dev_finish: "} , \
0xc0 { "efsc_ras_callback_dev: "} , \
0xc1 { "efsc_ras_callback_target: "} , \
0xc2 { "efsc_clear_initiator: "} , \
0xc3 { "efsc_process_update_vport: "} , \
0xc4 { "efsc_issue_update_vport: "} , \
0xc5 { "efsc_npiv_scsi: "} , \
0xc6 { "efsc_npiv_start_pending_cmds: "} , \
0xc7 { "efsc_npiv_issue_prli_cmd: "} , \
0xc8 { "efsc_npiv_issue_cancel_cmd: "} , \
0xc9 { "efsc_npiv_issue_scsi_cmd: "} , \
0xca { "efsc_process_npiv_scsi_elem: "} , \
0xcb { "efsc_npiv_admin: "} , \
0xcc { "efsc_issue_npiv_admin: "} , \
0xcd { "efsc_process_npiv_admin: "} , \
0xce { "efsc_npiv_async_stat: "} , \
0xcf { "efsc_npiv_send_async_stat: "} , \
0xd0 { "efsc_npiv_output: "} , \
0xd1 { "efsc_npiv_admin_entry_fcn: "} , \
0xd2 { "efsc_npiv_offl_npiv_issue: "} , \
0xd3 { "efsc_npiv_cmd_done: "} , \
0xd4 { "efsc_offl_npiv_done: "} , \
0xd5 { "efsc_init_initiator: "} , \
0xd6 { "efsc_tm_add_login: "} , \
0xd7 { "efsc_tm_delete_login: "} , \
0xd8 { "efsc_tm_find_login_nport_id: "} , \
0xd9 { "efsc_tm_find_login_rpi: "} , \
0xda { "efsc_tm_find_login_wwpn: "} , \
0xdb { "efsc_tm_abort_cmds: "} , \
0xdc { "efsc_tm_stop_io_disable: "} , \
0xdd { "efsc_tm_start_io_disable: "} , \
0xde { "efsc_tm_issue_log_in_out: "} , \
0xdf { "efsc_tm_process_log_in_out: "} , \
0xe0 { "efsc_async_grp_dmn_scn: "} , \
0xe1 { "efsc_tm_clear: "} , \
0xe2 { "efsc_tm_undo_start: "} , \
0xe3 { "efsc_tm_offl: "} , \
0xe4 { "efsc_tm_offl_cmd: "} , \
0xe5 { "efsc_tm_offl_ulp: "} , \
0xe6 { "efsc_tm_offl_rsp: "} , \
0xe7 { "efsc_tm_process_rcv_sequence: "} , \
0xe8 { "efsc_tm_process_rcv_sequence|ERR: "} , \
0xe9 { "efsc_tm_issue_tfcp: "} , \
0xea { "efsc_tm_process_tfcp: "} , \
0xeb { "efsc_tm_process_tfcp|ERROR: "} , \
0xec { "efsc_tm_proc_data_iocb|ERROR: "} , \
0xed { "efsc_tm_free_buf: "} , \
0xee { "efsc_tm_get_efscbuf: "} , \
0xef { "efsc_tm_build_spc_inq_resp: "} , \
0xf0 { "efsc_tm_build_rspiu: "} , \
0xf1 { "efsc_tm_process_ret_hbqe: "} , \
0xf2 { "efsc_tm_build_spc_rpt_luns_resp: "} , \
0xf3 { "efsc_tm_cmdiu_sanity: "} , \
0xf4 { "efsc_tm_offl_cmd_task_mgm: "} , \
0xf5 { "efsc_tm_offl_cmd_normal: "} , \
0xf6 { "efsc_tm_process_xri_aborted: "} , \
0xf7 { "efsc_tm_issue_flush_qbufs: "} , \
0xf8 { "efsc_tm_login_abort_cmds: "} , \
0xf9 { "efsc_tm_offl_aborted_cmd: "} , \
0xfa { "efsc_tm_build_close_xri: "} , \
0xfb { "efsc_tm_fail_cmd: "} , \
0xfc { "efsc_tm_has_act_cmds: "} , \
0xfd { "efsc_tm_has_cmds: "} , \
0xfe { "efsc_tm_start: "} , \
0xff { "efsc_send_sequence: "} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
498 1.0 "FCDD_ERR" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x01 { "efc_process_config_port_mb: "} , \
0x02 { "efc_process_config_ring_mb: "} , \
0x03 { "efc_process_read_config_mb: "} , \
0x04 { "efc_process_config_link_mb: "} , \
0x05 { "efc_process_init_link_mb: "} , \
0x06 { "efc_process_read_la64_mb: "} , \
0x07 { "efc_process_clear_la_mb: "} , \
0x08 { "efc_process_read_sparm64_mb: "} , \
0x09 { "efc_process_reg_login64_mb: "} , \
0x0a { "efc_process_reg_vpi_mb: "} , \
0x0b { "efc_process_unreg_login_mb: "} , \
0x0c { "efc_process_down_link_mb: "} , \
0x0d { "efc_process_reg_vpi_mb: "} , \
0x0e { "efc_process_reset_link_mb: "} , \
0x0f { "efc_process_ring_reset_mb: "} , \
0x10 { "efc_process_dump_mailbox_mb: "} , \
0x11 { "efc_process_config_farp_mb: "} , \
0x12 { "efc_finish_async_plogi: "} , \
0x13 { "efc_find_hostbuf: "} , \
0x14 { "efc_find_login_rpi: "} , \
0x15 { "efc_invalidate_stale_logins: "} , \
0x16 { "efc_init_dma_handle: "} , \
0x17 { "efc_setup_and_download: "} , \
0x18 { "efc_read_cfg: "} , \
0x19 { "efc_update_logins_plogi: "} , \
0x70 { "efc_process_adap_ring: "} , \
0x71 { "efc_process_proto_ring: "} , \
0x72 { "efc_process_latt: "} , \
0x73 { "efc_process_erratt: "} , \
0x74 { "efc_proc_adap_iocb_err: "} , \
0x75 { "efc_process_async_iocb: "} , \
0x76 { "efc_proc_async_iocb_err: "} , \
0x77 { "efc_xmit_rsp: "} , \
0x78 { "efc_farp_reply: "} , \
0x79 { "efc_process_plogi: "} , \
0x7a { "efc_flush_adap_ring: "} , \
0x7b { "efc_flush_ring: "} , \
0x7c { "efc_cmd_fcn|move_entry: "} , \
0x7d { "efc_reset_ring: "} , \
0x7e { "efc_issue_proto_ring: "} , \
0x7f { "efc_cdt_func: "} , \
0x80 { "efc_watchdog: "} , \
0x81 { "efc_eeh_callback: "} , \
0x82 { "efc_hard_error: "} , \
0x83 { "efc_ctl_nport_login: "} , \
0x84 { "efc_ctl_login_reg: "} , \
0x86 { "efc_ctl_dma_setup: "} , \
0x8b { "efc_output: "} , \
0x8d { "efc_ras_callback: "} , \
0x8e { "efc_lnk_stat: "} , \
0x90 { "efc_async_status: "} , \
0x93 { "efc_build_els: "} , \
0x94 { "efc_fabric_login: "} , \
0x95 { "efc_state_change_reg: "} , \
0x96 { "efc_queue_buffers_for_ring: "} , \
0x97 { "efc_queue_proto_bufs: "} , \
0x98 { "efc_process_mbatt: "} , \
0x99 { "efc_process_adap_iocb: "} , \
0x9b { "efc_mapdma_iocb: "} , \
0x9c { "efc_unmapdma_iocb: "} , \
0x9d { "efc_alloc_sglist: "} , \
0x9e { "efc_clear_sglist: "} , \
0x9f { "efc_process_read_rconfig_mb: "} , \
0xa4 { "efc_start_delay: "} , \
0xa5 { "efc_delay_timer: "} , \
0xa6 { "efc_start_wait_plogi: "} , \
0xa7 { "efc_wait_plogi: "} , \
0xa8 { "efc_process_flogi: "} , \
0xa9 { "efc_abort_disc: "} , \
0xaa { "efc_config_port: "} , \
0xab { "efc_config_rings: "} , \
0xac { "efc_get_link_status: "} , \
0xad { "efc_get_link_status_disable: "} , \
0xae { "efc_read_rconfig: "} , \
0xaf { "efc_config_farp: "} , \
0xb0 { "efc_start: "} , \
0xb1 { "efc_read_link_stat: "} , \
0xb2 { "efc_build_cmd: "} , \
0xb3 { "efc_build_iocb: "} , \
0xb4 { "efc_config_link: "} , \
0xb5 { "efc_clear_latt: "} , \
0xb6 { "efc_get_fcparms: "} , \
0xb7 { "efc_register_login: "} , \
0xb8 { "efc_unregister_login: "} , \
0xb9 { "efc_read_config: "} , \
0xba { "efc_dump_adap_mb: "} , \
0xbb { "efc_kill_board_mb: "} , \
0xbc { "efc_get_fcparms: "} , \
0xbd { "efc_start_link_delay: "} , \
0xbe { "efc_link_delay_timer: "} , \
0xbf { "efc_cleanup: "} , \
0xc0 { "efc_early_cleanup: "} , \
0xc1 { "efc_free_login_tble: "} , \
0xc2 { "efc_add_login_tble: "} , \
0xc3 { "efc_del_login_tble: "} , \
0xc4 { "efc_find_login_nport_id: "} , \
0xc5 { "efc_find_login_ww_name: "} , \
0xc6 { "efc_passthru_mb: "} , \
0xc7 { "efc_issue_adap_ring: "} , \
0xc8 { "efc_offlevel_isr: "} , \
0xc9 { "efc_polling_timer: "} , \
0xcb { "efc_issue_qbufs: "} , \
0xcc { "efc_intr: "} , \
0xcd { "efc_cmd_fcn: "} , \
0xce { "efc_check_slot: "} , \
0xcf { "efc_build_mb: "} , \
0xd0 { "efc_restart_adapter: "} , \
0xd1 { "efc_kill_brd_delay_timer: "} , \
0xd2 { "efc_els_recovery: "} , \
0xd3 { "efc_issue_kill_brd: "} , \
0xd4 { "efc_unreg_log_and_down_link: "} , \
0xd5 { "efc_config_read_hbq: "} , \
0xd6 { "efc_process_config_hbq_mb: "} , \
0xd7 { "efc_process_read_hbq_mb: "} , \
0xd8 { "efc_pause_hbq: "} , \
0xd9 { "efc_process_pause_hbq_mb: "} , \
0xda { "efc_resume_hbq: "} , \
0xdb { "efc_process_resume_hbq_mb: "} , \
0xdc { "efc_issue_hbq_bufs: "} , \
0xdd { "efc_issue_hbq_bufs_proto: "} , \
0xde { "efc_finish_restart_adapter: "} , \
0xdf { "efc_register_vpi: "} , \
0xe0 { "efc_unregister_vpi: "} , \
0xe1 { "efc_find_vport_nport_id: "} , \
0xe2 { "efc_ctl_npiv_setup: "} , \
0xe3 { "efc_add_vport: "} , \
0xe4 { "efc_del_vport: "} , \
0xe5 { "efc_ctl_els: "} , \
0xe6 { "efc_find_vport_vpi: "} , \
0xe7 { "efc_process_async_rcv_els64: "} , \
0xe8 { "efc_process_async_plogi: "} , \
0xe9 { "efc_process_async_flogi: "} , \
0xea { "efc_process_async_fan: "} , \
0xeb { "efc_process_async_logo: "} , \
0xec { "efc_process_async_adisc: "} , \
0xed { "efc_process_async_pdisc: "} , \
0xee { "efc_process_async_rnid: "} , \
0xef { "efc_process_async_rpsc: "} , \
0xf0 { "efc_process_async_rls: "} , \
0xf1 { "efc_process_async_farp_req: "} , \
0xf2 { "efc_process_async_farp_reply: "} , \
0xf3 { "efc_process_async_prli: "} , \
0xf4 { "efc_process_async_prlo: "} , \
0xf5 { "efc_process_async_rnft: "} , \
0xf6 { "efc_process_async_rpl: "} , \
0xf7 { "efc_process_async_rps: "} , \
0xf8 { "efc_process_async_rscn: "} , \
0xf9 { "efc_process_async_xri_aborted: "} , \
0xfa { "efc_process_async_ret_hbqe64: "} , \
0xfb { "efc_process_async_continue: "} , \
0xfc { "efc_async_status_to_entity: "} , \
0xfd { "efc_open: "} , \
0xfe { "efc_close: "} , \
0xff { "efc_process_async_rdp: "} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
736 1.0 "USBOHCD22106474: " \
{{ $a = $HD & 0xfc00 }} \
{{ $b = $a / 1024 }} \
{{ $func = $b & 0x3f }} \
{{ $c = $HD - $a }} \
{{ $routine = $c & 0x03ff }} \
$routine, \
01 { "config " }, \
02 { "ioctl " }, \
03 { "intr " }, \
04 { "cfgInfo" }, \
05 { "addDev " }, \
06 { "delDev " }, \
07 { "rstPort" }, \
08 { "setAddr" }, \
09 { "selCfg " }, \
0A { "cleanup" }, \
0B { "cfgrhub" }, \
0C { "rstrprt" }, \
0D { "addHub " }, \
0E { "delHub " }, \
0F { "findDev" }, \
10 { "canIO " }, \
11 { "cliReg " }, \
12 { "cliDreg" }, \
13 { "obtain " }, \
14 { "release" }, \
15 { "intAloc" }, \
16 { "desAloc" }, \
17 { "alocPol" }, \
18 { "freePol" }, \
19 { "alocEl " }, \
1A { "freeEl " }, \
1B { "bus2vir" }, \
1C { "vir2bus" }, \
1D { "findEl " }, \
1E { "destAll" }, \
\* { $routine%X2" " } \
$func%D2, \
0 { " [ent ]" }, \
32 { " [exit]" }, \
\* { " ["$func%X2"]" } \
$HL, \
4 {O2 " d0=" X4 }, \
8 {O2 " d0=" X8 }, \
14 {O2 " d0=" X4 " d1=" X4 " d2=" X4 " d3=" X4 " d4=" X4 }, \
28 {O2 " d0=" X8 " d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8 }
4AC 1.0 "QLFCADD" \
$DD1, \
0xc3 { "command_out: ap: " $D3 " ctl_elem: " $D1 " iocb: " $D2 " queue: " $D4 }, \
0xc4 { "command_in: ap: " $D3 " ctl_elem: " $D1 " iocb: " $D2 " queue: " $D4 }
4AD 1.0 "QLFCPDD" \
$DD1
63A 1.0 "FCPS_ERR" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x01 { "qlfsc_cfgupd_check_general: "} , \
0x02 { "qlfsc_cfgupd_check_dyntrk: "} , \
0x03 { "qlfsc_cfgupd_check_dyntrk_ena_tgt: "} , \
0x04 { "qlfsc_cfgupd_check_dyntrk_dis_tgt: "} , \
0x05 { "qlfsc_cfgupd_check_fast_fail: "} , \
0x06 { "qlfsc_cfgupd_check_fast_fail_ena_tgt: "} , \
0x07 { "qlfsc_cfgupd_check_fast_fail_dis_tgt: "} , \
0x08 { "qlfsc_cfgupd_change_dyntrk: "} , \
0x09 { "qlfsc_cfgupd_change_dyntrk_ena_tgt: "} , \
0x0a { "qlfsc_cfgupd_change_dyntrk_dis_tgt: "} , \
0x0b { "qlfsc_cfgupd_change_fast_fail: "} , \
0x0c { "qlfsc_cfgupd_change_fast_fail_ena_tgt: "} , \
0x0d { "qlfsc_cfgupd_change_fast_fail_dis_tgt: "} , \
0x0e { "___FREE_1___: "} , \
0x0f { "qlfsc_npiv_process_scsi_cmd: "} , \
0x10 { "qlfsc_scsi_async_notify: "} , \
0x11 { "qlfsc_tm_free_qlfscbuf: "} , \
0x12 { "qlfsc_tm_get_cmd_elem: "} , \
0x13 { "qlfsc_tm_check_general: "} , \
0x14 { "qlfsc_copy_strt_tgt_to_caller: "} , \
0x15 { "qlfsc_tm_process_ctio_error: "} , \
0x16 { "qlfsc_tm_check_invalid_cdb: "} , \
0x17 { "qlfsc_tm_build_sppc_send_diag_resp: "} , \
0x18 { "qlfsc_tm_build_spc_rpt_luns_resp: "} , \
0x19 { "qlfsc_tm_build_spc_inq_resp: "} , \
0x1a { "qlfsc_tm_build_spc_tur_resp: "} , \
0x1b { "qlfsc_tm_build_nolun_resp: "} , \
0x1c { "qlfsc_tm_check_invalid_op: "} , \
0x1d { "qlfsc_tm_check_no_lun: "} , \
0x1e { "qlfsc_tm_build_sppc_send_resp: "} , \
0x1f { "qlfsc_tm_offl_rsp: "} , \
0x20 { "qlfsc_tm_build_rspiu: "} , \
0x21 { "qlfsc_tm_check_itf: "} , \
0x22 { "qlfsc_tm_check_invalid_cmdiu: "} , \
0x23 { "qlfsc_tm_build_spc_write_buf_resp: "} , \
0x24 { "qlfsc_tm_offl_ulp: "} , \
0x25 { "qlfsc_tm_build_abts_rsp_iocb: "} , \
0x26 { "qlfsc_tm_offl_cmd_task_mgm: "} , \
0x27 { "qlfsc_tm_offl_cmd_normal: "} , \
0x28 { "qlfsc_tm_build_spc_req_sns_resp: "} , \
0x29 { "qlfsc_tm_process_abts_rsp: "} , \
0x2a { "qlfsc_tm_cmdiu_sanity: "} , \
0x2b { "qlfsc_tm_wdog_ctio_term_iocb_to: "} , \
0x2c { "qlfsc_tm_wdog_ctio_iocb_to: "} , \
0x2d { "qlfsc_tm_offl_cmd: "} , \
0x2e { "qlfsc_tm_issue_abts_rsp: "} , \
0x2f { "qlfsc_tm_set_abort_state: "} , \
0x30 { "qlfsc_tm_issue_ctio: "} , \
0x31 { "qlfsc_tm_fail_cmd: "} , \
0x32 { "qlfsc_tm_process_term_xchg_ctio: "} , \
0x33 { "qlfsc_tm_process_ctio: "} , \
0x34 { "qlfsc_tm_process_async_abts: "} , \
0x35 { "qlfsc_tm_mvlg_update_tmlogin: "} , \
0x36 { "qlfsc_tm_issue_move_login: "} , \
0x37 { "qlfsc_tm_wdog_log_in_out_to: "} , \
0x38 { "qlfsc_tm_wdog_move_log_to: "} , \
0x39 { "qlfsc_tm_process_log_in_out: "} , \
0x3a { "qlfsc_login_failure: "} , \
0x3b { "qlfsc_process_log_in_out: "} , \
0x3c { "qlfsc_cmd_check_wwpn_change: "} , \
0x3d { "qlfsc_issue_log_in_out: "} , \
0x3e { "qlfsc_tm_has_cmds: "} , \
0x3f { "qlfsc_tm_has_act_cmds: "} , \
0x40 { "qlfsc_tm_offl_aborted_cmd: "} , \
0x41 { "qlfsc_tm_offl: "} , \
0x42 { "qlfsc_tm_process_admin_cmd: "} , \
0x43 { "qlfsc_wdog_prli_dly_to: "} , \
0x44 { "qlfsc_tm_watchdog: "} , \
0x45 { "qlfsc_tm_wdog_ct_pthru_to: "} , \
0x46 { "qlfsc_process_gid_pn_rsp: "} , \
0x47 { "qlfsc_issue_nport_lookup: "} , \
0x48 { "qlfsc_tm_process_gid_pn: "} , \
0x49 { "qlfsc_tm_process_move_login: "} , \
0x4a { "qlfsc_move_login_failure: "} , \
0x4b { "qlfsc_tm_add_login: "} , \
0x4c { "qlfsc_tm_issue_gid_pn: "} , \
0x4d { "qlfsc_tm_undo_start: "} , \
0x4e { "qlfsc_tm_invalidate_stale_logins: "} , \
0x4f { "qlfsc_tm_find_login_wwpn: "} , \
0x50 { "qlfsc_tm_find_login_nport_handle: "} , \
0x51 { "qlfsc_tm_find_login_nport_id: "} , \
0x52 { "qlfsc_tm_delete_lru_login: "} , \
0x53 { "qlfsc_tm_free_buf_callback: "} , \
0x54 { "qlfsc_login_complete: "} , \
0x55 { "qlfsc_tm_issue_log_in_out: "} , \
0x56 { "qlfsc_tm_get_qlfscbuf: "} , \
0x57 { "qlfsc_tm_abort_cmds: "} , \
0x58 { "qlfsc_tm_login_abort_cmds: "} , \
0x59 { "qlfsc_tm_clear: "} , \
0x5a { "qlfsc_tm_delete_login: "} , \
0x5b { "qlfsc_tm_build_term_xchg_ctio_iocb: "} , \
0x5c { "qlfsc_process_rft_id: "} , \
0x5d { "qlfsc_tm_start: "} , \
0x5e { "qlfsc_tm_process_atio: "} , \
0x5f { "qlfsc_threshold_err: "} , \
0x60 { "qlfsc_threshold_reset: "} , \
0x61 { "qlfsc_invalidate_stale_logins: "} , \
0x62 { "qlfsc_gid_pn_targets: "} , \
0x63 { "qlfsc_wdog_starve_to: "} , \
0x64 { "qlfsc_wdog_cdar_to: "} , \
0x65 { "qlfsc_wdog_dev_to: "} , \
0x66 { "qlfsc_wdog_abort_claca_to: "} , \
0x67 { "qlfsc_wdog_cancel_to: "} , \
0x68 { "qlfsc_wdog_marker_to: "} , \
0x69 { "qlfsc_wdog_plogi_mvlg_to: "} , \
0x6a { "qlfsc_wdog_pdisc_to: "} , \
0x6b { "qlfsc_wdog_target_rst_to: "} , \
0x6c { "qlfsc_wdog_ct_iu_dly_to: "} , \
0x6d { "qlfsc_wdog_ct_pthru_to: "} , \
0x6e { "qlfsc_wdog_els_pthru_to: "} , \
0x6f { "qlfsc_wdog_abort_iocb_to: "} , \
0x70 { "qlfsc_ioctl_check_dyntrk: "} , \
0x71 { "qlfsc_ioctl_setup: "} , \
0x72 { "qlfsc_initiate_dyntrk: "} , \
0x73 { "qlfsc_stale_target: "} , \
0x74 { "qlfsc_init_dev_finish: "} , \
0x75 { "qlfsc_send_els_pthru: "} , \
0x76 { "qlfsc_send_ct_pthru: "} , \
0x77 { "SDIODONE: "} , \
0x78 { "qlfsc_plogi_logo: "} , \
0x79 { "qlfsc_send_login: "} , \
0x7a { "qlfsc_clear_dev: "} , \
0x7b { "qlfsc_send_target_reset: "} , \
0x7c { "qlfsc_fail_scsi: "} , \
0x7d { "qlfsc_fail_cmd: "} , \
0x7e { "qlfsc_flush_pending_cmds: "} , \
0x7f { "qlfsc_dev_restart_iodone: "} , \
0x80 { "qlfsc_strategy: "} , \
0x81 { "qlfsc_start: "} , \
0x82 { "qlfsc_start_pending_cmds: "} , \
0x83 { "qlfsc_cmd_recv: "} , \
0x84 { "qlfsc_npiv_build_admin_update_npiv: "} , \
0x85 { "qlfsc_process_scsi_elem: "} , \
0x86 { "qlfsc_process_tskmgm_iocb: "} , \
0x87 { "qlfsc_process_tskmgm_iocb_error: "} , \
0x88 { "qlfsc_process_marker_elem: "} , \
0x89 { "qlfsc_recv: "} , \
0x8a { "SCSIERROR: "} , \
0x8b { "qlfsc_process_els_pthru_elem: "} , \
0x8c { "qlfsc_process_cancel_elem: "} , \
0x8d { "qlfsc_process_pdisc: "} , \
0x8e { "qlfsc_process_relogin: "} , \
0x8f { "qlfsc_process_ct_pthru: "} , \
0x90 { "qlfsc_process_gid_pn: "} , \
0x91 { "qlfsc_process_move_login: "} , \
0x92 { "qlfsc_process_task_mgm_cmds: "} , \
0x93 { "qlfsc_process_task_mgm_to: "} , \
0x94 { "qlfsc_process_cmd_error: "} , \
0x95 { "qlfsc_process_fcp_status: "} , \
0x96 { "qlfsc_process_iocb_error: "} , \
0x97 { "qlfsc_cleanup_dev_cancel: "} , \
0x98 { "qlfsc_cleanup_target_cancel: "} , \
0x99 { "qlfsc_issue_adap_reset: "} , \
0x9a { "qlfsc_issue_els_pthru: "} , \
0x9b { "qlfsc_issue_ct_pthru: "} , \
0x9c { "qlfsc_issue_gid_pn: "} , \
0x9d { "qlfsc_issue_target_marker: "} , \
0x9e { "qlfsc_issue_lun_marker: "} , \
0x9f { "qlfsc_dyntrk_failed: "} , \
0xa0 { "qlfsc_issue_relogin: "} , \
0xa1 { "qlfsc_log_err: "} , \
0xa2 { "qlfsc_watchdog: "} , \
0xa3 { "qlfsc_async_stat: "} , \
0xa4 { "qlfsc_cdt_func: "} , \
0xa5 { "qlfsc_mvlg_update: "} , \
0xa6 { "qlfsc_issue_lun_cancel: "} , \
0xa7 { "qlfsc_issue_target_cancel: "} , \
0xa8 { "qlfsc_issue_pdisc: "} , \
0xa9 { "qlfsc_issue_target_reset: "} , \
0xaa { "qlfsc_issue_lun_reset: "} , \
0xab { "qlfsc_issue_clear_aca: "} , \
0xac { "qlfsc_issue_abt_tsk_set: "} , \
0xad { "qlfsc_issue_move_login: "} , \
0xae { "qlfsc_ioctl: "} , \
0xaf { "qlfsc_alloc_spc_cmd_buf: "} , \
0xb0 { "qlfsc_alloc_spc_els_buf: "} , \
0xb1 { "qlfsc_alloc_spc_rsp_buf: "} , \
0xb2 { "qlfsc_init_dev: "} , \
0xb3 { "qlfsc_open: "} , \
0xb4 { "qlfsc_dump: "} , \
0xb5 { "qlfsc_dump_start: "} , \
0xb6 { "qlfsc_dump_write: "} , \
0xb7 { "qlfsc_select: "} , \
0xb8 { "qlfsc_issue_abort_iocb: "} , \
0xb9 { "qlfsc_npiv_scsi: "} , \
0xba { "qlfsc_npiv_scsi_cancel: "} , \
0xbb { "qlfsc_npiv_start_pending_cmds: "} , \
0xbc { "qlfsc_npiv_scsi_issue_cmd: "} , \
0xbd { "qlfsc_npiv_build_scsi_tm: "} , \
0xbe { "qlfsc_npiv_build_scsi_cmd: "} , \
0xbf { "qlfsc_npiv_admin: "} , \
0xc0 { "qlfsc_npiv_admin_build_and_issue: "} , \
0xc1 { "qlfsc_npiv_admin_issue_cmd: "} , \
0xc2 { "qlfsc_init_initiator: "} , \
0xc3 { "qlfsc_clear_initiator: "} , \
0xc4 { "qlfsc_npiv_logout_target: "} , \
0xc5 { "qlfsc_clear_target: "} , \
0xc6 { "qlfsc_npiv_cmd_recv: "} , \
0xc7 { "qlfsc_npiv_recv: "} , \
0xc8 { "qlfsc_build_fcp_rsp_from_iocb: "} , \
0xc9 { "qlfsc_npiv_async_stat: "} , \
0xca { "qlfsc_npiv_send_async_stat: "} , \
0xcb { "qlfsc_npiv_map_status_admin: "} , \
0xcc { "qlfsc_npiv_map_status_prli: "} , \
0xcd { "qlfsc_npiv_map_status_scsi: "} , \
0xce { "qlfsc_npiv_build_scsi_crc2: "} , \
0xcf { "qlfsc_npiv_build_admin_ctiu: "} , \
0xd0 { "qlfsc_npiv_build_admin_els: "} , \
0xd1 { "qlfsc_issue_update_vport: "} , \
0xd2 { "qlfsc_process_update_vport: "} , \
0xd3 { "qlfsc_npiv_output: "} , \
0xd4 { "qlfsc_npiv_admin_entry_fcn: "} , \
0xd5 { "qlfsc_offl_npiv_issue: "} , \
0xd6 { "qlfsc_npiv_cmd_done: "} , \
0xd7 { "qlfsc_offl_npiv_done: "} , \
0xd8 { "qlfsc_npiv_build_scsi_marker: "} , \
0xd9 { "qlfsc_get_adap_stat: "} , \
0xda { "qlfsc_ras_register_dev: "} , \
0xdb { "qlfsc_ras_register_target: "} , \
0xdc { "qlfsc_npiv_build_scsi_iocancel: "} , \
0xdd { "qlfsc_npiv_build_cmd_elem_cancel: "} , \
0xde { "qlfsc_npiv_build_scsi_type6: "} , \
0xdf { "qlfsc_async_timeout: "} , \
0xe0 { "qlfsc_link_down_initiators: "} , \
0xe1 { "qlfsc_npiv_build_scsi_prli: "} , \
0xe2 { "qlfsc_npiv_build_qlfsc_cmd_cancel: "} , \
0xe3 { "qlfsc_npiv_build_admin_move_login: "} , \
0xe4 { "qlfsc_npiv_build_admin_relogin: "} , \
0xe5 { "qlfsc_npiv_process_scsi_marker: "} , \
0xe6 { "qlfsc_npiv_process_scsi_iocancel: "} , \
0xe7 { "qlfsc_npiv_process_scsi_tm: "} , \
0xe8 { "qlfsc_npiv_process_scsi_prli: "} , \
0xe9 { "qlfsc_npiv_process_admin_relogin: "} , \
0xea { "qlfsc_npiv_process_admin_els: "} , \
0xeb { "qlfsc_npiv_process_admin_ctiu: "} , \
0xec { "qlfsc_npiv_process_admin_move_login: "} , \
0xed { "qlfsc_npiv_process_admin_update_npiv: "} , \
0xee { "qlfsc_npiv_process_admin_cancel: "} , \
0xef { "qlfsc_async_hard_fail: "} , \
0xf0 { "qlfsc_async_dead_link: "} , \
0xf1 { "qlfsc_async_link_down: "} , \
0xf2 { "qlfsc_async_link_up: "} , \
0xf3 { "qlfsc_async_plogi: "} , \
0xf4 { "qlfsc_async_logo: "} , \
0xf5 { "qlfsc_async_prli: "} , \
0xf6 { "qlfsc_async_prlo: "} , \
0xf7 { "qlfsc_async_lip: "} , \
0xf8 { "qlfsc_async_rscn: "} , \
0xf9 { "qlfsc_async_grp_dmn_scn: "} , \
0xfa { "qlfsc_async_halt_reset_adap: "} , \
0xfb { "qlfsc_async_resume_adap: "} , \
0xfc { "qlfsc_async_reset_adap_fail: "} , \
0xfd { "qlfsc_async_farp_request: "} , \
0xfe { "qlfsc_async_migrated: "} , \
0xff { "qlfsc_start_any_waiting: "} \
$typ, \
0x0 { "Entry " $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace " $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
63B 1.0 "FCDD_ERR" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x0c { "qlfc_get_i2c_access: "} , \
0x0d { "qlfc_create_async_serv_parms: "} , \
0x0e { "qlfc_mvlg_log_sync_create_response: "} , \
0x0f { "qlfc_mark_login_nport_handle_stale: "} , \
0x10 { "qlfc_find_login_wwpn_nport_id: "} , \
0x11 { "qlfc_mvlg_log_new_in_sync: "} , \
0x12 { "qlfc_disable_all_vports: "} , \
0x13 { "qlfc_build_get_pdb_cmd: "} , \
0x14 { "qlfc_build_inot_ack_cmd: "} , \
0x15 { "qlfc_enable_modify_vp: "} , \
0x16 { "qlfc_invalidate_vports: "} , \
0x17 { "qlfc_invalidate_logins: "} , \
0x18 { "qlfc_invalidate_logins_nport_id: "} , \
0x19 { "qlfc_build_inot_ack_iocb: "} , \
0x1a { "qlfc_proc_port_logo_inot: "} , \
0x1b { "qlfc_proc_log_els_inot: "} , \
0x1c { "qlfc_get_ae_q_elem: "} , \
0x1d { "qlfc_proc_adap_inot_iocb: "} , \
0x1e { "qlfc_proc_adap_inot_ack_iocb: "} , \
0x1f { "qlfc_enqueue_event: "} , \
0x20 { "qlfc_offlevel_ae_q_isr: "} , \
0x21 { "qlfc_proc_atio_iocbs: "} , \
0x22 { "qlfc_ctl_prli_setup: "} , \
0x23 { "qlfc_get_rsc_cnts_mb: "} , \
0x24 { "qlfc_proc_get_rsc_cnts_mb: "} , \
0x25 { "qlfc_update_adap_vpd: "} , \
0x26 { "qlfc_proc_rw_sfp_mb: "} , \
0x27 { "qlfc_rw_sfp_mb: "} , \
0x28 { "qlfc_intr_reset_failure: "} , \
0x29 { "qlfc_proto_reset_failure: "} , \
0x2a { "qlfc_proto_reset_success: "} , \
0x2b { "qlfc_proc_ae_event: "} , \
0x2c { "qlfc_proc_ae_dd_notify: "} , \
0x2d { "qlfc_proc_ae_lip_occurred: "} , \
0x2e { "qlfc_proc_ae_change_notification: "} , \
0x2f { "qlfc_proc_ae_req_resp_error: "} , \
0x30 { "qlfc_proc_ae_port_db_changed: "} , \
0x31 { "qlfc_proc_flash_access_mb: "} , \
0x32 { "qlfc_proc_dump_ram_mb: "} , \
0x33 { "qlfc_proc_idc_ack_msg_mb: "} , \
0x34 { "qlfc_proc_get_dcbx_params_mb: "} , \
0x35 { "qlfc_proc_get_set_params_mb: "} , \
0x36 { "qlfc_proc_get_link_status_mb: "} , \
0x37 { "qlfc_proc_get_rps_rls_mb: "} , \
0x38 { "qlfc_proc_initiate_lip_mb: "} , \
0x39 { "qlfc_proc_idc_send_msg_mb: "} , \
0x3a { "qlfc_proc_adap_abort_io_iocb_err: "} , \
0x3b { "qlfc_proc_adap_modify_vp_cfg_iocb_err: "} , \
0x3c { "qlfc_proc_adap_rpt_id_acq_iocb_err: "} , \
0x3d { "qlfc_proc_adap_vp_ctl_iocb_err: "} , \
0x3e { "qlfc_proc_adap_mb_iocb_err: "} , \
0x3f { "qlfc_proc_adap_marker_iocb_err: "} , \
0x40 { "qlfc_proc_send_change_request_mb: "} , \
0x41 { "qlfc_proc_get_fcf_list_mb: "} , \
0x42 { "qlfc_proc_get_fcal_posmap_mb: "} , \
0x43 { "qlfc_proc_serdes_xmt_param_mb: "} , \
0x44 { "qlfc_proc_set_fw_options_mb: "} , \
0x45 { "qlfc_proc_verify_chksum_mb: "} , \
0x46 { "qlfc_proc_load_ram_mb: "} , \
0x47 { "qlfc_proc_write_mpi_reg_mb: "} , \
0x48 { "qlfc_proc_restart_mpi_fw_mb: "} , \
0x49 { "qlfc_proc_get_data_rate_mb: "} , \
0x4a { "qlfc_proc_adap_nport_login_iocb: "} , \
0x4b { "qlfc_proc_adap_nport_logout_iocb: "} , \
0x4c { "qlfc_proc_adap_update_vport_iocb: "} , \
0x4d { "qlfc_proc_adap_log_in_out_iocb_err: "} , \
0x4e { "qlfc_proc_adap_ct_pthru_iocb_err: "} , \
0x4f { "qlfc_proc_adap_els_pthru_iocb_err: "} , \
0x50 { "qlfc_proc_get_port_list_mb: "} , \
0x51 { "qlfc_proc_get_id_mb: "} , \
0x52 { "qlfc_proc_get_fw_state_mb: "} , \
0x53 { "qlfc_proc_init_firmware_mb: "} , \
0x54 { "qlfc_proc_about_firmware_mb: "} , \
0x55 { "qlfc_proc_execute_fw_mb: "} , \
0x56 { "qlfc_find_cmd_handle: "} , \
0x57 { "qlfc_find_pending_cmd_handle: "} , \
0x58 { "qlfc_find_active_cmd_handle: "} , \
0x59 { "qlfc_adapter_post: "} , \
0x5a { "qlfc_init: "} , \
0x5b { "qlfc_reset_mpi_disable: "} , \
0x5c { "qlfc_write_mpi_reg_mb: "} , \
0x5d { "qlfc_proc_offl_comp_q: "} , \
0x5e { "qlfc_offlevel_q_isr: "} , \
0x5f { "qlfc_abort_pending_cmd: "} , \
0x60 { "qlfc_flush_pending_cmds_vport: "} , \
0x61 { "qlfc_flush_pending_cmds_nport_handle: "} , \
0x62 { "qlfc_flush_pending_ctlelem_nport_handle: "} , \
0x63 { "qlfc_flush_pending_ctlelem_lun_id: "} , \
0x64 { "qlfc_get_fw_state_disable: "} , \
0x65 { "qlfc_mvlg_check_logo_new: "} , \
0x66 { "qlfc_mvlg_check_logo_old: "} , \
0x67 { "qlfc_mvlg_login_new: "} , \
0x68 { "qlfc_get_fw_state_mb: "} , \
0x69 { "qlfc_logout_all: "} , \
0x6a { "qlfc_proc_adap_mb_iocb: "} , \
0x6b { "qlfc_proc_login_collision: "} , \
0x6c { "qlfc_ctl_nport_logout: "} , \
0x6d { "qlfc_ctl_npiv_clear: "} , \
0x6e { "qlfc_build_els_pthru_iocb: "} , \
0x6f { "qlfc_create_login_response: "} , \
0x70 { "qlfc_build_abort_iocb: "} , \
0x71 { "qlfc_about_firmware_mb: "} , \
0x72 { "qlfc_add_login_tble: "} , \
0x73 { "qlfc_async_status: "} , \
0x74 { "qlfc_add_status: "} , \
0x75 { "qlfc_build_cmd: "} , \
0x76 { "qlfc_build_iocb: "} , \
0x77 { "qlfc_build_mb: "} , \
0x78 { "qlfc_verify_chksum_mb: "} , \
0x79 { "qlfc_close: "} , \
0x7a { "qlfc_cmd_fcn: "} , \
0x7b { "qlfc_ctl: "} , \
0x7c { "qlfc_ctl_nport_login: "} , \
0x7d { "qlfc_hard_error: "} , \
0x7e { "qlfc_ctl_dma_setup: "} , \
0x7f { "qlfc_cdt_func: "} , \
0x80 { "qlfc_watchdog: "} , \
0x81 { "qlfc_build_ctiu_pthru_iocb: "} , \
0x82 { "qlfc_del_status: "} , \
0x83 { "qlfc_cleanup: "} , \
0x84 { "qlfc_del_login_tble: "} , \
0x85 { "qlfc_check_slot: "} , \
0x86 { "qlfc_diag_loop_back_mb: "} , \
0x87 { "qlfc_diag_echo_test_mb: "} , \
0x88 { "qlfc_dump_ram_mb: "} , \
0x89 { "qlfc_download_fw_image: "} , \
0x8a { "qlfc_early_cleanup: "} , \
0x8b { "qlfc_execute_fw_mb: "} , \
0x8c { "qlfc_erase_flash: "} , \
0x8d { "qlfc_write_flash_image: "} , \
0x8e { "qlfc_read_flash_image: "} , \
0x8f { "qlfc_free_login_tble: "} , \
0x90 { "qlfc_eeh_callback: "} , \
0x91 { "qlfc_finish_adapter_post: "} , \
0x90 { "qlfc_eeh_callback: "} , \
0x91 { "qlfc_finish_adapter_post: "} , \
0x92 { "qlfc_find_login_nport_id: "} , \
0x93 { "qlfc_find_login_ww_name: "} , \
0x94 { "qlfc_flush_adap: "} , \
0x95 { "qlfc_flush_adap_queue: "} , \
0x96 { "qlfc_flush_queue: "} , \
0x97 { "qlfc_find_login_nport_handle: "} , \
0x98 { "qlfc_get_lnk_stat_mb: "} , \
0x99 { "qlfc_get_next_avail_nport_handle: "} , \
0x9a { "qlfc_build_get_pdb_mbiocb: "} , \
0x9b { "qlfc_start_gfws_delay: "} , \
0x9c { "qlfc_gfws_delay_timer: "} , \
0x9d { "qlfc_get_name_list_mb: "} , \
0x9e { "qlfc_data_rate_mb: "} , \
0x9f { "qlfc_get_id_mb: "} , \
0xa0 { "qlfc_get_id_disable: "} , \
0xa1 { "qlfc_issue_adap_pend: "} , \
0xa2 { "qlfc_issue_proto_queue: "} , \
0xa3 { "qlfc_issue_mb: "} , \
0xa4 { "qlfc_issue_adap_pri: "} , \
0xa5 { "qlfc_intr: "} , \
0xa6 { "qlfc_proc_adap_iocb_err: "} , \
0xa7 { "qlfc_initialize_fw_mb: "} , \
0xa8 { "qlfc_initiate_lip_mb: "} , \
0xa9 { "qlfc_get_rps_rls_mb: "} , \
0xaa { "qlfc_mapdma_iocb: "} , \
0xab { "qlfc_move_login: "} , \
0xac { "qlfc_load_ram_mb: "} , \
0xad { "qlfc_build_marker_iocb: "} , \
0xae { "qlfc_add_filter: "} , \
0xaf { "qlfc_del_filter: "} , \
0xb0 { "qlfc_offlevel_isr: "} , \
0xb1 { "qlfc_open: "} , \
0xb2 { "qlfc_output: "} , \
0xb3 { "qlfc_polling_timer: "} , \
0xb4 { "qlfc_proc_flush_q: "} , \
0xb5 { "qlfc_proc_proto_queue: "} , \
0xb6 { "qlfc_proc_adap_queue: "} , \
0xb7 { "qlfc_proc_link_down: "} , \
0xb8 { "qlfc_proc_syserr: "} , \
0xb9 { "qlfc_proc_mailbox: "} , \
0xba { "qlfc_proc_adap_iocb: "} , \
0xbb { "qlfc_proc_iocbs: "} , \
0xbc { "qlfc_restart_adapter: "} , \
0xbd { "qlfc_passthru_mb: "} , \
0xbe { "qlfc_start_delay: "} , \
0xbf { "qlfc_delay_timer: "} , \
0xc0 { "qlfc_adp_reset_delay_timer: "} , \
0xc1 { "qlfc_read_nvram: "} , \
0xc2 { "qlfc_get_flash_id: "} , \
0xc3 { "qlfc_setup_and_load_riscram: "} , \
0xc4 { "qlfc_set_fw_options_mb: "} , \
0xc5 { "qlfc_scn_request_mb: "} , \
0xc6 { "qlfc_alloc_sglist: "} , \
0xc7 { "qlfc_clear_sglist: "} , \
0xc8 { "qlfc_start: "} , \
0xc7 { "qlfc_clear_sglist: "} , \
0xc8 { "qlfc_start: "} , \
0xc9 { "qlfc_lnk_stat: "} , \
0xca { "qlfc_unmapdma_iocb: "} , \
0xcb { "qlfc_build_lilo_iocb: "} , \
0xcc { "qlfc_get_alpa_map_mb: "} , \
0xcd { "qlfc_link_dead_timer: "} , \
0xce { "qlfc_proc_ae_link_up: "} , \
0xcf { "qlfc_serdes_param_mb: "} , \
0xd0 { "qlfc_init_adapter: "} , \
0xd1 { "qlfc_write_flash_config: "} , \
0xd2 { "qlfc_load_riscram: "} , \
0xd3 { "qlfc_extract_risc_code: "} , \
0xd4 { "qlfc_compare_risc_code: "} , \
0xd5 { "qlfc_dump: "} , \
0xd6 { "qlfc_dump_write: "} , \
0xd7 { "qlfc_dmp_issue_queue: "} , \
0xd8 { "qlfc_dump_intr: "} , \
0xd9 { "qlfc_dump_time_out: "} , \
0xda { "qlfc_dump_process_mb_cmplt: "} , \
0xdb { "qlfc_dump_process_async_event: "} , \
0xdc { "qlfc_dump_process_link_down: "} , \
0xdd { "qlfc_getset_param: "} , \
0xde { "qlfc_getset_param_dis: "} , \
0xdf { "qlfc_get_fcf_list_mb: "} , \
0xe0 { "qlfc_get_dcbx_param_mb: "} , \
0xe1 { "qlfc_restart_mpi_fw_mb: "} , \
0xe2 { "qlfc_send_idc_mb: "} , \
0xe3 { "qlfc_idc_ack_mb: "} , \
0xe4 { "qlfc_ns_relogin: "} , \
0xe5 { "qlfc_get_flt_addr: "} , \
0xe6 { "qlfc_check_devid_image: "} , \
0xe7 { "qlfc_check_for_rmw_region: "} , \
0xe8 { "qlfc_check_for_rmw: "} , \
0xe9 { "qlfc_validate_ucode_image: "} , \
0xea { "qlfc_setup_fw_buffers: "} , \
0xeb { "qlfc_read_mod_write_region: "} , \
0xec { "qlfc_read_mod_write_flash: "} , \
0xed { "qlfc_upd_image_version: "} , \
0xee { "qlfc_search_flt_region: "} , \
0xef { "qlfc_find_vpd_field: "} , \
0xf0 { "qlfc_compare_upd_vpd: "} , \
0xf1 { "qlfc_extract_flash_info: "} , \
0xf2 { "qlfc_flash_access_ctrl_mb: "} , \
0xf3 { "qlfc_flash_access_control: "} , \
0xf4 { "qlfc_proc_exec_fw: "} , \
0xf5 { "qlfc_upd_vpd_checksum: "} , \
0xf6 { "qlfc_build_modify_vp_cfg_iocb: "} , \
0xf7 { "qlfc_build_vp_control_iocb: "} , \
0xf8 { "qlfc_add_vport: "} , \
0xf9 { "qlfc_del_vport: "} , \
0xfa { "qlfc_find_vport_nport_id: "} , \
0xfb { "qlfc_find_vport_vp_index: "} , \
0xfc { "qlfc_find_vport_ww_name: "} , \
0xfd { "qlfc_ctl_npiv_setup: "} , \
0xfe { "qlfc_find_update_vport_cmd: "} , \
0xff { "qlfc_proc_rpt_id_acq_iocb: "} \
$typ, \
0x0 { "Entry " $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace " $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
5A8 1.0 "QFCADD" \
$DD1
5A9 1.0 "QFCPDD" \
$DD1
40A 1.0 "@STTY JAS" \
{{ $maj }} {{ $min }} {{ $how }} {{ $which }} \
{{ $name = "jas" }} \
$400 \
$which, \
0009 "ioctl ", \
000E "flush ", \
000F "ctl ", \
0010 "termios_set ", \
0011 "termios_get ", \
0012 "termiox_set ", \
0013 "termiox_get ", \
0014 "break_set ", \
0015 "break_clear ", \
0016 "add_adap ", \
0017 "del_adap ", \
0018 "allocmsg ", \
0019 "recover ", \
001A "timeout ", \
001B "allocmflush ", \
001C "mflush_recover ", \
001D "mflush_timeout ", \
001E "add_port ", \
001F "del_port ", \
0020 "pci_qry_vpd ", \
0021 "cleanup ", \
0022 "pci_read ", \
0023 "pci_write ", \
0024 "setpci ", \
0025 "getchars ", \
0026 "setup_break_clear ", \
0027 "getmodem ", \
0028 "check_temt ", \
0029 "end_of_drain ", \
002A "freemsg ", \
002B "allocb ", \
002C "reset_bd ", \
002D "reset_port ", \
002E "kill_apps ", \
002F "bd2mem_spec ", \
0030 "err_adpfail ", \
0031 "failadap ", \
0032 "eeh_check ", \
0033 "eeh_callback ", \
0034 "eeprom_out ", \
0035 "jas_qry_vpd " \
$how, \
0000 { $which, \
0009 { "ptr" $D2%XW "cmd" ioctlname($D3) }, \
000E { "rw" BITFLAGS $D3, 1 "read", 2 "write" }, \
000F { "cmd" ioctlname($D3) }, \
0010 { "cflag" $D3%XW "iflag" $D4%XW "start/stop" $D5%X2 }, \
0011 { }, \
0012 { "hflag" $D3%XW }, \
0013 { }, \
0014 { duration $D3%DW }, \
0015 { }, \
0016 { "dev" $D3%XW }, \
0017 { "dev" $D3%XW }, \
0018 { }, \
0019 { }, \
001A { }, \
001B { }, \
001C { }, \
001D { }, \
001E { "dev" $D3%XW "dds" $D3%XW }, \
001F { "dev" $D3%XW }, \
0020 { "dev" $D3%XW "uiop" $D4%XW }, \
0021 { "dev" $D3%XW "depth" $D3%D4 }, \
0022 { }, \
0023 { }, \
0024 { }, \
0025 { "port" $D3%XW "rsp" $D4%XW "count" $D5%DW }, \
0026 { }, \
0027 { "port" $D3%XW "rsp" $D4%XW }, \
0028 { }, \
0029 { }, \
002A { }, \
002B { }, \
002C { }, \
002D { }, \
002E { }, \
002F { "bd" $D3%XW "flag" $D4%DW }, \
0030 { }, \
0031 { }, \
0032 { "bd" $D4%XW }, \
0033 { "cmd" $D4%XW "dds_ptr" $D5%XW "flag" $D6%DW }, \
0034 { "vaddr" $D3%XW "byte" $D4%X1 }, \
0035 { "dev" $D3%XW "uiop" $D4%XW } \
}, \
0001 { "DATA" $D3%XW $D4%XW $D5%XW }, \
0002 { $which, \
0018 { "ret" $D3 "from line" $D4%DW }, \
002F { "ret" $D3%XW "from line" $D4%DW }, \
\* { "ret" $D3%DW "from line" $D4%DW } \
}, \
0003 { $D3, \
0000 { "break at line" $D4%DW }, \
0001 { "continue at line" $D4%DW }, \
0002 { "goto from line" $D4%DW } \
}
3A9 1.0 "@dpmpdd" \
"PCI HDLC DD XMT: " O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
3AA 1.0 "@dpmpdd" \
"PCI HDLC DD RCV: " O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
3AB 1.0 "@dpmpdd" \
"PCI HDLC DD GEN: " O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
4FA 1.0 L=KERN "USB_EHCI " \
$HD%D2, \
681 {"EHCI_stray_getFrame_0"}, \
682 {"EHCI_stray_pipeAbort_0"}, \
683 {"EHCI_stray_pipeAddIOB_0"}, \
684 {"EHCI_stray_pipeClear_0"}, \
685 {"EHCI_stray_pipeConnect_0"}, \
686 {"EHCI_stray_pipeDisconnect_0"}, \
687 {"EHCI_stray_pipeHalt_0"}, \
688 {"EHCI_stray_pipeIO_0"}, \
689 {"EHCI_stray_pipeResetToggle_0"}, \
690 {"EHCI_stray_pipeStatus_0"}, \
691 {"EHCI_stray_shutdownComplete_0"}, \
692 {"EHCI_stray_unregisterHC_0"}, \
445 {"abort_all_iobs_0" $D1%XW}, \
446 {"abort_all_iobs_1" $D1%XW}, \
447 {"abort_all_iobs_2" $D1%XW}, \
241 {"cancel_port_reset_timer_0"}, \
242 {"cancel_port_reset_timer_1"}, \
243 {"cancel_port_reset_timer_2"}, \
244 {"cancel_port_reset_timer_3"}, \
245 {"cancel_port_reset_timer_ie_0"}, \
246 {"cancel_port_reset_timer_ie_1"}, \
247 {"cancel_port_reset_timer_ie_2"}, \
248 {"cancel_port_reset_timer_ie_3"}, \
723 {"cancel_sleep_timer_0"}, \
724 {"cancel_sleep_timer_1"}, \
15 {"cancel_watchdog_0"}, \
16 {"cancel_watchdog_1"}, \
725 {"cancel_watchdog_2"}, \
17 {"cancel_watchdog_interrupt_0"}, \
18 {"cancel_watchdog_interrupt_1"}, \
726 {"cancel_watchdog_interrupt_2"}, \
19 {"cold_start_with_wait_0"}, \
25 {"cold_start_with_wait_1"}, \
26 {"cold_start_with_wait_2"}, \
655 {"configure_eeh_0"}, \
656 {"configure_eeh_1"}, \
702 {"configure_interrupts_A_0"}, \
703 {"configure_interrupts_A_1"}, \
704 {"configure_interrupts_B_0"}, \
705 {"configure_interrupts_B_1"}, \
602 {"configure_pci_config_registers_0"}, \
603 {"configure_pci_config_registers_1"}, \
249 {"configure_port_reset_timer_0"}, \
727 {"configure_sleep_timer_0"}, \
728 {"configure_watchdog_0"}, \
607 {"debug_busMap_0"}, \
608 {"debug_postIOB_0" $D1%XW $D2%XW}, \
609 {"debug_postIOB_1" $D1%XW}, \
610 {"debug_reqHCrestart_0"}, \
611 {"debug_reqHCshutdown_0"}, \
612 {"debug_reqHCunregister_0"}, \
613 {"debug_unBusMap_0"}, \
250 {"device_init_0"}, \
251 {"device_init_1"}, \
252 {"device_init_2"}, \
253 {"device_init_3"}, \
254 {"device_init_4"}, \
255 {"device_init_5"}, \
256 {"device_init_6"}, \
257 {"device_init_7"}, \
258 {"device_init_8"}, \
259 {"device_init_9"}, \
260 {"device_init_10"}, \
261 {"device_init_11"}, \
262 {"device_init_12"}, \
263 {"device_init_13"}, \
104 {"device_init_14"}, \
265 {"device_init_15"}, \
0 {"device_init_16" $D1%XW $D2%XW}, \
1 {"device_init_17" $D1%XW $D2%XW}, \
2 {"device_term_0"}, \
3 {"device_term_1" $D1%XW}, \
4 {"device_term_2"}, \
5 {"device_term_3"}, \
6 {"device_term_4"}, \
7 {"device_term_5"}, \
507 {"device_term_6"}, \
508 {"device_term_7"}, \
509 {"device_term_8" $D1%XW}, \
510 {"device_term_9"}, \
511 {"device_term_10"}, \
512 {"device_term_11"}, \
513 {"device_term_12"}, \
514 {"device_term_13"}, \
515 {"device_term_14"}, \
516 {"device_term_15" $D1%XW $D2%XW}, \
517 {"device_term_16" $D1%XW $D2%XW}, \
518 {"device_term_17"}, \
594 {"ehcd_QHh_free_0"}, \
595 {"ehcd_QHh_free_1"}, \
596 {"ehcd_QHh_free_2"}, \
597 {"ehcd_QHh_new_0"}, \
598 {"ehcd_QHh_new_1"}, \
175 {"ehcd_delete_a_pipe_0" $D1%XW}, \
714 {"ehcd_delete_a_pipe_1"}, \
599 {"ehcd_iTD_free_0"}, \
167 {"ehcd_pipeConnect_body_0"}, \
168 {"ehcd_pipeConnect_body_1"}, \
169 {"ehcd_pipeConnect_body_2"}, \
170 {"ehcd_pipeConnect_body_3"}, \
171 {"ehcd_pipeConnect_body_4" $D1%XW}, \
172 {"ehcd_pipeConnect_body_5" $D1%XW}, \
173 {"ehcd_pipeConnect_body_6"}, \
174 {"ehcd_pipeConnect_body_7" $D1%XW}, \
497 {"ehcd_pipeConnect_body_8"}, \
176 {"ehcd_pipeConnect_body_9" $D1%XW}, \
498 {"ehcd_pipeConnect_body_10"}, \
420 {"ehcd_pipeConnect_body_11"}, \
435 {"ehcd_pipe_abort_0" $D1%XW}, \
436 {"ehcd_pipe_abort_1"}, \
565 {"ehcd_pipe_abort_2"}, \
566 {"ehcd_pipe_abort_3"}, \
567 {"ehcd_pipe_abort_4"}, \
589 {"ehcd_pipe_abort_5"}, \
715 {"ehcd_pipe_abort_6"}, \
716 {"ehcd_pipe_abort_7"}, \
717 {"ehcd_pipe_abort_8"}, \
718 {"ehcd_pipe_abort_9"}, \
719 {"ehcd_pipe_abort_10"}, \
720 {"ehcd_pipe_abort_11"}, \
469 {"ehcd_pipe_initialize_0"}, \
470 {"ehcd_pipe_initialize_1"}, \
471 {"ehcd_pipe_initialize_2"}, \
472 {"ehcd_pipe_initialize_3"}, \
473 {"ehcd_pipe_initialize_4"}, \
474 {"ehcd_pipe_initialize_5"}, \
475 {"ehcd_pipe_initialize_6"}, \
476 {"ehcd_pipe_initialize_7"}, \
477 {"ehcd_pipe_initialize_8"}, \
478 {"ehcd_pipe_initialize_9"}, \
479 {"ehcd_pipe_initialize_10"}, \
480 {"ehcd_pipe_initialize_11"}, \
481 {"ehcd_pipe_initialize_12"}, \
482 {"ehcd_pipe_initialize_13"}, \
483 {"ehcd_pipe_initialize_14"}, \
105 {"ehcd_pipe_initialize_15"}, \
106 {"ehcd_pipe_initialize_16"}, \
486 {"ehcd_pipe_initialize_17" $D1%XW}, \
107 {"ehcd_pipe_initialize_18"}, \
457 {"ehcd_pipe_initialize_19" $D1%XW}, \
108 {"ehcd_pipe_initialize_20"}, \
487 {"ehcd_pipe_uninitialize_0"}, \
109 {"ehcd_pipe_uninitialize_1"}, \
110 {"ehcd_pipe_uninitialize_2"}, \
111 {"ehcd_pipe_uninitialize_3"}, \
112 {"ehcd_pipe_uninitialize_4"}, \
563 {"ehcd_process_done_0"}, \
564 {"ehcd_process_done_1"}, \
236 {"ehcd_process_done_2"}, \
600 {"ehcd_qTD_free_0"}, \
601 {"ehcd_siTD_free_0"}, \
463 {"ehcd_unlink_periodic_0"}, \
464 {"ehcd_unlink_periodic_1"}, \
465 {"ehcd_unlink_periodic_2"}, \
499 {"ehci_core_config_0"}, \
500 {"ehci_core_config_1"}, \
501 {"ehci_core_config_2"}, \
502 {"ehci_core_config_3"}, \
503 {"ehci_core_config_4"}, \
504 {"ehci_core_config_5"}, \
505 {"ehci_core_config_6"}, \
506 {"ehci_core_config_7" $D1%XW}, \
519 {"ehci_core_init_0"}, \
520 {"ehci_core_term_0"}, \
521 {"ehci_ds_init_0"}, \
522 {"ehci_ds_term_0"}, \
523 {"ehci_ds_term_1"}, \
27 {"enter_operational_state_0"}, \
28 {"enter_operational_state_1"}, \
29 {"enter_operational_state_2"}, \
30 {"enter_operational_state_3"}, \
14 {"error_log_0" $D1%XW}, \
20 {"error_log_dp_0"}, \
21 {"error_log_dp_u32x3_0"}, \
22 {"error_log_dt_0"}, \
23 {"error_log_sp_0"}, \
24 {"error_log_st_0"}, \
410 {"error_log_st_u32x2_0"}, \
8 {"estimate_bw_and_TT_0"}, \
9 {"estimate_bw_and_TT_1" $D1%XW}, \
11 {"estimate_bw_and_TT_2" $D1%XW}, \
12 {"estimate_bw_and_TT_node_0"}, \
13 {"estimate_bw_and_TT_node_and_parents_0"}, \
427 {"estimate_bw_and_TT_node_and_parents_1" $D1%XW}, \
428 {"estimate_bw_and_TT_node_and_parents_2" $D1%XW}, \
552 {"estimate_bw_and_TT_node_and_parents_3" $D1%XW}, \
32 {"fake_control_sequence_in_0"}, \
33 {"fake_control_sequence_in_1"}, \
34 {"fake_control_sequence_in_2"}, \
35 {"fake_control_sequence_in_3"}, \
36 {"fake_control_sequence_in_4" $D1%XW}, \
87 {"fake_control_sequence_in_5" $D1%XW}, \
88 {"fake_control_sequence_in_6" $D1%XW}, \
91 {"fake_control_sequence_in_7" $D1%XW}, \
93 {"fake_control_sequence_in_8" $D1%XW}, \
95 {"fake_control_sequence_in_9" $D1%XW}, \
97 {"fake_control_sequence_in_10" $D1%XW}, \
621 {"fake_control_sequence_in_11" $D1%XW}, \
622 {"fake_control_sequence_in_12" $D1%XW}, \
623 {"fake_control_sequence_in_13"}, \
624 {"fake_control_sequence_in_14"}, \
625 {"fake_control_sequence_in_15"}, \
626 {"fake_control_sequence_in_16"}, \
339 {"fake_control_sequence_setup_only_0"}, \
340 {"fake_control_sequence_setup_only_1"}, \
341 {"fake_control_sequence_setup_only_2"}, \
342 {"fake_control_sequence_setup_only_3"}, \
343 {"fake_control_sequence_setup_only_4"}, \
344 {"fake_control_sequence_setup_only_5"}, \
345 {"fake_control_sequence_setup_only_6"}, \
346 {"fake_control_sequence_setup_only_7"}, \
347 {"fake_control_sequence_setup_only_8"}, \
348 {"fake_control_sequence_setup_only_9"}, \
349 {"fake_control_sequence_setup_only_10"}, \
350 {"fake_control_sequence_setup_only_11"}, \
351 {"fake_control_sequence_setup_only_12"}, \
352 {"fake_control_sequence_setup_only_13"}, \
353 {"fake_control_sequence_setup_only_14"}, \
354 {"fake_control_sequence_setup_only_15"}, \
355 {"fake_control_sequence_setup_only_16"}, \
356 {"fake_control_sequence_setup_only_17"}, \
357 {"fake_control_sequence_setup_only_18"}, \
358 {"fake_control_sequence_setup_only_19"}, \
359 {"fake_control_sequence_setup_only_20"}, \
360 {"fake_control_sequence_setup_only_21"}, \
361 {"fake_control_sequence_setup_only_22"}, \
362 {"fake_control_sequence_setup_only_23"}, \
627 {"fake_interrupt_in_0"}, \
628 {"fake_interrupt_in_1"}, \
629 {"fake_interrupt_in_2"}, \
630 {"fake_interrupt_in_3"}, \
631 {"fake_interrupt_in_4" $D1%XW}, \
632 {"fake_interrupt_in_5" $D1%XW}, \
633 {"fake_interrupt_in_6" $D1%XW}, \
634 {"fake_interrupt_in_7" $D1%XW}, \
635 {"fake_interrupt_in_8" $D1%XW}, \
636 {"fake_interrupt_in_9" $D1%XW}, \
637 {"fake_interrupt_in_10" $D1%XW}, \
638 {"fake_interrupt_in_11"}, \
639 {"fake_interrupt_in_12"}, \
640 {"fake_interrupt_in_13"}, \
553 {"find_start_high_interrupt_0"}, \
554 {"find_start_high_interrupt_1" $D1%XW}, \
555 {"find_start_high_interrupt_2" $D1%XW}, \
573 {"find_start_multimicro_0"}, \
574 {"find_start_multimicro_1"}, \
575 {"find_start_multimicro_2" $D1%XW}, \
556 {"find_start_split_interrupt_0"}, \
557 {"find_start_split_interrupt_1" $D1%XW}, \
558 {"find_start_split_interrupt_2" $D1%XW}, \
576 {"find_start_split_isochronous_0"}, \
577 {"find_start_split_isochronous_1" $D1%XW}, \
31 {"get_op_parms_0"}, \
37 {"hcd_blind_stop_0"}, \
10 {"hcd_close_validated_0"}, \
429 {"hcd_close_validated_1"}, \
430 {"hcd_close_validated_2"}, \
641 {"hcd_debug_ioctl_0"}, \
642 {"hcd_debug_ioctl_1" $D1%XW}, \
643 {"hcd_debug_ioctl_2" $D1%XW}, \
644 {"hcd_debug_ioctl_3" $D1%XW}, \
645 {"hcd_debug_ioctl_4" $D1%XW}, \
646 {"hcd_debug_ioctl_5" $D1%XW}, \
647 {"hcd_debug_ioctl_6" $D1%XW}, \
392 {"hcd_debug_keyword_0"}, \
393 {"hcd_debug_keyword_1"}, \
394 {"hcd_debug_keyword_2"}, \
395 {"hcd_debug_keyword_3"}, \
396 {"hcd_debug_keyword_4"}, \
397 {"hcd_debug_keyword_5"}, \
398 {"hcd_debug_keyword_6"}, \
399 {"hcd_debug_keyword_7"}, \
400 {"hcd_debug_keyword_8"}, \
401 {"hcd_debug_keyword_9"}, \
402 {"hcd_debug_keyword_10"}, \
403 {"hcd_debug_keyword_11"}, \
404 {"hcd_debug_keyword_12"}, \
405 {"hcd_debug_keyword_13"}, \
406 {"hcd_debug_keyword_14"}, \
407 {"hcd_debug_keyword_15"}, \
408 {"hcd_debug_keyword_16"}, \
409 {"hcd_debug_keyword_17"}, \
614 {"hcd_debug_register_0"}, \
615 {"hcd_debug_register_1"}, \
616 {"hcd_debug_register_2"}, \
617 {"hcd_debug_register_3"}, \
618 {"hcd_debug_register_4"}, \
648 {"hcd_debug_reset_0"}, \
379 {"hcd_debug_transfer_0"}, \
380 {"hcd_debug_transfer_1"}, \
381 {"hcd_debug_transfer_2"}, \
382 {"hcd_debug_transfer_3"}, \
383 {"hcd_debug_transfer_4"}, \
384 {"hcd_debug_transfer_5"}, \
385 {"hcd_debug_transfer_6"}, \
386 {"hcd_debug_transfer_7"}, \
387 {"hcd_debug_transfer_8"}, \
388 {"hcd_debug_transfer_9"}, \
389 {"hcd_debug_transfer_10"}, \
390 {"hcd_debug_transfer_11"}, \
391 {"hcd_debug_transfer_12"}, \
649 {"hcd_debug_unregister_0"}, \
650 {"hcd_debug_unregister_1"}, \
651 {"hcd_debug_unregister_2"}, \
652 {"hcd_debug_unregister_3"}, \
653 {"hcd_debug_unregister_4"}, \
99 {"hcd_eeh_adapter_dead_0"}, \
100 {"hcd_eeh_adapter_dead_1"}, \
663 {"hcd_eeh_check_slot_0"}, \
664 {"hcd_eeh_check_slot_1"}, \
141 {"hcd_eeh_shutdown_complete_0"}, \
145 {"hcd_eeh_stop_operations_0"}, \
146 {"hcd_eeh_stop_timer_0"}, \
147 {"hcd_eeh_stop_timer_1"}, \
666 {"hcd_eeh_stop_timer_2"}, \
148 {"hcd_eeh_stop_timer_ie_0"}, \
149 {"hcd_eeh_stop_timer_ie_1"}, \
667 {"hcd_eeh_stop_timer_ie_2"}, \
310 {"hcd_free_iobh_list_0"}, \
311 {"hcd_free_iobh_list_1"}, \
312 {"hcd_free_iobh_list_2"}, \
721 {"hcd_free_iobh_list_3"}, \
722 {"hcd_free_iobh_list_4"}, \
524 {"hcd_lookup_device_0"}, \
654 {"hcd_no_op_shutdown_complete_0"}, \
431 {"hcd_open_validated_0"}, \
432 {"hcd_open_validated_1" $D1%XW}, \
433 {"hcd_open_validated_2"}, \
434 {"hcd_open_validated_3"}, \
177 {"hcd_register_0"}, \
178 {"hcd_register_1"}, \
179 {"hcd_register_2"}, \
180 {"hcd_register_3" $D1%XW}, \
181 {"hcd_register_4"}, \
182 {"hcd_register_5"}, \
113 {"hcd_register_6"}, \
183 {"hcd_register_body_0"}, \
184 {"hcd_register_body_1"}, \
185 {"hcd_register_body_2"}, \
186 {"hcd_register_body_3"}, \
187 {"hcd_register_body_4" $D1%XW}, \
287 {"hcd_rh_port_GET_STATUS_0" $D1%XW}, \
288 {"hcd_rh_port_GET_STATUS_1"}, \
301 {"hcd_rh_port_GET_STATUS_2" $D1%XW}, \
302 {"hcd_rh_port_GET_STATUS_3"}, \
276 {"hcd_rh_process_status_change_0"}, \
277 {"hcd_rh_process_status_change_1"}, \
278 {"hcd_rh_process_status_change_2"}, \
279 {"hcd_rh_process_status_change_3"}, \
280 {"hcd_rh_process_status_change_4"}, \
281 {"hcd_rh_process_status_change_5"}, \
282 {"hcd_rh_process_status_change_6"}, \
39 {"hcd_rh_set_PORT_RESET_0" $D1%XW $D2%XW}, \
40 {"hcd_rh_set_PORT_RESET_1" $D1%XW $D2%XW $D3%XW}, \
289 {"hcd_rh_set_PORT_RESET_2"}, \
290 {"hcd_rh_set_PORT_RESET_3"}, \
188 {"hcd_root_hub_control_DEVICE_0"}, \
189 {"hcd_root_hub_control_DEVICE_1"}, \
190 {"hcd_root_hub_control_DEVICE_2"}, \
191 {"hcd_root_hub_control_DEVICE_STAND_0"}, \
192 {"hcd_root_hub_control_DEVICE_STAND_1" $D1%XW}, \
193 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_0"}, \
194 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_1"}, \
195 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_2"}, \
196 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_3"}, \
197 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_4"}, \
198 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_5"}, \
199 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_6"}, \
200 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_7"}, \
201 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_8"}, \
202 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_9"}, \
203 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_10"}, \
204 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_11"}, \
205 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_12"}, \
206 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_13"}, \
207 {"hcd_root_hub_control_DEVICE_STAND_GET_DESCRIPTOR_14" $D1%XW}, \
208 {"hcd_root_hub_control_endpoint_0"}, \
209 {"hcd_root_hub_control_endpoint_1"}, \
210 {"hcd_root_hub_control_endpoint_2"}, \
211 {"hcd_root_hub_control_endpoint_3"}, \
212 {"hcd_root_hub_control_setup_0"}, \
213 {"hcd_root_hub_control_setup_1"}, \
214 {"hcd_root_hub_control_setup_2" $D1%XW}, \
215 {"hcd_root_hub_request_0"}, \
216 {"hcd_root_hub_request_1"}, \
217 {"hcd_root_hub_request_2"}, \
218 {"hcd_root_hub_request_3"}, \
219 {"hcd_root_hub_request_4"}, \
220 {"hcd_root_hub_request_5"}, \
41 {"hcd_sr_cleanup_0"}, \
42 {"hcd_sr_cleanup_1"}, \
43 {"hcd_sr_cleanup_2"}, \
44 {"hcd_sr_cleanup_3"}, \
45 {"hcd_sr_cleanup_4"}, \
46 {"hcd_sr_cleanup_5"}, \
47 {"hcd_sr_cleanup_6"}, \
48 {"hcd_sr_cleanup_7"}, \
49 {"hcd_sr_cleanup_8" $D1%XW}, \
50 {"hcd_sr_cleanup_9"}, \
150 {"hcd_sr_cleanup_10"}, \
53 {"hcd_sr_shutdown_complete_0"}, \
58 {"hcd_sr_software_reset_from_interrupt_0"}, \
59 {"hcd_sr_software_reset_from_interrupt_1"}, \
60 {"hcd_sr_software_reset_from_interrupt_2"}, \
62 {"hcd_sr_software_reset_from_interrupt_4"}, \
63 {"hcd_sr_software_reset_from_interrupt_5"}, \
64 {"hcd_sr_software_reset_from_interrupt_6"}, \
65 {"hcd_sr_software_reset_from_interrupt_7"}, \
66 {"hcd_sr_software_reset_from_interrupt_8"}, \
67 {"hcd_sr_software_reset_from_interrupt_9"}, \
70 {"hcd_sr_start_software_reset_0"}, \
71 {"hcd_sr_start_software_reset_1"}, \
72 {"hcd_sr_start_software_reset_2"}, \
73 {"hcd_sr_stop_operations_0"}, \
74 {"hcd_sr_stop_timer_0"}, \
75 {"hcd_sr_stop_timer_1"}, \
76 {"hcd_sr_stop_timer_2"}, \
77 {"hcd_sr_stop_timer_interrupt_0"}, \
78 {"hcd_sr_stop_timer_interrupt_1"}, \
79 {"hcd_sr_stop_timer_interrupt_2"}, \
221 {"hcd_warm_initialize_0"}, \
222 {"hcd_warm_initialize_1" $D1%XW}, \
223 {"hcd_warm_preop_0"}, \
224 {"hcd_warm_preop_1" $D1%XW}, \
225 {"hcd_warm_preop_2" $D1%XW}, \
730 {"hcd_warm_uninitialize_0"}, \
710 {"infrastructure_allocate_0"}, \
711 {"infrastructure_allocate_1"}, \
450 {"insert_periodic_0"}, \
80 {"leave_operational_state_0"}, \
451 {"make_reverse_links_0"}, \
314 {"perform_doorbell_sequence_0"}, \
315 {"perform_doorbell_sequence_1"}, \
316 {"perform_doorbell_sequence_2"}, \
317 {"perform_doorbell_sequence_3"}, \
318 {"perform_doorbell_sequence_4"}, \
319 {"perform_doorbell_sequence_5"}, \
320 {"perform_doorbell_sequence_6"}, \
322 {"perform_doorbell_sequence_8" $D1%XW}, \
324 {"perform_doorbell_sequence_10"}, \
325 {"perform_doorbell_sequence_11"}, \
326 {"perform_doorbell_sequence_12"}, \
327 {"perform_doorbell_sequence_13"}, \
328 {"perform_doorbell_sequence_14"}, \
329 {"perform_doorbell_sequence_15"}, \
330 {"perform_doorbell_sequence_16"}, \
365 {"periodic_allocate_0"}, \
366 {"periodic_allocate_1"}, \
367 {"periodic_allocate_2"}, \
579 {"periodic_allocate_3"}, \
580 {"periodic_allocate_4"}, \
368 {"periodic_deallocate_0"}, \
369 {"periodic_deallocate_1"}, \
370 {"periodic_deallocate_2"}, \
581 {"periodic_deallocate_3"}, \
582 {"periodic_deallocate_4"}, \
712 {"periodic_down_0"}, \
226 {"periodic_up_0"}, \
227 {"periodic_up_1"}, \
228 {"periodic_up_2"}, \
229 {"periodic_up_3"}, \
230 {"periodic_up_4"}, \
231 {"periodic_up_5"}, \
232 {"periodic_up_6"}, \
233 {"periodic_up_7"}, \
234 {"periodic_up_8"}, \
713 {"periodic_up_9"}, \
303 {"pipe_IO_single_request_high_asynchronous_0"}, \
305 {"pipe_IO_single_request_high_asynchronous_1"}, \
331 {"pipe_IO_single_request_high_asynchronous_2" $D1%XW}, \
332 {"pipe_IO_single_request_high_asynchronous_3" $D1%XW}, \
333 {"pipe_IO_single_request_high_interrupt_0"}, \
334 {"pipe_IO_single_request_high_interrupt_1"}, \
335 {"pipe_IO_single_request_high_interrupt_2" $D1%XW}, \
306 {"pipe_IO_single_request_high_isochronous_0"}, \
578 {"pipe_IO_single_request_split_isochronous_0"}, \
309 {"pipe_extract_transaction_high_isochronous_0"}, \
583 {"pipe_extract_transaction_split_isochronous_0"}, \
336 {"pipe_initialize_emulated_0"}, \
337 {"pipe_initialize_emulated_2"}, \
338 {"pipe_initialize_high_asynchronous_0"}, \
371 {"pipe_initialize_high_asynchronous_1"}, \
372 {"pipe_initialize_high_asynchronous_2" $D1%XW}, \
373 {"pipe_initialize_high_interrupt_0"}, \
458 {"pipe_initialize_high_interrupt_1" $D1%XW}, \
460 {"pipe_initialize_high_interrupt_2" $D1%XW}, \
461 {"pipe_initialize_high_isochronous_0"}, \
462 {"pipe_initialize_high_isochronous_1" $D1%XW}, \
307 {"pipe_initialize_high_isochronous_2" $D1%XW}, \
456 {"pipe_initialize_split_asynchronous_0"}, \
466 {"pipe_initialize_split_asynchronous_1"}, \
467 {"pipe_initialize_split_asynchronous_2" $D1%XW}, \
468 {"pipe_initialize_split_interrupt_0"}, \
484 {"pipe_initialize_split_interrupt_1" $D1%XW}, \
485 {"pipe_initialize_split_interrupt_2" $D1%XW}, \
452 {"pipe_initialize_split_isochronous_0"}, \
453 {"pipe_initialize_split_isochronous_1" $D1%XW}, \
454 {"pipe_initialize_split_isochronous_2" $D1%XW}, \
455 {"pipe_initialize_split_isochronous_3" $D1%XW}, \
423 {"pipe_uninitialize_high_asynchronous_0"}, \
424 {"pipe_uninitialize_high_asynchronous_1"}, \
425 {"pipe_uninitialize_high_asynchronous_2"}, \
426 {"pipe_uninitialize_high_interrupt_0"}, \
448 {"pipe_uninitialize_high_interrupt_1"}, \
449 {"pipe_uninitialize_high_interrupt_2"}, \
313 {"pipe_update_iob_status_high_isochronous_0"}, \
416 {"pipe_update_iob_status_high_isochronous_1" $D1%XW}, \
421 {"pipe_update_iob_status_high_isochronous_2" $D1%XW}, \
572 {"pipe_update_iob_status_high_isochronous_3" $D1%XW}, \
525 {"process_CFG_INIT_0"}, \
526 {"process_CFG_INIT_1"}, \
527 {"process_CFG_INIT_2" $D1%XW}, \
528 {"process_CFG_INIT_3" $D1%XW}, \
529 {"process_CFG_INIT_4"}, \
530 {"process_CFG_INIT_5" $D1%XW}, \
531 {"process_CFG_INIT_6" $D1%XW}, \
532 {"process_CFG_INIT_7"}, \
533 {"process_CFG_INIT_8" $D1%XW}, \
534 {"process_CFG_INIT_9"}, \
535 {"process_CFG_INIT_10" $D1%XW}, \
536 {"process_CFG_INIT_11" $D1%XW}, \
537 {"process_CFG_TERM_0"}, \
538 {"process_CFG_TERM_1"}, \
539 {"process_CFG_TERM_2" $D1%XW}, \
540 {"process_CFG_TERM_3"}, \
541 {"process_CFG_TERM_4" $D1%XW}, \
542 {"process_CFG_TERM_5"}, \
543 {"process_CFG_TERM_6" $D1%XW}, \
544 {"process_CFG_TERM_7" $D1%XW}, \
304 {"process_pipeIO_all_or_nothing_0"}, \
437 {"process_pipeIO_all_or_nothing_1"}, \
438 {"process_pipeIO_all_or_nothing_2"}, \
439 {"process_pipeIO_all_or_nothing_3"}, \
440 {"process_pipeIO_all_or_nothing_4" $D1%XW}, \
441 {"process_pipeIO_all_or_nothing_5" $D1%XW}, \
442 {"process_pipeIO_all_or_nothing_6" $D1%XW}, \
443 {"process_pipeIO_all_or_nothing_7" $D1%XW $D2%XW}, \
444 {"process_pipeIO_all_or_nothing_8"}, \
237 {"process_pipeIO_done_0" $D1%XW $D2%XW}, \
238 {"process_pipeIO_done_1"}, \
459 {"process_pipeIO_single_request_0" $D1%XW $D2%XW $D3%XW}, \
604 {"reconfigure_pci_config_registers_0"}, \
605 {"reconfigure_pci_config_registers_1" $D1%XW $D2%XW $D3%XW}, \
606 {"reconfigure_pci_config_registers_2"}, \
267 {"remove_device_0"}, \
268 {"remove_device_1"}, \
699 {"request_shutdown_0"}, \
700 {"request_shutdown_1"}, \
701 {"request_unregister_0"}, \
559 {"select_microframe_bw_0"}, \
560 {"select_microframe_bw_1" $D1%XW}, \
561 {"select_microframe_bw_and_TT_0"}, \
562 {"select_microframe_bw_and_TT_1" $D1%XW}, \
55 {"skwrapped_EHCI_pipeAbort_1"}, \
56 {"skwrapped_EHCI_pipeAbort_2" $D1%XW}, \
140 {"skwrapped_EHCI_pipeAddIOB_1" $D1%XW}, \
143 {"skwrapped_EHCI_pipeClear_1"}, \
144 {"skwrapped_EHCI_pipeClear_2" $D1%XW}, \
154 {"skwrapped_EHCI_pipeConnect_0" $D1%XW}, \
155 {"skwrapped_EHCI_pipeConnect_1" $D1%XW $D2%XW}, \
158 {"skwrapped_EHCI_pipeHalt_1" $D1%XW}, \
266 {"skwrapped_EHCI_pipeIO_0"}, \
273 {"skwrapped_EHCI_pipeIO_1"}, \
283 {"skwrapped_EHCI_pipeIO_2"}, \
284 {"skwrapped_EHCI_pipeIO_3"}, \
285 {"skwrapped_EHCI_pipeIO_4"}, \
286 {"skwrapped_EHCI_pipeIO_5"}, \
668 {"skwrapped_EHCI_pipeResetToggle_1" $D1%XW}, \
757 {"skwrapped_EHCI_shutdownComplete_1"}, \
759 {"skwrapped_EHCI_unregisterHC_1"}, \
760 {"skwrapped_EHCI_unregisterHC_2"}, \
761 {"skwrapped_EHCI_unregisterHC_3"}, \
762 {"skwrapped_EHCI_unregisterHC_4" $D1%XW}, \
61 {"skwrapped_ehcd_close_0"}, \
264 {"skwrapped_ehcd_close_1" $D1%XW}, \
736 {"skwrapped_ehcd_close_2" $D1%XW}, \
737 {"skwrapped_ehcd_ioctl_0"}, \
738 {"skwrapped_ehcd_ioctl_1"}, \
739 {"skwrapped_ehcd_ioctl_2"}, \
740 {"skwrapped_ehcd_ioctl_3" $D1%XW}, \
741 {"skwrapped_ehcd_ioctl_4" $D1%XW}, \
742 {"skwrapped_ehcd_ioctl_5" $D1%XW}, \
114 {"skwrapped_ehcd_ioctl_6"}, \
159 {"skwrapped_ehcd_offlevel_done_0"}, \
743 {"skwrapped_ehcd_open_0"}, \
744 {"skwrapped_ehcd_open_1"}, \
745 {"skwrapped_ehcd_open_2" $D1%XW}, \
746 {"skwrapped_ehcd_open_3" $D1%XW}, \
38 {"skwrapped_hcd_eeh_callback_0" $D1%XW}, \
235 {"skwrapped_hcd_eeh_callback_1"}, \
239 {"skwrapped_hcd_eeh_callback_2"}, \
240 {"skwrapped_hcd_eeh_callback_3"}, \
274 {"skwrapped_hcd_eeh_callback_4"}, \
275 {"skwrapped_hcd_eeh_callback_5"}, \
291 {"skwrapped_hcd_eeh_callback_6"}, \
292 {"skwrapped_hcd_eeh_callback_7"}, \
293 {"skwrapped_hcd_eeh_callback_8"}, \
294 {"skwrapped_hcd_eeh_callback_9"}, \
295 {"skwrapped_hcd_eeh_callback_10"}, \
296 {"skwrapped_hcd_eeh_callback_11"}, \
297 {"skwrapped_hcd_eeh_callback_12"}, \
298 {"skwrapped_hcd_eeh_callback_13"}, \
299 {"skwrapped_hcd_eeh_callback_14"}, \
300 {"skwrapped_hcd_eeh_callback_15"}, \
308 {"skwrapped_hcd_eeh_callback_16"}, \
363 {"skwrapped_hcd_eeh_callback_17"}, \
364 {"skwrapped_hcd_eeh_callback_18"}, \
678 {"skwrapped_hcd_eeh_callback_19"}, \
679 {"skwrapped_hcd_eeh_callback_20"}, \
680 {"skwrapped_hcd_eeh_callback_21"}, \
693 {"skwrapped_hcd_eeh_callback_22"}, \
694 {"skwrapped_hcd_eeh_callback_23"}, \
697 {"skwrapped_hcd_eeh_callback_26"}, \
706 {"skwrapped_hcd_eeh_callback_27" $D1%XW}, \
707 {"skwrapped_hcd_eeh_callback_28"}, \
763 {"skwrapped_hcd_eeh_callback_29"}, \
764 {"skwrapped_hcd_eeh_callback_30" $D1%XW}, \
765 {"skwrapped_hcd_eeh_callback_31" $D1%XW}, \
766 {"skwrapped_hcd_eeh_callback_32" $D1%XW}, \
767 {"skwrapped_hcd_eeh_callback_33"}, \
768 {"skwrapped_hcd_eeh_callback_34"}, \
769 {"skwrapped_hcd_eeh_callback_35"}, \
770 {"skwrapped_hcd_eeh_callback_36" $D1%XW}, \
771 {"skwrapped_hcd_eeh_callback_37"}, \
772 {"skwrapped_hcd_eeh_callback_38"}, \
54 {"skwrapped_hcd_eeh_callback_39"}, \
57 {"skwrapped_hcd_eeh_callback_40"}, \
101 {"skwrapped_hcd_eeh_callback_41"}, \
102 {"skwrapped_hcd_eeh_callback_42"}, \
103 {"skwrapped_hcd_eeh_callback_43"}, \
545 {"skwrapped_hcd_eeh_notify_ready_for_reset_0"}, \
546 {"skwrapped_hcd_eeh_notify_ready_for_reset_1" $D1%XW}, \
547 {"skwrapped_hcd_eeh_shutdown_complete_timed_out_0"}, \
548 {"skwrapped_hcd_eeh_shutdown_complete_timed_out_1"}, \
549 {"skwrapped_hcd_eeh_shutdown_complete_timed_out_2"}, \
160 {"skwrapped_hcd_interrupt_handler_0"}, \
161 {"skwrapped_hcd_interrupt_handler_1"}, \
162 {"skwrapped_hcd_interrupt_handler_2"}, \
163 {"skwrapped_hcd_interrupt_handler_3"}, \
164 {"skwrapped_hcd_interrupt_handler_4"}, \
165 {"skwrapped_hcd_interrupt_handler_5"}, \
166 {"skwrapped_hcd_interrupt_handler_6"}, \
321 {"skwrapped_hcd_interrupt_handler_7"}, \
323 {"skwrapped_hcd_interrupt_handler_8"}, \
413 {"skwrapped_hcd_interrupt_handler_9"}, \
414 {"skwrapped_hcd_interrupt_handler_10"}, \
415 {"skwrapped_hcd_interrupt_handler_11" $D1%XW}, \
670 {"skwrapped_hcd_interrupt_handler_12"}, \
671 {"skwrapped_hcd_offlevel_recover_from_host_system_error_0"}, \
672 {"skwrapped_hcd_offlevel_second_done_0"}, \
673 {"skwrapped_hcd_offlevel_second_done_1"}, \
674 {"skwrapped_hcd_offlevel_second_done_2"}, \
675 {"skwrapped_hcd_offlevel_sr_cleanup_0"}, \
676 {"skwrapped_hcd_offlevel_status_change_0"}, \
677 {"skwrapped_hcd_offlevel_status_change_1"}, \
550 {"skwrapped_hcd_port_reset_timer_expired_0"}, \
551 {"skwrapped_hcd_port_reset_timer_expired_1" $D1%XW}, \
657 {"skwrapped_hcd_port_reset_timer_expired_2" $D1%XW}, \
658 {"skwrapped_hcd_port_reset_timer_expired_3"}, \
659 {"skwrapped_hcd_port_reset_timer_expired_4"}, \
660 {"skwrapped_hcd_port_reset_timer_expired_5" $D1%XW}, \
661 {"skwrapped_hcd_sleep_timer_expired_0"}, \
662 {"skwrapped_hcd_sr_ready_for_cleanup_0"}, \
747 {"skwrapped_hcd_sr_ready_for_cleanup_1"}, \
51 {"skwrapped_hcd_sr_shutdown_complete_timed_out_0"}, \
52 {"skwrapped_hcd_sr_shutdown_complete_timed_out_1"}, \
68 {"skwrapped_hcd_sr_shutdown_complete_timed_out_2"}, \
69 {"skwrapped_hcd_sr_shutdown_complete_timed_out_3"}, \
748 {"skwrapped_hcd_sr_start_reset_0"}, \
749 {"skwrapped_hcd_sr_start_reset_1"}, \
750 {"skwrapped_pipe_watchdog_handler_0"}, \
751 {"skwrapped_pipe_watchdog_handler_1" $D1%XW}, \
752 {"skwrapped_watchdog_expired_0" $D1%XW}, \
753 {"skwrapped_watchdog_expired_1"}, \
754 {"skwrapped_watchdog_expired_2"}, \
755 {"skwrapped_watchdog_expired_3"}, \
756 {"skwrapped_watchdog_expired_4"}, \
731 {"sleep_timer_sleep_0"}, \
732 {"sleep_timer_sleep_1"}, \
269 {"start_port_reset_timer_0"}, \
270 {"start_port_reset_timer_1"}, \
733 {"start_sleep_timer_0"}, \
151 {"unconfigure_eeh_0"}, \
152 {"unconfigure_eeh_1"}, \
153 {"unconfigure_eeh_2"}, \
708 {"unconfigure_interrupts_0"}, \
709 {"unconfigure_interrupts_1"}, \
271 {"unconfigure_port_reset_timer_0"}, \
272 {"unconfigure_port_reset_timer_1"}, \
734 {"unconfigure_sleep_timer_0"}, \
81 {"unconfigure_sr_0"}, \
735 {"unconfigure_watchdog_0"}, \
619 {"wait_for_not_pending_0"}, \
620 {"wait_for_not_pending_1"}, \
82 {"wake_from_whatever_state_with_wait_0"}, \
83 {"wake_from_whatever_state_with_wait_1"}, \
84 {"wake_from_whatever_state_with_wait_2"}, \
85 {"wake_from_whatever_state_with_wait_3"}, \
86 {"wake_from_whatever_state_with_wait_4"}, \
89 {"wake_from_whatever_state_with_wait_7"}, \
90 {"wake_from_whatever_state_with_wait_8"}, \
92 {"wake_from_whatever_state_with_wait_10"}, \
94 {"wake_from_whatever_state_with_wait_12"}, \
96 {"wake_from_whatever_state_with_wait_14"}, \
98 {"wake_register_settings_0"}, \
417 {"zxmalloc_0" $D1%XW}, \
418 {"zxmfree_0" $D1%XW}, \
419 {"zxmfree_1"}, \
\* {"unknown trace hook" $HD}
4FB 1.0 L=KERN "EHCI_T " \
$HD%D2, \
1 {"<< " " " \
{{ \
EHCI_common(notused0) \
{{ $mm = $D2%W0.7 }} {{ $aa = $D2%W8.15 }} {{ $ee = $D2%W16.23 }} \
{{ $tt = $D2%W24.25 }} {{ $ss = $D2%W26.29 }} {{ $ef = $D5%W0.15 }} \
devtoname($D1)"a"$aa%X1"e"$ee%X1 \
$tt, \
0 { "C" " " " " }, \
1 { "Is" $ef%X2 }, \
2 { "B" " " " " }, \
3 { "In" }, \
\* { "invalid_type" $tt%X1 } \
$ss, \
1 { "L" " " " " }, \
2 { "F" " " " " }, \
4 { "H" " " " " }, \
9 { "sL" }, \
a { "sF" }, \
\* { "invalid_speed" $ss%X1 } \
}} \
{{ \
EHCI_corlen(notused1) \
{{ $ce = $D3%W0.15 }} {{ $pid = $D3%W16.17 }} {{ $s = $D3%W18.18 }} \
$ce%X2 \
$pid, \
0 { "<- S" }, \
1 { " " " -> I" }, \
2 { "<- O" }, \
\* { "invalid_pid" $pid%X1 } \
{{ $llll = $D4%W0.15 }} \
$s, \
0 { $llll%X2" " " " }, \
1 { $llll%X2"s" }, \
\* { "invalid_shortok" $s%X1 $llll%X2 } \
}} \
{{ \
EHCI_usbs(usbs) \
$usbs%D2, \
1 { "STALL" }, \
2 { "HALTED" }, \
3 { "ACTIVE" }, \
4 { "DISCONNECT" }, \
5 { "ABORTING" }, \
6 { "ABORTED" }, \
7 { "PENDING" }, \
8 { "BANDWIDTH" }, \
9 { "SPEED" }, \
10 { "POWER" }, \
11 { "DATA" }, \
12 { "ERROR" }, \
13 { "BADHANDLE" }, \
14 { "TIMEOUT" }, \
15 { "X_CRC" }, \
16 { "X_BitStuffing" }, \
17 { "X_DataToggleMismatch" }, \
18 { "X_DeviceNotResponding" }, \
19 { "X_PIDCheckFailure" }, \
20 { "X_UnexpectedPID" }, \
21 { "X_DataOverrun" }, \
22 { "X_DataUnderrun" }, \
23 { "X_BufferOverrun" }, \
24 { "X_BufferUnderrun" }, \
25 { "X_NotAccessed" }, \
26 { "X_Unimplemented" }, \
\* { "unknown_status" $usbs } \
}} \
{{ \
EHCI_inbound(notused2) \
EHCI_common($D1) \
EHCI_corlen($D1) \
{{ $ssss = $D4%W16.31 }} {{ $sign = $D4%W31.31 }} \
$ssss%X2 \
$sign, \
0 { \
$ssss, \
0 { "SUCCESS" }, \
\* { "errno="$ssss%D2 } \
}, \
1 { \
{{ $usbs = 0x10000 - $ssss }} \
EHCI_usbs($usbs) \
}, \
\* { "invalid_sign" $sign%X1 } \
}} \
EHCI_common($D1) \
EHCI_corlen($D1) \
{{ $ssss = $D4%W16.31 }} \
$ssss%X2 \
$ssss%X2, \
fff9 { "" }, \
\* { "invalid_status" } \
}, \
2 { " " ">> " EHCI_inbound($D1) "" }, \
3 { " " ">> " EHCI_inbound($D1) "done2" }, \
4 { " " ">> " EHCI_inbound($D1) "obsolete 1" }, \
5 { " " ">> " EHCI_inbound($D1) "abort p" }, \
6 { " " ">> " EHCI_inbound($D1) "abort d2" }, \
7 { " " ">> " EHCI_inbound($D1) "abort h" }, \
8 { " " ">> " EHCI_inbound($D1) "abort sc" }, \
9 { " " ">> " EHCI_inbound($D1) "obsolete 2" }, \
10 { "++ " " " EHCI_common($D1) "pipeConnect" }, \
11 { "-- " " " EHCI_common($D1) "pipeDisconnect" }, \
12 { "== " " " EHCI_common($D1) "pipeStatus" \
$D3, \
0 { "ACTIVE" }, \
1 { "HALTED" }, \
\* { "invalid_status" } \
}, \
13 { "== " " " EHCI_common($D1) "pipeAbort" }, \
14 { "== " " " EHCI_common($D1) "pipeHalt" }, \
15 { "== " " " EHCI_common($D1) "pipeClear" }, \
16 { "== " " " EHCI_common($D1) "pipeResetToggle" }, \
17 { "== " " " EHCI_common($D1) "pipeAddIOB" }, \
18 { "== " " " devtoname($D1) "shutdownComplete" }, \
19 { "== " " " devtoname($D1) "unregisterHC" }, \
20 { "== " " " devtoname($D1) "reqHCrestart" }, \
21 { "== " " " devtoname($D1) "reqHCunregister" }, \
22 { "== " " " devtoname($D1) "reqHCshutdown" }, \
23 { "== " " " devtoname($D1) "getFrame" }, \
\* {"unknown trace hook" $HD}
73C 1.0 L=APPL "Cortinadd" \
\
{{ $a = $HD & 0xff00 }} \
{{ $routine = $a / 256 }} \
{{ $func = $HD & 0xff }} \
\
$routine, \
\* { "funcID" $routine%X2} \
\
$func, \
0 { " [entr]" }, \
ff { " [exit]" }, \
\* { " ["$func%X2"]" } \
\
$HL, \
14 {O2 " d0=" X4 " d1=" X4 " d2=" X4 " d3=" X4 " d4=" X4 }, \
28 {O2 " d0=" X8 " d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8 }
4A1 1.0 "@kngentdd" \
"PCI KNGENTDD XMT: " \
$D1, \
0x57515545 { "WQUE location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x57454E44 { "WEND location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW }
4A2 1.0 "@kngentdd" \
"PCI KNGENTDD RCV: " \
$D1, \
0x52444154 { "RDAT location=" W2 A4.4 " mbuf=" XW }, \
0x524E4F54 { "RNOT location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x52454E44 { "REND location=" W2 A4.4 " mbuf=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW }
4A3 1.0 "@kngentdd" \
"PCI KNGENTDD GEN: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
522 1.0 "@ICA: IBM Crypto Accelerator Error Traces" \
$H%D1, \
1 { "ICA_CONFIG_ENOMEM " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
2 { "ICA_ERR_CREAT_CARD " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
3 { "ICA_CONFIG_UIOWR " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
4 { "ICA_CONFIG_DST_ERR " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
5 { "ICA_RSA_BUF_ENOMEM " D1=$D1 D2=$D2 D3=$D3 size=$D4 location=$D5},\
6 { "ICA_PCI_EIO " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
7 { "ICA_RSA_INIT_REGS " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
8 { "ICA_RSA_D_INIT_FAIL " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
9 { "ICA_RSA_D_MAP_FAIL " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
A { "ICA_IOCTL_BAD_ARGS " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
B { "ICA_COPYIN_FAILURE " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
C { "ICA_COPYOUT_FAILURE " rcode=$D1 D2=$D2 D3=$D3 D4=$D4 location=$D5},\
D { "ICA_INTR_INIT_FAILURE " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
E { "ICA_IOCTL_FAILURE " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
F { "ICA_MEMORY_XMALLOC_FAIL " ENOMEM=$D1 D2=$D2 D3=$D3 D4=$D4 location=$D5},\
10 { "ICA_DES_QUE_MAX " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
11 { "ICA_DES_D_INIT_FAIL " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
12 { "ICA_DES_D_MAP_FAIL " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
13 { "ICA_READ_RANDOM_FAIL " rcode=$D1 D2=$D2 D3=$D3 D4=$D4 location=$D5},\
14 { "ICA_RSA_CRT_BAD_INPUT " trcpath=$D1 inputDataLen=$D2 pInputData=$D3 max_size=$D4 max_data_size=$D5},\
15 { "ICA_RSA_BAD_KEYTYPE " keytype=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5},\
16 { "ICA_RSA_BAD_INPUT_LEN " crt_data_len=$D1 crt_B_len=$D2 crt_N_len=$D3 D4=$D4 D5=$D5},\
17 { "ICA_BAD_DES_ARGS " mode=$D1 dataLength=$D2 pInputData=$D3 OutputDataLength=$D4 pOutput=$D5},\
18 { "ICA_BAD_DES_MODE " D1=$D1 mode=$D2 D3=$D3 D4=$D4 D5=$D5},\
22 { "ICA_VEM " mode=$D1 rsa_op_id=$D2 result=$D3 pir=$D4 vf_element=$D5},\
23 { "ICA_NO_THRD_TO_WAKE " mode=$D1 rsa_op_id=$D2 result=$D3 pir=$D4 vf_element=$D5},\
24 { "ICA_INTR_PIR_ERR " mode=$D1 pir=$D2 pir_paq_bit=$D3 pir_beo_bit=$D4 icacm_rsavf_lwp=$D5},\
25 { "ICA_CFG_WATCH_DOG_INIT " mode=$D1 count=$D2 w_dog=$D3 D4=$D4 D5=$D5},\
26 { "ICA_BAD_PIR " mode=$D1 icard=$D2 pir=$D3 D4=$D4 D5=$D5},\
27 { "ICA_EEH_ERROR" card=$D1%S1 icard=$D2 Dd3=$D3 D4=$D4 D5=$D5 },\
28 { "ICA_EEH_FALSE_ALARM" card=$D1%S1 icard=$D2 Dd3=$D3 D4=$D4 D5=$D5 },\
\* { `mode=$HD` D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
523 1.0 "@ICA: IBM Crypto Accelerator Verbose Traces" \
$H%D1, \
1 { "ICA_RSA_WO_CRT_IOCTL " D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4},\
2 { "ICA_RSA_WITH_CRT_IOCTL " D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4},\
3 { "ICA_RSA_MOD_MULTIPLY_IOCTL " D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4},\
4 { "ICA_RSA_WO_CRT_IOCTL_OK " D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4},\
5 { "ICA_RSA_WITH_CRT_IOCTL_OK " D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4},\
6 { "ICA_RSA_MOD_MULTIPLY_IOCTL_OK " D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4},\
7 { "ICA_RSA_WO_CRT_BAD_LEN " D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4},\
8 { "ICA_RSA_NOT_USED " D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4},\
9 { "ICA_RSA_FAIL_CMD " D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4},\
A { "ICA_IOCTL_SUCCESS " D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4},\
B { "ICA_INTR_PIER " D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4},\
C { "ICA_REG_OUT_BM01 " BMAR0=$D1%X4 BMCR0=$D2%X4 BMAR1=$D3%X4 BMCR1=$D4%X4 D5=$D5%X4},\
D { "ICA_REG_OUT_BM23 " BMAR2=$D1%X4 BMCR2=$D2%X4 BMAR3=$D3%X4 BMCR3=$D4%X4 D5=$D5%X4},\
E { "ICA_REG_OUT_SET3 " RFP=$D1%X4 DFP=$D2%X4 BMCSR=$D3%X4 PIR=$D4%X4 PIER=$D5%X4},\
F { "ICA_REG_OUT_SET4 " RIBAR=$D1%X4 ROBAR=$D2%X4 VF_BAR=$D3%X4 RCR=$D4%X4 RSCR=$D5%X4},\
10 { "ICA_REG_OUT_SET5 " RSR=$D1%X4 DCR=$D2%X4 OSCR=$D3%X4 MIR=$D4%X4 MIER=$D5%X4},\
11 { "ICA_PCI_SPC_RD " data=$D1%X4 pic_offset=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4},\
12 { "ICA_PCI_SPC_WR " data=$D1%X4 pci_offset=$D2%X4 D3=$D3 D4=$D4 D5=$D5},\
13 { "ICA_RSA_CRT_BAD_LEN " length=$D1%X4 D2=$D2%X4 D3=$D3 D4=$D4 unique_copyin_finder=$D5},\
14 { "ICA_IOCTL_VPD " vpd_dev=$D1%X4 vpd_flag=$D2%X4 vpd_size=$D3 vpd_data=$D4 D5=$D5},\
15 { "ICA_RSA_ISSUE_CMD " nrml=$D1%X4 cmd=$D2%X4 pid=$D3 dev=$D4 rip_index=$D5},\
16 { "ICA_RSA_CMD_RETURN " nrml=$D1%X4 cmd=$D2%X4 pid=$D3 dev=$D4 rip_index=$D5},\
17 { "ICA_RSA_WAIT_RSRC " nrml=$D1%X4 D2=$D2%X4 pid=$D3 D4=$D4 D5=$D5},\
18 { "ICA_RSA_GOT_RSRC " nrml=$D1%X4 D2=$D2%X4 pid=$D3 D4=$D4 D5=$D5},\
19 { "ICA_OPEN_OK " nrml=$D1%X4 D2=$D2%X4 D3=$D3 D4=$D4 D5=$D5},\
20 { "ICA_CLOSE_OK " nrml=$D1%X4 D2=$D2%X4 D3=$D3 D4=$D4 D5=$D5},\
\* { `mode=$HD` D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4 }
524 1.0 "@ICA: IBM Crypto Accelerator Verbose Traces" \
$H%D1, \
1 { "ICA_INTR_PIR " D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4},\
2 { "ICA_INTR_RSA " normal=$D1%X4 rsa_lwp=$D2%X4 result=$D3 %X4 pir=$D4%X4 vf_element=$D5%X4},\
\* { `mode=$HD` D1=$D1%X4 D2=$D2%X4 D3=$D3%X4 D4=$D4%X4 D5=$D5%X4 }
479 1.0 "QLISCDD" \
$DD1
47A 1.0 "QLISCSIDD" \
$DD1
22C 1.1 "@tsdd" \
"MPQP COMIO EMUL: " O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
2F6 1.2 L=KERN "SAL960" {{ $loc = X1 }} $loc, \
a1 { "SendSCB entry :" "card :" O1.0 XW "low priority :" XW } , \
a2 { "SendSCB exit :" "card :" O1.0 XW "return code :" XW } , \
a3 { "Stream CtrlOn :" "Card :" O1.0 XW "Slot Identity :" XW } , \
a4 { "Stream CtrlOff:" "Card :" O1.0 XW "Slot Identity :" XW } , \
a5 { "SCB Flow_On :" "Card :" O1.0 XW "Num of SCBs :" XW } , \
a6 { "SCB Flow_Off :" "Card :" O1.0 XW "Num Waiting :" XW } , \
a7 { "FreeBuff Entry:" "Card :" O1.0 XW "Address :" XW } , \
a8 { "FreeBuff Exit :" "Card :" O1.0 XW "1 if no lock :" XW } , \
a9 { "AlocBuff Entry:" "Card :" O1.0 XW "Length :" XW } , \
aa { "AlocBuff Exit :" "Card :" O1.0 XW "1 if no lock :" XW } , \
ab { "S96Send Entry:" "Card :" O1.0 XW "Stream Handle :" XW } , \
ac { "S96Send Exit :" "Card :" O1.0 XW "NoMem = x80.0c:" XW } , \
ad { "S96Recv Entry:" "Card :" O1.0 XW "Buf Address :" XW } , \
ae { "S96Recv Exit :" "Card :" O1.0 XW "System mblk :" XW } , \
af { "MapCard Entry:" "Card :" O1.0 XW "Card Address :" XW } , \
b0 { "MapCard Exit :" "Card :" O1.0 XW "Mapped Addr :" XW } , \
b1 { "UmpCard Entry:" "Card :" O1.0 XW "Base Address :" XW } , \
b2 { "UmpCard Exit :" "Card :" O1.0 XW "Base Address :" XW } , \
b3 { "User SendData :" "Card :" O1.0 XW "Message Numb :" XW } , \
b4 { "User RecvData :" "Card :" O1.0 XW "Message Numb :" XW } , \
b5 { "Rec Lock Entry:" "thread :" O1.0 DW "level :: count:" XW "lock addr :" XW } , \
b6 { "Rec Lock Entry:" "thread :" O1.0 DW "level :: count:" XW "lock addr :" XW } , \
b7 { "Recv Buff Req :" "card :" O1.0 XW "Buff call id :" XW } , \
b8 { "Enq Buff Req :" "card :" O1.0 XW "Buff call id :" XW } , \
b9 { "Mark card Bad :" "card :" O1.0 XW "Reason Code :" XW } , \
ba { "Recv Buff Evn :" "card :" O1.0 XW "Buff call id :" XW } , \
bb { "SCB from OSS :" "card :" O1.0 XW "SCB Type :" XW } , \
bc { "SCB Unit Stat :" "card :" O1.0 XW "StatType :" XW } , \
bd { "Enq Buff Evn :" "card :" O1.0 XW "Buff call id :" XW } , \
be { "Chkcard Entry :" "cardnum:" O1.0 XW "reserved :" XW } , \
bf { "ChkcardRsvd!=0:" "cardnum:" O1.0 XW "reserved :" XW } , \
c0 { "ChkcrdStWrd!=0:" "cardnum:" O1.0 XW "salinf.st_word:" XW } , \
c1 { "s96open Entry :" "cardnum:" O1.0 XW "oss.ctllen :" XW } , \
c2 { "s96ioctlEntry :" "card :" O1.0 XW "sd,streamdscrp:" XW "iocmd :" XW } , \
c3 { "s96ioctlEntry1:" "arg :" O1.0 XW "reserved :" XW } , \
c4 { "96ioctlInvCmd!:" "card :" O1.0 XW "sd,streamdscrp:" XW "iocmd :" XW } , \
c5 { "chkstrd Entry :" "card :" O1.0 XW "reserved :" XW "strd :" XW } , \
c6 { "chkcbmh Entry :" "card :" O1.0 XW "reserved :" XW "strd :" XW } , \
c7 { "chkcbmh Reset!:" "card :" O1.0 XW "reserved :" XW "strd :" XW } , \
c8 { "chkcbmhMajMin!:" "card :" O1.0 XW "reserved :" XW "strd :" XW } , \
c9 { "ckcbmhGtRctAd!:" "card :" O1.0 XW "caddr :" XW "strd :" XW } , \
ca { "chkcbmh_mread!:" "card :" O1.0 XW "chandle :" XW "strd :" XW } , \
cb { "s96reg Entry :" "tcn :" O1.0 XW "msize :" XW "flblen :" XW } , \
cc { "s96reg Entry1 :" "memo :" O1.0 XW "reserved :" XW } , \
cd { "s96dereg Entry:" "handle :" O1.0 XW "reserved :" XW } , \
ce { "s96free Entry :" "handle :" O1.0 XW "ptr :" XW } , \
cf { "S96Send salsnd:" "card :" O1.0 XW "sal_send retcd:" XW } , \
d0 { "chkcbmsHdlTbl :" "Mnr(strd:" O1.0 XW "cbmstbl[Mnr(strd:" XW "strd :" XW } , \
d1 { "sal_freem1 :" "Card :" O1.0 XW "buff :" XW } , \
d2 { "sal_freeb1 :" "Card :" O1.0 XW "RES_DESCR ulen:" XW } , \
d3 { "ProcessCBM,REG:" "Card :" O1.0 XW "RES_DESCR strd:" XW } , \
d4 { "PrcssCBM,DEREG:" "Card :" O1.0 XW "rsp->RetCode :" XW }
5C9 1.0 "SISRAID_ERR" \
{{ $loc = X1 }} \
{{ $unused = X1 }} \
$loc, \
0x70 { "Bus CFG INIT:\t\t\t" XW XW XW } , \
0x71 { "AF Bus CFG_INIT:\t\t\t" XW XW XW } , \
0x72 { "Adap CFG_INIT:\t\t\t" XW XW XW } , \
0x73 { "CFG_TERM:\t\t\t\t" XW XW XW } , \
0x74 { "Enter CFG_QVPD:\t\t\t" XW XW XW } , \
0x75 { "Enter CFG_QSID:\t\t\t" XW XW XW } , \
0x76 { "Enter CFG_SSID:\t\t\t" XW XW XW } , \
0x77 { "Enter Open:\t\t\t" XW XW XW } , \
0x78 { "Exit Open:\t\t\t\t" XW XW XW } , \
0x79 { "Enter Close:\t\t\t" XW XW XW } , \
0x7a { "Exit Close:\t\t\t" XW XW XW } , \
0x7b { "Undo Open:\t\t\t\t" XW XW XW } , \
0x7c { "Enter Strategy:\t\t\t" XW XW XW } , \
0x7d { "Exit Strategy 1:\t\t\t" XW XW XW } , \
0x7e { "Exit Strategy 2:\t\t\t" XW XW XW } , \
0x7f { "Exit Strategy 3:\t\t\t" XW XW XW } , \
0x80 { "Process Q_RESUME:\t\t\t" XW XW XW } , \
0x81 { "DMA_R_NO_RES:\t\t\t" XW XW XW } , \
0x82 { "Process LUN_RESET:\t\t" XW XW XW } , \
0x83 { "Process TARGET_RESET:\t\t" XW XW XW } , \
0x84 { "Process Q_CLR:\t\t\t" XW XW XW } , \
0x85 { "Process RESUME QF:\t\t" XW XW XW } , \
0x86 { "Process RESUME SR:\t\t" XW XW XW } , \
0x87 { "Start :\t\t\t\t" XW XW XW } , \
0x88 { "Enter AF Strategy:\t\t" XW XW XW } , \
0x89 { "Exit AF Strat 1:\t\t\t" XW XW XW } , \
0x8a { "Exit AF Strat 2:\t\t\t" XW XW XW } , \
0x8b { "Exit AF Strat 3:\t\t\t" XW XW XW } , \
0x8c { "Exit AF Strat 4:\t\t\t" XW XW XW } , \
0x8d { "Start AF:\t\t\t\t" XW XW XW } , \
0x8e { "AF buf complete:\t\t\t" XW XW XW } , \
0x8f { "SCSI buf complete:\t\t" XW XW XW } , \
0x90 { "IOA Non-0 IOASC:\t\t\t" XW XW XW } , \
0x91 { "Err intr UC Buff:\t\t" XW XW XW } , \
0x92 { "Err intr no UC Buff:\t\t" XW XW XW } , \
0x93 { "Error Interrupt:\t\t\t" XW XW XW } , \
0x94 { "Dev Non-0 IOASC:\t\t\t" XW XW XW } , \
0x95 { "AF Non-0 IOASC:\t\t\t" XW XW XW } , \
0x96 { "Send command:\t\t\t" XW XW XW } , \
0x97 { "Blocking command end:\t\t" XW XW XW } , \
0x98 { "max_buf_speed:\t\t\t" XW XW XW } , \
0x99 { "Wdog timer intr:\t\t\t" XW XW XW } , \
0x9a { "HHRQ Wdog:\t\t\t\t" XW XW XW } , \
0x9b { "SCSI buf timeout:\t\t\t" XW XW XW } , \
0x9c { "AF buf timeout:\t\t\t" XW XW XW } , \
0x9d { "EPOW Resume:\t\t\t" XW XW XW } , \
0x9e { "EPOW Bus Reset:\t\t\t" XW XW XW } , \
0x9f { "Enter IOCTL:\t\t\t" XW XW XW } , \
0xa0 { "Exit IOCTL:\t\t\t" XW XW XW } , \
0xa1 { "PT sis ioctl:\t\t\t" XW XW XW } , \
0xa2 { "Phys Dev Attr:\t\t\t" XW XW XW } , \
0xa3 { "TM start:\t\t\t\t" XW XW XW } , \
0xa4 { "TM stop:\t\t\t\t" XW XW XW } , \
0xa5 { "Undo StartTgt:\t\t\t" XW XW XW } , \
0xa6 { "DUMPINIT:\t\t\t\t" XW XW XW } , \
0xa7 { "DUMPTERM:\t\t\t\t" XW XW XW } , \
0xa8 { "Reset IOA error:\t\t\t" XW XW XW } , \
0xa9 { "Reset IOA job:\t\t\t" XW XW XW } , \
0xaa { "Cfg HCAM Exist:\t\t\t" XW XW XW } , \
0xab { "Cfg HCAM New:\t\t\t" XW XW XW } , \
0xac { "Cfg HCAM Del:\t\t\t" XW XW XW } , \
0xad { "Error HCAM:\t\t\t" XW XW XW } , \
0xae { "Bad VPD Signature:\t\t" XW XW XW } , \
0xaf { "Downlevel Gemstone:\t\t" XW XW XW } , \
0xb0 { "EEH Event:\t\t\t\t" XW XW XW } , \
0xb1 { "AF ST error:\t\t\t" XW XW XW } , \
0xb2 { "AF ST done:\t\t\t" XW XW XW } , \
0xb3 { "AF Startup:\t\t\t" XW XW XW } , \
0xb4 { "Set DASD TO:\t\t\t" XW XW XW } , \
0xb5 { "HV Blocked:\t\t\t" XW XW XW } , \
0xb6 { "AF ST ERROR p01:\t\t\t" XW XW XW } , \
0xb7 { "AF ST ERROR p0A:\t\t\t" XW XW XW } , \
0xb8 { "AF ST ERROR p20:\t\t\t" XW XW XW } , \
0xb9 { "Brain Dead:\t\t\t" XW XW XW } , \
0xba { "Smart Dump:\t\t\t" XW XW XW } , \
0xbb { "Smart Dump End:\t\t\t" XW XW XW }
473 1.0 "@goentdd" \
"PCI GOENTDD XMT: " \
$D1, \
0x57515545 { "WQUE location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x57454E44 { "WEND location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW }
474 1.0 "@goentdd" \
"PCI GOENTDD RCV: " \
$D1, \
0x52444154 { "RDAT location=" W2 A4.4 " mbuf=" XW }, \
0x524E4F54 { "RNOT location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x52454E44 { "REND location=" W2 A4.4 " mbuf=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW }
475 1.0 "@goentdd" \
"PCI GOENTDD GEN: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
737 1.0 L=APPL "Lanaidd" \
\
{{ $a = $HD & 0xff00 }} \
{{ $routine = $a / 256 }} \
{{ $func = $HD & 0xff }} \
\
$routine, \
\* { "funcID" $routine%X2} \
\
$func, \
0 { " [entr]" }, \
ff { " [exit]" }, \
\* { " ["$func%X2"]" } \
\
$HL, \
14 {O2 " d0=" X4 " d1=" X4 " d2=" X4 " d3=" X4 " d4=" X4 }, \
28 {O2 " d0=" X8 " d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8 }
73A 1.0 "ATIDD: " \
{{ $a = $HD & 0xfc00 }} \
{{ $b = $a / 1024 }} \
{{ $func = $b & 0x3f }} \
{{ $c = $HD - $a }} \
{{ $routine = $c & 0x03ff }} \
$routine, \
01 { "config " }, \
02 { "init " }, \
03 { "rd_pci " }, \
04 { "wr_pci " }, \
05 { "term " }, \
06 { "open " }, \
07 { "close " }, \
08 { "setksr " }, \
09 { "intadpt" }, \
0A { "syncdpm" }, \
0B { "add_pd " }, \
0C { "rm_pd " }, \
0D { "findpd " }, \
0E { "initpci" }, \
0F { "mon_id " }, \
10 { "mon_dfl" }, \
11 { "vttinit" }, \
12 { "vttact " }, \
13 { "setdtg " }, \
14 { "vttdact" }, \
15 { "vttterm" }, \
16 { "vttcfl " }, \
17 { "vttclr " }, \
18 { "vttcpl " }, \
19 { "vttdefc" }, \
1A { "vttmovc" }, \
1B { "vttscr " }, \
1C { "vtttext" }, \
1D { "updtcur" }, \
1E { "vttdpm " }, \
1F { "logerr " }, \
20 { "wrt_reg" }, \
21 { "rd_reg " }, \
22 { "dcursor" }, \
23 { "pm_hdl " }, \
24 { "cleanup" }, \
25 { "unregpm" }, \
26 { "dchar " }, \
27 { "cleanvt" }, \
28 { "fline " }, \
29 { "pline " }, \
2A { "pllinit" }, \
2B { "initmem" }, \
2C { "DDF " }, \
2D { "DDF_ext" }, \
2E { "setdevc" }, \
2F { "qrydevc" }, \
30 { "makegp " }, \
31 { "unmkgp " }, \
32 { "rdEDID " }, \
33 { "DDC " }, \
34 { "I2Cwrt " }, \
35 { "I2Cread" }, \
36 { "dftres " }, \
37 { "RASreg " }, \
38 { "RASureg" }, \
39 { "RAScbak" }, \
3A { "EEHenbl" }, \
3B { "EEHdsbl" }, \
3C { "EEHthdr" }, \
3D { "EEHsthd" }, \
3E { "EEHcbak" }, \
3F { "EEHevnt" }, \
40 { "EEHrcfg" }, \
41 { "EEHicfg" }, \
42 { "EEHmode" }, \
\* { $routine%X2" " } \
$func%D2, \
0 { " [ent ]" }, \
32 { " [exit]" }, \
\* { " ["$func%X2"]" } \
$HL, \
4 {O2 " d0=" X4 }, \
8 {O2 " d0=" X8 }, \
14 {O2 " d0=" X4 " d1=" X4 " d2=" X4 " d3=" X4 " d4=" X4 }, \
28 {O2 " d0=" X8 " d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8 }
5CC 1.0 "CSCSIDD" \
$DD1
5CD 1.0 "MPTADAPDD" \
$DD1
64A 1.0 L=KERN "loopback " \
{{ $loc = X2 }} \
$loc, \
0x0100 {"open_enter:"}, \
0x0101 {"open_bound:" }, \
0x0199 {"open_error:"}, \
0x01FF {"open_exit:"}, \
0x0200 {"close_enter:"}, \
0x0201 {"close_unblocked:"}, \
0x0299 {"close_error:"}, \
0x02FF {"close_exit:"}, \
0x0300 {"read_enter:"}, \
0x0399 {"read_error:"}, \
0x03FF {"read_exit:"}, \
0x0400 {"write_enter:"}, \
0x0499 {"write_error:"}, \
0x04FF {"write_exit:"}, \
0x0500 {"ioctl_enter:"}, \
0x0501 {"ioctl_bound:"}, \
0x0502 {"ioctl_unblocked:"}, \
0x0599 {"ioctl_error:"}, \
0x05FF {"ioctl_exit:"}, \
0x0699 {"strat_error:"}, \
0x0700 {"kproc_enter:"}, \
0x07FF {"kproc_exit:"}, \
\* {"unknown subhook " $loc%X2} \
$HL, \
0x8 {"devno="XW}, \
0x10 {"krc="XW "devno="XW}, \
0x18 {"krc="XW "devno="XW "D1="XW}, \
0x20 {"krc="XW "devno="XW "D1="XW "D2="XW}, \
0x28 {"krc="XW "devno="XW "D1="XW "D2="XW "D3="XW}
46F 1.0 L=KERN "ISCSISW" \
{{ $loc = X1 }} \
{{ $nextbyte = X1 }} \
{{ $sessflag = $nextbyte%W7.7 }} \
{{ $count = $nextbyte%W0.6 }} \
R2 $DD1 \
"("$count%X1") " \
$loc, \
70 { $count, \
00 { "An error occured in iscsi initiator driver see errlog for further details." \
" errid="$D1 "errnum="$D2 "kerrno="$D3 }, \
01 { "The iscsi initiator driver is being isolated." }, \
02 { "The iscsi initiator driver is isolated and being unconfigured." } \
}, \
71 { "relogin_hdlr: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "rtimer_state="$D2 "mbuf_count="$D3 "mclust_count="$D4 "tgt_index="$D5 }, \
02 { "tgt="$D1 "rtimer_state="$D2 "sock="$D3 "sock_err="$D4 "rc="$D5 }, \
03 { "tgt="$D1 "rtimer_state="$D2 "addr_type="$D3 "tgt_index="$D4 }, \
04 { "tgt="$D1 "rtimer_state="$D2 "rc="$D3 "so_state="$D4 "tgt_index="$D5 }, \
05 { "tgt="$D1 "sconn_to="$D2 "dev_timeout="$D3 "conn_timeout="$D4 "rtimer_counter="$D5 }, \
06 { "tgt="$D1 "rtimer_state="$D2 "rtimer_counter="$D3 "ilog_to="$D4 "tgt_index="$D5 }, \
07 { "tgt="$D1 "rtimer_state="$D2 "rtimer_counter="$D3 "so_state="$D4 "tgt_index="$D5 }, \
08 { "tgt="$D1 "rtimer_state="$D2 "sock="$D3 "rc="$D4 "tgt_index="$D5 }, \
09 { "tgt="$D1 "rtimer_state="$D2 "sock="$D3 "rc="$D4 "tgt_index="$D5 }, \
0a { "tgt="$D1 "rtimer_state="$D2 "sock="$D3 "rc="$D4 "tgt_index="$D5 }, \
0b { "tgt="$D1 "rtimer_state="$D2 "sock="$D3 "rc="$D4 "tgt_index="$D5 }, \
0c { "tgt="$D1 "rtimer_state="$D2 "so_state="$D3 "rc="$D4 "tgt_index="$D5 }, \
0d { "tgt="$D1 "rtimer_state="$D2 "proc_results="$D3 "tgt_state="$D4 "tgt_index="$D5 }, \
0e { "tgt="$D1 "rtimer_state="$D2 "redirect_addr_type="$D3 "redirect_addr[0]="$D4 "redirect_addr[1]="$D5 }, \
0f { "tgt="$D1 "rtimer_state="$D2 "tgt_state="$D3 "tgt_index="$D4 }, \
10 { "tgt="$D1 "rtimer_state="$D2 "rtimer_started="$D3 "proc_results="$D4 "tgt_index="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
72 { "ioctl: " $D1 $D2 $D3 $D4 $D5 }, \
73 { "rcv_kp_trb_hdlr: " $D1 $D2 $D3 $D4 $D5 }, \
74 { "rcv_trb_hdlr: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "tgt_state="$D2 "tgt_index="$D3 "sock="$D4 "mbuf_count="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
75 { "hdl_red_resp: " \
$count, \
00 { "-entry-" }, \
01 { "tgt_redir_name_len="$D1 "tgt_redir_port_num="$D2 }, \
7f { "-exit-" } \
}, \
76 { "ilogin: " \
$count, \
00 { "-entry-" }, \
01 { "ilogin: tgt="$D1 "tgt_state="$D2 "tgt_inuse="$D3 "tgt_index="$D4 "num_started_luns="$D5 }, \
02 { "tgt="$D1 "tgt_state="$D2 "tgt_inuse="$D3 "tgt_index="$D4 "num_started_luns="$D5 }, \
03 { "tgt="$D1 "sock="$D2 "addr_type="$D3 }, \
04 { "tgt="$D1 "tgt_state="$D2 "tgt_inuse="$D3 "sock="$D4 "ret_code="$D5 }, \
05 { "sciolst_flags="$D1 "sciolst_passwd="$D2 "d3="$D3 "tgt_scsi_id="$D4 "ret_code="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
77 { "ilogout: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "tgt_state="$D2 "tgt_inuse="$D3 "tgt_index="$D4 "num_started_luns="$D5 }, \
02 { "tgt="$D1 "tgt_state="$D2 "tgt_inuse="$D3 "tgt_index="$D4 "num_started_luns="$D5 }, \
03 { "tgt="$D1 "tgt_state="$D2 "tgt_inuse="$D3 "tgt_index="$D4 "ret_code="$D5 }, \
04 { "tgt="$D1 "tgt_state="$D2 "proc_results="$D3 "tgt_inuse="$D4 "tgt_index="$D5 }, \
05 { "tgt_state="$D1 "d2="$D2 "d3="$D3 "tgt_scsi_id="$D4 "ret_code="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
78 { "iscsitoip: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "cmd="$D2 "cmd_type="$D3 "cmdSN="$D4 "maxCmdSN="$D5 }, \
02 { "func="$D1 "lun_id[1]="$D3 "lun_id[0]="$D2 }, \
03 { "-err- cmd_type="$D1 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
79 { "iptoiscsi: " \
$count, \
00 { "-entry-" }, \
01 { "scsi="$D1 "cmd="$D2 "target="$D3 "dev="$D4 "cmd_type="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
7a { "close_sess: " \
$count, \
00 { "-entry-" }, \
00 { "tgt="$D1 "tgt_index="$D2 "so="$D3 "close_sock="$D4 "d5="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
7b { "hdl_async_msg: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "expCmdSN="$D2 "maxCmdSN="$D3 "expStatSN="$D4 "len="$D5 }, \
02 { "event="$D1 "vcode="$D2 "param1="$D3 "param2="$D4 "param3="$D5 }, \
03 { "lun[0]="$D1 "lun[1]="$D2 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
7c { "hdl_rej_data: " \
$count, \
01 { "tgt="$D1 "data[0]="$D2 "data[4]="$D3 "data[8]="$D4 "data[12]="$D5 }, \
02 { "tgt="$D1 "data[16]="$D2 "data[20]="$D3 "data[24]="$D4 "data[28]="$D5 }, \
03 { "tgt="$D1 "data[32]="$D2 "data[36]="$D3 "data[40]="$D4 "data[44]="$D5 }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
7d { "hdl_reject: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "expCmdSN="$D2 "maxCmdSN="$D3 "expStatSN="$D4 "expDataSN="$D5 }, \
02 { "tgt="$D1 "len="$D2 "padlen="$D3 "reason="$D4 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
7e { "nopin_rsp: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "expCmdSN="$D2 "maxCmdSN="$D3 "expStatSN="$D4 "len="$D5 }, \
02 { "tgt="$D1 "data[0]="$D2 "data[4]="$D3 "data[8]="$D4 "data[12]="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
7f { "hrtt: " \
$count, \
01 { "r2tSN="$D1 "expCmdSn="$D2 "cmd="$D3 "expStatSN="$D4 "si_expStatSN="$D5 }, \
03 { "tgt="$D1 "si_expCmdSN="$D2 "si_maxCmdSN="$D3 "xmitlen="$D4 "stimer_started="$D5 }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
80 { "h_drd: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "cmd="$D2 "b_baddr="$D3 "len="$D4 "d5="$D5 }, \
02 { "tgt="$D1 "cmd="$D2 "bp="$D3 "len="$D4 "d5="$D5 }, \
03 { "tgt="$D1 "cmd="$D2 "len="$D3 "b_bcount="$D4 "bp_offset="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
81 { "hdread: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "expDataSN="$D2 "expCmdSN="$D3 "maxCmdSN="$D4 "tasktag="$D5 }, \
02 { "tgt="$D1 "si_expCmdSN="$D2 "si_maxCmdSN="$D3 "cmd="$D4 "len="$D5 }, \
03 { "tgt="$D1 "si_expStatSN="$D2 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
82 { "hscsi_rsp_dat: " \
$count, \
00 { "-entry-" }, \
01 { "cmd="$D1 "rsp_len="$D2 "sense_len="$D3 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
83 { "hscsi_rsp: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "expDataSN="$D2 "expCmdSN="$D3 "maxCmdSN="$D4 "statSN="$D5 }, \
02 { "si_expCmdSN="$D1 "si_maxCmdSN="$D2 "cmd="$D3 "flags="$D4 "len="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
84 { "htskmgm_rsp: " \
$count, \
00 { "-entry-" }, \
01 { "tasktag="$D1 "data="$D2 "expCmdSN="$D3 "maxCmdSN="$D4 "statSN="$D5 }, \
02 { "si_expCmdSN="$D1 "si_maxCmdSN="$D2 "cmd="$D3 "task_rsp="$D4 "task_qualifier="$D5 }, \
03 { "dev="$D1 "tasktag="$D2 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
85 { "hlogo_rsp: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "data="$D2 "rsp="$D3 "time2wait="$D4 "tasktag="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
86 { "hlogin_rsp: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "len="$D2 "status_class="$D3 "status_detail="$D4 "AddForPad="$D5 }, \
02 { "si_maxCmdSN="$D1 "si_expCmdSN="$D2 "si_expStatSN="$D3 "flags="$D4 "len="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
87 { "rcv_hndler: " \
$count, \
00 { "-entry: d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 }, \
01 { "target="$D1 "target_state="$D2 "exp_rcv="$D3 "cur_rsp="$D4 "rcv_timer_state="$D5 }, \
02 { "target="$D1 "target_state="$D2 "exp_rcv="$D3 "next_rcv_len="$D4 "sb_cc="$D5 }, \
03 { "mbuf get failure recv_timer_state=" $D1 }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
88 { "send_payld: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "pdu_size="$D2 "rsp_size="$D3 "txt_fsm_state="$D4 "mrdsl="$D5 }, \
02 { "tgt="$D1 "pdu_size="$D2 "rsp_size="$D3 "rc="$D4 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
89 { "initd: " \
$count, \
00 { "tgt="$D1 "tgt_index="$D2 "tgt_name="$D3 "len="$D4 "port_num="$D5 }, \
01 { "addr_type="$D1 "addr[0]="$D2 "addr[1]="$D3 "addr[2]="$D4 "addr[3]="$D5 }, \
02 { "tgt="$D1 "tgt_index="$D2 "tgt_name="$D3 "len="$D4 "port_num="$D5 }, \
03 { "addr_type="$D1 "addr[0]="$D2 "addr[1]="$D3 "addr[2]="$D4 "addr[3]="$D5 }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
8a { "cancel_req: " \
$count, \
00 { "-entry-" }, \
01 { "dev="$D1 "tgt="$D2 "dev_qstate="$D3 "ignore_flag="$D4 "ctimer_started="$D5 }, \
02 { "dev_qstate="$D1 "ctimer_started="$D2 "ctimer_ign_flg="$D3 "tgt="$D4 "tgt_state="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
8b { "proc_status: " \
$count, \
00 { "-entry-" }, \
01 { "dev_queuing="$D1 "cmd="$D2 "status="$D3 "rsp_len="$D4 "flags="$D5 }, \
02 { "sense[0]="$D1 "sense[2]="$D2 "sense[12]="$D3 "sense[13]="$D4 "sense_len="$D5 }, \
03 { "aca_error_state="$D1 "b_resid="$D2 "adap_q_status="$D3 "add_dev_status="$D4 "autosense_len="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
8c { "proc_error: " \
$count, \
00 { "-entry-" }, \
01 { "status="$D1 "rsp="$D2 "flags="$D3 "ctl_elem_status="$D4 "cmd="$D5 }, \
02 { "dev_qstate="$D1 "dev="$D2 "tgt="$D3 "lun_reset_elem="$D4 "rc="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
8d { "processtsk: " \
$count, \
00 { "-entry-" }, \
01 { "cmd="$D1 "func="$D2 "cmd_type="$D3 "status="$D4 "dev_qstate="$D5 }, \
02 { "wdog_restart="$D1 "wdog_count="$D2 "wdog_timer_id="$D3 "num_act_cmds="$D4 "rsp_code="$D5 }, \
03 { "cmd="$D1 "func="$D2 "cmd_type="$D3 "status="$D4 "tgt_state="$D5 }, \
04 { "iscsi_rsp="$D1 "flags="$D2 "status="$D3 "ctl_elem_status="$D4 "good_rsp="$D5 }, \
05 { "cmd="$D1 "retry_count="$D2 "cmd_type="$D3 "status="$D4 "dev_qstate="$D5 }, \
06 { "cmd="$D1 "retry_count="$D2 "cmd_type="$D3 "status="$D4 "dev_qstate="$D5 }, \
07 { "dev_head_act="$D1 "dev_tail_act="$D2 "tgt_state="$D3 "dev_qstate="$D4 "d5="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
8e { "proc_tsk_to: " \
$count, \
00 { "-entry-" }, \
01 { "cmd="$D1 "func="$D2 "cmd_type="$D3 "status="$D4 "dev="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
8f { "procscsi: " \
$count, \
00 { "-entry-" }, \
01 { "iscsi_cntl="$D1 "cmd="$D2 "bp="$D3 "dev="$D4 "cmd_state="$D5 }, \
02 { "iscsi_cntl="$D1 "cmd="$D2 "bp="$D3 "dev="$D4 "dev_qstate="$D5 }, \
03 { "wdog_restart="$D1 "wdog_count="$D2 "wdog_timer_id="$D3 "num_act_cmds="$D4 "d5="$D5 }, \
04 { "cmd_state="$D1 "tgt="$D2 "tgt_state="$D3 "reply_status="$D4 }, \
05 { "head_act="$D1 "tail_act="$D2 "head_pend="$D3 "tail_pend="$D4 "dev_qstate="$D5 }, \
06 { "dev="$D1 "cmd_save_ptr="$D2 "preempt="$D3 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
90 { "initdf: " \
$count, \
00 { "-entry-" }, \
01 { "scsi_id[0]="$D1 "scsi_id[1]="$D2 "lun_id[0]="$D3 "lun_id[1]="$D4 "port_num="$D5 }, \
02 { "addr_type="$D1 "addr[0]="$D2 "addr[1]="$D3 "addr[2]="$D4 "addr[3]="$D5 }, \
03 { "dev_next="$D1 "dev_prev="$D2 "dev_tnext="$D3 "dev_tprev="$D4 }, \
04 { "ret_code="$D1 "adap_set_flags="$D2 "status_class="$D3 "status_detail="$D4 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
91 { "cleard: " \
$count, \
00 { "-entry-" }, \
01 { "dev="$D1 "dev_tprev="$D2 "dev_tnext="$D3 "num_started_luns="$D4 "tgt_state="$D5 }, \
02 { "dev_next="$D1 "dev_prev="$D2 "dev="$D3 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
92 { "haltdev: " \
$count, \
00 { "-entry-" }, \
01 { "dev_qstate="$D1 "dev="$D2 "target="$D3 "dev_abort_elem="$D4 "tgt_state="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
93 { "target_rst: " \
$count, \
00 { "-entry-" }, \
01 { "dev_qstate="$D1 "dev="$D2 "tgt="$D3 "tgt_reset_elem="$D4 "tgt_state="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
94 { "lunrst: " \
$count, \
00 { "-entry-" }, \
01 { "dev_qstate="$D1 "dev="$D2 "tgt="$D3 "lun_reset_elem="$D4 "tgt_state="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
95 { "cdt_func: " \
$count, \
00 { "scsi="$D1 "d_index="$D2 "i="$D3 "iscsi_info="$D4 }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
96 { "strategy: " \
$count, \
00 { "-entry-" }, \
01 { "dev_qstate="$D1 "dev="$D2 "need_resume_set="$D3 "bp="$D4 "q_tag_msg="$D5 }, \
02 { "scsi="$D1 "flags="$D2 "clear_aca_elem_cmd_state="$D3 "abort_elem_cmd_state="$D4 }, \
03 { "head_act="$D1 "head_pend="$D2 "tail_act="$D3 "tail_pend="$D4 "tgt_state="$D5 }, \
04 { "head_adp_pend="$D1 "tail_adp_pend="$D2 "b_bcount="$D3 "scsi_op_code="$D4 "adap_work2="$D5 }, \
05 { "kernext_handle="$D1 "scsi_id="$D2 "lun_id[0]="$D3 "lun_id[1]="$D4 "b_flags="$D5 }, \
06 { "b_baddr="$D1 "autosense_len="$D2 "autosense_buf[0]="$D3 "b_blkno="$D4 "adap_work="$D5 }, \
07 { "aca_error_state="$D1 "bp="$D2 "flags="$D3 "scsi_len="$D4 "q_tag_msg="$D5 }, \
08 { "head_pend="$D1 "tail_pend="$D2 }, \
09 { "dev_qstate="$D1 "dev="$D2 "tgt="$D3 "clear_aca_elem="$D4 }, \
0a { "dev_qstate="$D1 "dev="$D2 "tgt="$D3 "abt_elem="$D4 }, \
0b { "dev_qstate="$D1 "dev="$D2 "tgt="$D3 "clear_aca_elem="$D4 }, \
0c { "exit dev_qstate="$D1 "bp="$D2 "flags="$D3 "abort_elem_cmd_state="$D4 }, \
0d { "exit dev_qstate="$D1 "bp="$D2 "clear_aca_elem_cmd_state="$D3 "abort_elem_cmd_state="$D4 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
97 { "start: " \
$count, \
00 { "-entry-" }, \
01 { "dev="$D1 "scsi="$D2 "scsi_any_waiting="$D3 "scsi_state="$D4 "tgt_state="$D5 }, \
02 { "dev_waiting="$D1 "head_pend="$D2 "head_act="$D3 "tail_pend="$D4 "tail_act="$D5 }, \
03 { "dev_waiting="$D1 "head_pend="$D2 "head_act="$D3 "dev_qstate="$D4 "tgt_state="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
98 { "startcmd: " \
$count, \
00 { "-entry-" }, \
01 { "dev_qstate="$D1 "dev="$D2 "head_act="$D3 "scsi_state="$D4 "head_pend="$D5 }, \
02 { "flags="$D1 "scsi_op_code="$D2 }, \
03 { "dev_qstate="$D1 "dev_flags="$D2 "cmd="$D3 "cmd_type="$D4 "bp="$D5 }, \
04 { "scsi_id[0]="$D1 "scsi_id[1]="$D2 "lun_id[0]="$D3 "lun_id[1]="$D4 "scsi_op_code="$D5 }, \
05 { "variable_cdb_len="$D1 }, \
06 { "wdog_restart="$D1 "wdog_count="$D2 "wdog_timer_id="$D3 "scp_to_value="$D4 "scp_flags="$D5 }, \
07 { "rc="$D1 "dev="$D2 "cmd="$D3 "cmd_type="$D4 "bp="$D5 }, \
08 { "dev_qstate="$D1 "dev="$D2 "head_act="$D3 "tail_act="$D4 "head_pend="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
99 { "scsifail: " \
$count, \
00 { "-entry-" }, \
01 { "scsi="$D1 }, \
02 { "scsi="$D1 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
9a { "cmdfail: " \
$count, \
00 { "-entry- d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5}, \
01 { "dev_qstate="$D1 "dev="$D2 "scsi="$D3 "head_act="$D4 "tail_act="$D5 }, \
02 { "dev_qstate="$D1 "dev="$D2 "scsi="$D3 "head_act="$D4 "tail_act="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
9b { "cmdflush: " \
$count, \
00 { "-entry-" }, \
01 { "dev_qstate="$D1 "dev="$D2 "scsi="$D3 "head_act="$D4 "tail_act="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
9c { "target_i_rst: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "scsi="$D2 "tgt_state="$D3 "scsi_state="$D4 }, \
02 { "tgt="$D1 "scsi="$D2 "tgt_state="$D3 }, \
03 { "tgt="$D1 "scsi="$D2 "tgt_state="$D3 "rc="$D4 }, \
04 { "tgt="$D1 "scsi="$D2 "tgt_state="$D3 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
9d { "lun_i_rst: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "scsi="$D2 "tgt_state="$D3 "dev="$D4 }, \
02 { "tgt="$D1 "scsi="$D2 "tgt_state="$D3 "dev="$D4 "dev_qstate="$D5 }, \
03 { "tgt="$D1 "scsi="$D2 "tgt_state="$D3 "rc="$D4 "dev_qstate="$D5 }, \
04 { "tgt="$D1 "scsi="$D2 "tgt_state="$D3 "dev="$D4 "dev_qstate="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
9e { "abort_task_set: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "scsi="$D2 "tgt_state="$D3 "dev="$D4 "d5="$D5 }, \
02 { "tgt="$D1 "scsi="$D2 "tgt_state="$D3 "dev="$D4 "dev_qstate="$D5 }, \
03 { "tgt="$D1 "scsi="$D2 "tgt_state="$D3 "rc="$D4 "dev_qstate="$D5 }, \
04 { "tgt="$D1 "scsi="$D2 "tgt_state="$D3 "dev="$D4 "dev_qstate="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
9f { "watchdog: " \
$count, \
00 { "-entry-" }, \
01 { "dev="$D1 "tgt="$D2 "timer_id="$D3 "scsi_state="$D4 "tgt_state="$D5 }, \
02 { "num_act_cmds="$D1 "sc_buf="$D2 "dev_qstate="$D3 "tgt_state="$D4 "so_state="$D5 }, \
03 { "base_time="$D1 "sc_buf_to_value="$D2 "valid_to="$D3 "num_pending_cmds="$D4 }, \
04 { "dev_qstate="$D1 "dev="$D2 "tgt="$D3 "abort_elem="$D4 "rc="$D5 }, \
05 { "dev_qstate="$D1 "clear_aca_cmd_state="$D2 "abort_elem_cmd_state="$D3 "lun_reset_cmd_state="$D4 }, \
06 { "dev_qstate="$D1 "clear_aca_cmd_state="$D2 "abort_elem_cmd_state="$D3 "lun_reset_cmd_state="$D4 }, \
07 { "dev="$D1 "tgt="$D2 "timer_id="$D3 "tgt_reset_cmd_state="$D4 "tgt_state="$D5 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
a0 { "fnd_ttagcmd: " \
$count, \
00 { "-entry-" }, \
01 { "tgt="$D1 "tasktag="$D2 "activeq="$D3 "dev="$D4 }, \
7f { "-exit-" }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
a1 { "iodone: " \
$count%W0.0, \
00 { "tptr="$D1 "status_validity="$D2 "adapter_status="$D3 "scsi_status="$D4 "b_error="$D5 }, \
01 { "b_bcount="$D1 "b_resid="$D2 "b_flags="$D3 "b_blkno="$D4 "b_baddr="$D5 }, \
\* { "d1="$D1 "d2="$D2 "d3="$D3 "d4="$D4 "d5="$D5 } \
}, \
a2 { "config: " \
$count, \
00 { "kkey="$D1 }, \
\* { "d1="$D1 } \
}, \
a3 { "remote_copy: " \
$count, \
00 { "rc=" $D1 }, \
01 { "mbuf_count="$D1 "pages_touched="$D2 }, \
02 { "mbuf_count="$D1 "pages_touched="$D2 "length="$D3 "rc="$D4 }, \
03 { "mbuf_count="$D1 "pages_touched="$D2 "length="$D3 "rc="$D4 }, \
04 { "mbuf_count="$D1 "pages_touched="$D2 "length="$D3 "rc="$D4 } \
}, \
a4 { "start_kp: " $D1 $D2 $D3 $D4 $D5 }, \
a5 { "stop_kp: " $D1 $D2 $D3 $D4 $D5 }, \
a6 { "recv_kp: " $D1 $D2 $D3 $D4 $D5 }, \
a7 { "relog_trb_hdlr: " $D1 $D2 $D3 $D4 $D5 }, \
a8 { "send_kp: " $D1 $D2 $D3 $D4 $D5 }, \
a9 { "eval_lp: " $D1 $D2 $D3 $D4 $D5 }, \
aa { "hlogin_parms: " $D1 $D2 $D3 $D4 $D5 }, \
ab { "open_sess: " $D1 $D2 $D3 $D4 $D5 }, \
ac { "send_trb_hdlr: " $D1 $D2 $D3 $D4 $D5 }, \
ad { "sosend: " $D1 $D2 $D3 $D4 $D5 }, \
ae { "sbuf2mbuf: " $D1 $D2 $D3 $D4 $D5 }, \
af { "mbuf2sbuf: " $D1 $D2 $D3 $D4 $D5 }, \
b0 { "flat2Xbuf: " $D1 $D2 $D3 $D4 $D5 }, \
b1 { "soft_error_dev: " $D1 $D2 $D3 $D4 $D5 }, \
b2 { "offlevel_start: " $D1 $D2 $D3 $D4 $D5 }, \
b3 { "hard_error_dev: " $D1 $D2 $D3 $D4 $D5 }, \
\* { "unknown hook " $HD $D1 $D1 $D3 $D4 $D5 }
2A2 1.0 "IDECDROMDD" \
{{$loc = X1 }} \
$loc, \
0x01 { entry_open: $DD2 rwflag: XW chan: XW ext: XW }, \
0x02 { exit_open: $DD2 line: XW }, \
0x03 { entry_close: $DD2 chan: XW ext: XW }, \
0x04 { exit_close: $DD2 line: XW }, \
0x05 { entry_read: $DD2 uiop: XW chan: XW ext: XW }, \
0x06 { exit_read: $DD2 }, \
0x07 { entry_write: $DD2 }, \
0x08 { exit_write: $DD2 uiop: XW chan: XW ext: XW }, \
0x09 { entry_ioctl: $DD2 op: XW arg: XW devflag: XW }, \
0x0A { exit_ioctl: $DD2 line: XW }, \
0x0D { entry_config: $DD2 op: XW uiop: XW }, \
0x0E { exit_config: $DD2 line: XW }, \
0x0F { entry_strategy: $DD2 bp: XW b_flags: XW b_blkno: XW \
b_bcount: XW }, \
0x10 { exit_strategy: $DD2 }, \
0x1B { entry_iodone: $DD2 old_pri: XW bp: XW }, \
0x1C { exit_iodone: $DD2 dk_status: XW }, \
0x8B { entry_start: $DD2 state: XW flags: XW head: XW line: XW }, \
0x8C { exit_start: $DD2 line: XW }, \
0xC5 { entry_rdwr: $DD2 block_size: XW }, \
0xC6 { exit_rdwr: $DD2 line: XW }, \
0xC7 { entry_raw: $DD2 uio_iovcnt: XW ext: XW rw_flag: XW }, \
0xC8 { exit_raw: $DD2 i: XW line: XW }, \
0xC9 { entry_raw_io: $DD2 offset: XW rw_flag: XW }, \
0xCA { exit_raw_io: $DD2 line: XW }, \
0xCB { entry_ioctl2: $DD2 chan: XW ext: XW }, \
0xCC { entry_start_opri: $DD2 ipri: XW }, \
0xCD { entry_start2: $DD2 b_flags: XW b_blkno: XW b_bcount: XW }, \
0xCE { entry_start_pri: $DD2 opri: XW }, \
0xCF { entry_process_buf_error: $DD2 error_type_group_type: XW \
b_error: XW b_resid: XW b_bcount: XW }, \
0xD0 { exit_process_buf_error: $DD2 first_bad_bp: XW \
line: XW }, \
0xD1 { entry_process_buf_error2: $DD2 b_error: XW b_resid: XW }, \
0xD2 { entry_process_buf_error3: $DD2 b_error: XW current_bp: XW }, \
0xD3 { entry_process_buf_error4: $DD2 b_error: XW b_resid: XW } , \
0xD4 { entry_process_buf_error5: $DD2 b_error: XW b_resid: XW }, \
0xD5 { entry_failed_data_veriify: $DD2 bp: XW line: XW }, \
0xD6 { exit_failed_data_verify: $DD2 data_verify_saved_buf: XW \
line: XW }, \
0xD7 { entry_process_buf2: $DD2 curbp: XW b_bcount: XW }, \
0xD8 { entry_process_buf3: $DD2 curbp: XW b_bcount: XW }, \
0xD9 { entry_process_buf4: $DD2 curbp: XW b_bcount: XW }, \
0xDA { entry_fragmented_build_cmd: $DD2 bp: XW good_path: XW }, \
0xDB { exit_fragmented_build_cmd: $DD2 line: XW }, \
0xDC { entry_build_cmd: $DD2 bp: XW good_path: XW }, \
0xDD { exit_build_cmd: $DD2 line: XW }, \
0xDE { entry_build_cmd2: $DD2 bp: XW b_flags: XW b_bcount: XW }, \
0xDF { entry_cmd_alloc_disable: $DD2 cmd_type: XW }, \
0xE0 { exit_cmd_alloc_disable: $DD2 old_pri: XW }, \
0xE1 { iodone: $DD2 b_flags: XW b_resid: XW }, \
\* { unknown trace: }
5E9 1.0 "IDECDROMDD_ERR" \
{{ $loc = X1 }} \
{{ $typ = B0.3 }} \
{{ $cnt = B0.5 }} \
$loc, \
0x70 { "idecdrom_opentrc:\t\t\t"} , \
0x71 { "idecdrom_closetrc:\t\t\t"} , \
0x72 { "idecdrom_dummy1:\t\t\t"} , \
0x73 { "idecdrom_dummy2:\t\t\t"} , \
0x74 { "idecdrom_rdwr:\t\t\t"}, \
0x75 { "idecdrom_mincnt:\t\t\t"}, \
0x76 { "idecdrom_raw:\t\t\t"}, \
0x77 { "idecdrom_io_buf:\t\t\t"}, \
0x78 { "idecdrom_raw_buff:\t\t\t"}, \
0x79 { "idecdrom_raw_io:\t\t\t"}, \
0x7a { "idecdrom_raw_bld:\t\t\t"}, \
0x7b { "idecdrom_ioctls:\t\t\t"}, \
0x7c { "idecdrom_failed_dverify:\t\t\t"}, \
0x7d { "idecdrom_adapter_error:\t\t\t"}, \
0x7e { "idecdrom_cmdtimer:\t\t\t"}, \
0x7f { "idecdrom_proc_dverify:\t\t\t"}, \
0x80 { "idecdrom_dmp_error:\t\t\t"}, \
0x81 { "idecdrom_dmp_sns:\t\t\t"}, \
0x82 { "idecdrom_dmp_start_unit:\t\t\t"}, \
0x83 { "idecdrom_dmp_reqsns:\t\t\t"}, \
0x84 { "idecdrom_process_error:\t\t\t"}, \
0x85 { "idecdrom_process_buf_error:\t\t\t"}, \
0x86 { "idecdrom_fail_disk:\t\t\t"}, \
0x87 { "idecdrom_iodonetrc:\t\t\t"}, \
0x88 { "idecdrom_process_ioctl_error:\t\t\t"}, \
0x89 { "idecdrom_log_error:\t\t\t"}, \
0x8a { "idecdrom_proc_dver_err:\t\t\t"}, \
0x8b { "idecdrom_pm_watchdog:\t\t\t"}, \
0x8c { "idecdrom_process_reset:\t\t\t"}, \
0x8d { "idecdrom_build_data_verify:\t\t\t"}, \
0x8e { "idecdrom_request_sense:\t\t\t"}, \
0x8f { "idecdrom_process_reqsns_error:\t\t\t"}, \
0x90 { "idecdrom_process_reset_error:\t\t\t"}, \
0x91 { "idecdrom_fragmented_data_verify:\t\t\t"}, \
0x92 { "idecdrom_process_ide_error:\t\t\t"}, \
0x93 { "idecdrom_process_sense:\t\t\t"}, \
0x94 { "sdiodone:\t\t\t\t"}, \
0x95 { "idecdrom_get_medium_type:\t\t\t"}, \
0x96 { "idecdrom_read_dvd_structure:\t\t\t"}, \
0x97 { "idecdrom_start_watchdog:\t\t\t"}, \
0x98 { "idecdrom_set_pio_xfer_mode:\t\t\t"}, \
0x99 { "idecdrom_write_verify:\t\t\t"}, \
0x9a { "idecdrom_set_dma_xfer_mode:\t\t\t"}, \
0x9b { "idecdrom_build_cmd:\t\t\t:"}, \
0x9c { "idecdrom_cmd_alloc:\t\t\t"}, \
0x9d { "idecdrom_free_cmd:\t\t\t"}, \
0x9e { "idecdrom_coales:\t\t\t"}, \
0x9f { "idecdrom_dmpwrt:\t\t\t"}, \
0xa0 { "dmpissue:\t\t\t\t"}, \
0xa1 { "idecdrom_dqcmd:\t\t\t"}, \
0xa2 { "idecdrom_process_good:\t\t\t"}, \
0xa3 { "idecdrom_start_issue:\t\t\t"}, \
0xa4 { "idecdrom_pm_handler:\t\t\t"}, \
0xa5 { "idecdrom_process_buf:\t\t\t"}, \
0xa6 { "idecdrom_qcmd:\t\t\t"}, \
0xa7 { "idecdrom_start_trc:\t\t\t"}, \
0xa8 { "idecdrom_strategy:\t\t\t"}, \
0xa9 { "idecdrom_start_unit:\t\t\t"}, \
0xaa { "idecdrom_test_unit_ready:\t\t\t"}, \
0xab { "idecdrom_mode_sense:\t\t\t"}, \
0xac { "idecdrom_mode_select:\t\t\t"}, \
0xad { "idecdrom_prevent_allow:\t\t\t"}, \
0xae { "idecdrom_read_cap:\t\t\t"}, \
0xaf { "idecdrom_read_disc_info:\t\t\t"}, \
0xb0 { "idecdrom_synch_cache:\t\t\t"}, \
\* { "unknown trace:\t\t\t"} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW }, \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW }, \
0X2 { "Exit " $cnt%X1 XW XW XW XW XW }
707 1.0 "LFTDD: " \
{{ $a = $HD & 0xfc00 }} \
{{ $b = $a / 1024 }} \
{{ $func = $b & 0x3f }} \
{{ $c = $HD - $a }} \
{{ $routine = $c & 0x03ff }} \
$routine, \
100 { "lftcfg " }, \
120 { "lftinit " }, \
140 { "lftterm " }, \
160 { "lftfont " }, \
161 { "fntinit " }, \
162 { "ldfnts " }, \
163 { "fntterm " }, \
170 { "lftswkb " }, \
200 { "lftopen " }, \
201 { "lftclse " }, \
202 { "strinit " }, \
203 { "strterm " }, \
204 { "lftout " }, \
205 { "vtmupd " }, \
206 { "vtmupd3 " }, \
207 { "KiSak " }, \
208 { "KiCb " }, \
209 { "KiOffl " }, \
210 { "KiInit " }, \
211 { "KiTerm " }, \
212 { "lftst " }, \
213 { "lftwput " }, \
214 { "lftwsrv " }, \
215 { "lftrsrv " }, \
216 { "lft_ctl " }, \
300 { "fkproc " }, \
301 { "crfkp " }, \
302 { "killfkp " }, \
303 { "pinfont " }, \
304 { "fontadr " }, \
305 { "att_shm " }, \
306 { "det_shm " }, \
307 { "partfnt " }, \
308 { "dd_fun " }, \
320 { "fsqueue " }, \
321 { "fsp_enq " }, \
322 { "fsp_deq " }, \
340 { "k_ftok " }, \
400 { "lft_dpms" }, \
\* { $routine%X2" " } \
$func%D2, \
0 { " [ent ]" }, \
32 { " [exit]" }, \
\* { " ["$func%X2"]" } \
HT & 0x07, \
02 {O2 " d0=" X4 }, \
06 {O2 " d0=" X4 " d1=" X4 " d2=" X4 " d3=" X4 " d4=" X4 }
1CA 1.0 "TAPEDD" \
{{ $loc = X1 }} R1 \
$DD1 \
$loc, \
19 { "command:" XW "baddress:" XW "bcount:" XW \
} , \
1B { "command:" XW "baddress:" XW "bcount:" XW \
}
5E8 1.0 "SCTAPE_ERR" \
{{ $loc = X1 }} \
{{ $typ = B0.3 }} \
{{ $cnt = B0.5 }} \
$loc, \
0x70 { "pstrconfig:\t\t\t"} , \
0x71 { "pstropen:\t\t\t"} , \
0x72 { "pstrclose:\t\t\t"} , \
0x73 { "READ :\t\t\t\t"}, \
0x74 { "WRITE :\t\t\t\t"}, \
0x75 { "pstrioctl:\t\t\t"}, \
0x76 { "pstrpin:\t\t\t"}, \
0x77 { "pstrchange:\t\t\t"}, \
0x78 { "pstrsoft:\t\t\t"}, \
0x79 { "pstrdump:\t\t\t"}, \
0x7a { "pstrstart:\t\t\t"}, \
0x7b { "pstrsleep:\t\t\t"}, \
0x7c { "pstriodone:\t\t\t"}, \
0x7d { "pstr_request_sense:\t\t\t"}, \
0x7e { "pstrbldcmd:\t\t\t"}, \
0x7f { "pstrreadwrite:\t\t\t"}, \
0x80 { "pstr_general:\t\t\t"}, \
0x81 { "pstr_load:\t\t\t"}, \
0x82 { "pstr_erase:\t\t\t"}, \
0x83 { "pstr_space:\t\t\t"}, \
0x84 { "pstr_write_filemarks:\t\t\t"}, \
0x85 { "pstrlog:\t\t\t"}, \
0x86 { "pstrstore:\t\t\t"}, \
0x87 { "pstrsend:\t\t\t"}, \
0x88 { "pstrwatchdog:\t\t\t"}, \
0x89 { "pstrpmhandler:\t\t\t"}, \
0x8a { "sctape_cdt_func:\t\t\t"}, \
0x8b { "pstrreset:\t\t\t"}, \
0x8c { "sctape_info_ras_callback:\t\t\t"}, \
0x8d { "sctape_device_ras_callback:\t\t\t"}, \
0x8e { "sctape_ras_unregister:\t\t\t"}, \
0x8f { "pstr_dev_restart:\t\t\t"}, \
0x90 { "pstrpassthru:\t\t\t"}, \
0x91 { "pstrerror:\t\t\t"}, \
0x92 { "pstrprocess_adapter_error:\t\t\t"}, \
0x93 { "pstrprocess_check_condition:\t\t\t"}, \
0x94 { "pstrprocess_scsi_error:\t\t\t\t"}, \
0x95 { "pstr_mode_sense:\t\t\t"}, \
0x96 { "pstr_mode_select:\t\t\t"}, \
0x97 { "pstrpush:\t\t\t"}, \
0x98 { "pstrpop:\t\t\t"}, \
0x99 { "pstrfindpage:\t\t\t"}, \
0x9a { "pstr_extract_inquiry_data:\t\t\t"}, \
0x9b { "pstr_inquiry:\t\t\t:"}, \
0x9c { "sctape_ras_error:\t\t\t"}, \
\* { "Unidentified Trace from location :" $loc \
" with data:\t\t\t\t\t"} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW }, \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW }, \
0X2 { "Exit " $cnt%X1 XW XW XW XW XW }
499 1.0 "SCSDISKDD_ERR" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x44 { "pofCheckThread:\t\t"} , \
0x45 { "pofTimer:\t\t"} , \
0x46 { "pofCmdProc:\t\t"} , \
0x47 { "pofCreateThread:\t\t"} , \
0x48 { "dequeue_pof:\t\t"} , \
0x49 { "enqueue_pof:\t\t"} , \
0x4a { "enqueue_wait_cmd:\t\t"} , \
0x4b { "enqueue_pof_cmd:\t\t"} , \
0x4c { "scsidisk_lbp_create_kproc:\t\t"} , \
0x4d { "scsidisk_ras_callback:\t\t"} , \
0x4e { "scsidisk_open_adapter:\t\t"} , \
0x4f { "scsidisk_close_adapter:\t\t"} , \
0x50 { "SCSIDISK_LBP_IS_REQ_ALIGNED:\t\t"}, \
0x51 { "scsidisk_lbp_init:\t\t"}, \
0x52 { "scsidisk_lbp_term:\t\t"}, \
0x53 { "scsidisk_lbp_drain_reqs:\t\t"}, \
0x54 { "scsidisk_lbp_kproc_main:\t\t"}, \
0x55 { "scsidisk_kproc_start_func:\t\t"}, \
0x56 { "scsidisk_lbp_pool_create:\t\t"}, \
0x57 { "scsidisk_lbp_pool_destroy:\t\t"}, \
0x58 { "scsidisk_lbp_destroy_kproc:\t\t"}, \
0x59 { "SCSIDISK_LBP_ALLOC_DK_MAP:\t\t"}, \
0x5a { "SCSIDISK_LBP_LOOKUP_DK_MAP:\t\t"}, \
0x5b { "SCSIDISK_LBP_DELETE_DK_MAP:\t\t"}, \
0x5c { "scsidisk_lbp_alloc_data_buf:\t\t"}, \
0x5d { "scsidisk_lbp_free_data_buf:\t\t"}, \
0x5e { "scsidisk_lbp_adjust_align:\t\t"}, \
0x5f { "scsidisk_lbp_abort_reqs:\t\t"}, \
0x60 { "scsidisk_lbp_validate_buf:\t\t"}, \
0x61 { "scsidisk_lbp_build_cmd:\t\t"}, \
0x62 { "scsidisk_lbp_do_iodone:\t\t"}, \
0x63 { "scsidisk_lbp_start_watchdog:\t\t"}, \
0x64 { "scsidisk_lbp_process_reqs:\t\t"}, \
0x65 { "scsidisk_lbp_tunable_write:\t\t"}, \
0x66 { "scsidisk_capi_detach:\t\t"}, \
0x67 { "scsidisk_capi_verify:\t\t"}, \
0x68 { "scsidisk_capi_select:\t\t"}, \
0x69 { "scsidisk_capi_ioctl:\t\t"}, \
0x6a { "config_update:\t\t"}, \
0x6b { "scsidisk_synch_cache:\t\t"}, \
0x6c { "scsidisk_fail_pcm_inband_cmds:\t"} , \
0x6d { "scsidisk_fail_q_recov :\t\t"} , \
0x6e { "scsidisk_perf_list :\t\t\t"} , \
0x6F { "scsidisk_config:\t\t\t"} , \
0x70 { "scsidisk_open:\t\t\t"} , \
0x71 { "scsidisk_close:\t\t\t"} , \
0x72 { "READ :\t\t\t\t"} , \
0x73 { "WRITE :\t\t\t\t"} , \
0x74 { "scsidisk_rdwr:\t\t\t"} , \
0x75 { "scsidisk_mincnt:\t\t\t"} , \
0x76 { "scsidisk_raw:\t\t\t"} , \
0x77 { "scsidisk_io_buffer:\t\t\t"} , \
0x78 { "scsidisk_raw_buffer:\t\t\t"} , \
0x79 { "scsidisk_ras_io:\t\t\t"} , \
0x7a { "scsidisk_build_raw_cmd:\t\t"} , \
0x7b { "scsidisk_ioctl:\t\t\t"} , \
0x7c { "scsidisk_dk_rwbuffer:\t\t\t"} , \
0x7d { "scsidisk_process_adapter_error:\t"} , \
0x7e { "scsidisk_watchdog:\t\t\t"} , \
0x7f { "scsidisk_process_diagnostic_error:\t"} , \
0x80 { "scsidisk_process_dmp_error:\t"} , \
0x81 { "scsidisk_process_dmp_sns:\t\t"} , \
0x82 { "scsidisk_dmp_start_unit:\t\t"} , \
0x83 { "scsidisk_dmp_reqsns:\t\t\t"} , \
0x84 { "scsidisk_process_error:\t\t"} , \
0x85 { "scsidisk_process_buf_error:\t\t"} , \
0x86 { "scsidisk_fail_disk:\t\t\t"} , \
0x87 { "scsidisk_iodone:\t\t\t"} , \
0x88 { "scsidisk_process_ioctl_error:\t"} , \
0x89 { "scsidisk_log_error:\t\t\t"} , \
0x8a { "scsidisk_lun_reset:\t\t\t"} , \
0x8b { "scsidisk_pm_watchdog:\t\t\t"} , \
0x8c { "scsidisk_process_reset:\t\t"} , \
0x8d { "scsidisk_recover_adap_q:\t\t"} , \
0x8e { "scsidisk_request_sense:\t\t"} , \
0x8f { "scsidisk_process_reqsns_error:\t"} , \
0x90 { "scsidisk_process_reset_error:\t"} , \
0x91 { "scsidisk_retry_cmd:\t\t\t"} , \
0x92 { "scsidisk_process_scsi_error:\t\t"} , \
0x93 { "scsidisk_process_sense:\t\t"} , \
0x94 { "SDIODONE:\t\t\t\t"} , \
0x95 { "scsidisk_select_path:\t\t\t"} , \
0x96 { "scsidisk_process_special_error:\t"} , \
0x97 { "scsidisk_start_watchdog:\t\t"} , \
0x98 { "scsidisk_target_reset:\t\t"} , \
0x99 { "scsidisk_write_verify:\t\t"} , \
0x9a { "BUFRETRY:\t\t\t\t"} , \
0x9b { "scsidisk_build_cmd:\t\t\t"} , \
0x9c { "scsidisk_build_error:\t\t\t"} , \
0x9d { "scsidisk_cmd_alloc:\t\t\t"} , \
0x9e { "FAIL_CMD:\t\t\t\t"} , \
0x9f { "scsidisk_free_cmd:\t\t\t"} , \
0xa0 { "scsidisk_coalesce:\t\t\t"} , \
0xa1 { "DEQUEUE :\t\t\t\t"} , \
0xa2 { "DUMP :\t\t\t\t"} , \
0xa3 { "scsidisk_dump_write:\t\t\t"} , \
0xa4 { "DMPISSUE:\t\t\t\t"} , \
0xa5 { "scsidisk_d_q_cmd:\t\t\t"} , \
0xa6 { "scsidisk_process_good:\t\t"} , \
0xa7 { "INSERT_Q:\t\t\t\t"} , \
0xa8 { "ISSUE :\t\t\t\t"} , \
0xa9 { "scsidisk_issue_multicmd:\t\t"} , \
0xaa { "scsidisk_pm_handler:\t\t\t"} , \
0xab { "scsidisk_pr_clear:\t\t\t"} , \
0xac { "scsidisk_pr_in:\t\t\t"} , \
0xad { "scsidisk_pr_preempt:\t\t\t"} , \
0xae { "scsidisk_pr_register_ignore:\t\t"} , \
0xaf { "scsidisk_pr_reserve_release:\t\t"} , \
0xb0 { "scsidisk_process_inquiry:\t\t"} , \
0xb1 { "scsidisk_process_buf:\t\t\t"} , \
0xb2 { "scsidisk_q_cmd:\t\t\t"} , \
0xb3 { "RELOCATE:\t\t\t\t"} , \
0xb4 { "scsidisk_dev_restart:\t\t\t"} , \
0xb5 { "RAWIODON:\t\t\t\t"} , \
0xb6 { "scsidisk_start:\t\t\t"} , \
0xb7 { "scsidisk_strategy:\t\t\t"} , \
0xb8 { "scsidisk_reserve:\t\t\t"} , \
0xb9 { "scsidisk_start_unit:\t\t\t"} , \
0xba { "scsidisk_test_unit_ready:\t\t"} , \
0xbb { "scsidisk_mode_sense:\t\t\t"} , \
0xbc { "scsidisk_mode_select:\t\t\t"} , \
0xbd { "scsidisk_prevent_allow:\t\t"} , \
0xbe { "scsidisk_inquiry:\t\t\t"} , \
0xbf { "scsidisk_read_cap:\t\t\t"} , \
0xc0 { "scsidisk_read_cap16:\t\t\t"} , \
0xc1 { "scsidisk_get_read_toc:\t\t"} , \
0xc2 { "scsidisk_read_disc_info:\t\t"} , \
0xc3 { "scsidisk_get_medium_type:\t\t"} , \
0xc4 { "scsidisk_get_medium_info:\t\t"} , \
0xc5 { "scsidisk_release:\t\t\t"} , \
0xc6 { "scsidisk_process_inband_error:\t"} , \
0xc7 { "scsidisk_process_inband_sense:\t"} , \
0xc8 { "reserved for MPIO:\t\t"} , \
0xc9 { "mpioTaskMgmEvent:\t\t"} , \
0xca { "mpioGetCapabilities:\t\t"} , \
0xcb { "mpioAddDrvrPath:\t\t\t"}, \
0xcc { "mpioAddPcm:\t\t\t\t"}, \
0xcd { "mpioDelPcm:\t\t\t\t"}, \
0xce { "mpioAddDevice:\t\t\t"}, \
0xcf { "mpioChgDevice:\t\t\t"}, \
0xd0 { "mpioDelDevice:\t\t\t"}, \
0xd1 { "mpioSetDeviceState:\t\t\t"}, \
0xd2 { "mpioGetDeviceState:\t\t\t"}, \
0xd3 { "mpioAddPath:\t\t\t\t"}, \
0xd4 { "mpioChgPath:\t\t\t\t"}, \
0xd5 { "mpioDelPath:\t\t\t\t"}, \
0xd6 { "mpioSetPathState:\t\t\t"}, \
0xd7 { "mpioGetPathState:\t\t\t"}, \
0xd8 { "mpioPassThru:\t\t\t"}, \
0xd9 { "mpioSelectPath:\t\t\t"}, \
0xda { "mpioRetryPath:\t\t\t"}, \
0xdb { "mpioForcePath:\t\t\t"}, \
0xdc { "mpioSelectIoctlPath:\t\t\t"}, \
0xdd { "mpioSelectDumpPath:\t\t\t"}, \
0xde { "mpioIoDone:\t\t\t\t"}, \
0xdf { "mpioTerm:\t\t\t\t"}, \
0xe0 { "mpioGetPathPvt:\t\t\t"}, \
0xe1 { "mpioNotifyPolicy:\t\t\t"}, \
0xe2 { "mpioSetPolicy:\t\t\t"}, \
0xe3 { "mpioUpdatePathStats:\t\t\t"}, \
0xe4 { "mpioHandleBufX:\t\t\t"}, \
0xe5 { "mpioCfg:\t\t\t\t"}, \
0xe6 { "mpioValidatePcm:\t\t\t"}, \
0xe7 { "mpioRegPaths:\t\t\t"}, \
0xe8 { "mpioRegPath:\t\t\t\t"}, \
0xe9 { "mpioUnregPath:\t\t\t"}, \
0xea { "mpioSelectPcm:\t\t\t"}, \
0xeb { "mpioCopyinPvtData:\t\t\t"}, \
0xec { "mpioGetPathIds:\t\t\t"}, \
0xed { "mpioIbcPending:\t\t\t"}, \
0xee { "mpioRegPathStat:\t\t\t"}, \
0xef { "mpioDelDriver:\t\t\t"}, \
0xf0 { "mpioddieRAS:\t\t\t"}, \
0xf1 { "mpioeRAS:\t\t\t\t"}, \
0xf2 { "mpioGeneric:\t\t\t"}, \
0xf3 { "mpioeRASunReg:\t\t\t"}, \
0xf4 { "mpioEnqCmd:\t\t\t\t"}, \
0xf5 { "mpioSetPofState:\t\t\t"}, \
0xf6 { "mpioNotifyPathFlags:\t\t\t"}, \
0xf7 { "mpioPathOpenFail:\t\t\t"}, \
0xf8 { "mpioSuperInit:\t\t\t"}, \
0xf9 { "mpioInit:\t\t\t\t"}, \
0xfa { "mpioAddDriver:\t\t\t"}, \
0xfb { "nonmpioSuperInit:\t\t\t"}, \
0xfc { "mpioGetPathPVTS:\t\t\t"}, \
\* { "unknown subhook: " $loc } \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
647 1.0 "@rrhbadd" \
"RRHBADD GEN: " W1 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
648 1.0 "@rrhbadd" \
"RRHBADD XMT: " \
$D1, \
0x57515545 { "WQUE location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x57454E44 { "WEND location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
\* { W1 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
649 1.0 "@rrhbadd" \
"RRHBADD RCV: " \
$D1, \
0x52444154 { "RDAT location=" W2 A4.4 " mbuf=" XW }, \
0x524E4F54 { "RNOT location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x52454E44 { "REND location=" W2 A4.4 " mbuf=" XW }, \
\* { W1 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
658 1.0 "RRLCT3: " \
"LCT3: " W1 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
644 1.0 "@rrentdd" \
"RRENTDD GEN: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
645 1.0 "@rrentdd" \
"RRENTDD XMT: " \
$D1, \
0x57515545 { "WQUE location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x57454E44 { "WEND location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
646 1.0 "@rrentdd" \
"RRENTDD RCV: " \
$D1, \
0x52444154 { "RDAT location=" W2 A4.4 " mbuf=" XW }, \
0x524E4F54 { "RNOT location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x52454E44 { "REND location=" W2 A4.4 " mbuf=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
1056 1.0 L=KERN "XHCIDD" \
$HD%X2, \
0x1010 { "CONFIG devno=" $D1%DW " cmd=" $D2%XW " uiop=" $D3%XW }, \
0x1011 { "CONFIGX devno-EEPROM=" $D1%DW " rc=" $D2%DW " eeprom_addr-regdata=" $D3%XW "l=" $D4%DW }, \
0x1012 { "OPEN devno=" $D1%DW " flag=" $D2%XW }, \
0x1013 { "OPENX devno=" $D1%DW " rc=" $D2%DW " l=" $D3%DW }, \
0x1014 { "CLOSE devno=" $D1%DW }, \
0x1015 { "CLOSEX devno=" $D1%DW " rc=" $D2%DW " l=" $D3%DW }, \
0x1016 { "IOCTL devno=" $D1%DW " cmd=" $D2%XW " arg=" $D3%XW " devflag=" $D4%XW }, \
0x1017 { "IOCTLX devno=" $D1%DW " rc=" $D2%DW " l=" $D3%DW }, \
0x1018 { "REGISTER ap=" $D1%XW " arg=" $D2%DW }, \
0x1019 { "REGISTERX ap=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x101a { "UNREGISTER ap=" $D1%XW }, \
0x101b { "UNREGISTERX ap=" $D1%XW " l=" $D2%DW }, \
0x101c { "DEVALLOC ap=" $D1%XW " port=" $D2%DW " speed=" $D3%DW " flags=" $D4%XW "max_slots=" $D5%XW }, \
0x101d { "DEVALLOCX ap=" $D1%XW " port=" $D2DW " data=" $D3%XW " data=" $D4%XW " l=" $D5%DW }, \
0x101e { "PIPECONN devp=" $D1%XW " EPAddr=" $D2%XW " packetSize=" $D3%DW " speed=" $D4%DW " maxIOBs=" $D5%DW }, \
0x101f { "PIPECONNX devp=" $D1%XW " EPAddr=" $D2%XW " DevAddr=" $D3%XW " rc-prp=" $D4%DW " l=" $D5%DW }, \
0x1020 { "PIPEDISCONN devp=" $D1%XW " ap=" $D2%XW " EPAddr=" $D3%XW" slot_id=" $D4%DW " dci=" $D5%DW }, \
0x1021 { "PIPEDISCONNX devp=" $D1%XW " ap=" $D2%XW " slot_id=" $D3%DW " dci=" $D4%DW " data=" $D5%DW }, \
0x1023 { "PIPEIOX ap=" $D1%XW " piob=" $D2%XW " buff-rc=" $D3%DW " busAddr-l=" $D4%DW " length=" $D5%DW }, \
0x1024 { "PIPESTATUS ap=" $D1%XW " slot_id=" $D2%DW " dci=" $D3%DW " prp_halted=" $D4%DW " data=" $D5%DW}, \
0x1025 { "PIPEABORT devno=" $D1%DW " slot_id=" $D2%DW " dci=" $D3%DW " piob=" $D4%XW " prp_halted=" $D5%DW}, \
0x1026 { "PIPEABORTX slot_id=" $D1%DW "dci=" $D2%DW " piob=" $D3%XW " prp_halted-l=" $D4%DW " devno-rc=" $D5%DW}, \
0x1027 { "PIPEHALT devno=" $D1%DW " slot_id=" $D2%DW " dci=" $D3%DW " prp_halted=" $D4%XW " touch_hw=" $D5%DW }, \
0x1028 { "PIPEHALTX devno=" $D1%DW " slot_id=" $D2%DW " dci=" $D3%DW " prp_halted=" $D4%XW " data=" $D5%DW }, \
0x1029 { "PIPECLEAR devno=" $D1%DW " slot_id=" $D2%DW " dci=" $D3%DW " prp_halted=" $D4%XW " do_not_touch_hw=" $D5%DW }, \
0x102a { "PIPECLEARX ap=" $D1%XW " devp=" $D2%DW " prp=" $D3%XW " dci=" $D4%DW " slot_id=" $D5%DW }, \
0x102b { "PIPETOGGLE devno=" $D1%DW "slot_id=" $D2%DW " dci=" $D3%DW " prp_halted=" $D4%DW " prp=" $D5%DW }, \
0x102c { "PIPETOGGLEX devno=" $D1%DW "slot_id=" $D2%DW " dci=" $D3%DW " prp=" $D4%XW " rc=" $D5%DW }, \
0x102d { "PIPEADDIOB ap=" $D1%DW " slot_id=" $D2%DW " dci=" $D3%DW " prp=" $D4%XW " howmany=" $D5%DW }, \
0x102e { "PIPEADDIOBX devp=" $D1%XW " prp=" $D2%XW " dci=" $D3%DW " rc=" $D4%DW " l=" $D5%DW }, \
0x102f { "SHUTDWNCOMP devno=" $D1%DW " ap_state=" $D2%DW " long_term_state=" $D3%DW " do_not_touch_hw=" $D4%DW " registered=" $D5%DW }, \
0x1030 { "SHUTDWNCOMPX devno=" $D1%DW " ap_state=" $D2%DW " long_term_state=" $D3%DW " do_not_touch_hw=" $D4%DW " registered=" $D5%DW }, \
0x1031 { "GETFRAME ap=" $D1%XW " speed=" $D2%DW " pFrame=" $D3%XW }, \
0x1032 { "GETFRAMEX ap=" $D1%XW " rc=" $D2%DW " l=" $D3%DW }, \
0x1033 { "DEVFREE ap=" $D1%XW " port=" $D2%DW " speed=" $D3%DW " flag=" $D4%XW " slot_id=" $D5%DW }, \
0x1034 { "DEVFREEX ap=" $D1%XW " port=" $D2%DW " devp_state-cmd_status=" $D3%XW " dev_count-rc=" $D4%DW " l=" $D5%DW }, \
0x1035 { "CONFIGPIPES ap=" $D1%XW " port=" $D2%DW " devp=" $D3%XW " speed=" $D4%DW " l=" $D5%DW }, \
0x1036 { "CONFIGPIPESX ap=" $D1%XW " port=" $D2%DW " devp-dci-1=" $D3%XW " rc=" $D4%DW " l=" $D5%DW }, \
0x1037 { "UNCONFIGPIPESX ap=" $D1%XW " devhdl=" $D2%XW " l=" $D3%DW }, \
0x1038 { "REQUNREGHC devno=" $D1%DW " ap_state=" $D2%DW " long_term_state=" $D3%DW " do_not_touch_hw=" $D4%DW " l=" $D5%DW }, \
0x1039 { "REQSHUTDWN devno=" $D1%DW " ap_state=" $D2%DW " long_term_state=" $D3%DW " do_not_touch_hw-rc=" $D4%DW " l=" $D5%DW }, \
0x103a { "REQRESTRT devno=" $D1%DW " ap_state=" $D2%DW " long_term_state=" $D3%DW " do_not_touch_hw=" $D4%DW " l=" $D5%DW }, \
0x103b { "ALLOCATEIOBH devp=" $D1%XW " EPAddr=" $D2%XW " dci=" $D3%DW " slot_id=" $D4%DW " howmany=" $D5%DW }, \
0x103c { "PIPECHANGEIOB devp=" $D1%XW " prp=" $D2%XW " howmany=" $D3%DW " l=" $D4%DW " data=" $D5%DW }, \
0x103d { "PIPEUNIT devp=" $D1%XW " prp=" $D2%XW " dci=" $D3%DW " slot_id=" $D4%DW " data=" $D5%DW }, \
0x103e { "PIPEUNITX devp=" $D1%XW " prp=" $D2%XW " NA=" $D3%DW "l=" $D4%DW " data=" $D5%DW }, \
0x103f { "PIPEINIT devp=" $D1%XW " prp=" $D2%XW " ep_type=" $D3%XW " dci=" $D4%DW " slot_id=" $D5%DW }, \
0x1040 { "PIPEINITX devp=" $D1%XW " prp=" $D2%XW " maxIOBs=" $D3%DW " rc=" $D4%DW " l=" $D5%DW }, \
\* { "unknown" $HD }
1057 1.0 "XHCIDD_ERR" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x70 { "xhci_cfg_cleanup: " }, \
0x71 { "xhci_config: " }, \
0x72 { "xhci_open: " }, \
0x73 { "xhci_close: " }, \
0x74 { "xhci_ioctl: " }, \
0x75 { "xhci_register: " }, \
0x76 { "xhci_unregisterHC: " }, \
0x77 { "xhci_pipeConnect: " }, \
0x78 { "xhci_pipeDisconnect: " }, \
0x79 { "xhci_pipeIO: " }, \
0x7a { "xhci_ras_error: " }, \
0x7b { "xhci_pipeStatus: " }, \
0x7c { "xhci_pipeAbort: " }, \
0x7d { "xhci_alloc_tag: " }, \
0x7e { "xhci_pipeHalt: " }, \
0x7f { "xhci_pipeClear: " }, \
0x80 { "xhci_pipeResetToggle: " }, \
0x81 { "xhci_pipeAddIOB: " }, \
0x82 { "xhci_shutdownComplete: " }, \
0x83 { "xhci_offlevel_start: " }, \
0x84 { "xhci_getFrame: " }, \
0x85 { "xhci_devAlloc: " }, \
0x86 { "xhci_devFree: " }, \
0x87 { "xhci_configPipes: " }, \
0x88 { "xhci_unconfigPipes: " }, \
0x89 { "xhci_shutdown: " }, \
0x8a { "xhci_request_restart: " }, \
0x8b { "xhci_intr: " }, \
0x8c { "xhci_proc_event_ring: " }, \
0x8d { "xhci_process_tr_event: " }, \
0x8e { "xhci_process_cmd_comp: " }, \
0x8f { "xhci_process_port_sts_chg: " }, \
0x90 { "xhci_offlevel_iodone: " }, \
0x91 { "xhci_process_ring: " }, \
0x92 { "xhci_process_trb: " }, \
0x93 { "xhci_update_iob_status_post: " }, \
0x94 { "xhci_offlevel_second_done: " }, \
0x95 { "xhci_offlevel_status_change: " }, \
0x96 { "xhci_adapter_dead: " }, \
0x97 { "xhci_log_error: " }, \
0x98 { "xhci_pipe_initialize: " }, \
0x99 { "xhci_pipe_uninitialize: " }, \
0x9a { "xhci_process_pipeIO: " }, \
0x9b { "xhci_process_ring_state: " }, \
0x9c { "xhci_build_ctrl_trb: " }, \
0x9d { "xhci_build_bulk_trb: " }, \
0x9e { "xhci_build_isoch_trb: " }, \
0x9f { "xhci_build_intr_trb: " }, \
0xa0 { "xhci_process_pipeIO_done: " }, \
0xa1 { "xhci_process_second_done: " }, \
0xa2 { "xhci_pipe_halt: " }, \
0xa3 { "xhci_pipe_unhalt: " }, \
0xa4 { "xhci_delete_a_pipe: " }, \
0xa5 { "xhci_offlevel_devstart: " }, \
0xa6 { "xhci_start: " }, \
0xa7 { "xhci_devstart: " }, \
0xa8 { "xhci_init_dma_handle: " }, \
0xa9 { "xhci_watchdog: " }, \
0xaa { "xhci_save_msix_vector: " }, \
0xab { "xhci_stop_reset_ep: " }, \
0xac { "xhci_set_ring_deq_ptr: " }, \
0xad { "xhci_fail_halted_ring: " }, \
0xae { "xhci_set_pci_regs: " }, \
0xaf { "xhci_restore_msix_vector: " }, \
0xb0 { "xhci_request_shutdown: " }, \
0xb1 { "xhci_ras_callback_adapter: " }, \
0xb2 { "xhci_ras_compdump_control: " }, \
0xb3 { "xhci_ras_callback_compdump_adap: " }, \
0xb4 { "xhci_ras_callback_global: " }, \
0xb5 { "xhci_cdt_func_global: " }, \
0xb6 { "xhci_cdt_func_adapter: " }, \
0xb7 { "xhci_initiate_livedump: " }, \
0xb8 { "xhci_rebuild_cdt: " }, \
0xb9 { "xhci_cdt_func: " }, \
0xba { "xhci_rtec_error_handler: " }, \
0xbb { "xhci_alloc_init_ring: " }, \
0xbc { "xhci_free_ring: " }, \
0xbd { "xhci_ras_global_register: " }, \
0xbe { "xhci_ras_adapter_register: " }, \
0xbf { "xhci_eeh_callback: " }, \
0xc0 { "xhci_eeh_free: " }, \
0xc1 { "xhci_eeh_finish_reset: " }, \
0xc2 { "xhci_check_slot: " }, \
0xc3 { "xhci_eeh_adapter_dead: " }, \
0xc4 { "xhci_issue_command: " }, \
0xc5 { "xhci_issue_tr_io: " }, \
0xc6 { "xhci_build_cmd_trb: " }, \
0xc7 { "xhci_verify_ready_trb: " }, \
0xc8 { "xhci_verify_ready_io: " }, \
0xc9 { "xhci_issue_trbs: " }, \
0xca { "xhci_issue_cmd: " }, \
0xcb { "xhci_allocate_iobh: " }, \
0xcc { "xhci_wait_cmd_completion: " }, \
0xcd { "xhci_request_unregister: " }, \
0xce { "xhci_process_tr_error: " }, \
0xcf { "hcd_pipe_reset_no_wait_locked: " }, \
0xd0 { "xhci_RH_control_DEVICE_STAND_GET_STATUS: " }, \
0xd1 { "xhci_RH_control_DEVICE_STAND_CLEAR_FEATURE: " }, \
0xd2 { "xhci_RH_control_DEVICE_STAND_SET_FEATURE: " }, \
0xd3 { "xhci_RH_control_DEVICE_STAND_SET_ADDR: " }, \
0xd4 { "xhci_RH_control_DEVICE_STAND_GET_DESCRIPTOR: " }, \
0xd5 { "xhci_RH_control_DEVICE_STAND_SET_DESCRIPTOR: " }, \
0xd6 { "xhci_RH_control_DEVICE_STAND_GET_CONFIG: " }, \
0xd7 { "xhci_RH_control_DEVICE_STAND_SET_CONFIG: " }, \
0xd8 { "xhci_RH_control_DEVICE_STAND: " }, \
0xd9 { "xhci_RH_control_DEVICE_CLASS_GET_STATUS: " }, \
0xda { "xhci_RH_control_DEVICE_CLASS_CLEAR_FEATURE: " }, \
0xdb { "xhci_RH_control_DEVICE_CLASS_SET_FEATURE: " }, \
0xdc { "xhci_RH_control_DEVICE_CLASS_GET_DESCRIPTOR: " }, \
0xdd { "xhci_RH_control_DEVICE_CLASS_SET_DESCRIPTOR: " }, \
0xde { "xhci_RH_control_DEVICE_CLASS: " }, \
0xdf { "xhci_RH_control_DEVICE: " }, \
0xe0 { "xhci_RH_control_IF_STAND_GET_STATUS: " }, \
0xe1 { "xhci_RH_control_IF_STAND_CLEAR_FEATURE: " }, \
0xe2 { "xhci_RH_control_IF_STAND_SET_FEATURE: " }, \
0xe3 { "xhci_RH_control_IF_STAND_GET_IF: " }, \
0xe4 { "xhci_RH_control_IF_STAND_SET_IF: " }, \
0xe5 { "xhci_RH_control_IF_STAND: " }, \
0xe6 { "xhci_RH_control_IF: " }, \
0xe7 { "xhci_RH_control_EP_STAND_GET_STATUS: " }, \
0xe8 { "xhci_RH_control_EP_STAND_CLEAR_FEATURE: " }, \
0xe9 { "xhci_RH_control_EP_STAND_SET_FEATURE: " }, \
0xea { "xhci_RH_control_EP_STAND_SYNCH_FRAME: " }, \
0xeb { "xhci_RH_control_EP_STAND: " }, \
0xec { "xhci_RH_control_EP: " }, \
0xed { "xhci_RH_control_OTHER_CLASS_GET_STATUS: " }, \
0xee { "xhci_RH_control_OTHER_CLASS_CLEAR_FEATURE: " }, \
0xef { "xhci_RH_control_OTHER_CLASS_GET_STATE: " }, \
0xf0 { "xhci_RH_control_OTHER_CLASS_SET_FEATURE: " }, \
0xf1 { "xhci_RH_control_OTHER_CLASS: " }, \
0xf2 { "xhci_RH_control_OTHER: " }, \
0xf3 { "xhci_RH_control_setup: " }, \
0xf4 { "xhci_RH_control_status: " }, \
0xf5 { "xhci_RH_control_in: " }, \
0xf6 { "xhci_RH_control_out: " }, \
0xf7 { "xhci_RH_control_endpoint: " }, \
0xf8 { "xhci_RH_interrupt_endpoint: " }, \
0xf9 { "xhci_rh_process_status_change: " }, \
0xfa { "xhci_reset: " }, \
\* { "Unidentified Trace from location :" $loc \
" with data:\t\t\t\t\t"} \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
738 1.0 "USBD: " \
{{ $a = $HD & 0xfc00 }} \
{{ $b = $a / 1024 }} \
{{ $func = $b & 0x3f }} \
{{ $c = $HD - $a }} \
{{ $routine = $c & 0x03ff }} \
$routine, \
01 { "config " }, \
02 { "ioctl " }, \
03 { "cfgproc" }, \
04 { "opndev " }, \
05 { "clsdev " }, \
06 { "addhc " }, \
07 { "delhc " }, \
08 { "fnddev " }, \
09 { "deldev " }, \
0A { "adddev " }, \
0B { "setaddr" }, \
0C { "pipeio " }, \
0D { "pipecnt" }, \
0E { "pipedis" }, \
10 { "stcfg " }, \
11 { "stpcfg " }, \
12 { "cmdcfg " }, \
13 { "rstport" }, \
14 { "addhub " }, \
15 { "delhub " }, \
16 { "qchgirp" }, \
17 { "getstat" }, \
18 { "pstat " }, \
19 { "iowait " }, \
1A { "ioabort" }, \
1B { "pipeclr" }, \
1C { "pipstat" }, \
1D { "chgirp " }, \
1E { "recnt " }, \
1F { "discnt " }, \
20 { "log " }, \
21 { "opndeve" }, \
22 { "enum " }, \
24 { "getdesi" }, \
25 { "getdes " }, \
26 { "devreq " }, \
27 { "powck " }, \
28 { "mapmem " }, \
29 { "umapmem" }, \
2A { "postiob" }, \
2B { "timepop" }, \
2C { "clrherr" }, \
2D { "getdevs" }, \
2E { "getfram" }, \
2F { "setinte" }, \
30 { "eRAScb " }, \
\* { $routine%X2" " } \
$func%D2, \
0 { " [ent ]" }, \
32 { " [exit]" }, \
\* { " ["$func%X2"]" } \
$HL, \
4 {O2 " d0=" X4 }, \
8 {O2 " d0=" X8 }, \
14 {O2 " d0=" X4 " d1=" X4 " d2=" X4 " d3=" X4 " d4=" X4 }, \
28 {O2 " d0=" X8 " d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8 }
1025 1.0 "SFWCOM" \
{{ $loc = X1 }} \
{{ $typ = B0.3 }} \
{{ $cnt = B0.5 }} \
$loc, \
0x10 { "nc_config: " } , \
0x11 { "nc_open: " } , \
0x12 { "nc_close: " } , \
0x13 { "nc_ctl: " } , \
0x14 { "nc_1st_time_cfg: " } , \
0x15 { "nc_config_init: " } , \
0x16 { "nc_config_term: " } , \
0x17 { "nc_config_undo: " } , \
0x18 { "nc_start_kproc: " } , \
0x19 { "nc_stop_kproc: " } , \
0x1A { "nc_kproc: " } , \
0x1B { "nc_fwd_fail: " } , \
0x1C { "nc_query: " } , \
0x1D { "nc_query_resp: " } , \
0x1E { "nc_find_node: " } , \
0x1F { "nc_found: " } , \
0x20 { "nc_shutdown: " } , \
0x21 { "nc_nnadvert: " } , \
0x22 { "nc_nnack: " } , \
0x23 { "nc_proc_msg: " } , \
0x24 { "nc_proc_uni: " } , \
0x25 { "nc_proc_multi: " } , \
0x26 { "nc_proc_ptoc: " } , \
0x27 { "nc_receive: " } , \
0x28 { "nc_status: " } , \
0x29 { "nc_output: " } , \
0x2A { "nc_tx_mcast_pkt: " } , \
0x2B { "nc_tx_ucast_pkt: " } , \
0x2C { "nc_forward_packet: " } , \
0x2D { "nc_ctl_advert: " } , \
0x2E { "nc_1st_time_cf2: " } , \
0x2F { "nc_proc_stat: " } , \
0x30 { "nc_ctl_join: " } , \
0x31 { "nc_create_list: " } , \
0x32 { "nc_tx_scast_pkt: " } , \
0x33 { "nc_proc_join: " } , \
0x34 { "nc_dup_mcast: " } , \
0x35 { "nc_promo_node: " } , \
0x36 { "nc_tbl_sanity: " } , \
0x37 { "nc_add_node: " } , \
0x38 { "nc_remove_node: " } , \
0x39 { "nc_send_advert: " } , \
0x3A { "nc_ctl_find: " } , \
0x3B { "nc_hc_timer: " } , \
0x3C { "nc_hcheck: " } , \
0x3D { "nc_build_nnack: " } , \
0x3E { "nc_set_tx_error: " } , \
0x3F { "nc_tx_direct: " } , \
0x40 { "nc_hop_update: " } , \
0x41 { "nc_check_hop: " } , \
0x42 { "nc_create_jnode: " } , \
0x43 { "nc_is_node_red: " } , \
0x44 { "nc_get_uniq_flags: " } , \
0x45 { "nc_find_dir_node: " } , \
0x46 { "nc_upd_uniq_flags: " } , \
0x70 { "ncdmx_add_filt: " } , \
0x71 { "ncdmx_del_filt: " } , \
0x72 { "ncdmx_add_stat: " } , \
0x73 { "ncdmx_del_stat: " } , \
0x74 { "ncdmx_find_exm: " } , \
0x75 { "ncdmx_find_clm: " } , \
0x76 { "ncdmx_status: " } , \
0x77 { "ncdmx_receive: " } , \
0x7D { "vlc_get_if_state: " } , \
0x7E { "vlc_timer: " } , \
0x7F { "vlc_i_am_gone: " } , \
0x80 { "vlc_init: " } , \
0x81 { "vlc_output: " } , \
0x82 { "vlc_control: " } , \
0x83 { "vlc_receive: " } , \
0x84 { "vlc_config_if: " } , \
0x85 { "vlc_get_if_flags: " } , \
0x86 { "vlc_set_access: " } , \
0x87 { "vlc_leave: " } , \
0x88 { "vlc_halt: " } , \
0x89 { "vlc_who_there: " } , \
0x8A { "vlc_i_am_here: " } , \
0x8B { "vlc_unconfig_if: " } , \
0x8C { "vlc_offlevel: " } , \
0x8D { "vlc_find_tgt: " } , \
0x8E { "vlc_recv_ctl: " } , \
0x8F { "vlc_send_pkt: " } , \
0x90 { "snc_init: " } , \
0x91 { "snc_get_if_flags: " } , \
0x92 { "snc_output: " } , \
0x93 { "snc_control: " } , \
0x94 { "snc_receive: " } , \
0x95 { "snc_config_if: " } , \
0x96 { "snc_set_access: " } , \
0x97 { "snc_leave: " } , \
0x98 { "snc_term: " } , \
0x99 { "snc_start_kproc: " } , \
0x9a { "snc_stop_kproc: " } , \
0x9b { "snc_kproc: " } , \
0x9c { "snc_unconfig_if: " } , \
0x9d { "snc_query: " } , \
0x9e { "snc_check_new: " } , \
0x9f { "snc_add_tgt: " } , \
0xa0 { "snc_remove_tgt: " } , \
0xa1 { "snc_recv_data: " } , \
0xa2 { "snc_create_id: " } , \
0xa3 { "snc_send_data: " } , \
0xa4 { "snc_start_if: " } , \
0xa5 { "snc_get_if_state: " } , \
0xa6 { "snc_rx_thread: " } , \
0xa7 { "snc_start_thread: " } , \
0xbe { "sd_send_data: " } , \
0xbf { "sd_receive_data: " } , \
0xc0 { "sd_init: " } , \
0xc1 { "sd_check_if: " } , \
0xc2 { "sd_identify_target: " } , \
0xc3 { "sd_inquiry_iodone: " } , \
0xc4 { "sd_iodone: " } , \
0xc5 { "sd_queue_iodone: " } , \
0xc6 { "sd_recv_buffer: " } , \
0xc7 { "sd_query_fc: " } , \
0xc8 { "sd_query_sas: " } , \
0xc9 { "sd_stop_rtgt: " } , \
0xca { "sd_recov_q: " } , \
0xcb { "sd_output: " } , \
0xcc { "sd_resend: " } , \
0xcd { "sd_halt_tgt: " } , \
0xce { "sd_check_wwpn: " } , \
0xd0 { "dp_config: " } , \
0xd1 { "dp_open: " } , \
0xd2 { "dp_close: " } , \
0xd3 { "dp_ctl: " } , \
0xd4 { "dp_io: " } , \
0xd5 { "dp_receiver: " } , \
0xd6 { "dp_sender: " } , \
0xd7 { "dp_config_term: " } , \
0xd8 { "dp_generic: " } , \
0xd9 { "dp_output: " } , \
0xda { "dp_start_kproc: " } , \
0xdb { "dp_stop_kproc: " } , \
0xdc { "dp_kproc: " } , \
0xdd { "dp_ctl_join: " } , \
0xde { "dp_ctl_leave: " } , \
0xdf { "dp_process_state: " } , \
0xe0 { "dp_attempt_lock: " } , \
0xe1 { "dp_verify_lock: " } , \
0xe2 { "dp_update_nodes: " } , \
0xe3 { "dp_get_free_msg: " } , \
0xe4 { "dp_ctl_discard: " } , \
0xe5 { "dp_open_repos: " } , \
0xe6 { "dp_close_repos: " } , \
0xe7 { "dp_read_idx: " } , \
0xe8 { "dp_write_idx: " } , \
0xe9 { "dp_read_lock: " } , \
0xea { "dp_write_lock: " } , \
0xeb { "dp_release_lock: " } , \
0xec { "dp_rd_msgs: " } , \
0xed { "dp_rd_msg: " } , \
0xee { "dp_wr_msg: " } , \
0xef { "dp_wr_msgcb: " } , \
0xf0 { "dp_rd_msgcb: " } , \
0xf1 { "dp_rd_init: " } , \
0xf2 { "dp_rd_msgblock: " } , \
0xf3 { "dp_rd_msgs_node: " } , \
0xf4 { "dp_dispatcher: " } , \
0xf5 { "dp_scan_sendcb: " } , \
0xf8 { "dpdmx_add_filter: " } , \
0xf9 { "dpdmx_del_filter: " } , \
0xfa { "dpdmx_add_status: " } , \
0xfb { "dpdmx_del_status: " } , \
0xfc { "dpdmx_find_exact_match:" } , \
0xfd { "dpdmx_find_clust_match:" } , \
0xfe { "dpdmx_status: " } , \
0xff { "dpdmx_receive: " } , \
\* { "unknown subhook: " $loc } \
$typ, \
0x0 { "Ent" $cnt%X1 XW XW XW XW XW }, \
0x1 { "Trc" $cnt%X1 XW XW XW XW XW }, \
0x2 { "Ext" $cnt%X1 XW XW XW XW XW }
1029 1.0 "SFW" \
{{ $loc = X1 }} \
{{ $typ = B0.3 }} \
{{ $cnt = B0.5 }} \
$loc, \
0x70 { "sfwEnqu: " } , \
0x71 { "sfwDequ: " } , \
0x72 { "sfwLook: " } , \
0x73 { "sfwAddIf: " } , \
0x74 { "sfwDelIf: " } , \
0x75 { "sfwGetIf: " } , \
0x76 { "sfwSetIf: " } , \
0x77 { "sfwAddDsk: " } , \
0x78 { "sfwDelDsk: " } , \
0x79 { "sfwGetDsk: " } , \
0x7A { "sfwSetDsk: " } , \
0x7B { "sfwAddFencGrp: " } , \
0x7C { "sfwDelFencGrp: " } , \
0x7D { "sfwGetFencGrp: " } , \
0x7E { "sfwSetFencGrp: " } , \
0x7F { "sfwAddEvt: " } , \
0x80 { "sfwDelEvt: " } , \
0x81 { "sfwGetEvt: " } , \
0x82 { "sfwSetEvt: " } , \
0x83 { "sfwAddLnr: " } , \
0x84 { "sfwDelLnr: " } , \
0x85 { "sfwGetLnr: " } , \
0x86 { "sfwSetLnr: " } , \
0x87 { "sfwAddNd: " } , \
0x88 { "sfwDelNd: " } , \
0x89 { "sfwGetNd: " } , \
0x8A { "sfwSetNd: " } , \
0x8B { "sfwAddCl: " } , \
0x8C { "sfwDelCl: " } , \
0x8D { "sfwGetCl: " } , \
0x8E { "sfwSetCl: " } , \
0x8F { "sfwGetUu: " } , \
0x90 { "sfwAddLtoE: " } , \
0x91 { "sfwNotLis: " } , \
0x92 { "sfwSciolEvent: " } , \
0x93 { "sfwAddIntToEvent: " } , \
0x94 { "sfwProcSciolEvt: " } , \
0x95 { "sfwOffLevelEvent: " } , \
0x96 { "sfwAddPCM: " } , \
0x97 { "sfwDelPCM: " } , \
0x98 { "sfwPrpDelDsk: " } , \
0x99 { "sfwUndPrpDelDsk: " } , \
0xA0 { "sfwGetRepGroupInfo: " } , \
0xA1 { "sfwSetRepGroupInfo: " } , \
0xA2 { "sfwSetRepGroupState: " } , \
0xA3 { "sfwGetRepGroups: " } , \
0xA4 { "sfwFailoverRepGroup: " } , \
0xA5 { "sfwFreezeRepGroup: " } , \
0xA6 { "sfwUnfreezeRepGroup: " } , \
0xA7 { "sfwFailoverRepDisk: " } , \
0XA8 { "sfwQueryPorts: " } , \
0xA9 { "sfwMkRepPaths: " } , \
0xAA { "sfwRmRepPaths: " } , \
0xAB { "sfwGetRepDisks: " } , \
0xAC { "sfwGetRepDiskInfo: " } , \
0xAD { "sfwSetRepDiskState: " } , \
0xAE { "sfwGetRepDiskPathInfo: " } , \
0xAF { "sfwAckPPRCEvent: " } , \
0xB0 { "sfwAddRepGroup: " } , \
0xB1 { "sfwDelRepGroup: " } , \
0xB2 { "sfwMkRepDisk: " } , \
0xB3 { "sfwRmRepDisk: " } , \
0xB4 { "sfwRmReplication: " } , \
0xB5 { "sfwUserOnlyAddDelGroup: " } , \
0xB6 { "sfwUserOnlyRmRepDisk: " } , \
0xB7 { "sfwUserOnlyMkRepDisk: " } , \
0xB8 { "sfwUserOnlyRmReplication: " } , \
0xB9 { "sfwLookupDisk: " } , \
0xBA { "sfwLookupGroup: " } , \
0xBB { "sfwGetDiskFromGroup: " } , \
0xBC { "sfwGetPCMFromGroup: " } , \
0xBD { "sfwGetPCMFromDisk: " } , \
0xBE { "sfwPairUuid: " } , \
0xBF { "sfwLunUuids: " } , \
\* { "unknown subhook: " $loc } \
$typ, \
0x0 { "Ent" $cnt%X1 XW XW XW XW XW }, \
0x1 { "Trc" $cnt%X1 XW XW XW XW XW }, \
0x2 { "Ext" $cnt%X1 XW XW XW XW XW }
1098 1.0 L=APPL "@SOE" \
$HD, \
0x0 { `soe_config_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1 { `soe_config_init uio_resid=$D1%XW dev=$D2%XW sizeof(soe_dds_t)=$D3%XW sizeof(soe_tty_dds_t)=$D4%XW ARG5=$D5%DW` }, \
0x2 { `soe_config_err1 uio_resid=$D1%XW soe_dds_ptr=$D2%XW sizeof(soe_dds_t)=$D3%XW result=$D4%XW ARG5=$D5%DW` }, \
0x3 { `soe_config_err2 uio_resid=$D1%XW soe_dds_ptr=$D2%XW sizeof(soe_dds_t)=$D3%XW soe_dds.which_dds=$D4%XW ARG5=$D5%DW` }, \
0x4 { `soe_config_err3 uio_resid=$D1%XW soe_line_dds_ptr=$D2%XW sizeof(soe_tty_dds_t)=$D3%XW result=$D4%XW ARG5=$D5%DW` }, \
0x5 { `soe_config_err4 uio_resid=$D1%XW soe_line_dds_ptr=$D2%XW sizeof(soe_tty_dds_t)=$D3%XW soe_line_dds.which_dds=$D4%XW ARG5=$D5%DW` }, \
0x6 { `soe_config_err5 uio_resid=$D1%XW dev=D2%XW sizeof(soe_dds_t)=$D3%XW sizeof(soe_tty_dds_t)=$D4%XW ARG5=$D5%DW` }, \
0x7 { `soe_config_term dev=$D1%XW devIsAdap(dev)=$D2%XW ARG3=$D3%XW` }, \
0x8 { `soe_add_device_entry dev=$D1%XW soe_dds=$D2%XW ARG3=$D3%XW` }, \
0x9 { `soe_add_device_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xa { `soe_add_device_err1 dev=$D1%XW dev_index=$D2%XW soe_devices_sz=$D3%XW soe_devices[dev_index]=$D4%XW ARG5=$D5%DW` }, \
0xb { `soe_add_device_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xc { `soe_add_device_err2 dev=$D1%XW soe_conf_ptr=$D2%XW soe_conf.sc_major=$D3%XW result=$D4%XW ARG5=$D5%DW` }, \
0xd { `soe_add_device_err3 dev=$D1%XW dev_index=$D2%XW soe_devices_sz=$D3%XW new_soe_devices_cnt=$D4%XW ARG5=$D5%DW` }, \
0xe { `soe_add_device_err4 dev=$D1%XW dev_index=$D2%XW soe_devices_sz=$D3%XW ARG4=$D4%XW` }, \
0xf { `soe_add_device_exit dev=$D1%XW soe_dds=$D2%XW ARG3=$D3%XW` }, \
0x10 { `soe_del_device_entry dev=$D1%XW ARG2=$D2%XW` }, \
0x11 { `soe_del_device_err1 dev=$D1%XW dev_index=$D2%XW soe_devices_sz=$D3%XW soe_dev=$D4%XW ARG5=$D5%DW` }, \
0x12 { `soe_del_device_err2 dev=$D1%XW dev_index=$D2%XW soe_dev=$D3%XW soe_dev->sd_no_of_ports=$D4%XW soe_dev->sd_ports[i]=$D5%DW` }, \
0x13 { `soe_del_device_exit dev=$D1%XW rc=$D2%DW ARG3=$D3%XW` }, \
0x14 { `soe_add_tty_entry dev=$D1%XW line_dds=$D2%XW ARG3=$D3%XW` }, \
0x15 { `soe_add_tty_err1 dev=$D1%XW line_dds=$D2%XW dev_index=$D3%XW soe_devices_sz=$D4%XW soe_dev=$D5%DW` }, \
0x16 { `soe_add_tty_err2 dev=$D1%XW soe_dev=$D2%XW dev_index=$D3%XW unit=$D4%XW soe_dev->sd_no_of_ports=$D5%DW` }, \
0x17 { `soe_add_tty_err3 dev=$D1%XW soe_dev=$D2%XW dev_index=$D3%XW unit=$D4%XW soe_dev->sd_ports[unit]=$D5%DW` }, \
0x18 { `soe_add_tty_err4 dev=$D1%XW soe_dev=$D2%XW dev_index=$D3%XW unit=$D4%XW ARG5=$D5%DW` }, \
0x19 { `soe_add_tty_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1a { `soe_add_tty_err5 dev=$D1%XW soe_dev=$D2%XW line_dds=$D3%XW line_dds->speed=$D4%XW ARG5=$D5%DW` }, \
0x1b { `soe_add_tty_exit dev=$D1%XW line_dds=$D2%XW ARG3=$D3%XW` }, \
0x1c { `soe_del_tty_entry dev=$D1%XW ARG2=$D2%XW` }, \
0x1d { `soe_del_tty_err1 dev=$D1%XW soe_dev=$D2%XW dev_index=$D3%XW soe_devices_sz=$D4%XW ARG5=$D5%DW` }, \
0x1e { `soe_del_tty_err2 dev=$D1%XW soe_dev=$D2%XW dev_index=$D3%XW unit=$D4%XW soe_dev->sd_no_of_ports=$D5%DW` }, \
0x1f { `soe_del_tty_err3 dev=$D1%XW soe_dev=$D2%XW soe_tty=$D3%XW unit=$D4%XW soe_tty->st_conf=$D5%DW` }, \
0x20 { `soe_del_tty_exit dev=$D1%XW rc=$D2%DW ARG3=$D3%XW` }, \
0x21 { `soe_cfg_cleanup_entry dev=$D1%XW cleanup_depth=$D2%XW ARG3=$D3%XW` }, \
0x22 { `soe_cfg_cleanup_err1 dev=$D1%XW soe_dev=$D2%XW dev_index=$D3%XW soe_conf_ptr=$D4%XW result=$D5%DW` }, \
0x23 { `soe_cfg_cleanup_err2 dev=$D1%XW soe_dev=$D2%XW dev_index=$D3%XW soe_tty=$D4%XW unit=$D5%DW` }, \
0x24 { `soe_cfg_cleanup_exit dev=$D1%XW cleanup_depth=$D2%XW ARG3=$D3%XW` }, \
0x25 { `soe_set_hard_flow_control_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x26 { `soe_set_hard_flow_control_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x27 { `soe_set_hard_flow_control_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x28 { `soe_set_hard_flow_control_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x29 { `soe_set_hard_flow_control_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x2a { `soe_set_hard_flow_control_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x2b { `soe_set_hard_flow_control_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x2c { `soe_set_soft_flow_control_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x2d { `soe_set_soft_flow_control_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x2e { `soe_set_soft_flow_control_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x2f { `soe_set_soft_flow_control_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x30 { `soe_termiox_set_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x31 { `soe_termiox_set_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x32 { `soe_termiox_set_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x33 { `soe_termiox_set_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x34 { `soe_termiox_set_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x35 { `soe_termios_set_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x36 { `soe_termios_set_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x37 { `soe_termios_set_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x38 { `soe_termios_set_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x39 { `soe_termios_set_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x3a { `soe_termios_set_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x3b { `soe_termios_set_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x3c { `soe_termios_set_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x3d { `soe_termios_get_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x3e { `soe_termios_get_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x3f { `soe_termios_get_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x40 { `soe_termios_get_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x41 { `soe_buffcall_recover_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x42 { `soe_buffcall_recover_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x43 { `soe_buffcall_recover_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x44 { `soe_buffcall_recover_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x45 { `soe_allocmsg_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x46 { `soe_allocmsg_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x47 { `soe_allocmsg_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x48 { `soe_allocmsg_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x49 { `soe_allocmsg_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x4a { `soe_allocmsg_exit ARG1=$D1%XW ARG2=$D2%XW` }, \
0x4b { `soe_open_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x4c { `soe_open_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x4d { `soe_open_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x4e { `soe_open_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x4f { `soe_open_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x50 { `soe_open_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x51 { `soe_open_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x52 { `soe_open_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x53 { `soe_open_err8 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x54 { `soe_open_err9 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x55 { `soe_open_log1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x56 { `soe_open_err10 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x57 { `soe_open_err11 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x58 { `soe_open_err12 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x59 { `soe_open_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x5a { `soe_close_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x5b { `soe_close_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x5c { `soe_close_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x5d { `soe_close_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x5e { `soe_close_log1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x5f { `soe_close_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x60 { `soe_close_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x61 { `soe_close_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x62 { `soe_close_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x63 { `soe_close_err8 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x64 { `soe_close_log2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x65 { `soe_close_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x66 { `soe_dr_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x67 { `soe_dr_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x68 { `soe_dr_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x69 { `soe_wput_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x6a { `soe_wput_info1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x6b { `soe_wput_info4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x6c { `soe_wput_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x6d { `soe_wput_info5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x6e { `soe_wput_info6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x6f { `soe_wput_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x70 { `soe_wput_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x71 { `soe_wput_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x72 { `soe_wput_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x73 { `soe_wput_info2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x74 { `soe_wput_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x75 { `soe_wput_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x76 { `soe_wput_info3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x77 { `soe_wput_err8 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x78 { `soe_wput_err9 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x79 { `soe_wput_err10 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x7a { `soe_wput_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x7b { `soe_wsrv_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x7c { `soe_wsrv_info1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x7d { `soe_wsrv_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x7e { `soe_wsrv_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x7f { `soe_wsrv_info2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x80 { `soe_wsrv_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x81 { `soe_wsrv_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x82 { `soe_wsrv_info3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x83 { `soe_wsrv_info4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x84 { `soe_wsrv_info5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x85 { `soe_wsrv_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x86 { `soe_wsrv_info6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x87 { `soe_wsrv_info7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x88 { `soe_wsrv_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x89 { `soe_wsrv_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x8a { `soe_wsrv_info8 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x8b { `soe_wsrv_err8 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x8c { `soe_wsrv_err9 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x8d { `soe_wsrv_err10 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x8e { `soe_wsrv_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x8f { `soe_rsrv_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x90 { `soe_rsrv_info1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x91 { `soe_rsrv_info2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x92 { `soe_rsrv_info3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x93 { `soe_rsrv_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x94 { `soe_ctl_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x95 { `soe_ctl_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x96 { `soe_ctl_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x97 { `soe_ctl_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x98 { `soe_ctl_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x99 { `soe_ctl_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x9a { `soe_ctl_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x9b { `soe_ctl_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x9c { `soe_ctl_err8 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x9d { `soe_ctl_err9 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x9e { `soe_ctl_err10 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x9f { `soe_ctl_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xa0 { `soe_ioctl_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xa1 { `soe_ioctl_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xa2 { `soe_ioctl_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xa3 { `soe_ioctl_err8 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xa4 { `soe_ioctl_err9 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xa5 { `soe_ioctl_err10 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xa6 { `soe_ioctl_err11 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xa7 { `soe_ioctl_err14 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xa8 { `soe_ioctl_err12 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xa9 { `soe_ioctl_err13 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xaa { `soe_ioctl_err25 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xab { `soe_ioctl_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xac { `soe_ioctl_err26 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xad { `soe_ioctl_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xae { `soe_ioctl_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xaf { `soe_ioctl_err15 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xb0 { `soe_ioctl_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xb1 { `soe_ioctl_err16 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xb2 { `soe_ioctl_err27 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xb3 { `soe_ioctl_err28 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xb4 { `soe_ioctl_err29 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xb5 { `soe_ioctl_err30 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xb6 { `soe_ioctl_err17 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xb7 { `soe_ioctl_err31 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xb8 { `soe_ioctl_err32 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xb9 { `soe_ioctl_err18 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xba { `soe_ioctl_err33 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xbb { `soe_ioctl_err34 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xbc { `soe_ioctl_err19 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xbd { `soe_ioctl_err35 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xbe { `soe_ioctl_err20 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xbf { `soe_ioctl_err36 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xc0 { `soe_ioctl_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xc1 { `soe_ioctl_err21 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xc2 { `soe_ioctl_err37 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xc3 { `soe_ioctl_err22 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xc4 { `soe_ioctl_err23 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xc5 { `soe_ioctl_err24 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xc6 { `soe_ioctl_err38 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xc7 { `soe_ioctl_err39 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xc8 { `soe_ioctl_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xc9 { `soe_flush_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xca { `soe_flush_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xcb { `soe_flush_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xcc { `soe_flush_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xcd { `soe_delaytimeout_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xce { `soe_delaytimeout_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xcf { `soe_delaytimeout_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xd0 { `soe_delaytimeout_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xd1 { `soe_break_set_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xd2 { `soe_break_set_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xd3 { `soe_break_set_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xd4 { `soe_break_set_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xd5 { `soe_break_set_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xd6 { `soe_break_set_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xd7 { `soe_setup_break_clear_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xd8 { `soe_setup_break_clear_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xd9 { `soe_setup_break_clear_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xda { `soe_break_clear_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xdb { `soe_break_clear_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xdc { `soe_break_clear_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xdd { `soe_break_clear_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xde { `soe_end_of_drain_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xdf { `soe_end_of_drain_log1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xe0 { `soe_end_of_drain_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xe1 { `soe_check_temt_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xe2 { `soe_check_temt_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xe3 { `soe_check_temt_log1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xe4 { `soe_check_temt_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xe5 { `soe_check_temt_log2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xe6 { `soe_check_temt_log3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xe7 { `soe_check_temt_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xe8 { `soe_proc_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xe9 { `soe_proc_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xea { `soe_proc_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xeb { `soe_proc_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xec { `soe_proc_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xed { `soe_proc_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xee { `soe_proc_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xef { `soe_proc_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xf0 { `soe_proc_err8 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xf1 { `soe_proc_err9 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xf2 { `soe_proc_err10 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xf3 { `soe_proc_err11 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xf4 { `soe_proc_err12 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xf5 { `soe_proc_err13 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xf6 { `soe_proc_err14 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xf7 { `soe_proc_err15 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xf8 { `soe_proc_err16 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xf9 { `soe_proc_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xfa { `soe_get_stp_mcr_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xfb { `soe_get_stp_mcr_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xfc { `soe_get_stp_lcr_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xfd { `soe_get_stp_lcr_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xfe { `soe_set_dtr_rts_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0xff { `soe_set_dtr_rts_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x100 { `soe_set_dtr_rts_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x101 { `soe_set_dtr_rts_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x102 { `soe_set_dtr_rts_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x103 { `soe_set_dtr_rts_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x104 { `soe_set_dtr_rts_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x105 { `soe_set_dtr_rts_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x106 { `soe_set_dtr_rts_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x107 { `soe_set_baudrate_zero_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x108 { `soe_set_baudrate_zero_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x109 { `soe_set_baudrate_zero_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x10a { `soe_set_baudrate_zero_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x10b { `soe_set_baudrate_zero_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x10c { `soe_set_baudrate_zero_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x10d { `soe_set_baudrate_zero_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x10e { `soe_set_baudrate_zero_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x10f { `soe_set_baudrate_zero_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x110 { `soe_set_datasize_in_EDS_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x111 { `soe_set_datasize_in_EDS_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x112 { `soe_soe_set_datasize_in_EDS_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x113 { `soe_set_parity_in_EDS_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x114 { `soe_set_parity_in_EDS_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x115 { `soe_set_stopbits_in_EDS_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x116 { `soe_set_stopbits_in_EDS_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x117 { `soe_service_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x118 { `soe_service_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x119 { `soe_service_info1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x11a { `soe_service_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x11b { `soe_service_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x11c { `soe_service_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x11d { `soe_service_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x11e { `soe_service_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x11f { `soe_service_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x120 { `soe_service_err8 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x121 { `soe_service_info3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x122 { `soe_service_err9 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x123 { `soe_service_err10 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x124 { `soe_service_err14 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x125 { `soe_service_err15 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x126 { `soe_service_err16 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x127 { `soe_service_err17 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x128 { `soe_service_err18 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x129 { `soe_service_err19 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x12a { `soe_service_err20 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x12b { `soe_service_err21 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x12c { `soe_service_err22 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x12d { `soe_service_err23 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x12e { `soe_service_err24 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x12f { `soe_service_err25 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x130 { `soe_service_err26 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x131 { `soe_service_err27 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x132 { `soe_service_err28 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x133 { `soe_service_err29 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x134 { `soe_service_err30 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x135 { `soe_service_err31 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x136 { `soe_service_err32 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x137 { `soe_service_err33 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x138 { `soe_service_err34 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x139 { `soe_service_err35 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x13a { `soe_service_err36 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x13b { `soe_service_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x13c { `soe_process_baud_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x13d { `soe_process_datasize_entry soe_tty_p=$D1%XW datasize=$D2%XW` }, \
0x13e { `soe_process_datasize_exit soe_tty_p=$D1%XW datasize=$D2%XW stp_lcr=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x13f { `soe_process_parity_entry soe_tty_p=$D1%XW parity=$D2%XW` }, \
0x140 { `soe_process_parit_exit soe_tty_p=$D1%XW parity=$D2%XW stp_lcr=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x141 { `soe_process_stopsize_entry soe_tty_p=$D1%XW stopsize=$D2%XW` }, \
0x142 { `soe_process_control_entry soe_tty_p=$D1%XW control=$D2%XW` }, \
0x143 { `soe_process_control_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x144 { `soe_process_linestate_entry soe_tty_p=$D1%XW linestate=$D2%XW` }, \
0x145 { `soe_process_linestate_info1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x146 { `soe_process_linestate_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x147 { `soe_process_linestate_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x148 { `soe_process_modemstate_entry soe_tty_p=$D1%XW modemstate=$D2%XW stp_msr=$D3%XW` }, \
0x149 { `soe_process_modemstate_log3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x14a { `soe_process_modemstate_log1 modemstate=$D1%XW stp_msr=$D2%XW st_ry_msr=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x14b { `soe_process_modemstate_log2 msr_delta=$D1%XW msr=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x14c { `soe_process_modemstate_exit soe_tty_p=$D1%XW modemstate=$D2%XW stp_msr=$D3%XW` }, \
0x14d { `soe_process_flow_suspend_entry soe_tty_p=$D1%XW` }, \
0x14e { `soe_process_flow_resume_entry soe_tty_p=$D1%XW` }, \
0x14f { `soe_process_linestate_mask_entry soe_tty_p=$D1%XW linestate_mask=$D2%XW` }, \
0x150 { `soe_process_modemstate_mask_entry soe_tty_p=$D1%XW modemstate_mask=$D2%XW` }, \
0x151 { `soe_process_purge_data_cli_entry soe_tty_p=$D1%XW` }, \
0x152 { `soe_process_purge_data_ser_entry soe_tty_p=$D1%XW` }, \
0x153 { `soe_process_recv_data_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x154 { `soe_process_recv_data_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x155 { `soe_process_recv_common_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x156 { `soe_process_recv_common_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x157 { `soe_process_recv_common_exit1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x158 { `soe_process_recv_common_info1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x159 { `soe_process_recv_common_info2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x15a { `soe_process_recv_common_info3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x15b { `soe_process_recv_common_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x15c { `soe_process_recv_common_info4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x15d { `soe_process_recv_common_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x15e { `soe_process_recv_common_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x15f { `soe_process_recv_common_info5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x160 { `soe_process_recv_common_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x161 { `soe_process_recv_common_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x162 { `soe_process_recv_common_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x163 { `soe_process_recv_common_err8 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x164 { `soe_process_recv_common_err9 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x165 { `soe_process_recv_common_err10 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x166 { `soe_process_recv_common_err11 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x167 { `soe_process_recv_common_info6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x168 { `soe_process_recv_common_err12 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x169 { `soe_process_recv_common_err13 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x16a { `soe_process_recv_common_err14 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x16b { `soe_process_recv_common_err15 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x16c { `soe_process_recv_common_exit2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x16d { `soe_create_offld_kproc_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x16e { `soe_create_offld_kproc_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x16f { `soe_create_offld_kproc_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x170 { `soe_create_offld_kproc_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x171 { `soe_create_offld_kproc_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x172 { `soe_destroy_offld_kproc_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x173 { `soe_destroy_offld_kproc_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x174 { `soe_destroy_offld_kproc_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x175 { `soe_destroy_offld_kproc_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x176 { `soe_etpost_term_offld_kproc_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x177 { `soe_etpost_term_offld_kproc_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x178 { `soe_etpost_recv_offld_kproc_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x179 { `soe_etpost_recv_offld_kproc_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x17a { `soe_offld_kproc_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x17b { `soe_offld_kproc_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x17c { `soe_offld_kproc_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x17d { `soe_offld_kproc_log1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x17e { `soe_offld_kproc_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x17f { `soe_offld_kproc_sleep ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x180 { `soe_offld_kproc_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x181 { `soe_ras_callback_entry rasb=$D1%XW cmd=$D2%XW arg=$D3%XW callback_data=$D4%XW` }, \
0x182 { `soe_ras_callback_err1 rasb=$D1%XW cmd=$D2%XW arg=$D3%XW callback_data=$D4%XW rc=$D5%DW` }, \
0x183 { `soe_ras_callback_exit rc=$D1%DW` }, \
0x184 { `soe_ras_ldump_dev_blocks ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x185 { `soe_ras_ldump_tty_blocks ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x186 { `soe_ras_dump_size_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x187 { `soe_ras_dump_size_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x188 { `soe_dump_data_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x189 { `soe_dump_data_log1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x18a { `soe_dump_data_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x18b { `soe_ras_dump_callback_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x18c { `soe_ras_dump_callback_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x18d { `soe_create_kproc_entry soe_tty_p=$D1%XW` }, \
0x18e { `soe_create_kproc_err1 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x18f { `soe_create_kproc_exit soe_tty_p=$D1%XW pid=$D2%XW rc=$D3%DW` }, \
0x190 { `soe_destroy_kproc_entry soe_tty_p=$D1%XW` }, \
0x191 { `soe_destroy_kproc_err1 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x192 { `soe_destroy_kproc_exit soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x193 { `soe_telnet_kproc_entry soe_tty_p=$D1%XW` }, \
0x194 { `soe_telnet_kproc_err1 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x195 { `soe_telnet_kproc_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x196 { `soe_telnet_kproc_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x197 { `soe_telnet_kproc_exit soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x198 { `soe_telnet_init_entry soe_tty_p=$D1%XW` }, \
0x199 { `soe_telnet_init_trc1 soe_tty_p=$D1%XW` }, \
0x19a { `soe_telnet_init_trc2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x19b { `soe_telnet_init_err1 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x19c { `soe_telnet_init_err2 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x19d { `soe_telnet_init_err3 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x19e { `soe_telnet_init_err4 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x19f { `soe_telnet_init_err5 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1a0 { `soe_telnet_init_err6 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1a1 { `soe_telnet_init_err7 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1a2 { `soe_telnet_init_err8 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1a3 { `soe_telnet_init_err9 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1a4 { `soe_telnet_init_err10 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1a5 { `soe_telnet_init_err11 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1a6 { `soe_telnet_init_exit soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1a7 { `soe_telnet_term_entry soe_tty_p=$D1%XW state=$D2%XW` }, \
0x1a8 { `soe_telnet_term_err1 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1a9 { `soe_telnet_term_exit soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1aa { `soe_telnet_recv_entry soe_tty_p=$D1%XW so=$D1%XW` }, \
0x1ab { `soe_telnet_recv_err1 soe_tty_p=$D1%XW so=$D2%XW rc=$D3%XW` }, \
0x1ac { `soe_telnet_recv_err2 soe_tty_p=$D1%XW so=$D2%XW rc=$D3%XW` }, \
0x1ad { `soe_telnet_recv_err3 soe_tty_p=$D1%XW so=$D2%XW rc=$D3%XW` }, \
0x1ae { `soe_telnet_recv_err4 soe_tty_p=$D1%XW so=$D2%XW rc=$D3%XW` }, \
0x1af { `soe_telnet_recv_err5 soe_tty_p=$D1%XW so=$D2%XW rc=$D3%XW` }, \
0x1b0 { `soe_telnet_recv_exit soe_tty_p=$D1%XW so=$D2%XW rc=$D3%XW` }, \
0x1b1 { `soe_telnet_process_recv_entry soe_tty_p=$D1%XW` }, \
0x1b2 { `soe_telnet_process_recv_exit soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1b3 { `soe_set_tty_state_to_up_trc soe_tty_p=$D1%XW` }, \
0x1b4 { `soe_soe_set_socket_options_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1b5 { `soe_soe_set_socket_options_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1b6 { `soe_soe_set_socket_options_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1b7 { `soe_soe_set_socket_options_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1b8 { `soe_soe_set_socket_options_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1b9 { `soe_soe_set_socket_options_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1ba { `soe_soe_set_socket_options_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1bb { `soe_soe_set_socket_options_err8 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1bc { `soe_soe_set_socket_options_err9 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1bd { `soe_soe_set_socket_options_err10 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1be { `soe_soe_set_socket_options_err11 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1bf { `soe_soe_set_socket_options_err12 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1c0 { `soe_dooption_entry soe_tty_p=$D1%XW option=$D2%XW` }, \
0x1c1 { `soe_dooption_err1 soe_tty_p=$D1%XW option=$D2%XW rc=$D2%DW` }, \
0x1c2 { `soe_dooption_exit soe_tty_p=$D1%XW option=$D2%XW rc=$D2%DW` }, \
0x1c3 { `soe_dontoption_entry soe_tty_p=$D1%XW option=$D2%XW` }, \
0x1c4 { `soe_dontoption_err1 soe_tty_p=$D1%XW option=$D2%XW rc=$D2%DW` }, \
0x1c5 { `soe_dontoption_exit soe_tty_p=$D1%XW option=$D2%XW rc=$D2%DW` }, \
0x1c6 { `soe_willoption_entry soe_tty_p=$D1%XW option=$D2%XW` }, \
0x1c7 { `soe_willoption_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1c8 { `soe_willoption_err1 soe_tty_p=$D1%XW option=$D2%XW rc=$D2%DW` }, \
0x1c9 { `soe_willoption_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1ca { `soe_willoption_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1cb { `soe_willoption_exit soe_tty_p=$D1%XW option=$D2%XW rc=$D2%DW` }, \
0x1cc { `soe_wontoption_entry soe_tty_p=$D1%XW option=$D2%XW` }, \
0x1cd { `soe_wontoption_err1 soe_tty_p=$D1%XW option=$D2%XW rc=$D2%DW` }, \
0x1ce { `soe_dontoption_err2 soe_tty_p=$D1%XW option=$D2%XW rc=$D2%DW` }, \
0x1cf { `soe_dontoption_err3 soe_tty_p=$D1%XW option=$D2%XW rc=$D2%DW` }, \
0x1d0 { `soe_dontoption_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1d1 { `soe_wontoption_exit soe_tty_p=$D1%XW option=$D2%XW rc=$D2%DW` }, \
0x1d2 { `soe_suboption_entry soe_tty_p=$D1%XW subcmd=$D2%XW command=$D3%XW subopt_size=$D4%XW` }, \
0x1d3 { `soe_suboption_err1 soe_tty_p=$D1%XW subcmd=$D2%XW command=$D3%XW subopt_size=$D4%XW rc=$D5%DW` }, \
0x1d4 { `soe_suboption_err2 soe_tty_p=$D1%XW subcmd=$D2%XW command=$D3%XW subopt_size=$D4%XW rc=$D5%DW` }, \
0x1d5 { `soe_suboption_trc1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1d6 { `soe_suboption_exit soe_tty_p=$D1%XW subcmd=$D2%XW command=$D3%XW subopt_size=$D4%XW rc=$D5%DW` }, \
0x1d7 { `soe_send_option_entry soe_tty_p=$D1%XW type=$D2%XW option=$D3%XW` }, \
0x1d8 { `soe_send_option_exit soe_tty_p=$D1%XW type=$D2%XW option=$D3%XW rc=$D4%XW` }, \
0x1d9 { `soe_send_command_entry soe_tty_p=$D1%XW command=$D2%XW value=$D3%XW` }, \
0x1da { `soe_send_command_err1 soe_tty_p=$D1%XW` }, \
0x1db { `soe_send_command_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1dc { `soe_send_command_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1dd { `soe_send_command_exit soe_tty_p=$D1%XW command=$D2%XW value=$D3%XW rc=$D4%XW` }, \
0x1de { `soe_send_data_iodone_entry soe_tty_p=$D1%XW so=$D2%XW space=$D3%XW` }, \
0x1df { `soe_send_data_entry soe_tty_p=$D1%XW sndlen=$D2%XW` }, \
0x1e0 { `soe_send_data_err1 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1e1 { `soe_send_data_err2 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1e2 { `soe_send_data_info1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1e3 { `soe_send_data_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1e4 { `soe_send_data_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1e5 { `soe_send_data_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1e6 { `soe_send_data_exit soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1e7 { `soe_comm_resp_timeout ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1e8 { `soe_telopts_resp_timeout_entry soe_tty_p=$D1%XW` }, \
0x1e9 { `soe_telopts_resp_timeout_err ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1ea { `soe_socket_send_entry soe_tty_p=$D1%XW` }, \
0x1eb { `soe_socket_send_err1 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1ec { `soe_socket_send_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1ed { `soe_socket_send_exit soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x1ee { `soe_scan_mblk_send_entry soe_tty_p=$D1%XW mp=$D2%XW` }, \
0x1ef { `soe_scan_mblk_send_err1 soe_tty_p=$D1%XW mp=$D2%XW rc=$D3%XW` }, \
0x1f0 { `soe_scan_mblk_send_err2 soe_tty_p=$D1%XW mp=$D2%XW rc=$D3%XW` }, \
0x1f1 { `soe_scan_mblk_send_exit soe_tty_p=$D1%XW mp=$D2%XW rc=$D3%XW` }, \
0x1f2 { `soe_m_free_mblk_entry p=$D1%XW size=$D2%XW bp=$D3%XW` }, \
0x1f3 { `soe_mflush_recover_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1f4 { `soe_mflush_recover_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1f5 { `soe_mflush_timeout_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1f6 { `soe_mflush_timeout_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1f7 { `soe_allocmflush_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1f8 { `soe_allocmflush_exit1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1f9 { `soe_allocmflush_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1fa { `soe_allocmflush_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1fb { `soe_allocmflush_exit2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1fc { `soe_ml_flush_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1fd { `soe_ml_flush_exit1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1fe { `soe_ml_flush_exit2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x1ff { `soe_ml_clean_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x200 { `soe_ml_clean_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x201 { `soe_ml_put_pair_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x202 { `soe_ml_put_pair_err1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x203 { `soe_ml_put_pair_err2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x204 { `soe_ml_put_pair_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x205 { `soe_ml_get_pair_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x206 { `soe_ml_get_pair_info1 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x207 { `soe_ml_get_pair_info2 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x208 { `soe_ml_get_pair_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x209 { `soe_is_standard_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x20a { `soe_is_standard_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x20b { `soe_freemsg_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x20c { `soe_allocb_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x20d { `soe_allocb_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x20e { `soe_kill_apps_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x20f { `soe_kill_apps_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x210 { `soe_reset_tty_port_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x211 { `soe_reset_tty_port_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x212 { `soe_reset_tty_entry ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x213 { `soe_reset_tty_exit ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x214 { `soe_telnet_recv_err6 soe_tty_p=$D1%XW` }, \
0x215 { `soe_set_soft_flow_control_err3 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x216 { `soe_termiox_get ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x217 { `soe_open_err13 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x218 { `soe_set_hard_flow_control_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x219 { `soe_set_hard_flow_control_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x21a { `soe_set_soft_flow_control_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x21b { `soe_set_soft_flow_control_err5 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x21c { `soe_set_soft_flow_control_err6 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x21d { `soe_termiox_set_err4 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x21e { `soe_termios_set_err7 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x21f { `soe_open_err14 ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW ARG5=$D5%XW` }, \
0x220 { `soe_telnet_init_err12 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x221 { `soe_telnet_init_err13 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x222 { `soe_telnet_init_err14 soe_tty_p=$D1%XW rc=$D2%DW` }, \
0x223 { `soe_del_device_err3 dev=$D1%XW dev_index=$D2%XW soe_dev_p=$D3%XW soe_outstanding_send_buffers $D4%XW` }, \
\* { unknown SOE subhook $HD ARG1=$D1%XW ARG2=$D2%XW ARG3=$D3%XW ARG4=$D4%XW }
5DD 1.0 "SISSAS_ERR" \
{{ $loc = X1 }} \
{{ $unused = X1 }} \
$loc, \
0x10 { "SAS CFG INIT:\t\t\t" XW XW XW } , \
0x11 { "SAS_CFG_TERM:\t\t\t" XW XW XW } , \
0x12 { "Enter SAS Strat:\t\t\t" XW XW XW } , \
0x13 { "Exit SAS Strat 1:\t\t" XW XW XW } , \
0x14 { "Exit SAS Strat 2:\t\t" XW XW XW } , \
0x15 { "Exit SAS Strat 3:\t\t" XW XW XW } , \
0x16 { "Exit SAS Strat 4:\t\t" XW XW XW } , \
0x17 { "Exit SAS Strat 5:\t\t" XW XW XW } , \
0x18 { "Exit SAS Strat 6:\t\t" XW XW XW } , \
0x19 { "Enter JBOD Start:\t\t" XW XW XW } , \
0x1a { "SAS Start !cte:\t\t\t" XW XW XW } , \
0x1b { "Proc CLEAR_ACA:\t\t\t" XW XW XW } , \
0x1c { "SAS Start NOACC:\t\t\t" XW XW XW } , \
0x1d { "DMA_R_NORES:\t\t\t" XW XW XW } , \
0x1e { "SAS Start TO:\t\t\t" XW XW XW } , \
0x1f { "Vset Init map:\t\t\t" XW XW XW } , \
0x20 { "SAS Start R_FAIL:\t\t" XW XW XW } , \
0x21 { "Process LUN_RESET:\t\t" XW XW XW } , \
0x22 { "Process Q_CLR:\t\t\t" XW XW XW } , \
0x23 { "JBOD Start:\t\t\t" XW XW XW } , \
0x24 { "SYNC Cmpt/Over:\t\t\t" XW XW XW } , \
0x25 { "SCSI buf complete:\t\t" XW XW XW } , \
0x26 { "AF buf complete:\t\t\t" XW XW XW } , \
0x27 { "Dev Non-0 IOASC:\t\t\t" XW XW XW } , \
0x28 { "SAS IOCTL FAIL1:\t\t\t" XW XW XW } , \
0x29 { "SAS IOCTL:\t\t\t\t" XW XW XW } , \
0x2a { "SAS IOCTL FAIL2:\t\t\t" XW XW XW } , \
0x2b { "SAS lstart copyin:\t\t" XW XW XW } , \
0x2c { "VSET lstart alloc:\t\t" XW XW XW } , \
0x2d { "JBOD dump cmd_rsrc:\t\t" XW XW XW } , \
0x2e { "JBOD dump map:\t\t\t" XW XW XW } , \
0x2f { "JBOD dump ioadl:\t\t\t" XW XW XW } , \
0x30 { "Fail nonAct Op:\t\t\t" XW XW XW } , \
0x31 { "Vset Init md:\t\t\t" XW XW XW } , \
0x32 { "Vset Init vlist:\t\t\t" XW XW XW } , \
0x33 { "Vset Init blist:\t\t\t" XW XW XW } , \
0x34 { "Vset flags ERR:\t\t\t" XW XW XW } , \
0x35 { "Vset q_tag ERR:\t\t" XW XW XW } , \
0x36 { "Enter Vset Strat:\t\t" XW XW XW } , \
0x37 { "Exit 1 Vset Strat:\t\t" XW XW XW } , \
0x38 { "Exit 2 Vset Strat:\t\t" XW XW XW } , \
0x39 { "Vset Start NoDev:\t\t" XW XW XW } , \
0x3a { "Vset Start NOACC:\t\t" XW XW XW } , \
0x3b { "Vset DMA_R_NORES:\t\t" XW XW XW } , \
0x3c { "Vset Start >90:\t\t\t" XW XW XW } , \
0x3d { "Vset Start DMA_R:\t\t" XW XW XW } , \
0x3e { "Start Vset:\t\t\t" XW XW XW } , \
0x3f { "AF Non-0 IOASC:\t\t\t" XW XW XW } , \
0x40 { "Vset dump Unsupt:\t\t" XW XW XW } , \
0x41 { "Vset dump size:\t\t\t" XW XW XW } , \
0x42 { "Vset dump cmd_rsrc:\t\t" XW XW XW } , \
0x43 { "Vset dump map:\t\t\t" XW XW XW } , \
0x44 { "Dev FD_IOASC:\t\t\t" XW XW XW } , \
0x45 { "Send chkexp:\t\t\t" XW XW XW } , \
0x46 { "End chkexp Block:\t\t" XW XW XW } , \
0x47 { "sciolchkexp ver:\t\t\t" XW XW XW } , \
0x48 { "sciolchkexp mode:\t\t" XW XW XW } , \
0x49 { "sciolchkexp LUN:\t\t\t" XW XW XW } , \
0x4a { "sciolchkexp IABW:\t\t" XW XW XW } , \
0x4b { "sciolchkexp FAIL:\t\t" XW XW XW } , \
0x4c { "SATA CFG_INIT:\t\t\t" XW XW XW } , \
0x4d { "SATA_CFG_TERM:\t\t\t" XW XW XW } , \
0x4e { "SATA Start:\t\t\t" XW XW XW } , \
0x4f { "Exit SATA Strat 1:\t\t" XW XW XW } , \
0x50 { "Enter SATA Strat:\t\t" XW XW XW } , \
0x51 { "Exit SATA Strat 2:\t\t" XW XW XW } , \
0x52 { "Exit SATA Strat 3:\t\t" XW XW XW } , \
0x53 { "Exit SATA Strat 4:\t\t" XW XW XW } , \
0x54 { "SATA Start 1:\t\t\t" XW XW XW } , \
0x55 { "SATA Start !cte:\t\t\t" XW XW XW } , \
0x56 { "SATA Start DMA:\t\t\t" XW XW XW } , \
0x57 { "SATA DIOFULL:\t\t\t" XW XW XW } , \
0x58 { "SATA IOASC!=0:\t\t\t" XW XW XW } , \
0x59 { "Exit SATA PASSTH:\t\t" XW XW XW } , \
0x5a { "SATA AttRdBuf:\t\t\t" XW XW XW } , \
0x5b { "SATA DmpWDev !cte:\t\t" XW XW XW } , \
0x5c { "SATA DmpWDev !Rsc:\t\t" XW XW XW } , \
0x5d { "SATA DmpWDev DMA:\t\t" XW XW XW } , \
0x5e { "ATA buf complete:\t\t" XW XW XW } , \
0x5f { "SATA DmpWDev:\t\t\t" XW XW XW } , \
0x60 { "SATA call Strat :\t\t" XW XW XW } , \
0x61 { "SATA pthru RC!=0:\t\t" XW XW XW } , \
0x62 { "Identify RC!=0 :\t\t" XW XW XW } , \
0x63 { "SATA TUR RC!=0 :\t\t" XW XW XW } , \
0x64 { "SATA INQ RC!=0 :\t\t" XW XW XW } , \
0x65 { "SATA RDBLK RC!=0:\t\t" XW XW XW } , \
0x66 { "Found Cap:\t\t" XW XW XW } , \
0x67 { "Found Ext Cap:\t\t" XW XW XW } , \
0x68 { "Save MSIX fail:\t\t" XW XW XW } , \
0x69 { "AdptCfg Kproc:\t\t" XW XW XW } , \
0x6a { "ChnInit:\t\t" XW XW XW } , \
0x6b { "Exit 3 Vset Strat:\t\t" XW XW XW } , \
0x6c { "rsvd:\t\t" XW XW XW } , \
0x6d { "AdptCfg ddi:\t\t" XW XW XW } , \
0x6e { "AdptCfg dev_md:\t\t" XW XW XW } , \
0x6f { "AdptCfg sata_md:\t\t" XW XW XW } , \
0x70 { "AdptCfg CDT:\t\t\t" XW XW XW } , \
0x71 { "AdptCfg dmp_add:\t\t\t" XW XW XW } , \
0x72 { "AdptCfg afdev:\t\t\t" XW XW XW } , \
0x73 { "AdptCfg ioh:\t\t\t" XW XW XW } , \
0x74 { "AdptCfg D_MAP:\t\t\t" XW XW XW } , \
0x75 { "AdptCfg DIO_INIT:\t\t" XW XW XW } , \
0x76 { "AdptCfg ioa_md:\t\t\t" XW XW XW } , \
0x77 { "AdptCfg MAP_PAGE:\t\t" XW XW XW } , \
0x78 { "AdptCfg pincode:\t\t\t" XW XW XW } , \
0x79 { "AdptCfg rstTime:\t\t\t" XW XW XW } , \
0x7a { "AdptCfg pndTime:\t\t\t" XW XW XW } , \
0x7b { "AdptCfg noEEH:\t\t\t" XW XW XW } , \
0x7c { "AdptCfg EEHFail:\t\t\t" XW XW XW } , \
0x7d { "AdptCfg i_init:\t\t\t" XW XW XW } , \
0x7e { "AdptCfg pci_cfg:\t\t\t" XW XW XW } , \
0x7f { "Adap CFG_INIT:\t\t\t" XW XW XW } , \
0x80 { "AdptCfg Shdn:\t\t\t" XW XW XW } , \
0x81 { "AdptCfg BrngUp:\t\t\t" XW XW XW } , \
0x82 { "CFG_TERM:\t\t\t\t" XW XW XW } , \
0x83 { "CFG_TERM err1:\t\t\t" XW XW XW } , \
0x84 { "CFG_TERM err2:\t\t\t" XW XW XW } , \
0x85 { "Enter CFG_QVPD:\t\t\t" XW XW XW } , \
0x86 { "CFG_QVPD err1:\t\t\t" XW XW XW } , \
0x87 { "Enter Open:\t\t\t" XW XW XW } , \
0x88 { "Exit Open:\t\t\t" XW XW XW } , \
0x89 { "Adpt Open err1:\t\t\t" XW XW XW } , \
0x8a { "Adpt Open err2:\t\t\t" XW XW XW } , \
0x8b { "Enter Close:\t\t\t" XW XW XW } , \
0x8c { "Exit Close:\t\t\t" XW XW XW } , \
0x8d { "Adpt Close err1:\t\t\t" XW XW XW } , \
0x8e { "Adpt Strategy:\t\t\t" XW XW XW } , \
0x8f { "Intr ALL masked:\t\t\t" XW XW XW } , \
0x90 { "Intr EEH:\t\t\t\t" XW XW XW } , \
0x91 { "Intr NOT ME:\t\t\t" XW XW XW } , \
0x92 { "rsvd:\t\t\t\t" XW XW XW } , \
0x93 { "Intr UC Buff:\t\t\t" XW XW XW } , \
0x94 { "Intr Err no UC Buff:\t\t" XW XW XW } , \
0x95 { "Intr Error interrupt:\t\t" XW XW XW } , \
0x96 { "IOA Non-0 IOASC:\t\t\t" XW XW XW } , \
0x97 { "Send command:\t\t\t" XW XW XW } , \
0x98 { "Blocking command end:\t\t" XW XW XW } , \
0x99 { "Wdog timer intr:\t\t\t" XW XW XW } , \
0x9a { "HRRQ Wdog:\t\t\t\t" XW XW XW } , \
0x9b { "SCSI buf timeout:\t\t" XW XW XW } , \
0x9c { "AF buf timeout:\t\t\t" XW XW XW } , \
0x9d { "Enter IOCTL:\t\t\t" XW XW XW } , \
0x9e { "Exit IOCTL:\t\t\t" XW XW XW } , \
0x9f { "reset_sleep start:\t\t" XW XW XW } , \
0xa0 { "reset_sleep done:\t\t" XW XW XW } , \
0xa1 { "PT sis ioctl:\t\t\t" XW XW XW } , \
0xa2 { "Phys Dev Attr:\t\t\t" XW XW XW } , \
0xa3 { "CnvgdDmp Err1:\t\t\t" XW XW XW } , \
0xa4 { "CnvgdDmp Err2:\t\t\t" XW XW XW } , \
0xa5 { "CnvgdDmp Err3:\t\t\t" XW XW XW } , \
0xa6 { "CnvgdDmp Err4:\t\t\t" XW XW XW } , \
0xa7 { "CnvgdDmp Err5:\t\t\t" XW XW XW } , \
0xa8 { "CnvgdDmp Err6:\t\t\t" XW XW XW } , \
0xa9 { "CnvgdDmp Err7:\t\t\t" XW XW XW } , \
0xaa { "CnvgdDmp Err8:\t\t\t" XW XW XW } , \
0xab { "CnvgdDmp Err9:\t\t\t" XW XW XW } , \
0xac { "TM start:\t\t\t\t" XW XW XW } , \
0xad { "TM stop:\t\t\t\t" XW XW XW } , \
0xae { "TM Dealloc BP:\t\t\t" XW XW XW } , \
0xaf { "Undo StartTgt:\t\t\t" XW XW XW } , \
0xb0 { "Unspted Evnt:\t\t\t" XW XW XW } , \
0xb1 { "dump ERROR:\t\t\t" XW XW XW } , \
0xb2 { "DUMPINIT:\t\t\t" XW XW XW } , \
0xb3 { "DUMPTERM:\t\t\t" XW XW XW } , \
0xb4 { "dump TimeOut:\t\t\t" XW XW XW } , \
0xb5 { "dump ErrInt:\t\t\t" XW XW XW } , \
0xb6 { "dump Non-0 IOASC:\t\t" XW XW XW } , \
0xb7 { "EEH Dead:\t\t\t\t" XW XW XW } , \
0xb8 { "EEH suspend:\t\t\t" XW XW XW } , \
0xb9 { "EEH max retry:\t\t\t" XW XW XW } , \
0xba { "EEH Resume:\t\t\t" XW XW XW } , \
0xbb { "Reset IOA error:\t\t\t" XW XW XW } , \
0xbc { "Reset IOA job:\t\t\t" XW XW XW } , \
0xbd { "Reset Ioa EEH:\t\t\t" XW XW XW } , \
0xbe { "INQ_PAGE_D0:\t\t\t" XW XW XW } , \
0xbf { "NOT Dual HA:\t\t\t" XW XW XW } , \
0xc0 { "CCN CTE Exist:\t\t\t" XW XW XW } , \
0xc1 { "CCN CTE New:\t\t\t" XW XW XW } , \
0xc2 { "CCN Destroyed:\t\t\t" XW XW XW } , \
0xc3 { "Error HCAM:\t\t\t" XW XW XW } , \
0xc4 { "Error Blocked:\t\t\t" XW XW XW } , \
0xc5 { "Cfg IOA BAR:\t\t\t" XW XW XW } , \
0xc6 { "RdPciCfg VndID:\t\t\t" XW XW XW } , \
0xc7 { "Cfg Ioa EEH:\t\t\t" XW XW XW } , \
0xc8 { "Cfg IOA ChipID:\t\t\t" XW XW XW } , \
0xc9 { "EEH Failed:\t\t\t" XW XW XW } , \
0xca { "AF ST error:\t\t\t" XW XW XW } , \
0xcb { "AF ST done:\t\t\t" XW XW XW } , \
0xcc { "AF ST INCOMPLETE:\t\t" XW XW XW } , \
0xcd { "AF Startup:\t\t\t" XW XW XW } , \
0xce { "Set DASD TO:\t\t" XW XW XW } , \
0xcf { "AF ST ERROR p01:\t\t\t" XW XW XW } , \
0xd0 { "AF ST ERROR p0A:\t\t\t" XW XW XW } , \
0xd1 { "AF ST ERROR p20:\t\t\t" XW XW XW } , \
0xd2 { "Brain Dead:\t\t\t" XW XW XW } , \
0xd3 { "Fail Doomed Op:\t\t\t" XW XW XW } , \
0xd4 { "Smart Dump:\t\t\t" XW XW XW } , \
0xd5 { "Smart Dump End:\t\t\t" XW XW XW } , \
0xd6 { "RdPciCfg BIST:\t\t\t" XW XW XW } , \
0xd7 { "RdPciCfg CapPtr:\t\t\t" XW XW XW } , \
0xd8 { "RdPciCfg NxtCap:\t\t\t" XW XW XW } , \
0xd9 { "Fail SavePciCfg:\t\t\t" XW XW XW } , \
0xda { "SATA buf timeout:\t\t" XW XW XW } , \
0xdb { "p83 NO VPD:\t\t\t" XW XW XW } , \
0xdc { "RdPciCfg REV:\t\t\t" XW XW XW } , \
0xdd { "RdPciCfg SUBIDS:\t\t\t" XW XW XW }, \
0xde { "noFUNDA rst:\t\t\t" XW XW XW }, \
0xdf { "Enter CFG_QDIN:\t\t\t" XW XW XW }, \
0xe0 { "CFG_QDIN err1:\t\t\t" XW XW XW }, \
0xe1 { "Save PCI EEH:\t\t\t" XW XW XW }, \
0xe2 { "EEH debug:\t\t\t" XW XW XW }, \
0xe3 { "Poll Deactivated:\t\t\t" XW XW XW }, \
0xe4 { "Poll Activated:\t\t\t" XW XW XW }, \
0xe5 { "AdptCfg pollTime:\t\t\t" XW XW XW }, \
0xe6 { "JBOD Init map:\t\t\t" XW XW XW }
65B 1.0 "MPTSCSIDD" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x0 { "entry" }, \
0x1 { "trc" }, \
0x2 { "exit" }, \
0x71 { "mptscsi_cmn_strategy: " }, \
0x72 { "mptscsi_start: " }, \
0x73 { "mptscsi_start_pending_cmds: " }, \
0x74 { "mptscsi_logi_complete: " }, \
0x75 { "mptscsi_process_cmd_error: " }, \
0x76 { "mptscsi_process_device_status: " }, \
0x77 { "mptscsi_flush_pending_cmds: " }, \
0x78 { "mptscsi_complete_scsi_elem: " }, \
0x79 { "mptscsi_process_login: " }, \
0x7b { "mptscsi_process_adapter_error: " }, \
0x7c { "mptscsi_process_task_mgm_cmds: " }, \
0x7e { "mptscsi_issue_target_reset: " }, \
0x7f { "mptscsi_send_target_reset: " }, \
0x80 { "mptscsi_issue_abort_task_set: " }, \
0x81 { "mptscsi_issue_clear_aca: " }, \
0x82 { "mptscsi_fail_cmd: " }, \
0x84 { "mptscsi_fail_scsi: " }, \
0x85 { "mptscsi_cdt_proto_func: " }, \
0x86 { "mptscsi_log_err: " }, \
0x87 { "mptscsi_scsi_cmd_timeout: " }, \
0x88 { "mptscsi_cancel_timeout: " }, \
0x89 { "mptscsi_event: " }, \
0x8a { "mptscsi_bld_target_cancel: " }, \
0x8b { "mptscsi_issue_cancel_cmd: " }, \
0x8c { "mptscsi_issue_target_cancel: " }, \
0x8d { "mptscsi_issue_lun_reset: " }, \
0x8e { "mptscsi_dump_start: " }, \
0x8f { "mptscsi_init_dev_finish: " }, \
0x90 { "mptscsi_clear_dev: " }, \
0x91 { "mptscsi_send_ilog: " }, \
0x92 { "mptscsi_issue_logi: " }, \
0x93 { "mptscsi_process_logout: " }, \
0x94 { "mptscsi_delete_target_scsi: " }, \
0x95 { "mptscsi_add_target_scsi: " }, \
0x96 { "mptscsi_add_dev_scsi: " }, \
0x97 { "mptscsi_add_dev_target: " }, \
0x98 { "mptscsi_delete_dev_scsi: " }, \
0x99 { "mptscsi_clear_target: " }, \
0x9a { "mptscsi_halt_dev: " }, \
0x9b { "mptscsi_send_lun_reset: " }, \
0x9c { "mptscsi_logi_timeout: " }, \
0x9d { "mptscsi_process_ctl_elem_status: " }, \
0x9e { "mptscsi_login_success: " }, \
0x9f { "mptscsi_process_task_mgm_to: " }, \
0xa0 { "mptscsi_cleanup_target_cancel: " }, \
0xa1 { "mptscsi_clear_aca_timeout: " }, \
0xa2 { "mptscsi_async_timeout: " }, \
0xa3 { "mptscsi_watchdog_proto: " }, \
0xa4 { "mptscsi_lun_reset_timeout: " }, \
0xab { "mptscsi_ras_callback_compdump_scsi: " }, \
0xac { "mptscsi_ras_callback_compdump_target:" }, \
0xad { "mptscsi_ras_callback_compdump_dev: " }, \
0xb1 { "mptscsi_rebuild_proto_cdt: " }, \
0xb2 { "mptscsi_cmn_close: " }, \
0xb3 { "mptscsi_cmn_ioctl: " }, \
0xb4 { "mptscsi_inquiry: " }, \
0xb5 { "mptscsi_start_unit: " }, \
0xb6 { "mptscsi_test_unit_rdy: " }, \
0xb7 { "mptscsi_read_blk: " }, \
0xb8 { "mptscsi_sciocmd: " }, \
0xb9 { "mptscsi_passthru: " }, \
0xba { "mptscsi_bld_scsi_buf: " }, \
0xbb { "mptscsi_sas_sciolqsas: " }, \
0xbc { "mptscsi_init_dev: " }, \
0xbd { "mptscsi_ras_register_dev: " }, \
0xbe { "mptscsi_ras_register_target: " }, \
0xbf { "mptscsi_fail_open: " }, \
0xc0 { "mptscsi_cmn_open: " }, \
0xc1 { "mptscsi_dump_scsi_start: " } \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
65C 1.0 "MPT2ADAPDD" \
{{ $loc = X1 }} \
{{ $typ = B0.3}} \
{{ $cnt = B0.5}} \
$loc, \
0x0 { "entry" }, \
0x1 { "trc" }, \
0x2 { "exit" }, \
0x71 { "mpt2sas_output: " }, \
0x72 { "mpt2sas_adap_start: " }, \
0x73 { "mpt2sas_flush_adap: " }, \
0x74 { "mpt2sas_io_unit_reset: " }, \
0x75 { "mpt2sas_force_reset_adapter: " }, \
0x76 { "mpt2sas_finish_eeh_reset: " }, \
0x77 { "mpt2sas_intr: " }, \
0x78 { "mpt2sas_eeh_callback: " }, \
0x79 { "mpt2sas_target_scan: " }, \
0x7a { "mpt2sas_ioc_msg_unit_reset: " }, \
0x7b { "mpt2sas_diagnostic_reset: " }, \
0x7c { "mpt2sas_exchange_doorbell_msg: " }, \
0x7d { "mpt2sas_issue_cmd: " }, \
0x7e { "mpt2sas_make_adap_ready: " }, \
0x7f { "mpt2sas_exchange_doorbell_msg_intr: " }, \
0x80 { "mpt2sas_cdt_func: " }, \
0x81 { "mpt2sas_logerr: " }, \
0x82 { "mpt2sas_event_to: " }, \
0x83 { "mpt2sas_process_config: " }, \
0x84 { "mpt2sas_process_address_reply: " }, \
0x85 { "mpt2sas_process_context_reply: " }, \
0x86 { "mpt2sas_kthread: " }, \
0x87 { "mpt2sas_process_task_management: " }, \
0x88 { "mpt2sas_open: " }, \
0x89 { "mpt2sas_mpt_passthru: " }, \
0x8a { "mpt2sas_adapt_open: " }, \
0x8b { "mpt2sas_offlevel: " }, \
0x8c { "mpt2sas_prep_dma: " }, \
0x8d { "mpt2sas_SG_build: " }, \
0x8e { "mpt2sas_build_sg_list: " }, \
0x8f { "mpt2sas_dump_adap: " }, \
0x90 { "mpt2sas_check_slot: " }, \
0x91 { "mpt2sas_alloc_tag: " }, \
0x92 { "mpt2sas_alloc_iovec: " }, \
0x93 { "mpt2sas_config: " }, \
0x94 { "mpt2sas_process_event: " }, \
0x95 { "mpt2sas_build_command: " }, \
0x96 { "mpt2sas_build_scsi_req: " }, \
0x97 { "mpt2sas_build_config_req: " }, \
0x98 { "mpt2sas_alloc_resources: " }, \
0x99 { "mpt2sas_free_resources: " }, \
0x9a { "mpt2sas_alloc_sg_buffer: " }, \
0x9b { "mpt2sas_alloc_reply_buffer: " }, \
0x9c { "mpt2sas_read_cfg: " }, \
0x9d { "mpt2sas_good_status: " }, \
0x9e { "mpt2sas_bad_status: " }, \
0x9f { "mpt2sas_write_cfg: " }, \
0xa0 { "mpt2sas_watchdog: " }, \
0xa1 { "mpt2sas_close: " }, \
0xa2 { "mpt2sas_strategy: " }, \
0xa3 { "mpt2sas_adapt_ioctl: " }, \
0xa4 { "mpt2sas_mpt_internal_cmd: " }, \
0xa5 { "mpt2sas_build_task_mgmt_req: " }, \
0xa6 { "mpt2sas_build_event_req: " }, \
0xa7 { "mpt2sas_build_event_ack_req: " }, \
0xa8 { "mpt2sas_free_iovec: " }, \
0xa9 { "mpt2sas_free_sg_buffer: " }, \
0xaa { "mpt2sas_set_dev: " }, \
0xab { "mpt2sas_del_dev: " }, \
0xac { "mpt2sas_free_dev: " }, \
0xad { "mpt2sas_rebuild_cdt: " }, \
0xae { "mpt2sas_adap_undo_config: " }, \
0xaf { "mpt2sas_config_adapter: " }, \
0xb0 { "mpt2sas_complete_io: " }, \
0xb1 { "mpt2sas_get_dev: " }, \
0xb2 { "mpt2sas_pending_q_timer: " }, \
0xb3 { "mpt2sas_dump_write: " }, \
0xb4 { "mpt2sas_dump_intr: " }, \
0xb5 { "mpt2sas_eeh_check: " }, \
0xb6 { "mpt2sas_adapt_close: " }, \
0xb7 { "mpt2sas_undo_open: " }, \
0xb8 { "mpt2sas_ioctl: " }, \
0xb9 { "mpt2sas_apapt_ioctl: " }, \
0xba { "mpt2sas_reboot: " }, \
0xbb { "mpt2sas_alloc_hash: " }, \
0xbc { "mpt2sas_eeh_init: " }, \
0xbd { "mpt2sas_process_scsi_device_status_change: " }, \
0xbe { "mpt2sas_process_sas_device_status_change: " }, \
0xbf { "mpt2sas_process_sas_expander_status_change:" }, \
0xc0 { "mpt2sas_process_event_ack: " }, \
0xc1 { "mpt2sas_issue_event_ack: " }, \
0xc2 { "mpt2sas_issue_event: " }, \
0xc3 { "mpt2sas_kproc: " }, \
0xc4 { "mpt2sas_kproc_start: " }, \
0xc5 { "mpt2sas_kproc_term: " }, \
0xc6 { "mpt2sas_thread_spawn: " }, \
0xc7 { "mpt2sas_thread_start: " }, \
0xc8 { "mpt2sas_thread_work: " }, \
0xc9 { "mpt2sas_thread_term: " }, \
0xca { "mpt2sas_target_init: " }, \
0xcb { "mpt2sas_target_term: " }, \
0xcc { "mpt2sas_abort_cmds: " }, \
0xcd { "mpt2sas_adap_cmd_alloc: " }, \
0xce { "mpt2sas_adap_cmd_free: " }, \
0xcf { "mpt2sas_cmd_get: " }, \
0xd0 { "mpt2sas_cmd_release: " }, \
0xd1 { "mpt2sas_alloc_sense_buffer: " }, \
0xd2 { "mpt2sas_start_adapter: " }, \
0xd3 { "mpt2sas_alloc_reply_buff: " }, \
0xd4 { "mpt2sas_dump_output: " }, \
0xd5 { "mpt2sas_clr_reset_history: " }, \
0xd6 { "mpt2sas_dump: " }, \
0xd7 { "mpt2sas_set_ext_config: " }, \
0xd8 { "mpt2sas_remove_dev: " }, \
0xd9 { "mpt2sas_sasiounit: " } \
$typ, \
0x0 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Exit " $cnt%X1 XW XW XW XW XW }
17B 1.0 "PCMKE" \
{{ $loc = X1 }} \
{{ $dev_trc = B0.1}} \
{{ $typ = B0.2 }} \
{{ $cnt = B0.5 }} \
$dev_trc, \
0x1 { "Dev" } \
$loc, \
0x01 { "API AddRepGroup:\t\t" }, \
0x02 { "API DelRepGroup:\t\t" }, \
0x03 { "API SetRepGroup:\t\t" }, \
0x04 { "API GetRepGroup:\t\t" }, \
0x05 { "API SetRepGroupState:\t\t" }, \
0x06 { "API FailoverRepGroup:\t\t" }, \
0x07 { "API FreezeRepGroup:\t\t" }, \
0x08 { "API UnfreezeRepGroup:\t\t" }, \
0x09 { "API QueryPorts:\t\t" }, \
0x0a { "API MkRepPath:\t\t" }, \
0x0b { "API RmRepPath:\t\t" }, \
0x0c { "API MkRepDisk:\t\t" }, \
0x0d { "API RmRepDisk:\t\t" }, \
0x0e { "API FailoverRepDisk:\t\t" }, \
0x0f { "API RmReplication:\t\t" }, \
0x10 { "API GetRepDisks:\t\t" }, \
0x11 { "API GetRepDiskInfo:\t\t" }, \
0x12 { "API GetRepDiskPathInfo:\t\t" }, \
0x13 { "API SetRepDiskState:\t\t" }, \
0x14 { "API AckPPRCEvent:\t\t" }, \
0x15 { "IssueCmd:\t\t" }, \
0x16 { "AbortCmd:\t\t" }, \
0x17 { "CmdIodone:\t\t" }, \
0x18 { "CmdWatchdog:\t\t" }, \
0x19 { "CmdWaitDone:\t\t" }, \
0x1A { "RaiseCmdEvent:\t\t" }, \
0x1B { "PostEvent:\t\t\t" }, \
0x1C { "ProcessAction:\t\t" }, \
0x30 { "AllocateFunc:\t\t" }, \
0x31 { "DeallocateFunc:\t\t" }, \
0x32 { "ProcessOp:\t\t" }, \
0x33 { "PathGroup:\t\t" }, \
0x34 { "GrpMachine:\t\t" }, \
0x35 { "DevMachine:\t\t" }, \
0x36 { "PathMachine:\t\t" }, \
0x37 { "JobStart:\t\t" }, \
0x38 { "JobEnd:\t\t" }, \
0x39 { "Cmd_Iodone:\t\t" }, \
0x3A { "AbortOp:\t\t" }, \
0x3B { "BuildError:\t\t" }, \
0x3C { "FailPathGrp:\t\t" }, \
0x3D { "RecovPathGrp:\t\t" }, \
0x3E { "GroupOp:\t\t" }, \
0x3F { "DeviceOp:\t\t" }, \
0x40 { "PathOp:\t\t" }, \
0x41 { "IodonePPRC:\t\t" }, \
0x42 { "ProcessErrPPRC:\t\t" }, \
0x43 { "SetDevStatePPRC:\t\t" }, \
0x44 { "SetPathStatePPRC:\t\t" }, \
0x45 { "SelectPathPPRC:\t\t" }, \
0x46 { "BuildCmdPPRC:\t\t" }, \
0x47 { "HcheckPPRC:\t\t" }, \
0x48 { "GrpOfflvl:\t\t" }, \
0x49 { "SwapPPRC:\t\t" }, \
0x70 { pcmAddDevice: dev_handle=$D1 $D2 $D3 $D4} , \
0x71 { pcmChgDevice: dev_handle=$D1 $D2} , \
0x72 { pcmDelDevice: $D1} , \
0x73 { "pcmSetDeviceState:\t\t\t"} , \
0x74 { "pcmGetDeviceState:\t\t\t"} , \
0x75 { pcmAddPath: dev_handle=$D1 $D2 $D3 $D4} , \
0x76 { pcmChgPath: dev_handle=$D1 path_handle=$D2 $D3} , \
0x77 { pcmDelPath: dev_handle=$D1 path_handle=$D2} , \
0x78 { "pcmSelectPath:\t\t\t"} , \
0x79 { "pcmRetryPath:\t\t\t"} , \
0x7a { "pcmForcePath:\t\t\t"} , \
0x7b { pcmSetPathState: $D1 $D2 $D3 $D4 $D5} , \
0x7c { pcmGetPathState: dev_handle=$D1 path_handle=$D2 $D3} , \
0x7d { pcmPassThru_FailPath: dev_ptr=$D1 $D2 $D3} , \
0x7e { pcmPassThru: dev_handle=$D1 $D2 $D3 $D4} , \
0x7f { "pcmIoDone:\t\t\t\t"} , \
0x80 { pcmSetPolicy: dev_handle=$D1 $D2} , \
0x81 { pcmNotifyPolicy: dev_handle=$D1 path_handle=$D2 $D3} , \
0x82 { pcmSelectDumpPath: dev_handle=$D1 $D2} , \
0x83 { "pcmSelectIoctlPath:\t\t"} , \
0x84 { enqueueDevice: $D1 $D2} , \
0x85 { dequeueDevice: dev_ptr=$D1} , \
0x86 { enqueuePath: dev_ptr=$D1 path_ptr=$D2} , \
0x87 { dequeuePath: dev_ptr=$D1 path_ptr=$D2} , \
0x88 { algorithmRoundRobin: $D1 $D2 $D3} , \
0x89 { algorithmFailOver: $D1 $D2} , \
0x8a { algorithmFirstAvailable: $D1 $D2 $D3} , \
0x8b { validatePcmAttrs: $D1} , \
0x8c { validatePathAttrs: $D1} , \
0x8d { validatePolicy: $D1} , \
0x8e { validatePolicyAlgorithm: $D1 $D2} , \
0x8f { "cdtFunc:\t\t\t\t"} , \
0x90 { cdtAlloc: $D1} , \
0x91 { "pcmRegDevCallBacks:\t\t"} , \
0x92 { "healthChecker:\t\t\t"} , \
0x93 { "healthCheckerPathQueue:\t"} , \
0x94 { "healthCheckFailBack:\t\t"} , \
0x95 { "healthCheckIoDone:\t\t"} , \
0x96 { buildInbandCmd: $D1 $D2 $D3 $D4} , \
0x97 { "inbandCmdIoDone:\t\t\t"} , \
0x98 { buildFcpCmd: $D1 $D2 $D3} , \
0x99 { buildScsiCmd: $D1 $D2 $D3} , \
0x9a { "pcmNotifyPathFlags:\t\t"} , \
0x9b { "failAdapterPaths:\t\t\t"} , \
0x9c { "processIoDone:\t\t\t"} , \
0x9d { "processGood:\t\t\t\t"} , \
0x9e { "processScsiError:\t\t\t"} , \
0x9f { "processFcpError:\t\t\t"} , \
0xa0 { "updateDistPathErrors:\t\t"} , \
0xa1 { "inquiryIoDone:\t\t\t"} , \
0xa2 { "processFcpSense:\t\t\t"} , \
0xa3 { "pcmProcessStateMachine:\t\t"} , \
0xa4 { "swapPathQueue:\t\t\t"} , \
0xa6 { "failOverIOController:\t\t"} , \
0xa7 { "CanSwapController:\t\t"} , \
0xa8 { "inbandFailOverIOController:\t"} , \
0xa9 { pcmeRAS: dev_ptr=$D1 mpio_ras_cb=$D2} , \
0xaa { "pcmRasCallBack:\t\t\t"} , \
0xab { "pcmeRASunReg:\t\t\t"} , \
0xac { pcmConfig: $D1 $D2} , \
0xad { "pcmSwapPathsMode22:\t\t\t" }, \
0xae { "processScsiSenseMode22:\t\t" }, \
0xaf { pcmPassThru_GetFrames: dev_ptr->lname=$D1 $D2 $D3 $D4 $D5} , \
0xb0 { pcmPassThru_GetDisks: dev_ptr->lname=$D1 $D2} , \
0xb1 { pcmPassThru_GetAllDisks: dev_ptr->lname=$D1 $D2} , \
0xb2 { "processScsiSenseMode10:\t\t"} , \
0xb3 { "buildError:\t\t\t\t"} , \
0xb4 { buildErrorThreshold: dev_ptr=$D1 dev_ptr->lname=$D2 asc_ascq=$D3} , \
0xb5 { "LogError:\t\t\t\t"} , \
0xb6 { swapCtrls: dev_ptr=$D1 dev_ptr->lname=$D2 $D3 $D4} , \
0xb7 { "processCtrlBusy:\t\t\t"} , \
0xb8 { "ctrl_watchdog:\t\t\t"}, \
0xb9 { "buildVendorCmd_I:\t\t"}, \
0xba { "buildVendorCmd_J:\t\t"}, \
0xbb { "VendorCmd_AEN_IoDone:\t"}, \
0xbc { "VendorCmd_K_IoDone:\t"}, \
0xbd { "VendorCmd_L_IoDone:\t"}, \
0xbe { "VendorCmd_G_IoDone:\t"}, \
0xbf { "VendorCmd_H_IoDone:\t"}, \
0xc0 { "VendorCmd_I_IoDone:\t"}, \
0xc1 { "VendorCmd_J_IoDone:\t"}, \
0xc2 { "BuildReserveCmds:\t"}, \
0xc3 { "VendorCmd_M_IoDone:\t"}, \
0xc4 { "inq83Cmd_IODone:\t\t" }, \
0xc5 { "RTPG_Cmd_IODone:\t\t" }, \
0xc6 { "ctrlHcheckSeq:\t\t" }, \
0xc7 { "ListenEvent:\t\t\t" }, \
0xc8 { "algorithmShortestQ:\t\t" } , \
0xc9 { "CheckPathEvent: \t\t" } , \
0xca { "PostPathEvent: \t\t" } , \
0xcb { "SumPathWeights: \t\t" } , \
0xcc { "SetPathGroup: \t\t" } , \
0xcd { "UnsetPathGroup: \t\t" } , \
0xce { "GetPathStatistics: \t" } , \
0xcf { "ClearPathStatistics:\t" } , \
0xd0 { "GetExtPathState: \t\t" } , \
0xd1 { "GetAdapterInfo: \t\t" } , \
0xd2 { "TaskMgmEvent: \t\t" } , \
0xd3 { "FailCtlr: \t\t\t" } , \
0xd4 { "processALUA_IODone:\t\t" } , \
0xd5 { "updatePathForALUA_trc:\t" } , \
0xd6 { "AlgorithmLeastSimilar: \t\t" } , \
\* { "unknown subhook:\t\t" $loc } \
$typ, \
0x1 { "Entry" $cnt%X1 XW XW XW XW XW } , \
0x2 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x3 { "Exit " $cnt%X1 XW XW XW XW XW }
709 1.0 "INPUTDD: " \
{{ $a = $HD & 0xfc00 }} \
{{ $b = $a / 1024 }} \
{{ $func = $b & 0x3f }} \
{{ $c = $HD - $a }} \
{{ $routine = $c & 0x03ff }} \
$routine, \
01 { "put_iq " }, \
02 { "put_oq " }, \
03 { "get_oq " }, \
04 { "flush_q" }, \
05 { "get_iq " }, \
06 { "wait_oq" }, \
07 { "sleep " }, \
08 { "putring" }, \
09 { "log " }, \
0a { "uring " }, \
0b { "put_oq1" }, \
0c { "put_oq2" }, \
0d { "startwd" }, \
0e { "rring " }, \
0f { "rflush " }, \
20 { "kcnfig " }, \
21 { "kmpx " }, \
22 { "kopen " }, \
23 { "kclose " }, \
24 { "kioctl " }, \
25 { "kintr " }, \
26 { "ksend_q" }, \
27 { "k_wdog " }, \
28 { "ksetup " }, \
29 { "keyproc" }, \
2a { "sstatus" }, \
2b { "procsak" }, \
2c { "un_sak " }, \
2e { "put_key" }, \
2f { "polappl" }, \
30 { "put_sq " }, \
31 { "nsound " }, \
32 { "appkill" }, \
33 { "procevt" }, \
34 { "keyictl" }, \
35 { "sv_proc" }, \
36 { "k_s8042" }, \
40 { "mconfig" }, \
41 { "mopen " }, \
42 { "mclose " }, \
43 { "mioctl " }, \
44 { "mintr " }, \
45 { "msndcmd" }, \
46 { "msend_q" }, \
47 { "m_wdog " }, \
48 { "mseproc" }, \
49 { "m_s8042" }, \
50 { "ktscfg " }, \
51 { "ktsmpx " }, \
52 { "ktsopen" }, \
53 { "ktsclse" }, \
54 { "ktsictl" }, \
55 { "ktsintr" }, \
60 { "tconfig" }, \
61 { "topen " }, \
62 { "tclose " }, \
63 { "tioctl " }, \
64 { "tabintr" }, \
65 { "tsend_q" }, \
66 { "t_wdog " }, \
67 { "tabproc" }, \
\* { $routine%X2" " } \
$func%D2, \
0 { " [ent ]" }, \
32 { " [exit]" }, \
\* { " ["$func%X2"]" } \
$HL, \
4 {O2 " d0=" X4 }, \
8 {O2 " d0=" X8 }, \
14 {O2 " d0=" X4 " d1=" X4 " d2=" X4 " d3=" X4 " d4=" X4 }, \
28 {O2 " d0=" X8 " d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8 }
4B3 1.0 "@ICM" \
"ICM PATH: " O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
4B4 1.0 "@ICM" \
"ICM ERR: " O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
4B5 1.0 "@ICM" \
"SA_PATH: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
4B6 1.0 "@ICM" \
"SA_ERR: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
4B7 1.0 "@IbkaBase" \
"IBKA PATH: " O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
4B8 1.0 "@IbkaBase" \
"IBKA ERR: " O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
4BB 1.0 "@if_ib" \
"IF_IB : " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
4BC 1.0 "@if_ib" \
"IF_IB ERR: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
4F3 1.0 "@IblBase" \
"IBL_PATH: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
4F4 1.0 "@IblBase" \
"IBL_ERR: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
3AC 1.0 "@sciedd" \
"SDLC COMIO EMUL: " O2 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
2FA 1.0 "@ethchandd" \
"ETHERCHANNEL DD XMT: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
2FB 1.0 "@ethchandd" \
"ETHERCHANNEL DD GEN: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
3FD 1.0 "@vlandd" \
"VLAN DD XMT: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
3FE 1.0 "@vlandd" \
"VLAN DD RCV: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
3FF 1.0 "@vlandd" \
"VLAN DD GEN: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
408 1.0 "@STTY CXMA" \
{{ \
scxma_cmdw(cmd) \
$cmd, \
00e0 "SRLOW ", \
00e1 "SRHIGH ", \
00e2 "FLUSHTX ", \
00e3 "PAUSETX ", \
00e4 "RESUMETX ", \
00e5 "SMINT ", \
00e6 "SAFLOWC ", \
00e8 "SBREAK ", \
00e9 "SMODEM ", \
00ea "SIFLAG ", \
00eb "SFLOWC ", \
00ec "STLOW ", \
00ee "RPAUSE ", \
00ef "RRESUME ", \
00f2 "BUFSETALL ", \
00f3 "SOFLAG ", \
00f4 "SHFLOW ", \
00f5 "SCFLAG ", \
00f6 "SVNEXT ", \
00fd "SCOMMODE ", \
00fe "CMDSYNC " \
}} \
{{ \
scxma_chflags(flag) \
"chflags:" \
BITFLAGS $flag, \
0x00000001 "pron", \
0x00000002 "cd", \
0x00000004 "fcar", \
0x00000008 "wempty", \
0x00000010 "fcntl", \
0x00000020 "pcntl", \
0x00000040 "hangup", \
0x00000080 "wopen", \
0x00000100 "renable", \
0x00000200 "ractive", \
0x00000400 "rwait", \
0x00000800 "ibypass", \
0x00001000 "istall", \
0x00002000 "obypass" \
}} \
{{ \
scxma_unflags(flag) \
"unflags:" \
BITFLAGS $flag, \
0x00000001 "isopen", \
0x00000002 "closing", \
0x00000004 "busy", \
0x00000008 "pwait", \
0x00000010 "time", \
0x00000020 "wempty", \
0x00000040 "wlow", \
0x00000080 "sak", \
0x00000100 "stopo", \
0x00000200 "stopi", \
0x00000400 "hangup", \
0x00000800 "ctlx", \
0x00001000 "mstop", \
0x00002000 "excl", \
0x00010000 "ctson", \
0x00020000 "ctsoff", \
0x00040000 "rion", \
0x00080000 "rioff", \
0x00100000 "dsron", \
0x00200000 "dsroff", \
0x00400000 "cdon", \
0x00800000 "cdoff", \
0x01000000 "overrun", \
0x02000000 "brkint", \
0x04000000 "sigint", \
0x08000000 "sigquit", \
0x10000000 "sigtstp", \
0x20000000 "sigio" \
}} \
{{ \
scxma_ddstype(type) \
"type:" \
BITFLAGS $type, \
& 007 000 "pcxi", \
& 007 001 "pcxm", \
& 007 002 "pcxe", \
& 007 003 "pcxr", \
& 007 004 "pcxs", \
& 038 000 "comxi", \
& 038 008 "pcxx", \
& 038 010 "cx", \
& 038 018 "epc", \
& 038 020 "pclite", \
& 0C0 000 "isa", \
& 0C0 040 "mca", \
& 0C0 080 "eisa", \
& 0C0 0C0 "pci" \
}} \
{{ $maj }} {{ $min }} {{ $how }} {{ $which }} \
{{ $name = "cxma" }} \
$400 \
$which, \
0009 "ioctl ", \
000E "add ", \
000F "del ", \
0010 "initbd ", \
0011 "wmove ", \
0012 "param ", \
0013 "xtimeo ", \
0014 "xpoffl ", \
0015 "event ", \
0016 "download ", \
0017 "fail ", \
0018 "cmd ", \
0019 "dl_open ", \
001A "dl_close ", \
001B "dl_ioctl ", \
001C "dl_kme ", \
001D "restart ", \
001E "reset_port ", \
001F "kill_apps ", \
0020 "get_download_images ", \
0021 "dl_reset ", \
0022 "dl_diag ", \
0023 "read ", \
0024 "input ", \
0025 "select ", \
0026 "cx_pm_handler ", \
0027 "do_suspend ", \
0028 "do_resume ", \
0029 "check_current_activity ", \
002A "set_iflag ", \
002B "set_oflag ", \
002C "set_cflag ", \
002D "cxma_rpdp ", \
002E "process_eeh_state ", \
002F "del_tty ", \
0030 "intr slih ", \
0031 "intr allow ", \
0032 "intr fail ", \
0033 "intr offl2 ", \
0034 "intr offl2 restart " \
$how, \
0000 { $which, \
0001 { "devno" $D5%X4 }, \
0009 { "ptr" $D2%X4 "cmd" ioctlname($D3) }, \
000E { scxma_ddstype($D3) "devno" $D4%X4 }, \
000F { scxma_ddstype($D3) "devno" $D4%X4 }, \
0010 { scxma_ddstype($D3) "devno" $D4%X4 }, \
0011 { "bytes" $D3 }, \
0015 { "devno" $D3%X4 scxma_ddstype($D4) }, \
0016 { "devno" $D3%X4 }, \
0017 { "devno" $D3%X4 "vaddr" $D4%X4 }, \
0018 { "cmd" scxma_cmdw($D3) "word" $D4%X1 "ncmd" $D5%D1 }, \
0019 { "devno" $D3%X4 "devflag" $D4%X4 "ext" $D5%X4 }, \
001A { "devno" $D3%X4 "devflag" $D4%X4 }, \
001B { "devno" $D3%X4 "cmd" ioctlname($D3) "arg" $D5%X4 }, \
001C { "devno" $D3%X4 "arg" $D4%X4 }, \
001D { "bd" $D3%X4 }, \
001E { "bd" $D3%X4 }, \
001F { "bd" $D3%X4 }, \
0020 { "bd" $D3%X4 }, \
0021 { "devno" $D3%X4 "arg" $D4%X4 }, \
0022 { "devno" $D3%X4 "cmd" ioctlname($D3) "arg" $D5%X4 }, \
0023 { "ext" $D3%X4 }, \
0025 { "evt" $D3%X4 }, \
0026 { "private" $D3%X4 "ctrl" $D4%X4 }, \
0027 { "bd" $D3%X4 }, \
0028 { "bd" $D3%X4 }, \
0029 { "bd" $D3%X4 }, \
0030 { "bd" $D2%XW "pend" $D3%X1 }, \
0031 { $D3%DW "bd" $D2%XW "pend" $D4%X1 "Line" $D5%DW }, \
0032 { "bd" $D3%XW }, \
0033 { "bd" $D3%XW }, \
0034 { "bd" $D2%XW "restarts" $D3%DW "cpu" $D4%DW } \
}, \
0001 { $which, \
0002 { "Line:" $D3%D4 scxma_unflags($D4) scxma_chflags($D5) }, \
0003 { "Line:" $D3%D4 scxma_unflags($D4) scxma_chflags($D5) }, \
0015 { "port" $D3%D4 \
"reason" BITFLAGS $D4%X2, \
0x0001 "BREAK", \
0x0002 "TLW", \
0x0004 "TEM", \
0x0008 "DATA", \
0x0020 "MODEM", \
0x0040 "CMDSYNC", \
0x0080 "UARTORUN" \
"modem" BITFLAGS $D5%X2, \
0x0001 "DTR", \
0x0002 "RTS", \
0x0010 "CTS", \
0x0020 "DSR", \
0x0040 "RI", \
0x0080 "CD" \
}, \
002A { "iflag:" BITFLAGS $D3%X4, \
0x0001 "ignbrk", \
0x0002 "brkint", \
0x0004 "ignpar", \
0x0008 "parmrk", \
0x0010 "inpck", \
0x0020 "istrip", \
0x0040 "itoss", \
0x0400 "ixon", \
0x0800 "ixany", \
0x1000 "ixoff", \
0x2000 "ixona", \
0x8000 "dosmode" }, \
002B { "oflag:" BITFLAGS $D3%X4, \
0x0001 "xcase", \
0x0002 "olcuc", \
0x0004 "onlcr", \
0x0008 "ocrnl", \
0x0010 "onocr", \
0x0020 "onlret", \
0x0040 "ofill", \
0x0080 "ofdel", \
0x0100 "nl1", \
0x0200 "cr1", \
0x0400 "cr2", \
0x0600 "cr3", \
0x0800 "tab1", \
0x1000 "tab2", \
0x1800 "tab3", \
0x2000 "bs1", \
0x4000 "vt1", \
0x8000 "ff1" }, \
002C { "cflag:" BITFLAGS $D3%X4, \
& 0x040F 0x0000 "B0", \
& 0x040F 0x0001 "B50", \
& 0x040F 0x0002 "B75", \
& 0x040F 0x0003 "B110", \
& 0x040F 0x0004 "B134", \
& 0x040F 0x0005 "B150", \
& 0x040F 0x0006 "B200", \
& 0x040F 0x0007 "B300", \
& 0x040F 0x0008 "B600", \
& 0x040F 0x0009 "B1200", \
& 0x040F 0x000A "B1800", \
& 0x040F 0x000B "B2400", \
& 0x040F 0x000C "B4800", \
& 0x040F 0x000D "B9600", \
& 0x040F 0x000E "B19200", \
& 0x040F 0x000F "B38400", \
& 0x040F 0x0400 "B0", \
& 0x040F 0x0401 "B57600", \
& 0x040F 0x0402 "B76800", \
& 0x040F 0x0403 "B115200", \
& 0x040F 0x0404 "B134", \
& 0x040F 0x0405 "B150", \
& 0x040F 0x0406 "B230000", \
& 0x040F 0x0407 "B300", \
& 0x040F 0x0408 "B600", \
& 0x040F 0x0409 "B1200", \
& 0x040F 0x040A "B1800", \
& 0x040F 0x040B "B2400", \
& 0x040F 0x040C "B4800", \
& 0x040F 0x040D "B9600", \
& 0x040F 0x040E "B19200", \
& 0x040F 0x040F "B38400", \
& 0x0030 0x0000 "CS5", \
& 0x0030 0x0010 "CS6", \
& 0x0030 0x0020 "CS7", \
& 0x0030 0x0030 "CS8", \
0x0040 "cstopb", \
0x0080 "cstopb1", \
& 0x0B00 0x0000 "none", \
& 0x0B00 0x0100 "even", \
& 0x0B00 0x0200 "none", \
& 0x0B00 0x0300 "odd", \
& 0x0B00 0x0800 "none", \
& 0x0B00 0x0900 "space", \
& 0x0B00 0x0A00 "none", \
& 0x0B00 0x0B00 "mark" } \
}, \
0002 { $which, \
0013 { "ret from line" $D4%D4 }, \
0014 { "ret from line" $D4%D4 }, \
0015 { "ret from line" $D4%D4 }, \
0016 { "ret from line" $D4%D4 }, \
0018 { "ret from line" $D4%D4 }, \
002A { "ret from line" $D4%D4 }, \
002B { "ret from line" $D4%D4 }, \
002C { "ret from line" $D4%D4 }, \
\* { "ret" $D3%E4 "from line" $D4%D4 } \
}, \
0003 { $D3, \
0000 { "break at line" $D4%D4 }, \
0001 { "continue at line" $D4%D4 }, \
0002 { "goto from line" $D4%D4 } \
}
49C 1.2 L=KERN "pci_busdd" \
{{ $loc = X1 }} \
{{ $resv = X1 }} \
$loc, \
0x01 {"EEH_INIT_ENTER:" "pbid:" XW "slot:" XW "flag:" XW}, \
0x0F {"EEH_INIT_EXIT:" "pbid:" XW "slot:" XW "handle:" XW}, \
0x11 {"EEH_INIT_MULTIFUNC_ENTER:" "gpbid:" XW "pbid:" XW \
"slot:" XW "flag:" XW "dds_ptr:" XW}, \
0x1F {"EEH_INIT_MULTIFUNC_EXIT:" "gpbid:" XW "pbid:" XW \
"slot:" XW "Line:" DW "rc:" XW}, \
0x21 {"EEH_CLEAR_ENTER:" "pbid:" XW "slot:" XW "handle:" XW}, \
0x2F {"EEH_CLEAR_EXIT:" "pbid:" XW "slot:" XW "handle:" XW \
"Line:" DW}, \
0x34 { $D4, \
05 {"EEH_READ_SLOT_STATE1:" "pbid:" XW "slot:" XW \
"handle:" XW "state:" XW "unavailable:" XW}, \
\* {"EEH_READ_SLOT_STATE1:" "pbid:" XW "slot:" XW \
"handle:" XW "state:" XW \
"recovery:" $D5%W32.63 "capability:" $D5%W0.31}\
}, \
0x37 {"EEH_READ_SLOT_STATE2:" "pbid:" XW "slot:" XW \
"handle:" XW "delay:" XW}, \
0x3F {"EEH_READ_SLOT_STATE_EXIT:" "pbid:" XW "slot:" XW \
"handle:" XW "Line:" DW "rc:" XW}, \
0x41 {"EEH_RESET_SLOT_ENTER:" "pbid:" XW "slot:" XW \
"handle:" XW "inflag:" XW}, \
0x45 {"EEH_RESET_SLOT_RTAS:" "token:" $resv "pbid:" XW \
"slot:" XW "handle:" XW "configaddr:" XW}, \
0x4F {"EEH_RESET_SLOT_EXIT:" "pbid:" XW "slot:" XW \
"handle:" XW "Line:" DW "rc:" XW}, \
0x51 {"EEH_ENABLE_SLOT_ENTER:" "pbid:" XW "slot:" XW \
"handle:" XW}, \
0x55 {"EEH_ENABLE_SLOT_RTAS:" "token:" $resv "pbid:" XW \
"slot:" XW "handle:" XW "configaddr:" XW}, \
0x5F {"EEH_ENABLE_SLOT_EXIT:" "pbid:" XW "slot:" XW \
"handle:" XW "Line:" DW "rc:" XW}, \
0x61 {"EEH_DISABLE_SLOT_ENTER:" "pbid:" XW "slot:" XW \
"handle:" XW}, \
0x65 {"EEH_DISABLE_SLOT_RTAS:" "token:" $resv "pbid:" XW \
"slot:" XW "handle:" XW "configaddr:" XW}, \
0x6F {"EEH_DISABLE_SLOT_EXIT:" "pbid:" XW "slot:" XW \
"handle:" XW "Line:" DW "rc:" XW}, \
0x71 {"EEH_ENABLE_DMA_ENTER:" "pbid:" XW "slot:" XW \
"handle:" XW}, \
0x75 {"EEH_ENABLE_DMA_RTAS:" "token:" $resv "pbid:" XW \
"slot:" XW "handle:" XW "configaddr:" XW}, \
0x7F {"EEH_ENABLE_DMA_EXIT:" "pbid:" XW "slot:" XW \
"handle:" XW "Line:" DW "rc:" XW}, \
0x81 {"EEH_ENABLE_PIO_ENTER:" "pbid:" XW "slot:" XW \
"handle:" XW}, \
0x85 {"EEH_ENABLE_PIO_RTAS:" "token:" $resv "pbid:" XW \
"slot:" XW "handle:" XW "configaddr:" XW}, \
0x8F {"EEH_ENABLE_PIO_EXIT:" "pbid:" XW "slot:" XW \
"handle:" XW "Line:" DW "rc:" XW}, \
0x91 {"EEH_SLOT_ERROR_ENTER:" "pbid:" XW "slot:" XW \
"handle:" XW "func_flag:" XW "dd_buf:" XW}, \
0x95 {"EEH_SLOT_ERROR_RTAS:" "token:" $resv "pbid:" XW \
"slot:" XW "handle:" XW "configaddr:" XW "buf:" XW}, \
0x97 {"EEH_SLOT_ERROR_RTAS2:" "token:" $resv "pbid:" XW \
"slot:" XW "handle:" XW "status:" XW}, \
0x9F {"EEH_SLOT_ERROR_EXIT:" "pbid:" XW "slot:" XW \
"handle:" XW "Line:" DW "rc:" XW}, \
0xA1 {"EEH_CONFIGURE_BRIDGE_ENTER:" "pbid:" XW "slot:" XW \
"handle:" XW}, \
0xA5 {"EEH_CONFIGURE_BRIDGE_RTAS:" "token:" $resv "pbid:" XW \
"slot:" XW "handle:" XW "configaddr:" XW}, \
0xAF {"EEH_CONFIGURE_BRIDGE_EXIT:" "pbid:" XW "slot:" XW \
"handle:" XW "loc:" XW}, \
0xB1 {"EEH_ISSUE_CALLBACKS_ENTER:" "tpe_config_addr:" XW \
"PHB_Unit_ID:" XW "eadshandle:" XW "state:" XW \
"flags:" XW}, \
0xB2 {"EEH_ISSUE_CALLBACKS_ENTER2:" "tpe_config_addr:" XW \
"PHB_Unit_ID:" XW "eadshandle:" XW "kmsgs:" XW \
"umsgs:" XW}, \
0xB5 {"EEH_ISSUE_CALLBACKS_MASTER:" "tpe_config_addr:" XW \
"PHB_Unit_ID:" XW "eadshandle:" XW "master_index:" XW \
"m_arg:" XW}, \
0xB6 {"EEH_ISSUE_CALLBACKS_RESTR:" "caller:" $resv \
"tpe_config_addr:" XW "PHB_Unit_ID:" XW "eadshandle:" XW \
"busy_save_state:" XW "busy_msgs:" XW}, \
0xB8 {"EEH_ISSUE_CALLBACKS_KCALL:" "n:" $resv \
"tpe_config_addr:" XW "PHB_Unit_ID:" XW "eadshandle:" XW \
"next_kmsg:" XW "arg:" XW}, \
0xB9 {"EEH_ISSUE_CALLBACKS_UCALL:" "n:" $resv \
"tpe_config_addr:" XW "PHB_Unit_ID:" XW "eadshandle:" XW \
"next_umsg:" XW "arg:" XW}, \
0xBA {"EEH_ISSUE_CALLBACKS_RET:" "n:" $resv \
"tpe_config_addr:" XW "PHB_Unit_ID:" XW "eadshandle:" XW \
"rc:" XW}, \
0xBF {"EEH_ISSUE_CALLBACKS_EXIT:" "tpe_config_addr:" XW \
"PHB_Unit_ID:" XW "eadshandle:" XW "state:" XW \
"Line:" DW}, \
0xC1 {"EEH_CALL_FIRMWARE:" "token:" XW "status:" XW}, \
0xD1 {"EEH_CONFIGURE_PE_ENTER:" "pbid:" XW "slot:" XW \
"handle:" XW}, \
0xD5 {"EEH_CONFIGURE_PE_RTAS:" "token:" $resv "pbid:" XW \
"slot:" XW "handle:" XW "configaddr:" XW}, \
0xDF {"EEH_CONFIGURE_PE_EXIT:" "pbid:" XW "slot:" XW \
"handle:" XW "loc:" XW}
49D 1.2 L=KERN "pci_busdd:" \
{{hcallrc(hrc)\
$hrc%D1, \
14 "H_IN_PROGRESS",\
5 "H_PARTIAL",\
0 "H_SUCCESS",\
15 "H_PAGE_REGISTERED", \
\* { $hrc%D1} }} \
$HD, \
0x0001 { "DMAPPAGE: " "d1:"$D1%X8 "d2:"$D2%X8 "d3:"$D3%X8 "d4:"$D4%X8 \
"d5:"$D5%X8}, \
0x0002 { "DUNMAPPAGE: " "busaddr:"$D1%X8 "page:"$D2%X8 "page_size:"$D3%X8}, \
0x0003 { "DMAPLIST: " "d1:"$D1%X8 "d2:"$D2%X8 "d3:"$D3%X8 "d4:"$D4%X8 \
"d5:"$D5%X8}, \
0x0004 { "DUNMAPLIST: " "blist:"$D1%X8 "base address:"$D2%X8 "used_iovecs:"$D3%X8 \
"bytes_done:"$D4%X8}, \
0x0005 { "DISCONTIG: " "blist:"$D1%X8 "base address:"$D2%X8 "used_iovecs:"$D3%X8 \
"bytes_done:"$D4%X8 "rc:"$D5%X8}, \
0x0006 { "CONTIG: " "rliobn:"$D1%X8 "tce_base:"$D2%X8 "busaddr:"$D3%X8 \
"rc:"$D4%X8 "i:"$D5%X8}, \
0x0007 { "TCEALLOC: " "rliobn:"$D1%X8 "raddr:"$D2%X8 "tce_base:"$D3%X8 \
"busaddr:"$D4%X8 "rc:"$D5%X8}, \
0x0008 { "TCEFREE: " "d1:"$D1%X8 "d2:"$D2%X8 "d3:"$D3%X8 "d4:"$D4%X8 \
"d5:"$D5%X8}, \
0x000B { "DMAPATTR: " "cmd:"$D1%X8 "attr:"$D2%X8 "value:"$D3%X8}, \
0x000D { "xlate start: \n" "\tliobn="$D1%X4 "sla="$D2%X8 "ela="$D3%X8 "sioba="$D4%X8 \
"pageshift="$D5%D2 starttimer(0x49D, $D1) }, \
0x000E { "xlate run: rc=" hcallrc($D1) "\t"endtimer(0x49D, $D2) \
"\n\tliobn=" $D2%X4 "\t\t\t cla=" $D3%X8 " ioba =" $D4%X8 \
"loopcount=" $D5%D4}, \
0x000F { "xlate end: rc=" hcallrc($D1) "\t"endtimer(0x49D, $D2) \
"\n\tliobn=" $D2%X4 "\t\t\t cla=" $D3%X8 " ioba =" $D4%X8 \
"loopcount=" $D5%D4}, \
0x0010 { "TCEFREE: " "d1:"$D1%X8 "d2:"$D2%X8 "d3:"$D3%X8 "d4:"$D4%X8 \
"d5:"$D5%X8}
671 1.2 L=KERN "capi_busdd:" \
{{hcallrc(hrc)\
$hrc%D1, \
14 "H_IN_PROGRESS",\
5 "H_PARTIAL",\
0 "H_SUCCESS",\
15 "H_PAGE_REGISTERED", \
\* { $hrc%D1} }} \
$HD, \
0x0003 { "d_map_list:" "\thandle="$D1%X8 "iovbase="$D2%X8 \
"vlist="$D3%X8 "blist="$D4%X8 "line="$D5%D8}, \
0x0004 { "d_unmap_list:" "\thandle="$D1%X8 "blist="$D2%X8 \
"iovbase="$D3%X8 "iovecs=" $D4%D8 \
"bytes=" $D5%D8}
672 1.2 L=KERN "capi_busdd:" \
{{ $loc = X1 }} \
{{ $resv = X1 }} \
$loc, \
0x11 {"EEH_INIT_MULTIFUNC_ENTER:" "gpbid:" XW "pbid:" XW \
"unit:" XW "flag:" XW "dds_ptr:" XW}, \
0x1F {"EEH_INIT_MULTIFUNC_EXIT:" "gpbid:" XW "pbid:" XW \
"unit:" XW "Line:" DW "rc:" XW}, \
0x21 {"EEH_CLEAR_ENTER:" "pbid:" XW "unit:" XW "handle:" XW}, \
0x2F {"EEH_CLEAR_EXIT:" "pbid:" XW "unit:" XW "handle:" XW \
"Line:" DW}, \
0x34 {"EEH_READ_SLOT_STATE1:" "pbid:" XW "unit:" XW \
"handle:" XW "state:" XW "hrc:" XW}, \
0x37 { $resv, \
0x03 {"EEH_READ_SLOT_STATE2:" "pbid:" XW "unit:" XW \
"handle:" XW "rc" XW }, \
0x04 {"EEH_READ_SLOT_STATE2:" "pbid:" XW "unit:" XW \
"handle:" XW "state:" XW \
"b_event" XW }, \
0x05 {"EEH_READ_SLOT_STATE2:" "pbid:" XW "unit:" XW \
"handle:" XW "state:" XW \
"b_event" XW } \
}, \
0x3F {"EEH_READ_SLOT_STATE_EXIT:" "pbid:" XW "unit:" XW \
"handle:" XW "Line:" DW "rc:" XW}, \
0x41 {"EEH_RESET_SLOT_ENTER:" "pbid:" XW "unit:" XW \
"handle:" XW "inflag:" XW}, \
0x45 {"EEH_RESET_SLOT_PHYP:" "pbid:" XW "unit:" XW \
"handle:" XW "hrc:" XW "token:" XW}, \
0x4F {"EEH_RESET_SLOT_EXIT:" "pbid:" XW "unit:" XW \
"handle:" XW "Line:" DW "rc:" XW}, \
0x81 {"EEH_ENABLE_PIO_ENTER:" "pbid:" XW "unit:" XW \
"handle:" XW}, \
0x8F {"EEH_ENABLE_PIO_EXIT:" "pbid:" XW "unit:" XW \
"handle:" XW "Line:" DW "rc:" XW}, \
0x91 {"EEH_SLOT_ERROR_ENTER:" "pbid:" XW "unit:" XW \
"handle:" XW "func_flag:" XW "dd_buf:" XW}, \
0x95 {"EEH_SLOT_ERROR_PHYP:" "pbid:" XW "unit:" XW \
"handle:" XW "hrc:" XW "plid:" XW}, \
0x9F {"EEH_SLOT_ERROR_EXIT:" "pbid:" XW "unit:" XW \
"handle:" XW "Line:" DW "rc:" XW}, \
0xB1 {"EEH_ISSUE_CALLBACKS_ENTER:" "PHB_Unit_ID:" XW \
"eadshandle:" XW "state:" XW \
"flags:" XW "msgs:" XW}, \
0xB5 {"EEH_ISSUE_CALLBACKS_MASTER:" "PHB_Unit_ID:" XW \
"eadshandle:" XW "master_index:" XW \
"m_arg:" XW}, \
0xB6 {"EEH_ISSUE_CALLBACKS_RESTR:" "caller:" $resv \
"PHB_Unit_ID:" XW "eadshandle:" XW \
"busy_save_state:" XW "busy_msgs:" XW}, \
0xB8 {"EEH_ISSUE_CALLBACKS_KCALL:" "n:" $resv \
"PHB_Unit_ID:" XW "eadshandle:" XW \
"next_kmsg:" XW "arg:" XW}, \
0xBA {"EEH_ISSUE_CALLBACKS_RET:" "n:" $resv \
"PHB_Unit_ID:" XW "eadshandle:" XW \
"rc:" XW}, \
0xBF {"EEH_ISSUE_CALLBACKS_EXIT:" "PHB_Unit_ID:" XW \
"eadshandle:" XW "state:" XW "Line:" DW}
5DF 1.0 "@headd" \
"HEADD XMT: " \
$D1, \
0x57515545 { "WQUE location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x57515545 { "WEND location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW }
5E0 1.0 "@headd" \
"HEADD RCV: " \
$D1, \
0x52444154 { "RDAT location=" W2 A4.4 " mbuf=" XW }, \
0x524E4F54 { "RNOT location=" W2 A4.4 " mbuf=" XW " size=" XW }, \
0x52454E44 { "REND location=" W2 A4.4 " mbuf=" XW }, \
\* { W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW }
5E1 1.0 "@headd" \
"HEADD GEN: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW
4B1 1.0 "@gxib" \
"GXIB PATH: " O2 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
4B2 1.0 "@gxib" \
"GXIB ERR: " O2 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
637 1.0 "@gxib" \
"GXL PATH: " O2 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
638 1.0 "@gxib" \
"GXL ERR: " O2 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
1075 1.0 "CFLASHDD" \
$HD%X2, \
0x1010 { cflash_config: devno=$D1 $D2 $D2 $D3} , \
0x1011 { cflash_configX: $D1 $D2 $D3 $D4} , \
0x1012 { cflash_open: devno=$D1 $D2} , \
0x1013 { cflash_openx: devno=$D1 $D2} , \
0x1014 { cflash_close: $D1 $D2} , \
0x1015 { cflash_closex: devno=$D1 $D2} , \
0x1016 { cflash_ioctl: devno=$D1 cmd=$D2 arg=$D3 devflasg=$D4 line=$D5} , \
0x1017 { cflash_ioctlx: devno=$D1 cmd=$D2 devflasg=$D3 line=$D4} , \
0x1018 { cflash_intr: $D1 $D2} , \
0x1019 { cflash_intrx: $D1 $D2} , \
0x101A { cflash_strategy: $D1 $D2 $D3 $D4 $D5} , \
0x101B { cflash_strategyx: $D1 $D2 $D3 $D4 $D5} , \
0x101C { cflash_start: $D1 $D2 $D3 $D4 $D5} , \
0x101D { cflash_startx: $D1 $D2 $D3 $D4 $D5} , \
0x101E { cflash_select: devno=$D1 ap=$D2 events=$D3 channel=$D4} , \
0x101F { cflash_selectx: devno=$D1 $D2 $D3 $D4 $D5 } , \
0x1020 { cflash_unconfig: devno=$D1 ap=$D2 line=$D3} , \
0x1021 { cflash_unconfigx: devno=$D1 $D2 $D3 $D4 $D5} , \
0x1022 { cflash_read: $D1 $D2 $D3 } , \
0x1023 { cflash_write: $D1 $D2 $D3 }
1076 1.0 "CFLASHDD_CT" \
{{ $loc = B0.10}} \
{{ $typ = B0.1}} \
{{ $cnt = B0.5}} \
$loc, \
0x001 { "cflash_config: "} , \
0x002 { "cflash_open: "} , \
0x003 { "cflash_close: "} , \
0x004 { "cflash_ioctl: "} , \
0x005 { "cflash_strategy: "} , \
0x006 { "cflash_eeh_callback: "} , \
0x007 { "cflash_check_slot: "} , \
0x008 { "cflash_watchdog: "} , \
0x009 { "cflash_disk_ras_error: "} , \
0x00a { "cflash_init_dma_handle: "} , \
0x00b { "cflash_sciolstart_ioctl: "} , \
0x00c { "cflash_eeh_adapter_debug: "} , \
0x00d { "cflash_undo_attach: "} , \
0x00e { "cflash_do_attach: "} , \
0x00f { "cflash_sciolattach_ioctl: "} , \
0x010 { "cflash_scioldetach_ioctl: "} , \
0x011 { "cflash_sciolcmd_ioctl: "} , \
0x012 { "cflash_sciolinqu_ioctl: "} , \
0x013 { "cflash_send_cmd: "} , \
0x014 { "cflash_process_chn_cmd: "} , \
0x015 { "cflash_user_err_intr: "} , \
0x016 { "cflash_user_io_intr: "} , \
0x017 { "cflash_user_spur_intr: "} , \
0x018 { "cflash_sciolstop_ioctl: "} , \
0x019 { "cflash_sciolread_ioctl: "} , \
0x01a { "cflash_sciolstunit_ioctl: "} , \
0x01b { "cflash_scioltur_ioctl: "} , \
0x01c { "cflash_sciocmd_ioctl: "} , \
0x01d { "cflash_sciolreset_ioctl: "} , \
0x01e { "cflash_sciolevent_ioctl: "} , \
0x01f { "cflash_chn_hrrq_intr: "} , \
0x020 { "cflash_kthread: "} , \
0x021 { "cflash_chn_process_hrrq: "} , \
0x022 { "cflash_process_non_zero_ioasc: "} , \
0x023 { "cflash_build_ioarcb: "} , \
0x024 { "cflash_start: "} , \
0x025 { "cflash_chn_strategy: "} , \
0x026 { "cflash_dma_map: "} , \
0x027 { "cflash_process_autosense: "} , \
0x028 { "cflash_read_reg: "} , \
0x029 { "cflash_write_reg: "} , \
0x02a { "cflash_process_async_intr: "} , \
0x02b { "cflash_link_reset: "} , \
0x02c { "cflash_bpgflt_tlih: "} , \
0x02d { "cflash_chn_spur_intr: "} , \
0x02e { "cflash_chn_sync_intr: "} , \
0x02f { "cflash_eisn_intr: "} , \
0x030 { "cflash_master_async_intr: "} , \
0x031 { "cflash_master_hrrq_intr: "} , \
0x032 { "cflash_process_master_hrrq: "} , \
0x033 { "cflash_master_spur_intr: "} , \
0x034 { "cflash_master_sync_intr: "} , \
0x035 { "cflash_process_ctx_sync_intr: "} , \
0x036 { "cflash_afu_sync: "} , \
0x037 { "cflash_get_ctx_info: "} , \
0x038 { "cflash_grow_rh_table: "} , \
0x039 { "cflash_alloc_new_rhndl: "} , \
0x03a { "cflash_get_lun_idx: "} , \
0x03b { "cflash_extend_vlun: "} , \
0x03c { "cflash_vlun_create: "} , \
0x03d { "cflash_vlun_grow: "} , \
0x03e { "cflash_vlun_shrink: "} , \
0x03f { "cflash_vlun_delete: "} , \
0x040 { "cflash_vlun_chunk_list: "} , \
0x041 { "cflash_plun_create: "} , \
0x042 { "cflash_plun_delete: "} , \
0x043 { "cflash_adap_select: "} , \
0x044 { "cflash_save_portinfo: "} , \
0x045 { "cflash_set_ctx_cap: "} , \
0x046 { "cflash_chn_alloc_dma_resources: "} , \
0x047 { "cflash_chn_init: "} , \
0x048 { "cflash_undo_chn_init: "} , \
0x049 { "cflash_alloc_dma_resources: "} , \
0x04a { "cflash_alloc_dma_stab: "} , \
0x04b { "cflash_free_dma_resources: "} , \
0x04c { "cflash_config_eisn: "} , \
0x04d { "cflash_memory_spaces_config: "} , \
0x04e { "cflash_init_afu: "} , \
0x04f { "cflash_alloc_isn: "} , \
0x050 { "cflash_init_intr: "} , \
0x051 { "cflash_clear_intr: "} , \
0x052 { "cflash_attach_kctx: "} , \
0x053 { "cflash_detach_ctx: "} , \
0x054 { "cflash_wdog_cmd: "} , \
0x055 { "cflash_sleep: "} , \
0x056 { "cflash_free_dma_stab: "} , \
0x057 { "cflash_send_afu_sync: "} , \
0x058 { "cflash_process_master_cmd: "} , \
0x059 { "cflash_sm_port_reset: "} , \
0x05a { "cflash_chn_ctx_init: "} , \
0x05b { "cflash_ioctl_sleep: "} , \
0x05c { "cflash_adap_up: "} , \
0x05d { "cflash_fail_non_active_ops: "} , \
0x05e { "cflash_build_tmfcmd: "} , \
0x05f { "cflash_fail_doomed_scsi_ops: "} , \
0x060 { "cflash_undo_cmd: "} , \
0x061 { "cflash_dev_wait_stopped: "} , \
0x062 { "cflash_ioctl_reset_sleep: "} , \
0x063 { "cflash_master_ctx_init: "} , \
0x064 { "cflash_free_dev: "} , \
0x065 { "cflash_sciolvlun_ioctl: "} , \
0x066 { "cflash_sciolplun_ioctl: "} , \
0x067 { "cflash_sciolrecover_ioctl: "} , \
0x068 { "cflash_sciolexception_ioctl: "} , \
0x069 { "cflash_wdog_port_offline: "} , \
0x06a { "cflash_wdog_port_online: "} , \
0x06b { "cflash_wdog_port_link_login: "} , \
0x06c { "cflash_wdog_sync_cmd: "} , \
0x06d { "cflash_issue_afu_sync: "} , \
0x06e { "cflash_process_sync_cmd: "} , \
0x06f { "cflash_recover_ctx: "} , \
0x070 { "cflash_kctx_reset: "} , \
0x071 { "cflash_check_adapter_hbeat: "} , \
0x072 { "cflash_wdog_hbeat: "} , \
0x073 { "cflash_port_sm_finish: "} , \
0x074 { "cflash_eeh_adapter_resume: "} , \
0x075 { "cflash_eeh_adapter_suspend: "} , \
0x076 { "cflash_fatal_error: "} , \
0x077 { "cflash_wdog_kctx_rst: "} , \
0x078 { "cflash_dma_unmap: "} , \
0x079 { "cflash_make_non_active_ops_doomed: "} , \
0x07a { "cflash_doom_dev_ops: "} , \
0x07b { "cflash_make_active_ops_doomed: "} , \
0x07c { "cflash_reset_port_chn_dev_qstate: "} , \
0x07d { "cflash_reset_chn_dev_queues_state: "} , \
0x07e { "cflash_chn_flush_ops: "} , \
0x07f { "cflash_flush_ops: "} , \
0x080 { "cflash_flush_port_non_active_cmds: "} , \
0x081 { "cflash_chn_bpgflt_tlih: "} , \
0x082 { "cflash_chn_free_dma_resources: "} , \
0x083 { "cflash_eeh_reset_afu: "} , \
0x084 { "cflash_eeh_flr_aborted: "} , \
0x085 { "cflash_preioctl_ioctl: "} , \
0x086 { "cflash_extract_vpd: "} , \
0x087 { "cflash_log_error: "} , \
0x088 { "cflash_free_ctx_rsrc: "} , \
0x089 { "cflash_recover_ctx_rsrc: "} , \
0x08A { "cflash_get_cmd: "} , \
0x08B { "cflash_put_cmd: "} , \
0x08C { "cflash_process_login_failed: "} , \
0x08D { "cflash_wdog_port_login_failed: "} , \
0x08E { "cflash_clear_fc_error: "} , \
0x08F { "cflash_scioldiag_ioctl: "} , \
0x090 { "cflash_shutdown_notify_callback: "} , \
0x091 { "cflash_check_shutdown_status: "} , \
0x092 { "cflash_wdog_adap_ioctl_cmd: "} , \
0x093 { "cflash_process_master_ioctl_cmd: "} , \
0x094 { "cflash_issue_ioctl_cmd: "} , \
0x095 { "cflash_disk_strategy: "} , \
0x096 { "cflash_start_chn: "} , \
0x097 { "cflash_disk_open: "} , \
0x098 { "cflash_disk_open_adapter: "} , \
0x099 { "cflash_disk_capi_query_path: "} , \
0x09a { "cflash_disk_capi_attach: "} , \
0x09b { "cflash_disk_capi_user_direct: "} , \
0x09c { "cflash_disk_capi_user_virtual: "} , \
0x09d { "cflash_disk_capi_vlun_resize: "} , \
0x09e { "cflash_disk_capi_release: "} , \
0x09f { "cflash_disk_capi_detach: "} , \
0x0a0 { "cflash_disk_capi_verify: "} , \
0x0a1 { "cflash_disk_capi_recover_ctx: "} , \
0x0a2 { "cflash_disk_capi_query_exceptions: "} , \
0x0a3 { "cflash_disk_detach_afu: "} , \
0x0a4 { "cflash_disk_release_lun: "} , \
0x0a5 { "cflash_disk_ioctl: "} , \
0x0a6 { "cflash_disk_spio_ioctl: "} , \
0x0a7 { "cflash_disk_add_path: "} , \
0x0a8 { "cflash_disk_remove_path: "} , \
0x0a9 { "cflash_disk_make_path_id_mask: "} , \
0x0aa { "cflash_undo_disk_init: "} , \
0x0ab { "cflash_disk_iodone: "} , \
0x0ac { "cflash_disk_process_dktype_error: "} , \
0x0ad { "cflash_disk_capi_select: "} , \
0x0ae { "cflash_disk_first_attach: "} , \
0x0af { "cflash_disk_grow_vlun: "} , \
0x0b0 { "cflash_disk_verify_no_pvid: "} , \
0x0b1 { "cflash_disk_check_disk_status: "} , \
0x0b2 { "cflash_disk_process_reset: "} , \
0x0b3 { "cflash_disk_tur: "} , \
0x0b4 { "cflash_disk_alloc_cmd: "} , \
0x0b5 { "cflash_issue_dk_cmd: "} , \
0x0b6 { "cflash_disk_close: "} , \
0x0b7 { "cflash_do_disk_open: "} , \
0x0b8 { "cflash_do_disk_close: "} , \
0x0b9 { "cflash_adap_put_cmd: "} , \
0x0ba { "cflash_wdog_disk_ioctl_cmd: "} , \
0x0bb { "cflash_adap_ioctl: "} , \
0x0bc { "cflash_set_disk_parms: "} , \
0x0bd { "cflash_disk_algo_round_robin: "} , \
0x0be { "cflash_master_flush_ops: "} , \
0x0bf { "cflash_disk_start: "} , \
0x0c0 { "cflash_disk_release10: "} , \
0x0c1 { "cflash_disk_tgt_lun_reset: "} , \
0x0c2 { "cflash_disk_d_q_cmd: "} , \
0x0c3 { "cflash_disk_start_tgt_lun_reset: "} , \
0x0c4 { "cflash_disk_issue_multicmd: "} , \
0x0c5 { "cflash_disk_process_good: "} , \
0x0c6 { "cflash_disk_process_ioctl_error: "} , \
0x0c7 { "cflash_disk_process_reset_error: "} , \
0x0c8 { "cflash_disk_process_enxio_error: "} , \
0x0c9 { "cflash_disk_recover_adap_q: "} , \
0x0ca { "cflash_disk_process_sense: "} , \
0x0cb { "cflash_disk_start_watchdog: "} , \
0x0cc { "cflash_disk_fail_disk: "} , \
0x0cd { "cflash_disk_start_in_progress: "} , \
0x0ce { "cflash_rocess_sense: "} , \
0x0cf { "cflash_process_scsi_buferr: "} , \
0x0d0 { "cflash_process_adap_buferr: "} , \
0x0d1 { "cflash_process_buferr: "} , \
0x0d2 { "cflash_process_sense: "} , \
0x0d3 { "cflash_disk_watchdog: "} , \
0x0d4 { "cflash_disk_q_cmd: "} , \
0x0d5 { "cflash_disk_release: "} , \
0x0d6 { "cflash_disk_process_scsi_error: "} , \
0x0d7 { "cflash_process_aca_active: "} , \
0x0d8 { "cflash_disk_process_aca: "} , \
0x0d9 { "cflash_disk_process_busy: "} , \
0x0da { "cflash_disk_process_qfull: "} , \
0x0db { "cflash_disk_process_adapter_error: "} , \
0x0dc { "cflash_disk_process_cc: "} , \
0x0dd { "cflash_disk_calc_retry_delay: "} , \
0x0de { "cflash_disk_promote_path: "} , \
0x0df { "cflash_disk_process_error: "} , \
0x0e0 { "cflash_process_sense_unitatt: "} , \
0x0e1 { "cflash_process_goodbuf: "} , \
0x0e2 { "cflash_process_failbuf: "} , \
0x0e3 { "cflash_disk_rwbuffer: "} , \
0x0e4 { "cflash_disk_log_error: "} , \
0x0e5 { "cflash_disk_put_cmd: "} , \
0x0e6 { "cflash_path_put_cmd: "} , \
0x0e7 { "cflash_disk_capi_log_error: "} , \
0x0e8 { "cflash_disk_start_ioctl: "} , \
0x0e9 { "cflash_disk_start_cmd: "} , \
0x0ea { "cflash_disk_failio: "} , \
0x0eb { "cflash_disk_fail_path: "} , \
0x0ec { "cflash_disk_read_cap16: "} , \
0x0ed { "cflash_disk_rdwr: "} , \
0x0ee { "cflash_disk_buffered_io: "} , \
0x0ef { "cflash_disk_partial_io: "} , \
0x0f0 { "cflash_disk_start_reset: "} , \
0x0f1 { "cflash_send_chn_sq_cmd: "} , \
0x0f2 { "cflash_send_mctx_sq_cmd: "} , \
0x0f3 { "cflash_build_afu_sync: "} , \
0x0f4 { "cflash_sq_start: "} , \
0x0f5 { "cflash_disk_set_mpio_path_state: "} , \
0x0f6 { "cflash_disk_algo_first_available: "} , \
0x0f7 { "cflash_disk_get_act_path: "} , \
0x0f8 { "cflash_disk_get_path: "} , \
0x0f9 { "cflash_disk_unfail_path: "} , \
0x0fa { "cflash_disk_chk_path: "} , \
0x0fb { "cflash_disk_chk_path_rsv: "} , \
0x0fc { "cflash_disk_algo_failover: "} , \
0x0fd { "cflash_disk_lun_reset: "} , \
0x0fe { "cflash_disk_strategy_queue: "} , \
0x0ff { "cflash_disk_process_inq: "} , \
0x100 { "cflash_process_check_condition: "} , \
0x101 { "cflash_process_busy_status: "} , \
0x102 { "cflash_process_qfull: "} , \
0x103 { "cflash_process_rsrv_conflict: "} , \
0x104 { "cflash_issue_cmd_sleep: "} , \
0x105 { "cflash_adap_strategy: "} , \
0x106 { "cflash_adap_read: "} , \
0x107 { "cflash_adap_write: "} , \
0x108 { "cflash_adap_dump: "} , \
0x109 { "cflash_wait_master_ctx_ops: "} , \
0x10a { "cflash_disk_close_adapter: "} , \
0x3ff { "cflash_XXX_set1: "} \
$typ, \
0x0 { "Trace" $cnt%X1 XW XW XW XW XW } , \
0x1 { "Error" $cnt%X1 XW XW XW XW XW }
106F 1.0 "@memcopy" \
{{ $lvl_bits = B0.4 }} \
{{ $hw_flag = B0.1 }} \
{{ $type_bits = B0.2 }} \
$type_bits, 3 { $SKIP } \
"memcopy: " \
"L"$lvl_bits%D1 \
$type_bits, \
0 { " " }, \
1 { " " }, \
2 { "FFDC " }, \
3 { "FFDCG " } \
W1 A8.8 W2 \
$hw_flag, \
0 { " " $D1, \
\* { "d1=" XW " d2=" XW " d3=" XW " d4=" XW } \
}, \
1 { " [HW] " $D1, \
\* { "d1=" XW " d2=" XW " d3=" XW " d4=" XW } \
}, \
\* { " [XX] " "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
29F 1.1 L=KERN "ddricio" \
$DDA
DDA 1.2 "" \
{{ $loc = X1 }} \
$loc, \
01 { "entry_open :" \
$DDC } , \
02 { "exit_open :" \
$DDC $DDE } , \
03 { "entry_close :" $DDC } , \
04 { "exit_close :" $DDC $DDE } , \
09 { "entry_ioctl :" $DDC "cmd :" XW} , \
0A { "exit_ioctl :" $DDC "cmd :" XW \n $DDE} , \
0B { "entry_select :" $DDC } , \
0C { "exit_select :" $DDC $DDE} , \
0D { "entry_config :" $DDC "cmd : " XW} , \
0E { "exit_config :" $DDC "cmd :" XW \n $DDE } , \
11 { "entry_mpx :" $DDC } , \
12 { "exit_mpx :" $DDC $DDE } , \
21 { "entry_str_Enq :" $DDC "scb elem @:" XW } , \
22 { "exit_str_Enq :" "unit num :" O1.0 XW "retcode :" XW } , \
25 { "entry_cscb_sig :" "unit num :" O1.0 XW } , \
26 { "exit_cscb_sig :" "unit num :" O1.0 XW } , \
27 { "entry_RxRouter :" "unit data@:" O1.0 XW "scb elem @:" XW } , \
28 { "exit_RxRouter :" "unit data@:" O1.0 XW "retcode :" XW } , \
62 { "inth_entry :" "level :" O1.0 XW} , \
63 { "inth_exit :" "level :" O1.0 XW "retcode :" XW } , \
64 { "oflinth_entry :" "level :" O1.0 XW "mycpu :" XW } , \
65 { "oflinth_exit :" "level :" O1.0 XW $DDC "mycpu :" XW } , \
66 { "dirxfer_entry :" $DDC "type :" XW \
\n "card_addr :" XW "length :" XW} , \
67 { "dirxfer_exit :" $DDC "type :" XW \
\n "card_addr :" XW "retcode :" XW} , \
68 { "scbxfer_entry :" $DDC "type :" XW \
\n "card_addr :" XW "length :" XW} , \
69 { "scbxfer_exit :" $DDC "type :" XW \
\n "card_addr :" XW "retcode :" XW} , \
6A { "ioxfer_entry :" $DDC "type :" XW \
\n "card_addr :" XW "length :" XW} , \
6B { "ioxfer_exit :" $DDC "type :" XW \
\n "card_addr :" XW "retcode :" XW} , \
82 { "issuecmd_entry :" $DDC "command :" XW \
\n "ret_code :" XW } , \
83 { "issuecmd_exit :" $DDC "command :" XW \
\n "ret_code :" XW } , \
84 { "ricio_init_eeh :" $DDC "Loc:" XW "Parameter:" XW "eeh_enabled:" XW "eeh_handle:" XW } , \
85 { "ricio_eeh_callback :" $DDC "Loc:" XW "Parameter:" XW "eeh_enabled:" XW "eeh_handle:" XW } , \
86 { "ricio_free_eeh :" $DDC "Loc:" XW "Parameter:" XW "eeh_enabled:" XW "eeh_handle:" XW } , \
87 { "ricio_eeh_read_slot_state :" $DDC "Loc:" XW "Paramter:" XW "eeh_enabled:" XW "eeh_handle:" XW } , \
88 { "ricio_eeh_finish_reset :" $DDC "Loc:" XW "Parameter:" XW "eeh_enabled:" XW "eeh_handle:" XW } , \
89 { "ricio_eeh_test :" $DDC "Loc:" XW "Parameter:" XW "eeh_enabled:" XW "eeh_handle:" XW } , \
29 { "ReadPCIWord : " $DDC "Loc:" XW "CardAddress: " XW } , \
30 { "GetROSData : " $DDC "Loc:" XW "Parameter: " XW } , \
32 { "InitDMA : " $DDC "Loc:" XW "Parameter: " XW } , \
31 { "SeeIfROS_IsReady : " $DDC "Loc:" XW "Parameter: " XW } , \
33 { "ddricio_general: " W1 A4.8 W2 "d1=" XW " d2=" XW " d3=" XW },\
34 { "EEH FROZEN : " $DDC "Loc:" XW "Parameter: " XW } , \
35 { "EEH DEAD : " $DDC "Loc:" XW "Parameter: " XW } , \
36 { "EEH SUSPEND: " $DDC "Loc:" XW "Parameter: " XW } , \
37 { "EEH RESUME : " $DDC "Loc:" XW "Parameter: " XW } , \
38 { "RestorePCI960Cnfg : " $DDC "Loc:" XW "Parameter: " XW } , \
39 { "RestorePCIConfg : " $DDC "Loc:" XW "Parameter: " XW } , \
3A { "RestorePCIRPCnfg : " $DDC "Loc:" XW "Parameter: " XW } , \
3B { "RestoreCLSizeLTimer: " $DDC "Loc:" XW "Parameter: " XW } , \
3C { "SaveCLSizeLTimer : " $DDC "Loc:" XW "Parameter: " XW } , \
3D { "WatchdogTimer : " $DDC "Loc:" XW "Parameter: " XW } , \
40 { "ProcessInterrupt : " $DDC "Loc:" XW "Parameter: " XW } , \
41 { "ricintr : " $DDC "Loc:" XW "Parameter: " XW } , \
42 { "ReadPCIDataViaIO : " $DDC "Loc:" XW "Parameter: " XW } , \
43 { "GetException : " $DDC "Loc:" XW "Parameter: " XW } , \
44 { "DisableInterrupts960: " $DDC "Loc:" XW "Parameter: " XW } , \
45 { "DisableInterruptsRP: " $DDC "Loc:" XW "Parameter: " XW } , \
46 { "WaitForKernResp : " $DDC "Loc:" XW "Parameter: " XW } , \
47 { "IssueCommand : " $DDC "Loc:" XW "Parameter: " XW } , \
48 { "ReadPCI_AdapterIO : " $DDC "Loc:" XW "Parameter: " XW } , \
49 { "ReadPCIData : " $DDC "Loc:" XW "Parameter: " XW } , \
4A { "ReadPCIData2U_Space: " $DDC "Loc:" XW "Parameter: " XW } , \
4B { "PCIReadReg : " $DDC "Loc:" XW "Parameter: " XW } , \
4C { "ActualReadData2U_Space: " $DDC "Loc:" XW "Parameter: " XW } , \
4D { "Set_RP_LocalBusSpeed: " $DDC "Loc:" XW "Parameter: " XW } , \
4E { "ResetCard : " $DDC "Loc:" XW "Parameter: " XW } , \
4F { "SeeIfRPROS_IsReady : " $DDC "Loc:" XW "Parameter: " XW } , \
50 { "SeeIfThereIsA_ROS_Error: " $DDC "Loc:" XW "Parameter: " XW } , \
D0 { "scb_enq_restart:" "unit num :" XW }
DDC 1.0 "" \
O1 "cardnum :" XW
DDE 1.0 "" \
"errno :" XW
001 1.0 "TRACE ON" channel D2 \
{{$PID = $D1}} {{ $TRCONTIME = $D2 }} {{$TID = $TID}} \
\n $TRCONTIME%T8
002 1.1 "@TRACE OFF" \
{{ $B = B0.1 }} {{ $chan = B0.15 }} {{ $TRCOFFTIME = $D1 }} \
$B, 0x1 "AUTOMATIC" \
"TRACE OFF" "channel" $chan $TRCOFFTIME%T8
003 1.2 L=0 "@TRACE HEADER" W2 \
$D1, \
1 { \
{{ $TC = $TOTALCPUS }} {{ $TRC = $TRACEDCPUS }} \
{{ $INITIALTIME = X4 }} \
{{ $UTSNAME = M160 }} \
W2\
\n\
T4 \n\
{{ $sys = A32 }} {{ $node = A32 }} {{ $rel = A32 }} {{ $ver = A32 }} {{ $mach = A32 }} \
System: $sys $ver"."$rel Node: $node \n\
Machine: $mach \n\
Internet Address: $IPADDR%X4 sinaddr($IPADDR) \n\
"At trace startup, the system contained" $TC%D1 "cpus, of which" $TRC%D1 "were traced.\n"\
$BUFF, \
1 {"Buffering: Kernel Heap\n"}, \
2 {"Buffering: Separate Segments\n"}, \
\* {} \
$TRACEENV,\
'32' { "This is from a 32-bit kernel." }, \
'64' { "This is from a 64-bit kernel." } \
},\
2 { {{ $CMD = $HL%S1 }} $CMD \n\n }, \
3 { "Tracing all hooks." }, \
4 { "Tracing only these hooks," $HL%S1 {{ $CONDTRACE = 1 }} }, \
5 { "Tracing all hooks except these hooks," $HL%S1 {{ $CONDTRACE = 2 }} }, \
6 { {{ $BITMAP = M4096 }} }, \
7 { {{ $BITMAP = M4096 }} }, \
255 { $HL%S1\n }
005 1.0 "LOGFILE WRAPAROUND" $HD
006 1.1 "TRACEBUFFER WRAPAROUND" $HD \
$D1, \
0 {}, \
\* { `$D1 missed entries` }
007 1.0 "UNDEFINED TRACE ID" idx $LOGIDX0 \
G0 {{ $hookword = XW }} \
$HOOKENV, \
'32' { G0 {{ $traceid = B0.12 }} }, \
'64' { G4 {{ $traceid = B0.16 }} } \
G2 {{ $length = X2 }} \
traceid $traceid \n\
hookword $hookword type HT \n\
$DEFAULT
008 1.1 "@DEFAULT TEMPLATE" \
$GENERIC, \
0 { {{ $length = $HL / $WORDSIZE }} \
hookdata $HD W1 LOOP $length {XW " "} },\
1 { "d1" $D1 W2 {{ $length = $HL }} LOOP $length {X0} }
009 1.2 "@trace internal events" \
$GENERIC, \
1 {\
$D1, \
0 { err code=X4 lineno=D4 file=A128 } \
}, \
0 {\
$HD, \
0 { cpu $D1%D1 added to the trace }, \
1 { cpu $D1%D1 removed from the trace }, \
2 { "preemption buffer created, cpu" $D1%D1 }, \
3 { "preemption buffer creation failed, cpu" $D1%D1 }, \
4 { `trace conferred $D1%D1 times.` } \
}
00A 1.5 @TRACE_UTIL \
$GENERIC, \
1 { {{ $mode = $D1 }} }, \
\* { {{ $mode = $HD }} } \
W2 \
$mode, \
0x1a "LMT Suspend", \
0x1b "LMT Restart", \
\* { $mode,\
0 ".9 second", \
1 { {{ $PID = X8 }} pidinstall($PID,X8,A16,X8,X4,X4) }, \
2 { loaderinstall(X8,X8,A16) }, \
3 { {{ $PID = $D1 }} }, \
4 { deviceinstall(X8,A16) }, \
5 { {{ $IPADDR = $D1 }} }, \
6 { {{ $BUFF = $D1 }} }, \
7 { cpumap(0) }, \
0xc { {{ $addr = X8 }} syminstall(A32, $addr, 1) }, \
0x25c { timefact(X8, X8, X8) }, \
0x10 { {{ $cpuid = X4 }} {{ $strlen = $HL - 4 }} \
{{$string = $HL%S1}} \
install_logfile($cpuid,$string,$strlen) }, \
0x12 { {{ $TOTALCPUS = X4 }} {{ $TRACEDCPUS = X4 }} \
$REPORTEDCPUS,\
0 { {{ $REPORTEDCPUS = $TRACEDCPUS }} } }, \
0x13 { {{ $LARGEDATATYPES = 1 }} }, \
0x14 { reginstall() }, \
0x16 { {{ $PID = X8 }} \
O48 {{ $string = $HL%S1 }} \
W2 O8 \
pidinstall($PID,X8,$string,X8,X4,X4) }, \
0x17 { {{ $strlen = $HL }} {{$string = $HL%S1}} \
install_componentfile($string,$strlen) }, \
0x1c { {{ $PID = X8 }} \
O56 {{ $string = $HL%S1 }} \
W2 O8 \
pidinstall($PID,X8,$string,X8,X4,X4) }, \
0x1e { {{ $PID = $D3 }} \
pidinstall($PID, 1, "trace", $TID, $D4, $D5) \
cidinstall($TID, $D2, 0, 0, 0, 0) }, \
0x20 { {{ $PID = X8 }} \
{{ $pid = $PID }} \
{{ $ppid = X8 }} \
{{ $tid = X8 }} \
O24 {{ $vpid = X8 }} \
{{ $vtid = X8 }} \
{{ $cid = X4 }} \
O16 {{ $string = A36 }} \
W2 O8 \
pidinstall($PID,X8,$string,X8,X4,X4) \
cidinstall($tid, $cid, $vpid, $vtid, 0, 0) \
"pid="prpid($pid) "ppid="prpid($ppid) "tid="prpid($tid) \
"string="$string "CID="$cid%D4 "vTID="prpid($vtid) "vPID="prpid($vpid)}, \
0x21 { {{ $cid = X4 }} \
{{ $wp_name = S2 }} \
{{ $wp_path = S2 }} \
cidinstall($TID, $cid, 0, 0, 0, $wp_name) \
"cid="$cid%D4 "name="$wp_name "root_path="$wp_path} \
$NOPRINT }
100 1.2 L=INT "@FLIH" {{ $level = $HD }} \
{{ intrtype(pril) \
$pril%D4, \
-2 ADJUNCT, \
-3 ADJUNCT, \
-4 ADJUNCT, \
-5 ADJUNCT, \
-6 ADJUNCT, \
\* REGULAR \
}} \
$PLATFORMTYPE, \
0 { \
$level, \
2 { "MACHINE CHECK" "iar="$D1 "cpuid="$CPUID }, \
3 { "DATA ACCESS PAGE FAULT" "iar="$D1 "cpuid="$CPUID }, \
4 { "INSTRUCTION PAGE FAULT" "iar="$D1 "cpuid="$CPUID }, \
5 { "I/O INTERRUPT" O2 "iar="XW "cede="XW "plvl="XW "source="XW intrtype($D3) "cpuid="$CPUID }, \
6 { "ALIGNMENT ERROR" "iar="$D1 "cpuid="$CPUID }, \
7 { "PROGRAM CHECK" "iar="$D1 "cpuid="$CPUID }, \
8 { "FLOATING POINT UNAVAILABLE" "iar="$D1 "cpuid="$CPUID }, \
0x0a { "FLOATING POINT IMPRECISE" "iar="$D1 "cpuid="$CPUID }, \
0x20 { "RUN-MODE INTERRUPT" "iar="$D1 "cpuid="$CPUID }, \
0x31 { "DECREMENTER INTERRUPT" "iar="$D1 "cpuid="$CPUID },\
0x32 { "QUEUED INTERRUPT" "iar="$D1 "cpuid="$CPUID }, \
0x40 { "PROCESSING DEFERRED INTERRUPT" "i_softpri="$D1%X2 \
"previous intpri="$D2%X1 "padj_intpri="$D3%X2 \
"lock_intpri="$D4%X2 "cpuid="$CPUID },\
0x41 { "CONFER ADJUNCT INTERRUPT" "q_pri="$D1%X2 "set="$D2%X2 \
"hrc="$D3%X2 "hcall_try="$D4%X2 "cpuid="$CPUID }, \
0x50 { "DISABLE LOCK MASK INTERRUPT" "i_softpri="$D1%X2 \
"lock_intpri="$D2%X2 "mstintpri="$D3%X2 "disable pri="$D4%X2 \
"lock="$D5 }, \
0x51 { "UNLOCK ENABLE MASK INTERRUPT" "i_softpri="$D1%X2 \
"lock_intpri="$D2%X2 "mstintpri="$D3%X2 "enable pri="$D4%X2 \
"lock="$D5 }, \
0x63 { "I/O INTERRUPT (EOI)" O2 "pril="XW "esb="XW "i_softpri="$D3%X2 \
"cpuid="$CPUID }, \
0x64 { "I/O INTERRUPT (EOI)" O2 "xirr="XW "hrc="XW "i_softpri="$D3%X2 \
"cpuid="$CPUID }, \
\* { flih "iar="$D1 "cpuid="$CPUID $level } \
}, \
1 { \
$level, \
1 { "INSTRUCTION TLB FAULT" "ip="$D1 "cpuid="$CPUID }, \
2 { "DATA TLB FAULT" "ip="$D1 "cpuid="$CPUID }, \
3 { "ALTERNATE ITLB FAULT" "ip="$D1 "cpuid="$CPUID }, \
4 { "ALTERNATE DTLB FAULT" "ip="$D1 "cpuid="$CPUID }, \
0xb { "BREAK FAULT" "ip="$D1 "cpuid="$CPUID }, \
0xc { "EXTERNAL INTERRUPT" flih($level) "ip="$D1 "cpuid="$CPUID }, \
0x16 { "INSTR ACCESS-RIGHTS FAULT" "ip="$D1 "cpuid="$CPUID }, \
0x17 { "DATA ACCESS-RIGHTS FAULT" "ip="$D1 "cpuid="$CPUID }, \
0x18 { "GENERAL PROTECTION FAULT" "ip="$D1 "cpuid="$CPUID }, \
0x19 { "DISABLE FP FAULT" "ip="$D1 "cpuid="$CPUID }, \
0x1a { "NAT CONSUMPTION FAULT" "ip="$D1 "cpuid="$CPUID }, \
0x1d { "DEBUG FAULT" "ip="$D1 "cpuid="$CPUID }, \
0x1e { "ALIGNMENT FAULT" "ip="$D1 "cpuid="$CPUID }, \
0x22 { "LOWER-PRIVILEGE TRANSFER TRAP" "ip="$D1 "cpuid="$CPUID }, \
0x23 { "TAKEN BRANCH TRAP" "ip="$D1 "cpuid="$CPUID }, \
0x24 { "SINGLE STEP TRAP" "ip="$D1 "cpuid="$CPUID }, \
0x33 { "QUEUED INTERRUPT" "ip="$D1 "cpuid="$CPUID }, \
0x34 { "NESTED INTERRUPT" "ip="$D1 "cpuid="$CPUID }, \
0x35 { "MACHINE CHECK" "ip="$D1 "cpuid="$CPUID }, \
\* { flih "ip="$D1 "cpuid="$CPUID $level } \
}
1001 1.0 L=KERN "@OFED Trace" \
{{ \
print_subhook_src_file(subhook_id) \
$subhook_id, \
0x0000 { "src/bos/kernel/lib/libofed_wrappers/linked_lists.c" }, \
0x0001 { "src/bos/kernel/lib/libofed_wrappers/syncronization_primitives.c" }, \
0x0002 { "src/bos/kernel/lib/libofed_wrappers/work_queues.c" }, \
0x0003 { "src/ofed/kernext/rds/af_rds.c" }, \
0x0004 { "src/ofed/kernext/rds/aix_rds_config.c" }, \
0x0005 { "src/ofed/kernext/rds/aix_ofed_socket.c" }, \
0x0006 { "src/ofed/kernext/rds/bind.c" }, \
0x0007 { "src/ofed/kernext/rds/cong.c" }, \
0x0008 { "src/ofed/kernext/rds/connection.c" }, \
0x0009 { "src/ofed/kernext/rds/info.c" }, \
0x000A { "src/ofed/kernext/rds/loop.c" }, \
0x000B { "src/ofed/kernext/rds/message.c" }, \
0x000C { "src/ofed/kernext/rds/page.c" }, \
0x000D { "src/ofed/kernext/rds/recv.c" }, \
0x000E { "src/ofed/kernext/rds/send.c" }, \
0x000F { "src/ofed/kernext/rds/stats.c" }, \
0x0010 { "src/ofed/kernext/rds/aix_rds_sysctl.c" }, \
0x0011 { "src/ofed/kernext/rds/threads.c" }, \
0x0012 { "src/ofed/kernext/rds/transport.c" }, \
0x0013 { "src/bos/kernel/lib/libofed_wrappers/ofed_ras.c" }, \
0x0014 { "src/ofed/kernext/rds/aix_rds_proto.c" }, \
0x0015 { "src/bos/kernel/lib/libofed_wrappers/memory_management.c" }, \
0x0016 { "src/bos/kernel/lib/libofed_wrappers/multiprocessor.c" }, \
0x0017 { "src/ofed/kernext/rds/ib.c" }, \
0x0018 { "src/ofed/kernext/rds/ib_cm.c" }, \
0x0019 { "src/ofed/kernext/rds/ib_ring.c" }, \
0x001a { "src/ofed/kernext/rds/ib_stats.c" }, \
0x001b { "src/ofed/kernext/rds/ib_recv.c" }, \
0x001c { "src/ofed/kernext/rds/ib_send.c" }, \
0x001d { "src/ofed/kernext/rds/aix_ofed_ib_dma.c" }, \
0x001e { "src/ofed/kernext/rds/aix_ib_wrapper.c" }, \
0x001f { "src/ofed/kernext/rds/aix_ib_arp_provider.c" }, \
0x0020 { "src/bos/kernel/lib/libofed_wrappers/ofed_misc_wrappers.c" }, \
0x0021 { "src/bos/kernel/lib/libofed_wrappers/hash_tables.c" }, \
0x0022 { "src/bos/kernel/lib/libofed_wrappers/red_black_trees.c" }, \
0x0023 { "src/ofed/kernext/rds/aix_ib_cm.c" }, \
0x0024 { "src/ofed/kernext/rds/rdma.c" }, \
0x0025 { "src/ofed/kernext/rds/ib_rdma.c" }, \
0x0026 { "src/ofed/kernext/rds/aix_ib_device.c" }, \
0x0027 { "src/ofed/kernext/rds/aix_ib_dma_page_pool.c" }, \
0x0028 { "src/ofed/kernext/rds/aix_rdma_wrappers.c" }, \
0x0029 { "src/ofed/kernext/rds/aix_rds_wire_tracing.c" }, \
0X002A { "src/ofed/kernext/ofed_core/aix_ofed_core.c" }, \
0X002B { "src/ofed/kernext/ofed_core/iwcm.c" }, \
0X002C { "src/ofed/kernext/ofed_core/verbs.c" }, \
0X002D { "src/ofed/kernext/ofed_core/cma.c" }, \
0X002E { "src/ofed/kernext/ofed_core/device.c" }, \
0X002F { "src/ofed/kernext/ofed_core/cache.c" }, \
0X0030 { "src/ofed/kernext/ofed_core/packer.c" }, \
0X0031 { "src/ofed/kernext/ofed_core/ucma.c" }, \
0X0032 { "src/ofed/kernext/ofed_core/ud_header.c" }, \
0X0033 { "src/ofed/kernext/ofed_core/uverbs_main.c" }, \
0X0034 { "src/ofed/kernext/ofed_core/addr.c" }, \
0X0035 { "src/ofed/kernext/ofed_core/aix_addr.c" }, \
0X0036 { "src/bos/kernel/lib/libofed_wrappers/idr.c" }, \
0X0037 { "src/ofed/kernext/ofed_core/uverbs_cmd.c" }, \
0X0038 { "src/ofed/kernext/ofed_core/cm.c" }, \
0X0039 { "src/ofed/kernext/ofed_core/sa_query.c" }, \
0X003A { "src/ofed/kernext/ofed_core/mad.c" }, \
0X003B { "src/ofed/kernext/ofed_core/agent.c" }, \
0x003C { "src/bos/kernel/lib/libofed_wrappers/ofed_timers.c" }, \
0x003D { "src/ofed/kernext/ofed_core/multicast.c" }, \
0x003E { "src/ofed/kernext/ofed_core/local_sa.c" }, \
0x003F { "src/bos/kernel/lib/libofed_wrappers/percpu_counter.c" }, \
0x0050 { "src/ofed/kernext/ofed_core/aix_dma_verbs.c" }, \
0x0051 { "src/ofed/kernext/ofed_core/umem.c" }, \
0x0052 { "src/ofed/kernext/ofed_core/fmr_pool.c" }, \
0x0053 { "src/bos/kernel/lib/libofed_wrappers/ofed_tasklets.c" }, \
0x0054 { "src/bos/kernel/lib/libofed_wrappers/ofed_skbuff.c" }, \
0x0055 { "src/ofed/kernext/sdp/sdp_main.c" }, \
0x0056 { "src/ofed/kernext/sdp/sdp_bcopy.c" }, \
0x0057 { "src/ofed/kernext/sdp/sdp_zcopy.c" }, \
0x0058 { "src/ofed/kernext/sdp/sdp_rx.c" }, \
0x0059 { "src/ofed/kernext/sdp/sdp_tx.c" }, \
0x005A { "src/ofed/kernext/sdp/sdp_cma.c" }, \
0x005B { "src/ofed/kernext/sdp/sdp_proc.c" }, \
0x005C { "src/ofed/kernext/sdp/aix_sdp_config.c" }, \
0x005D { "src/ofed/kernext/sdp/aix_sdp_proto.c" }, \
0x005E { "src/ofed/kernext/sdp/aix_ofed_socket.c" }, \
0x005F { "src/ofed/kernext/sdp/aix_sdp_proc.c" }, \
0x0060 { "src/ofed/kernext/sdp/aix_ofed_timer.c" }, \
\* { $subhook_id } \
}} \
{{ $subhook_id = $HD }} \
{{ $src_line = XW }} \
{{ $seq_num = X2 }} \
{{ $num_data_args = X2 }} \
{{ $stktrace_len = X2 }} \
{{ $stktrace_sel = X1 }} \
{{ $stktrace_skip_bytes = X1 }} \
\n "TID:" $TID "CPU:" $CPUID \n \
"Seq num: " $seq_num \n \
print_subhook_src_file($subhook_id) ":" $src_line%UW \n \
"Data args: " \n \
LOOP $num_data_args { XW \n } \
LOOP $stktrace_skip_bytes { O1 } \
$stktrace_sel, \
0 { }, \
1 { "Stack trace: " \n \
$stktrace_len%S2 }, \
2 { {{ $stktrace_len = $stktrace_len / 8 }} \
"Stack trace: " \n \
LOOP $stktrace_len { XW \n } \
}, \
\* { "unknown stktrace selector " $stktrace_sel }
100B 1.0 "TRACE_UNMANAGED" \
$HD, \
\* { `subhook=$HD` `cpu=$CPUID` D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
101 1.0 L=SVC "@SYSTEM CALL" \
{{ $SVC = $D1 }} \
$SVC "LR = "$D2\
starttimer(0x101,$TID)
101D 1.0 "@DISPATCH SRAD" \
"Home SRAD="$D1%DW "Home ref1="$D2%DW\
"Dispatch SRAD="$D3%DW "Dispatch ref1="$D4%DW
101E 1.0 "@DISPATCH Affinity" \
{{ \
print_dispaffin_subhook(subhook_id) \
$subhook_id%D1, \
0 { "DISP_DONE " }, \
1 { "DISP_REMRQ " }, \
2 { "DISP_SETRQ " }, \
3 { "LTBORROW " }, \
4 { "STBORROW " }, \
5 { "DBLBORROW " }, \
6 { "UPDHOME " }, \
7 { "REHOME " }, \
8 { "GOHOME " }, \
9 { "SETRQ " }, \
10 { "REMRQ " }, \
11 { "BINDP " }, \
12 { "UNBINDP " }, \
13 { "MIGT " }, \
14 { "DISP " }, \
15 { "SET_HOME_NODE " }, \
16 { "UPD_HOME_NODE " }, \
17 { "INIT_HOME_NODE " }, \
18 { "REACQ_RQLOCK " }, \
19 { "SETNEWRQ " }, \
20 { "REHOME_ADV " }, \
128 { "LOAD_BALANCE " }, \
129 { "FIND_THREAD " }, \
\* { "UNKNOWN " } \
}} \
{{ $subhook_id = $HD }} \
print_dispaffin_subhook($subhook_id) \
$subhook_id & 0x80, \
0x80 { {{ $dat = $D5%W0.31 }} {{ $flg = $D5%W32.63 }} \
"data="$dat%X4 "tid="$D1%X4 "cpu="$D2%X2 "load="$D3%X4 \
"fload="$D4%X4 "flags="$flg%X4 }, \
\* { {{ $hmct = $D1%W0.15 }} {{ $srad = $D1%W16.31 }} \
{{ $tid = $D1%W32.63 }} {{ $borr = $D2%W0.15 }} \
{{ $trq = $D2%W16.31 }} {{ $lent = $D2%W32.47 }} \
{{ $hrq = $D2%W48.63 }} {{ $flg2 = $D3%W0.31 }} \
{{ $flg = $D3%W32.63 }} {{ $dat = $D4%W0.31 }} \
"data="$dat%X4 "tid="$tid%X4 "srad="$srad%X2 "hrq="$hrq%X2 \
"trq="$trq%X2 "hcount="$hmct%X2 "lent="$lent%X2 "borr="$borr%X2 \
"flags="$flg%X4 "flags2="$flg2%X4 }
102 1.2 L=INT "@SLIH" \
"slih" "cpuid="$CPUID slihlookup($D1) \
endtimer(0x102,0x102) starttimer(0x102,0x102) starttimer(0x103,0x103)
1027 1.0 "@THRD_REAFF" \
{{ $mt_is64 = $D3%W63.63 }} \
{{ $sradid = $D3%W0.62 }} \
$HD, \
0x00 { `THREAD REAFFIN start: tid=$D1 pid=$D2 mt_is64=`$mt_is64%D1` home_sradid=`$sradid%D1` home_pgs=$D4 total_pgs=$D5` }, \
0x01 { `THREAD REAFFIN abort: tid=$D1 pid=$D2 krc=$D3` }, \
0x02 { `THREAD REAFFIN abort_mt: tid=$D1 pid=$D2` }, \
0x03 { `THREAD REAFFIN start_hs: tid=$D1 pid=$D2 mt_is64=`$mt_is64%D1` home_sradid=`$sradid%D1 }
1028 1.0 "@THRD_MREAFF" \
{{ $nsleeps = $D4%W50.63 }} \
{{ $isrefs = $D4%W32.49 }} \
{{ $migcnt = $D4%W0.31 }} \
{{ $attonly = $D5%W63.63 }} \
{{ $thrdrf = $D5%W62.62 }} \
{{ $retry = $D5%W61.61 }} \
{{ $migerrs = $D5%W32.60 }} \
{{ $migtgt = $D5%W0.31 }} \
$HD, \
0x00 { `THREAD MEM REAFFIN0: tid=$D1 pid=$D2 sidx=$D3 refcnts=$D4%X8 flags_errs=$D5%X8\n` \
` refcnts : numsleeps=`$nsleeps%D2` isrefs=`$isrefs%X4` migcnt=`$migcnt%X4`\n` \
` flags_errs: attonly=`$attonly%D1` thrdreaff=`$thrdrf%D1` retry=`$retry%D1` migerrs=`$migerrs%X4` migtgt=`$migtgt%X4 }, \
0x01 { `THREAD MEM REAFFIN1: st_home_pgs=$D1 st_tot_pgs=$D2 end_home_pgs=$D3 end_tot_pgs=$D4 retry=$D5` }, \
0x02 { `THREAD MEM REAFFIN2: segmark tid=$D1 pid=$D2 home_sradid=$D3 sidx=$D4 state=$D5` }, \
0x03 { `THREAD MEM REAFFIN3: done tid=$D1 pid=$D2 cur state=$D3 orig state=$D4` }
103 1.2 L=INT "@RETURN FROM SLIH" \
"return from slih" "rc="$D1 "cpuid="$CPUID endtimer(0x103,0x103)
104 1.0 L=SVC "@RETURN FROM SYSTEM CALL" {{ $errno = $D1 }} \
$errno, \
0 { `return from $SVC` }, \
\* { `return from $SVC. error $errno%EW` } \
{{ $SVC = 0 }} \
endtimer(0x101,$TID)
1044 1.0 L=INT "@IODONE" \
$HD%D1, \
1 {"iodone: bufp="$D1 "m_iodones="$D2 "TB_first_m_iodone="$D3 "iodonelist="$D4 }, \
2 {"distr_iodone_offl_process: bufp="$D1 }, \
3 {"percpu_iodone_offl: bufp="$D1 "m_iodones="$D2 "TB_first_m_iodone="$D3 "iodonelist="$D4 }, \
4 {"switch_to_distr: First_m_iodone="$D1 "m_iodones="$D2 "TB_first_m_iodone="$D3 }, \
5 {"distr_iodone_offl: First_m_iodone="$D1 "m_iodones="$D2 "TB_first_m_iodone="$D3 "iodonelist="$D4 "stolen_cpu="$D5 }
1047 1.0 "@VM_PATTR" \
$HD, \
0x00 { `VM_PATTR entry: cmd=$D1 pid=$D2` }, \
0x01 { `VM_PATTR exit: cmd=$D1 pid=$D2 errno=$D3 16m_pro_krc=$D4` }, \
0x02 { `VM_PATTR promote_16m: sidx=$D1 sid=$D2 pno=$D3 vmp_memp=$D4` }, \
0x03 { `VM_PATTR promote_16m_rtn: sidx=$D1 sid=$D2 pno=$D3 vmp_memp=$D4 krc=$D5` }
1048 1.0 "@CHLMB" \
$HD, \
0x01 { `REG_LOCK: lmb_list=$D1 lmb_list_size=$D2 total_refresh=$D3` }, \
0x02 { `REG_LOCK_ERR: krc=$D1` }, \
0x03 { `POST` }, \
0x04 { `POST_ERR` }, \
0x05 { `AFF01: lmb_addr=$D1 aff_n_ele=$D2 sum_aff0123=$D3 src_v=$D4` }, \
0x06 { `AFF02: tgt_v=$D1 oldmaxvmpool=$D2` }, \
0x07 { `AFF_OUT: krc=$D1` }, \
0x08 { `REASSGN_NFRS: tgt_v=$D1 tgt_v_flags=$D2 mp=$D3` }, \
0x09 { `REASSGN_NFRS_PROLOG: tgt_v=$D1 tgt_vp_nb_mp=$D2` }, \
0x0A { `OFFL_MEMP: v=$D1` }, \
0x0B { `REASSGN_PGS01: src_v=$D1 tgt_v=$D2 lru=$D3 goodmem=$D4 cur_anchor=$D5` }, \
0x0C { `REASSGN_PGS02: s_mp=$D1 t_mp=$D2 start=$D3 end=$D4 lru=$D5` }, \
0x0D { `REASSGN_PGS03: next_mp_in_tgt_v=$D1 empty_mp_in_tgt_v=$D2 cur_anchor=$D3` }, \
0x0E { `KSP_ONLY_VMP: tgt_v=$D1` }, \
0x0F { `AFF_POST: srcmaxvmpool=$D1 reused_vmpools=$D2 total_refresh=$D3` }, \
0x10 { `REASSGN_MEMP: v=$D1 vp=$D2` }, \
0x11 { `REASSGN_NOLRU: v=$D1 v1=$D2 mp=$D3` }, \
0x12 { `XFER_NOLRU: s_mp=$D1 t_mp=$D2 start=$D3 end=$D4` }, \
0x13 { `REASSGN_LGPG01: nfr=$D1 new_vmpid=$D2 flags=$D3 rc=$D4` }, \
0x14 { `REASSGN_LGPG02: nfr=$D1` }, \
0x15 { `REASSGN_LGPG03: nfr=$D1 new_vmpid=$D2 flags=$D3 rc=$D4` }
104F 1.0 "@VMM_RELALIAS" \
$HD, \
0 { `VMM relalias: lock sid=$D1 sidx=$D2 nlocks=$D3 lckaddr=$D4` }, \
1 { `VMM relalias: unlock sid=$D1 lckaddr=$D2` }, \
2 { `VMM relalias: lock sw sid=$D1 sidx=$D2 nlocks=$D3 lckaddr=$D4 bitno=$D5` }, \
3 { `VMM relalias: unlock sw sid=$D1 lckaddr=$D2 spno=$D3 msid=$D4 mpno=$D5` }
105 1.0 "@LVM EVENTS" \
$HD%D2, \
1 { `LVM relocingblk: pbp=$D1 pblock=$D2 relblock=$D3` },\
2 { `LVM oldbadblock: pbp=$D1 pblock=$D3 state=$D3` \
bflags($D2) },\
3 { `LVM badblkdone: pbp=$D1` },\
4 { `LVM newbadblock: pbp=$D1 badblock=$D4 error=$D3` \
bflags($D2) },\
5 { `LVM swreloc: pbp=$D1 status=$D2 error=$D3 retry=$D4` },\
6 { {{ $smsk = $D4 & 0xFF }} {{ $pptmp = $D4 / 0x100 }} \
{{ $ppstate = $pptmp & 0xFF }} {{ $strk = $D4 / 0x10000 }} \
`LVM resyncpp: pbp=$D1 LP=$D3 sync_trk=$strk \
ppstate=$ppstate sync_msk=$smsk` bflags($D2) },\
7 { `LVM open: ` devtoname($D1) flags=$D2 },\
8 { `LVM close: ` devtoname($D1) },\
9 { `LVM read: ` devtoname($D1) ext=$D2 },\
10 { `LVM write: ` devtoname($D1) ext=$D2 },\
11 { `LVM ioctl: ` devtoname($D1) cmd=$D2 arg=$D3 },\
12 { `LVM upd_bbdir: pb=$D1 bbop=$D2 bb_pbuf flags=$D3` },\
13 { `LVM bbdirend: ` devtoname($D1) `bb_pbuf:pb:flags=$D2` \
:b_error=$D3 },\
14 { `LVM bbdirop: ` devtoname($D1)` bb_pbuf:pb_bbop=$D2` \
"\n " ` origpb:pb_bbop=$D3` },\
15 { `LVM bbadd: bb_pbuf ptr=$D1 orig pb_bad ptr=$D2` \
"\n " \
`bad block=$D3 relblk=$D4 status=$D5` },\
16 { `LVM bbdel: orig pb_bad ptr=$D1 bad block=$D2` },\
17 { `LVM bbupd: bad_ptr=$D1 bad_ptr:blkno=$D2` \
"\n " \
relblk=$D3 status=$D4 },\
18 { `LVM bbdirdone: origpb=$D1 pb_bbstat=$D2 pb_bbop=$D3` },\
19 { `LVM ca_chkcach: `devtoname($D1) `b_dev=$D1 b_blkno=$D2` \
"\n " \
`ltg=$D3` },\
20 { `LVM ca_chkhit: `devtoname($D1) `b_dev=$D1 b_blkno=$D2` \
"\n " `ltg=$D3` },\
21 { `LVM ca_wrt: `devtoname($D1) ` pvol dev=$D1` },\
22 { `LVM ca_wend: `devtoname($D2) `pb=$D1 pvol dev=$D2` \
"\n " \
`pb:flags=$D3 :b_error=$D4` },\
23 { `LVM mwccwcomp: `devtoname($D2) `lb_wait=$D1` \
"\n " \
`lb_wait b_dev=$D2 lb_wait b_blkno=$D3` },\
24 { `LVM ca_clnup: `devtoname($D1) },\
25 { `LVM ca_term: lb=$D1` },\
26 { `LVM mvhld: `devtoname($D1) },\
27 { `LVM hd_aiomir: d1=$D1 d2=$D2 d3=$D3 d4=$D4 line=$D5%DW` },\
28 { `LVM hd_sched: d1=$D1 d2=$D2 d3=$D3 d4=$D4 line=$D5%DW` },\
\* { `LVM subhook=$HD%DW d1=$D1 d2=$D2 d3=$D3 d4=$D4` }
1051 1.0 'BPF' \
$HD%D1, \
0 { `(`G8.0 A8.8`) d1=$D2%XW d2=$D3%XW d3=$D4%XW d4=$D5%XW` }, \
1 { `bpf_aix_tap_in op=$D1%DW ifp=$D2%XW bp=$D3%XW` }, \
2 { `bpf_aix_tap_generic op=$D1%DW ifp=$D2%XW bp=$D3%XW nddp=$D4%XW` }, \
3 { `bpf_aix_tap_err1 op=$D1%DW ifp=$D2%XW bp=$D3%XW` }, \
4 { `bpf_aix_tap_filterout1 op=$D1%DW ifp=$D2%XW bp=$D3%XW nddp=$D4%XW` }, \
5 { `bpf_aix_tap_filterout2 op=$D1%DW ifp=$D2%XW bp=$D3%XW rc=$D4%DW` }, \
6 { `bpf_aix_tap_err2 op=$D1%DW ifp=$D2%XW bp=$D3%XW` }, \
7 { `bpf_aix_mtap_in arg=$D1%XW m=$D2%XW packet_type=$D3%DW` }, \
8 { `bpf_aix_mtap_filter arg=$D1%XW m=$D2%XW packet_type=$D3%DW` }, \
9 { `process_ipv6_options_in ip6=$D1%XW m=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
10 { `process_ipv6_options_err1 ip6=$D1%XW m=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
11 { `process_ipv6_options_err2 ip6=$D1%XW m=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
12 { `process_ipv4_options_in ip=$D1%XW m=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
13 { `process_ipv4_options_err1 ip=$D1%XW m=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
14 { `process_ipv4_options_err2 ip=$D1%XW m=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
15 { `process_ipv4_options_err3 ip=$D1%XW m=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
16 { `process_ipv4_options_err4 ip=$D1%XW m=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
17 { `process_ipv4_options_err5 ip=$D1%XW m=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
18 { `inp_match_in m=$D1%XW sport=$D2%DW dport=$D3%DW ` }, \
19 { `inp_match_err1 ip6=$D1%XW m0=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
20 { `inp_match_ipv6 src_addr=$D1%XW dst_addr=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
21 { `inp_match_debug1 so=$D1%XW m0=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
22 { `inp_match_debug2 so=$D1%XW m0=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
23 { `inp_match_err2 ip=$D1%XW m0=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
24 { `inp_match_ipv4 src_addr=$D1%XW dst_addr=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
25 { `inp_match_debug3 so=$D1%XW m0=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
26 { `inp_match_debug4 so=$D1%XW m0=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
27 { `inp_match_socket1 so=$D1%XW m0=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
28 { `inp_match_socket2 so=$D1%XW m0=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
29 { `inp_match_socket3 so=$D1%XW m0=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
30 { `inp_match_socket4 so=$D1%XW m0=$D2%XW proto=$D3%DW sport=$D4%DW dport=$D5%DW ` }, \
31 { `inp_match_invalid_header m0=$D1%XW sport=$D2%DW dport=$D3%DW ` }, \
\* { unknown subhook $HD $ERROR }
1052 1.0 "VMM COW " \
{{ $c1 = $D3%W28.55 }} \
{{ $c2 = $D3%W0.27 }} \
{{ $c3 = $D4%W40.63 }} \
{{ $c4 = $D4%W17.39 }} \
$HD, \
1 { `FREE: sidx=$D1 RO=$c1%D4 RW=$c1%D4 CP=$c3%D4 MV=$c4%D4` vmmsibits($D2)}, \
2 { `SCALE: sidx=$D1 RO=$c1%D4 RW=$c1%D4 CP=$c3%D4 MV=$c4%D4` vmmsibits($D2)}, \
3 { `COUNTS: sidx=$D1 RO=$c1%D4 RW=$c1%D4 CP=$c3%D4 MV=$c4%D4` vmmsibits($D2)}
106 1.3 "@DISPATCH" \
{{ $pidsv = $PID }} {{ $TID = $D2 }} {{ $PID = $D1 }} {{ $CPUID = $D5 }} {{ $e = $EXECPATH }} {{ $PRI = $D4%W16.31 }} \
"dispatch: " \
$e, \
swapper { "scheduler" }, \
\* { $PRI, 7F { $SKIP }, \* { "cmd="$e%A14.14 "pid="prKernelPID($PID) "tid=" prKernelTID($TID) W4 \
$HOOKENV, \
'64' { O4 }\
"priority="U2 "old_tid="prKernelTID($D3) "old_priority="U2 "CPUID="$D5%U1 } } \
$PRI, \
7F { "idle time:" endtimer(0x10c,0x10C) } \
endtimer(0x106,0x106) starttimer(0x106,0x106)
107 1.1 "@LFS: vnop_lookup (filename to vnode)" \
$GENERIC, \
1 { W2 `lookuppn: $HL%S1` W2 lookuppninstall1($HL%S1) }, \
\* { \
$HD, \
0xFF { `vnop_lookup(dvp = $D3, flag = $D4) = $D1, *vpp = $D2` }, \
0 { \
$D1, \
0 { `lookuppn exit: file not found` }, \
\* { lookuppninstall2($D1) `lookuppn exit: '`vnodetofilename($D1)`' = vnode $D1`} \
}, \
\* { vnop_lookup unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } \
}
1073 1.0 "@VMM_PGZ" \
$HD, \
0x01 { `THD_TERM: tid=$D1 term=$D2 total=$D3 data=$D4` }, \
0x02 { `GROW_WRPOOL: n=$D1 addr=$D2` }, \
0x03 { `XMALLOC_FAIL: sz=$D1 inprog=$D2 data=$D3` }, \
0x04 { `RQLIST_EMPTY: need=$D1 n=$D2 inprog=$D3` }, \
0x05 { `WKR_CHANGE: n=$D1 srad=$D2 si_nwork=$D3 gi_nwork=$D4 data=$D5` }, \
0x06 { `WKR_FAIL: rc=$D1 srad=$D2 si_nwork=$D3 gi_nwork=$D4 tid=$D5` }, \
0x07 { `CTL_FAIL: rc=$D1 idx=$D2 nctrl=$D3 tid=$D4` }, \
0x08 { `INIT_FAIL0: reinit=$D1 kpid=$D2 inprog=$D3` }, \
0x09 { `INIT_FAIL1: reinit=$D1 rc=$D2 nsrads=$D3` }, \
0x0A { `INIT_FAIL2: reinit=$D1 pool=$D2 nsrads=$D3` }, \
0x0B { `KPROC_CMD: cmd=$D1 gi_inprog=$D2 gi_nwork=$D3` }, \
0x0C { `SEGDEL: tid=$D1 sid=$D2 sidx=$D3` }, \
0x0D { `WKR_PROD: pid=$D1 saved_numrq=$D2 numrq=$D3` }, \
0x0E { `KPROC_FAIL: rc=$D1 pgz_mode=$D2 pid=$D3` }, \
0x0F { `PREP_FAIL0: rc=$D1 use_list=$D2 data=$D3` }, \
0x10 { `PREP_FAIL1: psx=$D1 seg_pgs=$D2 npgs=$D3` }, \
0x11 { `RESET_WR: req=$D1 use_list=$D2 npgs=$D3` }, \
0x12 { `INIT: reinit=$D1` }, \
0x13 { `DSEG: handles=$D1 nsegs=$D2 lsa_data=$D3 mode=$D4 flags=$D5` }, \
0x14 { `DSEG_PAR: handles=$D1 nsegs=$D2 lsa_data=$D3 mode=` \
{{ $t = $D4 / 0x100000000 }} `$t flags=` \
{{ $a = $D4 & 0xFFFFFFFF }} `$a tid=$D5` }, \
0x15 { `DSEG_SER: handles=$D1 nsegs=$D2 lsa_data=$D3 flags=$D4` }
1074 1.0 'TRUSTED_EXEC:' \
$HD%D1, \
01 { `TE_verify_reg_enter: caller = $D1%XW, pid = $D2%DW` }, \
02 { `TE_verify_reg_exit: rc = $D1%DW` }, \
03 { `TE_verify_reg_error: rc = $D1%DW` }, \
04 { `TE_verify_unreg_enter: caller = $D1%XW, pid = $D2%DW` }, \
05 { `TE_verify_unreg_exit: rc = $D1%DW` }, \
06 { `TE_verify_unreg_error: rc = $D1%DW` }, \
07 { `TE_verify_fn_invoked: type = $D1%DW` }, \
08 { `TE_verify_fn_returned: rc = $D1%DW` }, \
09 { `TE_verify_enter: type = $D1%DW` }, \
10 { `TE_verify_exit: rc = $D1%DW` }, \
\* { `unknown TRUSTED_EXEC subhook $HD $ERROR` }
1077 1.1 "@JFS2: xtree manager" \
{{ pxd(type) $HOOKENV, \
64 { O8 R4 {{ $len = X3 }} {{ $high = X1 }} O8 R4 {{ $low = X4 }} }, \
32 { {{ $len = X3 }} {{ $high = X1 }} {{ $low = X4 }} } \
{{ $high = $high * 0x100000000 }} {{ $high = $high + $low }} \
`blk = $high, len = $len` }} \
{{ pmap(type) `JFS2 block pmap $type: vp = $D1, fs blk = $D2, len = $D3, getcaller = $D4` }} \
$HD, \
0x01 { `JFS2 lookup ENTRY vp = $D1, pflag = $D2, paddr = $D3, plen = $D4, flag = $D5` }, \
0x02 { `JFS2 lookup EXIT vp = $D1, bp = $D2, paddr = $D3, plen = $D4, flag = $D5` }, \
0x03 { `JFS2 search ENTRY vp = $D1, xoff = $D2, cmpp = $D3, flag = $D4` }, \
0x04 { `JFS2 search EXIT1 vp = $D1, cmp = $D2` }, \
0x05 { `JFS2 search miss nonleaf page vp = $D1, base = $D2` }, \
0x06 { `JFS2 search EXIT vp = $D1, xoff = $D2, cmpp = $D3, flag = $D4` }, \
0x07 { `JFS2 insert ENTRY vp = $D1, tid = $D2, xflag = $D3, xoff = $D4, flag = $D5` }, \
0x08 { `JFS2 insert EXIT vp = $D1, bp = $D2, xflag = $D3, xoff = $D4, flag = $D5` }, \
0x09 { `JFS2 SplitUp ENTRY vp = $D1, tid = $D2, flag = $D3` }, \
0x0A { `JFS2 SplitUp EXIT1 vp = $D1, tid = $D2, flag = $D3` }, \
0x0B { `JFS2 SplitUp EXIT vp = $D1, tid = $D2, flag = $D3` }, \
0x0C { `JFS2 SplitPage ENTRY vp = $D1, tid = $D2, rcbn = $D3, rcxoff = $D4` }, \
0x0D { `JFS2 SplitPage EXIT1 vp = $D1, tid = $D2, rcbn = $D3, rcxoff = $D4` }, \
0x0E { `JFS2 SplitPage EXIT vp = $D1, tid = $D2, rcbn = $D3, rcxoff = $D4` }, \
0x0F { `JFS2 SplitRoot ENTRY vp = $D1, tid = $D2, pxd = $D3, rbn = $D4, rbp = $D5` }, \
0x10 { `JFS2 SplitRoot EXIT vp = $D1, tid = $D2, pxd = $D3, rbn = $D4, rbp = $D5` }, \
0x11 { `JFS2 Extend ENTRY vp = $D1, xoff = $D2, xxlen = $D3, flag = $D4` }, \
0x12 { `JFS2 Extend EXIT1 vp = $D1, xoff = $D2, xxlen = $D3, flag = $D4` }, \
0x13 { `JFS2 Extend EXIT vp = $D1, xoff = $D2, xxlen = $D3, flag = $D4` }, \
0x14 { `JFS2 Tailgate ENTRY vp = $D1, xoff = $D2, xlen = $D3, xaddr = $D4, flag = $D5` }, \
0x15 { `JFS2 Tailgate EXIT vp = $D1, xoff = $D2, xlen = $D3, xaddr = $D4, flag = $D5` }, \
0x16 { `JFS2 Update ENTRY vp = $D1, tid = $D2, nxad = $D3, oxad = $D4, nxaddr = $D5` }, \
0x17 { `JFS2 Update EXIT1 vp = $D1, tid = $D2, nxad = $D3, xad = $D4, xaddr = $D5` }, \
0x18 { `JFS2 Update EXIT2 vp = $D1, bp = $D2, nxad = $D3, xad = $D4, xaddr = $D5` }, \
0x19 { `JFS2 Update EXIT3 vp = $D1, bp = $D2, newindex = $D3, nxflag = $D4, nxaddr = $D5` }, \
0x1A { `JFS2 Update EXIT4 vp = $D1, bp = $D2, newindex = $D3, nxflag = $D4, nxaddr = $D5` }, \
0x1B { `JFS2 Update EXIT5 vp = $D1, bp = $D2, newindex = $D3, nxflag = $D4, nxaddr = $D5` }, \
0x1C { `JFS2 Update EXIT vp = $D1, bp = $D2, newindex = $D3, nxflag = $D4, nxaddr = $D5` }, \
0x1D { `JFS2 Append ENTRY vp = $D1, xflag = $D2, xoff = $D3, nBlocks = $D4, flag = $D5` }, \
0x1E { `JFS2 Append EXIT vp = $D1, xflag = $D2, xoff = $D3, nBlocks = $D4, flag = $D5` }, \
0x1F { `JFS2 SplitExtent ENTRY vp = $D1, inode number = $D2, tid = $D3, index = $D4, xlen = $D5` }, \
0x20 { `JFS2 SplitExtent 1 vp = $D1, xflag = $D2, sxoff = $D3, sxlen = $D4, sxaddr = $D5` }, \
0x21 { `JFS2 SplitExtent 2 vp = $D1, xflag = $D2, sxoff = $D3, sxlen = $D4, sxaddr = $D5` }, \
0x22 { `JFS2 SplitExtent 3 xflag = $D1, sxoff = $D2, sxlen = $D3, sxaddr = $D4, index2 = $D5` }, \
0x23 { `JFS2 SplitExtent 4 xflag = $D1, sxoff = $D2, sxlen = $D3, sxaddr = $D4, rc = $D5` }, \
0x24 { `JFS2 SplitExtent 5 xflag = $D1, xoff2 = $D2, xlen2 = $D3, xaddr2 = $D4, index2 = $D5` }, \
0x25 { `JFS2 SplitExtent EXIT bp = $D1, xoff2 = $D2, xlen2 = $D3, xaddr2 = $D4, index2 = $D5` }, \
0x26 { `JFS2 AllocExtent ENTRY inode number = $D1, sxaddr = $D2, xfence = $D3, xlen = $D4` }, \
0x27 { `JFS2 AllocExtent EXIT1 inode number = $D1, nb = $D2, sxaddr = $D3, rc = $D4` }, \
0x28 { `JFS2 AllocExtent EXIT2 inode number = $D1, nb = $D2, sxaddr = $D3, nbperpage = $D4` }, \
0x29 { `JFS2 AllocExtent 1 inode number = $D1, sxaddr = $D2, xfence = $D3, xlen = $D4` }, \
0x2A { `JFS2 AllocExtent 2 inode number = $D1, sxaddr = $D2, daddr = $D3, xlen = $D4` }, \
0x2B { `JFS2 AllocExtent EXIT inode number = $D1, sxaddr = $D2, daddr = $D3, xlen = $D4` }, \
0x2C { `JFS2 RelocateFile ENTRY inode number = $D1, tid = $D2, xfence = $D3, nBlockToMove = $D4` }, \
0x2D { `JFS2 RelocateFile EXIT1 vp = $D1, xlen = $D2, xfence = $D3` }, \
0x2E { `JFS2 RelocateFile EXIT2 vp = $D1, tid = $D2, bp = $D3` }, \
0x2F { `JFS2 RelocateFile 1 inode number = $D1, i = $D2, sxaddr = $D3, dxaddr = $D4, rc = $D5` }, \
0x30 { `JFS2 RelocateFile EXIT vp = $D1, tid = $D2, rc = $D3` }, \
0x31 { `JFS2 RelocateExtent ENTRY vp = $D1, tid = $D2, dxaddr = $D3, xtype = $D4, rc = $D5` }, \
0x32 { `JFS2 RelocateExtent EXIT vp = $D1, bp = $D2, bn = $D3, rc = $D4` }, \
0x33 { `JFS2 Relocate ENTRY vp = $D1, pbn = $D2, index = $D3, dxaddr = $D4, xtype = $D5` }, \
0x34 { `JFS2 Relocate EXIT vp = $D1, pop = $D2, tid = $D3, rc = $D4` }, \
0x35 { `JFS2 Truncate ENTRY vp = $D1, tid = $D2, newSize = $D3, commitType = $D4` }, \
0x36 { `JFS2 Truncate EXIT vp = $D1, tid = $D2, bp = $D3, commitType = $D4` }, \
0x37 { `JFS2 FreeMap ENTRY vp = $D1, tid = $D2, commitType = $D3` }, \
0x38 { `JFS2 FreeMap EXIT vp = $D1, tid = $D2, commitType = $D3` }, \
0x39 { `JFS2 Kill ENTRY vp = $D1, tid = $D2, bn = $D3, commitType = $D4` }, \
0x3A { `JFS2 Kill EXIT vp = $D1, tid = $D2, bn = $D3, commitType = $D4` }, \
0x3B { `JFS2 Clear ENTRY vp = $D1, tid = $D2, offset = $D3, nblks = $D4, commitType = $D5` }, \
0x3C { `JFS2 Clear EXIT vp = $D1, tid = $D2, bp = $D3` }, \
0x3D { `JFS2 UpdateRange ENTRY vp = $D1, tid = $D2, lstart = $D3, newflag = $D4, newflagmask = $D5` }, \
0x3E { `JFS2 UpdateRange EXIT vp = $D1, tid = $D2, lstart = $D3, newflag = $D4, newflagmask = $D5` }, \
0x3F { `JFS2 Reserve ENTRY vp = $D1, nSplit = $D2, nXad = $D3` }, \
0x40 { `JFS2 Reserve EXIT vp = $D1, bp = $D2` }, \
0x41 { `JFS2 Split Truncate ENTRY ip = $D1, ip->i_number = $D2, ipnew = $D3, ipnew->i_number = $D4, newSize = $D5` }, \
0x42 { `JFS2 Split Truncate EXIT code = $D1, ip = $D2, ipnew = $D3, ip->i_size = $D4, rc = $D5` }, \
0x43 { `JFS2 Split Truncate XT_GETPAGE ip = $D1, bn = $D2, rc = $D3, line = $D4` }, \
0x44 { `JFS2 Split Truncate BufCountLow maxBufferCount = $D1, MINSPLITTRUNCBUFCOUNT = $D2` }, \
0x45 { `JFS2 Split Trunc Modified bp = $D1, pb_flags = $D2, bn = $D3` }, \
0x46 { `JFS2 Split Trunc SmallTree ip = $D1, numAllocatedBlocks = $D2` }, \
0x47 { `JFS2 Split Trunc dbAlloc numAllocatedBlocks = $D1, i_nbperpage = $D2, rc = $D3` }, \
0x48 { `JFS2 Split Trunc dbFree blockStart = $D1, blockNum = $D2, rc = $D3` }, \
\* { 1077 unknown xtree subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
107A 1.0 L=KERN "@RSET" \
$GENERIC, \
1 { \
$D1, \
0x03 { "setrq_advrset, t_allowedcpus=" W2 LOOP $HL {X0} }, \
\* { `Unknown Generic hook id=$D1` } \
$BREAK \
} \
$HD, \
0x00 { "common_ra_att " krs1=$D1 krs2=$D2 flags=$D3 priv=$D4 }, \
0x01 { "proc_attach_phy " pid=$D1 rset_ptr=$D2 hint=$D3 lr=$D4 }, \
0x02 { "proc_attach_scd " lrsrc=$D1 rc=$D2 }, \
0x08 { "common_ra_det " krs1=$D1 krs2=$D2 nb_att=$D3 priv=$D4 hint=$D5 }, \
0x09 { "proc_detach_phy " pid=$D1 hint=$D2 }, \
0x0A { "p_detach_phys " pid=$D1 force_mig=$D2 hint=$D3 }, \
0x10 { "proc_attach_adv " pvproc=$D1 pvthread=$D2 lrsrc_ptr=$D3 }, \
0x11 { "proc_detach_adv " pvproc=$D1 pvthread=$D2 }, \
0x12 { "scatter_threads " pvproc=$D1 srads=$D2 attach=$D3 hint=$D4 }, \
0x13 { "mv_advr_thread " pvthread=$D1 thr_state=$D2 attach=$D3 rq=$D4 count=$D5 }, \
0x14 { "thread_att_phys " tid=$D1 rstype=$D2 rsid=$D3 hint=$D4 inherit=$D5 }, \
0x15 { "thread_det_phys " tid=$D1 rstype=$D2 nb_att_ptr=$D3 }, \
0x16 { "th_detach_phys " tid=$D1 force_mig=$D2 }, \
0x17 { "thr_pref_home " sradid=$D1 }, \
0x18 { "thr_perm_borrow " tid=$D1 t_flags2=$D2 t_attachmap=$D3 }, \
0x19 { "thr_att_srad " tid=$D1 t_flags2=$D2 t_attachmap=$D3 }, \
0x1A { "proc_att_srad " tid=$D1 t_flags2=$D2 t_attachmap=$D3 }, \
0x1B { "proc_inh_home " tid=$D1 t_flags2=$D2 t_attachmap=$D3 }, \
0x1C { "pborrow gohome " tid=$D1 t_flags2=$D2 t_attachmap=$D3 }, \
0x1D { "pborrow_update " tid=$D1 t_flags2=$D2 t_attachmap=$D3 }, \
0x1E { "pborrow_mig_att " tid=$D1 t_flags2=$D2 t_attachmap=$D3 }, \
0x1F { "pborrow_mig_pref" tid=$D1 t_flags2=$D2 t_attachmap=$D3 }, \
\* { "unknown subhook " $HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
108 1.1 L=SVC "@LFS: file oriented system calls (deprecated, use lfs trace group)" \
$HD%D1, \
5 { access $CURRFILE filemode($D1) }, \
10 { fchmod fdtofilename($D1) filemode($D2) }, \
6 { chown $CURRFILE uid=$D1%D1 gid=$D2%D1 }, \
11 { fchown fdtofilename($D1) uid=$D2%D1 gid=$D3%D1 }, \
7 { chownx $CURRFILE uid=$D1%D1 gid=$D2%D1 }, \
12 { fchownx fdtofilename($D1) uid=$D2%D1 gid=$D3%D1 }, \
16 { ftruncate fdtofilename($D1) to $D3 vp=$D2 }, \
17 { truncate $CURRFILE to $D1 }, \
18 { ioctlx fdtofilename($D1) cmd=$D2 }, \
2 { lockfx fdtofilename($D1) start=$D3 length=$D4 whence=$D2 }, \
4 { mknod $CURRFILE filemode($D1) }, \
15 { fsync fdtofilename($D1) }, \
19 { `readx($D1%D1,$D3%XW,$D4%X0)` fdtofilename($D1) }, \
20 { `writex($D1%D1,$D3%XW,$D4%X0)` fdtofilename($D1) }, \
21 { \
{{ $fd = $D1 }} {{ $offset = $D2 }} {{ $offset1 = $D3 }} \
{{ $whence = $D4 }} $whence, \
0 { lseek fd=prfd($D1) to $offset$offset1 errno=$D5 } ,\
1 { lseek fd=prfd($D1) relative $offset$offset1 errno=$D5 } ,\
2 { lseek fd=prfd($D1) relative $offset$offset1 from end of file \
errno=$D5 },\
\* { lseek fd=prfd($D1) offset=$offset$offset1 whence=$whence \
"(invalid)" errno=$D5 } \
}, \
9 { fdinstall($D1) openx fdtofilename($D1) fd=prfd($D1) filemode($D2) }
1085 1.0 "PMZONE" \
$HD & 0x00FF, \
0x01 { "pm_init_global: " \
$D1, \
0 { "0: gflags="$D2 }, \
1 { "1: srad="$D2" zone="$D3" start="$D4" end="$D5 }, \
\* { "D1="$D1 } \
}, \
0x02 { "update_last_zone: gflags="$D1" zone="$D2" hwm="$D3 }, \
0x03 { "pm_allocate_zone: gflags="$D1" zone="$D2" srad="$D3 \
"flags="$D4 }, \
0x04 { "pm_init_new_srad: " \
$D1, \
0 { "0: gflags="$D2" srad="$D3" zone="$D4" prefidx="$D5 }, \
1 { "1: gflags="$D2" srad="$D3" zone="$D4" prefidx="$D5 }, \
\* { "D1="$D1 } \
}, \
0x05 { "update_id: element="$D1" flags="$D2" id="$D3 }, \
0x06 { "pm_create_secondary: " \
$D1, \
0 { "0: gflags="$D2" zone="$D3" srad="$D4" tgtzone="$D5 }, \
1 { "1: zone="$D2 }, \
2 { "2: tgtzone="$D2" tgtznaddr="$D3" zone="$D4" znaddr="$D5 }, \
3 { "3: zone="$D2 }, \
4 { "4: secondary="$D2 }, \
\* { "D1="$D1 } \
}, \
0x07 { "pm_alloc_specific_id: " \
$D1, \
0 { "0: gflags="$D2" id="$D3" zone="$D4" srad="$D5 }, \
1 { "1: zone="$D2" prim="$D3 }, \
2 { "2: zone="$D2" prim="$D3 }, \
3 { "1: srad="$D2 }, \
4 { "2: slot="$D2" base="$D3" limit="$D4" end="$D5 }, \
5 { "3: element="$D2 }, \
6 { "4: ERR id not found in unalloc list" }, \
7 { "5: slot="$D2" base="$D3" limit="$D4" head="$D5 }, \
8 { "6: curr="$D2 }, \
9 { "7: ERR id not found in freelist" }, \
10 { "8: ERR freecommon is NULL" }, \
11 { "9: ERR id not found in unalloc or free list" }, \
\* { "D1="$D1 } \
}, \
0x08 { "pm_alloc_global: " \
$D1, \
0 { "0: gflags="$D2" srad="$D3" primidx="$D4" basealloc="$D5 }, \
1 { "1: type="$D2" prefid="$D3" prefidx="$D4 }, \
2 { "2: type="$D2" element="$D3 }, \
3 { "3: prefidx="$D2" element="$D3 }, \
\* { "D1="$D1 } \
}, \
0x09 { "pm_alloc: " \
$D1, \
0 { "0: zone="$D2" flags="$D3" hwm="$D4" end="$D5 }, \
1 { "1: zone="$D2" flags="$D3" hwm="$D4" ret="$D5 }, \
2 { "2: zone="$D2" flags="$D3" ele="$D4 }, \
\* { "D1="$D1 } \
}, \
0x0A { "pm_free_global: gflags="$D1" primzone="$D2" tgtzone="$D3 \
"element="$D4" basealloc="$D5 }, \
0x0B { "lvup_stopbase: old="$D1" new="$D2 }, \
\* { "error HD=" $HD }
1086 1.0 "@LFS: lock_dump" \
{{ \
flock_type(flags) \
$flags, \
00000001 "F_RDLCK", \
00000002 "F_WRLCK", \
00000003 "F_UNLCK", \
\* "unknown" \
}} \
$HD, \
0x1 { "Enter flock_get node:" $D1 " cpu:"$D2 starttimer(601,$TID) } , \
0x2 { "Exit flock_get: No recursion to check other lists looped " $D1 "times " endtimer(601,$TID) }, \
0x3 { "Exit flock_get: file lock found on local node looped " $D1 "times " endtimer(601,$TID) }, \
0x4 { "Exit flock_get: file lock found on non-local node looped " $D1 "times " endtimer(601,$TID) }, \
0x5 { "Exit flock_get: no file lock found - allocated new lock looped " $D1 " times " endtimer(601,$TID) }, \
0x6 { "Enter flock_alloc " starttimer(601,$TID)} , \
0x7 { "Exit flock_alloc " endtimer(601,$TID)}, \
0x8 { "Enter flock_free " starttimer(601,$TID)} , \
0x9 { "Exit flock_free" endtimer(601,$TID)}, \
0xa { "Enter insflck " starttimer(601,$TID)} , \
0xb { "Exit insflck loop: " $D1 endtimer(601, $TID) }, \
0xc { "Exit insflck " $D1 endtimer(601,$TID)} , \
0xd { "Enter flckadj " starttimer(601,$TID)} , \
0xe { "Exit flckadj - middle of similar section start end- looped: " $D1 endtimer(601, $TID)} , \
0xf { "Exit flckadj - middle of similar section middle middle - looped: " $D1 endtimer(601, $TID)} , \
0x10 { "Exit flckadj - before middle insflck failed ENOLCK - looped: " $D1 endtimer(601, $TID)} , \
0x11 { "Exit flckadj - before middle error in accounting - looped: " $D1 endtimer(601, $TID)} , \
0x12 { "Exit flckadj - insert lock OK and error in accouting - looped: " $D1 endtimer(601, $TID)} , \
0x13 { "Exit flckadj - successful - looped: " $D1 endtimer(601, $TID)} , \
0x14 { "Enter testlock " starttimer(601,$TID)} , \
0x15 { "Exit testlock loop:" $D1 endtimer(601,$TID)} , \
0x16 { "Enter blocked " starttimer(601,$TID)} , \
0x17 { "Exit blocked 1 loop:" $D1 endtimer(601, $TID)} , \
0x18 { "Exit blocked 2 loop:" $D1 enttimer(601,$TID)} , \
0x19 { "Exit blocked 3 loop: " $D1 endtimer(601, $TID)} , \
0x1a { "Enter common_reclock lock type: " flock_type($D1) starttimer(601,$TI)} , \
0x1b { "Exit common_reclock: after convoffset" endtimer(601, $TID)} , \
0x1c { "Exit common_reclock: start less then 0 " endtimer(601, $TID)} , \
0x1d { "Exit common_reclock: Lock start gt lock end " endtimer(601, $TID)} , \
0x1e { "Exit common_reclock: WRLCK retry_fcn ENOLCK no locks available loop: " $D1 endtimer(601, $TID) } , \
0x1f { "Exit common_reclock: WRLCK retry_fcn EAGAIN loop: " $D1 endtimer(601,$TID)} , \
0x20 { "Exit common_reclock: WRLCK sleep ENOLCK loops:" $D1 endtimer(601, $TID)} , \
0x21 { "Exit common_reclock: Invalid lock type loop:" $D1 endtimer(601, $TID)} , \
0x22 { "Exit common_reclock: Normal exit loop:" $D1 endtimer(601, $TID)} , \
0x23 { "Enter getlocks " "pid="$D1 "gp="$D2 "type="$D3 "cmd="$D4 starttimer(601, $TID)} , \
0x24 { "Exit getlocks loop: " $D1 endtimer(601, $TID)} , \
0x25 { "Enter deadflck " starttimer(601, $TID)} ,\
0x26 { "Exit deadflck: too many recusions " endtimer (601, $TID)} , \
0x27 { "Exit deadflck: EDEADLK " endtimer(601, $TID)} , \
0x28 { "Exit deadflck: Recursive loop: " $D1 endtimer(601, $TID) } , \
0x29 { "Exit deadflck: no deadlock loop: " $D1 endtimer(601, $TID)} , \
0x2a { "Enter lock_wakeup " startimer(601, $TID)} , \
0x2b { "Exit lock_wakeup theads checked" $D1 endtimer(601, $TID)} , \
\* { "Unknown subhook $HD $ERROR" }
1095 1.0 'PMEMFS' \
$HD, \
0x800 { "entr trans_exists" tp=$D1 vsid=$D2 pno=$D3 }, \
0x801 { "exit trans_exists" rc=$D1%D1 code=$D2%D1 }, \
0x802 { "entr create_trans_node_list" }, \
0x803 { "exit create_trans_node_list" tmp=$D1 code=$D2%D1 }, \
0x804 { "entr create_trans_table_list_node" kcid=$D1%D1 }, \
0x805 { "exit create_trans_table_list_node" ptr=$D1 code=$D2%D1 }, \
0x806 { "entr pmemfs_trans_tbl_add" kcid=$D1 vsid=$D2 pno=$D3 psize=$D4%D1 no4kp=$D5%D1 }, \
0x807 { "exit pmemfs_trans_tbl_add" rc=$D1 code=$D2%D1 }, \
0x808 { "entr pmemfs_trans_tbl_del" kcid=$D1 }, \
0x809 { "exit pmemfs_trans_tbl_del" rc=$D1%D1 code=$D2%D1 }, \
0x80a { "entr locate_trans_node" kcid=$D1 offset=$D2}, \
0x80b { "exit locate_trans_node" tp=$D1 code=$D2%D1 }, \
0x80c { "entr pmemfs_set_sig_hdlr" kcid=$D1 pid=$D2%D1 }, \
0x80d { "exit pmemfs_set_sig_hdlr" rc=$D1%D1 code=$D2%D1 }, \
0x80e { "entr pmemfs_get_sig_hdlr" kcid=$D1%D1 }, \
0x80f { "exit pmemfs_get_sig_hdlr" rc=$D1%D1 code=$D2%D1 pid=$D3%D1 }, \
0x810 { "entr dep_put_shlib_chkpt_data" kcid=$D1%D1 data=$D2 len=$D3%D1 }, \
0x811 { "exit dep_put_shlib_chkpt_data" rc=$D1%D1 code=$D2%D1 }, \
0x812 { "entr dep_get_shlib_chkpt_data" kcid=$D1%D1 len=$D2%D1 }, \
0x813 { "exit dep_get_shlib_chkpt_data" rc=$D1%D1 code=$D2%D1 data=$D3 len=$D4%D1 }, \
0x814 { "entr dep_put_exec_chkpt_data" kcid=$D1%D1 p=$D2 data=$D3 len=$D4%D1 }, \
0x815 { "exit dep_put_exec_chkpt_data" rc=$D1%D1 code=$D2%D1 }, \
0x816 { "entr dep_get_exec_chkpt_data" kcid=$D1%D1 p=$D2 len=$D3%D1 }, \
0x817 { "exit dep_get_exec_chkpt_data" rc=$D1%D1 code=$D2%D1 data=$D3 len=$D4 }, \
0x818 { "entr pmemfs_trans_tbl_create" cid=$D1%D1 }, \
0x819 { "exit pmemfs_trans_tbl_create" rc=$D1%D1 code=$D2%D1 }, \
0x81a { "entr pmemfs_rootinit" getcaller=$D1 getcaller2=$D2 rc=EINVAL }, \
0x81b { "exit pmemfs_init" gfsp=$D1 rc=0}, \
0x81c { "entr pmemfs_config" }, \
0x81d { "exit pmemfs_config" error=$D1%D1 code=$D2%D1 }, \
0x81e { "entr pmemfs_mount" vfsp=$D1 crp=$D2 }, \
0x81f { "exit pmemfs_mount" rc=$D1%D1 code=$D2%D1 }, \
0x820 { "entr pmemfs_unmount" vfsp=$D1 flags=$D2%D1 crp=$D3 }, \
0x821 { "exit pmemfs_unmount" rc=$D1%D1 code=$D2%D1 }, \
0x822 { "entr pmemfs_root" vfsp=$D1 vpp=$D2 crp=$D3 rc=0 }, \
0x823 { "entr pmemfs_statfs" vfsp=$D1 sfsp=$D2 crp=$D3 rc=0}, \
0x824 { "entr pmemfs_vget" vfsp=$D1 fidp=$D2 crp=$D3 }, \
0x825 { "exit pmemfs_vget" rc=$D1%D1 vpp=$D2 }, \
0x826 { "entr pmemfs_sync" gfsp=$D1 rc=ENOSYS }, \
0x827 { "entr pmemfs_cntl" vfsp=$D1 cmd=$D2%D1 arg=$D3 argsize=$D4%D1 rc=ENOSYS }, \
0x828 { "entr pmemfs_quotactl" vfsp=$D1 cmd=$D2%D1 uid=$D3 arg=$D4 rc=ENOSYS }, \
0x829 { "entr pmemfs_nosys" getcaller=$D1 getcaller2=$D2 rc=ENOSYS }, \
0x82a { "entr pmemfs_hold" getcaller=$D1 getcaller2=$D2 vp=$D3 v_count=$D4%D1 }, \
0x82b { "entr pmemfs_rele" getcaller=$D1 getcaller2=$D2 vp=$D3 v_count=$D4%D1 }, \
0x82c { "exit pmemfs_rele" rc=$D1%D1 code=$D2%D1 }, \
0x82d { "entr pmemfs_lookup" dvp=$D1 name=$D2 flag=$D3 vattrp=$D4 crp=$D5 }, \
0x82e { "exit pmemfs_lookup" rc=$D1%D1 code=$D2%D1 vp=$D3 }, \
0x82f { "entr pmemfsaccess" np=$D1 acc=$D2 lock=$D3%D1 cr=$D4 }, \
0x830 { "exit pmemfsaccess" rc=$D1%D1 code=$D2%D1 }, \
0x831 { "entr pmemfs_access" vp=$D1 mode=$D2 who=$D3 crp=$D4 }, \
0x832 { "exit pmemfs_access" rc=$D1%D1 code=$D2%D1 }, \
0x833 { "entr pmemfs_getattr" vp=$D1 vattrp=$D2 crp=$D3 rc=0 }, \
0x834 { "entr pmemfs_setattr" vp=$D1 arg1=$D2 arg2=$D2 arg3=$D3 crp=$D4 }, \
0x835 { "exit pmemfs_setattr" rc=$D1%D1 code=$D2%D1 }, \
0x836 { "entr exists" dvp=$D1 name=$D2}, \
0x837 { "exit exists" np=$D1 code=$D2%D1 }, \
0x838 { "entr pmemfs_create" dvp=$D1 flag=$D2 name=$D3 mode=$D4 vinfop=$D5 }, \
0x839 { "exit pmemfs_create" rc=$D1%D1 code=$D2%D1 vp=$D3 }, \
0x83a { "entr pmemfs_remove" vp=$D1 dvp=$D2 name=$D3 crp=$D4 }, \
0x83b { "exit pmemfs_remove" rc=$D1%D1 code=$D2%D1 }, \
0x83c { "entr pmemfs_open" vp=$D1 flag=$D2 ext=$D3 vinfop=$D4 crp=$D5 }, \
0x83d { "exit pmemfs_open" rc=$D1%D1 code=$D2%D1 }, \
0x83e { "entr pmemfs_close" vp=$D1 flag=$D2 vinfop=$D3%D1 crp=$D4 }, \
0x83f { "exit pmemfs_close" rc=$D1%D1 code=$D2%D1 }, \
0x840 { "entr pmemfs_ftrunc" vp=$D1 flag=$D2 length=$D3%D1 vinfo=$D4%D1 crp=$D5 }, \
0x841 { "exit pmemfs_ftrunc" rc=$D1%D1}, \
0x842 { "entr pmemfs_rdwr" vp=$D1 op=$D2 flags=$D3 uiop=$D4 }, \
0x843 { "exit pmemfs_rdwr " rc=$D1%D1 code=$D2%D1 }, \
0x844 { "entr pmemfs_read" vp=$D1 flags=$D2 uiop=$D3 offset=$D4%D1 resid=$D5 }, \
0x845 { "exit pmemfs_read" rc=$D1%D1 code=$D2%D1 }, \
0x846 { "entr pmemfs_fsync" vp=$D1 flag=$D2 flag2=$D3 crp=$D4 rc=0 }, \
0x847 { "entr pmemfs_fid" vp=$D1 fidp=$D2 crp=$D3 rc=0}, \
0x848 { "entr pmemfs_finfo" vp=$D1 cmd=$D2 bufp=$D3 length=$D4 crp=$D5 }, \
0x849 { "exit pmemfs_finfo" rc=$D1%D1 code=$D2%D1 }, \
0x84a { "entr pmemfs_readdir" dvp=$D1 uiop=$D2 cr=$D3 }, \
0x84b { "exit pmemfs_readdir" rc=$D1%D1 code=$D2%D1 }, \
0x84c { "entr pmemfs_ioctl" vp=$D1 cmd=$D2 arg=$D3 flags=$D4 crp=$D5 }, \
0x84d { "exit pmemfs_ioctl" rc=$D1%D1 code=$D2%D1 }, \
0x84e { "entr pmemfs_mkdir" dvp=$D1 name=$D2 mode=$D3 crp=$D4 }, \
0x84f { "exit pmemfs_mkdir" rc=$D1%D1 code=$D2%D1 }, \
0x850 { "entr pmemfs_rmdir" vp=$D1 dvp=$D2 name=$D3 crp=$D4 }, \
0x851 { "exit pmemfs_rmdir" rc=$D1%D1 code=$D2%D1 }, \
\* { `unknown PMEMFS subhook $HD $ERROR` }
1096 1.1 "@JFS2: zombie code" \
$HD, \
0x01 { `JFS2 zombie remove: tid = $D1, vp = $D2, getcaller = $D3` }, \
0x02 { `JFS2 zombie rename: tid = $D1, vp = $D2, getcaller = $D3` }, \
0x03 { `JFS2 zombie link: vp = $D1, ip->i_number = $D2, rc = $D3, getcaller = $D4` }, \
0x04 { `JFS2 zombie wakeup: state = $D1, getcaller = $D2` }, \
0x05 { `JFS2 zombie delete: vp = $D1, rc = $D2, getcaller = $D3` }, \
0x06 { `JFS2 zombie directory pass: ipmnt = $D1, entriesRead = $D2, entriesDeleted = $D3, getcaller = $D4` }, \
\* { 1096 unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
1097 1.0 L=KERN "perfmon" \
{{ $subhookid = $HD & 0xFFFF }} \
$subhookid, \
0x1 { "thread_dispatch" "tid="prKernelTID($D1) prihrv=$D2 }, \
0x2 { "thread_undispatch" "tid="prKernelTID($D1) prihrv=$D2 }, \
0x4 { "thread_nodispatch" "tid="prKernelTID($D1) prihrv=$D2 }, \
0x10 { "thread_init" "tid="prKernelTID($D1) prihrv=$D2 }, \
0x20 { "thread_term" "tid="prKernelTID($D1) prihrv=$D2 }, \
0x80 { "process_term" "tid="prKernelTID($D1) prihrv=$D2 }, \
0x100 { "tlocal_init" "tid="prKernelTID($D1) prihrv=$D2 }, \
0x200 { "tlocal_term" "tid="prKernelTID($D1) prihrv=$D2 }, \
0x400 { "tlocal_mode" "tid="prKernelTID($D1) prihrv=$D2 }, \
0x800 { "tlocal_dispatch" "tid="prKernelTID($D1) prihrv=$D2 }, \
\* { "Unknown_subhook" $subhookid }
109A 1.0 L=KERN "@NXFR" \
$HD, \
0x01 { "init_phase2 " "acc_type = " $D1%D2 "krc = " $D2%X8 }, \
0x02 { "cfg_vas_windows " "acc_addr = " $D1%X8 "krc = " $D2%X8 }, \
0x03 { "create_window " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
0x04 { "alloc_windesc " D1=$D1 }, \
0x05 { "get_winprops " D1=$D1 D2=$D2 D3=$D3 D4=$D4 }, \
0x06 { "config_query " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
0x07 { "get_excl_access " D1=$D1 D2=$D2 D3=$D3 D4=$D4 }, \
0x08 { "open_window " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
0x09 { "mod_vas_window " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
0x0A { "csb_register " D1=$D1 D2=$D2 D3=$D3 D4=$D4 }, \
0x0B { "csb_wait " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
0x0C { "csb_send32 " D1=$D1 D2=$D2 D3=$D3 }, \
0x0D { "csb_touch " D1=$D1 D2=$D2 D3=$D3 D4=$D4 }, \
0x0E { "rel_excl_acc " D1=$D1 D2=$D2 D3=$D3 D4=$D4 }, \
0x0F { "window_close " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
0x10 { "revoke_window " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
0x11 { "csb_unregister " D1=$D1 D2=$D2 D3=$D3 D4=$D4 }, \
0x12 { "fault_intr " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
0x13 { "free_windesc " D1=$D1 D2=$D2 }, \
0x14 { "delete_window " D1=$D1 D2=$D2 D3=$D3 D4=$D4 }, \
0x15 { "dr_cred_remove " D1=$D1 D2=$D2 D3=$D3 D4=$D4 }, \
0x16 { "dr_cred_add " D1=$D1 D2=$D2 D3=$D3 D4=$D4 }, \
0x17 { "dr_rel_win " D1=$D1 D2=$D2 D3=$D3 }, \
0x18 { "get_stats " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
0x19 { "hv_crb_send " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
\* { "unknown subhook " $HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
10A 1.1 @KERN_PFS \
$HD, \
0x01 { `PFS rdwr (vp,ip)=($D1,$D2)` \
pfsrdwrinstall1($D1,$D2) vnodetofilename($D1) $BREAK }, \
2 { {{ $h = "readi " }} }, \
3 { {{ $h = "writei" }} }, \
\* { `PFS mode=$HD` } \
`PFS $h VA.S=$D3$D4.$D2 bcount=$D5 ip=$D1` \
pfsrdwrinstall2($D4,$D5,$D2,$D1) \
{{ $mspage = $D3 * 1048576 }} \
{{ $lspage = $D4 / 4096 }} \
{{ $vpage = $mspage + $lspage }} vpagetofilename($vpage,$D2)
10A3 1.0 L=KERN "@pks" \
"PKS: " W1 A8.8 W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW
10A7 1.0 'KERN_UAK' \
$HD%D1, \
1 { `uak_info enter cmd=$D1 arg=$D2 sz=$D3` }, \
2 { `uak_info exit cmd=$D1 rc=$D2 tok=$D3` }, \
3 { `uak_info rtas_error pal_rc=$D1 get_param=$D2` }, \
4 { `uak_info copyin cmd=$D1 sz=$D2 buf=$D3` }, \
5 { `uak_info copyout cmd=$D1 sz=$D2 buf=$D3` }, \
6 { `uak_info mig rc=$D1 sz=$D2 buf=$D3` }, \
\* { unknown subhook $HD $ERROR }
10AA 1.0 L=KERN "@PGSIGNAL" \
"pgsignal: prev_pgrp_sid="prKernelPID($D1) "sid="prKernelTID($D2) \
"prev_ses_sid="prsignal($D3) "ses_sid="prKernelTID($D4) "pv="$D5
10B 1.0 "@LVM BUF STRUCT FLOW" \
{{ \
lvmflags(flags) \
BITFLAGS $flags, \
0x0001 WRITEV, \
0x0002 HWRELOC, \
0x0004 UNSAFEREL, \
0x0008 RORELOC, \
0x0010 NO_MWC, \
0x0020 MWC_RCV_OP, \
0x0080 RESYNC_OP, \
0x0100 AVOID_C1, \
0x0200 AVOID_C2, \
0x0400 AVOID_C3 \
}} \
$HD%D2, \
1 { `LVM pend: pbp=$D1 resid=$D4 error=$D3` bflags($D2) },\
2 { {{ $flgs = $D3 & 0xFFFF }} {{ $opts = $D3 / 0x10000 }} \
`LVM pstart: ` devtoname($D5) \
`pblock=$D4 (lbp,pbp)=($D2,$D1)` bflags($flgs) `opts:` \
lvmflags($opts) bufinstall($D2,$D1) buftofilename($D2) }, \
3 { {{ $flgs = $D2 & 0xFFFF }} {{ $opts = $D2 / 0x10000 }} \
`LVM lstart: ` devtoname($D3) \
`lbp=$D1 lblock=$D4 bcount=$D5` bflags($flgs) `opts:` \
lvmflags($opts) }, \
4 { `LVM rblocked: lbp=$D1` },\
5 { `LVM lend: `devtoname($D5) \
`lbp=$D1 resid=$D4 error=$D3` bflags($D2) },\
6 { `LVM i_hdbegin: ` enter=$D1 pb=$D2 lb=$D3 },\
7 { `LVM i_hdresume: ` pb=$D1 },\
8 { `LVM i_hdstart: ` pb=$D1 },\
9 { `LVM i_hdstrategy: ` reqlist=$D1 },\
\* { `LVM mode=$HD` }
10C 1.2 "@DISPATCH IDLE PROCESS" \
{{ $PID = $D1 }} {{ $TID = $D2 }} {{ $CPUID = $D5 }} \
"dispatch: idle process pid="prKernelPID($D1) "tid="prKernelTID($D2) \
W4 \
$HOOKENV, \
'64' { O4 } \
"priority="U2 "old_tid="prKernelPID($D3) "old_priority="U2 \
"CPUID="$D5%U1 \
starttimer(0x10c,0x10C)
10D 1.1 "@FILE VFS AND INODE" \
`vfs number=$HD, inode number=$D1`
10E 1.0 L=KERN "@LOCK OWNERSHIP CHANGE" \
"relock: lock addr="$D3" oldtid="$D1%DW" newtid="$D2%DW
10F 0.0 KERN_EOF $DEFAULT
110 0.0 KERN_STDERR $DEFAULT
111 0.0 KERN_LOCKF $DEFAULT
112 1.0 L=KERN "@LOCK" \
$HD & 0x00F0, \
0 { \
"lock: " $HD & 0x000F , \
1 { "lock " }, \
2 { "miss " }, \
3 { "recu " }, \
4 { "busy " }, \
9 { "dlock " }, \
A { "dmiss " }, \
B { "drecu " }, \
C { "dbusy " }, \
\* { "error HD=" $HD } \
"lock addr=" $D1 " lock status=" $D2 \
$D3, \
1 { "requested_mode=LOCK_SWRITE "}, \
2 { "requested_mode=LOCK_CWRITE "}, \
3 { "requested_mode=LOCK_READ "}, \
4 { "requested_mode=LOCK_UPGRADE "},\
5 { "requested_mode=LOCK_DOWNGRADE "}, \
\* { "unknown requested mode "} \
"return addr="$D4 \
$HOOKENV, \
32 { \
{{ $z1 = $D5%W16.31 }} \
{{ $z2 = $D5%W0.15 }} \
"name=" $z1%X2"."$z2%X2 \
}, \
64 { \
{{ $z1 = $D5%W32.63 }} \
{{ $z2 = $D5%W0.31 }} \
$PLATFORMTYPE, \
0 { "name=" $z1%X4"."$z2%X4 }, \
1 { "name=" $z2%X4"."$z1%X4 } \
} \
}, \
0x10 { \
"krlock:" \
"cpuid="$CPUID \
$HD & 0x00FF, \
0x11 { "alloc addr="$D1"" }, \
0x12 { "free addr="$D1"" }, \
0x13 { "acquire addr="$D1"" }, \
0x14 { "release addr="$D1"" }, \
0x15 { "handoff: addr="$D1" target cpuid="$D2"" }, \
0x16 { "confer: addr="$D1" target cpuid="$D2")" }, \
0x17 { "prod: addr="$D1" target cpuid="$D2")" }, \
0x18 { "spin: addr="$D1"" }, \
0x19 { "assoc.krlock/slock old="$D1%X8" new="$D2%X8" kp="$D3" lp="$D4"" }, \
0x1A { "inc. requesters old="$D1%X8" new="$D2%X8" addr="$D3"" }, \
0x1B { "dec. requesters old="$D1%X8" new="$D2%X8" addr="$D3"" }, \
\* { "error HD=" $HD } \
}, \
0x20 { \
"slock: " $HD & 0x000F , \
1 { "lock_hang " }, \
\* { "error HD=" $HD } \
"lock addr=" $D1 " lock status=" $D2 \
$D3, \
1 { "simple_lock "}, \
\* { "unknown requested mode "} \
"return addr="$D4 \
}, \
0x30 { \
"krgroup:" \
"cpuid="$CPUID \
"laddr="$D3 \
$HD & 0x00FF, \
0x31 { "SetCpuRequest oldmask="$D1%X8" newmask="$D2%X8"" }, \
0x32 { "SetGLImmediate oldkr="$D1%X8" newkr="$D2%X8"" }, \
0x33 { "SetOwnerImmediate oldmask="$D1%X8" newmask="$D2%X8"" }, \
0x34 { "SetGLImmFalse oldkr="$D1%X8" newkr="$D2%X8"" }, \
0x35 { "SetCPUReq oldmask="$D1%X8" newmask="$D2%X8"" }, \
0x36 { "UnlockGLImm oldkr="$D1%X8" newkr="$D2%X8"" }, \
0x37 { "UnlockMoreReqs oldkr="$D1%X8" newkr="$D2%X8"" }, \
0x38 { "SetGLLB oldkr="$D1%X8" newkr="$D2%X8"" }, \
0x39 { "ClearOwner oldmask="$D1%X8" newmask="$D2%X8"" }, \
0x3A { "UnlockRace oldkr="$D1%X8" newkr="$D2%X8"" }, \
0x3B { "rruptClearCpu oldmask="$D1%X8" newmask="$D2%X8"" }, \
0x3C { "rruptClearRelease oldmask="$D1%X8" newmask="$D2%X8"" }, \
0x3E { "Attempt handoff oldmask="$D1%X8" curgroup="$D2%X8"" }, \
0x3F { "HandoffBit oldmask="$D1%X8" newmask="$D2%X8"" }, \
\* { "error HD=" $HD } \
}, \
0x40 { \
"krgroup:" \
"cpuid="$CPUID \
"addr="$D3 \
$HD & 0x00FF, \
0x41 { "ClearHold oldmask="$D1" newmask="$D2"" }, \
0x42 { "ClearLBand?SGbit oldkr="$D1" newkr="$D2"" }, \
0x43 { "CrossGroupLB oldkr="$D1" newkr="$D2"" }, \
0x44 { "ClearOwnerNoLB oldmask="$D1" newmask="$D2"" }, \
0x45 { "UnlockRelClearRelease oldmask="$D1%X8" newmask="$D2%X8"" }, \
0x46 { "ReleasefClearRelease oldmask="$D1%X8" newmask="$D2%X8"" }, \
0x47 { "SetSkipped oldkgp="$D1" newkgp="$D2"" }, \
0x48 { "ClearHoldnolock oldmask="$D1" newmask="$D2"" }, \
0x49 { "TakeLBrruptundo oldkr="$D1" newkr="$D2"" }, \
0x4A { "rruptClearReq oldmask="$D1" newmask="$D2"" }, \
0x4B { "rruptULLBnormal oldkr="$D1" newkr="$D2"" }, \
0x4C { "rruptULLBrace oldkr="$D1" newkr="$D2"" }, \
\* { "error HD=" $HD } \
}, \
0x50 { \
"c_lock:" \
"laddr="$D1 \
$HD & 0x00FF, \
0x51 { "Allocate Reader lock. val: "$D2" rladdr: "$D3"" }, \
0x52 { "Downgrade CLock val: "$D2" rladdr: "$D3"" }, \
0x53 { "Upgrade CLock val: "$D2" rladdr: "$D3"" }, \
0x54 { "Free Reader lock val: "$D2" rladdr: "$D3"" }, \
0x55 { "sleep w/ il status: "$D2" owner: "$D3"" }, \
0x56 { "sleep w/o il status: "$D2" owner: "$D3"" }, \
0x57 { "lw set want write old="$D2" new="$D3"" }, \
0x58 { "lw take free lock old="$D2" new="$D3"" }, \
0x59 { "lr take ug lk enabled old="$D2" new="$D3"" }, \
0x5A { "lr take il rmode old="$D2" new="$D3"" }, \
0x5B { "lr inc rl miss oner old="$D2" new="$D3"" }, \
0x5C { "lr inc rl oner old="$D2" new="$D3"" }, \
0x5D { "lr ug fin state old="$D2" new="$D3"" }, \
0x5E { "lr ug take il frlk old="$D2" new="$D3"" }, \
0x5F { "lr ug set oner frlk old="$D2" new="$D3"" }, \
\* { "error HD=" $HD } \
}, \
0x60 { \
"c_lock:" \
"laddr="$D1 \
$HD & 0x00FF, \
0x61 { "lr ug fin state frlk old="$D2" new="$D3"" }, \
0x62 { "lr ex and ug old="$D2" new="$D3"" }, \
0x63 { "lr ex and ug 2 old="$D2" new="$D3"" }, \
0x64 { "lr ex and ug 3 old="$D2" new="$D3"" }, \
0x65 { "lr no reader locks avail old="$D2" new="$D3"" }, \
0x66 { "lr exp after wait 1 old="$D2" new="$D3"" }, \
0x67 { "lr exp after wait 2 old="$D2" new="$D3"" }, \
0x68 { "lr exp after wait 3 old="$D2" new="$D3"" }, \
0x69 { "lr no reader locks avail 2 old="$D2" new="$D3"" }, \
0x6A { "lr take dg be old="$D2" new="$D3"" }, \
0x6B { "ld ug enabled done old="$D2" new="$D3"" }, \
0x6C { "ld dg enabled done old="$D2" new="$D3"" }, \
0x6D { "ld take il all old="$D2" new="$D3"" }, \
0x6E { "ld dec rl old="$D2" new="$D3"" }, \
0x6F { "ld wu writer ug old="$D2" new="$D3"" }, \
\* { "error HD=" $HD } \
}, \
0x70 { \
"c_lock:" \
"laddr="$D1 \
$HD & 0x00FF, \
0x71 { "ld complete state ug old="$D2" new="$D3"" }, \
0x72 { "ld dec rl w/ il old="$D2" new="$D3"" }, \
0x73 { "ld complete state dg l w/ il old="$D2" new="$D3"" }, \
0x74 { "ld wu writer dg old="$D2" new="$D3"" }, \
0x75 { "ld complete state dg old="$D2" new="$D3"" }, \
0x76 { "r2w take il old="$D2" new="$D3"" }, \
0x77 { "r2w no wakeup fail old="$D2" new="$D3"" }, \
0x78 { "r2w wakeup writer fail old="$D2" new="$D3"" }, \
0x79 { "r2w wakeup other fail old="$D2" new="$D3"" }, \
0x7A { "r2w miss and sleep old="$D2" new="$D3"" }, \
0x7B { "r2w take lock now old="$D2" new="$D3"" }, \
0x7C { "w2r rl set oner old="$D2" new="$D3"" }, \
0x7D { "w2r take lock old="$D2" new="$D3"" }, \
0x7E { "ltr enabled old="$D2" new="$D3"" }, \
0x7F { "ltr take il1 old="$D2" new="$D3"" }, \
\* { "error HD=" $HD } \
}, \
0x80 { \
"c_lock:" \
"laddr="$D1 \
$HD & 0x00FF, \
0x81 { "ltr rl set oner old="$D2" new="$D3"" }, \
0x82 { "ltr take il 2 old="$D2" new="$D3"" }, \
0x83 { "ltr rl set oner 2 old="$D2" new="$D3"" }, \
0x84 { "ltr complete state old="$D2" new="$D3"" }, \
0x85 { "ltr dg take avail old="$D2" new="$D3"" }, \
0x86 { "ltr2w set ww old="$D2" new="$D3"" }, \
0x87 { "ltr2w take avail old="$D2" new="$D3"" }, \
0x88 { "clk_ug take il old="$D2" new="$D3"" }, \
0x89 { "clk_ug rl init old="$D2" new="$D3"" }, \
0x8A { "clk_ug complete state old="$D2" new="$D3"" }, \
\* { "error HD=" $HD } \
}, \
0x90 { \
"drw_lock:" \
"laddr="$D1 \
$HD & 0x00FF, \
0x91 { "lr inc reader lock old="$D2" new="$D3"" }, \
0x92 { "lr set il old="$D2" new="$D3"" }, \
0x93 { "lr inc rl miss oner old="$D2" new="$D3"" }, \
0x94 { "lr take rl oner old="$D2" new="$D3"" }, \
0x95 { "lr clear il ug old="$D2" new="$D3"" }, \
0x96 { "lr set il free ug old="$D2" new="$D3"" }, \
0x97 { "lr take free rl ug oner old="$D2" new="$D3"" }, \
0x98 { "lr clear il set rm old="$D2" new="$D3"" }, \
0x99 { "lr take il w/ count old="$D2" new="$D3"" }, \
0x9A { "lr finish ug rl w/ count old="$D2" new="$D3"" }, \
0x9B { "lr finish ug clear old="$D2" new="$D3"" }, \
0x9C { "lr fail ug take lock old="$D2" new="$D3"" }, \
0x9D { "ld release ug old="$D2" new="$D3"" }, \
0x9E { "ltr enabled old="$D2" new="$D3"" }, \
\* { "error HD=" $HD } \
}, \
0xA0 { \
"drw_lock:" \
"laddr="$D1 \
$HD & 0x00FF, \
0xA1 { "ld dec count dg old="$D2" new="$D3"" }, \
0xA2 { "ld unlock writer old="$D2" new="$D3"" }, \
0xA3 { "ld set il old="$D2" new="$D3"" }, \
0xA4 { "ld clear rl old="$D2" new="$D3"" }, \
0xA5 { "ld last unlock old="$D2" new="$D3"" }, \
0xA6 { "ld dec count ug old="$D2" new="$D3"" }, \
0xA7 { "ld unlock writer ug old="$D2" new="$D3"" }, \
0xA8 { "w2r set oner ug old="$D2" new="$D3"" }, \
0xA9 { "w2r complete either old="$D2" new="$D3"" }, \
0xAA { "r2w miss and return old="$D2" new="$D3"" }, \
0xAB { "r2w set ww old="$D2" new="$D3"" }, \
0xAC { "r2w take lock now old="$D2" new="$D3"" }, \
0xAD { "ltr set ww old="$D2" new="$D3"" }, \
0xAE { "ltr take lock now old="$D2" new="$D3"" }, \
\* { "error HD=" $HD } \
}, \
0xB0 { \
"drw_lock:" \
"laddr="$D1 \
$HD & 0x00FF, \
0xB1 { "ltw take free lock old="$D2" new="$D3"" }, \
0xB2 { "lw take free lock old="$D2" new="$D3"" }, \
0xB3 { "lw set want write old="$D2" new="$D3"" }, \
0xB4 { "lw take lock after spin old="$D2" new="$D3"" }, \
\* { "error HD=" $HD } \
}
113 1.0 L=KERN "@UNLOCK" \
"unlock: "\
"lock addr=" $D1 " lock status=" $D2 \
"return addr=" $D3 \
$HOOKENV, \
32 { \
{{ $z1 = $D4%W16.31 }} \
{{ $z2 = $D4%W0.15 }} \
"name=" $z1%X2"."$z2%X2 \
}, \
64 { \
{{ $z1 = $D4%W32.63 }} \
{{ $z2 = $D4%W0.31 }} \
$PLATFORMTYPE, \
0 { "name=" $z1%X4"."$z2%X4 }, \
1 { "name=" $z2%X4"."$z1%X4 } \
}
114 1.0 L=KERN "@LOCKALLOC" \
"lockalloc: " \
"lock_addr=" $D1 " name=" $D2%X2"."$D3%X2 \
" return_addr=" $D4
115 1.0 L=KERN "@SETRECURSIVE" \
$HD, \
1 { "SETRECURSIVE " }, \
2 { "CLEARRECURSIVE " }, \
\* { "error HD=" $HD } \
" lock_addr=" $D1 " return_addr=" $D2
116 1.2 "@XMALLOC size,align,heap" \
$D5, \
0x01 { `xmalloc fastpath: size=$D1 align=$D2 heap=$D3` },\
0x02 { `xmalloc back end: size=$D1 align=$D2 heap=$D3 xmd_flags=$D4` },\
0x03 { `xmalloc return: result=$D1 size=$D2` }
117 1.0 "@XMFREE address,heap" \
$D5, \
0x01 { `xmfree fastpath: address=$D1 heap=$D2` },\
0x02 { `xmfree back end: address=$D1 heap=$D2 xmd_flags=$D3 LR=$D4` },\
0x04 { `xmalloc garbage collection started on heap $D1` }
118 1.0 "@FORKCOPY" vmm_forkcopy
119 1.0 L=KERN "@SENDSIGNAL" \
$PLATFORMTYPE, \
0 { "pidsig: pid="prKernelPID($D1) "signal="prsignal($D2) "lr="$D3 }, \
1 { "pidsig: pid="prKernelPID($D1) "signal="prsignal($D2) "b0="$D3 }
11A 0.0 KERN_RCVSIGNAL $DEFAULT
11C 1.0 L=KERN "@P_SLIH" \
"p_slih: pid="prKernelPID($D1) "tid="prKernelTID($D2) "addr="$D3 "except="$D4%D1
11D 0.0 KERN_SIGDELIVER $DEFAULT
11E 1.0 L=KERN "@ISSIG" \
"issig: pid="prKernelPID($D1) "tid="prKernelTID($D2) "t_cursig="prsignal($D3)
11F 1.1 "@SET ON READY QUEUE" \
"setrq: " \
$D3, \
FF { $SKIP }, \
\* { "cmd="$D1%PW "pid="prKernelPID($D1) "tid="prKernelTID($D2) "priority="$D3%D1 \
"policy="$D4%D1 "rq="$D5 }
120 1.1 "@LFS: vnop_access" \
$HD, \
0xFF { `vnop_access(vp = $D2, mode = $D3, who = $D4) = $D1` }, \
\* { vnop_access unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
121 1.0 L=SVC "@SYSC_ACCT" acct fname=$D1
122 1.0 L=SVC "@ALARM SYSTEM CALL" {{ $secs = $D1 }} \
$secs, \
0 { "alarm off" }, \
\* { `alarm $secs seconds` }
129 1.1 "@LFS: vnop_setattr" \
$HD, \
0xFF { `vnop_setattr(vp = $D2, arg1 = $D3, arg2 = $D4, arg3 = $D5) = $D1` }, \
\* { vnop_setattr unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
12E 1.1 "@LFS: vnop_close (close system call)" \
$HD, \
0xFF { `vnop_close(vp = $D2, flags = $D3) = $D1` }, \
0x0 { close fdtofilename($D1) fd=prfd($D1) \
lookuppninstall1('') lookuppninstall2(-1) fdinstall($D1) }, \
\* { vnop_close unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
130 1.1 "@LFS: vnop_create (creat system call)" \
$HD, \
0xFF { `vnop_create(dvp = $D3, flags = $D4, mode = $D5) = $D1, *vpp = $D2` }, \
0xFE { `vnop_mknod(dvp = $D2, mode = $D3, dev = $D4) = $D1` }, \
0x0 { creat lookuppninstall2($D1) $NOPRINT }, \
\* { vnop_create unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
131 1.0 L=SVC "@DISCLAIM SYSTEM CALL" \
$HD, \
0x00 { W1 " address ="X8 " len = "XW " flags = "XW },\
0x10 { W1 "64 address ="X8 " len = "X8 " flags = "XW }
134 1.0 L=SVC "@EXEC SYSTEM CALL" \
W2 \
$D1, \
0 { "exec SIGKILLed: pid="prKernelPID($PID) "reason="$D2 }, \
1 { "exec: cmd="prargs($HL) "pid="prKernelPID($PID) \
"tid="prKernelTID($TID) pidinstall($PID,0,$HL%S1,$TID,$CPUID,$PRI) }
135 1.0 L=SVC "@EXIT SYSTEM CALL" \
{{ $waitstat = $D1 }} {{ $pid = $D2 }} {{ $lockct = $D3 }} \
kexit() \
exit wait_status=$waitstat lockct=$lockct
136 1.1 "@LFS: vnop_fclear" \
$HD, \
0xFF { `vnop_fclear(vp = $D2, offset = $D3, length = $D4) = $D1` }, \
0xEF { `vnop_fclear(vp = $D2, ...) = $D1` }, \
0xEE { `vnop_fclear(vp = $D1, offset = ` W2 X8`, length = ` W4 X8`) = ...` }, \
\* { vnop_fclear unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
137 1.1 "@FCNTL SYSTEM CALL (deprecated)" \
fcntl fdtofilename($D1) \
$D2, \
0 { F_DUPFD original file descriptor $D3 }, \
1 { 'F_GETFD' }, \
2 { 'F_SETFD' }, \
3 { 'F_GETFL' }, \
4 { 'F_SETFL' }, \
10 { 'F_CLOSEM' } \
return value $D4
139 1.0 L=SVC "@FORK SYSTEM CALL" \
$HD, \
0x00 { `fork: pid=$D1%D1 tid=$D2%D1 kcid=$D3%D4` pidinstall($D1,$PID,$EXECPATH,$D2,0xff,0xff) \
cidinstall($D2, $D3, $D4, $D5, 0, 0) }, \
0x01 { `fork: maxuproc limit reached by uid=$D1%D4`\n\
` pid=$D2%D1 kcid=$D3%D4 num=$D4%D4 lim=$D5%D8` }, \
0x02 { `fork: ld_fork_prepare failed rc=$D1%DW`\n\
` pid=$D2%D1 kcid=$D3%D4` }, \
0x04 { `fork: Process limit reached by uid=$D1%D4`\n\
` pid=$D2%D1 kcid=$D3%D4 num=$D4%D4 lim=$D5%D8` }, \
\* { fork unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 }
13A 1.1 "@LFS: vnop_getattr (fstat system call)" \
$HD, \
0xFF { `vnop_getattr(vp = $D2) = $D1` }, \
0x0 { fstat fdtofilename($D1) fd=prfd($D1) }, \
\* { vnop_getattr unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
13B 1.1 "@LFS: vfs_statfs / vfs_statfsvp (fstatfs system call)" \
$HD, \
0xFF { `vfs_statfs(vfsp = $D2, vp = $D3) = $D1` }, \
0x0 { fstatfs fdtofilename($D1) fd=prfd($D1) }, \
\* { vfs_statfs unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
13C 1.1 "@LFS: vnop_fsync" \
$HD, \
0xFF { `vnop_fsync(vp = $D2, flags = $D3, offset = $D4, length = $D5) = $D1` }, \
0xEF { `vnop_fsync(vp = $D2, flags = $D3, ...) = $D1` }, \
0xEE { `vnop_fsync(vp = $D1, offset = ` W2 X8`, length = ` W4 X8`) = ...` }, \
\* { vnop_fsync unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
13D 1.1 "@LFS: vnop_ftrunc" \
{{ int64(x) $HOOKENV, 64 { O4 {{ $high = X4 }} {{ $high = $high * 0x100000000 }} O4 {{ $low = X4 }} {{ $high = $high + $low }} $high%X8 }, 32 { X8 } }} \
$HD, \
0xFF { `vnop_ftrunc(vp = $D2, flags = $D3, length = ` W4 int64()`) = $D1` }, \
\* { vnop_ftrunc unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
13E 1.0 L=SVC "@FULLSTAT SYSTEM CALL" \
{{ $filename = XW }} {{ $cmd = XW }} {{ $buf = XW }} \
fullstat filename=$filename cmd=$cmd
14C 1.1 "@LFS: vnop_ioctl (ioctl system call)" \
$HD, \
0xFF { `vnop_ioctl(vp = $D2, cmd = $D3, arg = $D4, flags = $D5) = $D1` }, \
0x0 { \
{{ $fd = $D1 }} \
{{ $command = $D2 }} W2 \
$HOOKENV, '32' { O2 }, '64' { O6 }\
{{ $ttycmdhi = X1 }} {{ $ttycmdlo = X1 }} \
{{ $arg = $D3 }} \
ioctl fd=prfd($D1) \
$ttycmdhi, \
54 { \
$ttycmdlo, \
01 { TCGETA $BREAK }, \
02 { TCSETA $BREAK }, \
03 { TCSETAW $BREAK }, \
04 { TCSETAF $BREAK }, \
05 { TCSBRK arg=$arg $BREAK }, \
06 { TCXONC arg=$arg $BREAK }, \
07 { TCXFLSH arg=$arg $BREAK } \
} \
command=$command arg=$arg \
}, \
\* { vnop_ioctl unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
14E 1.0 "@KILL SYSTEM CALL" \
kill: signal prsignal($D2) to process prKernelPID($D1) $D1%P4
150 1.1 "@LFS: vnop_link" \
$HD, \
0xFF { `vnop_link(dvp = $D3, vp = $D2) = $D1` }, \
\* { vnop_link unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
152 1.1 "@LFS: vnop_lockctl (lockf system call)" \
{{ int64(x) $HOOKENV, 64 { O4 {{ $high = X4 }} {{ $high = $high * 0x100000000 }} O4 {{ $low = X4 }} {{ $high = $high + $low }} $high%X8 }, 32 { X8 } }} \
$HD, \
0xFF { `vnop_lockctl(vp = $D2, cmd = $D3, offset = ` W4 int64()`) = $D1` }, \
0x0 { \
{{ $size = $D3 }} {{ $size1 = $D4 }} \
lockf fdtofilename($D1) fd=prfd($D1) \
$D2, \
0 { "unlock" }, \
1 { "lock wait" }, \
2 { "lock busy" }, \
\* { cmd=$D2 } \
$size$size1 bytes \
}, \
\* { vnop_lockctl unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
154 1.1 "@LFS: vnop_seek (lseek system call)" \
{{ int64(x) $HOOKENV, 64 { O4 {{ $high = X4 }} {{ $high = $high * 0x100000000 }} O4 {{ $low = X4 }} {{ $high = $high + $low }} $high%X8 }, 32 { X8 } }} \
$HD, \
0xFF { `vnop_seek(vp = $D2, offset = ` W3 int64()`) = $D1` }, \
0x0 { \
{{ $fd = $D1 }} {{ $offset = $D2 }} {{ $offset1 = $D3 }} {{ $whence = $D4 }} \
$whence, \
0 { lseek fd=prfd($D1) to $offset$offset1 } ,\
1 { lseek fd=prfd($D1) relative $offset$offset1 } ,\
2 { lseek fd=prfd($D1) relative $offset$offset1 from end of file } ,\
\* { lseek fd=prfd($D1) offset=$offset$offset1 whence=$whence "(invalid)" } \
}, \
\* { vnop_seek unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
156 1.1 "@LFS: vnop_mkdir" \
$HD, \
0xFF { `vnop_mkdir(vp = $D2, mode = $D3) = $D1` }, \
\* { vnop_mkdir unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
159 1.1 "@LFS: vfs_mount" \
$HD, \
0xFF { `vfs_mount(vfsp = $D2, vmt_fsid[0] = $D3, vmt_fsid[1] = $D4, mntdover = $D5) = $D1` }, \
\* { vfs_mount unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
15B 1.1 "@LFS: vnop_open (open system call)" \
$HD, \
0xFF { `vnop_open(vp = $D2, flags = $D3, ext = $D4) = $D1` }, \
0x0 { \
fdinstall($D1) \
open fdtofilename($D1) fd=prfd($D1) openflags($D2) \
$D2%o4 & 0400, 0400 { mode=filemode($D3) } \
}, \
\* { vnop_open unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
15F 1.1 "@PIPE SYSTEM CALL (deprecated)" \
`pipe read_fd=prfd($D1) write_fd=prfd($D2)`
160 1.0 L=SVC "@PLOCK" \
plock $EXECPATH \
$D1, \
0 "UNLOCK", \
1 "PROCESS LOCK", \
2 "TEXT SEGMENT LOCK", \
4 "DATA SEGMENT DATLOCK"
163 1.1 "@LFS: vnop_rdwr (read)" \
{{ int64(x) $HOOKENV, 64 { O4 {{ $high = X4 }} {{ $high = $high * 0x100000000 }} O4 {{ $low = X4 }} {{ $high = $high + $low }} $high%X8 }, 32 { X8 } }} \
$HD, \
0xFF { `vnop_rdwr_read(vp = $D1, offset = ` W2 int64()`, length = $D4, flags = $D5, ...) = ...` }, \
0xFE { `vnop_rdwr_read(vp = $D2, ext = $D4, ...) = $D1, $D3 bytes moved` }, \
0x0 { `read($D1%D1,$D3%XW,$D4%X0)` fdtofilename($D1) }, \
\* { vnop_rdwr unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
164 1.1 "@LFS: vnop_readlink" \
$HD, \
0xFF { `vnop_readdir(vp = $D2) = $D1` }, \
\* { vnop_readdir unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
167 1.1 "@LFS: vnop_rename" \
$HD, \
0xFF { `vnop_rename(from_dvp = $D3, from_vp = $D2, to_dvp = $D5, to_vp = $D4) = $D1` }, \
\* { vnop_rename unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
168 1.1 "@LFS: vnop_rmdir" \
$HD, \
0xFF { `vnop_rmdir(dvp = $D3, vp = $D2) = $D1` }, \
\* { vnop_rmdir unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
169 1.0 "@SBREAK SYSTEM CALL" \
$D1, \
'20' { `sbreak new dmax is $D2%X4` }, \
'40' { `sbreak new dmax is $D2%X4 $D3%X4` }
16A 1.0 L=SVC "@SELECT SYSTEM CALL" \
$HD, \
0 { `ifds=$D1 rfds=$D2 msgs=$D3 secs=$D4 usecs=$D5` }
16E 1.0 "@SETPGRP" \
{{ $WDS = $HL / $WORDSIZE }} \
$WDS, \
0 { "SETPRGP" },\
1 { "SETPRGP" },\
\* { `setpgid pid=prKernelPID($D1) pgrp=$D2%D1` }
16F 1.0 "SBREAK SYSTEM CALL" $DEFAULT
180 2.0 L=SVC "@SIGACTION SYSTEM CALL" \
sigaction signal prsignal($D1) \n\
addr new sigaction=$D2%XW addr old sigaction=$D3%XW
181 1.0 "SIGCLEANUP"
183 1.0 L=SVC "@SIGRETURN" \
"sigreturn: pid="$D1%D1 "tid="$D2%D1
18B 1.1 "@LFS: vnop_symlink" \
$HD, \
0xFF { `vnop_symlink(dvp = $D2) = $D1` }, \
\* { vnop_symlink unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
18E 1.0 "@TIMES" \
"times: " \
{{ $u = $D1 }} {{ $s = $D2 }} {{ $cu = $D3 }} {{ $cs = $D4 }} \
`times u=$u%D1 s=$s%D1 cu=$cu%D1 cs=$cs%D1 (ticks)`
18F 1.0 L=SVC "@ULIMIT SYSTEM CALL" \
ulimit \
$D1%D1, \
1 { `get fsize` }, \
2 { `set fsize to $D2` }, \
3 { `get data limit` }, \
1004 { `set data limit to $D2` }, \
1005 { `get stack` }, \
1006 { `set stack limit to $D2` }, \
1007 { "get RAWDIR compatibility mode (REALDIR)" }, \
1008 { \
$D2, \
0 { "clear RAWDIR compatibility mode (REALDIR)" }, \
\* { "set RAWDIR compatibility mode (REALDIR)" } \
}, \
1009 { "get TRUNCATES compatibility mode (SYSVLOOKUP)" }, \
1010 { \
$D2, \
0 { "clear TRUNCATES compatibility mode (SYSVLOOKUP)" }, \
\* { "set TRUNCATES compatibility mode (SYSVLOOKUP)" } \
}
191 1.1 "@LFS: vfs_unmount" \
$HD, \
0xFF { `vfs_unmount(vfsp = $D2, vmt_fsid[0] = $D3, vmt_fsid[1] = $D4, mntdover = $D5) = $D1` }, \
\* { vfs_unmount unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
194 1.1 "@LFS: vnop_remove" \
$HD, \
0xFF { `vnop_remove(dvp = $D3, vp = $D2) = $D1` }, \
\* { vnop_remove unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
195 1.0 L=SVC "@USRINFO SYSTEM CALL" "usrinfo"
19B 1.0 L=SVC "@WAIT SYSTEM CALL" \
{{ $rv = $D1 }} {{ $pid = $D2 }} {{ $pflag = $D3 }} {{ $wstat = $D4 }} \
wait rv=$rv pid=prKernelPID($pid) pflag=$pflag wstat=$wstat
19C 1.1 "@LFS: vnop_rdwr (write)" \
{{ int64(x) $HOOKENV, 64 { O4 {{ $high = X4 }} {{ $high = $high * 0x100000000 }} O4 {{ $low = X4 }} {{ $high = $high + $low }} $high%X8 }, 32 { X8 } }} \
$HD, \
0xFF { `vnop_rdwr_write(vp = $D1, offset = ` W2 int64()`, length = $D4, flags = $D5, ...) = ...` }, \
0xFE { `vnop_rdwr_write(vp = $D2, ext = $D4, ...) = $D1, $D3 bytes moved` }, \
0x0 { `write($D1%D1,$D3%XW,$D4%X0)` fdtofilename($D1) }, \
\* { vnop_rdwr unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
1A0 1.1 "@LFS: vnop_readdir" \
$HD, \
0xFF { `vnop_readdir(vp = $D2, offset = $D3, length = $D4) = $D1, offset = $D5` }, \
0xEF { `vnop_readdir(vp = $D2, offset = ` W3 X8`, length = $D5) = $D1, offset = ...` }, \
0xEE { `vnop_readdir(vp = $D1, ...) = ..., offset = ` W2 X8 }, \
\* { vnop_readdir unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
1A4 1.0 L=SVC "@GETRLIMIT SYSTEM CALL" \
{{ \
prresource(resource) \
$resource, \
0 "CPU TIME", \
1 "MAX FILE SIZE", \
2 "DATA SEGMENT SIZE", \
3 "SIZE SIZE", \
4 "CORE FILE SIZE", \
5 "RESIDENT SET SIZE" \
}} \
getrlimit resource=$D1 prresource($D1)
1A5 1.0 L=SVC "@SETRLIMIT SYSTEM CALL" \
setrlimit resource=$D1 prresource($D1)
1A6 1.0 L=SVC "@GETRUSAGE SYSTEM CALL" \
getrusage who=$D1%D1 \
$D1, \
0 "of self", \
\* "of children"
1A7 1.0 L=SVC "@GETPRIORITY SYSTEM CALL" \
{{ $which = $D1 }} {{ $who = $D2 }} \
getpriority \
$which, \
0 { \
"of process" \
$who, \
0 { prKernelPID($PID) $PID%PW }, \
\* { prKernelPID($who) $who%PW } \
}, \
1 { \
"of process group" \
$who, \
0 { prKernelPID($PID) $PID%PW }, \
\* { prKernelPID($who) $who%PW } \
}, \
2 { \
"of uid" \
$who, \
0 { "(current process)" }, \
\* { prKernelPID($who) } \
}
1A8 1.0 L=SVC "@SETPRIORITY SYSTEM CALL" \
{{ $which = $D1 }} {{ $who = $D2 }} {{ $nice = $D3 }} \
setpriority \
$which, \
0 { \
"of process" \
$who, \
0 { prKernelPID($PID) $PID%PW }, \
\* { prKernelPID($who) $who%PW } \
}, \
1 { \
"of process group" \
$who, \
0 { prKernelPID($PID) $PID%PW }, \
\* { prKernelPID($who) $who%PW } \
}, \
2 { \
"of uid" \
$who, \
0 { "(current process)" }, \
\* { prKernelPID($who) } \
} \
"to" $nice%D1
1A9 1.0 "@ABSINTERVAL SYSTEM CALL" \
absinterval timerid=$D1
1AA 1.0 "@GETINTERVAL SYSTEM CALL" \
getinterval timerid=$D1
1AB 1.0 "@GETTIMER SYSTEM CALL" \
gettimer timer_type=$D1
1AC 1.0 "@INCINTERVAL SYSTEM CALL" \
incinterval timerid=$D1
1AD 1.0 "@RESTIMER SYSTEM CALL" \
restimer timer_type=$D1
1AE 1.0 "@RESABS SYSTEM CALL" \
resabs timer_type=$D1
1AF 1.0 "@RESINC SYSTEM CALL" \
resinc timer_type=$D1
1B0 1.0 "@VMM_ASSIGN (assign virtual page to a physical page)" \
{{ \
vmmsibits(sibits) \
$sibits & 0xC4800000, \
\* { \
"\n " \
BITFLAGS $sibits, \
& 0x38000000 0x00000000 "invalid_segment", \
& 0x38000000 0x08000000 "working_storage", \
& 0x38000000 0x10000000 "mapping_segment", \
& 0x38000000 0x18000000 "real_mem_mapping", \
& 0x38000000 0x20000000 "client_segment", \
& 0x38000000 0x28000000 "persistent_storage", \
0x04000000 "intrseg", \
0x02000000 "delpend", \
0x01000000 ".", \
0x00800000 "iodelete", \
0x00400000 "shrlib", \
0x00200000 "jseg", \
0x00100000 "defseg", \
0x00080000 "system", \
0x00040000 "combit", \
0x00020000 "chgbit", \
0x00010000 "compseg", \
0x00008000 "eio", \
& 0x00007C00 0x00000000 "(hkey 0)", \
& 0x00007C00 0x00000400 "(hkey 1)", \
& 0x00007C00 0x00000800 "(hkey 2)", \
& 0x00007C00 0x00000C00 "(hkey 3)", \
& 0x00007C00 0x00001000 "(hkey 4)", \
& 0x00007C00 0x00001400 "(hkey 5)", \
& 0x00007C00 0x00001800 "(hkey 6)", \
& 0x00007C00 0x00001C00 "(hkey 7)", \
& 0x00007C00 0x00002000 "(hkey 8)", \
& 0x00007C00 0x00002400 "(hkey 9)", \
& 0x00007C00 0x00002800 "(hkey 10)", \
& 0x00007C00 0x00002C00 "(hkey 11)", \
& 0x00007C00 0x00003000 "(hkey 12)", \
& 0x00007C00 0x00003400 "(hkey 13)", \
& 0x00007C00 0x00003800 "(hkey 14)", \
& 0x00007C00 0x00003C00 "(hkey 15)", \
& 0x00007C00 0x00004000 "(hkey 16)", \
& 0x00007C00 0x00004400 "(hkey 17)", \
& 0x00007C00 0x00004800 "(hkey 18)", \
& 0x00007C00 0x00004C00 "(hkey 19)", \
& 0x00007C00 0x00005000 "(hkey 20)", \
& 0x00007C00 0x00005400 "(hkey 21)", \
& 0x00007C00 0x00005800 "(hkey 22)", \
& 0x00007C00 0x00005C00 "(hkey 23)", \
& 0x00007C00 0x00006000 "(hkey 24)", \
& 0x00007C00 0x00006400 "(hkey 25)", \
& 0x00007C00 0x00006800 "(hkey 26)", \
& 0x00007C00 0x00006C00 "(hkey 27)", \
& 0x00007C00 0x00007000 "(hkey 28)", \
& 0x00007C00 0x00007400 "(hkey 29)", \
& 0x00007C00 0x00007800 "(hkey 30)", \
& 0x00007C00 0x00007C00 "(hkey 31)", \
& 0x00000300 0x00000000 "P_DEFAULT", \
& 0x00000300 0x00000100 "P_FIRST_TOUCH", \
& 0x00000300 0x00000200 "P_BALANCED", \
& 0x000000C0 0x00000000 "4K", \
& 0x000000C0 0x00000040 "64K", \
& 0x000000C0 0x00000080 "16M", \
& 0x000000C0 0x000000C0 "16G", \
0x00000020 "psearlyalloc", \
0x00000010 "large", \
0x00000008 "dmapseg", \
0x00000004 "inactive", \
0x00000002 "acctseg", \
0x00000001 "modlist_req", \
& 0xC0000000 0xC0000000 "(pkey 3)", \
& 0xC0000000 0x80000000 "(pkey 2)", \
& 0xC0000000 0x40000000 "(pkey 1)", \
& 0xC0000000 0x00000000 "(pkey 0)" \
} \
}} \
`VMM page assign: V.S=$D3.$D1 ppage=$D4` vmmsibits($D2)
1B1 1.0 "@VMM_DELETE (delete a virtual page)" \
`VMM page delete: V.S=$D3.$D1 ppage=$D4` vmmsibits($D2)
1B2 1.0 "@VMM_PGEXCT (pagefault)" \
$HD, \
0 {`VMM pagefault: V.S=$D3.$D1 vaddr=$D4 ` vmmsibits($D2)},\
1 {`pagefault worklim err: sid=$D1 pagex=$D3 ` vmmsibits($D2) \
`\n uplim=$D4 downlim=$D5`},\
2 {`pagefault filelim err: sid=$D1 pagex=$D3 ` vmmsibits($D2) \
`\n filelim=$D4 user flags=$D5`},\
3 {`pagefault spaceok err: sidx=$D1 pagex=$D3 ` vmmsibits($D2) \
`\n rc=$D4`},\
4 {`pagefault pagein err: sidx=$D1 pagex=$D3 ` vmmsibits($D2) \
`\n flags=$D4 rc=$D5`},\
5 {`pagefault handle err: eaddr=$D1, SLB hand=$D2, adsp hand=$D3`}
1B3 1.0 "@VMM_PROTEXCT (protection fault)" \
`VMM protection fault: V.S=$D3.$D1 ppage=$D4 vaddr=$D5` vmmsibits($D2)
1B4 1.0 "@VMM_XMEMCNT (xmemcnt change, CT only)" \
`VMM xmemcnt0: caller=$D1 caller2=$D2 sid=$D3 incr=$D4 xmemcnt=$D5`
1B5 1.0 "@VMM_RECLAIM" \
$HD, \
0 { `VMM reclaim: V.S=$D3.$D1 ppage=$D4 vaddr=$D5` vmmsibits($D2) }, \
1 { `VMM ping-pong: V.S=$D3.$D1 ppage=$D4` vmmsibits($D2) }
1B6 1.0 @VMM_GETPARENT \
`VMM getparent: V.S=$D3.$D1 ppage=$D4 psid=$D5` vmmsibits($D2)
1B7 1.0 "@VMM_COPYPARENT" \
$HD, \
0 { `VMM copyparent: V.S=$D3.$D1 ppage=$D4 psid=$D5` vmmsibits($D2) }, \
1 { `VMM mapparent: V.S=$D3.$D1 ppage=$D4 psid=$D5` vmmsibits($D2) }, \
2 { `VMM cowreload: V.S=$D3.$D1 ppage=$D4 psid=$D5` vmmsibits($D2) }
1B8 1.0 "@VMM_VMAP (fault on a shared process private segment)" \
`VMM vmapped page: V.S=$D3.$D1 ppage=$D4 ssid=$D5` vmmsibits($D2)
1B9 1.0 "@VMM_ZFOD (zero fill a page)" \
$HD, \
0 { `VMM zero filled page: V.S=$D3.$D1 ppage=$D4` vmmsibits($D2) }, \
1 { `VMM PSPA zero filled page: V.S=$D3.$D1 ppage=$D4` vmmsibits($D2) krc=$D5 }
1BA 1.0 "@VMM_PAGEIO" \
$HD, \
0 { `VMM sio pgout: V.S=` {{ $t = $D2 / 0x100000000 }} `$t.$D1 ppage=$D3` \
{{ $a = $D2 & 0xFFFFFFFF }} vmmsibits($a) \
"\n " `bp=$D4 primary_sid=$D5` \
vmmbufinstall($t,$D1,$D4) \
sidtofilename($D4) }, \
1 { `VMM sio pgin: V.S=` {{ $t = $D2 / 0x100000000 }} `$t.$D1 ppage=$D3` \
{{ $a = $D2 & 0xFFFFFFFF }} vmmsibits($a) \
"\n " `bp=$D4 primary_sid=$D5` \
vmmbufinstall($t,$D1,$D4) \
sidtofilename($D4) }, \
2 { `VMM sio pp pgin: V.S=$D2.$D1 bp=$D3 poffset=$D4 size=$D5` }, \
3 { `VMM sio pp pgout: V.S=$D2.$D1 bp=$D3 poffset=$D4 size=$D5` }, \
4 { `VMM sio thrpgio: bplist=$D1 flags=$D2 path_chunk=$D3 ut_pgio_tail=$D4 btp_to_wait_for=$D5` }
1BB 1.0 "@VMM_SEGCREATE (segment create)" \
`VMM segment creation: S=$D1 sibits2=$D3 pvproc=$D4 ` vmmsibits($D2)
1BC 1.0 "@VMM_SEGDELETE (segment delete)" \
`VMM segment deletion: S=$D1 sibits2=$D3 pvproc=$D4 ` vmmsibits($D2)
1BD 1.0 "@VMM_DALLOC" \
$HD, \
0 { `VMM disk alloc: V.S=$D3.$D1 dblk=$D5 ` vmmsibits($D2) \
"\n " `pdtx/devid=$D4` }, \
1 { `VMM pp disk alloc: xptp=$D1 pdtx=$D2 dblk=$D3 nblks=$D4` }, \
2 { `VMM disk free: V.S=$D3.$D1 dblk=$D5 ` vmmsibits($D2) \
"\n " `pdtx/devid=$D4` }, \
3 { `VMM pp disk free: nfr=$D1 idx=$D2 pdtx=$D3 dblk=$D4 nblks=$D5` }, \
4 { `VMM pp disk free: xptp=$D1 pdtx=$D2 dblk=$D3 nblks=$D4` }
1BE 1.0 "@VMM_PFEND" \
$HD, \
0 { `VMM pfendout: V.S=$D3.$D1 ppage=$D4` {{ $a = $D2 & 0xFFFFFFFF }} \
vmmsibits($a) \
"\n " `error=` {{ $t = $D2 / 0x100000000}} \
`$t primary_sid=$D5`}, \
1 { `VMM pfendin: V.S=$D3.$D1 ppage=$D4` {{ $a = $D2 & 0xFFFFFFFF }} \
vmmsibits($a) \
"\n " `error=` {{ $t = $D2 / 0x100000000}} \
`$t primary_sid=$D5`}, \
2 { `VMM pp pfendout: V.S=$D2.$D1 bp=$D3 poffset=$D4 size=$D5` }, \
3 { `VMM pp pfendin: V.S=$D2.$D1 bp=$D3 poffset=$D4 size=$D5` }, \
4 { `VMM pfend cksum: nfr=$D1 psx=$D2 cksum=$D3 saved_cksum=$D4 cp=$D5` }, \
5 { `VMM vtiol enqueue: buf=$D1 ` {{$a = $D2 & 0xFFFFFFFF }} `qidx=$a ` \
{{$a = $D2 / 0x100000000}} {{$b = $a & 0xFFFF}} \
`vtiolID=$b ` {{$c = $a / 10000}} `nreqs=$D2 ` \
"\n " `sidx=$D3 lockw=$D4 primary_sid=$D5` }, \
6 { `VMM vtiol dequeue: buf=$D1 buf_tb=$D2 nreqs=$D3 qidx=$D4` }, \
7 { `VMM vtiol ch active: numth_active=$D1 old_active=$D2 req_avg=$D3 tot_reqs=$D4` }, \
8 { `VMM vtiolr deq: buf=$D1 tb_delta=$D2 vtr_id=$D3 qidx=$D4` }, \
9 { `VMM vtiolr post: vtr_tid=$D1 vtr_id=$D2 qidx=$D3 vt_id=$D4` }
1BF 1.0 @VMM_EXCEPT \
`VMM exception: sregval=$D2 vaddr=$D3` vmmsibits($D1) \
"\n " `error=$D4 pid=prKernelPID($D5)`
1C8 1.0 "PPDD" \
{{ $loc = X1 }} R1 \
$DD1 \
$loc, \
01 { "flags:" XW \
} , \
07 { "resid:" DW "iovcnt:" DW "offset:" XW "fmode:" XW \
}
1CF 1.0 "C327DD" \
{{ $loc = X1 }} R1 \
$DD1 \
$loc, \
03 { "chan:" XW \
} , \
05 { "uiop:" XW "chan:" XW "ext:" XW \
} , \
07 { "uiop:" XW "chan:" XW "ext:" XW \
} , \
0B { "event:" XW "chan:" XW \
} , \
11 { "name:" XW "chan:" XW \
} , \
21 { "ID:" O1 A4.8 \
"d1=" XW " d2=" XW " d3=" XW " d4=" XW \
}
1D0 0.0 DDSPEC_GRAPHIO $DEFAULT
1D1 1.0 ERRLG {{ $errno = $HDL }} {{ $mmdev = X2 }} {{ $cmd = X2 }} \
{{ \
errioctl1D1(cmd) \
$cmd, \
0x4501 "ERRIOC_STOP", \
0x4502 "ERRIOC_SYNC", \
\* { `cmd=$cmd` } \
}} \
$GENERIC,\
0 { {{ $MODE = $HDU }} },\
1 { {{ $MODE = $D1 }} }\
$MODE%D1, \
1 { erropen: $errno%E1 }, \
2 { errclose: $errno%E1 }, \
3 { errioctl: $errno%E1 devtoname($D1) errioctl1D1($cmd) }, \
4 { errread: bad erec: "magic" $D1 "length" $D2 bytes }, \
5 { errread: $errno%E1 }, \
6 { errwrite $errno%E1 }, \
7 { errput: error id=$D1%XW }, \
8 { `errput: buffer overflow: state=$errno` }, \
9 { `errdd: lockl from $errno already locked by $D1%PW` }, \
10 { `errdd: unlockl from $errno. not locked` }, \
13 { `errlast: error id=$D1` }, \
14 { `errresume: errlast error id=$D1` }, \
16 { `errdemon: cannot write to error log. error id=$D1` }, \
17 { "Duplicate error id:" $D1 "\n"\
"count:" $D2 "times:" $D3%T4 $D4%T4},\
18 { "errlast_log error id" $D1}, \
19 { "errlast error!" $D1 "should be an RTAS error" }, \
20 { "bad length for error" $D1 "in" \
$HDL, \
0 { "errput_logger" }, \
1 { "errput_active_demon" }, \
2 { "errput_inactive_demon" }, \
3 { "errnv_write-1" }, \
4 { "errnv_write-2" } \
}, \
21 { "bad err_count" $D1 "in" \
$HDL, \
0 { "errput_active_demon" }, \
1 { "errput_inactive_demon" } \
}, \
22 { "errduptstart, wpar:" $D1 }, \
23 { "errinttimer, wpar:" $D1 }, \
24 { "errduptstop, wpar:" $D1 }, \
25 { "errduptstart_initial, wpar:" $D1 }, \
\* { `ERRLG: unknown trace mode $HDU` }
1D2 1.0 DUMP {{ $errno = $HDL }} {{ $mmdev = X2 }} {{ $cmd = X2 }} \
{{ \
dumpop1D2(op) \
$op, \
1 "DUMPINIT", \
2 "DUMPSTART", \
3 "DUMPWRITE", \
4 "DUMPEND", \
5 "DUMPTERM", \
6 "DUMPQUERY", \
\* { `dumpop: op=$op` } \
}} \
{{ \
dmpioctl1D2(cmd) \
$cmd, \
0x6401 "DMPSET_PRIM", \
0x6402 "DMPSET_SEC", \
0x6404 "DMPNOW_PRIM", \
0x6405 "DMPNOW_SEC", \
\* { `dmpioctl: cmd=$cmd` } \
}} \
$HDU%D1, \
1 { dmpopen: $errno%E1 devtoname($D1) }, \
3 { dmpioctl: $errno%E1 devtoname($D1) dmpioctl1D2($cmd) }, \
4 { dmpdump: dumpop1D2($HDL) devtoname($D1) }, \
5 { dmpadd: calling func is approxlookup($D1) }, \
6 { dmpadd: return: $errno%E1 }, \
7 { dmpdel: calling func is approxlookup($D1) }, \
8 { dmpdel: $errno%E1 }, \
9 { dmp_do: $HDL, 1 PRIMARY, 2 SECONDARY }, \
10 { dmp_do: return:$errno%E1 }, \
11 { dmpwrcdt: ptr=$D1 length=D2 }, \
13 { dump_op: return: $errno%E1 }, \
14 { dmpnull: dumpop1D2($HDL) }, \
15 { dmpfile: dumpop1D2($HDL) }, \
\* { `DUMP: unknown trace mode $HDU` }
1D9 1.0 "@VMM_ZERO " \
$HD, \
0x0000 { `VMM ZERO_0: Page Zero request page=$D2 sid=$D1`}, \
0x0001 { `VMM ZERO_1: Page Zero request page=$D2 sid=$D1`}
1DA 1.0 "@VMM_MKP " \
`VMM MKP: Page Create sidx=$D1 Page=$D2 sid=$D3`
1DB 1.0 "@VMM_FPGIN " \
`VMM FPGIN: Page in for a persistent seg. Page=$D2 sidx=$D1`
1DC 1.0 "@VMM_SPACEOK" \
$HD, \
0 { `VMM spaceok: Activating LRU CPU=$D1 MEMPOOL=$D2` }, \
1 { `VMM spaceok: Inserting thread on waitlist CPU=$D1 MEMPOOL=$D2 FREEWTS=$D3` }, \
2 { `VMM spaceok: PSM free threshold memp=$D1 numfrb=$D2` }, \
3 { `VMM spaceok: LRU request mp=$D1 psx=$D2 req=$D3 nfrb=$D4 newfr=$D5` }, \
4 { `VMM spaceok: LRU fstats ` vmmsibits($D1) `maxcl=$D2 numcl=$D3 maxpm=$D4 numpm=$D5` }
1DD 1.0 "@VMM_LRU" \
{{ \
lru_start_unmunge(munge) \
$munge & 0xF0000007, \
\* { \
" " \
BITFLAGS $munge, \
& 0x80000000 0x80000000 "CFBLRU", \
& 0x80000000 0x00000000 "LFBLRU", \
0x40000000 "file-only", \
0x20000000 "progress guaranteed", \
0x10000000 "mp_psmdlrud_notfo", \
& 0x00000007 0x00000000 "(mode 0: default)", \
& 0x00000007 0x00000001 "(mode 1: strict maxperm)", \
& 0x00000007 0x00000002 "(mode 2: client only)", \
& 0x00000007 0x00000003 "(mode 3: client/compress)", \
& 0x00000007 0x00000004 "(mode 4: WLM red)", \
& 0x00000007 0x00000005 "(mode 5: unknown)", \
& 0x00000007 0x00000006 "(mode 6: unknown)", \
& 0x00000007 0x00000007 "(mode 7: unknown)" \
} \
}} \
{{ \
lru_psx_unmunge(munge) \
$munge & 0x0F000000, \
\* { \
BITFLAGS $munge, \
& 0x0F000000 0x00000000 "PSX_4K ", \
& 0x0F000000 0x01000000 "PSX_64K", \
& 0x0F000000 0x02000000 "PSX_16M", \
& 0x0F000000 0x03000000 "PSX_16G" \
} \
}} \
$HD, \
0x0 { `VMM LRU: Pager start memp=$D1 `lru_psx_unmunge($D4)` sysperm=$D2 lru_rq=$D3 `lru_start_unmunge($D4)` lru_goal=$D5` }, \
0x1 { `VMM LRU: Pager end memp=$D1 scans=$D2 steals=$D3 numfrb=$D4` }, \
0x2 { `VMM LRU: Main Loop memp=$D1 scans=$D2 pass=$D5 stolen $D3/$D4` }, \
0x3 { `VMM LRU: Page steals memp=$D1 steals=$D2 nfr=$D3 sid=$D4 page=$D5` }, \
0x4 { `VMM LRU: Move P2 to P1 CCB memp=$D1 scans=$D2 ccb=$D3 listidx=$D4` }, \
0x5 { `VMM LRU TIMER: Start Memp=$D1 Timer=$D2 Msec=$D3 Flags=$D4` }, \
0x6 { `VMM LRU TIMER: Stop Memp=$D1 Timer=$D2` }, \
0x7 { `VMM LRU TIMER: Ipoll Memp=$D1 ISoftpri=$D2` }, \
0x8 { `VMM LRU TIMER: Timeout Memp=$D1 Timer=$D2` }, \
0x9 { `VMM LRU DLA TIMER: Start Memp=$D1 psx=$D2 Timer=$D3 msec=$D4 Flags=$D5` }, \
0xA { `VMM LRU DLA TIMER: Stop Memp=$D1 psx=$D2 Timer=$D3` }, \
0xB { `VMM LRU DLA TIMER: Timeout Memp=$D1 psx=$D2 Timer=$D3` }, \
0xC { `VMM LRU DLA TIMER: Done Memp=$D1 psx=$D2 Timer=$D3` }, \
0xD { `VMM LRU: No Work memp=$D1 numfrb=$D2 goal=$D3` }, \
0xE { `VMM LRU: MPSS success memp=$D1 numfrb=$D2 goal=$D3 steals=$D4` }, \
0xF { `VMM LRU: MPSS reenter LRU memp=$D1 numfrb=$D2 goal=$D3 steals=$D4 MPSS_time=$D5` }, \
0x10 { `VMM LRU: Pager start2 maxcl=$D1 numcl=$D2 maxpm=$D3 numpm=$D4 minpm=$D5` }, \
0x11 { `VMM LRU: Pager abandon memp=$D1 `lru_psx_unmunge($D2)` sysperm=$D3` }, \
0x12 { `VMM LRU: MPSS 16M end memp=$D1 numfrb=$D2 goal=$D3 steals=$D4 lru_rq=$D5` }
1F0 1.0 "@SETTIMER SYSTEM CALL" \
settimer timer_type=$D1
1F2 1.0 L=SVC "@GETPROC RELATED SYSTEM CALL" \
$HD, \
0x01 { `getprocs: Invalid argument received by getprocs or getprocs64. ` \n \
` Arguments received: ` \n \
` procsinfo=0x$D1%XW sizproc=$D2%D4 ` \n \
` fdsinfo=0x$D3%XW sizfd=$D4%D4 count=$D5%D4` }, \
0x02 { `getprocs: Valid sizproc: $D1%D4 $D2%D4 $D3%D4 $D4%D4 $D5%D4` },\
0x03 { `getprocs64: Valid sizproc: $D1%D4 $D2%D4 $D3%D4 `},\
0x04 { `getprocs: Valid sizfd: $D1%D4 $D2%D4 $D3%D4` }, \
0x05 { `getprocs64: Valid sizfd: $D1%D4 $D2%D4 ` }, \
\* { getprocs unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 }
200 1.2 "@RESUME" {{ $procflg = $HD }} {{ $e = $EXECPATH }} \
resume($procflg) \
$PLATFORMTYPE, \
0 { \
$procflg, \
0 { $PRI, 7F { "resume IDLE" "iar="$D1 "cpuid="$CPUID }, \
\* { `resume $EXECPATH iar=$D1 cpuid=$CPUID` } }, \
\* { L=INT `resume interrupt process iar=$D1 cpuid=$CPUID` } \
}, \
1 { \
$procflg, \
0 { $PRI, 7F { "resume IDLE" "ip="$D1 "cpuid="$CPUID }, \
\* { `resume $EXECPATH ip=$D1 cpuid=$CPUID` } }, \
\* { L=INT `resume interrupt process ip=$D1 cpuid=$CPUID` } \
}
201 1.1 L=KERN @KERN_HFT W2 \
$HOOKENV,\
'64' { O4 }\
A25 "devno " \
$HOOKENV,\
'64' { O4 }\
A5 \n \t\t\t " channel " A3 \n
202 1.1 L=KERN @KERN_KTSM W2 \
$HOOKENV,\
'64' { O4 }\
A25 "minor_number " \
$HOOKENV,\
'64' { O4 }\
A5 \n
204 1.0 L=KERN "@SWAPPER swapin process" \
"sched swapin: pid="prKernelPID($D1) "thrashing="$D2%DW
205 1.0 L=KERN "@SWAPPER swapout process" \
"sched swapout: pid="prKernelPID($D1) "tid=" prKernelTID($D2) "p_suspended="$D3%DW \
"n_active="$D4%DW "v_min_process="$D5%DW
206 1.0 L=KERN "@SWAPPER post process for suspension" \
"sched post: pid=" prKernelPID($D1) "p_repage="$D2%DW \
"v_proc_repage="$D3%DW "u_minflt="$D4%DW "u_majflt="$D5%DW
207 1.0 L=KERN "@SWAPPER sched stats" \
"sched sys stats: thrashing="$D1%DW \
"v_repage_hi="$D2%DW "pgflts="$D3%DW "pgstls="$D4%DW
208 1.0 L=KERN "@SWAPPER process stats" \
"sched proc stats: nrun="$D1%DW "nsusp="$D2%DW \
"npageio="$D3%DW "nevents="$D4%DW "nstarting=" $D5%DW
209 1.0 L=KERN "@SWAPPER sched stats" \
"sched sys stats: pageins="$D1%DW \
"pageouts="$D2%DW "pgspgins=" $D3%DW \
"pgspgouts="$D4%DW
20A 1.0 L=KERN "@MEMORY SCRUBBING disable" \
"scrub disable"
20B 1.0 L=KERN "@MEMORY SCRUBBING enable" \
"scrub enable"
20C 1.0 L=KERN "@MEMORY SCRUBBING choose segment of memory" \
"scrub memory: start="$D1 "end="$D2
20D 1.0 L=KERN "@MEMORY SCRUBBING report single bit errors" \
"scrub report: sbssr="$D1 "sbsr="$D2 "sbar="$D3
20E 1.0 L=KERN "@LOCKL locks a conventional process lock" \
"lockl lock addr=" $D1 "lock val=" $D2%DW \
"tid=" prKernelTID($D3) "return addr=" $D4 "flags=" $D5
20F 1.0 L=KERN "@UNLOCKL unlocks a conventional process lock" \
"unlockl lock addr=" $D1 "lock val=" $D2%DW \
"tid=" prKernelTID($D3) "return addr=" $D4
210 1.0 L=KERN "@initp" W2 \
$D1, \
0 { {{ $pid = X8 }} \
{{ $tid = X8 }} \
{{ $ppid = $PID }} \
{{ $string = A40 }} \
{{ $vpid = X8 }} \
{{ $vtid = X8 }} \
{{ $cid = X4 }} \
"initp: pid="prpid($pid) "tid="prpid($tid) \
"name="$string "vpid=" prpid($vpid) "vtid="prpid($vtid) "cid=" $cid%D4 \
pidinstall($pid,$ppid,$string,$tid,0xff,0xff) \
cidinstall($tid, $cid, $vpid, $vtid, 0, 0) }
220 1.0 "FDDD" \
$DD1
221 1.0 "SCDISKDD" \
$HDU, \
0x0F { strategy: bp=$D2 b_flags=$D3 b_blkno=$D4 b_bcount=$D5 starttimer(0x221,$D2) }, \
0x1E { `coalesce: (bp,sc_bp)=($D2,$D3)` }, \
0x1F { iodone: devtoname($D1) bp=$D2 buftofilename($D2) \
bflags($D3) endtimer(0x221,$D2) }, \
0x17 { $D2, 0 { $SKIP } \
bstart: devtoname($D1) bp=$D2 buftofilename($D2) \
pblock=$D4 bcount=$D5 bflags($D3) }, \
0x18 { $D5, 0 { $SKIP } \
bstart_exit: devtoname($D1) scsi_buf=$D2 bp=$D3 \
scsi_op_code=$D4 scsi_len=$D5 }, \
0xc8 { mpioSuperInit: mpio_ptr=$D1 $D2 $D3 $D4}, \
0xc9 { mpioInit: mpio_ptr=$D1 $D2}, \
0xca { mpioAddDriver: mpio_ptr=$D1 $D2}, \
0xcb { mpioAddDrvrPath: ddi=$D1 $D2 $D3}, \
0xcc { mpioAddPcm: ddi=$D1 pcm_entrypt=$D2}, \
0xcd { mpioDelPcm: ddi=$D1}, \
0xce { mpioAddDevice: $D1 $D2}, \
0xd0 { mpioDelDevice: mpio_ptr=$D1}, \
0xd3 { mpioAddPath: mpio_ptr=$D1 $D2 $D3}, \
0xd4 { mpioChgPath: ddi=$D1 }, \
0xd5 { mpioDelPath: mpio_ptr=$D1 $D2}, \
0xd6 { mpioSetPathState: ddi=$D1 path_id=$D2 state=$D3}, \
0xd7 { mpioGetPathState: ddi=$D1 path_id=$D2 state=$D3}, \
0xd8 { mpioPassThru: mpio_ptr=$D1 $D2 $D3}, \
0xdd { mpioSelectDumpPath: mpio_ptr=$D1 $D2}, \
0xdf { mpioTerm: $D1}, \
0xe4 { mpioHandleBufX: mpio_ptr=$D1 $D2 $D3}, \
0xe5 { mpioCfg: mpio_ptr=$D1 $D2}, \
0xe6 { mpioValidatePcm: $D1}, \
0xe9 { mpioUnregPath: ddi=$D1 $D2}, \
0xeb { mpioCopyinPvtData: $D1 $D2}, \
0xee { mpioRegPathStat: mpio_ptr=$D1 $D2}, \
0xef { mpioDelDriver: ddi=$D1 }, \
0xf0 { mpioddieRAS: errnoval=$D1 info_ptr=$D2}, \
0xf1 { mpioeRAS: mpio_ptr=$D1 diskinfo_ras_cb=$D2}, \
0xf3 { mpioeRASunReg: ddi=$D1 location=$D2}, \
0xf5 { mpioSetPofState: dev_handle=$D1 state=$D2 }, \
0xf7 { mpioPathOpenFail: dev_handle=$D1 path_id=$D2 flag=$D3 identifier=$D4 }, \
\* { $DD1 }
222 1.0 "BADISKDD" \
$DD1
223 1.0 "SCSIDD" \
$DD1
226 1.0 "GIODD" \
{{ $loc = X1 }} R1 \
$DD1 \
$loc, \
03 { "chan:" XW \
} , \
05 { "uiop:" XW "chan:" XW "ext:" XW \
} , \
07 { "uiop:" XW "chan:" XW "ext:" XW \
} , \
0B { "event:" XW "chan:" XW \
} , \
11 { "name:" XW "chan:" XW \
} , \
21 { "ID:" O1 A4.8 \
"d1=" XW " d2=" XW " d3=" XW " d4=" XW \
}
228 1.0 "SERDASDD" \
$HDU, \
0x0F { strategy: bp=$D2 starttimer(0x228,$D2) }, \
0x1E { `coalesce: (bp,cmd)=($D2,$D3)` }, \
0x1F { iodone: devtoname($D1) bp=$D2 buftofilename($D2) \
endtimer(0x228,$D2) }, \
0x17 { $D2, 0 { $SKIP } \
bstart: devtoname($D1) bp=$D2 buftofilename($D2) \
pblock=$D4 bcount=$D5 bflags($D3) \
}, \
\* { $DD1 }
229 1.0 "TMSCSIDD" \
$DD1
234 1.0 L=KERN "@CLOCK" \
$GENERIC, \
1 { \
$D1%D1, \
1 { "command: " {{ $notused = X4 }} {{ $strlen = $HL - 4 }} {{$string = $HL%S1}} "cmd=" $string }, \
\* { "Unknown subhook for 0x234: "$HD%D1 } \
}, \
0 { \
$PLATFORMTYPE, \
0 { \
{{ $subhookid = $HD & 0xFFF}} \
$subhookid, \
10 { "Start/Stop user command"}, \
\* { W1 "clock: iar="X8 "lr="X8 } \
} ,\
1 { "clock: ip="$D1 "b0="$D2 } \
} \
endtimer(0x234,0x234) starttimer(0x234,0x234)
250 1.0 '' \
$HD%D1, \
1 { "SOCK (entry) sendit" }, \
2 { "SOCK (entry) sosend" }, \
3 { "SOCK (entry) put data in send mbufs" }, \
4 { "SOCK (entry) main loop data to mbufs" }, \
5 { `SOCK (entry) uiomove len=$D1%D1` }, \
6 { "SOCK (entry) recvit" }, \
7 { "SOCK (entry) soreceive" }, \
8 { "SOCK (entry) soreceive while loop" }, \
9 { "MBUF (entry) m_pullup bcopy" }, \
10 { "IP (entry) looutput" }, \
11 { "IP (entry) raw_input" }, \
12 { "IP (entry) rip_output" }, \
13 { "IP (entry) in_cksum" }, \
14 { "IP (entry) in_pcblookup" }, \
15 { "IP (entry) ipintr" }, \
16 { "IP (entry) reassembly" }, \
17 { "IP (entry) ip_output" }, \
18 { "IP (entry) fragmentation" }, \
19 { "TCP (entry) reassembly" }, \
20 { "TCP (entry) tcp_input" }, \
21 { "TCP (entry) tcp_output" }, \
22 { "TCP (entry) send packet" }, \
23 { "UDP (entry) udp_input" }, \
24 { "UDP (entry) udp_output" }, \
25 { "NETIF_EN (entry) enet: en_output" }, \
26 { "NETIF_EN (entry) enet: en_recv" }, \
27 { "NETIF_TOK (entry) token: ie5_output" }, \
28 { "NETIF_TOK (entry) token: ie5_recv" }, \
29 { "NETIF_802.3 (entry) 802.3: ie3_output" }, \
30 { "NETIF_802.3 (entry) 802.3: ie3_recv" }, \
31 { "NETIF_X25 (entry) X.25: xt_output" }, \
32 { "NETIF_X25 (entry) X.25: xt_recv" }, \
33 { "NETIF_SLIP (entry) slip: sloutput" }, \
34 { "NETIF_SLIP (frame escape) slip: slinput" }, \
35 { "NETIF_SER (entry) Net_Service: find_input_type" }, \
101 { "SOCK (rtn) sendit" }, \
102 { "SOCK (rtn) sosend" }, \
103 { "SOCK (rtn) put data in send mbufs" }, \
104 { "SOCK (rtn) main loop data to mbufs" }, \
105 { "SOCK (rtn) uiomove" }, \
106 { "SOCK (rtn) recvit" }, \
107 { "SOCK (rtn) soreceive" }, \
108 { "SOCK (rtn) soreceive while loop" }, \
109 { "MBUF (rtn) m_pullup bcopy" }, \
110 { "IP (rtn) looutput" }, \
111 { "IP (rtn) raw_input" }, \
112 { "IP (rtn) rip_output" }, \
113 { "IP (rtn) in_cksum" }, \
114 { "IP (rtn) in_pcblookup" }, \
115 { "IP (rtn) ipintr" }, \
116 { "IP (rtn) reassembly" }, \
117 { "IP (rtn) ip_output" }, \
118 { "IP (rtn) fragmentation" }, \
119 { "TCP (rtn) reassembly" }, \
120 { "TCP (rtn) tcp_input" }, \
121 { "TCP (rtn) tcp_output" }, \
122 { "TCP (rtn) send packet" }, \
123 { "UDP (rtn) udp_input" }, \
124 { "UDP (rtn) udp_output" }, \
125 { "NETIF_EN (rtn) enet: en_output" }, \
126 { "NETIF_EN (rtn) enet: en_recv" }, \
127 { "NETIF_TOK (rtn) token: ie5_output" }, \
128 { "NETIF_TOK (rtn) token: ie5_recv" }, \
129 { "NETIF_802.3 (rtn) 802.3: ie3_output" }, \
130 { "NETIF_802.3 (rtn) 802.3: ie3_recv" }, \
131 { "NETIF_X25 (rtn) X.25: xt_output" }, \
132 { "NETIF_X25 (rtn) X.25: xt_recv" }, \
133 { "NETIF_SLIP (rtn) slip: sl_output" }, \
134 { "NETIF_SLIP (frame end) slip: slinput" }, \
135 { "NETIF_SER (rtn) Net_Service: find_input_type" }, \
\* { unknown subhook $HD%D1 $ERROR }
251 1.0 'NETERR ' \
$HD%D1, \
0 {`CIO_OK ifp=$D1%XW` }, \
1 {`CIO_BAD_MICROCODE ifp=$D1%XW` }, \
2 {`CIO_BUF_OVFLW ifp=$D1%XW` }, \
3 {`CIO_HARD_FAIL ifp=$D1%XW` }, \
4 {`CIO_LOST_DATA ifp=$D1%XW` }, \
5 {`CIO_NOMBUF ifp=$D1%X4` }, \
6 {`CIO_NOT_STARTED ifp=$D1%W4` }, \
7 {`CIO_TIMEOUT ifp=$D1%XW` }, \
8 {`CIO_NET_RCVRY_ENTER ifp=$D1%XW` }, \
9 {`CIO_NET_RCVRY_EXIT ifp=$D1%XW` }, \
10 {`CIO_NET_RCVRY_MODE ifp=$D1%XW` }, \
11 {`CIO_INV_CMD ifp=$D1%XW` }, \
12 {`CIO_BAD_RANGE ifp=$D1%XW` }, \
13 {`CIO_NETID_INV ifp=$D1%XW` }, \
14 {`CIO_NETID_DUP ifp=$D1%XW` }, \
15 {`CIO_NETID_FULL ifp=$D1%XW` }, \
65 {`XT_BAD_CALL_ID ifp=$D1%XW` }, \
66 {`XT_CLEAR ifp=$D1%XW` }, \
67 {`XT_INV_CTR ifp=$D1%XW` }, \
68 {`XT_NAME_USED ifp=$D1%XW` }, \
69 {`XT_NOT_PVC ifp=$D1%XW` }, \
70 {`XT_NO_ACK ifp=$D1%XW` }, \
71 {`XT_NO_ACK_REQ ifp=$D1%XW` }, \
72 {`XT_NO_LINK ifp=$D1%XW` }, \
73 {`XT_NO_NAME ifp=$D1%XW` }, \
74 {`XT_PROTOCOL ifp=$D1%XW` }, \
75 {`XT_PVC_USED ifp=$D1%XW` }, \
76 {`XT_RESET ifp=$D1%XW` }, \
77 {`XT_TABLE ifp=$D1%XW` }, \
78 {`XT_TOO_MANY_VCS ifp=$D1%XW` }, \
79 {`XT_AUTH_LISTEN ifp=$D1%XW` }, \
80 {`XT_BAD_PKT_TYPE ifp=$D1%XW` }, \
81 {`XT_BAD_SESSION_TYPE ifp=$D1%XW` }, \
100 {`invalid xmit complete intr ifp=$D1%XW` }, \
101 {`find_arp_iftype() fail ifp=$D1%XW` }, \
102 {`if_detach() fail ifp=$D1%XW` }, \
103 {`find_input_type() fail ifp=$D1%XW` }, \
104 {`no mbufs ifp=$D1%XW` }, \
105 {`if not running ifp=$D1%XW` }, \
106 {`clear indication ifp=$D1%XW` }, \
107 {`unknown packet type ifp=$D1%XW` }, \
108 {`NET_XMIT_FAIL ifp=$D1%XW` }, \
109 {`NET_DETACH_FAIL ifp=$D1%XW` }, \
110 {`ARP, wrong header ifp=$D1%XW` }, \
111 {`ARP, unknown protocol ifp=$D1%XW` }, \
112 {`ARP, ip broadcast address ifp=$D1%XW` }, \
113 {`ARP, duplicate address ifp=$D1%XW` }, \
114 {`ARP, arp table full ifp=$D1%XW` }, \
115 { `slinput overrun error` }, \
116 { `slinput parity/framing error` }, \
117 { `slinput no frame escape/end` }, \
118 { `slinput slbtom rtn NULL` }, \
119 { `slinput ilen>slmtu` }, \
120 { `pdu_max < mtu+8, pdu_max=$D1%DW mtu=$D2%DW` }, \
122 { `ie5_arpinput no arp` }, \
123 { `ie5_arpinput no route` }, \
124 { `ie5_arpinput largest_frame(mac)=$D1%XW` }, \
125 { `ie5_arpinput has_route(&hdrp->ie5_mac)=$D1%XW, at->at_rcf=$D2%XW, route_bytes(&hdrp->ie5_mac)=$D3%XW` }, \
126 { `ie5_arpinput proto=$D1%XW` }, \
127 { `ie5_arpinput tat=$D1%XW, tat->at_flags=$D2%XW` }, \
128 { `ie5_arpinput m_gethdr(M_DONTWAIT, MT_DATA)) == NULL` }, \
\* { unknown subhook $HD%D1 $ERROR }
252 1.0 L=SVC "SOCK" \
{{ \
sodomain(qqq) \
$qqq%D1, \
0 AF_UNSPEC, \
1 AF_UNIX, \
2 AF_INET, \
3 AF_IMPLINK, \
4 AF_PUP, \
5 AF_CHAOS, \
6 AF_NS, \
7 AF_ISO, \
8 AF_ECMA, \
9 AF_DATAKIT, \
10 AF_CCITT, \
11 AF_SNA, \
12 AF_DECnet, \
13 AF_DLI, \
14 AF_LAT, \
15 AF_HYLINK, \
16 AF_APPLETALK, \
17 AF_ROUTE, \
18 AF_LINK, \
19 AF_XTP, \
20 AF_INTF, \
21 AF_RIF, \
22 AF_NETWARE, \
23 AF_NDD, \
24 AF_INET6, \
40 AF_MAX, \
\* {$qqq%D1} \
}} \
{{ \
sotype(rrr) \
$rrr%D1, \
1 SOCK_STREAM, \
2 SOCK_DGRAM, \
3 SOCK_RAW, \
4 SOCK_RDM, \
5 SOCK_SEQPACKET, \
6 SOCK_CONN_DGRAM, \
\* {$rrr%D1} \
}} \
{{ \
soproto(sss) \
$sss%D2, \
0 IPPROTO_IP, \
1 IPPROTO_ICMP, \
2 IPPROTO_IGMP, \
3 IPPROTO_GGP, \
4 IPPROTO_IPIP, \
6 IPPROTO_TCP, \
8 IPPROTO_EGP, \
12 IPPROTO_PUP, \
17 IPPROTO_UDP, \
22 IPPROTO_IDP, \
29 IPPROTO_TP, \
41 IPPROTO_IPV6, \
43 IPPROTO_ROUTING, \
45 IPPROTO_QOS, \
58 IPPROTO_ICMPV6, \
62 IPPROTO_MH, \
80 IPPROTO_EON, \
255 IPPROTO_RAW, \
256 IPPROTO_MAX, \
\* {$sss%D2} \
}} \
{{ \
soflag(uuu) \
$uuu%XW, \
0x1 MSG_OOB, \
0x2 MSG_PEEK, \
0x4 MSG_DONTROUTE, \
0x8 MSG_EOR, \
0x10 MSG_TRUNC, \
0x20 MSG_CTRUNC, \
0x40 MSG_WATTALL, \
\* {$uuu%XW} \
}} \
{{ \
sohow(vvv) \
$vvv%D1, \
0 DISABLE_RECV, \
1 DISABLE_SEND, \
2 DISABLE_RECV&SEND, \
\* {$vvv%D1} \
}} \
{{ \
soopt(www) \
$www%XW, \
0x0001 SO_DEBUG,\
0x0002 SO_ACCEPTCONN, \
0x0004 SO_REUSEADDR, \
0x0008 SO_KEEPALIVE, \
0x0010 SO_DONTROUTE, \
0x0020 SO_BROADCAST, \
0x0040 SO_USELOOPBACK, \
0x0080 SO_LINGER, \
0x0100 SO_OOBINLINE, \
0x1001 SO_SNDBUF, \
0x1002 SO_RCVBUF, \
0x1003 SO_SNDLOWAT, \
0x1004 SO_RCVLOWAT, \
0x1005 SO_SNDTIMEO, \
0x1006 SO_RCVTIMEO, \
0x1007 SO_ERROR, \
0x1008 SO_TYPE, \
\* {$www%XW} \
}} \
{{ \
sin6addr(addr1, addr2) \
{{ $addr1 }} {{ $addr2 }} \
{{ $a1 = $addr1%W48.63 }} \
{{ $a2 = $addr1%W32.47 }} \
{{ $a3 = $addr1%W16.31 }} \
{{ $a4 = $addr1%W0.15 }} \
{{ $a5 = $addr2%W48.63 }} \
{{ $a6 = $addr2%W32.47 }} \
{{ $a7 = $addr2%W16.31 }} \
{{ $a8 = $addr2%W0.15 }} \
`$a1:$a2:$a3:$a4:$a5:$a6:$a7:$a8` \
}} \
$HD%D1, \
0 { `(`G8.0 A8.8`) d1=$D2%XW d2=$D3%XW d3=$D4%XW d4=$D5%XW` }, \
1 { `accept sofd=$D1%DW name=$D2%XW namelen=$D3%DW` }, \
2 { `return from accept s=$D1%DW error=$D2%DW` }, \
3 { `bind sofd=$D1%DW name=$D2%XW namelen=$D3%DW` }, \
4 { `return from bind error=$D1%DW so=$D2%XW nam=$D3%XW` }, \
5 { `connect sofd=$D1%DW name=$D2%XW namelen=$D3%DW` }, \
6 { `return from connect error=$D1%DW so=$D2%XW` }, \
7 { `getkerninfo op=$D1%DW uap_where=$D2%XW uap_size=$D3%DW =$D4%XW` }, \
8 { `return from getkerninfo error=$D1%DW` }, \
9 { `getpeername sofd=$D1%DW name=$D2%XW namelen=$D3%DW` }, \
10 { `return from getpeername so=$D1%XW error=$D2%DW` }, \
11 { `getsockname sofd=$D1%DW name=$D2%XW namelen=$D3%DW` }, \
12 { `return from getsockname so=$D1%XW error=$D2%DW` }, \
13 { `getsockopt sofd=$D1%DW level=$D2%DW ` optname=soopt($D3) `optvalue=$D4%D1 optlen=$D5%DW` }, \
14 { `return from getsockopt sofd=$D1%DW error=$D2%DW` }, \
15 { `listen sofd=$D1%DW backlog=$D2%DW` }, \
16 { `return from listen sofd=$D1%DW error=$D2%DW` }, \
17 { `recv sofd=$D1%DW buf=$D2%XW buflen=$D3%DW ` flag=soflag($D4) }, \
18 { `return from recv sofd=$D1%DW error=$D2%DW len=$D3%DW` }, \
19 { `recvfrom sofd=$D1%DW buf=$D2%XW buflen=$D3%DW ` flag=soflag($D4) `from=$D5%XW` }, \
20 { `return from recvfrom sofd=$D1%DW error=$D2%DW` }, \
21 { `recvit sofd=$D1%DW mp=$D2%XW namelenp=$D3%XW` }, \
22 { `return from recvit sofd=$D1%DW error=$D2%DW` }, \
23 { `return from recmsg sofd=$D1%DW error=$D2%DW` }, \
24 { `recvmsg sofd=$D1%DW mesg=$D2%XW ` flag=soflag($D3) }, \
25 { `return from recmsg sofd=$D1%DW error=$D2%DW len=$D3%DW` }, \
26 { `rmsock so=$D1%XW` }, \
27 { `return from rmsock error=$D1%DW` }, \
28 { `sbwakeup so=$D1%XW sb=$D2%XW what=$D3%DW` }, \
29 { `return from sbwakeup so=$D1%XW sb=$D2%XW state=$D3%DW` }, \
30 { `send sofd=$D1%DW mesg=$D2%XW len=$D3%DW ` flag=soflag($D4) }, \
31 { `return from send sofd=$D1%DW error=$D2%DW` }, \
32 { `sendfile so_p=$D1%XW mesg=$D2%XW flag=$D3%XW` }, \
33 { `return from sendfile sofd=$D1%DW error=$D2%DW` }, \
34 { `sendit sofd=$D1%DW mesg=$D2%XW ` flag=soflag($D3) }, \
35 { `return from sendit sofd=$D1%DW error=$D2%DW` }, \
36 { `sendmsg sofd=$D1%DW mesg=$D2%XW ` flag=soflag($D3) }, \
37 { `return from sendmsg sofd=$D1%DW error=$D2%DW` }, \
38 { `sendto sofd=$D1%DW mesg=$D2%XW len=$D3%DW ` flag=soflag($D4) `to=$D5%XW ` }, \
39 { `setsockopt sofd=$D1%DW level=$D2%DW ` optname=soopt($D3) `optvalue=$D4%D1 optlen=$D5%DW` }, \
40 { `return from setsockopt sofd=$D1%DW error=$D2%DW` }, \
41 { `shutdown sofd=$D1%DW ` how=sohow($D2) }, \
42 { `return from shutdown sofd=$D1%DW error=$D3%DW` }, \
43 { `soabort so=$D1%XW` }, \
44 { `return from soabort so=$D1%XW error=$D2%DW` }, \
45 { `soaccept so=$D1%XW nam=$D2%XW` }, \
46 { `return from soaccept so=$D1%XW error=$D2%DW` }, \
47 { `soaccessfailure so=$D1%XW` }, \
48 { `return from soaccessfailure so=$D1%XW` }, \
49 { `sobind so=$D1%XW nam=$D2%XW` }, \
50 { `return from sobind so=$D1%XW error=$D2%DW` }, \
51 { `sockargs mp=$D1%XW buf=$D2%XW buflen=$D3%DW type=$D4%DW` }, \
52 { `return from sockargs error=$D1%DW` }, \
53 { `socket_aio_dequeue` }, \
54 { `return from socket_aio_dequeue error=$D1%D1 value=$D2%DW` }, \
55 { `socket ` dom=sodomain($D1) type=sotype($D2) proto=soproto($D3) }, \
56 { `return from socket sofd=$D1%D1, soaddr=$D2%XW` \
lookuppninstall1('SOCKET') \
lookuppninstall2($D2) fdinstall($D1) }, \
57 { `return from socketpair error=$D1%D1` }, \
58 { `socketpair ` dom=sodomain($D1) type=sotype($D2) proto=soproto($D3) `socktvect=$D4%XW ` }, \
59 { `return from socketpair sofd1=$D1%D1, sofd2=$D2%D1, soaddr1=$D3%X4, soaddr2=$D4%X4 error=$D5%DW` \
lookuppninstall1('SOCKET') \
lookuppninstall2($D3) fdinstall($D1) \
lookuppninstall2($D4) fdinstall($D2) }, \
60 { `socksetup fdp=$D1%XW fpp=$D2%XW` }, \
61 { `return from socksetup error=$D1%D1` }, \
62 { `soclose so=$D1%XW` }, \
63 { `return from soclose so=$D1%XW error=$D2%DW` }, \
64 { `soconnect2 so1=$D1%XW so2=$D2%XW` }, \
65 { `return from soconnect2 so1=$D1%XW so2=$D2%XW error=$D3%DW` }, \
66 { `soconnect so=$D1%XW nam=$D2%XW` }, \
67 { `return from soconnect so=$D1%XW error=$D2%DW` }, \
68 { `return from socreate ` dom=sodomain($D1) type=sotype($D2) proto=soproto($D3) `error=$D4%DW` }, \
69 { `socreate ` dom=sodomain($D1) `soaddr=$D2%XW` type=sotype($D3) proto=soproto($D4) }, \
70 { `return from socreate so=$D1%XW error=$D2%DW` }, \
71 { `return from socreategroup ` dom=sodomain($D1) type=sotype($D2) proto=soproto($D3) `error=$D4%DW` }, \
72 { `socreategroup ` dom=sodomain($D1) `soaddr=$D2%XW` type=sotype($D3) proto=soproto($D4) `num=$D5%DW` }, \
73 { `return from socreategroup so=$D1%XW` }, \
74 { `sodisconn so=$D1%XW` }, \
75 { `return from sodisconn so=$D1%XW error=$D2%DW` }, \
76 { `sodisconnect so=$D1%XW` }, \
77 { `return from sodisconnect so=$D1%XW error=$D2%DW` }, \
78 { `return from sofree so=$D1%XW error=$D2%DW` }, \
79 { `sofree so=$D1%XW` }, \
80 { `return from sofree so=$D1%XW` }, \
81 { `sogetopt soaddr=$D1%XW level=$D2%D1 ` optname=soopt($D3) `m0=$D4%XW` }, \
82 { `return from sogetopt so=$D1%XW error=$D2%DW` }, \
83 { `sohasoutofband so=$D1%XW` }, \
84 { `return from sohasoutofband so=$D1%XW` }, \
85 { `soisconnected so=$D1%XW` }, \
86 { `return from soisconnected so=$D1%XW` }, \
87 { `soisdisconnected so=$D1%XW` }, \
88 { `return from soisdisconnected so=$D1%XW` }, \
89 { `solisten so=$D1%XW backlog=$D2%DW` }, \
90 { `return from solisten so=$D1%XW error=$D2%DW` }, \
91 { `sonewsock head=$D1%XW connstatus=$D2%DW` }, \
92 { `return from sonewsock so=$D1%XW` }, \
93 { `soo_close fp=$D1%XW so=$D2%XW` }, \
94 { `soo_close fp=$D1%XW so=$D2%XW error=$D3%DW` }, \
95 { `soo_ioctl fp=$D1%XW so=$D2%XW cmd=$D3%XW udatap=$D4%XW` }, \
96 { `return from soo_ioctl fp=$D1%XW so=$D2%XW error=$D3%DW` }, \
97 { `soo_read fp=$D1%XW so=$D2%XW uio=$D3%XW cread=$D4%XW` }, \
98 { `return from soo_read fp=$D1%XW error=$D2%DW` }, \
99 { `soo_select fp=$D1%XW so=$D2%XW corl=$D3%DW reqevents=$D4%XW rtneventsp=$D5%XW` }, \
100 { `return from soo_select fp=$D1%XW so=$D2%XW error=$D3%DW` }, \
101 { `soo_stat fp=$D1%XW so=$D2%XW ub=$D3%XW` }, \
102 { `return from soo_stat fp=$D1%XW so=$D2%XW error=$D3%DW` }, \
103 { `soo_write fp=$D1%XW so=$D2%XW uio=$D3%XW cread=$D4%XW` }, \
104 { `return from soo_write fp=$D1%XW error=$D2%DW` }, \
105 { `soreceive soaddr=$D1%XW paddr=$D2%XW uio=$D3%XW mpo=$D4%XW contrl=$D5%XW` }, \
106 { `return from soreceive soaddr=$D1%XW error=$D2%D1` dom=sodomain($D3) ` ` proto=soproto($D4) ` ` type=sotype($D5) ` ` }, \
107 { `soreserve soaddr=$D1%XW sndcc=$D2%XW rcvcc=$D3%XW` }, \
108 { `return from soreserve soaddr=$D1%XW error=$D2%D1` }, \
109 { `soflush soaddr=$D1%XW` }, \
110 { `return from soflush soaddr=$D1%XW` }, \
111 { `sosbwait sockbuf=$D1%XW soaddr=$D2%XW` }, \
112 { `return from sosbwait sockbuf=$D1%XW soaddr=$D2%XW error=$D3%DW` }, \
113 { `sosend soaddr=$D1%XW addr=$D2%XW uio=$D3%XW top=$D4%XW control=$D5%XW` }, \
114 { `return from sosend so=$D1%XW error=$D2%D1 ` dom=sodomain($D3) ` ` proto=soproto($D4) ` ` type=sotype($D5) ` ` }, \
115 { `sosetopt soaddr=$D1%XW level=$D2%D1` optname=soopt($D3) `m0=$D4%XW` }, \
116 { `return from sosetopt so=$D1%XW error=$D2%D1` }, \
117 { `soshutdown soaddr=$D1%XW ` how=sohow($D2) }, \
118 { `return from soshutdown soaddr=$D1%XW error=$D2%DW` }, \
119 { `sosleep soaddr=$D1%XW addr=$D2%XW pri=$D3%XW tmo=$D4%XW` }, \
120 { `return from sosleep soaddr=$D1%XW error=$D2%DW` }, \
121 { `sosplice so1=$D1%XW so2=$D2%XW flags=$D3%XW` }, \
122 { `return from sosplice so1=$D1%XW so2=$D2%XW error=$D3%DW` }, \
123 { `sowakeup so=$D1%XW sb=$D2%XW` }, \
124 { `return from sowakeup so=$D1%XW sb=$D2%XW` }, \
125 { `splice s1=$D1%DW s2=$D2%DW flags=$D3%XW` }, \
126 { `return from splice error=$D1%DW` }, \
127 { "gethostid" }, \
128 { `sethostid hostid=$D1%XW` }, \
129 { `gethostname name=$D1%XW namelen=$D2%DW` }, \
130 { `sethostname name=$D1%XW namelen=$D2%DW` }, \
131 { `getdomainname name=$D1%XW namelen=$D2%DW` }, \
132 { `setdomainname name=$D1%XW namelen=$D2%DW` }, \
133 { `return from getdomainname domainname=$D1%XW outdomainname=$D2%XW namelen=$D3%DW` }, \
136 { `ksodebug s=$D1%DW so=$D2%XW trclev=$D3%DW` }, \
137 { `return from ksodebug s=$D1%DW so=$D2%XW, error=$D3%DW` }, \
138 { `sbwakeup lmt so=$D1%XW sb=$D2%XW state=$D3%DW what=$D4%DW` }, \
140 { `socreate error1 dom=$D1%DW type=$D2%DW proto=$D3%DW error=$D4%DW` }, \
141 { `socreate error2 dom=$D1%DW type=$D2%DW proto=$D3%DW error=$D4%DW` }, \
142 { `socreate error3 dom=$D1%DW type=$D2%DW proto=$D3%DW error=$D4%DW` }, \
143 { `socreate error4 dom=$D1%DW type=$D2%DW proto=$D3%DW error=$D4%DW` }, \
144 { `socreate error5 dom=$D1%DW type=$D2%DW proto=$D3%DW error=$D4%DW` }, \
145 { `socreate error6 dom=$D1%DW type=$D2%DW proto=$D3%DW error=$D4%DW` }, \
146 { `socreate error7 so=$D1%XW error=$D2%DW` }, \
147 { `socreate error8 so=$D1%XW error=$D2%DW` }, \
148 { `socreate error9 so=$D1%XW error=$D2%DW` }, \
149 { `socreate error10 so=$D1%XW error=$D2%DW` }, \
150 { `socreate error11 dom=$D1%DW type=$D2%DW proto=$D3%DW error=$D4%DW` }, \
151 { `soclose2 error1 so=$D1%XW error=$D2%DW` }, \
152 { `soclose2 error2 so=$D1%XW error=$D2%DW` }, \
153 { `soconnect error1 so=$D1%XW error=$D2%DW` }, \
154 { `sosend error1 so=$D1%XW error=$D2%DW dom=$D3%DW proto=$D4%DW type=$D5%DW` }, \
155 { `sosend error2 so=$D1%XW error=$D2%DW` }, \
156 { `sosend error3 so=$D1%XW error=$D2%DW` }, \
157 { `sosend error4 so=$D1%XW error=$D2%DW` }, \
158 { `sosend error5 so=$D1%XW error=$D2%DW` }, \
159 { `sosend error6 so=$D1%XW error=$D2%DW` }, \
160 { `sosend error7 so=$D1%XW error=$D2%DW` }, \
161 { `sosend error8 so=$D1%XW error=$D2%DW` }, \
162 { `sosend error9 so=$D1%XW clen=$D2%DW error=$D3%DW` }, \
163 { `sosend error10 so=$D1%XW error=$D2%DW` }, \
164 { `sosend error11 so=$D1%XW atomic=$D2%DW resid=$D3%DW clen=$D4%DW error=$D5%DW` }, \
165 { `sosend error12 so=$D1%XW error=$D2%DW` }, \
166 { `sokernrecv error1 error=$D1%DW` }, \
167 { `sokernrecv error1 so=$D1%XW error=$D2%DW` }, \
168 { `sokernrecv MSGWAITALL1 so=$D1%XW error=$D2%DW` }, \
169 { `sokernrecv MSGWAITALL2 so=$D1%XW error=$D2%DW` }, \
170 { `sosetopt error1 so=$D1%XW error=$D2%DW` }, \
171 { `sosetopt error2 so=$D1%XW m=$D2%XW error=$D3%DW` }, \
172 { `sosetopt error3 so=$D1%XW m=$D2%XW error=$D3%DW` }, \
173 { `sosetopt error4 so=$D1%XW m=$D2%XW error=$D3%DW` }, \
174 { `sosetopt error5 so=$D1%XW m=$D2%XW error=$D3%DW` }, \
175 { `sosetopt error6 so=$D1%XW m_data=$D2%XW error=$D3%DW` }, \
176 { `sosetopt error7 so=$D1%XW m_data=$D2%XW error=$D3%DW` }, \
177 { `sosetopt error8 so=$D1%XW error=$D2%DW` }, \
178 { `sosetopt error9 so=$D1%XW error=$D2%DW` }, \
179 { `sosetopt error10 so=$D1%XW m_len=$D2%XW error=$D3%DW` }, \
180 { `sosetopt error11 so=$D1%XW error=$D2%DW` }, \
181 { `sosetopt error12 so=$D1%XW error=$D2%DW` }, \
182 { `sogetopt error1 so=$D1%XW error=$D2%DW` }, \
183 { `sogetopt error2 so=$D1%XW error=$D2%DW` }, \
184 { `sodequeue error1 so=$D1%XW error=$D2%DW` }, \
185 { `sodequeue error2 so=$D1%XW error=$D2%DW` }, \
186 { `sodequeue error3 so=$D1%XW error=$D2%DW` }, \
187 { `sodequeue error4 so=$D1%XW error=$D2%DW` }, \
188 { `sodequeue error5 so=$D1%XW error=$D2%DW` }, \
189 { `sogetaddr error1 so=$D1%XW error=$D2%DW` }, \
190 { `sogetaddr error2 so=$D1%XW error=$D2%DW` }, \
192 { `socreategroup error2 dom=$D1%XW type=$D2%DW proto=$D3%DW error=$D4%DW` }, \
193 { `socreategroup error3 dom=$D1%XW type=$D2%DW proto=$D3%DW error=$D4%DW` }, \
194 { `socreategroup error4 so=$D1%XW error=$D2%DW` }, \
195 { `sosplice error1 so1=$D1%XW so2=$D2%XW error=$D3%DW` }, \
196 { `sosplice error2 so1=$D1%XW so2=$D2%XW error=$D3%DW` }, \
197 { `sodisconnectreuse so=$D1%XW` }, \
198 { `return from sodisconnectreuse so=$D1%XW` }, \
199 { `sonewsock error1 head=$D1%XW connstatus=$D2%DW` }, \
200 { `sonewsock error2 head=$D1%XW connstatus=$D2%DW` }, \
201 { `sonewsock error3 head=$D1%XW qlen=$D2%DW s0len=$D3%DW qlimit=$D4%DW` }, \
202 { `sonewsock error4 head=$D1%XW connstatus=$D2%DW` }, \
203 { `sonewsock error5 so=$D1%XW head=$D2%XW` }, \
204 { `sonewsock error6 so=$D1%XW head=$D2%XW` }, \
205 { `sonewsock error7 so=$D1%XW head=$D2%XW` }, \
206 { `sosbwait error1 sb=$D1%XW so=$D2%XW error=$D3%DW` }, \
207 { `soqaio error1 so=$D1%XW so_state=$D2%XW q_head=$D3%DW` }, \
208 { `soqaio error2 so=$D1%XW so_state=$D2%XW q_head=$D3%DW` }, \
209 { `soreserve error1 so=$D1%XW sndcc=$D2%XW error=$D3%DW` }, \
210 { `soreserve error2 so=$D1%XW rcvcc=$D2%XW error=$D3%DW` }, \
211 { `sbinsertoob error1 sb=$D1%XW m0=$D2%XW` }, \
212 { `sbappendaddr error1 sb=$D1%XW m0=$D2%XW` }, \
213 { `sbdrop sb=$D1%XW len=$D2%XW` }, \
214 { `return from sbdrop sb=$D1%XW len=$D2%XW` }, \
215 { `sbdroprecord sb=$D1%XW` }, \
216 { `return from sbdroprecord sb=$D1%XW` }, \
217 { `soexit` }, \
218 { `return from soexit` }, \
219 { `soiskernconnected so=$D1%XW` }, \
220 { `return from soiskernconnected so=$D1%XW` }, \
221 { `soiskerndisconnected so=$D1%XW` }, \
222 { `return from soiskerndisconnected so=$D1%XW` }, \
223 { `sndbufpool_dr_cpu_add cpu=$D1%DW` }, \
224 { `return from sndbufpool_dr_cpu_add cpu=$D1%DW` }, \
225 { `sndbufpool_dr_cpu_remove cpu=$D1%DW` }, \
226 { `return from sndbufpool_dr_cpu_remove cpu=$D1%DW` }, \
227 { `soo_read error1 fp=$D1%XW error=$D2%DW` }, \
229 { `soo_write error1 fp=$D1%XW error=$D2%DW` }, \
230 { `soo_ioctl error1 fp=$D1%XW so=$D2%XW error=$D3%DW` }, \
231 { `soo_ioctl error2 fp=$D1%XW so=$D2%XW error=$D3%DW` }, \
232 { `soo_ioctl error3 fp=$D1%XW so=$D2%XW error=$D3%DW` }, \
233 { `soo_ioctl error4 fp=$D1%XW so=$D2%XW error=$D3%DW` }, \
234 { `soo_ioctl error5 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
235 { `soo_ioctl error6 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
236 { `soo_ioctl error7 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
237 { `soo_ioctl error8 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
238 { `soo_ioctl error9 fp=$D1%XW cmd=$D2%DW error=$D3%DW buf=$D4%XW data=$D5%XW` }, \
239 { `soo_ioctl error10 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
240 { `soo_ioctl error11 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
241 { `soo_ioctl error12 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
242 { `soo_ioctl error13 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
243 { `soo_ioctl error14 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
244 { `soo_ioctl error15 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
245 { `soo_ioctl error16 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
246 { `soo_ioctl error17 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
247 { `soo_ioctl error18 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
248 { `soo_ioctl error19 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
249 { `soo_ioctl error20 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
250 { `rmsock error1 tmp=$D1%XW size=$D2%DW` }, \
251 { `rmsock error2 error=$D2%DW` }, \
252 { `connect error1 tmp=$D1%XW namelen=$D2%DW name=$D3%XW error=$D4%DW` }, \
253 { `connext error1 tmp=$D1%XW namelen=$D2%DW name=$D3%XW error=$D4%DW` }, \
254 { `socket error1 fd=$D1%XW fp=$D2%XW error=$D3%DW` }, \
255 { `bind error1 tmp=$D1%XW namelen=$D2%DW name=$D3%XW error=$D4%DW` }, \
256 { `bind error2 s=$D1%XW error=$D2%DW fp=$D3%XW` }, \
257 { `bind error3 s=$D1%XW error=$D2%DW` }, \
258 { `accept error1 tmp=$D1%XW size=$D2%DW namelen=$D3%XW error=$D4%DW` }, \
259 { `accept error2 s=$D1%XW namelen=$D2%XW len=$D3%DW size=$D4%DW error=$D5%DW` }, \
260 { `accept error3 tmp=$D1%XW len=$D2%DW name=$D3%XW error=$D4%DW` }, \
261 { `accept error4 s=$D1%XW namelen=$D2%XW len=$D3%XW size=$D4%DW error=$D5%DW` }, \
262 { `accept error5 namelen=$D1%DW error=$D2%DW` }, \
263 { `accept error6 s=$D1%XW error=$D2%DW fp=$D3%XW` }, \
264 { `accept error7 so=$D1%XW error=$D2%DW` }, \
265 { `accept error8 so=$D1%XW error=$D2%DW` }, \
266 { `accept error9 so=$D1%XW error=$D2%DW` }, \
267 { `accept error10 so=$D1%XW error=$D2%DW` }, \
268 { `accept error11 so=$D1%XW aso=$D2%XW error=$D3%DW` }, \
269 { `accept error12 fd=$D1%XW ndp=$D2%XW aso=$D3%XW error=$D4%DW` }, \
270 { `accept error13 s=$D1%XW fd=$D2%XW error=$D3%DW` }, \
271 { `_connect error1 s=$D1%XW error=$D2%DW fp=$D3%XW` }, \
272 { `_connect error2 so=$D1%XW error=$D2%DW` }, \
273 { `_connect error3 so=$D1%XW error=$D2%DW` }, \
274 { `socketpair error1 tmp=$D1%XW size=$D2%DW rsv=$D3%XW error=$D4%DW` }, \
275 { `socketpair error2 error=$D1%DW` }, \
276 { `socketpair error3 so1=$D1%XW dom=$D2%DW error=$D3%DW` }, \
277 { `socketpair error4 so1=$D1%XW error=$D2%DW` }, \
278 { `socketpair error5 so2=$D1%XW fd=$D2%XW fp1=$D3%XW error=$D4%DW` }, \
279 { `socketpair error6 so2=$D1%XW fd=$D2%XW fp1=$D3%XW error=$D4%DW` }, \
280 { `socketpair error7 so1=$D1%XW so2=$D2%XW error=$D3%DW` }, \
281 { `socketpair error8 so1=$D1%XW so2=$D2%XW error=$D3%DW` }, \
282 { `socketpair error9 protocol=$D1%DW sv=$D2%XW uap_rsv=$D3%XW size=$D4%DW error=$D5%DW` }, \
283 { `socketpair error10 error=$D1%DW` }, \
284 { `socketpair error11 error=$D1%DW` }, \
285 { `sendto error1 tmp=$D1%XW len=$D2%DW uap_buf=$D3%XW error=$D4%DW` }, \
286 { `sendto error2 tmp=$D1%XW tolen=$D2%DW uap_to=$D3%XW error=$D4%DW` }, \
287 { `send error1 tmp=$D1%XW len=$D2%DW uap_buf=$D3%XW error=$D4%DW` }, \
288 { `send error2 error=$D1%DW` }, \
289 { `sendmsg error1 s=$D1%XW uap_msg=$D2%XW msghdr=$D3%XW size=$D4%DW error=$D5%DW` }, \
290 { `sendmsg error2 s=$D1%XW error=$D2%DW` }, \
291 { `sendmsg error3 s=$D1%XW error=$D2%DW` }, \
292 { `sendmsg error4 s=$D1%XW msghdr=$D2%DW uiov=$D3%XW len=$D4%DW error=$D5%DW` }, \
293 { `sendmsg error5 s=$D1%XW uapmsg=$D2%XW msg=$D3%XW size=$D4%DW error=$D5%DW` }, \
294 { `sendmsg error6 s=$D1%XW error=$D2%DW` }, \
295 { `sendmsg error7 s=$D1%XW error=$D2%DW` }, \
296 { `sendmsg error8 s=$D1%XW tmp=$D2%XW size=$D3%DW msg=$D4%XW error=$D5%DW` }, \
297 { `sendmsg error9 s=$D1%XW msg=$D2%XW hdr=$D3%DW size=$D4%DW error=$D5%DW` }, \
298 { `sendmsg error10 s=$D1%XW error=$D2%DW` }, \
299 { `sendmsg error11 name=$D1%XW len=$D2%DW msgname=$D3%DW error=$D4%DW` }, \
300 { `sendmsg error12 s=$D1%XW rights=$D2%DW len=$D3%DW control=$D4%XW error=$D5%DW` }, \
301 { `sendmsg error13 s=$D1%XW error=$D2%DW` }, \
302 { `sendmsg error14 s=$D1%XW iov=$D2%DW uiov=$D3%XW len=$D4%DW error=$D5%DW` }, \
303 { `sendmsg error15 base=$D1%XW len=$D2%DW iov=$D3%XW error=$D4%DW` }, \
304 { `sendmsg error16 s=$D1%XW uap=$D2%DW msg=$D3%XW size=$D4%DW error=$D5%DW` }, \
305 { `sendmsg error17 s=$D1%XW error=$D2%DW` }, \
306 { `sendmsg error18 s=$D1%XW error=$D2%DW` }, \
307 { `nsendmsg error1 s=$D1%XW error=$D2%DW` }, \
308 { `nsendmsg error2 s=$D1%XW error=$D2%DW` }, \
309 { `nsendmsg error3 s=$D1%XW error=$D2%DW` }, \
310 { `nsendmsg error4 s=$D1%XW iov=$D2%DW uiov=$D3%XW len=$D4%DW error=$D5%DW` }, \
311 { `nsendmsg error5 s=$D1%XW uap=$D2%DW msg=$D3%XW size=$D4%DW error=$D5%DW` }, \
312 { `nsendmsg error6 s=$D1%XW error=$D2%DW` }, \
313 { `nsendmsg error7 s=$D1%XW error=$D2%DW` }, \
314 { `nsendmsg error8 tmp=$D1%XW size=$D2%DW uap_msg=$D3%XW error=$D4%DW` }, \
315 { `nsendmsg error9 s=$D1%XW uap=$D2%DW msg=$D3%XW size=$D4%DW error=$D5%DW` }, \
316 { `nsendmsg error10 s=$D1%XW error=$D2%DW` }, \
317 { `nsendmsg error11 name=$D1%XW len=$D2%DW msg=$D3%XW error=$D4%DW` }, \
318 { `nsendmsg error12 control=$D1%XW len=$D2%DW msg=$D3%XW error=$D4%DW` }, \
319 { `nsendmsg error13 s=$D1%XW error=$D2%DW` }, \
320 { `nsendmsg error14 s=$D1%XW iov=$D2%XW uiov=$D3%XW size=$D4%DW error=$D5%DW` }, \
321 { `nsendmsg error15 base=$D1%XW len=$D2%DW iov=$D3%XW error=$D4%DW` }, \
322 { `nsendmsg error16 s=$D1%XW uap=$D2%XW msg=$D3%XW size=$D4%DW error=$D5%DW` }, \
323 { `nsendmsg error17 s=$D1%XW error=$D2%DW` }, \
324 { `nsendmsg error18 s=$D1%XW error=$D2%DW` }, \
325 { `sendit error1 s=$D1%XW error=$D2%DW` }, \
326 { `sendit error2 s=$D1%XW error=$D2%DW len=$D3%DW resid=$D4%DW` }, \
327 { `sendit error3 s=$D1%XW error=$D2%DW to=$D3%XW name=$D4%XW len=$D5%DW` }, \
328 { `sendit error4 s=$D1%XW error=$D2%DW len=$D3%DW size=$D4%DW` }, \
329 { `sendit error5 s=$D1%XW error=$D2%DW control=$D3%XW msg=$D4%XW len=$D5%DW` }, \
330 { `sendit error6 s=$D1%XW error=$D2%DW control=$D3%DW size=$D4%DW` }, \
331 { `sendit error7 s=$D1%XW error=$D2%DW control=$D3%DW` }, \
332 { `sendit error8 s=$D1%XW error=$D2%DW` }, \
333 { `sendit error9 s=$D1%XW error=$D2%DW` }, \
334 { `sendit out1 s=$D1%XW error=$D2%DW` }, \
335 { `nrecvfrom error1 tmp=$D1%XW size=$D2%DW addr=$D3%XW error=$D4%DW` }, \
336 { `nrecvfrom error2 tmp=$D1%XW len=$D2%DW buf=$D3%XW error=$D4%DW` }, \
337 { `nrecvfrom error3 s=$D1%XW addr=$D2%XW len=$D3%DW size=$D4%DW error=$D5%DW` }, \
338 { `nrecvfrom error4 tmp=$D1%XW len=$D2%DW from=$D3%XW error=$D4%DW` }, \
339 { `recv error1 tmp=$D1%XW len=$D2%DW buf=$D3%XW error=$D4%DW` }, \
340 { `recv error2 so=$D1%XW error=$D2%DW` }, \
341 { `recv error3 so=$D1%XW error=$D2%DW` }, \
342 { `soclose2_abort1 soq=$D1%XW` }, \
343 { `soclose2_abort2 soq=$D1%XW` }, \
346 { `sodisconn error1 so=$D1%XW error=$D2%DW` }, \
347 { `sodisconn error2 so=$D1%XW error=$D2%DW` }, \
348 { `soreceive error1 so=$D1%XW error=$D2%DW dom=$D3%DW proto=$D4%DW type=$D5%DW` }, \
349 { `soreceive error2 so=$D1%XW error=$D2%DW dom=$D3%DW proto=$D4%DW type=$D5%DW` }, \
350 { `soshutdown error1 so=$D1%XW error=$D2%DW` }, \
351 { `sonewsock out1 so=$D1%XW` }, \
352 { `sonewsock out2 so=$D1%XW` }, \
353 { `sosbwait out1 sb=$D1%XW so=$D2%XW error=$D3%DW` }, \
354 { `sosbwait out2 sb=$D1%XW so=$D2%XW error=$D3%DW` }, \
355 { `soo_select out1 fp=$D1%XW so=$D2%XW error=$D3%DW` }, \
356 { `soo_select out2 fp=$D1%XW so=$D2%XW error=$D3%DW` }, \
357 { `sendmsg out1 so=$D1%XW error=$D2%DW` }, \
358 { `sendmsg out2 so=$D1%XW error=$D2%DW` }, \
359 { `sendmsg out3 so=$D1%XW error=$D2%DW` }, \
360 { `sendmsg out4 so=$D1%XW error=$D2%DW` }, \
361 { `nsendmsg s=$D1%XW uap_msg=$D2%XW flags=$D3%XW` }, \
362 { `nsendmsg out1 so=$D1%XW error=$D2%DW` }, \
363 { `nsendmsg out2 so=$D1%XW error=$D2%DW` }, \
364 { `nsendmsg out3 so=$D1%XW error=$D2%DW` }, \
365 { `nsendmsg out4 so=$D1%XW error=$D2%DW` }, \
366 { `recvmsg error1 s=$D1%XW msg=$D2%XW hdr=$D3%XW size=$D4%DW error=$D5%DW` }, \
367 { `recvmsg error2 so=$D1%XW error=$D2%DW` }, \
368 { `recvmsg error3 so=$D1%XW error=$D2%DW` }, \
369 { `recvmsg error4 s=$D1%XW iov=$D2%XW uiov=$D3%DW len=$D4%DW error=$D5%DW` }, \
370 { `recvmsg error5 s=$D1%XW len=$D2%DW acclen=$D3%DW size=$D4%DW error=$D5%DW` }, \
371 { `recvmsg error6 s=$D1%XW uap=$D2%XW hdr=$D3%DW size=$D4%DW error=$D5%DW` }, \
372 { `recvmsg error7 so=$D1%XW error=$D2%DW` }, \
373 { `recvmsg error8 so=$D1%XW error=$D2%DW` }, \
374 { `recvmsg error9 s=$D1%XW len=$D2%DW acclen=$D3%DW size=$D4%DW error=$D5%DW` }, \
375 { `recvmsg error10 tmp=$D1%XW size=$D2%DW msg=$D3%XW error=$D4%DW` }, \
376 { `recvmsg error11 s=$D1%XW msg=$D2%XW hdr=$D3%DW size=$D4%DW error=$D5%DW` }, \
377 { `recvmsg error12 so=$D1%XW error=$D2%DW` }, \
378 { `recvmsg error13 name=$D1%XW len=$D2%DW name=$D3%XW error=$D4%DW` }, \
379 { `recvmsg error14 rights=$D1%XW len=$D2%DW control=$D3%DW error=$D4%DW` }, \
380 { `recvmsg error15 so=$D1%XW error=$D2%DW` }, \
381 { `recvmsg error16 s=$D1%XW iov=$D2%XW uiov=$D3%DW len=$D4%DW error=$D5%DW` }, \
382 { `recvmsg error17 s=$D1%XW error=$D2%DW len=$D3%DW intmax=$D4%DW` }, \
383 { `recvmsg error18 uiov=$D1%XW len=$D2%DW iov=$D3%XW error=$D4%DW` }, \
384 { `recvmsg error19 s=$D1%XW len=$D2%XW acclen=$D3%DW size=$D4%DW error=$D5%DW` }, \
385 { `recvmsg error20 s=$D1%XW uap=$D2%XW msg=$D3%DW size=$D4%DW error=$D5%DW` }, \
386 { `recvmsg error21 so=$D1%XW error=$D2%DW` }, \
387 { `recvmsg error22 so=$D1%XW error=$D2%DW` }, \
388 { `recvmsg error23 s=$D1%XW len=$D2%DW acclen=$D3%DW size=$D4%DW error=$D5%DW` }, \
389 { `recvmsg out1 so=$D1%XW error=$D2%DW` }, \
390 { `recvmsg out2 so=$D1%XW error=$D2%DW len=$D3%DW` }, \
391 { `recvmsg out3 so=$D1%XW error=$D2%DW len=$D3%DW` }, \
392 { `recvmsg out4 so=$D1%XW error=$D2%DW len=$D3%DW` }, \
393 { `nrecvmsg s=$D1%XW uap_msg=$D2%DW flags=$D3%XW` }, \
394 { `nrecvmsg error1 s=$D1%XW uap=$D2%XW msg=$D3%DW size=$D4%DW error=$D5%DW` }, \
395 { `nrecvmsg error2 s=$D1%XW error=$D2%DW` }, \
396 { `nrecvmsg error3 s=$D1%XW error=$D2%DW` }, \
397 { `nrecvmsg error4 s=$D1%XW iov=$D2%XW uiov=$D3%DW size=$D4%DW error=$D5%DW` }, \
398 { `nrecvmsg error5 s=$D1%XW error=$D2%DW len=$D3%DW ulen=$D4%DW size=$D5%DW` }, \
399 { `nrecvmsg error6 s=$D1%XW hdr=$D2%XW msg=$D3%DW size=$D4%DW error=$D5%DW` }, \
400 { `nrecvmsg error7 s=$D1%XW error=$D2%DW` }, \
401 { `nrecvmsg error8 s=$D1%XW uap=$D2%XW msg=$D3%DW size=$D4%DW error=$D5%DW` }, \
402 { `nrecvmsg error9 s=$D1%XW error=$D2%DW` }, \
403 { `nrecvmsg error10 s=$D1%XW error=$D2%DW` }, \
404 { `nrecvmsg error11 s=$D1%XW error=$D2%DW len=$D3%DW ulen=$D4%DW size=$D5%DW` }, \
405 { `nrecvmsg error12 s=$D1%XW msg=$D2%XW uap=$D3%DW size=$D4%DW error=$D5%DW` }, \
406 { `nrecvmsg error13 tmp=$D1%XW size=$D2%DW msg=$D3%XW error=$D4%DW` }, \
407 { `nrecvmsg error14 s=$D1%XW uap=$D2%XW msg=$D3%DW size=$D4%DW error=$D5%DW` }, \
408 { `nrecvmsg error15 s=$D1%XW error=$D2%DW` }, \
409 { `nrecvmsg error16 name=$D1%XW len=$D2%DW msg=$D3%DW error=$D4%DW` }, \
410 { `nrecvmsg error17 control=$D1%XW len=$D2%DW msg=$D3%DW error=$D4%DW` }, \
411 { `nrecvmsg error18 s=$D1%XW error=$D2%DW` }, \
412 { `nrecvmsg error19 s=$D1%XW iov=$D2%XW uiov=$D3%DW len=$D4%DW error=$D5%DW` }, \
413 { `nrecvmsg error20 s=$D1%XW error=$D2%DW len=$D3%DW intmax=$D4%DW` }, \
414 { `nrecvmsg error21 base=$D1%XW len=$D2%XW iov=$D3%DW error=$D4%DW` }, \
415 { `nrecvmsg error22 s=$D1%XW len=$D2%XW msg=$D3%DW size=$D4%DW error=$D5%DW` }, \
416 { `nrecvmsg error23 s=$D1%XW hdr=$D2%XW msg=$D3%DW size=$D4%DW error=$D5%DW` }, \
417 { `nrecvmsg error24 s=$D1%XW uap=$D2%XW msg=$D3%DW size=$D4%DW error=$D5%DW` }, \
418 { `nrecvmsg error25 s=$D1%XW error=$D2%DW` }, \
419 { `nrecvmsg error26 s=$D1%XW error=$D2%DW` }, \
420 { `nrecvmsg error27 s=$D1%XW len=$D2%XW msg=$D3%DW size=$D4%DW error=$D5%DW` }, \
421 { `nrecvmsg error28 s=$D1%XW msg=$D2%XW uap=$D3%DW size=$D4%DW error=$D5%DW` }, \
422 { `nrecvmsg out1 s=$D1%XW error=$D2%DW len=$D3%DW` }, \
423 { `nrecvmsg out2 s=$D1%XW error=$D2%DW len=$D3%DW` }, \
424 { `nrecvmsg out3 s=$D1%XW error=$D2%DW len=$D3%DW` }, \
425 { `recvit error1 s=$D1%XW error=$D2%DW` }, \
426 { `recvit error2 s=$D1%XW error=$D2%DW` }, \
427 { `recvit error3 s=$D1%XW error=$D2%DW` }, \
428 { `recvit error4 s=$D1%XW data=$D2%XW name=$D3%XW len=$D4%DW error=$D5%DW` }, \
429 { `recvit error5 s=$D1%XW len=$D2%XW lenp=$D3%XW size=$D4%DW error=$D5%DW` }, \
430 { `recvit error6 level=$D1%XW type=$D2%XW` }, \
431 { `recvit error7 s=$D1%XW data=$D2%XW len=$D3%DW clen=$D4%DW error=$D5%DW` }, \
432 { `shutdown error1 s=$D1%XW error=$D2%DW` }, \
433 { `setsockopt error1 tmp=$D1%XW valsize=$D2%DW uap=$D3%XW error=$D4%DW` }, \
434 { `setsockopt error2 s=$D1%XW error=$D2%DW` }, \
435 { `setsockopt error3 s=$D1%XW error=$D2%DW` }, \
436 { `setsockopt error4 s=$D1%XW error=$D2%DW` }, \
437 { `setsockopt error5 s=$D1%XW valp=$D2%DW data=$D3%XW valsize=$D4%DW error=$D5%DW` }, \
438 { `getsockopt error1 tmp=$D1%XW size=$D2%DW valsize=$D3%XW error=$D4%DW` }, \
439 { `getsockopt error2 s=$D1%XW avalsize=$D2%XW valsize=$D3%XW size=$D4%DW error=$D5%DW` }, \
440 { `getsockopt error3 tmp=$D1%XW valsize=$D2%XW uap=$D3%XW error=$D4%DW` }, \
441 { `getsockopt error4 s=$D1%XW error=$D2%DW` }, \
442 { `getsockopt error5 s=$D1%XW error=$D2%DW` }, \
443 { `getsockopt error6 s=$D1%XW data=$D2%XW uap=$D3%XW valsize=$D4%DW error=$D5%DW` }, \
444 { `getsockopt error7 s=$D1%XW valsize=$D2%XW uap=$D3%XW valsize=$D4%DW error=$D5%DW` }, \
445 { `getsockname error1 tmp=$D1%XW size=$D2%XW alen=$D3%XW error=$D4%DW` }, \
446 { `getsockname error2 fdes=$D1%XW uap=$D2%XW len=$D3%XW size=$D4%DW error=$D5%DW` }, \
447 { `getsockname error3 tmp=$D1%XW len=$D2%XW asa=$D3%XW error=$D4%DW` }, \
448 { `getsockname error4 fp=$D1%XW error=$D2%DW` }, \
449 { `getsockname error5 so=$D1%XW error=$D2%DW` }, \
450 { `getsockname error6 so=$D1%XW error=$D2%DW` }, \
451 { `getsockname error7 fdes=$D1%XW data=$D2%XW asa=$D3%XW len=$D4%DW error=$D5%DW` }, \
452 { `getsockname error8 fdes=$D1%XW len=$D2%XW alen=$D3%XW size=$D4%DW error=$D5%DW` }, \
453 { `getpeername error1 tmp=$D1%XW size=$D2%DW alen=$D3%XW error=$D4%DW` }, \
454 { `getpeername error2 fdes=$D1%XW alen=$D2%XW len=$D3%XW size=$D4%DW error=$D5%DW` }, \
455 { `getpeername error3 tmp=$D1%XW len=$D2%DW asa=$D3%XW error=$D4%DW` }, \
456 { `getsockname error4 fp=$D1%XW error=$D2%DW` }, \
457 { `getsockname error5 fp=$D1%XW error=$D2%DW` }, \
458 { `getsockname error6 so=$D1%XW error=$D2%DW` }, \
459 { `getsockname error7 so=$D1%XW error=$D2%DW` }, \
460 { `getpeername error8 fdes=$D1%XW data=$D2%XW asa=$D3%XW len=$D4%DW error=$D5%DW` }, \
461 { `getpeername error9 fdes=$D1%XW len=$D2%XW alen=$D3%XW size=$D4%DW error=$D5%DW` }, \
462 { `getpeereid error1 tmp=$D1%XW size=$D2%DW euid=$D3%XW error=$D4%DW` }, \
463 { `getpeereid error2 tmp=$D1%XW size=$D2%DW egid=$D3%XW error=$D4%DW` }, \
464 { `getpeereid error3 fp=$D1%XW error=$D2%DW` }, \
465 { `getpeereid error4 so=$D1%XW error=$D2%DW` }, \
466 { `getpeereid error5 so=$D1%XW error=$D2%DW` }, \
467 { `getpeereid error6 fdes=$D1%XW uid=$D2%XW euid=$D3%XW size=$D4%DW error=$D5%DW` }, \
468 { `getpeereid error7 fdes=$D1%XW gid=$D2%XW egid=$D3%XW size=$D4%DW error=$D5%DW` }, \
469 { `sockargs error1 error=$D1%DW` }, \
470 { `sockargs error2 error=$D1%DW` }, \
471 { `sockargs error3 error=$D1%DW` }, \
472 { `sockargs error4 buf=$D1%XW data=$D2%XW buflen=$D3%DW error=$D4%DW` }, \
473 { `socksetup error1 error=$D1%DW` }, \
474 { `socksetup error2 error=$D1%DW` }, \
476 { `getkerninfo error1 tmp=$D1%XW size=$D2%XW uap=$D3%DW error=$D4%DW` }, \
477 { `getkerninfo error2 op=$D1%XW size=$D2%XW bufsize=$D3%DW sz=$D4%DW error=$D5%DW` }, \
478 { `getkerninfo error3 tmp=$D1%XW size=$D2%XW uap=$D3%DW error=$D4%DW` }, \
479 { `getkerninfo error4 tmp=$D1%XW LEN=$D2%DW arg=$D3%XW error=$D4%DW` }, \
480 { `getkerninfo error5 error=$D1%DW` }, \
481 { `getkerninfo error6 tmp=$D1%XW size=$D2%DW arg=$D3%XW error=$D4%DW` }, \
482 { `getkerninfo error7 error=$D1%DW` }, \
483 { `getkerninfo error8 tmp=$D1%XW size=$D2%DW arg=$D3%XW error=$D4%DW` }, \
484 { `getkerninfo error9 error=$D1%DW` }, \
485 { `getkerninfo error10 arg=$D1%XW kaddr=$D2%XW size=$D3%DW error=$D4%DW` }, \
486 { `getkerninfo error11 tmp=$D1%XW size=$D2%DW arg=$D3%XW error=$D4%DW` }, \
487 { `getkerninfo error12 error=$D1%DW` }, \
488 { `getkerninfo error13 tmp=$D1%XW size=$D2%DW arg=$D3%XW error=$D4%DW` }, \
489 { `getkerninfo error14 error=$D1%DW` }, \
490 { `getkerninfo error15 arg=$D1%XW kaddr=$D2%XW size=$D3%DW error=$D4%DW` }, \
491 { `getkerninfo error16 error=$D1%DW` }, \
492 { `getkerninfo error17 error=$D1%DW` }, \
493 { `getkerninfo error18 op=$D1%DW where=$D2%XW bufsize=$D3%DW xmd=$D4%XW error=$D5%DW` }, \
494 { `getkerninfo error19 op=$D1%DW where=$D2%XW bufsize=$D3%DW xmd=$D4%XW error=$D5%DW` }, \
495 { `getkerninfo error20 op=$D1%DW buf=$D2%XW uapsize=$D3%DW size=$D4%DW error=$D5%DW` }, \
496 { `socket_aio_dequeue error1 error=$D1%DW` }, \
497 { `socket_aio_dequeue error2 error=$D1%DW` }, \
498 { `kinfo_read error1 error=$D1%DW` }, \
499 { `kinfo_read error2 op=$D1%DW arg=$D2%XW where=$D3%XW size=$D4%DW error=$D5%DW` }, \
500 { `kinfo_write error1 error=$D1%DW` }, \
501 { `kinfo_write error2 op=$D1%DW arg=$D2%XW where=$D3%XW size=$D4%DW error=$D5%DW` }, \
502 { `splice error1 error=$D1%DW` }, \
503 { `splice error2 error=$D1%DW` }, \
504 { `sctp_opt_info error1 s=$D1%XW error=$D2%DW fp=$D3%XW` }, \
505 { `sctp_opt_info error2 valsize=$D1%DW MLEN=$D2%DW error=$D3%DW` }, \
506 { `sctp_opt_info error3 tmp=$D1%XW size=$D2%DW arg=$D3%XW error=$D4%DW` }, \
507 { `sctp_opt_info error4 s=$D1%XW arg=$D2%XW data=$D3%XW valsize=$D4%DW error=$D5%DW` }, \
508 { `sctp_opt_info error5 s=$D1%XW arg=$D2%XW data=$D3%XW valsize=$D4%DW error=$D5%DW` }, \
509 { `sctp_opt_info error6 s=$D1%XW arg=$D2%XW data=$D3%XW valsize=$D4%DW error=$D5%DW` }, \
510 { `sctp_peeloff error1 tmp=$D1%XW size=$D2%DW associd=$D3%DW error=$D4%DW` }, \
511 { `sctp_peeloff error2 s=$D1%XW associd=$D2%XW idp=$D3%XW size=$D4%DW error=$D5%DW` }, \
512 { `sctp_peeloff error3 s=$D1%XW associd=$D2%XW idp=$D3%XW size=$D4%DW error=$D5%DW` }, \
513 { `sctp_peeloff error4 s=$D1%XW associd=$D2%XW idp=$D3%XW size=$D4%DW error=$D5%DW` }, \
514 { `sctp_peeloff error5 s=$D1%XW error=$D2%DW fp=$D3%XW` }, \
515 { `sctp_peeloff error6 s=$D1%XW nsop=$D2%XW error=$D3%DW` }, \
516 { `sctp_peeloff error7 s=$D1%XW nso=$D2%XW error=$D3%DW` }, \
517 { `sctp_peeloff error7 nso=$D1%XW nsd=$D2%XW nfp=$D3%XW error=$D4%DW` }, \
518 { `k_getgroups error1 ngroups=$D1%DW error=$D2%DW` }, \
519 { `k_getgroups error2 ngroups=$D1%DW current_group=$D2%DW error=$D3%DW` }, \
520 { `sosplice error3 so1=$D1%XW so2=$D2%XW error=$D3%DW` }, \
521 { `sodisconnectreuse error1 so=$D1%XW error=$D2%DW` }, \
522 { `sosbwait error2 sb=$D1%XW so=$D2%XW error=$D3%DW` }, \
523 { `soo_ioctl error21 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
524 { `soo_ioctl error22 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
525 { `soo_ioctl error23 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
526 { `soo_ioctl error24 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
527 { `soo_ioctl error25 fp=$D1%XW cmd=$D2%DW error=$D3%DW` }, \
528 { `socket error2 fd=$D1%XW domain=$D2%DW so=$D3%XW type=$D4%DW protocol=$D5%DW` }, \
529 { `bind error4 so=$D1%XW nam=$D2%DW uapname=$D3%XW namelen=$D4%DW error=$D5%DW` }, \
530 { `listen error1 so=$D1%XW error=$D2%DW` }, \
531 { `_connect error4 so=$D1%XW error=$D2%DW` }, \
532 { `_connect error5 so=$D1%XW error=$D2%DW` }, \
533 { `_connect error6 so=$D1%XW error=$D2%DW` }, \
534 { `send error3 so=$D1%XW error=$D2%DW` }, \
542{ `k_soaccept error1 so=$D1%XW nonblock=$D2%DW compat_43=$D3%DW `}, \
543{ `k_soaccept error2 so=$D1%XW error=$D2%DW`}, \
544{ `k_soaccept error3 so=$D1%XW error=$D2%DW`}, \
545{ `k_soaccept error4 so=$D1%XW error=$D2%DW`}, \
546{ `k_soaccept error5 so=$D1%XW error=$D2%DW`}, \
547{ `k_soaccept error6 so=$D1%XW nso=$D2%XW error=$D3%DW`}, \
548{ `k_soaccept error7 so=$D1%XW nso=$D2%XW nam=$D3%XW nonblock=$D4%DW`}, \
549 { `bind2addrsel sofd=$D1%XW name=$D2%XW namelen=$D3%DW` }, \
550 { `return from bind2addrsel error=$D1%DW so=$D2%XW nam=$D3%XW` }, \
551 { `bind2addrsel error1 sofd=$D1%XW error=$D2%DW fp=$D3%XW` }, \
552 { `bind2addrsel error2 sofd=$D1%XW error=$D2%DW` }, \
553 { `bind2addrsel error3 sofd=$D1%XW error=$D2%DW` }, \
554 { `bind2addrsel error4 sofd=$D1%XW error=$D2%DW` }, \
555 { `inet6_is_srcaddr srcaddr=$D1%XW flags=%D2%XW` }, \
556 { `return from inet6_is_srcaddr srcaddr=sin6addr($D1, $D2) flags=%D2%XW` }, \
557 { `inet6_is_srcaddr error1 usrcaddr=$D1%XW ksrcaddr=$D2%XW addr_len=%D3%DW error=%D4%DW` }, \
558 { `inet6_is_srcaddr error2 family=$D1%DW srcaddr=sin6addr($D2, $D3) scope_id=$D4%DW` }, \
559 { `inet6_is_srcaddr error3 srcaddr=sin6addr($D1, $D2) flags=$D3%XW` }, \
560 { `inet6_is_srcaddr error4 srcaddr=sin6addr($D1, $D2) flags=$D3%XW` }, \
561 { `inet6_is_srcaddr error5 srcaddr=sin6addr($D1, $D2) flags=$D3%XW` }, \
562 { `bind2addrsel error5 sofd=$D1%XW error=$D2%DW` }, \
563 { `bind2addrsel error6 sofd=$D1%XW nam=$D2%DW dstaddr=$D3%XW dstaddrlen=$D4%DW error=$D5%DW` }, \
564 { `kern_socreate af error kerrno_t=$D1%XW af=$D2%DW` }, \
565 { `kern_socreate type error kerrno_t=$D1%XW type=$D2%DW` }, \
566 { `kern_socreate protocol error kerrno_t=$D1%XW protocol=$D2%DW` }, \
567 { `kern_socreate out kerrno_t=$D1%XW rc=$D2%DW` }, \
568 { `kern_sobind memory error kerrno_t=$D1%XW` }, \
569 { `kern_sobind af error kerrno_t=$D1%XW af=$D2%DW` }, \
570 { `kern_sobind address length error kerrno_t=$D1%XW af=$D2%DW len=$D3%DW` }, \
571 { `kern_sobind out kerrno_t=$D1%XW rc=$D2%DW` }, \
572 { `kern_soconnect memory error kerrno_t=$D1%XW` }, \
573 { `kern_soconnect af error kerrno_t=$D1%XW af=$D2%DW` }, \
574 { `kern_soconnect address length error kerrno_t=$D1%XW af=$D2%DW len=$D3%DW` }, \
575 { `kern_soconnect out1 kerrno_t=$D1%XW so=$D2%XW rc=$D3%DW` }, \
576 { `kern_soconnect out2 kerrno_t=$D1%XW so=$D2%XW rc=$D3%DW` }, \
577 { `kern_soconnect out3 kerrno_t=$D1%XW so=$D2%XW rc=$D3%DW` }, \
578 { `kern_soconnect out4 kerrno_t=$D1%XW so=$D2%XW rc=$D3%DW` }, \
579 { `kern_soconnect out5 kerrno_t=$D1%XW so=$D2%XW rc=$D3%DW` }, \
580 { `kern_solisten backlog error kerrno_t=$D1%XW backlog=$D2%DW` }, \
581 { `kern_solisten out kerrno_t=$D1%XW rc=$D2%DW backlog=$D3%DW` }, \
582 { `kern_soaccept out kerrno_t=$D1%XW rc=$D2%DW` }, \
583 { `kern_sogetopt out kerrno_t=$D1%XW rc=$D2%DW level=$D3%DW optname=$D4%DW` }, \
584 { `kern_sosetopt out kerrno_t=$D1%XW rc=$D2%DW level=$D3%DW optname=$D4%DW` }, \
585 { `kern_soreserve out kerrno_t=$D1%XW rc=$D2%DW sndcc=$D3%DW rcvcc=$D4%DW` }, \
586 { `kern_soshutdown out kerrno_t=$D1%XW rc=$D2%DW how=$D3%DW` }, \
587 { `kern_soclose out kerrno_t=$D1%XW rc=$D2%DW` }, \
588 { `kern_soreceive length error kerrno_t=$D1%XW len=$D2%DW` }, \
589 { `kern_soreceive out kerrno_t=$D1%XW rc=$D2%DW` }, \
590 { `kern_sosend memory error kerrno_t=$D1%XW` }, \
591 { `kern_sosend af error kerrno_t=$D1%XW af=$D2%DW` }, \
592 { `kern_sosend addr length error kerrno_t=$D1%XW af=$D2%DW, len=$D3%DW` }, \
593 { `kern_sosend out kerrno_t=$D1%XW rc=$D2%DW` }, \
594 { `soclose2 error3 so=$D1%XW error=$D2%DW` }, \
595 { `soclose2 error4 so=$D1%XW error=$D2%DW` }, \
596 { `sohasoutofband error1 so=$D1%XW so_ops=$D2%XW` }, \
597 { `k_soaccept error8 so=$D1%XW error=$D2%XW` }, \
598 { `soshutdown error2 so=$D1%XW error=$D2%XW` }, \
599 { `soshutdown error3 so=$D1%XW error=$D2%XW` }, \
600 { `sodequeue info1 head=$D1%XW aso=$D2%XW` }, \
601 { `sosetopt sofilter err1 so=$D1%XW error=$D2%DW` }, \
602 { `sosetopt sofilter err2 so=$D1%XW error=$D2%DW` }, \
603 { `sosetopt sofilter err3 so=$D1%XW error=$D2%DW` }, \
604 { `sosetopt sofilterout so=$D1%XW error=$D2%DW` }, \
605 { `sosetopt sofilterdebug err1 so=$D1%XW error=$D2%DW` }, \
606 { `sosetopt sofilterdebug err2 so=$D1%XW error=$D2%DW` }, \
607 { `sosetopt sofilterdebug out so=$D1%XW error=$D2%DW` }, \
608 { `sogetopt error3 so=$D1%XW error=$D2%DW` }, \
609 { `sosend error13 local_so=$D1%XW cc=$D2%DW snd_class=$D3%DW lcl_class=$D4%DW` }, \
610 { `rmsock error3 error=$D1%DW` }, \
611 { `rmsock error4 error=$D1%DW` }, \
612 { `rmsock error5 error=$D1%DW` }, \
613 { `rmsock error6 error=$D1%DW` }, \
614 { `rmsock error7 error=$D1%DW` }, \
615 { `soclose_out1 so=$D1%XW` }, \
616 { `sendit error10 s=$D1%XW error=$D2%DW so->so_udp_toaddr=$D3%XW name=$D4%XW len=$D5%DW` }, \
617 { `socreate error12 so=$D1%XW error=$D2%DW` }, \
618 { `recvmmsg in so=$D1%XW msgvec=$D2%XW vlen=$D3%DW flags=$D4%DW timeout=$D5%XW` }, \
619 { `recvmmsg error1 so=$D1%XW error=$D2%DW vlen=$D3%DW msgvec=$D4%XW` }, \
620 { `recvmmsg error2 so=$D1%XW error=$D2%DW src=$D3%XW dst=$D4%XW len=$D5%DW` }, \
621 { `recvmmsg error3 so=$D1%XW error=$D2%DW src=$D3%XW dst=$D4%XW len=$D5%DW` }, \
622 { `recvmmsg error4 so=$D1%XW error=$D2%DW src=$D3%XW dst=$D4%XW len=$D5%DW` }, \
623 { `recvmmsg error5 so=$D1%XW error=$D2%DW len=$D3%DW` }, \
624 { `recvmmsg error6 so=$D1%XW error=$D2%DW src=$D3%XW dst=$D4%XW len=$D5%DW` }, \
625 { `recvmmsg error7 so=$D1%XW error=$D2%DW src=$D3%XW dst=$D4%XW len=$D5%DW` }, \
626 { `recvmmsg error8 so=$D1%XW error=$D2%DW len=$D3%DW` }, \
627 { `recvmmsg error9 so=$D1%XW error=$D2%DW src=$D3%XW dst=$D4%XW len=$D5%DW` }, \
628 { `recvmmsg error10 so=$D1%XW error=$D2%DW msg_index=$D3%DW` }, \
629 { `recvmmsg error11 so=$D1%XW error=$D2%DW src=$D3%XW dst=$D4%XW len=$D5%DW` }, \
630 { `recvmmsg error12 so=$D1%XW error=$D2%DW src=$D3%XW dst=$D4%XW len=$D5%DW` }, \
631 { `recvmmsg out so=$D1%XW error=$D2%DW recv_msgs=$D3%DW` }, \
632 { `sosbwait_timeout sockbuf=$D1%XW soaddr=$D2%XW` }, \
633 { `sosbwait error1 sb=$D1%XW so=$D2%XW error=$D3%DW` }, \
634 { `sosbwait error2 sb=$D1%XW so=$D2%XW error=$D3%DW` }, \
635 { `return from sosbwait sockbuf=$D1%XW soaddr=$D2%XW error=$D3%DW` }, \
636 { `sosetopt sotimestampns err1 so=$D1%XW error=$D2%DW` }, \
637 { `sosetopt sotimestampns err2 so=$D1%XW error=$D2%DW` }, \
638 { `sogetopt sotimestampns err1 so=$D1%XW error=$D2%DW` }, \
639 { `sogetopt sotimestampns err2 so=$D1%XW error=$D2%DW` }, \
640 { `k_getgroups error3 ngroups=$D1%DW error=$D2%DW` }, \
641 { `sendmmsg in so=$D1%XW msgvec=$D2%DW vlen=$D3%DW flags=$D4%DW` }, \
642 { `sendmmsg error1 so=$D1%XW error=$D2%DW vlen=$D3%DW msgvec=$D4%DW` }, \
643 { `sendmmsg error2 so=$D1%XW error=$D2%DW src=$D3%XW dest=$D4%XW len=$D5%DW` }, \
644 { `sendmmsg error3 so=$D1%XW error=$D2%DW len=$D3%DW` }, \
645 { `sendmmsg error4 so=$D1%XW error=$D2%DW src=$D3%XW dest=$D4%XW len=$D5%DW` }, \
646 { `sendmmsg error5 so=$D1%XW error=$D2%DW src=$D3%XW dest=$D4%XW len=$D5%DW` }, \
647 { `sendmmsg error6 so=$D1%XW error=$D2%DW len=$D3%DW` }, \
648 { `sendmmsg error7 so=$D1%XW error=$D2%DW src=$D3%XW dest=$D4%XW len=$D5%DW` }, \
649 { `sendmmsg error8 so=$D1%XW error=$D2%DW src=$D3%XW dest=$D4%XW len=$D5%DW` }, \
650 { `sendmmsg error9 so=$D1%XW error=$D2%DW src=$D3%XW dest=$D4%XW len=$D5%DW` }, \
651 { `sendmmsg out so=$D1%XW error=$D2%DW sent_msgs=$D3%DW` }, \
\* { unknown subhook $HD $ERROR }
254 1.0 'MBUF' \
{{ \
waittype(ppp) \
$ppp%D1, \
0 M_DONTWAIT, \
1 M_WAIT, \
\* {$ppp%D1} \
}} \
{{ \
mbuftype(ttt) \
$ttt%D1, \
0 MT_FREE, \
1 MT_DATA, \
2 MT_HEADER, \
3 MT_SOCKET, \
4 MT_PCB, \
5 MT_RTABLE, \
6 MT_HTABLE, \
7 MT_ATABLE, \
8 MT_SONAME, \
10 MT_SOOPTS, \
11 MT_FTABLE, \
12 MT_RIGHTS, \
13 MT_IFADDR, \
14 MT_CONTROL, \
15 MT_OOBDATA, \
\* {$ttt%D1} \
}} \
$HD%D1, \
0 { `(`G8.0 A8.8`) d1=$D2%XW d2=$D3%XW d3=$D4%XW d4=$D5%XW` }, \
1 { `m_get ` canwait=waittype($D1) type=mbuftype($D2) `callfrom=$D3%XW srad=$D4%DW` }, \
2 { `return from m_get mbuf=$D1%XW dataptr=$D2%XW` }, \
3 { `m_getclr ` canwait=waittype($D1) type=mbuftype($D2) `callfrom=$D3%XW` }, \
4 { `return from m_getclr mbuf=$D1%XW dataptr=$D2%XW` }, \
5 { `m_free mbuf=$D1%XW dataptr=$D2%XW callfrom=$D3%XW` `callfrom2=$D4%XW` `pid=`prKernelPID($D5)` ($D5%PW)`}, \
6 { `return from m_free mbuf=$D1%XW` }, \
7 { `m_copy mbuf=$D1%XW offset=$D2%D1 len=$D3%D1` }, \
8 { `return from m_copy top=$D1%XW` }, \
9 { `m_copydata mbuf=$D1%XW offset=$D2%D1 len=$D3%D1 cpaddr=$D4%XW` }, \
10 { "return from m_copydata" }, \
11 { "m_pullup bcopy" }, \
12 { "m_pullup bcopy end" }, \
13 { "mbuf low intr" }, \
14 { "return from mbuf low intr" }, \
15 { "m_low: schedule mlowintr" }, \
16 { `m_clgetm ` canwait=waittype($D1) `mbuf=$D2%XW` `callfrom=$D3%XW` `callfrom2=$D4%XW` `pid=`prKernelPID($D5)` ($D5%PW)` }, \
17 { `return from m_clgetm mbuf=$D1%XW dataptr=$D2%XW` }, \
18 { `m_getclustm ` canwait=waittype($D1) type=mbuftype($D2) `callfrom=$D3%XW srad=$D4%DW` }, \
19 { `return from m_getclustm mbuf=$D1%XW dataptr=$D2%XW` }, \
20 { `m_clattach ` canwait=waittype($D1) `callfrom=$D2%XW callfrom2=$D3%XW`}, \
21 { `return from m_clattach mbuf=$D1%XW dataptr=$D2%XW` }, \
22 { `m_prepend m=$D1%XW len=$D2%DW how=$D3%DW ` }, \
23 { `return from m_prepend mbuf=$D1%XW len=$D2%DW how=$D3%DW` }, \
24 { `m_pullup ` canwait=waittype($D1) `callfrom=$D2%XW` `callfrom2=$D3%XW` `pid=`prKernelPID($D4)` ($D4%PW)` }, \
25 { `return from m_pullup mbuf=$D1%XW dataptr=$D2%XW` }, \
26 { `m_copy ` canwait=waittype($D1) `callfrom=$D2%XW` `callfrom2=$D3%XW` `pid=`prKernelPID($D4)` ($D4%PW)` }, \
27 { `return from m_copy mbuf=$D1%XW dataptr=$D2%XW` }, \
28 { `m_adj mbuf=$D1%XW reqlen=$D2%DW` }, \
29 { `m_pullup type=$D1%DW len=$D2%DW` }, \
30 { `m_retry error1 canwait=$D1%DW type=$D2%DW` }, \
31 { `m_pullup error1 type=$D1%DW error=$D2%DW` }, \
32 { `m_clattach error1 type=$D1%DW error=$D2%DW` }, \
33 { `m_getclustm error1 type=$D1%DW size=$D2%DW error=$D3%DW` }, \
34 { `m_getclustm error2 type=$D1%DW size=$D2%DW error=$D3%DW` }, \
35 { `m_collapse error1 type=$D1%DW size=$D2%DW error=$D3%DW` }, \
36 { `m_copymext error1 type=$D1%DW error=$D2%DW` }, \
37 { `m_copymext error2 size=$D1%DW error=$D2%DW` }, \
38 { `m_create_clustpool error1 type=$D1%DW size=$D2%DW error=$D3%DW` }, \
39 { `m_create_clustpool error2 type=$D1%DW size=$D2%DW error=$D3%DW` }, \
40 { `m_get_from_clustpool_nolock error1` }, \
41 { `mpool_grow error1 type=$D1%DW size=$D2%DW error=$D3%DW` }, \
42 { `mpool_grow error2 type=$D1%DW size=$D2%DW error=$D3%DW` }, \
43 { `mpool_clattach error1 p_size=$D1%DW debug_size=$D2%DW size=$D3%DW` }, \
44 { `mpool_clattach error2 bufsize=$D1%DW ext_size=$D2%DW` }, \
45 { `mpool_clattach error3 type=$D1%DW size=$D2%DW error=$D3%DW` }, \
46 { `m_copymext m=$D1%XW off=$D2%DW len=$D3%DW srad=$D4%DW` }, \
47 { `return from m_copymext top=$D1%XW` }, \
48 { `m_create_clustpool pool_size=$D1%XW wait=$D2%DW clust_type=$D3%DW clust_size=$D4%DW` }, \
49 { `return from m_create_clustpool mpool=$D1%XW` }, \
50 { `mpool_grow mpool=$D1%XW newsize=$D2%DW wait=$D3%DW` }, \
51 { `return from mpool_grow size=$D1%DW` }, \
52 { `mpool_shrink mpool=$D1%XW newsize=$D2%DW mptr=$D3%XW` }, \
53 { `return from mpool_shrink ret=$D1%DW` }, \
54 { `m_free_clustpool mpool=$D1%XW` }, \
55 { `return from m_free_clustpool` }, \
56 { `m_copy_out1 mbuf=$D1%XW offset=$D2%DW len=$D3%DW` }, \
57 { `m_copy_out2 morig=$D1%XW mbuf=$D2%XW offset=$D3%DW len=$D4%DW` }, \
58 { `m_copy_err1 morig=$D1%XW mbuf=$D2%XW len=$D3%DW mprev=$D4%XW` }, \
59 { `m_copymext_out1 mbuf=$D1%XW offset=$D2%DW len=$D3%DW` }, \
60 { `m_copymext_out2 morig=$D1%XW mbuf=$D2%XW offset=$D3%DW mprev=$D4%XW` }, \
61 { `m_copymext_err3 morig=$D1%XW mbuf=$D2%XW len=$D3%DW mprev=$D4%XW` }, \
62 { `m_free_to_clustpool_err1 mbuf=$D1%XW Caller1=$D2%XW Caller2=$D3%XW Caller3=$D4%XW Caller4=$D5%XW` }, \
63 { `m_gethdr ` canwait=waittype($D1) type=mbuftype($D2) `callfrom=$D3%XW srad=$D4%DW` }, \
64 { `return from m_gethdr mbuf=$D1%XW dataptr=$D2%XW` }, \
\* { unknown subhook $HD $ERROR }
255 1.0 'NETIF_EN' \
$HD%D1, \
0 { `(`G8.0 A8.8`) d1=$D2%XW d2=$D3%XW d3=$D4%XW d4=$D5%XW` }, \
1 { `en_statintr (entry) ifp=$D1%XW, sbp_option=$D2%D1` }, \
2 { `en_statintr (rtn)` }, \
3 { `en_netintr (entry) ifp=$D1%XW, status=$D2%D1` }, \
4 { `en_netintr (rtn)` }, \
5 { `en_attach (entry) unit=$D1%D1` }, \
6 { `en_attach (rtn)` }, \
7 { `en_detach (entry) ifp=$D1%XW` }, \
8 { `en_detach (rtn)` }, \
9 { `en_init (entry)` }, \
10 { `en_init (rtn)` }, \
11 { `en_ioctl (entry) ifp=$D1%XW, cmd=$D2%D1 data=$D3%XW` }, \
12 { `en_ioctl (rtn) error=$D1%D1` }, \
13 { `en_output(entry) ifp=$D1%XW m=$D2%XW family=$D3%D1 `ipaddr=sinaddr($D4) }, \
14 { `en_output (rtn) error=$D1%D1` }, \
15 { `en_reset (entry)` }, \
16 { `en_reset (rtn)` }, \
17 { `en_recv (entry) m=$D1%XW, ifp=$D2%W4` }, \
18 { `en_recv (rtn)` }, \
26 { `expand_table_or_add_row out1 unit=$D1%DW` }, \
27 { `expand_table_or_add_row out2 unit=$D1%DW` }, \
28 { `expand_table_or_add_row out3 unit=$D1%DW` }, \
29 { `config_en cmd=$D1%DW` }, \
30 { `config_en out1 error=$D1%DW` }, \
31 { `config_en out2 error=$D1%DW` }, \
32 { `config_en out3 error=$D1%DW` }, \
33 { `config_en out4 error=$D1%DW` }, \
34 { `config_en out5 error=$D1%DW` }, \
35 { `config_en out6 error=$D1%DW` }, \
36 { `config_en out7 error=$D1%DW` }, \
37 { `config_en out8 error=$D1%DW` }, \
38 { `config_en out9 error=$D1%DW` }, \
39 { `en_attach unit=$D1%DW type=$D2%DW` }, \
40 { `en_ioctl ifp=$D1%XW cmd=$D2%DW` }, \
41 { `en_ioctl out1 error=$D1%DW` }, \
42 { `en_ioctl error1 error=$D1%DW` }, \
43 { `en_ioctl error2 error=$D1%DW` }, \
44 { `en_ioctl error3 error=$D1%DW` }, \
45 { `en_ioctl error4 error=$D1%DW` }, \
46 { `en_ioctl error5 error=$D1%DW` }, \
47 { `en_ioctl error6 error=$D1%DW` }, \
48 { `en_ioctl error7 error=$D1%DW` }, \
49 { `en_ioctl debug1 error=$D1%DW` }, \
50 { `en_ioctl debug2 error=$D1%DW` }, \
51 { `en_ioctl debug3 error=$D1%DW` }, \
52 { `en_ioctl debug4 error=$D1%DW` }, \
53 { `en_ioctl out error=$D1%DW` }, \
54 { `en_output_in ifp=$D1%XW m=$D2%XW dst=$D3%XW` }, \
55 { `en_output out1 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
56 { `en_output out2 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
57 { `en_output out3 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
58 { `en_output out4 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
59 { `en_output out5 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
60 { `en_output out6 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
61 { `en_output out7 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
62 { `en_output out8 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
63 { `en_output out9 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
64 { `en_output out10 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
65 { `en_output out11 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
66 { `en_output out12 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
67 { `en_output out13 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
68 { `en_output out14 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
69 { `en_output out15 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
70 { `en_output out16 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
71 { `en_output out17 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
72 { `en_output out18 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
73 { `en_output out19 ifp=$D1%XW m=$D2%XW dst=$D3%XW error=$D4%DW` }, \
74 { `arpresolve out1 ac_if=$D1%XW m=$D2%XW fam=$D3%DW dst=$D4%XW` }, \
75 { `arpresolve out2 ac_if=$D1%XW m=$D2%XW fam=$D3%DW dst=$D4%XW` }, \
76 { `arpresolve out3 ac_if=$D1%XW m=$D2%XW fam=$D3%DW dst=$D4%XW` }, \
77 { `arpresolve out4 ac_if=$D1%XW m=$D2%XW fam=$D3%DW dst=$D4%XW` }, \
78 { `arpresolve out5 ac_if=$D1%XW m=$D2%XW fam=$D3%DW dst=$D4%XW` }, \
79 { `arpresolve out6 ac_if=$D1%XW m=$D2%XW fam=$D3%DW dst=$D4%XW` }, \
80 { `arpresolve out7 ac_if=$D1%XW m=$D2%XW fam=$D3%DW dst=$D4%XW` }, \
81 { `arpresolve out ac_if=$D1%XW m=$D2%XW fam=$D3%DW dst=$D4%XW` }, \
82 { `arp_input ac_if=$D1%XW m=$D2%XW` }, \
83 { `arp_input out1 ac_if=$D1%XW m=$D2%XW` }, \
84 { `arp_input out2 ac_if=$D1%XW m=$D2%XW` }, \
85 { `arp_input out3 ac_if=$D1%XW m=$D2%XW` }, \
86 { `arp_input out4 ac_if=$D1%XW m=$D2%XW` }, \
87 { `arp_input out5 ac_if=$D1%XW m=$D2%XW` }, \
88 { `arp_input out ac_if=$D1%XW m=$D2%XW` }, \
89 { `in_arp_input ac_if=$D1%XW m=$D2%XW` }, \
90 { `in_arp_input out1 ac_if=$D1%XW m=$D2%XW` }, \
91 { `in_arp_input out2 ac_if=$D1%XW m=$D2%XW` }, \
92 { `in_arp_input out3 ac_if=$D1%XW m=$D2%XW` }, \
93 { `in_arp_input out4 ac_if=$D1%XW m=$D2%XW` }, \
94 { `in_arp_input out5 ac_if=$D1%XW m=$D2%XW` }, \
95 { `in_arp_input out6 ac_if=$D1%XW m=$D2%XW` }, \
96 { `in_arp_input out ac_if=$D1%XW m=$D2%XW` }, \
97 { `config_en_out10 errno=$D1%XW` }, \
98 { `en_status_handler st_code=$D1%XW st_opt=$D2%XW` }, \
99 { `en_status_failover_error ifp_ext=$D1%XW arp_trb=$D2%XW` }, \
100 { `en_selfarp_tx ifp=$D1%XW arp_count=$D2%XW` }, \
101 { `en_attach unit=$D1%DW type=$D2%DW error=$D3%DW` }, \
\* { unknown subhook $HD $ERROR }
256 1.0 'NETIF_TOK' \
$HD%D1, \
1 { `ie5_statintr (entry) ifp=$D1%XW, sbp_option=$D2%D1` }, \
2 { `ie5_statintr (rtn)` }, \
3 { `ie5_netintr (entry) ifp=$D1%XW, status=$D2%D1` }, \
4 { `ie5_netintr (rtn)` }, \
5 { `ie5_attach (entry) unit=$D1%D1` }, \
6 { `ie5_attach (rtn)` }, \
7 { `ie5_detach (entry) ifp=$D1%XW` }, \
8 { `ie5_detach (rtn)` }, \
9 { `ie5_init (entry)` }, \
10 { `ie5_init (rtn)` }, \
11 { `ie5_ioctl (entry) ifp=$D1%XW, cmd=$D2%D1 data=$D3%XW` }, \
12 { `ie5_ioctl (rtn) error=$D1%D1` }, \
13 { `ie5_outpt(entry) ifp=$D1%XW m=$D2%XW fmly=$D3%D1 `ipaddr=sinaddr($D4) }, \
14 { `ie5_outpt (rtn) error=$D1%D1` }, \
15 { `ie5_reset (entry)` }, \
16 { `ie5_reset (rtn)` }, \
17 { `ie5_recv (entry) m=$D1%XW, ifp=$D2%XW` }, \
18 { `ie5_recv (rtn)` }, \
\* { unknown subhook $HD $ERROR }
257 1.0 'NETIF_802.3' \
$HD%D1, \
0 { `(`G8.0 A8.8`) d1=$D2%XW d2=$D3%XW d3=$D4%XW d4=$D5%XW` }, \
1 { `ie3_statintr (entry) ifp=$D1%XW, sbp_option=$D2%D1` }, \
2 { `ie3_statintr (rtn)` }, \
3 { `ie3_netintr (entry) ifp=$D1%XW, status=$D2%D1` }, \
4 { `ie3_netintr (rtn)` }, \
5 { `ie3_attach (entry) unit=$D1%D1` }, \
6 { `ie3_attach (rtn)` }, \
7 { `ie3_detach (entry) ifp=$D1%XW` }, \
8 { `ie3_detach (rtn)` }, \
9 { `ie3_init (entry)` }, \
10 { `ie3_init (rtn)` }, \
11 { `ie3_ioctl (entry) ifp=$D1%XW, cmd=$D2%D1 data=$D3%XW` }, \
12 { `ie3_ioctl (rtn) error=$D1%D1` }, \
13 { `ie3_outpt(entry) ifp=$D1%XW m=$D2%XW fmly=$D3%D1 `ipaddr=sinaddr($D4) }, \
14 { `ie3_outpt (rtn) error=$D1%D1` }, \
15 { `ie3_reset (entry)` }, \
16 { `ie3_reset (rtn)` }, \
17 { `ie3_recv (entry) m=$D1%XW, ifp=$D2%XW` }, \
18 { `ie3_recv (rtn)` }, \
\* { unknown subhook $HD $ERROR }
258 1.0 'NETIF_X25' \
$HD%D1, \
1 { `xt_statintr (entry) ifp=$D1%XW, sbp_option=$D2%D1` }, \
2 { `xt_statintr (rtn)` }, \
3 { `xt_netintr (entry) ifp=$D1%XW, status=$D2%D1` }, \
4 { `xt_netintr (rtn)` }, \
5 { `xt_attach (entry) unit=$D1%D1` }, \
6 { `xt_attach (rtn)` }, \
7 { `xt_detach (entry) ifp=$D1%XW` }, \
8 { `xt_detach (rtn)` }, \
9 { `xt_init (entry)` }, \
10 { `xt_init (rtn)` }, \
11 { `xt_ioctl (entry) ifp=$D1%XW, cmd=$D2%D1 data=$D3%XW` }, \
12 { `xt_ioctl (rtn) error=$D1%D1` }, \
13 { `xt_outpt(entry) ifp=$D1%XW m=$D2%XW fmly=$D3%D1 `ipaddr=sinaddr($D4) }, \
14 { `xt_outpt(rtn) error=$D1%D1` }, \
15 { `xt_reset (entry)` }, \
16 { `xt_reset (rtn)` }, \
17 { `xt_recv (entry) m=$D1%XW, ifp=$D2%XW` }, \
18 { `xt_recv (rtn)` }, \
19 { `xt_incoming_call(entry) m=$D1%XW ifp=$D2%XW callid=$D3%D1 sessid=$D4%D1` }, \
20 { `xt_incoming_call (rtn)` }, \
21 { `xt_call_complete (entry) ifp=$D2%XW sessid=$D2%D1 m=$D3%XW` }, \
22 { `xt_call_complete (rtn)` }, \
23 { `xt_clear_indication (entry) ifp=$D2%XW sessid=$D2%D1` }, \
24 { `xt_clear_indication (rtn)` }, \
\* { unknown subhook $HD $ERROR }
259 1.0 'NETIF_SER' \
$HD%D1, \
5 { `slattach (entry) unit=$D1%D1` }, \
6 { `slattach (rtn)` }, \
7 { `sl_detach (entry) ifp=$D1%XW` }, \
8 { `sl_detach (rtn)` }, \
9 { `slinit (entry)` }, \
10 { `slinit (rtn)` }, \
11 { `slioctl (entry) ifp=$D1%XW, cmd=$D2%D1 data=$D3%XW` }, \
12 { `slioctl (rtn) error=$D1%D1` }, \
13 { `sloutput(entry) ifp=$D1%XW m=$D2%XW family=$D3%D1 `ipaddr=sinaddr($D4) }, \
14 { `sloutput (rtn) error=$D1%D1` }, \
15 { `slreset (entry)` }, \
16 { `slreset (rtn)` }, \
25 { `slstart slip HIWAT reached ifp=$D1%XW hiwat=$D2%D1` }, \
\* { unknown subhook $HD $ERROR }
25A 1.0 L=SVC 'TCPDBG' \
{{ \
soevents(events) \
BITFLAGS $events, \
0x0001 "POLLIN", \
0x0002 "POLLOUT", \
0x0004 "POLLPRI" \
}} \
{{ \
soflags(flags) \
BITFLAGS $flags, \
0x001 "SB_LOCK", \
0x002 "SB_WANT", \
0x004 "SB_WAIT", \
0x008 "SB_SEL", \
0x010 "SB_ASYNC", \
0x020 "SB_COLL", \
0x040 "SB_NOINTR", \
0x080 "SB_KIODONE", \
0x100 "SB_NOSELECT" \
}} \
{{ \
tcpflags(flags) \
BITFLAGS $flags, \
0x01 "TH_FIN", \
0x02 "TH_SYN", \
0x04 "TH_RST", \
0x08 "TH_PUSH", \
0x10 "TH_ACK", \
0x20 "TH_URG" \
}} \
{{ \
sostate(state) \
BITFLAGS $state, \
0x001 "SS_NOFDREF", \
0x002 "SS_ISCONNECTED", \
0x004 "SS_ISCONNECTING", \
0x008 "SS_ISDISCONNECTING", \
0x010 "SS_CANTSENDMORE", \
0x020 "SS_CANTRCVMORE", \
0x040 "SS_RCVATMARK", \
0x080 "SS_PRIV", \
0x100 "SS_NBIO", \
0x200 "SS_ASYNC", \
0x400 "SS_ISCONFIRMING" \
}} \
{{ \
tcbflags(flags) \
BITFLAGS $flags, \
0x001 "TF_ACKNOW", \
0x002 "TF_DELACK", \
0x004 "TF_NODELAY", \
0x008 "TF_NOOPT", \
0x010 "TF_SENTFIN", \
0x020 "TF_RFC1323", \
0x040 "TF_SENT_WS", \
0x080 "TF_RCVD_WS", \
0x100 "TF_SENT_TS", \
0x200 "TF_RCVD_TS" \
}} \
{{ \
sotype(type) \
$type%D1, \
1 "SOCK_STREAM", \
2 "SOCK_DGRAM", \
3 "SOCK_RAW", \
4 "SOCK_RDM", \
5 "SOCK_SEQPACKET" \
}} \
{{ \
soopts(opt) \
BITFLAGS $opt%XW, \
0x0001 "SO_DEBUG",\
0x0002 "SO_ACCEPTCONN", \
0x0004 "SO_REUSEADDR", \
0x0008 "SO_KEEPALIVE", \
0x0010 "SO_DONTROUTE", \
0x0020 "SO_BROADCAST", \
0x0040 "SO_USELOOPBACK", \
0x0080 "SO_LINGER", \
0x0100 "SO_OOBINLINE", \
0x1001 "SO_SNDBUF", \
0x1002 "SO_RCVBUF", \
0x1003 "SO_SNDLOWAT", \
0x1004 "SO_RCVLOWAT", \
0x1005 "SO_SNDTIMEO", \
0x1006 "SO_RCVTIMEO", \
0x1007 "SO_ERROR", \
0x1008 "SO_TYPE" \
}} \
{{ \
oobflags(flags) \
BITFLAGS $flags%X2, \
0x01 "TCPOOB_HAVEDATA",\
0x02 "TCPOOB_HADDATA" \
}} \
{{ \
pract(act) \
$act%D1, \
0 "TA_INPUT", \
1 "TA_OUTPUT", \
2 "TA_USER", \
3 "TA_RESPOND", \
4 "TA_DROP" \
}} \
{{ \
tcpstate(tstate) \
$tstate%D1, \
0 "CLOSED", \
1 "LISTEN", \
2 "SYN_SENT", \
3 "SYN_RECEIVED", \
4 "ESTABLISHED", \
5 "CLOSE_WAIT", \
6 "FIN_WAIT_1", \
7 "CLOSING", \
8 "LAST_ACK", \
9 "FIN_WAIT_2", \
10 "TIME_WAIT" \
}} \
{{ \
prreq(req) \
$req%D1, \
0 "PRU_ATTACH", \
1 "PRU_DETACH", \
2 "PRU_BIND", \
3 "PRU_LISTEN", \
4 "PRU_CONNECT", \
5 "PRU_ACCEPT", \
6 "PRU_DISCONNECT", \
7 "PRU_SHUTDOWN", \
8 "PRU_RCVD", \
9 "PRU_SEND", \
10 "PRU_ABORT", \
11 "PRU_CONTROL", \
12 "PRU_SENSE", \
13 "PRU_RCVOOB", \
14 "PRU_SENDOOB", \
15 "PRU_SOCKADDR", \
16 "PRU_PEERADDR", \
17 "PRU_CONNECT2", \
18 "PRU_FASTTIMO", \
19 "PRU_SLOWTIMO", \
20 "PRU_PROTORCV", \
21 "PRU_PROTOSEND" \
}} \
{{ \
prbuf(x) \
`cc:UW hiwat:UW mbcnt:UW mbmax:UW lowat:DW`"\n\t\t\t" \
`mb:XW sel:XW ` \
$HOOKENV, \
'32' { O4 }, \
'64' { O8 } \
{{ $events = X2 }} `reqevents:$events (`soevents($events)")\n\t\t\t" \
O2 \
$HOOKENV, \
'64' { O4 } \
`iodone:XW ioarg:XW ` \
` lastpkt:XW `"\n\t\t\t"\
`wakeone:XW timer:XW` \
{{ $flags = X2 }} `flags:$flags (`soflags($flags)")\n\t\t\t" \
`timeo:D2 ` \
$HOOKENV, \
'32' { O12 }, \
'64' { O28 } \
}} \
{{ \
prto6(x) \
"\n\t" \
O4 \
`tcpip ipv6 hdr : len:U2 nh:U1 hlimit:U1`"\n\t\t" \
`src:X2:X2:X2:X2:X2:X2:X2:X2`"\n\t\t" \
`dst:X2:X2:X2:X2:X2:X2:X2:X2`"\n\t\t" \
}} \
{{ \
prto(x) \
"\n\t" \
`tcpip ipv4 hdr: next:X4 prev:X4 ` \
O1 \
`pr:U1 len:U2`"\n\t\t" \
`src:`sinaddr(X4)` dst:`sinaddr(X4) \
}} \
{{ \
prth(x) \
`sport:U2 dport:U2`"\n\t\t" \
`seq:X4 ack:X4 ` \
{{ $off = X1 }} {{ $off = $off%W4.7 }} `off:$off%D1` "\n\t\t" \
{{ $flags = X1 }} `flags:$flags (`tcpflags($flags)")\n\t\t" \
`win:X2 ` \
`sum:X2 urp:X2` \
}} \
{{ \
prti(x) \
R4 {{ $family = X1 }}\
`family:$family` \
O3 \
$family, \
18 { \
O4 \
{{ $prlen = U2 }} R6 \
}, \
\* { \
$HOOKENV, \
'32' { O10 \
{{ $prlen = U2 }} R12 }, \
'64' { O18 \
{{ $prlen = U2 }} R20 } \
} \
$prlen & 0xffffff, \
0 { O40 \
$HOOKENV, \
'32' { O20 }, \
'64' { O24 } \
}, \
\* { \
$family, \
18 { \
prto6() \
prth() \
$HOOKENV, \
'64' { O4 } \
}, \
\* { \
prto() \
prth() \
$HOOKENV, \
'32' { O20 }, \
'64' { O24 } \
} \
} \
}} \
{{ \
prtcb(x) \
"\n\t" \
`tcpcb:`"\t"`next:XW prev:XW ` \
{{ $state = X2 }} `state:$state (`tcpstate($state)")\n\t\t" \
{{ $softerror = X2 }} \
`TCPT_REXMT:D2 ` \
`TCPT_PERSIST:D2 `\
`TCPT_KEEP:D2 `\
`TCPT_2MSL:D2`"\n\t\t" \
`rxtshift:X2 `\
`rxtcur:X2 dupacks:X2 ` \
O2 \
`maxseg:X4`"\n\t\t" \
{{ $flags = X4 }} `flags:$flags (`tcbflags($flags)`)`"\n" \
"\t\t" `force:X1 ` \
{{ $flags = X1 }} `oobflags:$flags (`oobflags($flags)\
`) iobc:X1 ` \
O1 \
` template:XW`"\n\t\t" \
$HOOKENV, \
'32' { O76 }, \
'64' { O72 } \
`inpcb:XW timestamp:X4 snd_una:X4 snd_nxt:X4`"\n\t\t" \
`snd_up:X4 snd_wl1:X4 snd_wl2:X4`"\n\t\t" \
`iss:X4 ` \
$HOOKENV, \
'64' { O4 } \
`snd_wnd:UW rcv_wnd:UW`"\n\t\t" \
`rcv_nxt:X4 rcv_up:X4 irs:X4`"\n\t\t" \
`snd_wnd_scale:D2 rcv_wnd_scale:D2 `\
`req_scale_sent:D2`"\n\t\t" \
`req_scale_rcvd:D2 `\
`last_ack_sent:X4 timestamp_recent:U4`"\n\t\t" \
`timestamp_age:D4 rcv_adv:X4 snd_max:X4`"\n\t\t" \
`snd_cwnd:UW snd_ssthresh:UW `\
`idle:D2 rtt:D2`"\n\t\t" \
`rtseq:X4 `\
`srtt:D2 rttvar:D2 `\
`rttmin:U2 ` \
O2 \
` max_rcvd:UW` \
` max_sndwnd:UW`"\n\t\t" \
`peermaxseg:X4 snd_in_pipe:X4` "\n\t\t" \
`softerror:$softerror%D1 (`$softerror%E2`)` \
$HOOKENV, \
'32' { O36 }, \
'64' { O48 } \
}} \
{{ \
prsock(sock) \
`socket $sock%XW: ` \
{{ $type = X2 }} `type:$type (`sotype($type)")\n\t\t" \
{{ $opts = X2 }} `opts:$opts (`soopts($opts)")\n\t\t" \
`linger:X2 ` \
{{ $state = X2 }} `state:$state (`sostate($state)")\n\t\t" \
`pcb:XW proto:XW ` \
$HOOKENV, \
'32' { O4 }, \
'64' { O8 } \
` head:XW q0:XW`"\n\t\t" \
`q:XW `\
$HOOKENV, \
'32' { O4 }, \
'64' { O8 } \
`q0len:D2 qlen:D2 `\
`qlimit:D2 ` \
O2 \
`timeo:D2`"\n\t\t" \
`error:U2 `\
O4 \
` pgid:DW oobmark:UW`"\n\t\t" \
`rcv:`"\t"prbuf()"\n\t\t" \
`snd:`"\t"prbuf()"\n\t\t" \
`tpcb:XW`"\n" \
}} \
$D1%D1, \
0 { \
$HOOKENV, \
'32' { W3 }, \
'64' { O12 } \
"\t" \
{{ $act = X2 }} {{ $ostate = X2 }} {{ $tcb = XW }} \
O2 {{ $trclev = X2 }} \
`tcb $tcb%XW: `pract($act)`: ostate:$ostate` \
`(`tcpstate($ostate)`)` \
`trclev:$trclev` \
$act, \
0 { prti() O4 prtcb()"\n" }, \
1 { prti() O4 prtcb()"\n" }, \
2 { prti() \
{{ $req = X2 }} ` req:$req (`prreq($req)`)` \
O2 prtcb()"\n" }, \
3 { prti() O4 prtcb()"\n" }, \
4 { prti() O4 prtcb()"\n" }, \
\* { `unknown action $act` } \
"\t" \
{{ $taille = D1 }} \
`tcp opt: ` `tcpOpt_size = ` $taille%DW "\t" `tcp_opt :` LOOP $taille { X1 } "\n" \
}, \
1 { \
$HOOKENV, \
'32' { W3 }, \
'64' { O12 } \
"\t" \
{{ $act = X2 }} {{ $ostate = X2 }} {{ $tcb = XW }} \
O2 {{ $trclev = X2 }} \
`tcb $tcb%XW: `pract($act)`: ostate:$ostate` \
`(`tcpstate($ostate)`)` \
`trclev:$trclev` \
$act, \
0 { prti() O4 }, \
1 { prti() O4 }, \
2 { prti() \
{{ $req = X2 }} ` req:$req (`prreq($req)`)` O2 }, \
3 { prti() O4 }, \
4 { prti() O4 }, \
\* { `unknown action $act` } \
}, \
2 { \
`socket : ` $D2%XW \
}, \
\* { \
W2 "\t" \
prsock($D1) \
}
272 1.0 L=KERN "@PSLA DR. OPEN(X) CALL " \
D2, \
0 "psla open(x) entry" {dev#=$D1 mode=$D2 channel=$D3 opnparms \
struct ptr=$D4}, \
1 "psla open(x) return", \
2 "ERROR-psla open(x) return" {errno=EW dev mnr#=$D2}, \
3 "ERROR-psla open(x) return, diag. mode" {errno=EW}, \
4 "psla open(x) return" {errno=E4 dev mnr#=$D2 status=\
$D3%DW, \
1 "IO NOT ALLOWED",\
2 "GSW NOT CONF",\
3 "SWITCHED TO HOST",\
4 "NOT YET READY"}
273 1.0 L=KERN "@PSLA DR. CLOSE CALL" \
D2, \
0 "psla close entry" {dev#=$D1 mode=$D2 channel=$D3 opnparms \
struct ptr=$D4}, \
1 "psla close return", \
2 "ERROR-psla close return" {errno=E4 dev mnr#=$D2}
274 1.0 L=KERN "@PSLA DR. READ CALL" \
D2, \
0 "psla read entry" {dev#=$D1 uio struct ptr=$D2 channel=$D3 \
rw_args union ptr=$D4}, \
1 "psla read return", \
2 "ERROR-psla read return" {errno=EW dev mnr#=$D2}, \
3 "ERROR-psla read return" {errno=EW dev mnr#=$D2 dev mode=$D3}, \
4 "ERROR-psla read return" {errno=EW dev mnr#=$D2 byte count=$D3%DW}
275 1.0 L=KERN "@PSLA DR. WRITE CALL" \
D2, \
0 "psla write entry" {dev#=$D1 uio struct ptr=$D2 \
channel=$D3 lrw_args union ptr=$D4}, \
1 "psla write return", \
2 "ERROR-psla ioctl return" {errno=EW dev mnr#=$D2}, \
3 "ERROR-psla ioctl return" {errno=EW dev mnr#=$D2 dev mode=$D3}, \
4 "ERROR-psla ioctl return" {errno=EW dev mnr#=$D2 byte count=$D3%D4}
276 1.0 L=KERN "@PSLA DR. IOCTL CALLS " \
{{ \
ioctlcmds(cmd) \
$cmd%D1, \
10 "G_SET_MEM", \
11 "G_ALARM", \
12 "G_STOP", \
13 "G_START", \
14 "G_SET_BF", \
15 "G_SBF_START", \
16 "G_SET_CUR", \
17 "G_RESET_CUR", \
18 "G_SET_IND", \
19 "G_SET_IND_ON", \
20 "G_SET_IND_OFF", \
21 "G_WRITESF", \
22 "G_DEF_MEM", \
23 "G_DEL_MEM", \
24 "G_REN_MEM", \
25 "G_LOAD_BLNK", \
26 "G_LOAD_LINE", \
27 "G_READ_CUR", \
28 "G_SENSE", \
29 "G_LOAD_MEM_AREA", \
31 "G_IOCTL", \
32 "MSLA_START_DIAG", \
33 "MSLA_QUERY_DIAG", \
34 "MSLA_STOP_DIAG", \
35 "MSLA_GET_ADDR", \
36 "MSLA_RET_ADDR", \
37 "MSLA_MOD_POS", \
38 "MSLA_LOAD_UCODE", \
39 "MSLA_START_DMA", \
40 "MSLA_STOP_DMA", \
65 "K_ENABLE", \
66 "K_DISABLE", \
67 "K_ENA_SIG", \
68 "K_DIS_SIG", \
69 "K_POLL", \
70 "K_WAIT", \
71 "K_FLUSH", \
72 "K_REQUEST", \
73 "K_STOP_DEVICE", \
74 "K_LCW", \
75 "FPGI_CONNECT", \
76 "FPGI_DISCONNECT", \
77 "FPGI_INFREE", \
78 "FPGI_SEND", \
79 "FPGI_WAIT", \
/* "UNKNOWN input type" \
}} \
{{ \
intypes(itypes) \
BITFLAGS $itypes, \
0x01 "GPICK", \
0x02 "GANK", \
0x04 "GPFK", \
0x08 "GLPFK", \
0x10 "GTABLET", \
0x20 "GSMI", \
0x40 "GGEOP", \
0x80 "GPGM_ERR" \
}} \
D2, \
0 "psla ioctl entry" {dev#=$D1 G11 ioctlcmds(X1) \
"," ctl_args union ptr=$D3 flags=$D4}, \
1 "psla ioctl return", \
2 "ERROR-psla ioctl return" {errno=EW dev mnr#=$D2}, \
3 "ERROR-psla ioctl return" {errno=EW dev mnr#=$D2 \
$HOOKENV, \
'64' { G31 }, \
'32' { G15 } \
ioctlcmds(X1) "," ctl_args union ptr=$D4}, \
4 "ERROR-psla ioctl return" {errno=EW dev mnr#=$D2 \
$HOOKENV, \
'64' { G31 }, \
'32' { G15 } ioctlcmds(X1) \
"," blnk_number=DW blnk_pattern=DW}, \
5 "ERROR-psla ioctl return" {errno=EW dev mnr#=$D2 \
$HOOKENV, \
'64' { G31 }, \
'32' { G15 } ioctlcmds(X1) \
"," data length=DW}, \
6 "ERROR-psla ioctl return" {errno=EW dev mnr#=$D2 \
$HOOKENV, \
'64' { G31 }, \
'32' { G15 } ioctlcmds(X1) \
"," input type=D4, 0 "GPICK", 1 "GANK", 2 "GPFK", 3 "GLPFK", \
4 "GTABLET", 5 "GSMI", 6 "GGEOP", 7 "GPGM_ERR"}, \
7 "ERROR-psla ioctl return" {errno=EW dev mnr#=$D2 ntr. queue ptr=$D3 \
input type=$D4%DW, 0 "GPICK", 1 "GANK", 2 "GPFK", 3 "GLPFK", \
4 "GTABLET", 5 "GSMI", 6 "GGEOP", 7 "GPGM_ERR"}, \
8 "ERROR-psla ioctl return" {errno=EW dev mnr#=$D2 \
$HOOKENV, \
'64' { G31 },\
'32' { G15 } ioctlcmds(X1) \
$HOOKENV, \
'64' { G39 },\
'32' { G19 } input types=intypes(X1)},\
9 "ERROR-psla ioctl return" {errno=EW dev mnr#=$D2 \
$HOOKENV, \
'64' { G31 },\
'32' { G15 } ioctlcmds(X1)}, \
10 "ERROR-psla ioctl return" {errno=EW dev mnr#=$D2 \
$HOOKENV, \
'64' { G31 }, \
'32' { G15 } \
ioctlcmds(X1) "," struct fld ptr=$D4 write struc len=$D5%DW}, \
11 "psla ioctl" {dev mnr#=$D1 G11 ioctlcmds(X1) \
$HOOKENV, \
'64' { G31 }, \
'32' { G15 } \
"," input types=intypes(X1)}
277 1.0 L=INT "@PSLA INTERRUPT HANDLER " \
{{ \
cmdcccodes(ccodes) \
$ccodes, \
0x04 "RdSense,", \
0x05 "WrStruct,", \
0x09 "WrMemArea,", \
0x0A "RdMemArea,", \
0x0E "Rmi,", \
0x2B "SelcRdMemArea,", \
0xF7 "SetMode,", \
0xFB "SelcWrMemArea,", \
0xFF "UnDefCmd," \
}} \
{{ \
initcccodes(intcode) \
$intcodes, \
0x01 "StartCmd,", \
0x02 "StopCmd,", \
0x03 "EnterMonMode,", \
0x04 "ConfigDataPres,", \
0x05 "DevNotPres,", \
0x06 "DevNotResp,", \
0x07 "LinkDown," \
}} \
{{ \
intrcodes(icodes) \
$icodes, \
0x00 {Cmd $HOOKENV , '64' { G31 }, '32' { G15 } ccc=cmdcccodes(X1)}, \
0x01 {LinkSwitch $HOOKENV , '64' { G31 }, '32' { G15 } \
ccc=X1, 0x00 "connect host", 0x01 "connect pc"}, \
0x02 "Diag,", \
0x03 "Debug,", \
0x04 {Init $HOOKENV , '64' { G31 }, '32' { G15 } ccc=initcccodes(X1)}, \
0x05 "Progcode,", \
0x06 "UnSolDevReq,", \
0x07 "AdapterErr," \
}} \
{{ \
status(stat) \
BITFLAGS $stat, \
0x80 "attention ", \
0x40 "stat modifier ", \
0x20 "adapter ready ", \
0x10 "busy ", \
0x08 "adapter end ", \
0x04 "device end ", \
0x02 "unit check ", \
0x01 "unit exception " \
}} \
{{ \
pslaflags(flags) \
BITFLAGS $flags, \
0x8000 "Solo in prog", \
0x4000 "Rmi in prog", \
0x2000 "Retry in prog", \
0x1000 "Ipl_req", \
0x0800 "Ipl in prog", \
0x0400 "Dma enabled", \
0x0200 "Start in prog", \
0x0100 "stop in prog", \
0x0080 "Need start", \
0x0040 "Need stop", \
0x0020 "Fpgi solo in prog", \
0x0010 "Intio in prog" \
}} \
{{ \
retcode(rcode) \
$rcode, \
0x80 "Link monitor mode", \
0x50 "No RMI data", \
0x51 "No 5080 present", \
0x52 "No resp. to req.", \
0x70 "Host link down", \
0x3F "Sense from bad async", \
0x3E "Sense from bad SIO", \
0x34 "Sense area not defined", \
0x35 "Sense area full", \
0x36 "Sense timeout occured" \
}} \
D2, \
0 "psla intr. hdlr entry" {struct intr ptr=$D1}, \
1 "psla intr. data:" {dev mnr#=$D1 G11 icc=intrcodes(X1) \n\
$HOOKENV, \
'64' { G39 }, '32' { G15 } status=status(X1) "," \
$HOOKENV , \
'64' { G46 }, '32' { G22 } pslaflags(X2)}, \
2 "psla intr hdlr return, not psla intr" \
{ $HOOKENV, \
'64' { G15 }, '32' { G7 } stat reg=X1}, \
3 "psla intr hdlr return, diag. mode, parity check", \
4 "psla intr hdlr return, parity check, not sftwr intr.", \
5 "psla intr hdlr return,diag. mode", \
6 "psla intr hdlr return, not a sftwr intr.", \
7 "psla intr hdlr return" \
{ $HOOKENV, \
'64' { G15 }, '32' { G7 } retcode(X1)}, \
8 "ERROR-Fatal, psla intr hdlr return", \
9 "ERROR-device not open", \
10 "psla intr hdlr return" {type=D4, 5 "GSMI", 6 "GGEOP" \
"," intr. queue ptr=$D2}, \
11 "psla intr hdlr," { \
input type=D4, 0 "GPICK", 1 "GANK", 2 "GPFK", 3 "GLPFK", \
4 "GTABLET", 5 "GSMI", 6 "GGEOP", 7 "GPGM_ERR"}
278 1.0 L=KERN "@PSLA DR. CONFIG CALL " \
D2, \
0 "psla config entry" {dev #=$D1 cmd=$D2%DW, 1 "CFG_INIT ", \
2 "CFG_TERM ", 3 "CFG_QVPD " struct uio ptr=$D3}, \
1 "psla config return", \
2 "ERROR-psla config return" {errno=EW}, \
3 "psla config return, already configured", \
4 "ERROR-psla config, in uimove" {errno=EW dds ptr=$D2 \
dds size=$D3%DW uio struct ptr=$D4}, \
5 "ERROR-psla config, in define" {errno=EW dev #=$D2 dds ptr=$D3}, \
6 "ERROR-psla config, in devswadd" {errno=EW}, \
7 "ERROR-psla config, in i_init", \
8 "ERROR-psla config, in xmalloc" {errno=EW}, \
9 "ERROR-psla config return" {errno=EW,dev mnr#=$D2}, \
10 "ERROR-psla config, in loadpos" {errno=EW}
280 1.0 "HIADD" \
{{ $loc = X1 }} \
$loc, \
21 { "ID:" O1 A4.8 \
"d1=" XW " d2=" XW " d3=" XW " d4=" XW \
}
292 1.0 "VCA DEVICE DRIVER" \
{{ $loc = X1 }} \
$loc, \
0x1 { "entry_vca_open:" \
"errno:" X1 "dev:" XW \
"flag:" XW "channel:" XW "ext:" XW}, \
0x2 { "exit_vca_open:" \
"errno:" X1 "dev:" XW \
"flag:" XW "channel:" XW "ext:" XW}, \
0x3 { "entry_vca_close:" \
"errno:" X1 "dev:" XW \
"flag:" XW "ext:" XW }, \
0x4 { "exit_close:" \
"errno:" X1 "dev:" XW \
"flag:" XW "ext:" XW }, \
0x5 { "entry_vca_read:" \
"errno:" X1 "dev:" XW \
"uiop:" XW "mpschan:" XW "ext:" XW}, \
0x6 { "exit_vca_read:" \
"errno:" X1 "dev:" XW \
"uiop:" XW "mpschan:" XW "ext:" XW}, \
0x7 { "entry_vca_write:" \
"errno:" X1 "dev:" XW \
"uiop:" XW "mpschan:" XW "ext:" XW}, \
0x8 { "exit_vca_write:" \
"errno:" X1 "dev:" XW \
"uiop:" XW "mpschan:" XW "ext:" XW}, \
0x9 { "entry_vca_config:" \
"errno:" X1 "dev:" XW \
"cmd:" XW "uiop:" XW }, \
0xA { "exit_vca_config:" \
"errno:" X1 "dev:" XW \
"cmd:" XW "uiop:" XW}, \
0xB { "entry_vca_ioctl:" \
"errno:" X1 "dev:" XW \
"cmd:" XW "arg:" XW "flag:" XW "channel:" XW}, \
0xC { "exit_vca_ioctl:" \
"errno:" X1 "dev:" XW \
"cmd:" XW "arg:" XW "flag:" XW "channel:" XW}, \
0xD { "entry_vca_setup:" \
"errno:" X1 "current_vca:" XW }, \
0xE { "exit_vca_setup:" \
"errno:" X1 "current_vca:" XW }, \
0xF { "entry_vca_memcopy:" \
"errno:" X1 "current_vca:" XW \
"offset:" XW "count:" XW "direction:" XW }, \
0x10 { "exit_vca_memcopy:" \
"errno:" X1 "current_vca:" XW \
"offset:" XW "count:" XW "direction:" XW }, \
0x11 { "entry_mem_setup:" \
"errno:" X1 "current_vca:" XW \
"paddr:" XW "block:" XW \
$HOOKENV, \
'64' { O4 } "taram:" X2 }, \
0x12 { "exit_mem_setup:" \
"errno:" X1 "current_vca:" XW \
"paddr:" XW "block:" XW \
$HOOKENV, \
'64' { O4 } "taram:" X2 }, \
0x13 { "entry_mem_unset:" \
"errno:" X1 "current_vca:" XW \
"vaddr:" XW }, \
0x14 { "exit_mem_unset:" \
"errno:" X1 "current_vca:" XW \
"vaddr:" XW }, \
0x15 { "entry_getstatus:" \
"errno:" X1 "current_vca:" XW }, \
0x16 { "exit_getstatus:" \
"errno:" X1 "current_vca:" XW }, \
0x17 { "entry_setmask:" \
"errno:" X1 "current_vca:" XW "mask:" XW }, \
0x18 { "exit_setmask:" \
"errno:" X1 "current_vca:" XW "mask:" XW }, \
0x19 { "entry_capture_wait:" \
"errno:" X1 "current_vca:" XW "seconds:" XW }, \
0x1A { "exit_capture_wait:" \
"errno:" X1 "current_vca:" XW "seconds:" XW }, \
0x1B { "entry_intr_enable:" \
"errno:" X1 "current_vca:" XW }, \
0x1C { "exit_intr_enable:" \
"errno:" X1 "current_vca:" XW }, \
0x1D { "entry_intr_disable:" \
"errno:" X1 "current_vca:" XW }, \
0x1E { "exit_intr_disable:" \
"errno:" X1 "current_vca:" XW }, \
0x1F { "entry_vca_set_mode:" \
"errno:" X1 "current_vca:" XW "vca_mode_ptr:" XW }, \
0x20 { "exit_vca_set_mode:" \
"errno:" X1 "current_vca:" XW "vca_mode_ptr:" XW }, \
0x21 { "entry_vca_set_controls:" \
"errno:" X1 "current_vca:" XW "vca_controls_ptr:" XW }, \
0x22 { "exit_vca_set_controls:" \
"errno:" X1 "current_vca:" XW "vca_controls_ptr:" XW }, \
0x23 { "entry_vca_set_cursor:" \
"errno:" X1 "current_vca:" XW "vca_cursor_ptr:" XW }, \
0x24 { "exit_vca_set_cursor:" \
"errno:" X1 "current_vca:" XW "vca_cursor_ptr:" XW }, \
0x25 { "entry_vca_set_window:" \
"errno:" X1 "current_vca:" XW "vca_window_ptr:" XW }, \
0x26 { "exit_vca_set_window:" \
"errno:" X1 "current_vca:" XW "vca_window_ptr:" XW }, \
0x27 { "entry_vca_set_dacs:" \
"errno:" X1 "current_vca:" XW "vca_dacs_ptr:" XW }, \
0x28 { "exit_vca_set_dacs:" \
"errno:" X1 "current_vca:" XW "vca_dacs_ptr:" XW }, \
0x29 { "entry_vca_altdac:" \
"errno:" X1 "current_vca:" XW "dacno:" XW \
$HOOKENV, \
'64' { O4 } "color:" X2 }, \
0x2A { "exit_vca_altdac:" \
"errno:" X1 "current_vca:" XW "dacno:" XW \
$HOOKENV, \
'64' { O4 } "color:" X2 }, \
0x2B { "entry_vca_get_mode:" \
"errno:" X1 "current_vca:" XW "vca_mode_ptr:" XW }, \
0x2C { "exit_vca_get_mode:" \
"errno:" X1 "current_vca:" XW "vca_mode_ptr:" XW }, \
0x2D { "entry_vca_get_controls:" \
"errno:" X1 "current_vca:" XW "vca_controls_ptr:" XW }, \
0x2E { "exit_vca_get_controls:" \
"errno:" X1 "current_vca:" XW "vca_controls_ptr:" XW }, \
0x2F { "entry_vca_get_cursor:" \
"errno:" X1 "current_vca:" XW "vca_cursor_ptr:" XW }, \
0x30 { "exit_vca_get_cursor:" \
"errno:" X1 "current_vca:" XW "vca_cursor_ptr:" XW }, \
0x31 { "entry_vca_get_window:" \
"errno:" X1 "current_vca:" XW "vca_window_ptr:" XW }, \
0x32 { "exit_vca_get_window:" \
"errno:" X1 "current_vca:" XW "vca_window_ptr:" XW }, \
0x33 { "entry_vca_get_dacs:" \
"errno:" X1 "current_vca:" XW "vca_dacs_ptr:" W4 }, \
0x34 { "exit_vca_get_dacs:" \
"errno:" X1 "current_vca:" XW "vca_dacs_ptr:" XW }, \
0x35 { "entry_readdac:" \
"errno:" X1 "current_vca:" XW "dacno:" XW }, \
0x36 { "exit_readdac:" \
"errno:" X1 "current_vca:" XW "dacno:" XW }, \
0x37 { "entry_vca_set_dac_defaults:" \
"errno:" X1 "current_vca:" XW "dacs_ptr:" XW }, \
0x38 { "exit_vca_set_dac_defaults:" \
"errno:" X1 "current_vca:" XW "dacs_ptr:" XW }, \
0x39 { "entry_vca_intr:" \
"errno:" X1 "handler:" XW }, \
0x3A { "exit_vca_intr:" \
"errno:" X1 "handler:" XW }, \
0x3B { "entry_vca_outb:" \
"errno:" X1 "port:" XW \
$HOOKENV, \
'64' { O4 } "data:" X1 }, \
0x3C { "exit_vca_outb:" \
"errno:" X1 "port:" XW \
$HOOKENV, \
'64' { O4 } "data:" X1 }, \
0x3D { "entry_vca_inb:" \
"errno:" X1 "port:" XW }, \
0x3E { "exit_vca_inb:" \
"errno:" X1 "port:" XW }, \
0x3F { "entry_vca_timed_out:" \
"errno:" X1 "w:" X4 }, \
0x40 { "exit_vca_timed_out:" \
"errno:" X1 "w:" XW }, \
0x41 { "entry_vca_altreg:" \
"errno:" X1 "current_vca:" XW "reg:" XW \
$HOOKENV, \
'64' { O4 } "value:" X1 }, \
0x42 { "exit_vca_altreg:" \
"errno:" X1 "current_vca:" XW "reg:" XW \
$HOOKENV, \
'64' { O4 } "value:" X1 }, \
0x43 { "entry_vca_readreg:"\
"errno:" X1 "current_vca:" XW "reg:" XW }, \
0x44 { "exit_vca_readreg:" \
"errno:" X1 "current_vca:" XW "reg:" XW }, \
0x45 { "entry_vca_kset_cursor:" \
"errno:" X1 "current_vca:" XW "vca_cursor_ptr:" XW }, \
0x46 { "exit_vca_kset_cursor:" \
"errno:" X1 "current_vca:" XW "vca_cursor_ptr:" XW }, \ 0x47 { "entry_vca_kget_cursor:" \
"errno:" X1 "current_vca:" XW "vca_cursor_ptr:" XW }, \
0x48 { "exit_vca_kget_cursor:" \
"errno:" X1 "current_vca:" XW "vca_cursor_ptr:" XW }, \
0x49 { "entry_vca_delay:" \
"errno:" X1 "current_vca:" XW }, \
0x4A { "exit_vca_delay:" \
"errno:" X1 "current_vca:" XW }, \
0x4B { "entry_vca_initialize:" \
"errno:" X1 "current_vca:" XW }, \
0x4C { "exit_vca_initialize:" \
"errno:" X1 "current_vca:" XW }, \
0x4D { "entry_vcaerr:" \
"errno:" X1 "errid:" XW "lname:" XW "line_num:" XW \
"dmodule:" XW "fmodule:" XW}, \
0x4E { "exit_vcaerr:" \
"errno:" X1 "errid:" XW "lname:" XW "line_num:" XW \
"dmodule:" XW "fmodule:" XW}
2ED 1.0 "@nbc" \
"NBC: " \
$HOOKENV, \
'64' { O6 }, \
'32' { O2 } A4.8 "d1=" XW " d2=" XW " d3=" XW
2F9 1.0 "WLM" \
$HD, \
0x1 { `EXCL UID: pid=`prKernelPID($D1)` ruid=$D2%D4` },\
0x2 { `EXCL GID: pid=`prKernelPID($D1)` rgid=$D2%D4` },\
0x3 { `EXCL FILE: pid=`prKernelPID($D1)` dev=$D2%D4 inode=$D3%D4 gen=$D4%D4` },\
0x4 { `FND: pid=`prKernelPID($D1)` class=$D2%D4 ruid=$D3%D4 rgid=$D4%D4 inode=$D5%D4` },\
0x5 { `SYS CLASS: pid=`prKernelPID($D1) },\
0x6 { `DFLT CLASS: pid=`prKernelPID($D1)` ruid=$D2%D4` },\
0x7 { `CHNG CLASS: pid=`prKernelPID($D1)` old class=$D2%D4 new class=$D3%D4` },\
0x8 { `SET LENGTH: pid=`prKernelPID($D1)` flag=$D2%X4 old length=$D3%D4 new length=$D4%D4` },\
0x9 { "SET: pid="prKernelPID($D1)" flag="$D2%X4" old wlm_on=" \
BITFLAGS $D3, \
& 0x1 0x1 "CLASSIF", \
& 0x10 0x10 "CPU_ACCT", \
& 0x20 0x20 "CPU_REGUL", \
& 0x40 0x80 "MEM_ACCT", \
& 0x80 0x80 "MEM_REGUL", \
& 0x100 0x100 "CHNG_LEN", \
& 0x200 0x200 "TEST_ON", \
& 0xffff 0x0 "-EMPTY-" \
"new wlm_on="\
BITFLAGS $D4, \
& 0x1 0x1 "CLASSIF", \
& 0x10 0x10 "CPU_ACCT", \
& 0x20 0x20 "CPU_REGUL", \
& 0x40 0x80 "MEM_ACCT", \
& 0x80 0x80 "MEM_REGUL", \
& 0x100 0x100 "CHNG_LEN", \
& 0x200 0x200 "TEST_ON", \
& 0xffff 0x0 "-EMPTY-" \
},\
0xa { `SWAPOUT: tier=$D1%D4 pid=`prKernelPID($D2) },\
0xb { `PRIO UPDT class=$D1%D4 act_prev=$D2%D4 act=$D3%D4 old_pri=$D4%D4 new_pri=$D5%D4` },\
0xc { `LOAD CLASS ON: CPU:min=$D1%D4 shares=$D2%D4 max=$D3%D4` },\
0xd { `LOAD INV ON` },\
0xe { `LOAD CLASS OFF: CPU:min=$D1%D4 shares=$D2%D4 max=$D3%D4` },\
0xf { `LOAD NEWCLASS: nb_class=$D1%D4` },\
0x10 { `LOAD RULES` },\
0x11 { `UPDT DES START: tier=$D1%D4 tot_cpu_shares=$D2%D4 tot_mem_shares=$D3%D4` },\
0x12 { `UPDT DES: cpu_des=$D1%D4 mem_des=$D2%D4` },\
0x13 { O2.0 "NAME: " A16.16 },\
0x14 { `CCB FULL` },\
0x15 { `INVAL CLASS` },\
0x16 { `STOP THREAD: pid=`prKernelPID($D1)` class=$D2%D4 nb_us=$D3%D4 time=$D4%D4` },\
0x17 { `TIME: class=$D1%D4 ticks=$D2%D4 old_time=$D3%D4 new_time=$D4%D4` },\
0x65 { `VMM SCB_SETCLASS: sidx=0x$D1%X2 class$D2%D4->class$D3%D4` },\
0x66 { `VMM INSSCB: DECLASSIFY sidx=0x$D1%X2 segtype=$D2%D4 segcl=$D3%D4 curcl=$D4%D4` },\
0x67 { `VMM MEMP_LRU: RESTART for RED PAGES mempid=`prKernelPID($D1) },\
0x68 { `VMM MEMP_LRU: BAILOUT for RED CLASS mempid=`prKernelPID($D1) },\
0x69 { `VMM FBLRU: BUCKET mempid=`prKernelPID($D1)` nbucket=$D2%D4 pg=$D3%D4 pcol=$D4%D4 col=$D5%D4` },\
0x6a { `VMM FBLRU: bailout if color<1% mempid=`prKernelPID($D1)` numfrbcol=$D2%D4` },\
0x6b { `VMM CBLRU: BUCKET mempid=`prKernelPID($D1)` nbucket=$D2%D4 pg=$D3%D4 pcol=$D4%D4 col=$D5%D4` },\
0x6c { `VMM CBLRU: bailout if color<1% mempid=`prKernelPID($D1)` numfrbcol=$D2%D4` },\
0xc9 { `BIO QUEUE-IN: buf=$D1 bdev=$D2 exp time=$D3%D4 urap=$D4%D2 bcount=$D5%D4` },\
0xca { `BIO QUEUE-OUT: buf=$D1 bdev=$D2 exp time=$D3%D4 urap=$D4%D2 bcount=$D5%D4` },\
0xcb { `BIO NOT-QUEUED: buf=$D1 bdev=$D2 bcount=$D3%D4` },\
\* { `CALL mode=$HD` }
2FC 1.0 L=KERN "@ VMM_VWAIT EVENT" \
"VMM WAIT: Link Register="$D1
2FD 1.0 L=KERN "RPDP:" \
$HD, \
0x0 { `start: failing CPU: $D2%DW (phys. $D1%DW) replacing CPU: $D4%DW (phys. $D3%DW)` }, \
0x1 { `aborted` }, \
0x2 { `successfully terminated` }, \
0x10 { `HA handler: _fun=XW` W2 A4""W3""A4 `_data=XW_XW: ACCEPTED` }, \
0x11 { `HA handler: _fun=XW` W2 A4""W3""A4 `_data=XW_XW: REFUSED` }, \
0x20 { `interrupt re-route from phys. CPU $D1%DW to $D2%DW phase=$D3%D4 xchgflag=$D4%D4 ` }, \
0x30 { `CPU swap: $D2%DW (phys. $D1%DW) <=> $D4%DW (phys. $D3%DW)` }, \
0x40 { `TRB migrated from CPU $D1%DW to $D2%DW id=$D3%XW flags=$D4%X2 timerid=$D5%XW` }, \
0x50 { `pal_stop_myself() on CPU $D1%DW (phys. $D2%DW)` }, \
\* { unknown subhook }
2FE 1.0 L=KERN "System freeze:" \
$HD, \
0x0 { `start on CPU $D1%DW` starttimer(0x2fb,0) starttimer(0x2fb,1) }, \
0x1 { `end with rc=$D1%EW total freeze time:` endtimer(0x2fb,0) }, \
0x20 { `master start: timeout=$D1%D4 time_out_signaled=$D2%D4` starttimer(0x2fb,0x20) }, \
0x21 { `master end with rc=$D1%EW master running time:` endtimer(0x2fb,0x20) \
`\nSystem freeze: avarage interrupt lock out time:` endtimer(0x2fb,0x40) }, \
0x30 { `slave command start on CPU $D1%DW` }, \
0x31 { `slave command end` }, \
0x40 { `slaves at rendezvous in` endtimer(0x2fb,1) starttimer(0x2fb,0x40) \
`\nSystem freeze: block all external interrupts` }, \
0x41 { `re-enable all external interrupts` }, \
0x50 { `before pal_i_disableplvl($D1)` starttimer(0x50,0x51) }, \
0x51 { `after pal_i_disableplvl($D1)` endtimer(0x50,0x51) }, \
0x60 { `before pal_i_enableplvl($D1)` starttimer(0x60,0x61) }, \
0x61 { `after pal_i_enableplvl($D1)` endtimer(0x60,0x61) }, \
\* { unknown subhook }
2FF 1.0 L=KERN "tprof" \
$GENERIC, \
1 { \
$D1%D1, \
1 { "command: " {{ $notused = X4 }} {{ $strlen = $HL - 4 }} {{$string = $HL%S1}} "cmd=" $string }, \
\* { "Unknown subhook for 0x2FF: "$HD%D1 } \
}, \
0 { \
{{ $subhookid = $HD & 0xFFF}} \
$subhookid, \
2 { "context: frequency="$D1%D4 "UEvtId="$D2%D4 "procidx="$D3%D4 }, \
3 { W1 "event: iar="X8 "dar="X8 }, \
4 { "alignment: iar="$D1 "ea="$D2 "tid="$D5%D4}, \
5 { "emulation: iar="$D1 "tid="$D5%D4}, \
6 { "islbmiss: ear="$D1 "tid="$D5%D4}, \
7 { "dslbmiss: ear="$D1 "tid="$D5%D4}, \
8 { "data: iar="$D1 "dar="$D2 "sid="$D4 "pdar="$D5}, \
9 { "too rapid sampling: max="$D1%D4}, \
a { "Start/Stop user command"}, \
b { "Partition migration"}, \
\* { "Unknown subhook for 0x2FF: "$HD%D1 } \
} \
endtimer(0x2FF,0x2FF) starttimer(0x2FF,0x2FF)
300 1.0 "@ODM EVENTS"\
$HD, \
1 "ODM: ADDR_CLXN",\
2 "ODM: ADD_VCHAR",\
3 "ODM: BREAKCRIT",\
4 "ODM: CHANGE_VCHAR",\
5 "ODM: CLOSE_CLXN",\
6 "ODM: CMPKMCH",\
7 "ODM: CREATE_CLXN",\
8 "ODM: DESTROY_CLXN",\
9 "ODM: GET_OFFSETS",\
A "ODM: GET_STRING_DBOFF",\
B "ODM: GET_VCHAR",\
C "ODM: INIT_CLASS",\
D "ODM: INIT_CLXN",\
E "ODM: INVOKE",\
F "ODM: MOUNT_CLXN",\
10 "ODM: NOTE_CLASS",\
11 "ODM: ODM_ADD_OBJ",\
12 "ODM: ODM_CHANGE_OBJ",\
13 "ODM: ODM_CLOSE_CLASS",\
14 "ODM: ODM_CREATE_CLASS",\
15 "ODM: ODM_FREE_LIST",\
16 "ODM: ODM_GET_BY_ID",\
17 "ODM: ODM_GET_FIRST",\
18 "ODM: ODM_GET_LIST",\
19 "ODM: ODM_GET_NEXT",\
1A "ODM: ODM_GET_OBJ",\
1B "ODM: ODM_INITIALIZE",\
1C "ODM: ODM_MOUNT_CLASS",\
1D "ODM: ODM_OPEN_CLASS",\
1E "ODM: ODM_RM_BY_ID",\
1F "ODM: ODM_RM_CLASS",\
20 "ODM: ODM_RM_OBJ",\
21 "ODM: ODM_SET_PATH",\
22 "ODM: ODM_SET_PERMS",\
23 "ODM: ODM_TERMINATE",\
24 "ODM: OPEN_CLXNP",\
25 "ODM: RAW_ADDR_CLASS",\
26 "ODM: RAW_ADD_OBJ",\
27 "ODM: RAW_ADD_STR",\
28 "ODM: RAW_CLOSE_CLASS",\
29 "ODM: RAW_CLOSE_CLXN",\
2A "ODM: RAW_FIND_BYID",\
2B "ODM: RAW_FIND_OBJ",\
2C "ODM: RAW_RM_OBJ",\
2D "ODM: VERIFY_CLASS_STRUCTURE",\
\* "ODM: INVALID MODULE ID"\
$D1,\
0 " ENTRY",\
1 " EXIT",\
\* " INVALID DATA VALUE"
340 1.0 'NETM' \
$GENERIC, \
1 { \
DW, \
1 { `NET_MALLOC addr:XW size:DW type:DW cpu:DW caller1=XW caller2=XW caller3=XW caller4=XW caller5=XW` }, \
2 { `NET_FREE addr:XW size:DW type:DW cpu:DW caller1=XW caller2=XW caller3=XW caller4=XW caller5=XW` }, \
128 { `OSTD_ALLOC addr:XW size:DW type:DW cpu:DW caller1=XW caller2=XW caller3=XW caller4=XW caller5=XW` }, \
\* { `Unknown Generic hook` } \
$BREAK \
} \
$HD%D1, \
3 { `net_kmem_inslist_in: addr=$D1%XW kbp=$D2%XW indx=$D3%DW errlevel=$D4%DW srad=$D5%DW` }, \
4 { `net_kmem_inslist_out` }, \
5 { `net_kmem_rmlist_in: addr=$D1%XW kbp=$D2%XW indx=$D3%DW errlevel=$D4%DW srad=$D5%DW` }, \
6 { `net_kmem_rmlist_out` }, \
7 { `ostd_mem_expand_in` }, \
8 { `ostd_mem_expand_out` }, \
9 { `ostd_mem_del_in: addr=$D1%XW size=$D2%DW ostd_idx=$D3%DW` }, \
10 { `ostd_mem_del_out1: ostd[ostd_idx].d_cnt=$D1%DW` }, \
11 { `ostd_mem_del_out2` }, \
12 { `ostd_mem_add_in: ostd_mem_rec=$D1%XW addr=$D2%XW cpu=$D3%DW size=$D4%DW memtype=$D5%DW` }, \
13 { `ostd_mem_add_out1` }, \
14 { `ostd_mem_add_out2` }, \
15 { `log_police_event_in: cpu=$D1%DW type=$D2%DW size=$D3%DW addr=$D4%XW memtype=$D5%DW` }, \
16 { `log_police_event_out1` }, \
17 { `log_police_event_out2` }, \
18 { `log_police_event_out3` }, \
19 { `log_police_event_out4` }, \
20 { `log_police_event_out5` }, \
21 { `log_police_event_out6` }, \
22 { `init_police_usage_in: netkmem=$D1%XW nm_seg=$D2%XW heap=$D3%DW` }, \
23 { `init_police_usage_out1` }, \
24 { `init_police_usage_out2` }, \
25 { `init_police_usage_out3` }, \
26 { `free_police_usage_all_in: p_netkmem=$D1%XW` }, \
27 { `free_police_usage_all_out` }, \
28 { `net_malloc_police_station_in: start_policing=$D1%DW nop=$D2%XW` }, \
29 { `net_malloc_police_station_out1` }, \
30 { `net_malloc_police_station_out2` }, \
31 { `net_malloc_police_station_out3` }, \
32 { `net_buf_type_nofct_in: buf_type_list=$D1%S1 nop=$D2%XW` }, \
33 { `net_buf_type_nofct_out1` }, \
34 { `net_buf_type_nofct_out2` }, \
35 { `net_buf_type_nofct_out3` }, \
36 { `net_buf_type_nofct_out4` }, \
37 { `net_buf_type_nofct_out5` }, \
38 { `net_buf_size_nofct_in: buf_size_list=$D1%S1 nop=$D2%XW` }, \
39 { `net_buf_size_nofct_out1` }, \
40 { `net_buf_size_nofct_out2` }, \
41 { `net_buf_size_nofct_out3` }, \
42 { `net_buf_size_nofct_out4` }, \
43 { `net_malloc_frag_init_in: promote_size_list=$D1%S1 nop=$D2%XW` }, \
44 { `net_malloc_frag_init_out1` }, \
45 { `net_malloc_frag_init_out2` }, \
46 { `net_malloc_frag_init_out3` }, \
47 { `netm_page_promote_init_in: nm=$D1%DW nop=$D2%XW` }, \
48 { `netm_page_promote_init_out` }, \
49 { `net_malloc_in: size=$D1%DW type=$D2%DW flags=$D3%DW` }, \
50 { `net_malloc1` }, \
51 { `net_malloc2` }, \
52 { `net_malloc3` }, \
53 { `net_malloc4` }, \
54 { `net_malloc5` }, \
55 { `net_malloc6` }, \
56 { `net_malloc7` }, \
57 { `net_malloc_out1: va=$D1%XW` }, \
58 { `net_malloc_out2: va=$D1%XW` }, \
59 { `large_alloc_in: size=$D1%DW indx=$D2%DW ksp=$D3%XW cpu=$D4%DW kbp=$D5%XW` }, \
60 { `large_alloc_out1` }, \
61 { `large_alloc_out2` }, \
62 { `empty_bucket_in: size=$D1%DW indx=$D2%DW ksp=$D3%XW cpu=$D4%DW netkmem=$D5%XW` }, \
63 { `empty_bucket_out1` }, \
64 { `empty_bucket_out2: va=$D1%XW` }, \
65 { `net_free_in: addr=$D1%XW type=$D2%DW` }, \
66 { `net_free1` }, \
67 { `net_free2` }, \
68 { `net_free_out1` }, \
69 { `net_free_out2` }, \
70 { `net_free_out3` }, \
71 { `large_free_in: addr=$D1%XW` }, \
72 { `large_free_out` }, \
73 { `coalesce_in: kup=$D1%XW kbp=$D2%XW indx=$D3%DW addr=$D4%XW srad=$D5%DW` }, \
74 { `coalesce_out` }, \
75 { `malloc_loan_in: size=$D1%DW indx=$D2%DW flags=$D3%DW cpu=$D4%DW netkmem=$D5%XW` }, \
76 { `malloc_loan_out1` }, \
77 { `malloc_loan_out2` }, \
78 { `malloc_thread_in: srad=$D1%DW` }, \
79 { `malloc_thread1` }, \
80 { `malloc_thread_out` }, \
81 { `coalesce_pages_in: addr=$D1%XW kbp=$D2%XW indx=$D3%DW srad=$D4%DW` }, \
82 { `coalesce_pages_out` }, \
83 { `prime_the_buckets_cpu_in: netkmem=$D1%XW cpu=$D2%DW` }, \
84 { `prime_the_buckets_cpu_out1` }, \
85 { `prime_the_buckets_cpu_out2` }, \
86 { `log_inuse_in: meminuse=$D1%DW thewall_value=$D2%DW` }, \
87 { `log_inuse_out` }, \
88 { `aix_kmem_alloc_in: netkmem=$D1%XW size=$D2%DW cpu=$D3%DW` }, \
89 { `aix_kmem_alloc_out1: size=$D1%DW Maxsize=$D2%DW intpri=$D3%DW csa_prev=$D4%XW` }, \
90 { `aix_kmem_alloc_out2` }, \
91 { `aix_kmem_alloc_ou3` }, \
92 { `aix_kmem_alloc2_in: netkmem=$D1%XW nsptr=$D2%XW heap=$D3%DW size=$D4%DW cpu=$D5%DW` }, \
93 { `aix_kmem_alloc2_out1: lpages=$D1%DW sepgcnt=$D2%DW pages=$D3%DW` }, \
94 { `aix_kmem_alloc2_out2` }, \
95 { `aix_kmem_free_in: netkmem=$D1%XW addr=$D2%XW size=$D3%DW` }, \
96 { `aix_kmem_free_out` }, \
97 { `net_malloc_cpudata_in: size=$D1%DW ptr_array=$D2%XW` }, \
98 { `net_malloc_cpudata_out1` }, \
99 { `net_malloc_cpudata_out2` }, \
100 { `kmem_set_highwat_in: netkmem=$D1%XW cpu=$D2%DW` }, \
101 { `kmem_set_highwat_out` }, \
102 { `netkmem_dr_handler_in: arg1=$D1%XW arg2=$D2%XW action=$D3%DW dri=$D4%XW` }, \
103 { `netkmem_dr_handler_out1: rc=$D1%DW` }, \
104 { `netkmem_dr_handler_out2: rc=$D1%DW` }, \
105 { `netkmem_dr_handler_out3: rc=$D1%DW` }, \
106 { `netkmem_dr_handler_out4: rc=$D1%DW` }, \
107 { `netkmem_dr_handler_out5: rc=$D1%DW` }, \
108 { `netkmem_dr_handler_out6: rc=$D1%DW` }, \
109 { `netkmem_dr_handler_out7: rc=$D1%DW` }, \
110 { `netkmem_dr_handler_out8: rc=$D1%DW` }, \
111 { `netkmem_dr_handler_out9: rc=$D1%DW` }, \
112 { `netkmem_dr_handler_out10: rc=$D1%DW` }, \
113 { `netkmem_dr_handler_out11: rc=$D1%DW` }, \
114 { `netkmem_dr_cpu_remove_in: cpu=$D1%DW` }, \
115 { `netkmem_dr_cpu_remove_out` }, \
116 { `netkmem_dr_cpu_add_in: cpu=$D1%DW` }, \
117 { `netkmem_dr_cpu_add_out` }, \
118 { `netkmem_dr_mem_remove_in: dri=$D1%XW` }, \
119 { `netkmem_dr_mem_remove_out` }, \
120 { `netkmem_dr_mem_add_in: dri=$D1%XW` }, \
121 { `netkmem_dr_mem_add_out` }, \
122 { `ostd_init_in: allocflag=$D1%DW` }, \
123 { `ostd_init_out1` }, \
124 { `ostd_init_out2` }, \
125 { `log_ostd_event_in: cpuid=$D1%DW type=$D2%DW size=$D3%DW addr=$D4%XW memtype=$D5%XW` }, \
126 { `log_ostd_event_out1` }, \
127 { `log_ostd_event_out2` }, \
129 { `set_netm_errlevel_in: new_errlevel=$D1%DW` }, \
130 { `set_netm_errlevel_out` }, \
131 { `net_malloc_frag_timer_in: indx=$D1%DW` }, \
132 { `net_malloc_frag_timer_out1: dbgprom table for this indx is already enabled` }, \
133 { `net_malloc_frag_timer_out2` }, \
134 { `net_malloc_frag_timer_out3` }, \
135 { `net_malloc_frag_timer_stop_in: indx=$D1%DW` }, \
140 { `net_malloc_frag_timer_stop_out1` }, \
141 { `net_malloc_page_timer_in: va=$D1%XW kbp=$D2%XW` }, \
142 { `net_malloc_page_timer_out` }, \
143 { `net_malloc_page_timer_stop_in` }, \
144 { `net_malloc_page_timer_stop_out1: va=$D1%XW` }, \
145 { `net_malloc_page_timer_stop_out2` }, \
146 { `netkmem_dr_cpu_add_err1: cpu=$D1%DW Error=ENOBUFS` }, \
147 { `netkmem_dr_cpu_add_err2: cpu=$D1%DW Error=ENOBUFS` }, \
148 { `net_malloc_frag_timer_stop_out2` }, \
149 { `log_illegal_mem_access_in` }, \
150 { `log_illegal_mem_access_out` }, \
151 { `net_malloc_out: va=$D1%XW` }, \
152 { `net_malloc_cpu_in: size=$D1%DW type=$D2%DW flags=$D3%DW cpu=$D4%DW` }, \
153 { `net_malloc_cpu1` }, \
154 { `net_malloc_cpu2` }, \
155 { `net_malloc_cpu3` }, \
156 { `net_malloc_cpu4` }, \
157 { `net_malloc_cpu5` }, \
158 { `net_malloc_cpu6` }, \
159 { `net_malloc_cpu7` }, \
160 { `net_malloc_cpu_out1: va=$D1%XW` }, \
161 { `net_malloc_cpu_out2: va=$D1%XW` }, \
162 { `net_malloc_srad_in: size=$D1%DW type=$D2%DW flags=$D3%DW srad=$D4%DW` }, \
163 { `net_malloc_srad_out1: va=$D1%XW` }, \
164 { `net_malloc_srad_out2: va=$D1%XW` }, \
165 { `net_malloc_srad_out3: va=$D1%XW` }, \
166 { `net_malloc_srad_out4: va=$D1%XW` }, \
167 { `hkwd_kmem_get_seg_in: p_netkmem=$D1%XW heap=$D2%DW` }, \
168 { `hkwd_kmem_get_seg_out1: va=$D1%XW` }, \
169 { `hkwd_kmem_get_seg_out2: va=$D1%XW` }, \
170 { `hkwd_kmem_get_seg_out3: va=$D1%XW` }, \
171 { `hkwd_netaddr2srad_in: addr=$D1%XW` }, \
172 { `hkwd_netaddr2srad_out1: srad=$D1%DW` }, \
173 { `hkwd_netaddr2srad_out2: srad=$D1%DW` }, \
174 { `hkwd_netaddr2srad_out3: srad=$D1%DW` }, \
175 { `hkwd_police_lock_init_in: cpu=$D1%XW srad=$D2%DW` }, \
176 { `hkwd_police_lock_init_out1` }, \
177 { `hkwd_police_lock_init_out2` }, \
178 { `hkwd_police_lock_init_out3` }, \
179 { `hkwd_baddr2netkmem_in: addr=$D1%XW hp=$D2%XW sradp=$D3%XW` }, \
180 { `hkwd_baddr2netkmem_out1` }, \
181 { `hkwd_baddr2netkmem_out2: p_netkmem=$D1%XW` }, \
182 { `hkwd_bucket2usagep_in: addr=$D1%XW` }, \
183 { `hkwd_bucket2usagep_ou1: p=$D1%XW` }, \
184 { `hkwd_bucket2usagep_ou2: p=$D1%XW` }, \
185 { `hkwd_addr2segidx_in: addr=$D1%XW` }, \
186 { `hkwd_addr2segidx_out1: sid=$D1%DW` }, \
187 { `hkwd_addr2segidx_out2: sid=$D1%DW` }, \
188 { `hkwd_addr2segidx_and_heap_in: addr=$D1%XW hp=$D2%XW` }, \
189 { `hkwd_addr2segidx_and_heap_out1: sid=$D1%DW` }, \
190 { `hkwd_addr2segidx_and_heap_out2: sid=$D1%DW` }, \
191 { `hkwd_kmem_search_in: p_netkmem=$D1%XW heap=$D2%DW size=$D3%DW cpu=$D4%DW` }, \
192 { `hkwd_kmem_search_out1: addr=$D1%XW` }, \
193 { `hkwd_kmem_search_out2: addr=$D1%XW` }, \
194 { `hkwd_start_netm_thread_in: srad=$D1%DW` }, \
195 { `hkwd_start_netm_thread_out1: rc=$D1%DW` }, \
196 { `hkwd_start_netm_thread_out2: rc=$D1%DW` }, \
197 { `hkwd_start_netm_thread_out3: rc=$D1%DW` }, \
198 { `hkwd_start_netm_thread_out4: rc=$D1%DW` }, \
199 { `hkwd_start_netm_thread_out5: rc=$D1%DW` }, \
200 { `netkmem_dr_handler_out12: rc=$D1%DW` }, \
201 { `netkmem_dr_handler_out13: rc=$D1%DW` }, \
202 { `netkmem_dr_handler_out14: rc=$D1%DW` }, \
203 { `netkmem_dr_handler_out15: rc=$D1%DW` }, \
204 { `netkmem_dr_handler_out16: rc=$D1%DW` }, \
205 { `netkmem_dr_handler_out17: rc=$D1%DW` }, \
206 { `log_police_event_out7` }, \
207 { `log_police_event_out8` }, \
208 { `log_police_event_out9` }, \
209 { `netkmem_dr_handler_out18` }, \
210 { `netkmem_dr_handler_out19` }, \
211 { `netkmem_dr_handler_out20` }, \
212 { `netkmem_dr_handler_out21` }, \
213 { `netkmem_dr_handler_out22` }, \
214 { `netkmem_dr_handler_out23` }, \
215 { `netkmem_dr_mem_removed: removed $D1%DW bytes` }, \
\* { unknown subhook }
38D 1.1 "@AIO: Asynchronous I/O" \
$HD%D1, \
1 { "AIO_CLOSE_HOOK1" pid=$D1 fd=$D2 }, \
2 { "AIO_CLOSE_HOOK2" pid=$D1 fd=$D2 }, \
3 { "REMDEV1" dev=$D1 }, \
4 { "REMDEV2" return }, \
5 { "REMDEV3" return }, \
6 { "FREEPOOL_INIT1" fp=$D1 size=$D2 low_count=$D3 sys_count=$D4 }, \
7 { "FREEPOOL_INIT2" return after loop count=$D1 }, \
8 { "AIO_INIT1" cmd=$D1 uiop=$D2 }, \
9 { "ARL_INIT" }, \
10 { "MOREDEVS" }, \
11 { "HKWD_KAIO_RDWR1" reqtype=$D1 fildes=$D2 ucbp=$D3 aio_type=$D4 }, \
12 { "HKWD_KAIO_RDWR2" return 0 }, \
13 { "HKWD_KAIO_RDWR64_1" reqtype=$D1 fildes=$D2 up32ucbp=$D3 lo32ucbp=$D4 aio_type=$D5 }, \
14 { "HKWD_KAIO_RDWR64_2" return 0 }, \
15 { "HKWD_UPDATE_UCB1" rp=$D1 errno=$D2 ret=$D3 }, \
16 { "HKWD_UPDATE_UCB2" return 0 }, \
17 { "HKWD_UPDATE_UCB3" return 0 }, \
18 { "HKWD_ARDWR1" fildes=$D1 rp=$D2 knotp=$D3 }, \
19 { "HKWD_ARDWR2" return 0 }, \
20 { "HKWD_GET_RUNPATH1" fp=$D1 devp=$D2 }, \
21 { "HKWD_GET_RUNPATH2" return AIO_KPROC }, \
22 { "HKWD_ARL_RDWR1" rp=$D1 devp=$D2 splbuf=$D3 }, \
23 { "HKWD_ARL_RDWR2" return 0 }, \
24 { "HKWD_IOSUSPEND1" cnt=$D1 aiocbpa=$D2 }, \
25 { "HKWD_IOSUSPEND2" rc=$D1 }, \
26 { "HKWD_IOSUSPEND64_1" cnt=$D1 upper32=$D2 lower32=$D3 }, \
27 { "HKWD_IOSUSPEND64_2" rc=$D1 }, \
28 { "HKWD_IOSUSPEND_COMMON1" cnt=$D1 cbpa=$D2 flags=$D3 }, \
29 { "HKWD_IOSUSPEND_COMMON2" return 0 }, \
30 { "HKWD_ACANCEL" }, \
31 { "HKWD_ACANCEL64_1" fildes=$D1 upper32=$D2 lower32=$D3 }, \
32 { "HKWD_ACANCEL64_2" rc=$D1 }, \
33 { "HKWD_LISTIO1" cmd=$D1 list=$D2 nent=$D3 eventp=$D4 }, \
34 { "HKWD_LISTIO2" return 0 }, \
35 { "HKWD_LISTIO64_1" cmd=$D1 up32cbp=$D2 lo32cbp=$D3 nent=$D4 up32evtp=$D5 }, \
36 { "HKWD_LISTIO64_2" return 0 }, \
37 { "HKWD_VALID_LIO1" cmd=$D1 nent=$D2 }, \
38 { "HKWD_VALID_LIO2" return 0 }, \
39 { "HKWD_QLIOREQ1" cmd=$D1 lcbp=$D2 nent=$D3 lkpp=$D4 asynciop=$D5 }, \
40 { "HKWD_QLIOREQ2" return 0 }, \
41 { "HKWD_QLIOREQ3" fatal error rc=$D1 }, \
42 { "HKWD_LIOWAIT1" lkp=$D1 }, \
43 { "HKWD_LIOWAIT2" return 0 }, \
44 { "HKWD_LIOWAIT3" return EINTR }, \
45 { "HKWD_LIODONE1" lcbp=$D1 flags=$D2 }, \
46 { "HKWD_LIODONE2" ret=$D1 }, \
47 { "HKWD_INIT_LIOREQ1" cmd=$D1 rpp=$D2 lcbp=$D3 asynciop=$D4 flags=$D5 }, \
48 { "HKWD_INIT_LIOREQ2" return 0 }, \
49 { "HKWD_KAIO_STATS" buf=$D1 len=$D2 }, \
50 { "HKWD_AIO_NWAIT1" cnt=$D1 nwait=$D2 uaiocbpa=$D3 }, \
51 { "HKWD_AIO_NWAIT2" rc=$D1 }, \
52 { "HKWD_CHKBUF1" rp=$D1 }, \
53 { "HKWD_CHKBUF2" return 1 }, \
54 { "HKWD_AIOCB32_RESHAPE" cb32p=$D1 cbp=$D2 }, \
55 { "HKWD_LIOCB32_RESHAPE" liocb32p=$D1 liocbp=$D2 }, \
56 { "HKWD_ENSURE_P_ASYNCIO1" called }, \
57 { "HKWD_ENSURE_P_ASYNCIO2" p_pp_asyncp=$D1 }, \
58 { "HKWD_ENSURE_P_ASYNCIO3" p_pp_asyncp=$D1 }, \
59 { "HKWD_UCB2KCB" ucbp=$D1 kcbp=$D2 }, \
60 { "HKWD_KCB2UCB" kcbp=$D1 ucbp=$D2 }, \
61 { "HKWD_KCB2UCB_32" kcbp=$D1 ucbp=$D2 }, \
62 { "HKWD_ARL_IODONE1" bufp=$D1 }, \
63 { "HKWD_ARL_IODONE2" return }, \
64 { "HKWD_FETCHBUFS1" rp=$D1 }, \
65 { "HKWD_FETCHBUFS2" abp=$D1 }, \
66 { "HKWD_CHECK_SUSPENDER1" rp=$D1 }, \
67 { "HKWD_CHECK_SUSPENDER2" }, \
68 { "HKWD_CREAT_SUSPENDER1" pid=$D1 tid=$D2 susp_tid=$D3 gen=$D4 asyncp=$D5 }, \
69 { "HKWD_CREAT_SUSPENDER2" susp=$D1 }, \
70 { "HKWD_REMOVE_SUSPENDER1" susp=$D1 asyncp=$D2 }, \
71 { "HKWD_REMOVE_SUSPENDER2" return }, \
72 { "HKWD_ARL_SUSPENDER1" susp=$D1 aiocbp=$D2 pid=$D3 tid=$D4 asyncp=$D5 }, \
73 { "HKWD_ARL_SUSPENDER2" return }, \
74 { "HKWD_CREATE_KNOT1" asynciop=$D1 cmd=$D2 nent=$D3 }, \
75 { "HKWD_CREATE_KNOT2" lkp=$D1 }, \
76 { "HKWD_UNTIE_KNOT1" lkpp=$D1 num=$D2 }, \
77 { "HKWD_UNTIE_KNOT2" return 1 }, \
78 { "HKWD_UNTIE_KNOT3" return 0 }, \
79 { "HKWD_SLIP_KNOT1" lkp=$D1 }, \
80 { "HKWD_SLIP_KNOT2" knot found }, \
81 { "HKWD_SLIP_KNOT3" knot NOT found }, \
82 { "HKWD_CHECK_KNOT1" rp=$D1 }, \
83 { "HKWD_CHECK_KNOT2" return }, \
84 { "HKWD_CHECK_KNOT3" return }, \
85 { "HKWD_DESTROY_KNOT" lkp=$D1 }, \
86 { "HKWD_RELEASEREQ" rp=$D1 }, \
87 { "HKWD_AIO_NWAIT_PINNED1" cnt=$D1 nwait=$D2 aiocbpa=$D3 asyncp=$D4 }, \
88 { "HKWD_AIO_NWAIT_PINNED2 return" error=$D1 done=$D2 }, \
89 { "HKWD_ASYNCIO_CLEANUP1" asyncp=$D1 }, \
90 { "HKWD_ASYNCIO_CLEANUP2 second pass return" }, \
91 { "HKWD_ASYNCIO_CLEANUP3 done" }, \
92 { "HKWD_AIO_POST" asyncp=$D1 }, \
93 { "HKWD_AIO_GETKRAD" }, \
94 { "HKWD_FREEPOOL_ENQUE" fp=$D1 buf=$D2 }, \
95 { "HKWD_FREEPOOL_GET1" fp=$D1 }, \
96 { "HKWD_FREEPOOL_GET2" rp=$D1 }, \
97 { "HKWD_FREEPOOL_GET3" rp=$D1 }, \
98 { "HKWD_FREEPOOL_PUT1" fp=$D1 buf=$D2 }, \
99 { "HKWD_FREEPOOL_PUT2 return" }, \
100 { "HKWD_FREEPOOL_SHRINK" pkp=$D1 }, \
101 { "HKWD_SERVER_MAIN1" data=$D1 spp=$D2 plen=$D3 }, \
102 { "HKWD_SERVER_MAIN2 return" }, \
103 { "HKWD_DO_REQUESTS1" sp=$D1 }, \
104 { "HKWD_DO_REQUESTS2 return 1" }, \
105 { "HKWD_RW_REQUEST1" rp=$D1 kfp=$D2 }, \
106 { "HKWD_RW_REQUEST2 return" }, \
107 { "HKWD_RW_REQUEST3 done" }, \
108 { "HKWD_FIND_QUEUE1" fp=$D1 }, \
109 { "HKWD_FIND_QUEUE2" qtabp=$D1 }, \
110 { "HKWD_ADD_REQUEST1" rp=$D1 }, \
111 { "HKWD_ADD_REQUEST2" s_tid=$D1 }, \
112 { "HKWD_GET_REQUEST1" qp=$D1 }, \
113 { "HKWD_GET_REQUEST2" rp=$D1 prio=$D2 count=$D3}, \
114 { "HKWD_GET_REQUEST3 return NULL" }, \
115 { "HKWD_DELETE_REQUEST" rp=$D1 qp=$D2 }, \
116 { "HKWD_FIND_REQUEST1" qp=$D1 cbp=$D2 pid=$D3 tid=$D4 }, \
117 { "HKWD_FIND_REQUEST2" rp=$D1 }, \
118 { "HKWD_FIND_REQUEST3" rp=$D1 }, \
119 { "HKWD_FIND_REQUEST4 return NULL" }, \
120 { "HKWD_CANCEL_REQUEST" pid=$D1 tid=$D2 fp=$D3 cbp=$D4 qp=$D5 }, \
121 { "HKWD_CANCEL_FD1" pid=$D1 fp=$D2 fd=$D3 block=$D4 }, \
122 { "HKWD_CANCEL_FD2" rc=$D1 }, \
123 { "HKWD_NEW_SERVER1" }, \
124 { "HKWD_NEW_SERVER2" sp=$D1 }, \
125 { "HKWD_GET_FREE_SERVER1" qp=$D1 }, \
126 { "HKWD_GET_FREE_SERVER2" s_tid=$D1 }, \
127 { "HKWD_FIND_WORK" }, \
128 { "HKWD_SUSPEND_SET1" cnt=$D1 cbpa=$D2 pid=$D3 tid=$D4 susp=$D5 }, \
129 { "HKWD_SUSPEND_SET2" rc=$D1 }, \
130 { "HKWD_SUSPEND_IT1" cbpu=$D1 cbpl=$D2 tid=$D3 susp=$D4 asynciop=$D5 }, \
131 { "HKWD_SUSPEND_IT2 return" SSOK=$D1 }, \
132 { "HKWD_ADD_REQUEST3" rp=$D1 prio=$D2 s_tid=$D3 count=$D4}, \
133 { `AIO control: opt = $D2, cmd = $D3, value = $D4, rc = $D1` }, \
134 { `AIO suspend: cnt = $D2, aiocbplist = $D3, flags = $D4, rc = $D1` }, \
135 { `AIO cancel: f_data = $D2, aiocbp = ` W3 int64()`, rc = $D1` }, \
136 { `AIO wait: cnt = $D2, nwait = $D3, rc = $D1` }, \
137 { `AIO sync: f_data = $D2, op = $D3, rc = $D1` }, \
138 { `AIO ardwr: frw = $D1, f_data = $D2, offset = ` W4 int64()`, length = $D3` }, \
139 { `AIO kproc req: rw = $D1, f_data = $D2, offset = ` W4 int64() `, length = $D3` }, \
140 { `AIO kproc error: f_data = $D2, rc = $D1` }, \
141 { `AIO fast path devstrat: bp = $D1, f_data = $D2, lv blk = $D3, bcount = $D4` }, \
142 { `AIO fast path iodone: bp = $D1, fp = $D2, b_flags = $D3` }
38E 1.0 "SISADD" \
$DD1
38F 1.0 "DYNAMIC RECONFIG:" \
$HD%D1, \
1 { "Dr_register: DR Operation:" $D1%XW FORCE Option: $D2 }, \
2 { "Register_dr_event: DR Operation:" $D1 }, \
3 { "Dr_notify: DR Phase:" $D1 Flags: $D2 Timeout in secs: $D3 Input: $D4%XW }, \
4 { "Dr_unregister: Unregistering DR operation" }, \
5 { "Unregister_dr_event: DR Operation:" $D1 }, \
6 { "Dr_reconfig: Flags:" $D1 DR Info: $D2%XW DR Operation: $D3 DR Phase: $D4 }, \
20 { "Reconfig_register: handler:" $D1%XW actions: $D2 h_arg: $D3%XW }, \
21 { "Reconfig_register: handler id:" $D1 name: $D2%A16.16 }, \
22 { "Reconfig_unregister: handler id:" $D1 }, \
23 { "Reconfig_unregister: handler name:" $D1%A16.16 }, \
24 { "Reconfig_complete: handler:" $D1%XW Status: $D2 }, \
25 { "Reconfig_complete: handler name:" $D1%A16.16 }, \
26 { "Reconfig_complete: handlers still waiting for:" $D1 }, \
40 { "Invoke Reconfig Handlers: action:" $D1 }, \
41 { "Invoke Reconfig Handlers: Number of reconfig handlers waiting for:" $D1 }, \
42 { "Invoke Reconfig Handlers: All reconfig handlers completed, Status:" $D1 }, \
43 { "Invoke Reconfig Handlers: handler:" $D1%XW rc: $D2 time in ns: $D3%XW }, \
50 { "Call MPC remove handler" $CPUID }, \
51 { "Call MPC freeze handler" $CPUID }, \
60 { "dr_send_signal: Posting signal ("$D1") to all processes catching" }, \
61 { "dr_send_signal: Number of processes posted:" $D1 }, \
62 { "dr_send_signal: Number of unacknowledged signals:" $D1 }, \
63 { "dr_send_signal: Sent to process ID:" $D1 Name: $D2 }, \
64 { "dr_ack_signal: Ack from process ID:" $D1 Name: $D2 }, \
70 { "get_user_data: DR Operation:" $D1%XW input data: $D2%XW }, \
71 { "dr_callout: DR Callout index:" $D1 DR Phase: $D2 }, \
72 { "validate_phase: Current Phase:" $D1 Requested Phase: $D2 Flags: $D3 }, \
73 { "Validate_notify: DR Phase:" $D1 Flags: $D2 }, \
74 { "Run_notify: Perform DR Check/Pre/Post/Posterror Phases" }, \
75 { "Kernel_notify: Perform DR Kernel Phase" }, \
76 { "Clearing DR Kernel Data..." }, \
90 { "HA_proc: Checking with Kernel for BAD CPU: Input:" $D1 Event: $D2%XW Retry: $D3%XW }, \
91 { "HA_proc: Found a BAD cpu: Logical cpu id:" $D1 }, \
92 { "HA_proc: Status of CPU Guard operation: Logical cpu id:" $D1 Status: $D2 }, \
93 { "migrate_watchdogs: From LCPU:" $D1 To LCPU: $D2 }, \
94 { "ha_memorize: Sending SIGCPUFAIL to Init process: LCPU:" $D1 Physid: $D2 }, \
95 { "migrate_watchdogs_failed: From LCPU:" $D1 To LCPU: $D2 }, \
98 { "DR_numa_reg_sysrad: asso n_ele:" $D1 }, \
99 { "DR_numa_reg_sysrad_aff: asso list:" $D1 $D2 $D3 $D4 $D5 }, \
100 { "Addcpu_validate: DR Phase:" $D1 Input: $D2%XW }, \
101 { "Addcpu_pre: Logical CPU coming online:" $D1 }, \
102 { "Addcpu_cleanup: Logical CPU going offline:" $D1 }, \
103 { "Addcpu_doit: Logical CPU:" $D1 Physical ID: $D2 }, \
104 { "Start_bs_proc: Starting a new cpu: Physical ID:" $D1 Gserver: $D2%XW Server: $D3%XW }, \
105 { "Main_bs_proc: Initializing the new CPU..." }, \
106 { "Main_bs_proc: Initializing the VMM..." }, \
107 { "Updating System Topology..." }, \
108 { "Initializing/Rerouting the Interrupts... From Physical CPU:" $D1 To Physical CPU: $D2 Phase: $D3 Flags: $D3 }, \
109 { "DR_numa_unreg_sysrad: CPU:" $D1 asso n_ele: $D2 }, \
110 { "DR_numa_unreg_sysrad_aff: asso list:" $D1 $D2 $D3 $D4 $D5 }, \
111 { "Acu_doit: accelerator type:" $D1 credit units $D2 }, \
120 { "Rm_attachments: Notify BOUND Processes: Action:" $D1 Kthread: $D2 Bind"/"Attach: $D3 }, \
121 { "Migrating all PROCESSOR_CLASS_ANY work from the cpu being removed " }, \
122 { "DR: Stopping logical CPU:" $D1 }, \
123 { "Move_threads: Moving threads from logical cpu" $D1 to $D2 }, \
124 { "Rmcpu_validate: DR Phase:" $D1 CPU id: $D2 CPU Type: $D3 }, \
125 { "Rmcpu_pre: DR Phase:" $D1 Logical CPU id: $D2 }, \
126 { "Rmcpu_doit: DR Phase:" $D1 CPU Guard Operation: $D2 }, \
127 { "Rmcpu_cleanup: DR Phase:" $D1 Logical CPU: $D2 }, \
128 { "Rmcpu_doit: Controlling LCPU:" $D1 Highest Bind cpuid: $D2 }, \
129 { "Rmcpu_doit: Invoke HA Handlers... " }, \
130 { "Rmcpu_doit: Disable Decrementer... " }, \
131 { "Rmcpu_doit: Enable Decrementer... " }, \
132 { "Rmcpu_doit: New Master logical CPU:" $D1 }, \
133 { "Rmcpu_doit: DR CPU Removal: CPU Guard:" $D1 Status: $D2 }, \
134 { "DR: Reset Node Master CPU:" $D1 Node Master CPU: $D3 }, \
140 { "Sparecpu_doit: dummy ppda index:" $D1 }, \
141 { "sparecpu_validate: DR Phase:" $D1 Input: $D2%XW }, \
142 { "sparecpu_doit: DR CPU Spare Operation: failing physical cpuid:" $D1 Spare physical cpuid: $D2 }, \
143 { "sparecpu_doit: Starting the spare cpu: physid:" $D1 Gserver: $D2 Server: $D3 }, \
144 { "sparecpu_doit: CPU Sparing Success! Physical Cpuid:" $D1 }, \
145 { "sparecpu_doit: Failing/BAD CPU (physid:" $D1") Stopped" }, \
150 { "PMIG_PHIB: start pre: Phase" $D1 Op_type $D2 }, \
151 { "PMIG_PHIB: end pre: Phase" $D1 Op_type $D2 }, \
152 { "PMIG_PHIB: start post: Phase" $D1 Op_type $D2 }, \
153 { "PMIG_PHIB: end post: Phase" $D1 Op_type $D2 }, \
154 { "PMIG_PHIB: start validate: Phase" $D1 StreamID: %D2%XW DestinationID: $D3 }, \
155 { "PMIG_PHIB: end validate: Phase" $D1 StreamID: %D2%XW DestinationID: $D3 }, \
156 { "PMIG_PHIB: start doit: Phase" $D1 Op_type $D2 }, \
157 { "PMIG_PHIB: end doit: Phase" $D1 Op_type $D2 }, \
158 { "PMIG_PHIB: completion status:" $D2 }, \
160 { "AFFINITY_UPDATE: start validate: Phase" $D1 kdata: $D2 }, \
161 { "AFFINITY_UPDATE: input ref pnts: SMP" $D1 REF1: $D2 MCM: $D3 L2C: $D4 PCORE: $D5 }, \
162 { "AFFINITY_UPDATE: input max assoc array:" $D1 $D2 $D3 $D4 $D5 }, \
163 { "AFFINITY_UPDATE: end validate: Data:" $D1 Numcpus $D2 }, \
164 { "AFFINITY_UPDATE: input cpu affinity: Data:" $D1 }, \
165 { "Invoke Reconfig Handlers Dis: action:" $D1 }, \
166 { "Invoke Reconfig Handlers Dis: Number of reconfig handlers waiting for:" $D1 }, \
167 { "Invoke Reconfig Handlers Dis: All reconfig handlers completed, Status:" $D1 }
390 1.0 "SISRAID" \
$DD1
393 1.0 "@LVM NON-I/O EVENTS" \
$HD%D2, \
1 { `LVM cfg: dev=$D1 cmd=$D2%DW` },\
2 { `LVM sa_strt: dev=$D1 flags=$D2 sa_spin_type=$D3 sa_pend_type= $D4 line=$D5%DW` },\
3 { `LVM sa_cont: current_type=$D1 pend_type=$D2 pend_to_act_type=$D3 pend_stop_pos=$D4 line=$D5%DW` },\
4 { `LVM sa_wrt: buf_resid=$D1 b_baddr=$D2 b_bcount=$D3 line=$D4%DW` },\
5 { `LVM sa_iodone: lb=$D1 b_flags=$D2 line=$D3%DW` },\
6 { `LVM vgsa_dio: sa_wrt_start=$D1 sa_wrt_end=$D2 pv_index=$D3 line=$D4%DW` },\
7 { `LVM vgsa_dio_end: dev=$D1 flags=$D2 pvstate=$D3 line=$D4%DW` },\
8 { `LVM sa_whladv: current_type=$D1 current_position=$D2 pend_to_act_type=$D3 pend_stop_pos=$D4 line=$D5%DW` },\
9 { `LVM sa_rtn: `devtoname($D1) `pb.b_dev=$D1` \
`pb.b_blkno=$D2` \
"\n " `pb.b_error=$D3` \
`pb.b_flags=$D4 pb_lbuf=$D5` },\
10 { `LVM sa_config: `devtoname($D1) `type=$D2 vg flags=$D3` },\
11 { `LVM sa_gs_read: buf_resid=$D1 b_baddr=$D2 b_bcount=$D3 line=$D4%DW` },\
12 { `LVM sa_gs_iodone: lb=$D1 b_flags=$D2 line=$D3%DW` },\
13 { `LVM retry_dmn_s: line=$D1%DW` },\
14 { `LVM retry_dmn_e: line=$D1%DW` },\
15 { `LVM retry_q_add: pb=$D1 pv=$D2 caller=$D3 line=$D4%DW` },\
16 { `LVM retry_q_remove: pb=$D1 pv=$D2 caller=$D3 line=$D4%DW` },\
17 { `LVM dmn_retry: pv=$D1 pb=$D2 retry_count=$D3 caller=$D4 line=$D5%DW` },\
18 { `LVM io_retry: pv=$D1 pb=$D2 caller=$D3 caller2=$D4 line=$D5%DW` },\
19 { `LVM rclm_range: pv_num=$D1 first_pp=$D2 first_start=$D3 nreclaim=$D4 ninflight=$D5` },\
20 { `LVM rclm_iodone: dev=$D1 blkno=$D2 bcount=$D3 error=$D4 resid=$D5` },\
21 { `LVM rclm_entry: d1=$D1 d2=$D2 d3=$D3 d4=$D4 line=$D5` },\
22 { `LVM rclm_entry3: d1=$D1 d2=$D2 line=$D3` },\
23 { `LVM rclm_exit: d1=$D1 d2=$D2 d3=$D3 rc=$D4 line=$D5` },\
24 { `LVM rclm_exit2: rc=$D1 line=$D2` },\
25 { `LVM rclm_general: d1=$D1 d2=$D2 d3=$D3 d4=$D4 line=$D5` },\
\* { `LVM subhook=$HD%DW: d1=$D1 d2=$D2 d3=$D3 d4=$D4 d5=$D5` }
3A5 1.0 "atmsock" \
{{ \
atmaddr(addr) \
{{ $addr }} \
$addr, \
0xBADFCA11 { $addr }, \
\* { \
{{ $z1 = $addr%W24.31 }} \
{{ $z2 = $addr%W16.23 }} \
{{ $z3 = $addr%W8.15 }} \
{{ $z4 = $addr%W0.7 }} \
setdelim(0) \
$z1%X1"."$z2%X1"."$z3%X1"."$z4%X1 \
setdelim(1) \
} \
}} \
$HD%D1, \
01 {`netattac so $D1%XW pcb $D2%XW`}, \
02 {`bind so $D1%XW pcb $D2%XW ndd $S4 reg_id $D4%XW`}, \
03 {`addr` atmaddr($D1)`.`atmaddr($D2)`.`atmaddr($D3)`.`atmaddr($D4)`.`atmaddr($D5)}, \
04 {`listen so $D1%XW pcb $D2%XW`}, \
05 {`connpvc so $D1%XW pcb $D2%XW reg_id $D3%XW vpi $D4%XW vci $D5%XW `}, \
06 {`connsvc so $D1%XW pcb $D2%XW reg_id $D3%XW`}, \
07 {`accept so $D1%XW pcb $D2%XW ndd $S4 reg_id $D3%XW`}, \
08 {`disc so $D1%XW pcb $D2%XW handle $D3%XW cause $D4%XW`}, \
09 {`detach so $D1%XW pcb $D2%XW`}, \
10 {`abort so $D1%XW pcb $D2%XW`}, \
11 {`connerr so $D1%XW pcb $D2%XW handle $D3%XW`}, \
12 {`calldisc so $D1%XW pcb $D2%XW handle $D3%XW`}, \
13 {`shut so $D1%XW pcb $D2%XW handle $D3%XW`}, \
14 {`indentry user_id $D1%XW ind_ie_p $D2%XW`}, \
15 {`indexit sn $D1%XW pcn $D2%XW`}, \
16 {`callack so $D1%XW pcb $D2%XW`}, \
17 {`addfill so $D1%XW pcb $D2%XW handle $D3%XW`}, \
18 {`adderr so $D1%XW pcb $D2%XW handle $D3%XW`}, \
19 {`delfill so $D1%XW pcb $D2%XW handle $D3%XW`}, \
20 {`svcreg so $D1%XW pcb $D2%XW reg_id $D3%XW`}, \
21 {`svcdereg so $D1%XW pcb $D2%XW reg_id $D3%XW`}, \
22 {`svcerr so $D1%XW pcb $D2%XW reg_id $D3%XW`}, \
23 {`netfree pcb $D1%XW`}, \
24 {`callacc so $D1%XW pcb $D2%XW`}, \
25 {`wrk so $D1%XW pcb $D2%XW`}, \
26 {`allocp so $D1%XW pcb $D2%XW allocp $D3%XW`}, \
27 {`allocfre so $D1%XW pcb $D2%XW allocp $D3%XW`}, \
28 {`pcbenq pcb $D1%XW` $D2, 0x10 "CONNECT", \
0x20 "LISTEN", \
0x40 "ACCEPT" }, \
29 {`pcbdeq pcb $D1%XW` $D2, 0x10 "CONNECT", \
0x20 "LISTEN", \
0x40 "ACCEPT" }, \
30 {`listq pcb $D1%XW`}, \
31 {`regreg so $D1%XW pcb $D2%XW reg_id $D3%XW`}, \
32 {`regdereg so $D1%XW pcb $D2%XW reg_id $D3%XW`}, \
33 {`regerr so $D1%XW pcb $D2%XW reg_id $D3%XW`}, \
34 {`reglis pcb $D1%XW`}, \
35 {`kill so $D1%XW pcb $D2%XW handle $D3%XW`}, \
36 {`fvtstart $D1%DW---------------------------------------`}, \
37 {`fvtfinish $D1%DW---------------------------------------`}, \
38 {`rcventry so $D1%XW pcb $D2%XW length $D3%XW`}, \
39 {`rcvexit so $D1%XW pcb $D2%XW`}, \
40 {`sndentry so $D1%XW pcb $D2%XW length $D3%XW`}, \
41 {`sndexit so $D1%XW pcb $D2%XW`}, \
\* {"unknown atmsock subhook " $HD }
3B7 1.2 L=APPL "SECURITY:" O2.0 \
$HD%UW, \
10 { `getconfattr: `$HOOKENV, '64' {O4}`sys=A4.4 ` $HOOKENV, '64' {O4}`atnam=A4.4 type=UW`}, \
11 { `getconfattr FAIL: `$HOOKENV, '64' {O4}`sys=A4.4 `$HOOKENV, '64' {O4}`atnam=A4.4 type=UW errno=EW`}, \
12 { `getconfattr succ: `$HOOKENV, '64' {O4}`sys=A4.4 `$HOOKENV, '64' {O4}`atnam=A4.4 type=UW rc=UW errno=EW`}, \
20 { `getgroupattr: group=` $HOOKENV, '64' {O4}A4.4""$HOOKENV, '64' {O4}` atnam=A4.4 type=UW`}, \
21 { `getgroupattr FAIL: `$HOOKENV, '64' {O4}`group=A4.4 `$HOOKENV, '64' {O4}`atnam=A4.4 type=UW errno=EW`}, \
22 { `getgroupattr succ: `$HOOKENV, '64' {O4}`group=A4.4 `$HOOKENV, '64' {O4}`atnam=A4.4 type=UW`}, \
30 { `putgroupattr: group=` $HOOKENV, '64' {O4}A4.4""$HOOKENV, '64' {O4}` atnam=A4.4 type=UW`}, \
31 { `putgroupattr FAIL: `$HOOKENV, '64' {O4}`group=A4.4 `$HOOKENV, '64' {O4}`atnam=A4.4 type=UW errno=EW`}, \
32 { `putgroupattr succ: `$HOOKENV, '64' {O4}`group=A4.4 `$HOOKENV, '64' {O4}`atnam=A4.4 type=UW`}, \
40 { `IDtogroup: id=UW`}, \
41 { `IDtogroup FAIL: id=UW errno=EW`}, \
42 { `IDtogroup succ: id=UW name=` $HOOKENV, '64' {O4}A4.4}, \
50 { `grouptoID: name=` $HOOKENV, '64' {O4}A4.4}, \
51 { `grouptoID FAIL: `$HOOKENV, '64' {O4}`name=A4.4 errno=EW`}, \
52 { `grouptoID succ: `$HOOKENV, '64' {O4}`name=A4.4 id=UW`}, \
60 { `IDtouser: id=UW`}, \
61 { `IDtouser FAIL: id=UW errno=EW rc=UW`}, \
62 { `IDtouser succ: id=UW user=` $HOOKENV, '64' {O4}A4.4}, \
70 { `getuserattr: user=` $HOOKENV, '64' {O4} A4.4""$HOOKENV, '64' {O4} ` atnam=A4.4 type=UW`},\
71 { `getuserattr FAIL: `$HOOKENV, '64' {O4}`user=A4.4 `$HOOKENV, '64' {O4}`atnam=A4.4 type=UW errno=EW`}, \
72 { `getuserattr succ: `$HOOKENV, '64' {O4} `user=A4.4 ` $HOOKENV, '64' {O4} `atnam=A4.4 type=UW`}, \
80 { `putuserattr: user=` $HOOKENV, '64' {O4}A4.4""$HOOKENV, '64' {O4}` atnam=A4.4 type=UW`}, \
81 { `putuserattr FAIL: `$HOOKENV, '64' {O4}`user=A4.4 `$HOOKENV, '64' {O4}`atnam=A4.4 type=UW errno=EW`}, \
82 { `putuserattr ret: `$HOOKENV, '64' {O4}`user=A4.4 `$HOOKENV, '64' {O4}`atnam=A4.4 type=UW errno=EW rc=UW`}, \
90 { `getuserpw: user=` $HOOKENV, '64' {O4}A4.4}, \
91 { `getuserpw FAIL: `$HOOKENV, '64' {O4}`user=A4.4 errno=EW`}, \
92 { `getuserpw succ: `$HOOKENV, '64' {O4}`user=A4.4`}, \
100 { `putuserpw: user=` $HOOKENV, '64' {O4}A4.4}, \
101 { `putuserpw FAIL: `$HOOKENV, '64' {O4}`user=A4.4 errno=EW`}, \
102 { `putuserpw succ: `$HOOKENV, '64' {O4}`user=A4.4`}, \
110 { `getgenericattr: `$HOOKENV, '64' {O4}`file=A4.4 `$HOOKENV, '64' {O4}`stanza=A4.4 `$HOOKENV, '64' {O4}`atnam=A4.4 type=UW`}, \
111 { `getgenericattr FAIL: `$HOOKENV, '64' {O4}`file=A4.4 `$HOOKENV, '64' {O4}`stanza=A4.4 type=UW errno=EW`}, \
112 { `getgenericattr ret: `$HOOKENV, '64' {O4}`file=A4.4 `$HOOKENV, '64' {O4}`stnza=A4.4 typ=UW rc=UW er=EW`}, \
120 { `putgenericattr: `$HOOKENV, '64' {O4}`file=A4.4 `$HOOKENV, '64' {O4}`stanza=A4.4 `$HOOKENV, '64' {O4}`atnam=A4.4 type=UW`}, \
121 { `putgenericattr FAIL: `$HOOKENV, '64' {O4}`file=A4.4 `$HOOKENV, '64' {O4}`stanza=A4.4 type=UW errno=EW`}, \
122 { `putgenericattr ret: `$HOOKENV, '64' {O4}`file=A4.4 `$HOOKENV, '64' {O4}`stnza=A4.4 typ=UW rc=UW er=EW`}, \
130 { `getpenv: which=UW`}, \
131 { `getpenv FAIL: which=UW errno=EW`}, \
132 { `getpenv succ: which=UW`}, \
140 { `setpenv: user=` $HOOKENV, '64' {O4}A4.4""$HOOKENV, '64' {O4}` mode=UW cmd=A4.4`}, \
141 { `setpenv FAIL: `$HOOKENV, '64' {O4}`user=A4.4 mode=UW `$HOOKENV, '64' {O4}`cmd=A4.4 errno=EW`}, \
142 { `setpenv execve: `$HOOKENV, '64' {O4}`user=A4.4 mode=UW `$HOOKENV, '64' {O4}`cmd=A4.4`}, \
150 { `setpcred: `$HOOKENV, '64' {O4}`user=A4.4`}, \
151 { `setpcred FAIL: `$HOOKENV, '64' {O4}`user=A4.4 errno=EW`}, \
152 { `setpcred succ: `$HOOKENV, '64' {O4}`user=A4.4`}, \
160 { `getpcred: which=UW`}, \
161 { `getpcred FAIL: which=UW errno=EW`}, \
162 { `getpcred succ: which=UW`}, \
170 { `authenticate: `$HOOKENV, '64' {O4}`u=A4.4 `$HOOKENV, '64' {O4}`AUTHST=A4.4 ST=UW `$HOOKENV, '64' {O4}`FNAME=A4.4 `$HOOKENV, '64' {O4}`GRAM=A4.4`}, \
171 { `authenticate END: `$HOOKENV, '64' {O4}`u=A4.4 `$HOOKENV, '64' {O4}`AUTHST=A4.4 ST=UW `$HOOKENV, '64' {O4}`GRAM=A4.4 rc=UW`}, \
172 { `authenticate CONT: `$HOOKENV, '64' {O4}`u=A4.4 `$HOOKENV, '64' {O4}`AUTHST=A4.4 STATE=UW `$HOOKENV, '64' {O4}`GRAMMAR=A4.4`}, \
173 { `authenticate grammar: `$HOOKENV, '64' {O4}`u=A4.4 `$HOOKENV, '64' {O4}`AUTHST=A4.4 ST=UW `$HOOKENV, '64' {O4}`GRAMMAR=A4.4`}, \
180 { `getpwnam_r: `$HOOKENV, '64' {O4}`name=A4.4 `$HOOKENV, '64' {O4}`line=A4.4 line_len=UW`}, \
181 { `getpwnam_r exit: `$HOOKENV, '64' {O4}`name=A4.4 `$HOOKENV, '64' {O4}`line=A4.4 rc=UW errno=EW`}, \
190 { `getpwuid_r: uid=UW `$HOOKENV, '64' {O4}`line=A4.4 line_len=UW`}, \
191 { `getpwuid_r exit: uid=UW `$HOOKENV, '64' {O4}`line=A4.4 rc=UW errno=EW`}, \
200 { `getpwent_r: `$HOOKENV, '64' {O4}`line=A4.4 line_len=UW`}, \
201 { `getpwent_r exit: `$HOOKENV, '64' {O4}`line=A4.4 rc=UW errno=EW`}, \
210 { `getgrnam_r: `$HOOKENV, '64' {O4}`nam=A4.4 `$HOOKENV, '64' {O4}`line=A4.4 line_len=UW`}, \
211 { `getgrnam_r exit: `$HOOKENV, '64' {O4}`nam=A4.4 `$HOOKENV, '64' {O4}`line=A4.4 rc=UW errno=EW`}, \
220 { `getgrgid_r: gid=UW `$HOOKENV, '64' {O4}`line=A4.4 line_len=UW`}, \
221 { `getgrgid_r exit: gid=UW `$HOOKENV, '64' {O4}`line=A4.4 rc=UW errno=EW`}, \
230 { `getgrent_r: `$HOOKENV, '64' {O4}`line=A4.4 line_len=UW`}, \
231 { `getgrent_r exit: `$HOOKENV, '64' {O4}`line=A4.4 rc=UW errno=EW`}, \
244 { "pkim_query_versions: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
245 { "pkim_query_versions FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
246 { "pkim_query_versions succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
247 { "pkim_error_moduletext: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
248 { "pkim_error_moduletext FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
249 { "pkim_error_moduletext succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
250 { "pkim_list_build: appServiceList=" $HOOKENV, '32' { A4 }, '64' { A8 } }, \
251 { "pkim_list_build FAIL: appServiceList=" $HOOKENV, '32' { A4 }, '64' { A8 } ` rc=DW`}, \
252 { "pkim_list_build succ: appServiceList=" $HOOKENV, '32' { A4 }, '64' { A8 } }, \
253 { "pkim_list_free: appServiceList=" $HOOKENV, '32' { A4 }, '64' { A8 } }, \
255 { "pkim_list_free exit: appServiceList=" $HOOKENV, '32' { A4 }, '64' { A8 } }, \
256 { "pkim_list_loadservice: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
257 { "pkim_list_loadservice FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
258 { "pkim_list_loadservice succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
260 { "pkim_cert_create: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
261 { "pkim_cert_create FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
262 { "pkim_cert_create succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
263 { "pkim_cert_revoke: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
264 { "pkim_cert_revoke FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
265 { "pkim_cert_revoke succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
266 { "pkim_cert_verify: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
267 { "pkim_cert_verify FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
268 { "pkim_cert_verify succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
269 { "pkim_keystore_chpasswd: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
270 { "pkim_keystore_chpasswd FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
271 { "pkim_keystore_chpasswd succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
272 { "pkim_keystore_passwdrules: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
273 { "pkim_keystore_passwdrules FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
274 { "pkim_keystore_passwdrules succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
275 { "pkim_keystore_vrfypasswd: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
276 { "pkim_keystore_vrfypasswd FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
277 { "pkim_keystore_vrfypasswd succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
278 { "pkim_keystore_cpobjects: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
279 { "pkim_keystore_cpobjects FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
280 { "pkim_keystore_cpobjects succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
281 { "pkim_keystore_lsobjects: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
282 { "pkim_keystore_lsobjects FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
283 { "pkim_keystore_lsobjects succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
284 { "pkim_keystore_rmobjects: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
285 { "pkim_keystore_rmobjects FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
286 { "pkim_keystore_rmobjects succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
287 { "pkim_user_create: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
288 { "pkim_user_create FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
289 { "pkim_user_create succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
290 { "pkim_user_disable: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
291 { "pkim_user_disable FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
292 { "pkim_user_disable succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
293 { "pkim_query_methods: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
294 { "pkim_query_methods FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
295 { "pkim_query_methods succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
296 { "pkim_ctrl_cleanup: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
297 { "pkim_ctrl_cleanup FAIL: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } ` rc=DW`}, \
298 { "pkim_ctrl_cleanup succ: srvname=" $HOOKENV, '32' { A8 }, '64' { A16 } }, \
300 { "pkit_trace_entry: function=" $HOOKENV, '32' { A8 }, '64' { A16 } ` line=DW`}, \
301 { "pkit_trace_entry info:" ` a=DW b=DW c=DW d=DW`}, \
302 { "pkit_trace_entry FAIL: function=" $HOOKENV, '32' { A8 }, '64' { A16 } ` line=DW errcode=DW`}, \
303 { "pkit_trace_entry succ: function=" $HOOKENV, '32' { A8 }, '64' { A16 } ` line=DW`}, \
304 { "pkil_trace_entry: function=" $HOOKENV, '32' { A8 }, '64' { A16 } ` line=DW`}, \
305 { "pkil_trace_entry info:" ` rc=DW errno=DW`}, \
306 { "pkil_trace_entry FAIL: function=" $HOOKENV, '32' { A8 }, '64' { A16 } ` line=DW errcode=DW`}, \
307 { "pkil_trace_entry succ: function=" $HOOKENV, '32' { A8 }, '64' { A16 } ` line=DW`}, \
320 { "certcommand_trace_entry: function=" $HOOKENV, '32' { A20 }, '64' { A40 } }, \
321 { "certcommand_trace_exit succ: function=" $HOOKENV, '32' { A20 }, '64' { A40 } }, \
322 { "certcommand_trace_exit FAIL: function=" $HOOKENV, '32' { A20 }, '64' { A40 } ` rc=DW`}, \
10000 { `accessx entry: path=XW mode=UW who=UW`}, \
10001 { `accessx exit: error=EW rc=D1`}, \
10010 { `faccessx entry: fildes=UW mode=UW who=UW`}, \
10011 { `faccessx exit: error=EW rc=D1`}, \
10020 { `audit entry: cmd=UW arg=UW`}, \
10021 { `audit exit: error=EW rc=D1`}, \
10030 { `auditbin entry: Cmd=UW CurrentFD=UW NextFD=UW thresh=UW`}, \
10031 { `auditbin exit: Cmd=UW CurrentFD=UW NextFD=UW error=EW rc=D1`}, \
10040 { `auditlog entry: Event=XW Status=UW Buffer=XW Length=UW`}, \
10041 { `auditlog exit: error=EW rc=D1`}, \
10050 { `auditevents entry: Cmd=UW Classes=XW NumClasses=UW`}, \
10051 { `auditevents exit: error=EW rc=D1`}, \
10060 { `auditproc entry: pid=UW cmd=UW arg=XW len=UW`}, \
10061 { `auditproc exit: error=EW rc=D1`}, \
10062 { `auditproc FAIL: error=EW rc=D1`}, \
10070 { `chacl entry: path=XW aclbuf=XW aclsiz=UW`}, \
10071 { `chacl exit: error=EW rc=D1`}, \
10080 { `fchacl entry: fdes=UW aclbuf=XW aclsiz=UW`}, \
10081 { `fchacl exit: error=EW rc=D1`}, \
10090 { `chpriv entry: path=XW pclbuf=XW pclsiz=UW`}, \
10091 { `chpriv exit: error=EW rc=D1`}, \
10100 { `fchpriv entry: fdes=UW pclbuf=XW pclsiz=UW`}, \
10101 { `fchpriv exit: error=EW rc=D1`}, \
10110 { `privcheck entry: p=UW`}, \
10111 { `privcheck exit: rc=D1`}, \
10120 { `revoke entry: path=XW`}, \
10121 { `revoke exit: error=EW rc=D1`}, \
10130 { `frevoke entry: fd=UW`}, \
10131 { `frevoke exit: error=EW rc=D1`}, \
10140 { `statacl entry: path=XW cmd=UW buf=XW len=UW`}, \
10141 { `statacl exit: error=EW rc=D1`}, \
10150 { `fstatacl entry: fdes=UW cmd=UW buf=XW len=UW`}, \
10151 { `fstatacl exit: error=EW rc=D1`}, \
10160 { `statpriv entry: path=XW cmd=UW buf=XW len=UW`}, \
10161 { `statpriv exit: error=EW rc=D1`}, \
10170 { `fstatpriv entry: fdes=UW cmd=UW buf=XW len=UW`}, \
10171 { `fstatpriv exit: error=EW rc=D1`}, \
10172 { `__fstataclx entry: fd=UW cmd=UW aclbuf=XW aclsiz=UW type=XW`}, \
10173 { `__fstataclx exit: error=EW rc=D1`}, \
10174 { `__fchaclx entry: fd=UW cmd=UW aclbuf=XW aclsiz=UW type=XW`}, \
10175 { `__fchaclx exit: error=EW rc=D1`}, \
10176 { `__chaclx entry: path=XW aclbuf=XW aclsiz=UW type=XW`}, \
10177 { `__chaclx exit: error=EW rc=D1`}, \
10178 { `__stataclx entry: path=XW cmd=UW aclbuf=XW aclsiz=UW type=XW`},\
10179 { `__stataclx exit: error=EW rc=D1`}, \
10180 { `__fchxacl entry: fd=UW aclbuf=XW size=UW type=`$HOOKENV, '32' { A4 }, '64' { A8 } ` flag=UW`}, \
10181 { `__fchxacl exit: error=EW rc=D1`}, \
10182 { `__chxacl entry: path=XW buf=XW size=U4 type=`$HOOKENV, '32' { A4 }, '64' { A8 } ` flag=UW`}, \
10183 { `__chxacl exit: error=EW rc=D1`}, \
10184 { `__fstatxacl entry: fd=UW acl=UW size=UW type=UW ctl_flg=UW`}, \
10185 { `__fstatxacl exit: error=EW rc=D1`}, \
10186 { `__statxacl entry: path=XW acl=UW size=UW type=UW ctl_flg=UW`}, \
10187 { `__statxacl exit: error=EW rc=D1`}, \
10188 { `__aclxcntl entry: path=XW cmd=UW arg=UW size=UW`}, \
10189 { `__aclxcntl exit: error=EW rc=D1`}, \
10190 { `priv_refmon entry: priv=UW`}, \
10191 { `priv_refmon exit: priv=UW priv_found=DW`}, \
10192 { `refmon entry: callfrom=XW callfrom2=XW`}, \
10193 { `refmon exit: rc=DW action=XW`}, \
10400 { `sec_getuserkat entry: auth_buf=XW sizep=XW`}, \
10401 { `sec_getuserkat exit: error=EW rc=DW`}, \
10402 { `sec_getkat entry: auth_buf=XW sizep=XW`}, \
10403 { `sec_getkat exit: error=EW rc=DW`}, \
10404 { `sec_authidtoname entry: auth=UW buf=XW`}, \
10405 { `sec_authidtoname exit: error=EW rc=DW`}, \
10406 { `sec_authnametoid entry: authname=XW aidp=XW`}, \
10407 { `sec_authnametoid exit: error=EW rc=DW`}, \
10408 { `sec_checkauth entry: authname=XW`}, \
10409 { `sec_checkauth exit: error=EW rc=DW`}, \
10410 { `sec_checkauthid entry: auth=UW`}, \
10411 { `sec_checkauthid exit: error=EW rc=DW`}, \
10412 { `sec_getkatids entry: auth_buf=XW sizep=XW`}, \
10413 { `sec_getkatids exit: error=EW rc=DW`}, \
10416 { `_check_auths_any entry: authid=UW`}, \
10417 { `_check_auths_any exit: rc=DW`}, \
10418 { `_check_auths_bitmap entry: authid=UW`}, \
10419 { `_check_auths_bitmap exit: bitmap=DW`}, \
10422 { `sec_getkrt entry: role_buf=XW sizep=XW`}, \
10423 { `sec_getkrt exit: error=EW rc=DW`}, \
10424 { `sec_getrolebyid entry: role=UW role_buf=XW sizep=XW`}, \
10425 { `sec_getrolebyid exit: error=EW rc=DW`}, \
10426 { `sec_getrolebyname entry: role=XW role_buf=XW sizep=XW`}, \
10427 { `sec_getrolebyname exit: error=EW rc=DW`}, \
10428 { `sec_roleidtoname entry: role=UW rolename=XW sizep=XW`}, \
10429 { `sec_roleidtoname exit: error=EW rc=DW`}, \
10430 { `sec_rolenametoid entry: rolename=XW ridp=XW`}, \
10431 { `sec_rolenametoid exit: error=EW rc=DW`}, \
10440 { `sec_setwascid entry: cid=UW WAS=XW WAS_num=UW`}, \
10441 { `sec_setwascid exit: error=EW rc=DW`}, \
10442 { `sec_getwascid entry: cid=UW WAS_buf=XW sizep=XW`}, \
10443 { `sec_getwascid exit: error=EW rc=DW`}, \
10444 { `sec_getwas entry: WAS_buf=XW sizep=XW`}, \
10445 { `sec_getwas exit: error=EW rc=DW`}, \
10450 { `sec_setwpscid entry: cid=UW WPS=XW`}, \
10451 { `sec_setwpscid exit: error=EW rc=DW`}, \
10452 { `sec_getwpscid entry: cid=UW WPS=XW`}, \
10453 { `sec_getwpscid exit: error=EW rc=DW`}, \
10454 { `sec_getsysprivs entry: WPS=XW`}, \
10455 { `sec_getsysprivs exit: error=EW rc=DW`}, \
10456 { `sec_setkst entry: setkst_buf=XW setkst_siz=UW`}, \
10457 { `sec_setkst exit: error=EW rc=DW`}, \
10462 { `sec_getkpct entry: path_buf=XW num_entries=XW`}, \
10463 { `sec_getkpct exit: error=EW rc=DW`}, \
10464 { `sec_getcmdattrs entry: path=XW`}, \
10465 { `sec_getcmdattrs exit: error=EW rc=DW`}, \
10472 { `sec_getkpdt entry: path=XW num_entries=XW`}, \
10473 { `sec_getkpdt exit: error=EW rc=DW`}, \
10474 { `sec_getdevattrs entry: path=XW`}, \
10475 { `sec_getdevattrs exit: error=EW rc=DW`}, \
10476 { `sec_getauditrange entry: warp=XW`}, \
10477 { `sec_getauditrange exit: error=EW rc=DW`}, \
10478 { `sec_setauditrange entry: warp=XW flag=XW`}, \
10479 { `sec_setauditrange exit: error=EW rc=DW`}, \
\* { "UNKNOWN SUBHOOK ID:" $HD%UW }
3B8 1.0 L=APPL "SEC DATA:" \
UW, \
10 { "getconfattr: sys=" }, \
11 { "getconfattr: atnam=" }, \
20 { "getgroupattr: atnam=" }, \
30 { "putgroupattr: atnam=" }, \
70 { "getuserattr: atnam=" }, \
80 { "putuserattr: atnam=" }, \
110 { "getgenricattr: file=" }, \
111 { "getgenricattr: stanza=" }, \
112 { "getgenricattr: atnam=" }, \
120 { "putgenricattr: file=" }, \
121 { "putgenricattr: stanza=" }, \
122 { "putgenricattr: atnam=" }, \
140 { "setpenv: cmd=" }, \
170 { "authenticate: uname=" }, \
171 { "authenticate: AUTHSTATE=" }, \
172 { "authenticate: FNAME=" }, \
173 { "authenticate: GRAMMAR=" }, \
180 { "getpwnam_r: nam=" }, \
181 { "getpwnam_r: line=" }, \
190 { "getpwuid_r: line=" }, \
200 { "getpwent_r: line=" }, \
210 { "getgrnam_r: name=" }, \
211 { "getgrnam_r: line=" }, \
220 { "getgrgid_r: line=" }, \
230 { "getgrent_r: line=" }, \
231 { "_build_loadmodule_list: error in stanza=" }, \
250 { "pkim_list_build: found srvname=" }, \
257 { "pkim_list_loadservice: loading program=" }, \
10000 { "accessx: path=" }, \
10041 { "auditlog: Event=" }, \
10042 { "auditlog: Buffer=" }, \
10070 { "chacl: path=" }, \
10091 { "chpriv: path=" }, \
10121 { "revoke: path=" }, \
10161 { "statpriv: path=" }, \
10176 { "__chaclx: path=" }, \
\* { "UNKNOWN SUBHOOK ID:" $D1%UW $BREAK } \
LOOP $HL {A1.1""} \
" len=" $HL%UW
3c5 1.0 L=SVC "@ IPCACCESS EVENT" \
{{ \
ipcflag(flag) \
$flag \
BITFLAGS $flag%o4, \
0001000 "IPC_CREATE_OLD", \
0002000 "IPC_EXCL", \
0020000 "IPC_CREATE" \
}} \
{{ \
ipcmode(mode) \
$mode \
BITFLAGS $mode%o4, \
0001000 "IPC_ALLOC" \
}} \
"ipcaccess p->uid="$D1" p->mode="ipcmode($D2) \
"p->seq="$D3" p->key="$D4 $D4, \
0 "IPC_PRIVATE_OLD", \
-1 "IPC_PRIVATE" \
"mode="ipcmode($D5)
3c6 1.0 L=SVC "@ IPCGET EVENT" \
"ipcget key="$D1 $D1, \
0 "IPC_PRIVATE_OLD", \
-1 "IPC_PRIVATE" \
"flag="ipcflag($D2)" base="$D3" size="$D4" *mark="$D5
3c7 1.0 L=SVC "@ MSGCONV EVENT" \
"msgconv msgid="$D1" seq="$D2" index="$D3" qp="$D4
3c8 1.0 L=SVC "@ MSGCTL SYSTEM CALL" \
"msgctl msgid="$D1 \
"cmd="$D2 $D2, \
0 "IPC_RMID", \
1 "IPC_SET_OLD", \
2 "IPC_STAT_OLD", \
101 "IPC_SET", \
102 "IPC_STAT" \
" buf="$D3
3c9 1.0 L=SVC "@ MSGGET SYSTEM CALL" \
"msgget key="$D1 $D1, \
0 "IPC_PRIVATE_OLD", \
-1 "IPC_PRIVATE" \
"msgflg="ipcflag($D2)" msgid="$D3
3ca 1.0 L=SVC "@ MSGRCV SYSTEM CALL" \
"msgrcv msgid="$D1" msgp="$D2" msgsz="$D3" msgtyp="$D4 \
"msgflg="$D5 BITFLAGS $D5%o4, \
0010000 "MSG_NOERROR", \
0004000 "IPC_NOWAIT"
3cb 1.0 L=SVC "@ MSGSELECT SYSTEM CALL" \
"msgselect msgid="$D1" corl="$D2" reqevents="$D3" rtneventsp="$D4 \
" rc="$D5
3cc 1.0 L=SVC "@ MSGSND SYSTEM CALL" \
"msgsnd msgid="$D1" msgp="$D2" msgsz="$D3 \
"msgflg="$D4 BITFLAGS $D4%o4, \
0004000 "IPC_NOWAIT"
3cd 1.0 L=SVC "@ MSGXRCV SYSTEM CALL" \
"msgxrcv msgid="$D1" msgp="$D2" msgsz="$D3" msgtyp="$D4 \
"msgflg="$D5 BITFLAGS $D5%o4, \
0004000 "IPC_NOWAIT"
3ce 1.0 L=SVC "@ SEMCONV EVENT" \
"semconv semid="$D1" seq="$D2" index="$D3" sp="$D4
3cf 1.0 L=SVC "@ SEMCTL SYSTEM CALL" \
"semctl semid="$D1" semnum="$D2 \
"cmd="$D3 $D3, \
0 "IPC_RMID", \
1 "IPC_SET_OLD", \
2 "IPC_STAT_OLD", \
3 "GETNCNT", \
4 "GETPID", \
5 "GETVAL", \
6 "GETALL", \
7 "GETZCNT", \
8 "SETVAL", \
9 "SETALL", \
101 "IPC_SET", \
102 "IPC_STAT" \
" arg="$D4
3d0 1.0 L=SVC "@ SEMGET SYSTEM CALL" \
"semget key="$D1 $D1, \
0 "IPC_PRIVATE_OLD", \
-1 "IPC_PRIVATE" \
"nsems="$D2" semflg="ipcflag($D3)" sp="$D4
3d1 1.0 L=SVC "@ SEMOP SYSTEM CALL" \
"semop semid="$D1" sops="$D2" nsops="$D3
3d2 1.0 L=SVC "@ SEM EVENT" \
"sem op semid="$D1" semval="$D2" sem_num="$D3" sem_op="$D4 \
"sem_flg="$D5 BITFLAGS $D5%o4, \
0010000 "SEM_UNDO", \
0004000 "IPC_NOWAIT"
3d3 1.0 L=SVC "@ SHMAT SYSTEM CALL" \
W1 "shmat shmid="XW "addr="X8 \
{{ $flg = XW }} \
"flag="$flg BITFLAGS $flg%o4, \
010000 "SHM_RDONLY", \
020000 "SHM_RND", \
004000 "SHM_MAP", \
002000 "SHM_FMAP", \
040000 "SHM_COPY"
3d4 1.0 L=SVC "@ SHMCONV EVENT" \
"shmconv shmid="$D1" flg="$D2" seq="$D3" index="$D4" sp="$D5
3d5 1.0 L=SVC "@ SHMCTL SYSTEM CALL" \
"shmctl shmid="$D1 \
"cmd="$D2 $D2, \
0 "IPC_RMID", \
1 "IPC_SET_OLD", \
2 "IPC_STAT_OLD", \
6 "SHM_SIZE", \
101 "IPC_SET", \
102 "IPC_STAT" \
" arg=" W3 X8
3d6 1.0 L=SVC "@ SHMDT SYSTEM CALL" \
W1 "shmdt addr="X8
3d7 1.0 L=SVC "@ SHMGET SYSTEM CALL" \
"shmget key="$D1 $D1, \
0 "IPC_PRIVATE_OLD", \
-1 "IPC_PRIVATE" \
"size=" W4 D8 " shmflg="ipcflag($D2)" sp="$D3
3d8 1.0 L=SVC "@ MADVISE SYSTEM CALL" \
{{ \
mmap_prot(prot) \
$prot \
BITFLAGS $prot%o4, \
1 "PROT_READ", \
2 "PROT_WRITE", \
4 "PROT_EXEC" \
}} \
{{ \
mmap_flag(flag) \
$flag \
BITFLAGS $flag, \
0x001 "MAP_SHARED", \
0x002 "MAP_PRIVATE", \
0x010 "MAP_ANONONYMOUS", \
0x100 "MAP_FIXED" \
}} \
"madvise addr="$D1" len="$D2" behav="$D3
3d9 1.0 L=SVC "@ MINCORE SYSTEM CALL" \
"mincore addr="$D1" len="$D2" vec="$D3
3da 1.0 L=SVC "@ MMAP SYSTEM CALL" \
"mmap addr="$D1" len="$D2 \
"prot="mmap_prot($D3) \
"flags="mmap_flag($D4) \
"fd="$D5
3db 1.0 L=SVC "@ MPROTECT SYSTEM CALL" \
"mprotect addr="$D1" len="$D2 \
"prot="mmap_prot($D3)
3dc 1.0 L=SVC "@ MSYNC SYSTEM CALL" \
"msync addr="$D1" len="$D2
3dd 1.0 L=SVC "@ MUNMAP SYSTEM CALL" \
"munmap addr="$D1" len="$D2
3de 1.0 L=SVC "@ MVALID SYSTEM CALL" \
"mvalid addr="$D1" len="$D2" prot="mmap_prot($D3)
3df 1.0 L=SVC "@ MSEM_INIT SYSTEM CALL" \
"msem_init msem="$D1" msem_state="$D2" msem_wanted="$D3 \
"initial_value="$D4
3e0 1.0 L=SVC "@ MSEM_LOCK SYSTEM CALL" \
"msem_lock msem="$D1" msem_state="$D2" msem_wanted="$D3 \
"condition="$D4
3e1 1.0 L=SVC "@ MSEM_REMOVE SYSTEM CALL" \
"msem_remove msem="$D1" msem_state="$D2" msem_wanted="$D3
3e2 1.0 L=SVC "@ MSEM_UNLOCK SYSTEM CALL" \
"msem_unlock msem="$D1" msem_state="$D2" msem_wanted="$D3 \
"condition="$D4
3EC 1.1 "@LFS: vfs_vget / vnode cache" \
$HD, \
0xFF { `vfs_vget(vfsp = $D3, fid_ino = $D4, fid_gen = $D5) = $D1, *vpp = $D2` }, \
0x0D { `vnode cache enter: vp = $D1, dev = $D2, ino = $D3, gen = $D4, hash = $D5` }, \
0x0E { `vnode cache remove: vp = $D1, dev = $D2, ino = $D3, gen = $D4, hash = $D5` }, \
0x0F { `vnode cache purge: dev = $D2, getcaller = $D3, getcaller2 = $D4: rc = $D1` }, \
0x10 { `vnode cache hit: dev = $D2, ino = $D3, gen = $D4: *vpp = $D1, hash = $D5` }, \
0x11 { `vnode cache miss: dev = $D2, ino = $D3, gen = $D4: *vpp = $D1, hash = $D5` }, \
\* { vfs_vget unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
3F7 1.1 L=KERN "@JFS2: vnode (deprecated, use 59B and vnops trace group)" \
$HD, \
0x01 { `JFS2 RDWR: (vp,ip)=($D1,$D2)` \
pfsrdwrinstall1($D1,$D2) vnodetofilename($D1) $BREAK }, \
0x02 { {{ $h = "READI" }} }, \
0x03 { {{ $h = "WRITEI" }} }, \
0x04 { `JFS2 CLOSE: (ip, gp)=($D1, $D2)` $BREAK }, \
0x05 { `JFS2 OPEN: (ip, gp)=($D1, $D2)` $BREAK }, \
0x06 { `JFS2 VFS: vfs_number=$D1, inode_number=$D2` $BREAK }, \
\* { `JFS2 mode=$HD` } \
`JFS2 $h: VA.S=$D3$D4.$D2 bcount=$D5 ip=$D1` \
pfsrdwrinstall2($D4,$D5,$D2,$D1) \
{{ $mspage = $D3 * 1048576 }} \
{{ $lspage = $D4 / 4096 }} \
{{ $vpage = $mspage + $lspage }} vpagetofilename($vpage,$D2)
3F8 1.1 L=KERN "@JFS2: pager (deprecated, use 59B)" \
{{ $left }} {{ $trust }} {{ $fault }} {{ $prer }} {{ $decis }} \
$HD, \
0x01 { `JFS2 PAGEIN: segment=$D2%X4, offset=$D4%X8, length=$D5%X4` $BREAK }, \
0x02 { `JFS2 PAGEOUT: segment=$D2%X4, offset=$D4%X8, length=$D5%X4` $BREAK }, \
0x03 { {{ $trust = $D4 & 0xFFFFFFFF }} {{ $trust = $trust / 16777216 }} \
{{ $fault = $D4 & 0xFFFFFF }} {{ $fault = $fault / 65536 }} \
{{ $prer = $D4 & 0xFFFF }} {{ $prer = $prer / 256 }} \
{{ $decis = $D4 & 0xFF }} \
`JFS2 READAHEAD: segment=$D1%X4, offset=$D2%XW, length=$D3%XW, trust=$trust, fault=$fault, prer=$prer, decis=$decis` $BREAK }, \
\* { 'JFS2 PAGER: unknown hookid ' $HD }
400 1.0 "@STTY " \
{{ $maj }} {{ $min }} {{ $how }} {{ $which }} {{ $name }} \
O1 {{ $how = B0.2 }} {{ $which = B0.6 }} \
{{ $maj = $D1 / 65536 }} \
{{ $min = $maj * 65536 }} {{ $min = $D1 - $min }} \
"("$maj%X2","$min%X2")" $name \
$which, \
0001 "config ", \
0002 "open ", \
0003 "close ", \
0004 "wput ", \
0005 "rput ", \
0006 "wsrv ", \
0007 "rsrv ", \
000A "proc ", \
000B "service ", \
000C "slih ", \
000D "offlevel " \
$how, \
0000 { $which, \
0001 { "cmd" $D3, \
0x1 "CFG_INIT", \
0x2 "CFG_TERM", \
0x3 "CFG_QVPD", \
0x4 "CFG_UCODE", \
\* { $D3%XW } \
}, \
0002 { "ptr" $D2%XW "mode:" dopenflags($D3) \
"sflag:" $D4, \
0000 "0", \
0001 "MODOPEN", \
0002 "CLONEOPEN", \
\* { $D4 } }, \
0003 { "ptr" $D2%XW "mode:" dopenflags($D3) }, \
0004 { "ptr" $D2%XW "@msg" $D3%XW \
"msg_type" messagetype($D4) \
}, \
0005 { "ptr" $D2%XW "@msg" $D3%XW \
"msg_type" messagetype($D4) \
}, \
0006 { "ptr" $D2%XW "q_count" $D3 }, \
0007 { "ptr" $D2%XW "q_count" $D3 }, \
000A { "ptr" $D2%XW \
$D3, \
0000 "output" , \
0001 "suspend" , \
0002 "resume" , \
0003 "block" , \
0004 "unblock" , \
0005 "rflush" , \
0006 "wflush" }, \
000B { "ptr" $D2%XW \
$D3, \
0000 { "proc" $D4, \
0000 "output" , \
0001 "suspend" , \
0002 "resume" , \
0003 "block" , \
0004 "unblock" , \
0005 "rflush" , \
0006 "wflush" }, \
0001 { "set control" BITFLAGS $D4, \
0x01 "TSDTR", \
0x02 "TSRTS", \
0x04 "TSCTS", \
0x08 "TSDSR", \
0x10 "TSRI ", \
0x20 "TSCD " }, \
0002 { "get control" }, \
0003 { "get status" }, \
0004 { "sbaud" $D4%DW }, \
0005 { "get baud" }, \
0006 { "set input baud" $D4%DW }, \
0007 { "get input baud" }, \
0008 { "set bpc" {{ $dog = $D4 + 5 }} $dog%DW }, \
0009 { "get bpc" }, \
000A { "set parity" $D4, \
0000 "none", \
0001 "odd", \
0002 "mark", \
0003 "even", \
0004 "space" }, \
000B { "get parity" }, \
000C { "set stops" $D4, 0 "1", 1 "2" }, \
000D { "get stops" }, \
000E { "set break" }, \
000F { "clear break" }, \
0010 { "open" $D4, 0 "local", 1 "remote" }, \
0011 { "dopace" $D4, \
0000 "again" , \
0001 "xon" , \
0002 "str" , \
0003 "dtr" , \
0004 "rts" }, \
0012 { "softpace" $D4, \
0000 "remote off" , \
0001 "remote any" , \
0002 "remote on" , \
0003 "remote str" , \
0004 "local off" , \
0005 "local on" , \
0006 "local str" }, \
0013 { "softrchar" $D4 }, \
0014 { "softlchar" $D4 }, \
0015 { "softrstr" $D4 }, \
0016 { "softlstr" $D4 }, \
0017 { "hardrbits" $D4 }, \
0018 { "hardlbits" $D4 }, \
0019 { "loop" $D4, 0 "enter", 1 "exit" } }, \
000C { "rintr" $D2%XW "adap_type" $D3, \
0000 "Native io", \
0001 "8/16 Port" }, \
000D { "rintr" $D2%XW } } \
{{ \
stty_ret(which) \
$which, \
0001 { "ret" $D3 "from line" $D4 }, \
0002 { "ret" $D3 "from line" $D4 }, \
0003 { "ret" $D3 "from line" $D4 }, \
0004 { "ret" $D3 "from line" $D4 }, \
0005 { "ret" $D3 "from line" $D4 }, \
0006 { "ret" $D3 "from line" $D4 }, \
0007 { "ret" $D3 "from line" $D4 }, \
0008 { "ret" $D3 "from line" $D4 }, \
0009 { "ret" $D3 "from line" $D4 }, \
000A { "ret" $D3 "from line" $D4 }, \
000B { "ret" $D3 "from line" $D4 }, \
000C { "ret" $D3 "from line" $D4 }, \
000D { "ret" $D3 "from line" $D4 }, \
000E { "last " "ret" $D3 "from line" $D4 }, \
\* { "unknown subhook" $HD } \
}}
401 1.0 "@STTY STRTTY" \
{{ $maj }} {{ $min }} {{ $how }} {{ $which }} \
{{ $name = "sth" }} \
$400 \
$which, \
0008 "revoke ", \
0009 "ioctl " \
$how, \
0000 { $which, \
0008 { "flag" $D3 }, \
0009 { "osr" $D2%XW "cmd" ioctlname($D3) } }, \
0002 { $which, \
\* { stty_ret($which) } }
402 1.0 "@STTY LDTERM " \
{{ $maj }} {{ $min }} {{ $how }} {{ $which }} \
{{ $name = "ldterm" }} \
$400 \
$which, \
0009 "ioctl ", \
000e "gwinsz ", \
000f "fastinput ", \
0010 "backdone ", \
0011 "readdata ", \
0012 "ioctl_ack ", \
0013 "need_flush ", \
0014 "pend ", \
0015 "input ", \
0016 "flush_shead ", \
0017 "flush ", \
0018 "flush_mp ", \
0019 "echo ", \
001a "rub ", \
001b "rubo ", \
001c "putc ", \
001d "output ", \
001e "start ", \
001f "retype ", \
0020 "tblock ", \
0021 "wakeup ", \
0022 "intimeout ", \
0023 "canputnext ", \
0024 "write ", \
0025 "sendcanon ", \
0026 "sendraw ", \
0027 "mnotify ", \
0028 "break ", \
0029 "mhangup ", \
002a "mctl ", \
002b "sendctl ", \
002c "b_to_m ", \
002d "stuffc ", \
002e "unstuffc ", \
002f "post_input ", \
0030 "swinsz ", \
0031 "sti ", \
0032 "getoutbuf ", \
0033 "putctl_later ", \
0034 "putctl_timeout ", \
0035 "recover " \
$how, \
0000 { $which, \
0009 { "ptr" $D2%XW "cmd" ioctlname($D3) }, \
000e { "q" $D3 "mp" $D4 }, \
000f { "mp" $D3 }, \
0010 { "q" $D3 "mp" $D4 }, \
0011 { "mp" $D3 }, \
0012 { "q" $D3 "mp" $D4 }, \
0013 { "cmd" $D3 "new" $D4 }, \
0014 { }, \
0015 { "c" $D3 }, \
0016 { "mp" $D3 }, \
0017 { "mp" $D3 }, \
0018 { "flags" $D3 "rmp" $D4 "wmp" $D5 }, \
0019 { "c" $D3 }, \
001a { "c" $D3 }, \
001b { "ct" $D3 }, \
001c { "c" $D3 }, \
001d { "c" $D3 }, \
001e { }, \
001f { }, \
0020 { }, \
0021 { }, \
0022 { }, \
0023 { "mp" $D3 "q" $D4 }, \
0024 { "mp" $D3 }, \
0025 { }, \
0026 { }, \
0027 { "mp" $D3 }, \
0028 { "mp" $D3 }, \
0029 { "q" $D3 "mp" $D4 }, \
002a { "q" $D3 "mp" $D4 }, \
002b { "command" $D3 "size" $D4 }, \
002c { "cp" $D3 "cc" $D4 }, \
002d { "c" $D3 }, \
002e { }, \
002f { "post_wakeup" $D3 }, \
0030 { "mp" $D3 }, \
0031 { "mp" $D3 }, \
0032 { }, \
0033 { "msg_needed" $D3 }, \
0034 { }, \
0035 { } \
}, \
0002 { $which, \
0011 { "ret" $D3 "from line" $D4%DW }, \
\* { "ret" $D3%DW "from line" $D4%DW } }, \
0003 { $D3, \
0000 { "break at line" $D4%DW }, \
0001 { "continue at line" $D4%DW }, \
0002 { "goto from line" $D4%DW } }
403 1.0 "@STTY SPTR " \
{{ $maj }} {{ $min }} {{ $how }} {{ $which }} \
{{ $name = "sptr" }} \
$400 \
$which, \
0009 "ioctl ", \
000E "sp_open_wakeup ", \
000F "start_write ", \
0010 "format_data ", \
0011 "sptr_prnformat ", \
0012 "addc ", \
0013 "write_mread ", \
0014 "read_mdata ", \
0015 "write_timeout ", \
0016 "read_miocack ", \
0017 "read_miocnak ", \
0018 "sptr_mctl ", \
0019 "cts_handle ", \
001A "write_req_ioctl ", \
001B "write_mflush ", \
001C "tioc_handle ", \
001D "ioctl_reply ", \
001E "send_xctl_tiocgeta ", \
001F "allocb_recovery ", \
0020 "continue_write ", \
0021 "sptr_release " \
$how, \
0000 { $which, \
0009 { "ptr" $D2%XW "cmd" ioctlname($D3) "rwflag" $D4 "ext" $D5 }, \
000E { }, \
000F { "mp" $D3%XW }, \
0010 { "mp" $D3%XW "nmp" $D3%XW }, \
0011 { "nmp" $D3%XW "c" $D4 }, \
0012 { "nmp" $D3%XW "c" $D4 }, \
0013 { "mp" $D3%XW }, \
0014 { "mp" $D3%XW }, \
0015 { }, \
0016 { "mp" $D3%XW "cmd" ioctlname($D4) }, \
0017 { "mp" $D3%XW "cmd" ioctlname($D4) }, \
0018 { "mp" $D3%XW }, \
0019 { $D3, 0005 "cts_on ", 0006 "cts_off " $D4%XW }, \
001A { "mp" $D3%XW }, \
001B { "mp" $D3%XW }, \
001C { "mp" $D3%XW }, \
001D { "mp" $D3%XW "db_type" $D4 "ioc_error" $D5%EW }, \
001E { "mp" $D3%XW "cmd" ioctlname($D4) }, \
001F { "bid" $D3%XW "tid" $D4%XW "num" $D5%DW }, \
0020 { }, \
0021 { } }, \
0002 { $which, \
\* { "ret" $D3%EW "from line" $D4%DW } }, \
0003 { $D3, \
0000 { "break at line" $D4%DW }, \
0001 { "continue at line" $D4%DW }, \
0002 { "goto from line" $D4%DW } }
404 1.0 "@STTY NLS " \
{{ $maj }} {{ $min }} {{ $how }} {{ $which }} \
{{ $name = "nls" }} \
$400 \
$which, \
0009 "ioctl " \
$how, \
0000 { $which, \
0009 { "ptr" $D2%XW "cmd" ioctlname($D3) } }, \
0002 { $which, \
\* { stty_ret($which) } }
405 1.0 "@STTY PTY" \
{{ $maj }} {{ $min }} {{ $how }} {{ $which }} \
{{ $name = "pty" }} \
$400 \
$which, \
0009 "ioctl ", \
0010 "pty_mbuf_to_mblk ", \
0011 "pty_control ", \
0012 "pty_m_free_mbuf ", \
0013 "pty_m_free_mblk ", \
0014 "pty_mblk_to_mbuf ", \
0015 "pty_send_socket ", \
0016 "pty_wakeup ", \
0017 "pty_init_socket ", \
0018 "pty_receive_socket ", \
0019 "pty_setname ", \
001a "pty_vsetattr ", \
001b "ptm_seldelay ", \
001c "ptm_send_pkt ", \
001d "pty_mctl ", \
001e "pty_ioctl_comm ", \
001f "pty_bsd43_ioctl ", \
0020 "pty_ctl ", \
0021 "pts_put ", \
0022 "ptm_put ", \
0023 "pty_ptm_xfer ", \
0024 "pty_pts_xfer ", \
0025 "pty_create_ptp ", \
0026 "pty_open_comm ", \
0027 "call_pty_open_comm ", \
0028 "call_pty_close_comm ", \
0029 "pty_close_comm ", \
002a "redo_allocb ", \
002b "spty_timer_pop ", \
002c "spty_bufcall_target ", \
002d "pty_reset_socket ", \
002e "pty_scan_mblk_send ", \
002f "pty_tn_mbuf_to_mblk ", \
0030 "__kgrantpt ", \
0031 "ptm_open ", \
0032 "ptm_close ", \
0033 "ptm_wput ", \
0034 "ptm_wsrv ", \
0035 "ptm_rput ", \
0036 "ptm_rsrv " \
$how, \
0000 { $which, \
0009 { "ptr" $D2%XW "cmd" ioctlname($D3) } , \
000F { $D2 "from" $D3 "to" $D4 } , \
0010 { "pty_mbuf_to_mblk" "ptp" $D3%XW "q" $D4%XW "mp" $D5%XW "pri" $D6} , \
0011 { "pty_control" } , \
0012 { "pty_m_free_mbuf" "0" "p" $D3%XW "q" $D4%XW "0"} , \
0013 { "pty_m_free_mblk" "0" "p" $D3%XW "size" $D4 "bp" $D5%XW} , \
0014 { "pty_mblk_to_mbuf" "mbuf" $D1%XW "PTY_MBLK_TO_MBUF" "0" "bp" $D4%XW "canwait" $D5 "0"} , \
0015 { "pty_send_socket" "ptp " $D3%XW "mp" $D3%XW "flag" $D5 "0"} , \
0016 { "pty_wakeup" "ptp " $D2%XW "q" $D3%XW "0" "0"} , \
0017 { "pty_init_socket" "ptp " $D3%XW "prtcl_type" $D4 "0" "0"} , \
0018 { "pty_receive_socket" "ptp " $D3%XW "prtcl_type" $D4 "0" "0"} , \
0019 { "pty_setname" "0" "pathname" $D4%XW "cmd" $D5 "arg1" $D6} , \
001a { "pty_vsetattr" "0" "vp" $D4%XW "cmd" $D5 "arg1" $D6} , \
001b { "ptm_seldelay" "ptp" $D3%XW "q" $D4%XW "0" "0"} , \
001c { "ptm_send_pkt" "ptp" $D3%XW "q" $D4%XW "0" "0"} , \
001d { "pty_mctl" "ptp" $D3%XW "q" $D4%XW "mp" $D5%XW "master_call" $D6} , \
001e { "pty_ioctl_comm" "ptp" $D3%XW "mp" $D4%XW "iocp->ioc_cmd" $D5%XW "master_call" $D6} , \
001f { "pty_bsd43_ioctl" "0" "cmd" $D4 "0" "0"} , \
0020 { "pty_ctl" "ptp" $D3%XW "q" $D4%XW "command" $D5 "size" $D6%XW} , \
0021 { "pts_put" "ptp" $D3%XW "mp" $D4%XW "kind_put" $D5 "size" $D6%XW} , \
0022 { "ptm_put" "ptp" $D3%XW "mp" $D4%XW "kind_put" $D5 "size" $D6%XW} , \
0023 { "pty_ptm_xfer" "ptp" $D3%XW "mp" $D4%XW "0" "0"} , \
0024 { "pty_pts_xfer" "ptp" $D3%XW "mp" $D4%XW "0" "0"} , \
0025 { "pty_create_ptp" "0" "q" $D4%XW "minor" $D5 "call_from" $D6} , \
0026 { "pty_open_comm" "temp_ptp_t" $D3%XW "q" $D4%XW "mode" $D5 "call_from" $D6} , \
0027 { "call_pty_open_comm" "temp_ptp_t" $D3%XW "q" $D4%XW "mode" $D5 "call_from" $D6} , \
0028 { "call_pty_close_comm" "ptp" $D3%XW "call_from" $D4 "0" "0"} , \
0029 { "pty_close_comm" "ptp" $D3%XW "call_from" $D4 "0" "0"} , \
002a { "redo_allocb" "ptp" $D2%XW "size" $D3 "pri" $D4 "needed_flags" $D5} , \
002b { "spty_timer_pop" "ptp" $D2%XW "t" $D3%XW "0" "0"} , \
002c { "spty_bufcall_target" "ptp" $D2%XW "0" "0" "0"} , \
002d { "pty_reset_socket" "ptp" $D2%XW "0" "0" "0"} , \
002e { "pty_scan_mblk_send" "ptp" $D3%XW "mp" $D4%XW "0" "0"} , \
002f { "pty_tn_mbuf_to_mblk" "ptp" $D3%XW "m" $D4%XW "pri" $D5 "fcode" $D6%XW} , \
0030 { "__kgrantpt" "0" "fd" $D4 "0" "0"} , \
0031 { "ptm_open" "temp_ptp_t" $D3%XW "flag" $D4 "sflag" $D5 "credp" $D6%XW} , \
0032 { "ptm_close" "ptp" $D3%XW "flag" $D4 "credp" $D5%XW "0"} , \
0033 { "ptm_wput" "ptp" $D3%XW "q" $D4%XW "mp" $D5%XW "mp->b_datap->db_type" $D6%XW} , \
0034 { "ptm_wsrv" "ptp" $D3%XW "q" $D4%XW "q->q_count" $D5 "0"} , \
0035 { "ptm_rput" "ptp" $D3%XW "q" $D4%XW "mp" $D5%XW "mp->b_datap->db_type" $D6%XW} , \
0036 { "ptm_rsrv" "ptp" $D3%XW "q" $D4%XW "q->q_count" $D5 "0"} }, \
0002 { $which, \
\* { stty_ret($which) } }
406 1.0 "@STTY RS" \
{{ $maj }} {{ $min }} {{ $how }} {{ $which }} \
{{ $name = "rs" }} \
$400 \
$which, \
0009 "ioctl ", \
000E "flush ", \
000F "ctl ", \
0010 "termios_set ", \
0011 "termios_get ", \
0012 "termiox_set ", \
0013 "termiox_get ", \
0014 "break_set ", \
0015 "break_clear ", \
0016 "add ", \
0017 "del ", \
0018 "allocmsg ", \
0019 "revover ", \
001A "timeout ", \
001B "allocmflush ", \
001C "mflush_recover ", \
001D "mflush_timeout " \
$how, \
0000 { $which, \
0009 { "ptr" $D2%XW "cmd" ioctlname($D3) }, \
000E { "rw" BITFLAGS $D3, 1 "read", 2 "write" }, \
000F { "cmd" ioctlname($D3) }, \
0010 { "cflag" $D3%XW "iflag" $D4%XW "start/stop" $D5%X2 }, \
0011 { }, \
0012 { "hflag" $D3%XW }, \
0013 { }, \
0014 { duration $D3%DW }, \
0015 { }, \
0016 { "dev" $D3%XW }, \
0017 { "dev" $D3%XW }, \
0018 { }, \
0019 { }, \
001A { }, \
001B { }, \
001C { }, \
001D { } }, \
0002 { $which, \
0018 { "ret" $D3 "from line" $D4%DW }, \
\* { "ret" $D3%DW "from line" $D4%DW } }, \
0003 { $D3, \
0000 { "break at line" $D4%DW }, \
0001 { "continue at line" $D4%DW }, \
0002 { "goto from line" $D4%DW } }
407 1.0 "@STTY LION" \
{{ $maj }} {{ $min }} {{ $how }} {{ $which }} \
{{ $name = "lion" }} \
$400 \
$which, \
0009 "ioctl ", \
000e "add ", \
000f "del ", \
0010 "cbreak ", \
0011 "termios set ", \
0012 "strttyinput ", \
0013 "send ", \
0014 "comm ", \
0015 "recv ", \
0016 "gcomm_tmr " \
$how, \
0000 { $which, \
0009 { "ptr" $D2%XW "cmd" ioctlname($D3) }, \
0011 { "cflag" $D2%XW "iflag" $D3%XW }, \
0012 { "c" $D2 "status" $D3 }, \
0013 { "ld" $D3 "busmem" $D4 }, \
0014 { "comm" $D3 }, \
0015 { "busmem" $D3 } }, \
0001 { $which, \
0002 { $D3, \
0001 { "tp" $D4 "ld" $D5 } }, \
000C { "dev" $D4 "chan" $D5 BITFLAGS $D3, \
0x01 "RCMAIN", \
0x02 "RCALT", \
0x04 "TXMAIN", \
0x08 "TXALT", \
0x10 "TXPAR", \
0x20 "DCD", \
0x40 "HILINK", \
0x80 "CTS" }, \
000D { $D3, \
0001 { "calling slion_recv at" $D4%DW } }, \
0010 { "Had message" }, \
0012 { "Hit point" $D3 }, \
0013 { $D3, \
0001 { "txcnt" $D4%DW "len" $D5%DW } }, \
\* { "Unknown Data hook" } }, \
0002 { $which, \
0010 { "ret" $D3 "from line" $D4%DW }, \
0011 { "ret" $D3 "from line" $D4%DW }, \
0012 { "ret" $D3 "from line" $D4%DW }, \
0013 { "ret" $D3 "from line" $D4%DW }, \
0014 { "ret" $D3 "from line" $D4%DW }, \
0015 { "ret" $D3 "from line" $D4%DW }, \
0016 { "ret" $D3 "from line" $D4%DW }, \
\* { stty_ret($which) } }, \
0003 { $D3, \
0000 { "break at line" $D4%DW }, \
0001 { "continue at line" $D4%DW }, \
0002 { "goto from line" $D4%DW } }
419 1.0 L=INT "Virtual CPU preemption/dispatch data" \
$GENERIC,\
1 { {{ $typ = XW }} {{ $alldata = 1 }} },\
\* { {{ $typ = X2 }} \
$HOOKENV,\
32 { {{ $alldata = 0 }} }, \
64 { {{ $alldata = 1 }} } \
}\
{{ $CPUID = $typ & 0xFFF }}\
{{ $lost = $typ & 0x4000 }}\
{{ $realloc = $typ & 0x8000 }}\
{{ $dispatch_rc = X1 }}\
{{ $preempt_rc = X1 }}\
{{ $vrm = 0 }}\
$lost,\
0x4000 { "\nprior entries were lost" $BREAK }\
$realloc,\
0x8000 { "\npreemption buffer reallocated" $BREAK }\
"\nPreempt:"\
$preempt_rc,\
1 { "FWEvents," },\
2 { "CEDE," },\
3 { "CONFER," },\
4 { "Timeout," },\
5 { "PMIG or HIBERNATE," {{ $vrm = 1}} },\
6 { "VRM Fault," {{ $vrm = 1}} },\
7 { "CONFER adjunct & run," }, \
8 { "Hcall & adjunct run," },\
9 { "Timeout & adjunct run," },\
\* { "Unknown preempt reason code," }\
"Dispatch:"\
$dispatch_rc,\
0 { "EI" },\
1 { "LpEvent" },\
2 { "LpProd" },\
3 { "Timeout" },\
4 { "IPL" },\
5 { "Terminate" },\
6 { "Unblocked" },\
7 { "Timeslice" },\
8 { "VRM Fault" },\
9 { "Run Adjunct" },\
\* { "Unknown dispatch reason code" }\
"vProcIndex="X2\
$GENERIC,\
1 {\
{{ $exdelta = X4 }} {{ $enqdelta = X4 }} {{ $rtrdelta = X4 }}\
"\nrtrdelta="$rtrdelta%u4 "us enqdelta="$enqdelta%u4 "us exdelta="$exdelta%u4 "us"\
{{ $startwait = X8 }} {{ $delta = $exdelta + $enqdelta }}\
{{ $delta = $delta + $rtrdelta }} {{ $endwait = $startwait + $delta }}\
"\nstart wait="$startwait%m8 "ms end wait="$endwait%m8 "ms"\
$vrm,\
1 { "logical_raddr="X8 }\
$vrm,\
0 { O8 }\
}\
$GENERIC,\
0 {\
$vrm,\
1 {\
{{ $rtrdelta = X4 }} {{ $addr = X8 }} {{ $startwait = X8 }}\
"\nrtrdelta="$rtrdelta%u4 "start wait="$startwait%m8 "logical_raddr="$addr }\
$vrm,\
0 {\
{{ $exdelta = X4 }} {{ $enqdelta = X4 }} {{ $rtrdelta = X4 }}\
"\nrtrdelta="$rtrdelta%u4 "us enqdelta="$enqdelta%u4 \
"us exdelta="$exdelta%u4 "us"\
{{ $startwait = X8 }} {{ $delta = $exdelta + $enqdelta }}\
{{ $delta = $delta + $rtrdelta }} {{ $endwait = $startwait + $delta }}\
"\nstart wait="$startwait%m8 "ms end wait="$endwait%m8 "ms" }\
}\
"\nSRR0="X8 " SRR1="X8\
$GENERIC,\
1 {\
{{ $dist = B0.4 }} {{ $junk = B0.12 }}\
{{ $srad = X2 }}\
{{ $assoc = X4 }}\
"\ndist: "\
$dist,\
0 { "unknown" },\
1 { "local" },\
2 { "near" },\
3 { "far" },\
\* { "invalid" }\
" srad="$srad%D2 "assoc="$assoc%D4\
}
460 1.0 L=KERN "@ASSERT WAIT" \
$PLATFORMTYPE, \
0 { "e_assert_wait: tid="prKernelTID($D1) "anchor="$D2 "flag="$D3%D1 "lr="$D4 }, \
1 { "e_assert_wait: tid="prKernelTID($D1) "anchor="$D2 "flag="$D3%D1 "b0="$D4 }
461 1.0 L=KERN "@CLEAR WAIT" \
$PLATFORMTYPE, \
0 { "e_clear_wait: tid="prKernelTID($D1) "anchor="$D2 "result="$D3%D1 "lr="$D4 }, \
1 { "e_clear_wait: tid="prKernelTID($D1) "anchor="$D2 "result="$D3%D1 "b0="$D4 }
462 1.0 L=KERN "@THREAD BLOCK" \
$PLATFORMTYPE, \
0 { "e_block_thread: tid="prKernelTID($D1) "anchor="$D2 "t_flags="$D3 "lr="$D4 }, \
1 { "e_block_thread: tid="prKernelTID($D1) "anchor="$D2 "t_flags="$D3 "b0="$D4 }
463 1.0 L=KERN "@EMPSLEEP" \
$PLATFORMTYPE, \
0 { "e_mpsleep: tid="prKernelTID($TID) "anchor="$D1 "timeout="$D2%D1\
"lock="$D3 "flags="$D4%D1 "lr="$D5%D1 }, \
1 { "e_mpsleep: tid="prKernelTID($TID) "anchor="$D1 "timeout="$D2%D1\
"lock="$D3 "flags="$D4%D1 "b0="$D5%D1 }
464 1.0 L=KERN "@EWAKEUPONE" \
$PLATFORMTYPE, \
0 { "e_wakeup_one: tid="prKernelTID($D1) "anchor="$D2 "lr="$D3 }, \
1 { "e_wakeup_one: tid="prKernelTID($D1) "anchor="$D2 "b0="$D3 }
465 1.0 L=SVC "@THREAD_CREATE SYSTEM CALL" \
$HD, \
0x000 { `thread_create: pid=$D1%D1 tid=$D2%D1 priority=$D3%D1`\n\
` policy=$D4%D1` pidinstall($D1,0,$EXECPATH,$D2,0xff,0xff) }, \
0x001 { " - thread_create pid =" prpid($D1) "tid ="prpid($D2) "vtid="prpid($D5) "vpid="prpid($D4) "cid="$D3%D4 \
cidinstall($D2, $D3, $D4, $D5, 0, 0) }, \
0x002 { `thread_create: Kernel thread limit reached by uid=$D1%D4`\n\
` pid=$D2%D1 kcid=$D3%D4 num=$D4%D4 lim=$D5%D8` }, \
\* { thread_create unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 }
466 1.0 L=KERN "@KTHREAD_START" \
"kthread_start: pid="prKernelPID($D1) "tid="prKernelTID($D2) "priority="$D3%D1 \
"policy="$D4%D1 "func="$D5
467 1.0 L=SVC "@THREAD_TERMINATE SYSTEM CALL" \
"thread_terminate: pid="prKernelPID($D1) "tid="prKernelTID($D2)
468 1.0 L=KERN "@KSUSPEND" \
"ksuspend: tid="prKernelTID($D1) "p_suspended="$D2%D1 "p_active="$D3%D1
469 1.0 L=SVC "@THREAD_SETSTATE" \
"thread_setstate: tid="prKernelTID($D) "t_state="prstate($D2) "t_flags="$D3 \
"priority="$D4%D1 "policy="$D5%D1
46A 1.0 L=SVC "@THREAD_TERMINATE_ACK" \
"thread_terminate_ack: current_tid="prKernelTID($D1) "target_tid="prKernelTID($D2)
46B 1.0 L=SVC "@THREAD_SETSCHED" \
"thread_setsched: pid="prKernelPID($D1) "tid="prKernelTID($D2) "priority="$D3%D1 \
"policy="$D4%D1
46C 1.0 L=SVC "@TIDSIG" \
$PLATFORMTYPE, \
0 { "tidsig: pid="prKernelPID($D1) "tid="prKernelTID($D2) "signal="prsignal($D3) "lr="$D4 }, \
1 { "tidsig: pid="prKernelPID($D1) "tid="prKernelTID($D2) "signal="prsignal($D3) "b0="$D4 }
46D 1.0 L=SVC "@WAIT_ON_LOCK" \
$D5, \
0 {"wait_on_lock: pid="prKernelPID($D1) "tid="prKernelTID($D2) "lockaddr="$D3 \n }, \
1 {"wait_on_lock: pid="prKernelPID($D1) "tid="prKernelTID($D2) "lockaddr="$D3 "owner="$D4%D1 "boosted="$D5 \n }, \
\* { "wait_on_lock: pid="prKernelPID($D1) "tid="prKernelTID($D2) "lockaddr="$D3 \n }
46E 1.0 L=SVC "@WAKEUP_LOCK" \
"wakeup_lock: lockaddr="$D1 "threads_awoken="$D2%D1 \
"waiters_exist="$D4%D1
476 1.0 L=SVC "@THREAD_LOCKBOOST" \
"thread_lockboost: pid="prKernelPID($D1) "tid="prKernelTID($D2) "owner-pri="$D3%D1 \
"mutex-pri="$D4%D1
477 1.0 L=SVC "@WAIT_ON_LOCAL_LOCK" \
"wait_on_local_lock: pid="prKernelPID($D1) "tid="prKernelTID($D2) "owner="$D3%D1 "boosted="$D4 \n
478 1.0 L=APPL "ACL ENGINE:" O2.0 \
$HD%UW, \
1 { `set_acl entry: `$HOOKENV, '64' {O4}`type=A4 ctl_flg=UW obj_mode=UW mode=UW size=UW`}, \
2 { `set_acl exit: `$HOOKENV, '64' {O4}`type=A4 rc=UW obj_mode=UW size=UW cmd=UW`}, \
3 { `validate_acl: `$HOOKENV, '64' {O4}`type=A4 rc=UW ace_cnt=UW acl_len=UW size=UW`}, \
4 { `chk_access entry: `$HOOKENV, '64' {O4}`type=A4 obj_mode=UW size=UW ops=UW uid=UW`}, \
5 { `aixc_chk_access_self: `$HOOKENV, '64' {O4}`type=A4 mode=UW`}, \
6 { `rwx_privcheck: `$HOOKENV, '64' {O4}`type=A4 deny=UW mode=UW`}, \
7 { `nfs4_chk_access_self: `$HOOKENV, '64' {O4}`type=A4 aceN=UW aceCnt=UW req=UW deny=UW`}, \
8 { `nfs4_mask_privcheck: `$HOOKENV, '64' {O4}`type=A4 deny=UW priv=UW`}, \
9 { `nfs4_only_privcheck: `$HOOKENV, '64' {O4}`type=A4 deny=UW priv=UW`}, \
10 { `chk_access exit: `$HOOKENV, '64' {O4}`type=A4 rc=UW ops=UW priv=UW against=UW`}, \
11 { `get_acl entry: `$HOOKENV, '64' {O4}`type=A4 ctl_flg=UW uiosize=UW mode=UW size=UW`}, \
12 { `get_acl exit: `$HOOKENV, '64' {O4}`type=A4 rc=UW size=UW mode=UW`}, \
13 { `get_child_acl entry: `$HOOKENV, '64' {O4}`type=A4 size=UW type=UW`}, \
14 { `get_child_acl exit: `$HOOKENV, '64' {O4}`type=A4 rc=UW cmd=UW mode=UW size=UW`}, \
\* { "UNKNOWN SUBHOOK ID:" $HD%UW }
47B 1.0 L=SVC "MLOCK"\
$HD,\
0x01 { "MLOCKALL "},\
0x02 { "MUNLOCKALL " \
$D1,\
0x00000100 "MCL_CURRENT", \
0x00000200 "MCL_FUTURE" },\
0x03 { "MLOCK " `W1 addr=$D1%X8 len=$D2%XW pid=`prKernelPID($D3)},\
0x04 { "MUNLOCK " `W1 addr=$D1%X8 len=$D2%XW pid=`prKernelPID($D3)},\
0x05 { "MLOCK_FPGIN" `V.S=$D3.$D1 ppage=$D4` vmmsibits($D2) },\
\* { "unknown subhook" }
47F 1.0 L=INT "@PHANTOM EXTINT" \
"phantom interrupt cpuid="$CPUID
480 1.0 " VCM_MAIN 480" \
$GENERIC, \
1 { \
$D1, \
0x3a { "vcm_localOpsBeginCreate_NAME: " W2 $HL%S1 }, \
0x68 { "vcmi_peerCreateObject_NAME: " W2 $HL%S1 }, \
\* { `VCM_MAIN genmode=$D1` } \
$BREAK \
} \
$HD%D1, \
1 { "vcm_clientRegister_ENTER " version=$D1 flags=$D2 revoke_fcn=$D3 },\
2 { "vcm_clientRegister_ERROR " },\
3 { "vcm_clientRegister_EXIT " rc=$D1 version=$D2 chandle=$D3 },\
4 { "vcm_clientUnregister_ENTER " chandle=$D1 },\
5 { "vcm_clientUnregister_EXIT " rc=$D1 chandle=$D2 },\
6 { "vcm_openVFS_ENTER " ch=$D1 vfsp=$D2 useFlags=$D3 },\
7 { "vcm_openVFS_ERROR " },\
8 { "vcm_openVFS_EXIT " rc=$D1 vfsFlags=$D2 vfsHandle=$D3 },\
9 { "vcm_closeVFS_ENTER " vfsHandle=$D1 },\
10 { "vcm_closeVFS_EXIT " rc=$D1 vfshandle=$D2 },\
11 { "vcm_getOpRights_ENTER " vfsH=$D1 requestFlags=$D2 revoke_tag_H=$D3 revoke_tag_L=$D4 fid_ino=$D5 starttimer(0x480,$D5) },\
12 { "vcm_getOpRights_ERROR1 " },\
13 { "vcm_getOpRights_ENTER2 " rights=$D1 fid_gen=$D3 },\
14 { "vcm_getOpRights_ERROR2 " rights=$D1},\
15 { "vcm_getOpRights_EXIT1 " rc=$D1 rights=$D2 opHandle_H=$D3 opHandle_L=$D4 fid_ino=$D5 endtimer(0x480,$D5) },\
16 { "vcm_returnOpRights_ENTER " fid_ino=$D1 fid_gen=$D2 rights=$D3 opH_H=$D4 opH_L=$D5 starttimer(0x480,$D1) },\
17 { "vcm_returnOpRights_EXIT " rc=$D1 fid_ino=$D2 opH_H=$D3 opH_L=$D4 endtimer(0x480,$D2) },\
18 { "vcm_beginCreate_ERROR " dirFidp=$D1 objName=$D2 openRights=$D3 },\
19 { "vcm_beginCreate_ENTER " vfsH=$D1 fid_ino=$D2 openRights=$D3 requestFlags=$D4 },\
20 { "vcm_beginCreate_EXIT2 " rc=$D1 ctag=$D2 },\
21 { "vcm_endCreate_ENTER " vfsH=$D1 ctag=$D2 },\
22 { "vcm_endCreate_ERROR " ohp=$D1 grantedRightsp=$D2 openStatusFlagsp=$D3 revokeTagp=$D4 },\
23 { "vcm_endCreate_EXIT1 " revokeTag=$D1 grantedRights=$D2 openStatusFlags=$D3 },\
24 { "vcm_endCreate_EXIT2 " oh_H=$D1 oh_L==$D2 },\
25 { "allocLocalObj_EXIT1 " bytes_in_block=$D1 n_objs=$D2 objp=$D3 blockNo=$D4 },\
26 { "getLocalObj_ENTER " vp=$D1 hlockp=$D2 hqp=$D3 objp=$D4 },\
27 { "getLocalObj_ERROR1 " rc=$D1 vp=$D2 },\
28 { "getLocalObj_ERROR2 " new_objp=$D1 },\
29 { "getLocalObj_FINDLOCAL " objp=$D1 hgen=$D2 hqp->gen=$D3 },\
30 { "getLocalObj_EXIT " objp=$D1 refCount=$D2 },\
31 { "localObjectRevoke_ENTER " oh_H=$D1 oh_L=$D2 rev_rights=$D3 rtag_H=$D4 rtag_L=$D5 },\
32 { "localObjectRevoke_ERROR " objp=$D1 lobj_oph_H=$D2 lobj_oph_L=$D3 lcl_magic=$D4 refCount=$D5 },\
33 { "localObjectRevoke_CONFLICT_OPEN " crights=$D1 readOpens=$D2 writeOpens=$D3 },\
34 { "localObjectRevoke_CONFLICT_ACTIVE " crights=$D1 activeOps=$D2 },\
35 { "localObjectRevode_EXIT " rc=$D1 heldRights=$D2 crights=$D3 },\
36 { "vmci_localOpsInit_SIZES " lrecTable=$D1 localObjHash=$D2 hash_size=$D3 },\
37 { "vmci_localOpsInit_CLIENTADD " rc=$D1 },\
38 { "vcm_localOpsGet_ENTER " vp=$D1 rights=$D2 starttimer(0x480,$D1) },\
39 { "vcm_localOpsGet_ERROR " rc=$D1 },\
40 { "vcm_localOpsGet_EXIT1 " vp=$D1 rc=$D2 objp=$D3 heldRights=$D4 endtimer(0x480,$D1) },\
41 { "vcm_localOpsGet_EXIT2 " vp=$D1 rc=$D2 endtimer(0x480,$D1) },\
42 { "vcm_localOpsPut_ENTER " lclH=$D1 starttimer(0x480,$D1) },\
43 { "vcm_localOpsPut_EXIT " lclH=$D1 endtimer(0x480,$D1) },\
44 { "vcm_localOpsOpen_ENTER " vp=$D1 openRights=$D2 enforced_types=$D3 starttimer(0x480,$D1) },\
45 { "vcm_localOpsOpen_ERROR1 " error=$D1 },\
46 { "vcm_localOpsOpen_ERROR2 " rc=$D1 },\
47 { "vcm_localOpsOpen_EXIT1 " vp=$D1 lclH=$D2 heldRights=$D3 endtimer(0x480,$D1) },\
48 { "vcm_localOpsOpen_EXIT2 " vp=$D1 rc=$D2 endtimer(0x480,$D1) },\
49 { "vcm_localOpsClose_ENTER " vp=$D1 openRights=$D2 starttimer(0x480,$D1) },\
50 { "vcm_localOpsClose_ERROR1 " v_vflag2=$D1 },\
51 { "vcm_localOpsClose_ERROR2 " vfs_flag=$D1 v_flag2=$D2 },\
52 { "vcm_NOT_CURRENTLY_USED " },\
53 { "vcm_localOpsClose_ERROR4 " readOpens=$D1 },\
54 { "vcm_localOpsClose_ERROR5 " writeOpens=$D1 },\
55 { "vcm_localOpsClose_ERROR6 " vp=$D1 openRights=$D2 heldRights=$D3 },\
56 { "vcm_localOpsClose_EXIT " vp=$D1 openCount=$D2 rc=$D3 endtimer(0x480,$D1) },\
57 { "vcm_localOpsBeginCreate_ENTER " dvp=$D1 rights=$D2 },\
59 { "vcm_localOpsBeginCreate_EXIT1 " crTag=$D1 objp=$D2 },\
60 { "vcm_localOpsBeginCreate_EXIT2 " rc=$D1 },\
61 { "vcm_localOpsEndCreate_ENTER " vp=$D1 crTag=$D2 },\
62 { "vcm_localOpsEndCreate_ERROR1 " lcl_magic=$D1 intFlags=$D2 },\
63 { "vcm_localOpsEndCreate_ERROR2 " },\
64 { "vcm_localOpsEndCreate_ERROR3 " rc=$D1 },\
65 { "vcm_localOpsEndCreate_ERROR4 " rc=$D1 ctag=$D2 },\
66 { "vcm_localOpsEndCreate_ERROR5 " },\
67 { "vcm_localOpsEndCreate_EXIT1 " heldRights=$D1 },\
68 { "vcm_localOpsEndCreate_EXIT2 " rc=$D1 },\
69 { "vcm_init_EXIT_ERROR " rc=$D1 phase=$D2 },\
70 { "vcm_vnop_create_ENTER " dvp=$D1 ch=$D2 ctag=$D3 flags=$D4 },\
71 { "vcm_vnop_create_ERROR1 " rc=$D1 },\
72 { "vcm_vnop_create_ERROR2 " rc=$D1 vp=$D2 },\
73 { "vcm_vnop_create_ERROR3 " rc=$D1 },\
74 { "vcm_vnop_create_EXIT " rc=$D1 vp=$D2 dvp=$D3 name=$D4 },\
75 { "vcm_vnop_open_ERROR " rc=$D1 oph_H=$D2 oph_L=$D3 },\
76 { "vcm_vnop_create_attr_ENTER " dvp=$D1 vcm_ch=$D2 ctag=$D3 },\
77 { "vcm_vnop_create_attr_ERROR1 " rc=$D1 },\
78 { "vcm_vnop_create_attr_ERROR2 " rc=$D1 },\
79 { "vcm_vnop_create_attr_EXIT " rc=$D1 dvp=$D2 name=$D3 },\
80 { "chandleToClientRec_ERROR1 " index=$D1 },\
81 { "chandleToClientRec_ERROR2 " gen=$D1 index=$D2 intFlags=$D3 },\
82 { "vcmi_clientDelete_ERROR1 " crp=$D1 vfsOpens=$D2 },\
83 { "vcmi_clientRevokeRights_ENTER1 " oph_H=$D1 oph_L=$D2 },\
84 { "vcmi_clientRevokeRights_ENTER2 " rights=$D1 revokeTag_H=$D2 revokeTag_L=$D3 revokeFlags=$D4 },\
85 { "vcmi_clientRevokeRights_EXIT " rc=$D1 },\
86 { "vmci_clientAddVFSOpen_ERROR1 " ch=$D1 },\
87 { "vmci_clientAddVFSOpen_ERROR2 " intFlags=$D1 },\
88 { "vmci_clientRemVFSOpen_ERROR1 " ch=$D1 },\
89 { "addVFS_ENTER " vrp=$D1 vfsp=$D2 },\
90 { "closeVFS_ENTER " vrp=$D1 objectRefs=$D2 },\
91 { "vcmi_vfsEndCreate_ERROR1 " vfsH=$D1 ctag=$D2 },\
92 { "vcmi_vfsEndCreate_ERROR2 " c_openp=$D1 },\
93 { "vcmi_vfsAddObjRef_ERROR1 " vh=$D1 c_openp=$D2 },\
94 { "vcmi_vfsAddObjRef_ERROR2 " vrp=$D1 c_intFlags=$D2 c_objectRefs=$D3 },\
95 { "vcmi_vfsDelObjRef_ERROR1 " vh=$D1 c_openp=$D2 },\
96 { "vmci_vfsDelObjRef_ERROR2 " c_objectRefs=$D1 },\
97 { "vcmi_peerReturnObjHandle_ENTER" peerH=$D1 peerTag_H=$D2 peerTag_L=$D3 objHandle=$D4 },\
98 { "vcmi_peerReturnObjHandle_EXIT" },\
99 { "vcmi_peerGetRights_ENTER" peerTag_H=$D1 peerTag_L=$D2 objHandle=$D3 peer_reqFlags=$D4 rights=$D5 starttimer(0x480,$D2) },\
100 { "vcmi_peerGetRights_EXIT1" rc=$D1 peerTag_L=$D2 endtimer(0x480,$D2) },\
101 { "vcmi_peerGetRights_EXIT2" peerOpHandle_H=$D1 peerOpHandle_L=$D2 },\
102 { "vcmi_peerReturnRights_ENTER" rtag_H=$D1 rtag_L=$D2 objHandle=$D3 retFlags=$D4 rights=$D5 },\
103 { "vcmi_peerReturnRights_EXIT" rc=$D1 },\
105 { "vcmi_peerCreateObject_ENTER" peerH=$D1 dvp=$D2 },\
106 { "vcmi_peerCreateObject_EXIT" rc=$D1 },\
107 { "vcmi_peerOpenObject_ENTER" objHandle=$D1 peerOpHandle_H=$D2 peerOpHandle_L=$D3 },\
108 { "vcmi_peerOpenObject_EXIT" rc=$D1 },\
109 { "vcm_peerRegister_ENTER " peerGFSP=$D1 peerFlags=$D2 },\
110 { "vcm_peerRegister_ERROR1 " },\
111 { "vcm_peerRegister_EXIT " pinfop=$D1 phandle=$D2 rc=$D3 },\
112 { "vcm_peerUnregister_ENTER " phandle=$D1 },\
113 { "vcm_peerUnregister_EXIT " rc=$D1 },\
114 { "vcm_peerRevoke_ENTER " objHandle=$D1 rtag_H=$D2 rtag_L=$D3 rights=$D4 rflags=$D5 starttimer(0x480,$D3) },\
115 { "vcm_peerRevoke_EXIT1 " rc=$D1 peerOpHandle_H=$D2 peerOpHandle_L=$D3 relHandles=$D4 objPeerRefs=$D5 },\
116 { "removeRights_SUCCESS " objp=$D1 rights=$D2 intFlags=$D3 numObjs_woRights=$D4 },\
117 { "removeRights_TOPEER " objp=$D1 peerRights=$D2 peerRights_not_neededd=$D4 },\
118 { "checkRevokeResponse_ERROR1 " objp=$D1 chandle=$D2 rvkRights=$D3 },\
119 { "checkRevokeResponse_ERROR2 " objp=$D1 chandle=$D2 rflags=$D3 rvkRights=$D4 },\
120 { "checkRevokeResponse_ERROR3 " objp=$D1 chandle=$D2 rvkCode=$D3 rvkRights=$D4 },\
121 { "checkRevokeResponse_ERROR4 " objp=$D1 chandle=$D2 rflags=$D3 },\
122 { "checkRevokeResponse_SETSTALE " objp=$D1 chandle=$D2 holderFlags=$D3 heldRights=$D4 },\
123 { "objectRecGC_RESULTS " goal=$D1 gcCount=$D2 revokeCount=$D3 },\
124 { "vcm_NOT_CURRENTLY_USED " },\
125 { "getHolder_NEW_HOLDER " holderp=$D1 holderGen=$D2 holderID=$D3 },\
126 { "getHolder_IS_LOCAL " chandle=$D1 holderFlags=$D2 },\
127 { "getObjRec_NEWOBJ " fid_ino=$D1 fid_gen=$D2 objp=$D3 vfsp=$D4 },\
128 { "objRecFromOpHandle_ERROR1 " oph_H=$D1 oph_L=$D2 },\
129 { "getPeerRights_ERROR1 " objp=$D1 peerH=$D2 rc=$D3 },\
130 { "resolveConflicts_INCREATE " objp=$D1 holdp=$D2 rvkRights=$D3 heldRights=$D4 },\
131 { "vcmi_rightsPeerRevoke_ERROR1" objHandle=$D1 peerOpHandle_H=$D2 peerOpHandle_L=$D3 rtag_H=$D4 rtag_L=$D5 },\
132 { "vcmi_rightsPeerRevoke_ERROR2" },\
133 { "vcmi_rightsPeerRevoke_INCREATE" chandle=$D1 rflags=$D2 },\
134 { "vcmi_rightsFlushPeerState_ENTER" peerH=$D1 },\
135 { "vcmi_rightsFlushPeerState_EXIT" peerH=$D1 },\
136 { "vcmi_rightsGet_ESTALE" objp=$D1 holderp=$D2 holderFlags=$D3 },\
137 { "vcmi_rightsPostCreate_ERROR" n_objp=$D1 fid_ino=$D2 fid_gen=$D3 },\
138 { "vcmi_rightsFinishCreate_ERROR1" n_objp=$D1 vfsp=$D2 },\
139 { "vcmi_rightsReturn_ERROR1" rc=$D1 },\
140 { "vcmi_rightsReturn_ERROR2" objp=$D1 rights=$D2 heldRights=$D3 },\
141 { "vcm_getOpRights_EXIT2" rc=$D1 },\
142 { "vcm_peerRevoke_EXIT2" rtag_L=$D1 endtimer(0x480,$D1) },\
143 { "vcm_beginCreate_EXIT1 " rc=$D1 dirFidp=$D2 name=$D3 rights=$D4 },\
144 { "localObjectRevoke_ERROR2 " crights=$D1 },\
145 { "vcm_localOpsClose_ERROR7 " heldRights=$D1 refCount=$D2 activeOps=$D3 },\
146 { "objectRecGC_ENTER " goal=$D1 },\
147 { "getHolder_OLD_RTAG " holderp_rtag_H=$D1 holderp_rtag_L=$D2 rip_rtag_H=$D3 rip_rtag_L=$D4 },\
148 { "vcmi_rightsGet_ENTER " rip_rights=$D1 reqFlags=$D2 rip_rtag_H=$D3 rip_rtag_L=$D4 vfsp=$D5 },\
149 { "vcmi_rightsGet_BAD_RTAG " holderp_rtag_H=$D1 holderp_rtag_L=$D2 rip_rtag_H=$D3 rip_rtag_L=$D4 },\
150 { "vcmi_rightsGet_EXIT " rc=$D1 rip_oph_H=$D2 rip_oph_L=$D3 rip_rtag_H=$D4 rip_rtag_L=$D5 },\
151 { "allocObj_ERROR_GCD " rc=$D1 },\
152 { "vcmi_rightsPostCreate_XFER" objp=$D1 fid_ino=$D2 peerRights=$D3 },\
153 { "vcmi_rightsPostCreate_XFER_ERROR1" objp=$D1 fid_ino=$D2 peerRights=$D3},\
154 { "vcmi_rightsGet_RESTART" objp=$D1 upper_oph=$D2 lower_oph=$D3 upper_rtag=$D4 lower_rtag=$D5},\
155 { "vcm_localOpsEnableObjRights_EXIT1" rc=$D1 handle=$D2 },\
156 { "vcmi_disableObjectRights_ENTER" vfsp=$D1 fid_ino=$D2 fid_gen=$D3 reqFlags=$D4 disableHandlep=$D5},\
157 { "vcmi_disableObjectRights_EXIT" rc=$D1 objp=$D2},\
158 { "vcmi_enableObjectRights_ENTER " handle=$D1 },\
159 { "vcmi_enableObjectRights_EXIT" rc=$D1 },\
\* { `mode=$HD` unknown VCM id: D1=$D1 D2=$D2 D3=$D3 }
481 1.0 " VCM_DEBUG 481" \
$HD%D1, \
1 { "releaseLocalObj_RETURN1 " heldRights=$D1 },\
2 { "releaseLocalObj_RETURN2 " heldRights=$D1 },\
3 { "releaseLocalObj_EXIT1 " free_objp=$D1 readOpens=$D2 writeOpens=$D3 },\
4 { "releaseLocalObj_EXIT2 " refCount=$D1 activOps=$D2 intFlags=$D3 },\
5 { "getLocalRights_EXIT " objp=$D1 lobj_oph_H=$D2 lobj_oph_L=$D3 },\
6 { "vcm_localOpsPut_ERROR " },\
7 { "findVFS_EXIT " vrp=$D1 hq=$D2 },\
8 { "remVFS_ENTER " vrp=$D1 },\
9 { "vcmi_peerFind_RESULTS" peerH=$D1 vfsp=$D2 peerFlags=$D3 },\
10 { "vcmi_peerGetObjHandle_ENTER" prp=$D1 vfsp=$D2 find_ino=$D3 },\
11 { "vcmi_peerGetObjHandle_EXIT1" rc=$D1 objHandle=$D2 },\
12 { "vcmi_peerGetObjHandle_EXIT2" peerH=$D1 vfsp=$D2 rc=$D3 },\
13 { "allocObj_STATS " recIndex=$D1 blockNo=$D2 tot_bytesperblock=$D3 },\
14 { "getLocalRights_ENTER " objp=$D1 vp=$D2 rights=$D3 },\
15 { "getLocalRights_EXIT_ERROR " objp=$D1 rc=$D2 },\
16 { "localObjectRevoke_INVALID_ERROR " },\
17 { "objectRecGC_STATS " freeObjs=$D1 gc_short=$D2 },\
18 { "vcmi_enableObjectRights_freeobj" freeObjs=$D1 },\
\* { `mode=$HD` unknown VCM id: D1=$D1 D2=$D2 D3=$D3 }
48E 0.1 L=APPL "Pthread spinlock" \
{{ $subhookid = $HD & 0xFFFF}} \
$subhookid, \
0x1 { "init address=0x"$D1%XW " lock word=0x"$D2%XW \n }, \
0x2 { "destroy address=0x"$D1%XW " lock word=0x"$D2%XW \n }, \
0x3 { "lock address=0x"$D1%XW " lock word=0x"$D2%XW \n }, \
0x4 { "trylock address=0x"$D1%XW " lock word=0x"$D2%XW\n }, \
0x5 { "unlock address=0x"$D1%XW " lock word=0x"$D2%XW\n }, \
\* { "subhook unknown: "$subhookid%XW \n } \
"ptid: "$D3%DW \n \
"Caller: 0x"$D4%XW \n \
"Caller-Caller: 0x"$D5%XW \n
491 1.0 "@IOPATH TEMPLATE" \
$D1, \
0 { "VM_UIOMOVE READ BUFFER ("$HL%D2")" W2 LOOP $HL {X0} }, \
1 { "VM_UIOMOVE WRITE BUFFER ("$HL%D2")" W2 LOOP $HL {X0} }, \
\* { "DEFAULT BUFFER ("$HL%D2")" W2 LOOP $HL {X0} }
492 1.0 '@HCALL' \
$HD, \
1 { `h_call: start` }, \
2 { `h_call: end` }, \
\* { `h_call: (unknown subhook $HD)` } \
$D1, \
0x01C { `H_GET_TCE` }, \
0x020 { `H_PUT_TCE` }, \
0x03C { `H_LOGICAL_CI_LOAD` }, \
0x040 { `H_LOGICAL_CI_STORE` }, \
0x044 { `H_LOGICAL_CACHE_LOAD` }, \
0x048 { `H_LOGICAL_CACHE_STORE` }, \
0x04C { `H_LOGICAL_ICBI` }, \
0x050 { `H_LOGICAL_DCBF` }, \
0x054 { `H_GET_TERM_CHAR` }, \
0x058 { `H_PUT_TERM_CHAR` }, \
0x064 { `H_EOI` }, \
0x068 { `H_CPPR` }, \
0x06C { `H_IPI` }, \
0x070 { `H_IPOLL` }, \
0x074 { `H_XIRR` }, \
0x078 { `H_MIGRATE_DMA` }, \
0x0E0 { `H_CEDE` }, \
0x0E4 { `H_CONFER` }, \
0x0E8 { `H_PROD` }, \
0x0EC { `H_GET_PPP` }, \
0x0F0 { `H_SET_PPP` }, \
0x0F4 { `H_PURR` }, \
0x0F8 { `H_PIC` }, \
0x0FC { `H_REG_CRQ` }, \
0x100 { `H_FREE_CRQ` }, \
0x104 { `H_VIO_SIGNAL` }, \
0x108 { `H_SEND_CRQ` }, \
0x10C { `H_PUT_RTCE` }, \
0x110 { `H_COPY_RDMA` }, \
0x114 { `H_REGISTER_LOGICAL_LAN` }, \
0x118 { `H_FREE_LOGICAL_LAN` }, \
0x11C { `H_ADD_LOGICAL_LAN_BUFFER` }, \
0x120 { `H_SEND_LOGICAL_LAN` }, \
0x124 { `H_BULK_REMOVE` }, \
0x128 { `H_WRITE_RDMA` }, \
0x12C { `H_READ_RDMA` }, \
0x130 { `H_MULTICAST_CTRL` }, \
0x138 { `H_STUFF_TCE` }, \
0x14C { `H_CHANGE_LOGICAL_LAN_MAC` }, \
0x1D4 { `H_FREE_LOGICAL_LAN_BUFFER` }, \
0x2FC { `H_XIRRX` }, \
0x300 { `H_RANDOM` }, \
0x344 { `H_ATTACH_CA_PROCESS` }, \
0x348 { `H_CONTROL_CA_FUNCTION` }, \
0x34C { `H_DETACH_CA_PROCESS` }, \
0x350 { `H_COLLECT_CA_INT_INFO` }, \
0x354 { `H_CONTROL_CA_FAULTS` }, \
0x35C { `H_DOWNLOAD_CA_FUNCTION` }, \
0x364 { `H_DOWNLOAD_CA_FACILITY` }, \
0x368 { `H_CONTROL_CA_FACILITY` }, \
\* { `(unknown hcall_id $D1)` } \
$HD, \
1 { `iar=$D2 p1=$D3 p2=$D4 p3=$D5` }, \
2 { `iar=$D2 rc=$D3` }
496 1.0 L=APPL "Pthread Barrier" \
{{ $subhookid = $HD & 0xFFFF}} \
$subhookid, \
0x1 { "init barrier address=0x"$D1%XW \n }, \
0x2 { "destroy barrier address=0x"$D1%XW \n }, \
0x3 { "wait barrier address=0x"$D1%XW \n }, \
\* { "subhook unknown: "$subhookid%XW \n } \
"ptid: "$D3%DW \n \
"Caller: 0x"$D4%XW \n \
"Caller-Caller: 0x"$D5%XW \n
49A 1.0 "ADVANCED ACCOUNTING:" \
$HD%D1,\
1 { "dr_handler: DR Phase:" $D1%XW Bind CpuID: $D2 }, \
2 { "interval_register: TRID:" $D1 cmds: $D2%XW handler: $D3%XW argp: $D4%XW }, \
3 { "interval_register: TransName: " $D1%A16.16 }, \
4 { "interval_unregister: handler: " $D1%XW }, \
5 { "acct_int_walk: command: " $D1%XW TransID: $D2 }, \
6 { "acct_int_walk: Transaction Interval, TransID: " $D1%XW }, \
7 { "acct_int_walk: Transaction Enable, TransID: " $D1%XW }, \
8 { "acct_int_walk: Transaction Disable, TransID: " $D1%XW }, \
9 { "_acctctl: aacctctl Request:" $D1%XW }, \
10 { "_acctctl: AACCT Started " }, \
11 { "_acctctl: AACCT Stopped " }, \
12 { "_acctctl: Add a new accounting file. File ID: " $D1 }, \
13 { "_acctctl: Remove an accounting file. File ID: " $D1 }, \
14 { "_acctctl: Switched to an accounting file. File ID: " $D1 }, \
15 { "_acctctl: Acknowledged a FULL acct file, File ID: " $D1 tid: $D2 }, \
16 { "_acctctl: Transaction Defined:" $D1%XW }, \
17 { "_acctctl: Transaction Enabled:" $D1%XW }, \
18 { "_acctctl: Transaction Disabled:" $D1%XW }, \
19 { "close_active_file: Acct file is FULL, File ID:" $D1%XW }, \
20 { "queue_special_file: Acct Termination, File ID:" $D1%XW }, \
21 { "queue_special_file: out of Acct Buffers, File ID:" $D1%XW }, \
22 { "queue_special_file: out of Acct Files, File ID:" $D1%XW }, \
23 { "queue_special_file: Acct file almost FULL, File ID:" $D1%XW }, \
24 { "_acctctl: System Interval Set: Time:" $D1 }, \
25 { "_acctctl: System Interval Reset" }, \
26 { "_acctctl: Process Interval Set: Time:" $D1 }, \
27 { "_acctctl: Process Interval Reset" }, \
28 { "_acctctl: Data Aggregation Set" }, \
29 { "_acctctl: Data Aggregation Reset" }
49B 1.0 "ADVANCED ACCOUNTING ACCT PUT:" \
$HD%D1,\
1 { "_acct_put: Writing acct record, TRID:" $D1 acct flags: $D2%XW projID: $D3 subprojID: $D4 }, \
2 { "_acct_put: Writing Process aggr record, Acct flags:" $D1%XW UID: $D2 projID: $D3 subprojID: $D4 }, \
3 { "_acct_put: Writing Application aggr record, Acct flags:" $D1%XW UID: $D2 projID: $D3 subprojID: $D4 }, \
4 { "_acct_put: Writing Kextension aggr record, Acct flags:" $D1%XW KEName: $D2%A12.12 projID: $D3 subprojID: $D4 }
49E 1.0 "Checkpoint/Restart" \
$HD%D1, \
1 { "hkwd_CHK_START" flags=$D1 id=$D2 }, \
2 { "hkwd_ISSUE_CHKPT" pid=$D1 crid=$D2 }, \
3 { "hkwd_INVOKE_HANDLER" crid=$D1 }, \
4 { "hkwd_CALL_COMMIT" crid=$D1 flags=$D2 }, \
5 { "hkwd_PROCESS_SUSP" crid=$D1 }, \
6 { "hkwd_START_WRITE" crid=$D1 }, \
7 { "hkwd_FINISH_WRITE" crid=$D1 }, \
8 { "hkwd_EXIT_CHKPT" crid=$D1 }, \
9 { "hkwd_CHK_FINISH" tid=$D1 crid=$D2 errno=$D3 }
4A5 1.0 "@VMM_LRU2" \
{{ \
lru_updcrit_unmunge(munge) \
$munge & 0xC0000003, \
\* { \
" " \
BITFLAGS $munge, \
0x80000000 "starvation", \
0x40000000 "file-only", \
0x20000000 "numperm_starvation", \
& 0x00000003 0x00000000 "lru_rev=0", \
& 0x00000003 0x00000001 "lru_rev=1", \
& 0x00000003 0x00000002 "lru_rev=2", \
& 0x00000003 0x00000003 "lru_rev=3" \
} \
}} \
{{ \
lru_psx_unmunge(munge) \
$munge & 0x0F000000, \
\* { \
BITFLAGS $munge, \
& 0x0F000000 0x00000000 "PSX_4K ", \
& 0x0F000000 0x01000000 "PSX_64K", \
& 0x0F000000 0x02000000 "PSX_16M", \
& 0x0F000000 0x03000000 "PSX_16G" \
} \
}} \
$HD, \
0x0 { `VMM LRU: Clock hand cycles memp=$D1 scans=$D2 cycles=$D3` }, \
0x1 { `VMM LRU: No xmemok memp=$D1 scans=$D2 numfrb=$D3 ncpus=$D4` }, \
0x2 { `VMM LRU: Next LRUlist memp=$D1 scans=$D2 ccb=$D3 listtype=$D4 eligible pages in ccb=$D5` }, \
0x3 { `VMM LRU: Compute LRUlist memp=$D1 scans=$D2 ccb=$D3 pass1pgs=$D4` }, \
0x4 { `VMM LRU: Found new CCB memp=$D1 scans=$D2 ccb=$D3` }, \
0x5 { `VMM LRU: Update Criteria memp=$D1 `lru_psx_unmunge($D3)` scans=$D2 `lru_updcrit_unmunge($D3)` steal_color=$D4 unpinned_sysperm=$D5` }, \
0x6 { `VMM LRU: Move to new pass memp=$D1 scans=$D2 new pass=$D3` }, \
0x7 { `VMM LRU: Enter DLA mode memp=$D1 psx=$D2 elapsed=$D3 thresh=$D4` }, \
0x8 { `VMM LRU: DLA Timer wakeall memp=$D1 psx=$D2 elapsed=$D3 thresh=$D4` }, \
0x9 { `VMM LRU: Update Criteria (DLA) memp=$D1 psx=$D2` }, \
0xa { `This VMM LRU trace hook is deprecated as of AIX release 720.`}, \
0xb { `VMM LRU: Update Criteria (use klk pgs) memp=$D1 psx=$D2` }, \
0xc { `This VMM LRU trace hook is deprecated as of AIX release 720.` }
4A7 1.0 "DLPI" \
{{ \
mode(mess) \
$mess, \
0x01 "DL_CODLS", \
0x02 "DL_CLDLS", \
0x04 "DL_ACLDLS", \
\* { UNKNOWN MODE $mess } \
}}\
{{ \
msg_dlpillc(mess) \
$mess%DW, \
1 "bad LLC drop", \
2 "codls mode drop", \
3 "listen DM", \
4 "listen drop", \
\* { UNKNOWN MSG $mess } \
}}\
{{ \
msg_timer(mess) \
$mess%DW, \
0 "fired",\
1 "started", \
2 "stopped", \
\* { invalid argument! $mess } \
}}\
{{ \
eventtype_ind_dlpi(mess) \
$mess, \
0x04 "DL_UNATTACHED", \
0x05 "DL_ATTACH_PENDING", \
0x06 "DL_DETACH_PENDING", \
0x00 "DL_UNBOUND", \
0x01 "DL_BIND_PENDIN", \
0x02 "DL_UNBIND_PENDING", \
0x03 "DL_IDLE", \
0x07 "DL_UDQOS_PENDING", \
0x08 "DL_OUTCON_PENDING", \
0x09 "DL_INCON_PENDING", \
0x0a "DL_CONN_RES_PENDING", \
0x0b "DL_DATAXFER", \
0x0c "DL_USER_RESET_PENDING", \
0x0d "DL_PROV_RESET_PENDING", \
0x0e "DL_RESET_RES_PENDING", \
0x0f "DL_DISCON8_PENDING", \
0x10 "DL_DISCON9_PENDING", \
0x11 "DL_DISCON11_PENDING", \
0x12 "DL_DISCON12_PENDING", \
0x13 "DL_DISCON13_PENDING", \
0x14 "DL_SUBS_BIND_PND", \
0x15 "DL_SUBS_UNBIND_PND", \
\* { UNKNOWN EVENT TYPE IND $mess%DW } \
}}\
{{ \
event_prim(mess) \
$mess, \
0x00 "DL_INFO_REQ", \
0x01 "DL_BIND_REQ", \
0x02 "DL_UNBIND_REQ", \
0x03 "DL_INFO_ACK", \
0x04 "DL_BIND_ACK", \
0x05 "DL_ERROR_ACK", \
0x06 "DL_OK_ACK", \
0x07 "DL_UNITDATA_REQ", \
0x08 "DL_UNITDATA_IND", \
0x09 "DL_UDERROR_IND", \
0x0a "DL_UDQOS_REQ", \
0x0b "DL_ATTACH_REQ", \
0x0c "DL_DETACH_REQ", \
0x0d "DL_CONNECT_REQ", \
0x0e "DL_CONNECT_IND", \
0x0f "DL_CONNECT_RES", \
0x10 "DL_CONNECT_CON", \
0x11 "DL_TOKEN_REQ", \
0x12 "DL_TOKEN_ACK", \
0x13 "DL_DISCONNECT_REQ", \
0x14 "DL_DISCONNECT_IND", \
0x15 "DL_SUBS_UNBIND_REQ", \
0x17 "DL_RESET_REQ", \
0x18 "DL_RESET_IND", \
0x19 "DL_RESET_RES", \
0x1a "DL_RESET_CON", \
0x1b "DL_SUBS_BIND_REQ", \
0x1c "DL_SUBS_BIND_ACK", \
0x1d "DL_ENABMULTI_REQ", \
0x1e "DL_DISABMULTI_REQ", \
0x1f "DL_PROMISCON_REQ", \
0x20 "DL_PROMISCOFF_REQ", \
0x21 "DL_DATA_ACK_REQ", \
0x22 "DL_DATA_ACK_IND", \
0x23 "DL_DATA_ACK_STATUS_IND", \
0x24 "DL_REPLY_REQ", \
0x25 "DL_REPLY_IND", \
0x26 "DL_REPLY_STATUS_IND", \
0x27 "DL_REPLY_UPDATE_REQ", \
0x28 "DL_REPLY_UPDATE_STATUS_IND", \
0x29 "DL_XID_REQ", \
0x2a "DL_XID_IND", \
0x2b "DL_XID_RES", \
0x2c "DL_XID_CON", \
0x2d "DL_TEST_REQ", \
0x2e "DL_TEST_IND", \
0x2f "DL_TEST_RES", \
0x30 "DL_TEST_CON", \
0x31 "DL_PHYS_ADDR_REQ", \
0x32 "DL_PHYS_ADDR_ACK", \
0x33 "DL_SET_PHYS_ADDR_REQ", \
0x34 "DL_GET_STATISTICS_REQ", \
0x35 "DL_GET_STATISTICS_ACK", \
\* { UNKNOWN EVENT TYPE IND $mess%DW } \
}}\
{{ \
message_type(mess) \
$mess, \
0x00 "M_DATA", \
0x01 "M_PROTO", \
0x83 "M_PCPROTO", \
0x84 "M_PCSIG", \
0x0d "M_CTL", \
0x0e "M_IOCTL", \
0x86 "M_FLUSH", \
0x88 "M_START", \
\* { UNKNOWN type $mess } \
}} \
$GENERIC,\
0 { {{ $gener = 0 }} },\
1 { $HOOKENV, \
32 { {{ $gener = 1 }} }, \
64 { {{ $gener = 0 }} } \
} \
$gener, \
0 { \
$HD%D1, \
001 { `dlpiopen entry - q=$D1 OTHERQ=$D2 devp=$D3 flag=$D4 sflag=$D5` }, \
002 { `dlpiopen failed error=$D1%DW` }, \
003 { `dlpiopen out - dlb=$D1 rq=$D2 wq=$D3` }, \
004 { `dlpiclose entry - q=$D1 OTHERQ=$D2 dlb=$D3` }, \
005 { `dlpiclose - state=`eventtype_ind_dlpi($D1) }, \
006 { `dlpiclose - promiscoff err ($D1%DW)` }, \
007 { `dlpiclose - delmulti $D1 err $D2%DW` }, \
008 { `dlpiwput entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
009 { `dlpiwput: M_message type=`message_type($D1) }, \
010 { `dlpirsrv entry - q=$D1 OTHERQ=$D2 dlb=$D3` }, \
047 { `dlpirsrv: mp=$D1,M_message type=`message_type($D2)}, \
011 { `dlpiwsrv entry - q=$D1 OTHERQ=$D2 dlb=$D3` }, \
012 { `dlpiwsrv: mp=$D1,M_message type=`message_type($D2) }, \
013 { `dlpiwsrv datareq deferred dlb=$D1` }, \
014 { `dlpiwsrv - primitive=`event_prim($D1) }, \
015 { W2 $HL%S1 }, \
016 { `dl_attach dlb=$D1 ndd_addr too long ($D2%DW)` }, \
017 { `dl_attach dlb=$D1 no address resolution routine` }, \
018 { `dl_unbind dlb=$D1 dl_unbind: dl_del_filter err $D2%DW` }, \
019 { `dl_add_filter dlb=$D1 ns_add_filter: ns_add err $D2%DW` }, \
020 { `dl_del_filter dlb=$D1 ns_del_filter: ns_del err $D2%DW` }, \
021 { `dl_bind sap $D1 mode=`mode($D2) ` conind $D3%DW` }, \
022 { `dl_subs_bind class $D1` }, \
023 { W2 $HL%S1 }, \
024 { `dl_add_filter error mode: $D1` }, \
025 { `dl_connind rx_sabme: rx_sabme: discard dup dlb=$D1` }, \
026 { `dl_connind rx_sabme: discard pend table full dlb=$D1` }, \
029 { `dl_datareq: state $D1%DW drop` }, \
030 { `dl_rexmit dlb=$D1 retransmitting I-frames` }, \
031 { `dl_rexmit dlb=$D1 cannot dup` }, \
032 { `dl_rexmit dlb=$D1no outstanding I-frames` }, \
033 { `tx_i dlb=$D1 mkframe failed err=$D2%DW` }, \
034 { `tx_i dlb=$D1 tx_frame failed err=$D2%DW` }, \
035 { `tx_super dlb=$D1 tx_frame failed $D2%DW` }, \
036 { `rx_i: dlb=$D1 reject drop (t = $D2%DW)` }, \
037 { `rx_i: dlb=$D1 sent reject ended` }, \
038 { `rx_i: dlb=$D1 mbuf convert drop` }, \
039 { `chktimers: dlb=$D1 why is T1 still running` }, \
040 { `chktimers: dlb=$D1 why is T2 still running` }, \
041 { `expired_t1: dlb=$D1 retry $D2%DW` }, \
042 { `expired_t1: dlb=$D1 retry exhausted` }, \
043 { `expired_t2: dlb=$D1 retry $D2%DW` }, \
044 { `expired_t2: dlb=$D1 retry exhausted` }, \
045 { `expired_ti: dlb=$D1 retry $D2%DW` }, \
046 { `expired_ti: dlb=$D1 busy retry exhausted` }, \
050 { `rx_xtauto: dlb=$D1 unsolicited response drop` }, \
051 { W2 $HL%S1 }, \
052 { W2 $HL%S1 }, \
057 { `rx_ua: p=$D1%DW f=$D2%DW, droppebos.sysmgt.trace.trc.Sd UA` }, \
058 { `rx_ua: state $D1%DW dropped UA` }, \
059 { `rx_dm: state $D1%DW dropped DM` }, \
060 { `rx_disc: state $D1%DW dropped DISC` }, \
061 { `rx_ui: flow control drop` }, \
062 { `local_busy dlb=$D1` }, \
063 { `local_okay dlb=$D1` }, \
064 { `dlpillc: sap 0x$D1: no stream drop` }, \
065 { `dlpillc: multi drop dlb=$D1` }, \
066 { `dlpillc: ctl $D1 `msg_dlpillc($D2) }, \
067 { W2 $HL%S1 }, \
068 { `drd_bind: ndd 0x$D1 ppa $D2%DW sap 0x$D3` }, \
069 { `drd_bind: cannot bind; ppa $D1%DW, err $D2%DW` }, \
070 { `drd_unbind: ndd 0x$D1 ppa $D2%DW sap 0x$D3` }, \
071 { `drd_unbind: cannot bind; ppa $D1%DW, err $D2%DW` }, \
072 { W2 $HL%S1 }, \
073 { `drd_timer:` msg_timer($D1%DW) }, \
074 { W2 $HL%S1 }, \
075 { `drd_timeout: no route dlb=$D1` }, \
076 { `drd_intr: bogus interrupt` }, \
077 { W2 $HL%S1 }, \
078 { `drd_intr: unexpected LLC PDU 0x$D1` }, \
079 { `drd_intr: unexpected XID CMD` }, \
080 { `dlpiconfig - config init: drd sap 0x$D1` }, \
081 { `dlpiconfig - config term: drd sap 0x$D1` }, \
082 { `nddrele - p_ref underflow` }, \
\* { `unknown subhook $HD%D1 error $ERROR` } \
}, \
1 { W2 $HL%S1 }
4A8 1.0 "XTI" \
{{ \
event_state_bit(mess) \
$mess, \
0x0001 SE_ERROR, \
0x0002 SE_HAVEDATA, \
0x0004 SE_HAVEOOB, \
0x0008 SE_DATAFULL, \
0x0010 SE_CONNOUT, \
0x0020 SE_CONNIN, \
0x0040 SE_SENDCONN, \
0x0080 SE_RECVCONN, \
0x4000 SE_POLL, \
0x8000 SE_STATUS, \
\* { UNKNOWN EVENT STATE BIT $mess } \
}} \
{{ \
eventtype_ind_T(mess) \
$mess%DW, \
20 "T_BIND_ACK", \
21 "T_CONN_CON", \
22 "T_CONN_IND", \
23 "T_DATA_IND", \
24 "T_DISCON_IND", \
25 "T_ERROR_ACK", \
26 "T_EXDATA_IND", \
27 "T_INFO_ACK", \
28 "T_OK_ACK", \
29 "T_OPTMGMT_ACK", \
30 "T_ORDREL_IND", \
31 "T_UNITDATA_IND", \
32 "T_UDERROR_IND", \
33 "T_ADDR_ACK", \
\* { UNKNOWN EVENT TYPE IND $mess%DW } \
}}\
{{ \
event_state_ts(mess) \
$mess%DW, \
0 "TS_UNINIT", \
1 "TS_UNBND", \
2 "TS_WACK_BREQ", \
3 "TS_WACK_UREQ", \
4 "TS_IDLE", \
5 "TS_WACK_OPTREQ", \
6 "TS_WACK_CREQ", \
7 "TS_WCON_CREQ", \
8 "TS_WRES_CIND", \
9 "TS_WACK_CRES", \
10 "TS_DATA_XFER", \
11 "TS_WIND_ORDREL", \
12 "TS_WREQ_ORDREL", \
13 "TS_WACK_DREQ6", \
14 "TS_WACK_DREQ7", \
15 "TS_WACK_DREQ9", \
16 "TS_WACK_DREQ10", \
17 "TS_WACK_DREQ11", \
18 "TS_WACK_ORDREL", \
19 "TS_NOSTATES", \
\* { UNKNOWN EVENT TS $mess%DW } \
}} \
{{ \
msgerr_put(error) \
$error%D1, \
1 "incorrect message size", \
2 "unitdata_req on non-CLTS provider", \
3 "ordrel_req on non-COTS_ORD provider", \
4 "data_req on non-COTS provider", \
\* { UNKNOWN EVENT $error%D1 } \
}} \
{{ \
msgerr_send(error) \
$error%D1, \
1 "splitmsg failed", \
2 "mblk_to_mbuf failed", \
\* { UNKNOWN EVENT $error%D1 } \
}} \
{{ \
msgerr_req(error) \
$error%D1, \
1 "failed to create socket", \
2 "would place interface out of state",\
3 "incorrect message size", \
4 "incorrect address size", \
5 "invalid address size", \
6 "copy_to_mbuf failed", \
7 "xti_snd_flushrw failed", \
8 "options not supported", \
9 "invalid options size", \
10 "invalid flag specified", \
11 "invalid option", \
12 "qlen must be greater than zero", \
13 "primitive not supported by provider", \
14 "invalid dest address", \
15 "invalid connection data size", \
16 "option allocation failed", \
17 "readonly option", \
18 "incorrect option size", \
19 "invalid sequence number", \
20 "must respond to other rcvd conn indications first", \
21 "invalid resfd", \
22 "invalid transport provider", \
23 "invalid resfd, no socket", \
24 "would place resfd out of state", \
25 "invalid discon data size", \
26 "invalid sequence number:no conn ind", \
27 "cannot send normal data", \
28 "TSDU size exceeded", \
29 "cannot send expedited data", \
30 "ETSDU size exceeded", \
31 "TSDU not supported", \
32 "invalid connection indication count", \
33 "failed to allocate qlen", \
\* { UNKNOWN EVENT $error%D1 } \
}} \
{{ \
eventtype(mess) \
$mess%DW, \
1 "T_BIND_REQ", \
2 "T_CONN_REQ", \
3 "T_CONN_RES", \
4 "T_DATA_REQ", \
5 "T_DISCON_REQ", \
6 "T_EXDATA_REQ", \
7 "T_INFO_REQ", \
8 "T_OPTMGMT_REQ", \
9 "T_ORDREL_REQ", \
10 "T_UNBIND_REQ", \
11 "T_UNITDATA_REQ", \
12 "T_ADDR_REQ", \
19 "T_FEEDBACK_REQ", \
\* { UNKNOWN EVENT $mess%DW } \
}}\
{{ \
eventtype_te(mess) \
$mess%DW, \
1 "TE_BIND_REQ",\
2 "TE_UNBIND_REQ",\
3 "TE_OPTMGMT_REQ", \
4 "TE_BIND_ACK",\
5 "TE_OPTMGMT_ACK",\
6 "TE_CONN_REQ",\
7 "TE_CONN_RES",\
8 "TE_DISCON_REQ",\
9 "TE_DATA_REQ ",\
10 "TE_EXDATA_REQ",\
11 "TE_ORDREL_REQ",\
12 "TE_CONN_IND",\
13 "TE_CONN_CON",\
14 "TE_DATA_IND",\
15 "TE_EXDATA_IND",\
16 "TE_ORDREL_IND",\
17 "TE_DISCON_IND1",\
18 "TE_DISCON_IND2",\
19 "TE_DISCON_IND3",\
20 "TE_ERROR_ACK",\
21 "TE_OK_ACK1",\
22 "TE_OK_ACK2",\
23 "TE_OK_ACK3",\
24 "TE_OK_ACK4",\
25 "TE_PASS_CONN",\
26 "TE_UNITDATA_REQ",\
27 "TE_UNITDATA_IND",\
28 "TE_UDERROR_IND",\
29 "TE_NOEVENTS",\
\* { UNKNOWN TE_EVENT $mess%DW } \
}} \
$GENERIC,\
0 { {{ $gener = 0 }} },\
1 { $HOOKENV, \
32 { {{ $gener = 1 }} }, \
64 { {{ $gener = 0 }} } \
} \
$gener, \
0 { \
$HD%D1, \
001 { `xtiso_config` cmd=$D1%X1,\
1 "CFG_INIT ",\
2 "CFG_TERM ",\
\* {"UNKNOWN CFG CMD ("$D1%X1")"} }, \
002 { `return from xtiso_config rc=$D1%D1 error=$D2%D1` }, \
003 { `xtiopen entry - q=$D1 OTHERQ=$D2 devp=$D3 flag=$D4 sflag=$D5` }, \
004 { `xtiopen: this is a CLONEOPEN of $D1%DW` }, \
005 { `xtiopen: this is a OPEN of major=$D1%DW minor=$D2%DW` }, \
006 { `xtiopen: found xticb $D1 $D2%DW $D3%DW` }, \
007 { `xtiopen: cdevsw_open_comm() failed $D1%DW` }, \
008 { `xtiopen: xtip 0x$D1 minor $D2%DW` }, \
009 { `xtiopen: failed to create socket error:$D1` }, \
010 { `xtiwput entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
011 { `xtiwput: request type=`eventtype($D1) }, \
012 { `xtiwput: M_message type=`$D1, \
0x00 "M_DATA", \
0x01 "M_PROTO", \
0x83 "M_PCPROTO", \
0x0e "M_IOCTL", \
0x86 "M_FLUSH", \
\* {"UNKNOWN type" } }, \
013 { `xtiwput: minor:$D1%DW` msgerr_put($D2) }, \
014 { `xtiwput: minor:$D1%DW bad TPI message type $D2%DW` }, \
015 { `xtiwput: M_IOCNAK for cmd=$D1%DW` }, \
016 { `xtiwput: Non understood msg type $D1%DW received mp= $D2` }, \
017 { `xticlose entry - q=$D1 OTHERQ=$D2 so=$D3` }, \
018 { `xtirsrv entry - q=$D1 OTHERQ=$D2` }, \
020 { `xtiwsrv: entry - q=$D1 OTHERQ=$D2` }, \
021 { `xtiwsrv-doing startup on xtip=$D1` }, \
022 { `xtiwsrv-sending exdata` }, \
023 { `xtiwsrv-getq() returned: mp=$D1` }, \
024 { `xtiwsrv-early return flow=$D1%DW` }, \
025 { `xtiso: event=`eventtype_te($D1) \
` original state=`event_state_ts($D2) \
` next state=`event_state_ts($D3) }, \
026 { `xtiso: event=`eventtype_te($D1) \
` new state=`event_state_ts($D2) }, \
030 { `xti_addr_req: q:$D1 OTHERQ=$D2 mp=$D3` }, \
031 { `xti_addr_req: xtip:$D1` msgerr_req($D2) }, \
035 { `xti_bind_req: entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
036 { `xti_bind_req: xtip:$D1` msgerr_req($D2)}, \
037 { `xti_bind_req : pp->tbindreq.ADDR_length=$D1%DW` }, \
038 { `xti_bind_req: mp:$D1 error:$D2%DW` msgerr_req($D3)}, \
039 { `xti_bind_req: sobind($D1, $D2)` }, \
040 { `xti_bind_req: sobind error=$D1%DW` }, \
041 { `xti_bind_req : tbindack fields:PRIM_type:$D1 ADDR_leng:$D2 ADDR_offs:$D3 CONIND_nu:$D4` }, \
046 { `xti_unbind_req: entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
047 { `xti_unbind_req: xti_snd_ok_ack(q=$D1 mp=$D2)`}, \
048 { `xti_unbind_req: xtip:$D1` msgerr_req($D2) }, \
049 { `xti_optmgmt_req: xtip:$D1 OTHERQ=$D2 mp=$D3` }, \
050 { `xti_optmgmt_req: xtip:$D1`msgerr_req($D2) }, \
051 { `xti_optmgmt_req: mp:$D1` msgerr_req($D2) }, \
052 { `xti_listen_req: entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
057 { `xti_listen_req: state:$D1%DW would place interface out of state` }, \
058 { `xti_listen_req: xtip:$D1 qlen must be greater than zero` }, \
059 { `xti_listen_req: solisten error status error:$D1%DW` }, \
060 { `xti_conn_req: xtip:$D1` msgerr_req($D2) }, \
061 { `xti_conn_req: entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
062 { `xti_conn_res: entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
063 { `xti_discon_req: entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
064 { `xti_data_req: entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
065 { `xti_exdata_req: entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
066 { `xti_unitdata_req: entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
067 { `xti_ordrel_req: entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
068 { `xti_info_req: entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
069 { `xti_unitdata_req: msgdsize(mp=$D1) = $D2%DW\n` }, \
071 { `xti_conn_req: soconnect so=$D1 nam=$D2 error=$D3` }, \
072 { `xti_conn_res: xtip:$D1` msgerr_req($D2) }, \
073 { `xti_disconn_req: xtip:$D1` msgerr_req($D2) }, \
074 { `xti_datareq_req: xtip:$D1` msgerr_req($D2) }, \
075 { `xti_exdatareq_req: xtip:$D1` msgerr_req($D2) }, \
076 { `xti_unitdatareq_req: xtip:$D1` msgerr_req($D2) }, \
077 { `xti_ordrelreq_req: xtip:$D1` msgerr_req($D2) }, \
082 { `xti_startup: sobind($D1, $D2)` }, \
083 { `xti_startup: sobind($D1, $D2) failed error=$D3%DW` }, \
084 { `xti_startup: xtip=$D1 error=$D2%DW` msgerr_req($D3) }, \
085 { `xti_startup: solisten(so=$D1 qlen=$D2%DW) failed=$D3%DW` }, \
086 { `xti_discon_ind: xtip=$D1` msgerr_req($D2) }, \
087 { `xti_data_ind: xtip=$D1` msgerr_req($D2) }, \
088 { `xti_unitdata_ind: xtip=$D1` msgerr_req($D2) }, \
089 { `xti_ordrelind_ind: xtip=$D1` msgerr_req($D2) }, \
090 { `xti_listen_req: solisten(so=$D1 qlen=$D2%DW)` }, \
091 { `xti_startup: solisten(so=$D1 qlen=$D2%DW)` }, \
092 { `xti_ordrel_ind: soshutdown($D1, 0) = $D2%DW` }, \
093 { `xti_send: entry so=$D1 type=$D2%DW` }, \
095 { `xti_send: sosend(q=$D1 so=$D2)` }, \
096 { `xti_send: xticb $D1 sosend error $D2%DW: data lost` }, \
097 { `xti_rcv: xti_rcv(xtip=$D1 dp=$D2 type=$D3 anam=$D4)` }, \
098 { `xti_send: xtip=$D1` msgerr_send($D2) }, \
099 { `xti_finished: xtip=$D1 xti_entry_init failed` }, \
100 { `xti_dumpso: type=$D1%DW state=$D2 pcb=$D3 iodne=$D4 ioarg=$D5` }, \
101 { `xti_dumpproto_1: tsdulen=$D1%DW etsdulen=$D2%DW connectlen=$D3%DW disconlen=$D4%DW addrlen=$D5%DW` }, \
102 { `xti_dumpiocblk: cmd=$D1%DW uid=$D2%DW count=$D3%DW error=$D4%DW rval=$D5%DW` }, \
103 { `xti_dumpproto_2: optlen=$D1%DW tidulen=$D2%DW connectlen=$D3%DW servtype=$D4%DW` }, \
104 { `xti_setopt: sosetopt failed = $D1%DW` }, \
105 { `xti_rcv: previous soreceive read $D1%DW` }, \
106 { `xti_rcv: mbufdsize($D1)=$D2%DW` }, \
107 { `xti_rcv: size=$D1%DW, flags=$D2, msgdsize=$D3%DW more=$D4%DW` }, \
110 { `xtiso:prec_insq - entry...q=$D1 OTHERQ=$D2 mp=$D3` }, \
111 { `xtiso:prec_insq - xti_snd_ok_ack q=$D1 mp=$D2` }, \
112 { `xti_output-entry...q=$D1 OTHERQ=$D2 mp=$D3` }, \
113 { `xti_input - entry...xtip=$D1` }, \
114 { `xti_input-indication=$D1%DW` }, \
115 { `xti_new_tp_ind-entry xtip=$D1` }, \
116 { `xti_conn_ind-entry xtip=$D1` }, \
117 { `xti_conn_con-entry xtip=$D1` }, \
118 { `xti_discon_ind-entry xtip=$D1` }, \
119 { `xti_data_ind-entry xtip=$D1 indication=$D2%DW` }, \
120 { `xti_ordrel_ind-entry xtip=$D1` }, \
121 { `xti_unitdata_ind-entry xtip=$D1` }, \
122 { `xti_uderror_ind-entry q=$D1 error=$D2%DW` }, \
123 { `xti_cleanup-entry q=$D1 mp=$D2 error=$D3%DW` }, \
124 { `xti_finished-entry q=$D1` }, \
125 { `xti_snd_error_ack-entry q=$D1 dir=$D2%DW` }, \
126 { `xti_snd_flushrw-entry q=$D1 dir=$D2%DW` }, \
127 { `xti_snd_ok_ack-entry q=$D1 mp=$D2 tli_error=$D3%DW unix_error=$D4%DW` }, \
128 { `xti_entry_init-socreate error = $D1%DW` }, \
129 { `xti_entry_init-entry xtip=$D1 flags=$D2%DW` }, \
130 { `xti_wqenable-entry q=$D1` }, \
131 { `xti_rqenable-entry q=$D1` }, \
132 { `xti_canput-entry q=$D1 need=$D2%DW` }, \
133 { `xti_init_socket-entry so=$D1 q=$D2` }, \
134 { `putnext-entry q=$D1 mp=$D2` }, \
135 { `xti_discon_ind-discon_event=`eventtype_te($D1) }, \
137 { `xti_canput-setting FLOW CONTROL, space=$D1%DW need=$D2%DW` }, \
138 { `xti_canput-clearing FLOW CONTROL, space==$D1%DW need=$D2%DW` }, \
140 { `xtiso:new_tp_ind lastState=$D1 state=$D2 xti_sostate=$D3` }, \
141 { `xtiso:new_tp_ind `eventtype_ind_T($D1) }, \
142 { `xtiso:new_tp_ind ` event_state_bit($D1) eventtype_ind_T($D2) }, \
143 { `xtiso: new_tp_ind(xtip=$D1) - xti_state=`event_state_ts($D2) `indication=`eventtype_ind_T($D3) }, \
146 { `xtiso: new_tp_ind(xtip=$D1) - xti_state=$D2%DW indication=$D3%DW` }, \
147 { `xtiso: new_tp_ind(xtip=$D1) - xti_state=`event_state_ts($D2) ` state=SE_CONNIN sodequeue error=$D3%DW` }, \
150 { `copy_to_mbuf-entry addr=$D1 len=$D2%DW type=$D3%DW nam=$D4` }, \
151 { `copy_to_mbuf m_get returns $D1` }, \
152 { W2 $HL%S1 }, \
\* { `unknown subhook $HD%D1 error $ERROR` } \
}, \
1 { W2 $HL%S1 }
4A9 1.0 "TIMOD" \
{{ \
eventtype_timod(mess) \
$mess%DW, \
1 "TI_BIND", \
2 "TI_GETINFO", \
3 "TI_OPTMGMT", \
4 "TI_UNBIND", \
5 "TI_GETMYNAME", \
6 "TI_GETPEERNAME", \
7 "TI_ADDR", \
8 "TI_XTI_HELLO", \
9 "TI_XTI_GET_STATE", \
10 "TI_XTI_CLEAR_EVENT", \
11 "TI_XTI_MODE", \
12 "TI_TLI_MODE", \
13 "TI_XTI_GET_SEQUENCE", \
\* { UNKNOWN EVENT TYPE $mess%DW } \
}}\
$HD%D1, \
001 { `timod_open entry - q=$D1 OTHERQ=$D2 devp=$D3 flag=$D4 sflag=$D5` }, \
002 { `timod_open - mi_open_comm() failed error=$D1%DW` }, \
003 { `timod_close entry - q=$D1 OTHERQ=$D2 timod=$D3` }, \
004 { `timod_close - mi_close_comm() failed error=$D1%DW` }, \
005 { `timod_rput entry - q=$D1 OTHERQ=$D2 mp=$D3 timod=$D4` }, \
006 { `timod_rput: M_message type=`$D1, \
0x00 "M_DATA", \
0x01 "M_PROTO", \
0x83 "M_PCPROTO", \
0x0e "M_IOCTL", \
0x86 "M_FLUSH", \
\* {"UNKNOWN type" } }, \
007 { `timod_rput - primitive=`eventtype_ind_T($D1) }, \
008 { `timod_wput entry - q=$D1 OTHERQ=$D2 mp=$D3 timod=$D4` }, \
009 { `timod_wput: M_message type=`$D1, \
0x00 "M_DATA", \
0x01 "M_PROTO", \
0x83 "M_PCPROTO", \
0x0e "M_IOCTL", \
0x86 "M_FLUSH", \
\* {"UNKNOWN type" } }, \
010 { `timod_wput - primitive=`eventtype($D1) }, \
011 { `timod_wput - primitive=`eventtype_timod($D1) }, \
\* { `unknown subhook $HD%D1 error $ERROR` }
4AA 1.0 "TIRDWR" \
$HD%D1, \
001 { `tirdwr_open entry - q=$D1 OTHERQ=$D2 devp=$D3 flag=$D4 sflag=$D5` }, \
002 { `tirdwr_open failed error=$D1%DW` }, \
003 { `tirdwr_close entry - q=$D1 OTHERQ=$D2` }, \
004 { `tirdwr_close - primitive=`eventtype($D1) }, \
005 { `tirdwr_rput entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
006 { `tirdwr_rput: M_message type=`$D1, \
0x00 "M_DATA", \
0x01 "M_PROTO", \
0x83 "M_PCPROTO", \
0x0e "M_IOCTL", \
0x86 "M_FLUSH", \
\* {"UNKNOWN type" } }, \
007 { `tirdwr_rput - primitive=`eventtype_ind_T($D1) }, \
008 { `tirdwr_wput entry - q=$D1 OTHERQ=$D2 mp=$D3` }, \
009 { `tirdwr_wput: M_message type=`$D1, \
0x00 "M_DATA", \
0x01 "M_PROTO", \
0x83 "M_PCPROTO", \
0x0e "M_IOCTL", \
0x86 "M_FLUSH", \
\* {"UNKNOWN type" } }, \
\* { `unknown subhook $HD%D1 error $ERROR` }
4AE 1.0 L=KERN "@ras_errhook" \
"ras_errhook() service: comp_data="$D1%XW "errcode="$D2%XW \
"caller1="$D3%XW "caller2="$D4%XW "caller3="$D5%XW
4AF 1.0 L=KERN "@EXCESSIVE INTERRUPT DISABLEMENT " \
$HD%D1, \
0 { \
"excessive disablement: ticks " $D1%DW \
"events " $D2%DW \
"IAR " $D3 \
"LR " $D4 \
"TRB callout " $D5 \
}, \
1 { "excessive disablement SUSPEND prev_ticks="$D1" LR="$D2 }, \
2 { "excessive disablement RESUME prev_enabled="$D1" LR="$D2 }, \
3 { "excessive disablement FORGIVE LR="$D1 }
4B0 1.0 "@UNDISPATCH" \
{{ \
prwtype(type) \
$type%D1, \
0 "TNOWAIT", \
1 "TWEVENT", \
2 "TWLOCK", \
3 "TWTIMER", \
4 "TWCPU", \
5 "TWPGIN", \
6 "TWPGOUT", \
7 "TWPLOCK", \
8 "TWFREEF", \
9 "TWMEM", \
10 "TWLOCKREAD", \
11 "TWUEXCEPT", \
12 "TWZOMB", \
13 "TWLOCK_WX", \
14 "TWVMMWAIT", \
15 "TWSLOCK", \
\* "UNKNOWN TYPE" \
}} \
"undispatch: wtype=" prwtype($D1) " wchan="$D2 \
"old_tid="prpid($TID) "CPUID="$D3%U1
4C1 1.0 "@VMM_PSIZE" \
$HD, \
0 { `VMM psize inc: psx=$D1 npgs_unpin=$D2 npgs_add=$D3 npgs_new=$D4` \
"\n " `new_pfavail=$D5` }, \
1 { `VMM psize dec: psx=$D1 npgs_unpin=$D2 npgs_rem=$D3 npgs_new=$D4` \
"\n " `new_pfavail=$D5` }
4C2 1.0 "@VMM_PSM" \
$HD, \
0 { `VMM PSM promote: mp=$D1 tgt=$D2 remain=$D3 rc=$D4 drunsafe=$D5` }, \
1 { `VMM PSM prom scan: fs=$D1 fcptr=$D2 fcbmap=$D3 flist=$D4 nfree=$D5` }, \
2 { `VMM PSM chng psize: nfr=$D1 dfs=$D2 rfs=$D3 npgs_don=$D4 npgs_rcv=$D5` }, \
3 { `VMM PSM lw promote: fs=$D1 nfr=$D2 bmap=$D3 rc=$D4` }, \
4 { `VMM PSM lw migrate: V.S=$D2.$D1 nfr=$D3 n_nfr=$D4 rc=$D5` }, \
5 { `VMM PSM hw promote: mp=$D1 nfr=$D2 dpsx=$D3 rpsx=$D4 rc=$D5` }, \
6 { `VMM PSM demote: mp=$D1 dpsx=$D2 rpsx=$D3 dtgt=$D4 drem=$D5` }, \
7 { `VMM PSM dem scan: mp=$D1 fs=$D2 nfr=$D3 nfree=$D4` }, \
8 { `VMM PSM request: mp=$D1 psx=$D2 pfavail=$D3 npages=$D4 rc=$D5` }, \
9 { `VMM PSM fail limit: mp=$D1 npages=$D2 psx_don=$D3 psx_rcv=$D4` },\
0xA { `VMM PSM abort pass: nfr=$D1 fs=$D2 pass=$D3 nskip=$D4 rc=$D5` }, \
0xB { `VMM PSM start pin: mp=$D1 dpsx=$D2 rpsx=$D3 pfavail=$D4 npages=$D5` }, \
0xC { `VMM PSM start fre0: mp=$D1 dpsx=$D2 rpsx=$D3 dfree=$D4 rfree=$D5` }, \
0xD { `VMM PSM start fre1: mp=$D1 dnumperm=$D2 dnumclient=$D3` }, \
0xE { `VMM PSM tgt npgs: mp=$D1 dpsx=$D2 rpsx=$D3 tgt=$D4 dfree=$D5` }, \
0xF { `VMM PSM tmr start: mp=$D1 interval=$D2` }, \
0x10 { `VMM PSM tmr tmout: mp=$D1` }, \
0x11 { `VMM PSM tmr stop: mp=$D1` }, \
0x12 { `VMM PSM start LRU: mp=$D1 psx=$D2` }, \
0x13 { `VMM PSM prog tmout: mp=$D1 rpsx=$D2 lastprog=$D3 oldreq=$D4` }, \
0x14 { `VMM_PSM mk pin req: mp=$D1 psx=$D2 rc=$D3 psmd_waitl=$D4` }, \
0x15 { `VMM PSM hw migchk: nfr=$D1 swbits=$D2 pftpvt=$D3 ssid=$D4` }, \
0x16 { `VMM PSM lw migchk: nfr=$D1 krc=$D2 swbits=$D3 pftpvt=$D4 ssid=$D5` }, \
0x17 { `VMM PSM prom scan2: rc=$D1` }, \
0x18 { `VMM PSM 16M start: pid=$D1 sid=$D2 pno=$D3 psx=$D4 timebase=$D5` }, \
0x19 { `VMM PSM 16M end: sid=$D1 pno=$D2 nfr64K=$D3 krc=$D4 krc2=$D5` }, \
0xF1A {`VMM PSM 16M isolated: mp=$D1 nfr16M=$D2 dpsx=$D3 num_chg=$D4` }, \
0x11B {`VMM PSM 16M popstart: pid=$D1 sid=$D2 pno=$D3 psx=$D4 nfr16M=$D5` }, \
0x21B {`VMM PSM 16M popend: mp=$D1 nfr16M=$D2 krc=$D3 krc2=$D4` }, \
0x11C {`VMM PSM 16M release: mp=$D1 nfr16M=$D2 krc=$D3 krc2=$D4` }
4C3 1.0 "@VMM_WRITE" \
$HD, \
0x00 { `VMM WRITE: sid=$D1 src=$D2 dest=$D3 bytes=$D4 basecopy_flags=$D5` }, \
0x01 { `VMM WRITE Excp: sid=$D1 src=$D2 dest=$D3 bytes=$D4 rc=$D5` }, \
0x02 { `VMM MVC: sid=$D1 pno=$D2 pgoff=$D3 count=$D4 cmd=$D5` }, \
0x03 { `VMM MVC: sid=$D1 offset=$D2 nbyte=$D3` }
4C9 1.0 'WPAR' \
$GENERIC, \
1 { \
$D1, \
0x22 { "return kwpar_getrootpath= " W2 $HL%S1 }, \
0x3a { "return kwpar_gethostname hostname= " W2 $HL%S1 }, \
0x3c { `return kwpar_getname name=G16 $HL%S1` }, \
0x3e { "return kwpar_getdomainname domainname= " W2 $HL%S1 }, \
0x40 { "enter kwpar_sethostname hostname= " W2 $HL%S1 }, \
0x43 { "enter kwpar_setdomainname domainname= " W2 $HL%S1 }, \
0x49 { "wpar_cant_chkpnt debug message= " W2 $HL%S1 }, \
0x4b { " corral_config kcid="W2 D4 "WPAR_name=" S2 "WPAR_root_path=" S2 }, \
0x4c { " corral_modify kcid="W2 D4 "newname WPAR_name=" $HL%S1 }, \
0x91 { " kwpar_mkKEexport name=" W2 $HL%S1 }, \
0x93 { "enter kwpar_gethash name=" W2 $HL%S1 }, \
0x94 { " kwpar_gethash libpath=" W2 $HL%S1 }, \
\* { `Unknown Generic hook id=$D1` } \
$BREAK \
} \
$HD, \
001 { `enter corral_getpids kcid=$D1%D1 u_index=$D2` }, \
002 { `return corral_getpids CQRY_FOUND` }, \
003 { `return corral_getpids CQRY_NOTFOUND` }, \
004 { `enter corral_query kcid=$D1%D1 u_corral=$D2 u_size=$D3` }, \
005 { `return corral_query rc=0` }, \
006 { `return corral_query rc=$D1%D1` }, \
007 { `enter corral_getinfo kcid=$D1%D1 op=$D2%D1 u_buf=$D3 u_size=$D4` }, \
008 { `return corral_getinfo rc=0` }, \
009 { `return corral_getinfo rc=-1 error=$D1%D1` }, \
00a { `enter brand in=$D1` }, \
00b { `return brand rc=-1 error=$D1%D1` }, \
00c { `return brand rc=0 pid=`prKernelPID($D1) ` kcid=$D2%D4` }, \
00d { `enter kwpar_setinitpid pcorral=$D1 pid=`prKernelPID($D2) }, \
00e { `return kwpar_setinitpid rc=EBUSY` }, \
00f { `return kwpar_setinitpid rc=0` }, \
010 { `enter kwpar_init` }, \
011 { `return kwpar_init fail 11` }, \
012 { `return kwpar_init fail 12` }, \
013 { `return kwpar_init fail 13` }, \
014 { `return kwpar_init success 14` }, \
015 { `enter panel_init` }, \
016 { `return panel_int rc=ENOMEM` }, \
017 { `return panel_int rc=0` }, \
018 { `enter wlm_start_corral` }, \
019 { `return wlm_start_corral rc=0` }, \
01a { `enter wlm_stop_corral` }, \
01b { `return wlm_stop_corral rc=0` }, \
01c { `enter kwpar_lock_kcid kcid=$D1%D1` }, \
01d { `return kwpar_lock_kcid rc=NULL` }, \
01e { `return kwpar_lock_kcid pcorral=$D1` }, \
01f { `enter kwpar_getrootpath kcid=$D1%D1 plen=$D2 ppath=$D3` }, \
020 { `return kwpar_getrootpath rc=ENOENT` }, \
021 { `return kwpar_getrootpath rc=ENOSPC` }, \
023 { `enter kwpar_inuse prochr=$D1 reason=$D2%D1 id=$D3%D1 kcid=$D4%D1` }, \
024 { `enter kwpar_option_enabled kcid=$D1%D1 option=$D2%D1` }, \
025 { `return kwpar_option_enabled rc=0` }, \
026 { `enter corral_delete kcid=$D1%D1` }, \
027 { `return corral_delete rc=0` }, \
028 { `return corral_delete rc=-1 error=$D1%D1` }, \
029 { `enter corral_config in=$D1` }, \
02a { `return corral_config rc=0` }, \
02b { `return corral_config rc=-1 error=$D1 completed=$D2` }, \
02c { `enter corral_modify in=$D1` }, \
02d { `return corral_modify rc=0` }, \
02e { `return corral_modify rc=$D1%D1 errlocal=$D2` }, \
02f { `enter remove_aliases target=$D1` }, \
030 { `return remove_aliases rc=$D1%D1` }, \
031 { `return remove_aliases rc=0` }, \
032 { `enter add_aliases target=$D1 in=$D2` }, \
033 { `return add_aliases rc=$D1%D1` }, \
034 { `enter kwpar_loadmeta pkcorral=$D1` }, \
035 { `return kwpar_loadmeta rc=$D1%D1` }, \
036 { `enter kwpar_unloadmeta pkcorral=$D1` }, \
037 { `return kwpar_unloadmeta rc=$D1%D1` }, \
038 { `enter kwpar_gethostname kcid=$D1%D1 adspace=$D2` }, \
039 { `return kwpar_gethostname rc=EINVAL` }, \
03b { `enter kwpar_getname kcid=$D1%D1 adspace=$D2` }, \
03d { `enter kwpar_getdomainname kcid=$D1%D1 adspace=$D2` }, \
03f { `enter kwpar_sethostname kcid=$D1%D1` }, \
041 { `return kwpar_sethostname rc=0` }, \
042 { `enter kwpar_setdomainname kcid=$D1%D1` }, \
044 { `return kwpar_setdomainname rc=0` }, \
045 { `enter kwpar_gethostid kcid=$D1%D1` }, \
046 { `return kwpar_gethostid rc=0 hostid=$D1%D1` }, \
047 { `enter kwpar_sethostid kcid=$D1%D1` }, \
048 { `return kwpar_sethostid rc=0 hostid=$D1%D1` }, \
04a { `wpar_cant_chkpnt kcid=$D1%D1 cant_chkpnt=$D2%D1 caller=$D3 caller2=$D4` }, \
04d { `enter kwpar_devbranch_add kcid=$D1%D1` }, \
04e { `return kwpar_devbranch_add rc =$D1%D1` }, \
04f { `enter kwpar_devtrunk` }, \
050 { `return kwpar_devtrunk` }, \
051 { `enter kwpar_devleaf_add kcid=$D1%D1` }, \
052 { `return kwpar_devleaf_add rc =$D1%D1` }, \
052 { `return kwpar_devleaf_add rc =$D1%D1` }, \
053 { `return kwpar_devleaf_add rc =$D1%D1` }, \
054 { `enter kwpar_devbranch_delete kcid=$D1%D1` }, \
055 { `return kwpar_devbranch_delete rc =$D1%D1` }, \
056 { `enter kwpar_exp_add kcid=$D1%D1` }, \
057 { `return kwpar_exp_add rc=$D1%D1` }, \
058 { `enter kwpar_exp_delete kcid=$D1%D1` }, \
059 { `return kwpar_exp_delete rc=$D1%D1` }, \
05a { `enter kwpar_exp_getbyrdevno kcid=$D1%D1` }, \
05b { `return kwpar_exp_getbyrdevno rc=$D1%D1` }, \
05c { `enter wpar_mkdevexport kcid=$D1%D1` }, \
05d { `return wpar_mkdevexport rc=$D1%D1` }, \
05e { `enter wpar_rmdevexport kcid=$D1%D1` }, \
05f { `return wpar_rmdevexport rc=$D1%D1` }, \
060 { `enter wpar_mkdevimport impdev=$D1` }, \
061 { `return wpar_mkdevimport rc=$D1%D1` }, \
062 { `enter kwpar_getbyname kcid=$D1%D1` }, \
063 { `return kwpar_getbyname rc=$D1%D1` }, \
064 { `return wpar_rmdevimport inwimp=$D1%D1` }, \
065 { `return wpar_rmdevimport rc=$D1%D1` }, \
066 { `return wio_getdev kcid=$D1%D1` }, \
067 { `return wio_getdev rc=$D1%D1` }, \
068 { `return wio_getdev rc=$D1%D1` }, \
069 { `return wio_getdev rc=$D1%D1` }, \
06a { `return wio_getdev rc=$D1%D1` }, \
06b { `return wio_getdev rc=$D1%D1` }, \
06c { `return wio_getdev rc=$D1%D1` }, \
06d { `return kwio_devexpset kcid=$D1%D1` }, \
06e { `return kwio_devexpset rc=$D1%D1` }, \
06f { `return kwio_devexpset rc=$D1%D1` }, \
070 { `return kwio_devexpset rc=$D1%D1` }, \
071 { `return kwio_devexpset rc=$D1%D1` }, \
072 { `return kwio_devexpunset kcid=$D1%D1` }, \
073 { `return kwio_devexpunset rc=$D1%D1` }, \
074 { `return kwio_devexpunset rc=$D1%D1` }, \
075 { `return kwio_devexpunset rc=$D1%D1` }, \
076 { `return kwio_devexpunset rc=$D1%D1` }, \
077 { `return kwio_devexpget kcid=$D1%D1` }, \
078 { `return kwio_devexpget rc=$D1%D1` }, \
079 { `return kwio_devexpget rc=$D1%D1` }, \
07a { `return kwio_devexpget rc=$D1%D1` }, \
07b { `return wpar_getdevexp index=$D1%D1` }, \
07c { `return wpar_getdevexp rc=$D1%D1` }, \
07d { `return wpar_setdevexpname wimp=$D1%D1` }, \
07e { `return wpar_setdevexpname rc=$D1%D1` }, \
07f { `return wpar_setdevexpname rc=$D1%D1` }, \
080 { `return wpar_setdevexpname rc=$D1%D1` }, \
081 { `return kwpar_devV2Rname kcid=$D1%D1` }, \
082 { `return kwpar_devV2Rname rc=$D1%D1` }, \
083 { `return kwpar_devV2Rname rc=$D1%D1` }, \
084 { `return kwpar_devV2Rname rc=$D1%D1` }, \
085 { `return kwpar_ddioctl kcid=$D1%D1` }, \
086 { `return kwpar_ddioctl rc=$D1%D1` }, \
087 { `return kwpar_ddioctl rc=$D1%D1` }, \
088 { `return kwpar_getrootpath rc=EINVAL` }, \
089 { `enter kwpar_lock_kcid_with_chk kcid=$D1%D1` }, \
08a { `return kwpar_lock_kcid_with_chk rc=NULL` }, \
08b { `return kwpar_lock_kcid_with_chk pcorral=$D1` }, \
08c { `enter kwpar_devV2Rname_CID kcid=$D1%D1` }, \
08d { `return kwpar_devV2Rname_CID rc=$D1%D1` }, \
08e { `enter wpar_KEexp cmd=$D1%D1 kcid=$D2%D1` }, \
08f { `exit wpar_KEexp cmd=$D1%D1 kcid=$D2%D1 rc=$D3%D1 errno=$D4%D1 code=$D5%D1` }, \
090 { `enter kwpar_mkKEexport - kcid=$D1%D1 KEexp=$D2 type=$D3%D1 major=$D4%D1 sig[0]=$D5%X1` }, \
092 { `exit kwpar_mkKEexport - rc=$D1%D1 code=$D2%D1` }, \
095 { `exit kwpar_gethash - rc=$D1%D1 sig[0]=$D2%X1 code=$D3%D1` }, \
097 { `enter kwpar_chk_kext cmd=$D1%D1` }, \
098 { ` REG_KMID hndl=$D1 KEexpp=$D2 kmid=$D3` }, \
099 { ` Found ALL match` }, \
09a { ` Found PV_DEV_LOAD match` }, \
09b { `exit kwpar_chk_kext cmd=$D1%D1 rc=$D2%D1 errno=$D3%D1 match=$D4%D1 code=$D5%D1` }, \
09c { `enter find_file` }, \
09d { `exit find_file - fp=$D1 code=$D2%D1` }, \
09e { `enter kwpar_rmKEexport - kcid=$D1%D1 wdev=$D2 ` }, \
09f { `exit kwpar_rmKEexport - rc=$D1%D1 ` }, \
100 { `enter kwpar_rmKEexports - kcid=$D1%D1 need_lck=$D2%D1 ` }, \
101 { `exit kwpar_rmKEexports - rc=$D1%D1 ` }, \
102 { `enter kwpar_qryKEexport - kcid=$D1%D1 wdev=$D2 ` }, \
103 { `exit kwpar_qryKEexport - rc=$D1%D1 ` }, \
104 { `enter kwpar_qryKEexports - kcid=$D1%D1 wdev=$D2 size=$D3 ` }, \
105 { `exit kwpar_qryKEexports - rc=$D1%D1 size=$D2 ` }, \
140 { `enter wpar_dr_pre - in=$D1 ` }, \
141 { `exit wpar_dr_pre - in=$D1 ` }, \
142 { `exit wpar_dr_pre - rc=-1 in=$D1 ` }, \
143 { `exit wpar_dr_pre - rc=-1 in=$D1 ` }, \
144 { `exit wpar_dr_pre - code=4 rc=-1 in=$D1 ` }, \
145 { `exit wpar_dr_pre - code=3 rc=-1 in=$D1 ` }, \
146 { `enter wpar_getclassindex ` }, \
147 { `exit wpar_getclassindex ` }, \
150 { `enter wpar_mig_set_version ` }, \
151 { `exit wpar_mig_set_version rc=0` }, \
152 { `exit wpar_mig_set_version rc=$D1%D1 ` }, \
155 { `enter kwpar_get_params - kcid=$D1%D1 ` }, \
156 { `exit kwpar_get_params - cross_oslevel=$D1%D1 wpar_cre=$D2%D1 ` }, \
157 { `exit kwpar_get_params - rc=$D1%D1 ` }, \
160 { `enter wpar_set_cre - op=$D1%D1 level=$D2%D1 ` }, \
161 { `exit wpar_set_cre - set pv_cre=$D1%D1 ` }, \
162 { `exit wpar_set_cre - error rc=$D1%D1 ` }, \
163 { ` wpar_lookup_cre - cre=$D1%D1 ` }, \
170 { `enter cordata_config - cid=$D1%D1 ` }, \
171 { `exit cordata_config - rc=$D1%D1 ` }, \
172 { `enter corral_getid - name=$D1 ` }, \
173 { `exit corral_getid - u_error=$D1%D1 ` }, \
174 { `exit corral_getid - cid=$D1%D1 ` }, \
175 { `enter kwpar_setstate - clearbits=$D1%D1 setbits=$D2%D1 ` }, \
176 { `exit kwpar_setstate - rc=$D1%D1 ` }, \
200 { `enter kwpar_rel_all - line=$D1%D1 ` }, \
201 { `exit kwpar_rel_all - line=$D1%D1 ` }, \
202 { `enter kwpar_cfg_state - op=$D1%D1 ` }, \
203 { `exit kwpar_cfg_state - rc=$D1%D1 state=$D2 ` }, \
204 { `enter kwpar_find_maj - line=$D1%D1 ` }, \
205 { `exit kwpar_find_maj - line=$D1%D1 ` }, \
206 { `enter kwpar_alloc_maj - line=$D1%D1 ` }, \
207 { `exit kwpar_alloc_maj - rc=$D1%D1 line=$D2 ` }, \
208 { `enter kwpar_setmajor - line=$D1%D1 ` }, \
209 { `exit kwpar_setmajor - rc=$D1%D1 line=$D2 ` }, \
20a { `enter kwpar_chkmajor - line=$D1%D1 ` }, \
20b { `exit kwpar_chkmajor - rc=$D1%D1 line=$D2 ` }, \
20c { `enter wpar_kexpops - op=$D1%D1 ` }, \
20d { `exit wpar_kexpops - rc=$D1%D1 line=$D2 ` }, \
20c { `enter kwpar_setOnePrefMinor - major=$D1%D1 ` }, \
20d { `exit kwpar_setOnePrefMinor - line=$D1%D1 start1=$D2 ` }, \
210 { `enter kwpar_setOneMinor - major=$D1%D1 ` }, \
211 { `exit kwpar_setOneMinor - line=$D1%D1 start1=$D2 ` }, \
212 { `enter kwpar_MinorsFast - line=$D1%D1 ` }, \
213 { `exit kwpar_MinorsFast - line=$D1%D1 start1=$D2 ` }, \
214 { `enter kwpar_setminors - major=$D1%D1 ` }, \
215 { `exit kwpar_MinorsFast - line=$D1%D1 start1=$D2 ` }, \
216 { `enter kwpar_delminor - line=$D1%D1 ` }, \
217 { `exit kwpar_delminor - line=$D1%D1 start1=$D2 ` }, \
220 { `enter kwpar_savemrc cid=$D1 tid=$D2 jpm_buf=$D3 ut_mrc=$D4 ` }, \
221 { `return kwpar_savemrc cid=$D1 ` }, \
222 { `enter kwpar_getmrc cid=$D1 tid=$D2 jpm_buf=$D3 ` }, \
223 { `return kwpar_getmrc cid=$D1 mrc=$D2 ` }, \
900 { `enter wpar_errlog_init cid=$D1 line=$D2 ` }, \
901 { `return wpar_errlog_init cid=$D1 rc=$D2 errno=$D3 line=$D4 ` }, \
902 { `enter wpar_errlog_dealloc cid=$D1 line=$D2 ` }, \
903 { `return wpar_errlog_dealloc cid=$D1 rc=$D2 errno=$D3 line=$D4 ` }, \
904 { `enter kwpar_write_errbuf cid=$D1 input_buf=$D2 size=$D3 line=$D4 ` }, \
905 { `return kwpar_write_errbuf cid=$D1 rc=$D2 errno=$D3 line=$D4 ` }, \
906 { `enter wpar_log_err_buf cid=$D1 buf_size=$D2 line=$D3 ` }, \
907 { `return wpar_log_err_buf cid=$D1 rc=$D2 errno=$D3 line=$D4 ` }, \
90A { `enter copy_into_strpool arg=$D1 strpool_size=$D2 strpool_offset=$D3 line=$D4 ` }, \
90B { `return copy_into_strpool rc=$D1 errno=$D2 line=$D3 ` }, \
90C { `enter copy_into_payload arg=$D1 payload_size=$D2 payload_offset=$D3 line=$D4 ` }, \
90D { `return copy_into_payload rc=$D1 errno=$D2 line=$D3 ` }, \
90E { `enter kwpar_err cid=$D1 msg_set_no=$D2 msg_no=$D3 line=$D4 ` }, \
90F { `return kwpar_err cid=$D1 rc=$D2 errno=$D3 line=$D4 ` }, \
910 { `enter wpar_read_err_buf cid=$D1 size=$D2 line=$D3 ` }, \
911 { `return wpar_read_err_buf cid=$D1 rc=$D2 errno=$D3 line=$D4 ` }, \
912 { `enter smcr_timebase func=$D1%D1 arg1=$D2, arg2=$D3 ` }, \
913 { ` smcr_timebase timebase: tb_high=$D1 tb_low=$D2 flag=$D3 ` }, \
914 { ` smcr_timebase mpdp->version=$D1 expected=$D2 ` }, \
915 { ` smcr_timebase mpdp=$D1 mpd_from_ublk=$D2 ` }, \
916 { ` smcr_timebase assume restart and mcr_proc_data struct not yet instantiated ` }, \
917 { ` smcr_timebase mpd.version=$D1 ` }, \
918 { ` smcr_timebase kwp->mcr_data.version=$D1 ` }, \
919 { `return smcr_timebase rc=$D1%D1 ` }, \
920 { `enter calc_virtual_time func=$D1%D1 tbcp=$D2 wtimep=$D3 rtimep=$D4 ` }, \
921 { ` calc_virtual_time walltime=$D1 realtime=$D2 ` }, \
922 { `return calc_virtual_time rc=$D1%D1 ` }, \
923 { `enter get_virtual_time func=$D1%D1 tbcp=$D2 wtmp=$D3 rtmp=$D4 adjflag=$D5 ` }, \
924 { `return get_virtual_time tbw=$D1 tbr=$D2 ` }, \
925 { `return get_proc_mcrdata mpdp=$D1 rc=$D2%D1 ` }, \
\* { `unknown subhook id $HD` }
4CA 1.0 "@VMM_ERR" \
$HD, \
0x000 { `VMM ERR vmrelease: addr=$D1 nb=$D2 caller=$D5 sid=$D3` vmmsibits($D4) }, \
0x001 { `VMM ERR vmprotect: addr=$D1 nb=$D2 caller=$D5 sid=$D3` vmmsibits($D4) }, \
0x101 { \
{{ $intr = $D3%W32.63 }} \
{{ $et = $D3%W0.31 }} \
{{ $avl = $D4%W32.63 }} \
{{ $pmap = $D4%W0.31 }} \
{{ $rsl = $D5%W32.63 }} \
{{ $hcal = $D5%W0.31 }} \
`VMM EXC bt vcs: ep=$D1 lr=$D2 et=`$et%U4` intr=`$intr%U4` pmap=`$pmap%U4` rsl=`$rsl%U4` hcall=`$hcal%U4 }, \
0x102 { \
{{ $intr = $D3%W32.63 }} \
{{ $et = $D3%W0.31 }} \
{{ $avl = $D4%W32.63 }} \
{{ $pmap = $D4%W0.31 }} \
{{ $rsl = $D5%W32.63 }} \
{{ $hcal = $D5%W0.31 }} \
`VMM EXC fs vcs: ep=$D1 lr=$D2 et=`$et%U4` intr=`$intr%U4` pmap=`$pmap%U4` rsl=`$rsl%U4` hcall=`$hcal%U4 }, \
0x103 { \
{{ $et = $D3%W0.31 }} \
{{ $rsl = $D4%W0.31 }} \
{{ $hcal = $D5%W0.31 }} \
`VMM EXC pcs: ep=$D1 lr=$D2 et=`$et%U4` rsl=`$rsl%U4` hcall=`$hcal%U4 }, \
0x104 { \
{{ $et = $D3%W0.31 }} \
{{ $rsl = $D4%W0.31 }} \
{{ $hcal = $D5%W0.31 }} \
`VMM EXC pcs DR: ep=$D1 lr=$D2 et=`$et%U4` rsl=`$rsl%U4` hcall=`$hcal%U4 }
4CB 1.1 "@LFS: vnop_fid" \
$HD, \
0xFF { `vnop_fid(vp = $D2) = $D1, fid_ino = $D3, fid_gen = $D4` }, \
\* { vnop_fid unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4CC 1.1 "@LFS: vnop_getacl" \
$HD, \
0xFF { `vnop_getacl(vp = $D2) = $D1` }, \
0xFE { `vnop_getaclx(vp = $D5) = $D1, acl_type = $D2, acl_sz = $D3, mode = $D4` }, \
\* { vnop_getacl unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4CD 1.1 "@LFS: vnop_setacl" \
$HD, \
0xFF { `vnop_setacl(vp = $D2) = $D1` }, \
0xFE { `vnop_setaclx(vp = $D2, acl_type = $D3, mode = $D4) = $D1` }, \
\* { vnop_setacl unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4CE 1.1 "@LFS: vnop_getea" \
$HD, \
0xFF { `vnop_getea(vp = $D2) = $D1` }, \
\* { vnop_getea unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4CF 1.1 "@LFS: vnop_setea" \
$HD, \
0xFF { `vnop_setea(vp = $D2, flags = $D3) = $D1` }, \
\* { vnop_setea unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4D0 1.1 "@LFS: vnop_listea" \
$HD, \
0xFF { `vnop_listea(vp = $D2) = $D1` }, \
\* { vnop_listea unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4D1 1.1 "@LFS: vnop_removeea" \
$HD, \
0xFF { `vnop_removeea(vp = $D2) = $D1` }, \
\* { vnop_removeea unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4D2 1.1 "@LFS: vnop_getpcl" \
$HD, \
0xFF { `vnop_getpcl(vp = $D2) = $D1` }, \
\* { vnop_getpcl unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4D3 1.1 "@LFS: vnop_setpcl" \
$HD, \
0xFF { `vnop_setpcl(vp = $D2) = $D1` }, \
\* { vnop_setpcl unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4D4 1.1 "@LFS: vnop_revoke" \
$HD, \
0xFF { `vnop_revoke(vp = $D2, cmd = $D3, flags = $D4) = $D1` }, \
\* { vnop_revoke unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4D5 1.1 "@LFS: vnop_memcntl" \
$HD, \
0xFF { `vnop_memcntl(vp = $D2, cmd = $D3, arg = $D4) = $D1` }, \
\* { vnop_memcntl unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4D6 1.1 "@LFS: vfs_root" \
$HD, \
0xFF { `vfs_root(vfsp = $D3) = $D1, *vpp = $D2` }, \
\* { vfs_root unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4D7 1.1 "@LFS: vfs_sync / vfs_syncvfs" \
$HD, \
0xFF { `vfs_sync(gfs_type = $D2, vfsp = $D3, cmd = $D4) = $D1` }, \
\* { vfs_sync unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4D8 1.1 "@LFS: vfs_cntl" \
$HD, \
0xFF { `vfs_cntl(vfsp = $D2, cmd = $D3, arg = $D4, argsiz = $D5) = $D1` }, \
\* { vfs_cntl unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4D9 1.1 "@LFS: vfs_quotactl" \
$HD, \
0xFF { `vfs_quotactl(vfsp = $D2, cmd = $D3, id = $D4, arg = $D5) = $D1` }, \
\* { vfs_quotactl unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4DA 1.1 "@LFS: vfs_aclxcntl" \
$HD, \
0xFF { `vfs_aclxcntl(vfsp = $D2, vp = $D3, cmd = $D4) = $D1` }, \
\* { vfs_aclxcntl unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4DB 1.1 "@LFS: vnop_hold / vnop_rele" \
$HD, \
0xFF { `vnop_hold(vp = $D2, getcaller = $D3) = $D1` }, \
0xFE { `vnop_rele(vp = $D1, getcaller = $D2)` }, \
\* { vnop_hold unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4DC 1.0 "@LFS: pile subsystem" \
$HD, \
0x01 { `pile_init: pflags = $D2, objsize = $D3, spages = $D4, getcaller = $D5: pile = $D1` }, \
0x02 { `pile_destroy: pile = $D1, totalpages = $D2, spages = $D3, pflags = $D4, getcaller = $D5` }, \
0x03 { `pile_alloc: pile = $D2, getcaller = $D5: obj = $D1, slab = $D3, refcount = $D4` }, \
0x04 { `pile_free: obj = $D1, getcaller = $D5: pile = $D2, slab = $D3, refcount = $D4` }, \
0x05 { `pile_config_max: pile = $D2, pflags = $D3, origmax = $D4, newmax = $D5: rc = $D1` }, \
0x06 { `pile_config_min: pile = $D2, pflags = $D3, origmin = $D4, newmin = $D5: rc = $D1` }, \
0x07 { `pile_slab_alloc: pile = $D3, pflags = $D4, flags = $D5: rc = $D1, slab = $D2` }, \
0x08 { `pile_slab_destroy: pile = $D1, pflags = $D2, slab = $D3, sflags = $D4, spages = $D5` }, \
0x09 { `pile_slab_squeeze: pile = $D1, pflags = $D2, slab = $D3, spages = $D4, refcount = $D5` }, \
0x0A { `pile_slab_reclaim: pile = $D1, pflags = $D2, slab = $D3, spages = $D4, refcount = $D5` }, \
\* { pile unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4DD 1.0 "@LFS: name lookup cache" \
{{ nlcaction(act) `name cache $act: vfsp = $D1, dp = $D2, np = $D3, nid = $D4, hash = $D5` }} \
$HD, \
0x01 { `name cache purge: vfsp = $D1, halted = $D2, getcaller = $D3, getcaller2 = $D4` }, \
0x02 { `name cache resume: halted = $D1, getcaller = $D2, getcaller2 = $D3` }, \
0x03 { nlcaction('enter') }, \
0x04 { nlcaction('delete') }, \
0x11 { nlcaction('miss') }, \
0x12 { nlcaction('negative hit') }, \
0x13 { nlcaction('false hit') }, \
0x14 { nlcaction('good hit') }, \
\* { name cache unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4DE 1.1 "@JFS2: metadata cache" \
{{ pxd(type) $HOOKENV, \
64 { O8 R4 {{ $len = X3 }} {{ $high = X1 }} O8 R4 {{ $low = X4 }} }, \
32 { {{ $len = X3 }} {{ $high = X1 }} {{ $low = X4 }} } \
{{ $high = $high * 0x100000000 }} {{ $high = $high + $low }} \
`blk = $high, len = $len` }} \
$HD, \
0x1 { `JFS2 metadata checkout: bp = $D1, vp = $D2, lv` W3 pxd()`, getcaller = $D5`}, \
0x2 { `JFS2 metadata checkin: bp = $D1, vp = $D2, lv` W3 pxd()`, getcaller = $D5`}, \
0x3 { `JFS2 metadata devstrat0: bp = $D1, vp = $D2, lv blk = $D3, bcount = $D4, getcaller = $D5`}, \
0x4 { `JFS2 metadata iodone read: bp = $D1, vp = $D2, berror = $D3`}, \
0x5 { `JFS2 metadata wait: bp = $D1, vp = $D2, pbflags = $D3`}, \
0x6 { `JFS2 metadata devstrat1: bp = $D1, vp = $D2, lv blk = $D3, bcount = $D4, getcaller = $D5`}, \
0x7 { `JFS2 metadata devstrat2: bp = $D1, vp = $D2, lv blk = $D3, bcount = $D4, getcaller = $D5`}, \
0x8 { `JFS2 metadata iodone write: bp = $D1, vp = $D2, berror = $D3`}, \
\* { 4DE unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4DF 1.1 "@JFS2: inode cache" \
$HD, \
0x1 { `JFS2 iget: vp = $D1, count = $D2, ino = $D3, dev = $D4, getcaller = $D5`}, \
0x2 { `JFS2 iput: vp = $D1, count = $D2, ino = $D3, nlink = $D4, getcaller = $D5`}, \
0x3 { `JFS2 files counted: vfsp = $D1, synced = $D2`}, \
0x4 { `JFS2 iCacheInode head: vp = $D1, next = $D2, getcaller = $D3, getcaller2 = $D4, getcaller3 = $D5`}, \
0x5 { `JFS2 iCacheInode tail: vp = $D1, prev = $D2, getcaller = $D3, getcaller2 = $D4, getcaller3 = $D5`}, \
0x6 { `JFS2 iTryRecycle Remove: vp = $D1, next = $D2, getcaller = $D3, getcaller2 = $D4, getcaller3 = $D5`}, \
0x7 { `JFS2 iTryRecycle Ins1: vp = $D1, prev = $D2, getcaller = $D3, getcaller2 = $D4, getcaller3 = $D5`}, \
0x8 { `JFS2 iTryRecycle Ins2: vp = $D1, prev = $D2, getcaller = $D3, getcaller2 = $D4, getcaller3 = $D5`}, \
0x9 { `JFS2 iUnmount Insert: vp = $D1, prev = $D2, getcaller = $D3, getcaller2 = $D4, getcaller3 = $D5`}, \
0xA { `JFS2 iUnmount Remove: vp = $D1, next = $D2, getcaller = $D3, getcaller2 = $D4, getcaller3 = $D5`}, \
0xB { `JFS2 iGetRef Remove: vp = $D1, next = $D2, getcaller = $D3, getcaller2 = $D4, getcaller3 = $D5`}, \
0xC { `JFS2 iActivate Remove: vp = $D1, next = $D2, getcaller = $D3, getcaller2 = $D4, getcaller3 = $D5`}, \
\* { 4DF unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4E0 1.1 "@JFS2: snapshot" \
{{ snaptrace(what) `JFS2 snapshot $what: bp = $D1, vfsp = $D2, snap dev = $D3, lv blk = $D4, bcount = $D5` }} \
{{ exttrace(what) `JFS2 snapshot $what: bp = $D1, vfsp = $D2, fs blk = $D3, bcount = $D4` }} \
{{ snapexttrace(what) `JFS2 snapshot $what: xaddr = $D1, xlen = $D2` }} \
{{ snapfifo(what) `JFS2 snapshot $what: ipSMap = $D1, tblk = $D2, list = $D3, level = $D4` }} \
$HD, \
0x01 { exttrace('cow fs ext') }, \
0x02 { snaptrace('cow snap ext') }, \
0x03 { snaptrace('cow bfs ext') }, \
0x04 { exttrace('read fs ext') }, \
0x05 { snaptrace('read snap ext') }, \
0x06 { snapexttrace('iod fs ext') }, \
0x07 { `JFS2 snapshot ron fs ext: xaddr = $D1, xlen = $D2, ip = $D3` }, \
0x08 { `JFS2 snapshot fifo in: ipSMap = $D1, tblk = $D2, tlckList = $D3, tail = $D4` }, \
0x09 { snapfifo('fifo out') }, \
0x0a { snapfifo('fifo wakeup') }, \
0x0b { snapfifo('fifo wait') }, \
0x0c { `JFS2 snapshot iod free: xaddr = $D1, xlen = $D2, fFlag = $D3, mapType = $D4, tblk = $D5` }, \
0x0d { `JFS2 snapshot COW Queue: ssd = $D1, siod = $D2, sfd = $D3, W4 O6 pirh/t = X1/X1,W5 piiph/t = X1/X1 pixoh/t = X1/X1, porh/t = X1/X1 poiph/t = X1/X1` }, \
0x0e { `JFS2 snapshot COW IOWait: ssd = $D1, mysiod = $D2, xfdList = $D3, W4 O6 pirh/t = X1/X1, W5 piiph/t = X1/X1 pixoh/t = X1/X1, porh/t = X1/X1 poiph/t = X1/X1` },\
0x0f { `JFS2 snapshot PIIOD: ssd = $D1, sfd = $D2, LINE # = $D3%DW, W4 O6 pirh/t = X1/X1, W5 piiph/t = X1/X1 pixoh/t = X1/X1, porh/t = X1/X1 poiph/t = X1/X1` },\
0x10 { `JFS2 snapshot Wakeup: ssd = $D1, sfd = $D2, ioWait = $D3, LINE# = $D4%DW, W5 piiph/t = X1/X1 pixoh/t = X1/X1, porh/t = X1/X1 poiph/t = X1/X1` },\
0x11 { `JFS2 snapshot POIOD: ssd = $D1, eosPageOut= $D2, W3 O6 pirh/t = X1/X1, W4 piiph/t = X1/X1 pixoh/t = X1/X1, porh/t = X1/X1 poiph/t = X1/X1` },\
0x12 { `JFS2 snapshot COWEOS : ssd = $D1, ssdnxt = $D2, flag = $D3, W4 O6 pirh/t = X1/X1, W5 piiph/t = X1/X1 pixoh/t = X1/X1, porh/t = X1/X1 poiph/t = X1/X1` },\
0x13 { `JFS2 snapshot COWPOR: ssd = $D1, sfd = $D2, flag = $D3, W4 O6 pirh/t = X1/X1, W5 piiph/t = X1/X1 pixoh/t = X1/X1, porh/t = X1/X1 poiph/t = X1/X1` },\
0x14 { `JFS2 snapshot PageIn IODone: ssd = $D1, b_forw = $D2, error = $D3, W4 O6 pirh/t = X1/X1, W5 piiph/t = X1/X1 pixoh/t = X1/X1, porh/t = X1/X1 poiph/t = X1/X1` },\
0x15 { `JFS2 snapshot PageOut IODone: ssd = $D1, b_forw = $D2, error = $D3, W4 O6 pirh/t = X1/X1, W5 piiph/t = X1/X1 pixoh/t = X1/X1, porh/t = X1/X1 poiph/t = X1/X1` },\
0x16 { `JFS2 snapshot COD : bp = $D1, vfs = $D2, blkno = $D3, bcount = $D4 `},\
0x17 { `JFS2 snapshot Awake: ssd = $D1, sfd = $D2, siod = $D3, LINE# = $D4%DW, W5 piiph/t = X1/X1 pixoh/t = X1/X1, porh/t = X1/X1 poiph/t = X1/X1` },\
\* { 4E0 unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4E1 1.1 "@JFS2: block map" \
{{ pxd(type) $HOOKENV, \
64 { O8 R4 {{ $len = X3 }} {{ $high = X1 }} O8 R4 {{ $low = X4 }} }, \
32 { {{ $len = X3 }} {{ $high = X1 }} {{ $low = X4 }} } \
{{ $high = $high * 0x100000000 }} {{ $high = $high + $low }} \
`blk = $high, len = $len` }} \
{{ pmap(type) `JFS2 block pmap $type: vp = $D1, fs blk = $D2, len = $D3, getcaller = $D4` }} \
$HD, \
0x01 { `JFS2 block map alloc: vp = $D1, fs` W2 pxd()`, free = $D4, getcaller = $D5` }, \
0x02 { `JFS2 block map free: vp = $D1, fs` W2 pxd()`, free = $D4, getcaller = $D5` }, \
0x03 { pmap('alloc') }, \
0x04 { pmap('free') }, \
0x05 { `JFS2 block map allocbits: ip = $D1, dp = $D2, blkno = $D3, nblocks = $D4, getcaller = $D5` }, \
0x06 { `JFS2 block map freebits: ip = $D1, dp = $D2, blkno = $D3, nblocks = $D4, getcaller = $D5` }, \
0x10 { `JFS2 block map alloc: bad hint: ip = $D1, hint = $D2, mapSize = $D3, nblocks = $D4, getcaller = $D5` }, \
\* { 4E1 unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4E2 1.1 "@JFS2: global events" \
$HD, \
0x01 { `JFS2 mount: vfsp = $D2, fs dev = $D3, log dev = $D4, rc = $D1` }, \
0x02 { `JFS2 unmount: vfsp = $D2, fs dev = $D3, log dev = $D4, flags = $D5, rc = $D1` }, \
0x03 { `JFS2 log open: logx = $D1, log dev = $D2, rc = $D3` }, \
0x04 { `JFS2 log shutdown: logx = $D1, log dev = $D2, rc = $D3` }, \
0x05 { `JFS2 reconfig: memory size = $D1, inode cache size = $D2, metadata cache size = $D3` }, \
0x06 { `JFS2 quotas enabled: vfsp = $D1, qvp = $D2, type = $D3` }, \
0x07 { `JFS2 quotas disabled: vfsp = $D1, qvp = $D2, type = $D3` }, \
0x08 { `JFS2 freeze: vfsp = $D2, timeout = $D3, rc = $D1` }, \
0x09 { `JFS2 thaw: vfsp = $D2, rc = $D1` }, \
0x0A { `JFS2 refreeze: vfsp = $D2, timeout = $D3, rc = $D1` }, \
0x0B { `JFS2 snapshot create: vfsp = $D2, snap dev = $D3, rc = $D1` }, \
0x0C { `JFS2 snapshot delete: vfsp = $D2, snap dev = $D3, rc = $D1` }, \
0x0D { `JFS2 shrink fs: vfsp = $D1, fs size = $D2 fsblks, log size = $D3 fsblks, lv size = $D4 fsblks, mapsize = $D5` }, \
0x0E { `JFS2 extend fs: vfsp = $D1, fs size = $D2 fsblks, log size = $D3 fsblks, lv size = $D4 fsblks, mapsize = $D5` }, \
0x0F { `JFS2 defrag fs: vp = $D2, file offset = fsblk $D3, new fs address = fsblk $D4, length = $D5 fsblks, rc = $D1` }, \
0x10 { `JFS2 generic: D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5` }, \
0x11 { `JFS2 remount: vfsp = $D2, fs dev = $D3, flags = $D4, rc = $D1` }, \
0x15 { `JFS2 reclaim: vfsp = $D1, reclaim option = $D2, start block = $D3, max free space = $D4` }, \
\* { 4E2 unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4E3 1.1 "@JFS2: log manager" \
$HD, \
0x01 { `JFS2 log wrap start: logx = $D1, log dev = $D2, wrap count = $D3` }, \
0x02 { `JFS2 log wrap stop: logx = $D1, log dev = $D2, wrap count = $D3` }, \
0x03 { `JFS2 log open: logx = $D1, log dev = $D2, fs dev = $D3` }, \
0x04 { `JFS2 log close: logx = $D1, log dev = $D2, fs dev = $D3` }, \
0x05 { `JFS2 log sync: logx = $D1, orig sync pt = $D2, sync pt = $D3, sync = $D4` }, \
0x06 { `JFS2 log exception: logx = $D1, log dev = $D2, fs dev = $D3, rc = $D4, state = $D5` }, \
0x07 { `JFS2 log devstrat: bp = $D1, logx = $D2, lv blk = $D3, bcount = $D4` }, \
0x08 { `JFS2 log iodone: bp = $D1, logx = $D2` }, \
\* { 4E3 unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4E4 1.1 "@JFS2: transaction manager" \
$HD, \
0x01 { `JFS2 transaction begin: tid = $D1, vfsp = $D2, getcaller = $D3` }, \
0x02 { `JFS2 transaction end: tid = $D1, vfsp = $D2, getcaller = $D3` }, \
0x03 { `JFS2 transaction lock: tid = $D1, vp = $D2, type = $D3, getcaller = $D4` }, \
0x04 { `JFS2 transaction commit: tid = $D1, vp = $D2, flag = $D3, getcaller = $D4` }, \
0x05 { `JFS2 transaction abort: tid = $D1, vfsp = $D2, dirty = $D3, rc = $D4` }, \
0x06 { `JFS2 transaction nohomeok: vp = $D1, bp = $D2, nohomeok = $D3, getcaller = $D4` }, \
0x07 { `JFS2 txCommit rdonly fs: tid = $D1, flag = $D2, rc = $D3, getcaller = $D4` }, \
0x08 { `JFS2 txCommit pager error: tid = $D1, vp = $D2, flag = $D3, rc = $D4, getcaller = $D5` }, \
0x09 { `JFS2 txCommit disk write error: tid = $D1, vp = $D2, flag = $D3, rc = $D4, getcaller = $D5` }, \
0x0A { `JFS2 txCommit group commit error: tid = $D1, flag = $D2, rc = $D3, getcaller = $D4` }, \
\* { 4E4 unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4E5 1.1 "@KDM: Kernel DMAPI module" \
{{ int64(x) $HOOKENV, 64 { O4 {{ $high = X4 }} {{ $high = $high * 0x100000000 }} O4 {{ $low = X4 }} {{ $high = $high + $low }} $high%X8 }, 32 { X8 } }} \
$HD, \
0x01 { `kdm_fsetcachemount(kvp = $D3, ops = $D4, fsid = $D5) = $D1, fcp = $D2` }, \
0x02 { `kdm_fsetcacheumount(fcp = $D2, kvp = $D3, ops = $D4, fsid = $D5) = $D1` }, \
0x03 { `kdm_fset_active(fcp = $D2, origactive = $D3, curactive = $D4) = $D1` }, \
0x04 { `kdm_fset_inactive(fcp = $D2, origactive = $D3, curactive = $D4) = $D1` }, \
0x05 { `kdm_fset_handletoip(fcp = $D3, fsid = $D4, ino = $D5) = $D1, *kvpp = $D2` }, \
0x06 { `kdm_fset_getbulkattr(fcp = $D2, loc = $D3, nelem = $D4, mask = $D5) = $D1` }, \
0x07 { `kdm_fset_getbulkall(fcp = $D2, loc = $D3, len = $D4, mask = $D5) = $D1` }, \
0x08 { `kdm_fset_do_setondestroy(fcp = $D2, flag = $D3) = $D1` }, \
0x09 { `kdm_fset_do_seteventlist(fcp = $D2, eventmask = $D3) = $D1` }, \
0x0A { `kdm_fset_getconfig(fcp = $D2) = $D1` }, \
0x0B { `kdm_vn_iptohandle(kvp = $D1) = void, fsid = $D2, ino = $D3, gen = $D4, type = $D5` }, \
0x0C { `kdm_vn_kvptovp(kvp = $D3) = $D1, *vpp = $D2` }, \
0x0D { `kdm_vn_vrele(kvp = $D1) = void` }, \
0x0E { `kdm_vn_rwlock(kvp = $D1, mode = $D2) = void` }, \
0x0F { `kdm_vn_rwunlock(kvp = $D1) = void` }, \
0x10 { `kdm_vn_rwlock_try(kvp = $D2, mode = $D3) = $D1` }, \
0x11 { `kdm_vn_probe_hole(kvp = $D2, offset = $D3, length = $D4) = $D1` }, \
0x12 { `kdm_vn_get_allocinfo(kvp = $D2, offset = $D3, nextents = $D4) = $D1` }, \
0x13 { `kdm_vn_get_fileattr(kvp = $D2, mask = $D3) = $D1` }, \
0x14 { `kdm_vn_get_dirattr(kvp = $D2, loc = $D3, buflen = $D4, mask = $D5) = $D1` }, \
0x15 { `kdm_vn_get_dmattr(kvp = $D2, len = $D3) = $D1` }, \
0x16 { `kdm_vn_attrtomr(kvp = $D2, right = $D3) = $D1` }, \
0x17 { `kdm_vn_do_readinvis(kvp = $D2, offset = ` W3 int64()`, length = $D5) = $D1` }, \
0x18 { `kdm_vn_do_writeinvis(kvp = $D2, offset = ` W3 int64()`, length = $D5) = $D1` }, \
0x19 { `kdm_vn_do_punch_hole(kvp = $D2, offset = $D3, length = $D4) = $D1` }, \
0x1A { `kdm_vn_do_setfileattr(kvp = $D2, fa_size = $D3, fa_mode = $D4) = $D1` }, \
0x1B { `kdm_vn_do_set_dmattr(kvp = $D2, len = $D3, dmtime = $D4) = $D1` }, \
0x1C { `kdm_vn_do_set_resident(kvp = $D2, res = $D3) = $D1` }, \
0x1D { `kdm_vn_do_sync(kvp = $D2, flags = $D3) = $D1` }, \
0x1E { `kdm_vn_do_creatbyhan(kvp = $D2, fsid = $D3, ino = $D4) = $D1` }, \
0x1F { `kdm_vn_do_set_region(kvp = $D2, nregions = $D3) = $D1` }, \
0x20 { `kdm_vn_do_set_eventlist(kvp = $D2, eventmask = $D3) = $D1` }, \
\* { 4E5 unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4EF 1.1 "@LFS: vnop_map" \
$HD, \
0xFF { `vnop_map(vp = $D2, flags = $D3, offset = $D4, length = $D5) = $D1` }, \
0xEF { `vnop_map(vp = $D2, flags = $D3, ...) = $D1` }, \
0xEE { `vnop_map(vp = $D1, offset = ` W2 X8`, length = ` W4 X8`) = ...` }, \
\* { vnop_map unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4F0 1.1 "@LFS: vnop_unmap" \
$HD, \
0xFF { `vnop_unmap(vp = $D1, flags = $D2)` }, \
\* { vnop_unmap unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4F1 1.1 "@LFS: vnop_finfo" \
$HD, \
0xFF { `vnop_finfo(vp = $D2, cmd = $D3) = $D1` }, \
\* { vnop_finfo unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4F2 1.1 "@LFS: vnop_statea" \
$HD, \
0xFF { `vnop_statea(vp = $D2) = $D1` }, \
\* { vnop_statea unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
4F9 1.0 "@VMM_RESERVATION" \
$HD, \
0 { `VMM RESRV: frs_id=$D1 vmpool=$D2 need=$D3 ppda_reservation=$D4 caller=$D5` }, \
1 { `VMM RESRV: frs_id=$D1 frs_numfrb=$D2 frs_nfreelist=$D3` }, \
2 { `VMM RESRV: frs_id=$D1 vmpool=$D2 psx=$D3 ppda_reservation=$D4 caller=$D5` }, \
3 { `VMM RESRV: frs_id=$D1 frs_numfrb=$D2 frs_nfreelist=$D3` }, \
4 { `VMM RESRV: frs_id=$D1 vmpool=$D2 psx=$D3 numrsvd=$D4 caller=$D5` }, \
5 { `VMM RESRV: frs_id=$D1 frs_numfrb=$D2 frs_nfreelist=$D2` }, \
6 { `VMM RESRV: frs_id=$D1 frs_numfrb=$D2 frs_nfreelist=$D3 nfr=$D4` }, \
7 { `VMM RESRV: frs_id=$D1 freefwd=$D2 freebwd=$D3 rsvdfwd=$D4 rsvdbwd=$D5` }, \
8 { `VMM RESRV: frs_id=$D1 freefwd=$D2 freebwd=$D3 rsvdfwd=$D4 rsvdbwd=$D5` }, \
9 { `VMM RESRV: frs_id=$D1 freefwd=$D2 freebwd=$D3 rsvdfwd=$D4 rsvdbwd=$D5` }, \
10 { `VMM RESRV: frs_id=$D1 ppda_frs_id=$D2 ppds_frs_freefwd=$D3 ppda_frs_rsvdfwd=$D4 caller=$D5` }
4FC 1.0 "WPARCR" \
$HD, \
0x001 { "mcr_handler_setup enter " pid=$D1 tid=$D2 }, \
0x002 { "mcr_handler_setup ENTERHANDLER return " pid=$D1 tid=$D2 rc=$D3 }, \
0x003 { "mcr_handler_setup exit " pid=$D1 tid=$D2 rc=$D3 }, \
0x004 { "mcr_handler_undo enter " pid=$D1 tid=$D2 }, \
0x005 { "mcr_handler_undo EXITHANDLER return " pid=$D1 tid=$D2 rc=$D3 }, \
0x006 { "mcr_handler_undo exit " pid=$D1 tid=$D2 rc=$D3 }, \
0x007 { "mcr_chkpnt_handler enter " pid=$D1 tid=$D2 }, \
0x008 { "kmcr_chkpnt_kill enter " pid=$D1 size=$D2 }, \
0x009 { "kmcr_chkpnt_kill checkpoint " pid=$D1 tid=$D2 t_flags=$D3 t_flags2=$D4 }, \
0x00A { "kmcr_chkpnt_kill exit " pid=$D1 rc=$D2 }, \
0x00B { "mcr_thread_rvous enter " pid=$D1 tid=$D2 }, \
0x00C { "mcr_thread_rvous exit " pid=$D1 tid=$D2 primary=$D3 flag=$D4 }, \
0x00D { "smcr_signal_enter enter " pid=$D1 tid=$D2 }, \
0x00E { "smcr_signal_enter stack alloc " pid=$D1 tid=$D2 }, \
0x010 { "smcr_signal_enter exit " pid=$D1 tid=$D2 rc=$D3 }, \
0x011 { "smcr_signal_exit enter " pid=$D1 tid=$D2 }, \
0x012 { "smcr_signal_exit exit " pid=$D1 tid=$D2 }, \
0x013 { "mcr_exec_checkpoint exit " rc=$D1 code=$D2 len=$D3 }, \
0x014 { "mcr_get_shlib_info exit " rc=$D1 code=$D2 len=$D3 }, \
0x015 { "smcr_exec_info exit " flags=0x$D1%X4 fd=$D2 fderr=$D3 rc=$D4 code=$D5 }, \
0x016 { "entr mcr_exec_pre_asyncheckpoint" flags=$D1 fd=$D2%D1 fderr=$D3%D1 buf=$D4 len=$D5%D1 }, \
0x017 { "exit mcr_exec_pre_asyncheckpoint" rc=$D1%D1 code=$D2%D1 len=$D3%D1 }, \
0x018 { "entr mcr_exec_asyncheckpoint" flags=$D1 fd=$D2%D1 fderr=$D3%D1 buf=$D4 len=$D5%D1 }, \
0x019 { "exit mcr_exec_asyncheckpoint" rc=$D1%D1 code=$D2%D1 len=$D3%D1 }, \
0x01A { "entr mcr_get_shlib_asyncinfo" flags=$D1 fd=$D2%D1 fderr=$D3%D1 buf=$D4 len=$D5%D1 }, \
0x01B { "exit mcr_get_shlib_asyncinfo" rc=$D1%D1 code=$D2%D1 len=$D3%D1 }, \
0x01C { "entr smcr_exec_asyncinfo" flags=$D1 fd=$D2%D1 fderr=$D3%D1 buf=$D4 len=$D5%D1 }, \
0x01D { "exit smcr_exec_asyncinfo" rc=$D1%D1 code=$D2%D1 len=$D3%D1 }, \
0x01E { "entr mcr_exec_restart_async" fd=$D1%D1 fderr=$D2%D1 buf=$D3 len=$D4%D1 }, \
0x01F { "exit mcr_exec_restart_async" rc=$D1%D1 len=$D2%D1 }, \
0x020 { "entr mcr_restart_shlib_asyncinfo" flags=$D1 fd=$D2%D1 fderr=$D3%D1 buf=$D4 len=$D5%D1 }, \
0x021 { "exit mcr_restart_shlib_asyncinfo" rc=$D1%D1 code=$D2%D1 }, \
0x022 { "entr smcr_async_xfer_oper" cmd=$D1%D1 cid=$D2%D1 bufp=$D3 size=$D4%D1 }, \
0x023 { "exit smcr_async_xfer_oper" rc=$D1%D1 code=$D2%D1 }, \
0x024 { "entr smcr_oper" cmd=$D1%D1 cid=$D2%D1 bufp=$D3 size=$D4 }, \
0x025 { "exit smcr_oper" rc=$D1%D1 code=$D2%D1 }, \
0x026 { "entr smcr_procattr" cmd=$D1%D1 cid=$D2%D1 bufp=$D3 }, \
0x027 { "exit smcr_procattr" rc=$D1%D1 code=$D2%D1 }, \
0x101 { "kwpar_sock_cr enter " cmd=$D1 arg=$D2 }, \
0x102 { "kwpar_sock_cr exit " cmd=$D1 rc=$D2 }, \
0x103 { "wpar_sock_cr enter " cmd=$D1 arg=$D2 }, \
0x104 { "wpar_sock_cr param " cmd=$D1 fd=$D2 fdout=$D3 }, \
0x105 { "wpar_sock_cr param " cmd=$D1 so=$D2 }, \
0x106 { "wpar_sock_cr exit " cmd=$D1 rc=$D2 }, \
0x107 { "sock_cr_get enter " so=$D1 }, \
0x108 { "sock_cr_get exit " so=$D1 rc=$D2 }, \
0x109 { "do_sock_get enter " so=$D1 }, \
0x10A { "do_sock_get exit " so=$D1 rc=$D2 }, \
0x10B { "do_mbuf_get enter " so=$D1 }, \
0x10C { "do_mbuf_get exit " so=$D1 rc=$D2 }, \
0x10D { "sock_cr_put enter " so=$D1 }, \
0x10E { "sock_cr_put queue " so=$D1 qlen=$D2 q0len=$D3 }, \
0x110 { "do_sock_put enter " so=$D1 }, \
0x111 { "do_sock_put exit " so=$D1 rc=$D2 }, \
0x112 { "do_mbuf_put enter " so=$D1 }, \
0x113 { "do_mbuf_put exit " so=$D1 rc=$D2 }, \
0x114 { "do_unix_get enter " so=$D1 }, \
0x115 { "do_unix_get exit " so=$D1 rc=$D2 }, \
0x116 { "do_unix_put enter " so=$D1 }, \
0x117 { "do_unix_put exit " so=$D1 rc=$D2 }, \
0x118 { "usock_connect enter " so=$D1 }, \
0x119 { "usock_connect exit " so=$D1 so2=$D2 rc=$D3 }, \
0x11A { "do_usock_inflt enter " get=$D1 so=$D2 }, \
0x11B { "do_usock_inflt exit " get=$D1 so=$D2 rc=$D3 }, \
0x11C { "usock_inflt_get enter " so=$D1 }, \
0x11D { "usock_inflt_get exit " so=$D1 rc=$D2 }, \
0x11E { "usock_inflt_put enter " so=$D1 }, \
0x120 { "usock_inflt_put exit " so=$D1 rc=$D2 }, \
0x121 { "do_sock_del enter " so=$D1 }, \
0x122 { "do_sock_del exit " so=$D1 rc=$D2 }, \
0x123 { "unref_sock_get enter " cid=$D1 }, \
0x124 { "unref_sock_get exit " cid=$D1 rc=$D2 }, \
0x125 { "unref_sock_put enter " cid=$D1 }, \
0x126 { "unref_sock_put exit " cid=$D1 rc=$D2 }, \
0x127 { "socket data out " len=$D1 }, \
0x128 { "socket data in " len=$D1 }, \
0x129 { "sock_cr_put exit " so=$D1 rc=$D2 }, \
0x131 { "mcr_net_oper enter " cid=$D1 cmd=$D2 }, \
0x132 { "mcr_net_oper exit " cid=$D1 cmd=$D2 rc=$D3 }, \
0x133 { "sock_freeze enter " cid=$D1 cmd=$D2 }, \
0x134 { "sock_freeze specific " cid=$D1 cmd=$D2 so=$D3 }, \
0x135 { "sock_freeze all " cid=$D1 cmd=$D2 so=$D3 }, \
0x136 { "sock_freeze exit " cid=$D1 cmd=$D2 rc=$D3 }, \
0x137 { "sock_unblock enter " cid=$D1 cmd=$D2 }, \
0x138 { "sock_unblock exit " cid=$D1 cmd=$D2 rc=$D3 }, \
0x139 { "sock_reblock enter " cid=$D1 cmd=$D2 }, \
0x13A { "sock_reblock exit " cid=$D1 cmd=$D2 rc=$D3 }, \
0x13B { "filt_unblock enter " cid=$D1 cmd=$D2 }, \
0x13C { "filt_unblock exit " cid=$D1 cmd=$D2 rc=$D3 }, \
0x13D { "filt_reblock enter " cid=$D1 cmd=$D2 }, \
0x13E { "filt_reblock exit " cid=$D1 cmd=$D2 rc=$D3 }, \
0x140 { "net_block enter " cid=$D1 cmd=$D2 }, \
0x141 { "net_block exit " cid=$D1 cmd=$D2 rc=$D3 }, \
0x142 { "net_unblock enter " cid=$D1 cmd=$D2 }, \
0x143 { "net_unblock exit " cid=$D1 cmd=$D2 rc=$D3 }, \
0x144 { "chkpnt_filter allow " op=$D1 saddr=$D2 sport=$D3 daddr=$D4 dport=$D5 }, \
0x145 { "chkpnt_filter drop " op=$D1 saddr=$D2 sport=$D3 daddr=$D4 dport=$D5 }, \
0x151 { "do_inet_cr enter " cmd=$D1 so=$D2 }, \
0x152 { "do_inet_cr exit " cmd=$D1 so=$D2 rc=$D3 }, \
0x153 { "do_inet_get enter " so=$D1 }, \
0x154 { "do_inet_get exit " so=$D1 rc=$D2 }, \
0x155 { "do_inpcb_get enter " so=$D1 }, \
0x156 { "do_inpcb_get exit " so=$D1 rc=$D2 }, \
0x157 { "do_tcpcb_get enter " so=$D1 }, \
0x158 { "do_tcpcb_get exit " so=$D1 rc=$D2 }, \
0x159 { "do_inet_put enter " so=$D1 }, \
0x15A { "do_inet_put exit " so=$D1 rc=$D2 }, \
0x15B { "do_inpcb_put enter " so=$D1 }, \
0x15C { "do_inpcb_put exit " so=$D1 rc=$D2 }, \
0x15D { "do_tcpcb_put enter " so=$D1 }, \
0x15E { "do_tcpcb_put exit " so=$D1 rc=$D2 }, \
0x160 { "do_inet_del enter " so=$D1 }, \
0x161 { "do_inet_del exit " so=$D1 rc=$D2 }, \
0x162 { "get_unref_sock enter " so=$D1 }, \
0x163 { "get_unref_sock exit " so=$D1 rc=$D2 }, \
0x190 { "mcr_save_secinfo exit " }, \
0x191 { "mcr_restore_secinfo exit " rc=$D1 code=$D2 }, \
0x192 { "smcr_secinfo exit " oper=0x$D1%X4 bufp=0x$D2%XW sizep=0x$D3%XW rc=$D4 needed=$D5 }, \
0x201 { "smcr_mapinfo enter " oper=$D1 range=$D2 outbuf=$D3 *outsize=$D4 inarg=$D5 }, \
0x202 { "smcr_mapinfo exit " oper=$D1 rc=$D2 }, \
0x203 { "vm_query_memmaps enter " cargs=$D1 }, \
0x204 { "vm_query_memmaps exit " rc=$D1 }, \
0x205 { "vm_query_regions enter " map=$D1 }, \
0x206 { "vm_query_regions exit " rc=$D1 }, \
0x207 { "vm_query_all_user enter " map=$D1 }, \
0x208 { "vm_query_all_user exit " rc=$D1 }, \
0x209 { "vm_query_data enter " map=$D1 }, \
0x20A { "vm_query_data exit " rc=$D1 }, \
0x20B { "vm_query_stack enter " map=$D1 }, \
0x20C { "vm_query_stack exit " rc=$D1 }, \
0x20D { "vm_query_all_mmap enter " map=$D1 }, \
0x20E { "vm_query_all_mmap exit " rc=$D1 }, \
0x20F { "vm_query_all_shared enter " map=$D1 }, \
0x210 { "vm_query_all_shared exit " rc=$D1 }, \
0x211 { "vm_query_nosup enter " ssp=$D1 esid=$D2 map=$D3 }, \
0x212 { "vm_query_nosup exit " rc=$D1 }, \
0x213 { "vm_get_shmid enter " shmp=$D1 oshmid=$D2 }, \
0x214 { "vm_get_shmid exit " rc=$D1 *oshmid=$D2 }, \
0x215 { "vm_cp_shm_info enter " shmp=$D1 mapi=$D2 ssp=$D3 }, \
0x216 { "vm_cp_shm_info exit " rc=$D1 }, \
0x217 { "vm_query_shared enter " ssp=$D1 esid=$D2 map=$D3 }, \
0x218 { "vm_query_shared exit " rc=$D1 }, \
0x219 { "vm_query_mapped enter " ssp=$D1 esid=$D2 map=$D3 }, \
0x21A { "vm_query_mapped exit " rc=$D1 }, \
0x21B { "vm_query_mmap enter " vmep=$D1 map=$D2 }, \
0x21C { "vm_query_mmap exit " rc=$D1 }, \
0x21D { "vm_output_mapinfo enter " map=$D1 }, \
0x21E { "vm_output_mapinfo exit " rc=$D1 }, \
0x21F { "vm_fixup_range enter " rp=$D1 start=$D2 end=$D3 }, \
0x220 { "vm_fixup_range exit " rc=$D1 start=$D2 end=$D3 }, \
0x221 { "vm_get_stack_range enter " rp=$D1 }, \
0x222 { "vm_get_stack_range exit " rc=$D1 start=$D2 end=$D3 }, \
0x223 { "vm_copyout_data enter " src=$D1 srclen=$D2 *outbp=$D3 *rlenp=$D4 }, \
0x224 { "vm_copyout_data exit " rc=$D1 *outbp=$D2 *rlenp=$D3 }, \
0x225 { "vm_init_mapstate enter " masp=$D1 }, \
0x226 { "vm_init_mapstate exit " rc=$D1 }, \
0x227 { "vm_init_mapactive enter " maap=$D1 }, \
0x228 { "vm_init_mapactive exit " rc=$D1 }, \
0x229 { "vm_get_state enter " cargs=$D1 }, \
0x22A { "vm_get_state exit " rc=$D1 }, \
0x22B { "vm_get_state_wstg enter " masp=$D1 }, \
0x22C { "vm_get_state_wstg exit " rc=$D1 }, \
0x22D { "vm_find_vme enter " addr=$D1 len=$D2 exact=$D3 }, \
0x22E { "vm_find_vme exit " vmepo=$D1 }, \
0x22F { "vm_get_state_mmap enter " masp=$D1 }, \
0x230 { "vm_get_state_mmap exit " rc=$D1 }, \
0x231 { "vm_get_state_all_shm enter " masp=$D1 }, \
0x232 { "vm_get_state_all_shm exit " rc=$D1 }, \
0x233 { "vm_get_state_shared enter " ssp=$D1 esid=$D2 masp=$D3 }, \
0x234 { "vm_get_state_shared exit " rc=$D1 }, \
0x235 { "vm_get_state_mapped enter " ssp=$D1 esid=$D2 masp=$D3 }, \
0x236 { "vm_get_state_mapped exit " rc=$D1 }, \
0x237 { "vm_get_sidx enter " vaddr=$D1 }, \
0x238 { "vm_get_sidx exit " sidx=$D1 }, \
0x239 { "v_get_prot_page enter " msp=$D1 }, \
0x23A { "v_get_prot_page exit " rc=$D1 }, \
0x23B { "v_get_prot_wseg enter " msp=$D1 isidx=$D2 }, \
0x23C { "v_get_prot_wseg exit " rc=$D1 }, \
0x23D { "v_get_prot_pseg enter " msp=$D1 sidx=$D2 }, \
0x23E { "v_get_prot_pseg exit " }, \
0x23F { "v_get_prot_mseg enter " msp=$D1 sidx=$D2 }, \
0x240 { "v_get_prot_mseg exit " }, \
0x241 { "vm_get_active enter " cargs=$D1 }, \
0x242 { "vm_get_active exit " rc=$D1 }, \
0x243 { "vm_get_active_data enter " maap=$D1 sidx=$D2 }, \
0x244 { "vm_get_active_data exit " rc=$D1 }, \
0x245 { "vm_get_active_shm enter " maap=$D1 sidx=$D2 }, \
0x246 { "vm_get_active_shm exit " rc=$D1 }, \
0x247 { "vm_get_active_mmap enter " maap=$D1 }, \
0x248 { "vm_get_active_mmap exit " rc=$D1 }, \
0x249 { "v_bld_bitmap_seg enter " maap=$D1 sidx=$D2 pnof=$D3 pnol=$D4 }, \
0x24A { "v_bld_bitmap_seg exit " pcnt=$D1 }, \
0x24B { "v_bld_bitmap_xpts enter " maap=$D1 isidx=$D2 offset=$D3 ancestors=$D4 }, \
0x24C { "v_bld_bitmap_xpts exit " rc=$D1 }, \
0x24D { "vm_put_protect enter " cargs=$D1 }, \
0x24E { "vm_put_protect exit " rc=$D1 }, \
0x24F { "vm_put_protect_data enter " mapp=$D1 }, \
0x250 { "vm_put_protect_data exit " rc=$D1 }, \
0x251 { "vm_put_protect_shm enter " mapp=$D1 }, \
0x252 { "vm_put_protect_shm exit " rc=$D1 }, \
0x253 { "vm_put_protect_mmap enter " mapp=$D1 }, \
0x254 { "vm_put_protect_mmap exit " rc=$D1 }, \
0x255 { "vm_protect_range enter " msp=$D1 pnof=$D2 pnol=$D3 key=$D4 }, \
0x256 { "vm_protect_range exit " rc=$D1 }, \
0x257 { "vm_protect_pages enter " msp=$D1 pnof=$D2 pnol=$D3 key=$D4 }, \
0x258 { "vm_protect_pages exit " rc=$D1 }, \
0x259 { "vm_protect_region enter " msp=$D1 }, \
0x25A { "vm_protect_region exit " rc=$D1 }, \
0x25B { "vm_get_segnode enter " }, \
0x25C { "vm_get_segnode exit " snp=$D1 }, \
0x25D { "vm_get_fileinfo enter " fd=$D1 }, \
0x25E { "vm_get_fileinfo exit " rc=$D1 *fpr=$D2 *size=$D3 }, \
0x25F { "vm_get_shmsize enter " shmptr=$D1 }, \
0x260 { "vm_get_shmsize exit " size=$D1 }, \
0x261 { "v_get_prot_wseg " pageno=$D1 key=$D2 }, \
0x262 { "v_get_prot_mseg " pageno=$D1 key=$D2 }, \
0x263 { "v_get_prot_pseg " pageno=$D1 key=$D2 }, \
0x264 { "v_bld_bitmap_seg " bitc=$D1 index=$D2 bits=$D3 }, \
0x265 { "vm_inherit_map enter " cargs=$D1 }, \
0x266 { "vm_inherit_map exit " rc=$D1 }, \
0x267 { "vm_inherit_map_clone enter " cargs=$D1 mvmep=$D2 }, \
0x268 { "vm_inherit_map_clone exit " rc=$D1 }, \
0x269 { "vm_inherit_map_msid enter " vmep=$D1 }, \
0x26A { "vm_inherit_map_msid exit " rc=$D1 }, \
0x26B { "vm_get_mlocks enter " cargs=$D1 }, \
0x26C { "vm_get_mlocks exit " rc=$D1 }, \
0x26D { "vm_rst_mlocks enter " cargs=$D1 }, \
0x26E { "vm_rst_mlocks exit " rc=$D1 }, \
0x26F { "vm_mlinfo_proc enter " unlockf=$D1 mlip=$D2 size=$D3 stopp=$D4 badp=$D5 }, \
0x270 { "vm_mlinfo_proc exit " rc=$D1 }, \
0x271 { "vm_shm_rdonly enter " segtype=$D1 addr=$D2 }, \
0x272 { "vm_shm_rdonly exit " rc=$D1 }, \
0x273 { "vm_is_shm_rdonly enter " msp=$D1 }, \
0x274 { "vm_is_shm_rdonly exit " rc=$D1 }, \
0x275 { "vm_mapi_adsplock enter " adslock=$D1 }, \
0x276 { "vm_mapi_adsplock exit " }, \
0x277 { "vm_mapi_adspunlock enter " adslock=$D1 }, \
0x278 { "vm_mapi_adspunlock exit " }, \
0x279 { "vm_mapi_getkeys enter " msp=$D1 gotlock=$D2 }, \
0x27A { "vm_mapi_getkeys exit " rc=$D1 }, \
0x27B { "vm_mapi_setkey enter " uaddr=$D1 usize=$D2 hkey=$D3 gotlock=$D4 }, \
0x27C { "vm_mapi_setkey exit " rc=$D1 }, \
0x27D { "vm_mapi_setkeys enter " map=$D1 gotlock=$D2 }, \
0x27E { "vm_mapi_setkeys exit " rc=$D1 }, \
0x27F { "v_get_xpt enter " sidx=$D1 pno=$D2 isancestor=$D3 }, \
0x280 { "v_get_xpt exit " xpt=$D1 }, \
0x281 { "v_get_xpt_parent enter " sidx=$D1 pno=$D2 }, \
0x282 { "v_get_xpt_parent exit " xpt=$D1 }, \
0x283 { "vm_get_segstate enter " sspp=$D1 snpp=$D2 snidxp=$D3 idxp=$D4 esidp=$D5 }, \
0x284 { "vm_get_segstate exit " rc=$D1 }, \
0x285 { "vm_get_segstate_in_sgn enter " sspp=$D1 snp=$D2 snidxp=$D3 idxp=$D4 }, \
0x286 { "vm_get_segstate_in_sgn exit " rc=$D1 }, \
0x287 { "vm_get_esid_in_sgn enter " ssp=$D1 snp=$D2 esidp=$D3 nesidp=$D4 }, \
0x288 { "vm_get_esid_in_sgn exit " }, \
0x289 { "vm_get_rtfd enter " rtshm=$D1 }, \
0x28A { "vm_get_rtfd exit " rc=$D1 }, \
0x28B { "vm_mapi_setprot enter " uaddr=$D1 usize=$D2 prot=$D3 gotlock=$D4 }, \
0x28C { "vm_mapi_setprot exit " rc=$D1 }, \
0x28D { "vm_mapi_setprots enter " map=$D1 gotlock=$D2 }, \
0x28E { "vm_mapi_setprots exit " rc=$D1 }, \
0x300 { "lvup_discover_processes enter" }, \
0x301 { "lvup_discover_processes exit " rc=$D1%D1 }, \
0x302 { "lvup_discover_processes skipping thread " tid=$D1%DW pid=$D2%DW state=$D3%D1 }, \
0x303 { "lvup_discover_processes adding thread " tid=$D1%DW pid=$D2%DW state=$D3%D1 }, \
0x304 { "lvup_discover_processes notified mcrk thread " tid=$D1%DW pid=$D2%DW rc=$D3%D1 }, \
0x305 { "lvup_discover_processes thread " tid=$D1%DW pid=$D2%DW " died while scanning. Skipped" }, \
0x501 { "fdinfo enter " pid=$D1 cmd=$D2 arg=$D3 }, \
0x502 { "fdinfo exit " rc=$D1 }, \
0x503 { "get_fdtype " fdtype=$D1 }, \
0x504 { "get_fdusage enter " pid=$D1 cmd=$D2 arg=$D3 }, \
0x505 { "get_fdusage loop " fd=$D1 fp=$D2 flags=$D3 }, \
0x506 { "get_fdusage exit " rc=$D1 }, \
0x507 { "get_fdpath enter " pid=$D1 cmd=$D2 arg=$D3 }, \
0x508 { "get_fdpath exit " rc=$D1 }, \
0x509 { "get_flocks enter " pid=$D1 cmd=$D2 arg=$D3 }, \
0x50A { "get_flocks loop " gp=$D1 offset=$D2 lock count=$D3 rc=$D4 }, \
0x50B { "get_flocks exit " rc=$D1 }, \
0x50C { "set_flocks enter " pid=$D1 cmd=$D2 arg=$D3 }, \
0x50D { "set_flocks loop " fp=$D1 lock count=$D2 rc=$D3 }, \
0x50E { "set_flocks exit " rc=$D1 }, \
0x50F { "get_queued_aio enter " pid=$D1 cmd=$D2 arg=$D3 }, \
0x510 { "get_queued_aio exit " rc=$D1 }, \
0x511 { "put_queued_aio enter " pid=$D1 cmd=$D2 arg=$D3 }, \
0x512 { "put_queued_aio exit " rc=$D1 }, \
0x513 { "get_pending_io enter " pid=$D1 cmd=$D2 arg=$D3 }, \
0x514 { "get_pending_io exit " rc=$D1 }, \
0x515 { "put_pending_io enter " pid=$D1 cmd=$D2 arg=$D3 }, \
0x516 { "put_pending_io exit " rc=$D1 }, \
0x517 { "fdinfo_reopen_oper enter " pid=$D1 cmd=$D2 arg=$D3 }, \
0x518 { "fdinfo_reopen_oper command " pid=$D1 cmd=$D2 rc=$D3 }, \
0x519 { "fdinfo_reopen_oper exit " pid=$D1 rc=$D2 }, \
0x51A { "fdinfo_check_remote enter " pid=$D1 cmd=$D2 arg=$D3 }, \
0x51B { "fdinfo_check_remote exit " rc=$D1 }, \
0x601 { "aio_suspend_io enter" }, \
0x602 { "aio_suspend_io exit " rc=$D1 }, \
0x603 { "posix aio_suspend_io enter" }, \
0x604 { "posix aio_suspend_io exit " rc=$D1 }, \
0x605 { "suspend_aio enter" }, \
0x606 { "suspend_aio sleep" }, \
0x607 { "suspend_aio suspend" }, \
0x608 { "suspend_aio exit " rc=$D1 }, \
0x609 { "for_each_file " func=$D1 fd=$D2 fp=$D3 rc=$D4 }, \
0x60A { "wait_fastpath_io enter" }, \
0x60B { "wait_fastpath_io exit " rc=$D1 }, \
0x60C { "wait_list_io enter" }, \
0x60D { "wait_list_io exit " rc=$D1 }, \
0x60E { "aio_resume_io enter" }, \
0x60F { "aio_resume_io exit " rc=$D1 }, \
0x610 { "posix aio_resume_io enter" }, \
0x611 { "posix aio_resume_io exit " rc=$D1 }, \
0x612 { "resume_aio enter" }, \
0x613 { "resume_aio sleep" }, \
0x614 { "resume_aio resume" }, \
0x615 { "resume_aio exit " rc=$D1 }, \
0x616 { "aio_put_queued_io enter " pid=$D1 fd=$D2 fp=$D3 }, \
0x617 { "aio_put_queued_io loop " req count=$D1 rc=$D2 }, \
0x618 { "aio_put_queued_io exit " rc=$D1 }, \
0x619 { "posix aio_put_queued_io enter " pid=$D1 fd=$D2 fp=$D3 }, \
0x61A { "posix aio_put_queued_io loop " req count=$D1 rc=$D2 }, \
0x61B { "posix aio_put_queued_io exit " rc=$D1 }, \
0x61C { "aio_get_queued_io enter " pid=$D1 fd=$D2 fp=$D3 }, \
0x61D { "aio_get_queued_io exit " rc=$D1 }, \
0x61E { "posix aio_get_queued_io enter " pid=$D1 fd=$D2 fp=$D3 }, \
0x61F { "posix aio_get_queued_io exit " rc=$D1 }, \
0x620 { "get_queued_io_tab enter " tab=$D1 pid=$D2 fd=$D3 fp=$D4 }, \
0x621 { "get_queued_io_tab loop " skip=$D1 req count=$D2 }, \
0x622 { "get_queued_io_tab exit " rc=$D1 }, \
0x623 { "ipcinfo enter " op=$D1 inwhere=$D2 fd=$D3 insize=$D4 inarg=$D5 }, \
0x624 { "ipcinfo exit " u_error=$D1 rc=$D2 }, \
0x625 { "read_from_fd enter " fd=$D1 buf=$D2 nbytes=$D3 }, \
0x626 { "read_from_fd exit " rc=$D1 }, \
0x627 { "write_from_fd enter " fd=$D1 buf=$D2 nbytes=$D3 }, \
0x628 { "write_from_fd exit" rc=$D1 }, \
0x629 { "ipcinfo_copyout enter" src=$D1 dest=$D2 fd=$D3 size=$D4 }, \
0x630 { "ipcinfo_copyout exit" rc=$D1 }, \
0x631 { "ipcinfo_copyin enter" src=$D1 fd=$D2 dest=$D3 size=$D4 }, \
0x632 { "ipcinfo_copyin exit" rc=$D1 }, \
0x633 { "check_ipcinfo_permissions enter" cmd=$D1 }, \
0x634 { "check_ipcinfo_permissions exit" rc=$D1 }, \
0x635 { "ipcinfo_msg enter" op=$D1 where=$D2 fd=$D3 acopysize=$D4 inarg=$D5 aneeded=$D6 }, \
0x636 { "ipcinfo_msg exit" rc=$D1 }, \
0x637 { "ipcinfo_msg_copyin enter" index=$D1 rcvbuff=$D2 fd=$D3 acopysize=$D4 aneeded=$D5 }, \
0x638 { "ipcinfo_msg_copyin exit" rc=$D1 }, \
0x639 { "ipcinfo_msg_copyout enter" index=$D1 rcvbuff=$D2 fd=$D3 acopysize=$D4 aneeded=$D5 }, \
0x640 { "ipcinfo_msg_copyout exit" rc=$D1 }, \
0x641 { "ipcinfo_msgid_copyin enter" from=$D1 fd=$D2 mykcid=$D3 }, \
0x642 { "ipcinfo_msgid_copyin exit" rc=$D1 }, \
0x643 { "ipcinfo_msgid_copyout enter" qp=$D1 iqp=$D2 fd=$D3 msgid=$D4 mykcid=$D5 }, \
0x644 { "ipcinfo_msgid_copyout exit" rc=$D1 }, \
0x645 { "ipcinfo_rtmsg enter" op=$D1 where=$D2 fd=$D3 acopysize=$D4 inarg=$D5 aneeded=$D6 }, \
0x646 { "ipcinfo_rtmsg exit" rc=$D1 }, \
0x647 { "ipcinfo_rtmsg_copyin enter" where=$D1 fd=$D2 mykcid=$D3 }, \
0x648 { "ipcinfo_rtmsg_copyin exit" rc=$D1 }, \
0x649 { "ipcinfo_rtmsg_copyout enter" qp=$D1 iqp=$D2 fd=$D3 mqid=$D4 mykcid=$D5 }, \
0x650 { "ipcinfo_rtmsg_copyout exit" rc=$D1 }, \
0x651 { "ipcinfo_rtsem enter" op=$D1 where=$D2 fd=$D3 acopysize=$D4 inarg=$D5 aneeded=$D6 }, \
0x652 { "ipcinfo_rtsem exit" rc=$D1 }, \
0x653 { "ipcinfo_rtsem_copyin enter" where=$D1 fd=$D2 mykcid=$D3 }, \
0x654 { "ipcinfo_rtsem_copyin exit" rc=$D1 }, \
0x655 { "ipcinfo_rtsem_copyout enter" qp=$D1 iqp=$D2 fd=$D3 semid=$D4 mykcid=$D5 }, \
0x656 { "ipcinfo_rtsem_copyout exit" rc=$D1 }, \
0x657 { "ipcinfo_rtshm enter" op=$D1 where=$D2 fd=$D3 acopysize=$D4 inarg=$D5 aneeded=$D6 }, \
0x658 { "ipcinfo_rtshm exit" rc=$D1 }, \
0x659 { "ipcinfo_rtshm_copyin enter" where=$D1 fd=$D2 mykcid=$D3 }, \
0x660 { "ipcinfo_rtshm_copyin exit" rc=$D1 }, \
0x661 { "ipcinfo_rtsem_copyout enter" qp=$D1 iqp=$D2 fd=$D3 shmid=$D4 mykcid=$D5 }, \
0x662 { "ipcinfo_rtsem_copyout exit" rc=$D1 }, \
0x663 { "ipcinfo_sem enter" op=$D1 where=$D2 fd=$D3 acopysize=$D4 inarg=$D5 aneeded=$D6 }, \
0x664 { "ipcinfo_sem exit" rc=$D1 }, \
0x665 { "ipcinfo_semundo_copyout enter" src=$D1 dest=$D2 fd=$D3 }, \
0x666 { "ipcinfo_sem_copyin enter" from=$D1 fd=$D2 mykcid=$D3 }, \
0x667 { "ipcinfo_sem_copyin exit" rc=$D1 }, \
0x668 { "ipcinfo_sem_copyout enter" qp=$D1 iqp=$D2 fd=$D3 semid=$D4 mykcid=$D5 }, \
0x669 { "ipcinfo_sem_copyout exit" rc=$D1 }, \
0x670 { "ipcinfo_shm enter" op=$D1 where=$D2 fd=$D3 acopysize=$D4 inarg=$D5 aneeded=$D6 }, \
0x671 { "ipcinfo_shm exit" rc=$D1 }, \
0x672 { "ipcinfo_shm_copyin enter" where=$D1 fd=$D2 mykcid=$D3 }, \
0x673 { "ipcinfo_shm_copyin exit" rc=$D1 }, \
0x674 { "ipcinfo_shm_copyout enter" qp=$D1 iqp=$D2 fd=$D3 shmid=$D4 mykcid=$D5 }, \
0x675 { "ipcinfo_shm_copyout exit" rc=$D1 }, \
0x680 { "_aio_get_queued_io" aio_csize=$D1 size=$D2 aio_size=$D3 }, \
0x681 { "get_completed_io enter" size=$D1 pid=$D2 fd=$D3 fp=$D4 }, \
0x682 { "get_completed_io loop" skip=$D1 req count=$D2 }, \
0x683 { "get_completed_io exit" rc=$D1 }, \
0x800 { "entr trans_exists" tp=$D1 vsid=$D2 pno=$D3 }, \
0x801 { "exit trans_exists" rc=$D1%D1 code=$D2%D1 }, \
0x802 { "entr create_trans_node_list" }, \
0x803 { "exit create_trans_node_list" tmp=$D1 code=$D2%D1 }, \
0x804 { "entr create_trans_table_list_node" kcid=$D1%D1 }, \
0x805 { "exit create_trans_table_list_node" ptr=$D1 code=$D2%D1 }, \
0x806 { "entr pmemfs_trans_tbl_add" kcid=$D1 vsid=$D2 pno=$D3 psize=$D4%D1 no4kp=$D5%D1 }, \
0x807 { "exit pmemfs_trans_tbl_add" rc=$D1 code=$D2%D1 }, \
0x808 { "entr pmemfs_trans_tbl_del" kcid=$D1 }, \
0x809 { "exit pmemfs_trans_tbl_del" rc=$D1%D1 code=$D2%D1 }, \
0x80a { "entr locate_trans_node" kcid=$D1 offset=$D2}, \
0x80b { "exit locate_trans_node" tp=$D1 code=$D2%D1 }, \
0x80c { "entr pmemfs_set_sig_hdlr" kcid=$D1 pid=$D2%D1 }, \
0x80d { "exit pmemfs_set_sig_hdlr" rc=$D1%D1 code=$D2%D1 }, \
0x80e { "entr pmemfs_get_sig_hdlr" kcid=$D1%D1 }, \
0x80f { "exit pmemfs_get_sig_hdlr" rc=$D1%D1 code=$D2%D1 pid=$D3%D1 }, \
0x810 { "entr dep_put_shlib_chkpt_data" kcid=$D1%D1 data=$D2 len=$D3%D1 }, \
0x811 { "exit dep_put_shlib_chkpt_data" rc=$D1%D1 code=$D2%D1 }, \
0x812 { "entr dep_get_shlib_chkpt_data" kcid=$D1%D1 len=$D2%D1 }, \
0x813 { "exit dep_get_shlib_chkpt_data" rc=$D1%D1 code=$D2%D1 data=$D3 len=$D4%D1 }, \
0x814 { "entr dep_put_exec_chkpt_data" kcid=$D1%D1 p=$D2 data=$D3 len=$D4%D1 }, \
0x815 { "exit dep_put_exec_chkpt_data" rc=$D1%D1 code=$D2%D1 }, \
0x816 { "entr dep_get_exec_chkpt_data" kcid=$D1%D1 p=$D2 len=$D3%D1 }, \
0x817 { "exit dep_get_exec_chkpt_data" rc=$D1%D1 code=$D2%D1 data=$D3 len=$D4 }, \
0x818 { "entr pmemfs_trans_tbl_create" cid=$D1%D1 }, \
0x819 { "exit pmemfs_trans_tbl_create" rc=$D1%D1 code=$D2%D1 }, \
0x81a { "entr pmemfs_rootinit" getcaller=$D1 getcaller2=$D2 rc=EINVAL }, \
0x81b { "exit pmemfs_init" gfsp=$D1 rc=0}, \
0x81c { "entr pmemfs_config" }, \
0x81d { "exit pmemfs_config" error=$D1%D1 code=$D2%D1 }, \
0x81e { "entr pmemfs_mount" vfsp=$D1 crp=$D2 }, \
0x81f { "exit pmemfs_mount" rc=$D1%D1 code=$D2%D1 }, \
0x820 { "entr pmemfs_unmount" vfsp=$D1 flags=$D2%D1 crp=$D3 }, \
0x821 { "exit pmemfs_unmount" rc=$D1%D1 code=$D2%D1 }, \
0x822 { "entr pmemfs_root" vfsp=$D1 vpp=$D2 crp=$D3 rc=0 }, \
0x823 { "entr pmemfs_statfs" vfsp=$D1 sfsp=$D2 crp=$D3 rc=0}, \
0x824 { "entr pmemfs_vget" vfsp=$D1 fidp=$D2 crp=$D3 }, \
0x825 { "exit pmemfs_vget" rc=$D1%D1 vpp=$D2 }, \
0x826 { "entr pmemfs_sync" gfsp=$D1 rc=ENOSYS }, \
0x827 { "entr pmemfs_cntl" vfsp=$D1 cmd=$D2%D1 arg=$D3 argsize=$D4%D1 rc=ENOSYS }, \
0x828 { "entr pmemfs_quotactl" vfsp=$D1 cmd=$D2%D1 uid=$D3 arg=$D4 rc=ENOSYS }, \
0x829 { "entr pmemfs_nosys" getcaller=$D1 getcaller2=$D2 rc=ENOSYS }, \
0x82a { "entr pmemfs_hold" getcaller=$D1 getcaller2=$D2 vp=$D3 v_count=$D4%D1 }, \
0x82b { "entr pmemfs_rele" getcaller=$D1 getcaller2=$D2 vp=$D3 v_count=$D4%D1 }, \
0x82c { "exit pmemfs_rele" rc=$D1%D1 code=$D2%D1 }, \
0x82d { "entr pmemfs_lookup" dvp=$D1 name=$D2 flag=$D3 vattrp=$D4 crp=$D5 }, \
0x82e { "exit pmemfs_lookup" rc=$D1%D1 code=$D2%D1 vp=$D3 }, \
0x82f { "entr pmemfsaccess" np=$D1 acc=$D2 lock=$D3%D1 cr=$D4 }, \
0x830 { "exit pmemfsaccess" rc=$D1%D1 code=$D2%D1 }, \
0x831 { "entr pmemfs_access" vp=$D1 mode=$D2 who=$D3 crp=$D4 }, \
0x832 { "exit pmemfs_access" rc=$D1%D1 code=$D2%D1 }, \
0x833 { "entr pmemfs_getattr" vp=$D1 vattrp=$D2 crp=$D3 rc=0 }, \
0x834 { "entr pmemfs_setattr" vp=$D1 arg1=$D2 arg2=$D2 arg3=$D3 crp=$D4 }, \
0x835 { "exit pmemfs_setattr" rc=$D1%D1 code=$D2%D1 }, \
0x836 { "entr exists" dvp=$D1 name=$D2}, \
0x837 { "exit exists" np=$D1 code=$D2%D1 }, \
0x838 { "entr pmemfs_create" dvp=$D1 flag=$D2 name=$D3 mode=$D4 vinfop=$D5 }, \
0x839 { "exit pmemfs_create" rc=$D1%D1 code=$D2%D1 vp=$D3 }, \
0x83a { "entr pmemfs_remove" vp=$D1 dvp=$D2 name=$D3 crp=$D4 }, \
0x83b { "exit pmemfs_remove" rc=$D1%D1 code=$D2%D1 }, \
0x83c { "entr pmemfs_open" vp=$D1 flag=$D2 ext=$D3 vinfop=$D4 crp=$D5 }, \
0x83d { "exit pmemfs_open" rc=$D1%D1 code=$D2%D1 }, \
0x83e { "entr pmemfs_close" vp=$D1 flag=$D2 vinfop=$D3%D1 crp=$D4 }, \
0x83f { "exit pmemfs_close" rc=$D1%D1 code=$D2%D1 }, \
0x840 { "entr pmemfs_ftrunc" vp=$D1 flag=$D2 length=$D3%D1 vinfo=$D4%D1 crp=$D5 }, \
0x841 { "exit pmemfs_ftrunc" rc=$D1%D1}, \
0x842 { "entr pmemfs_rdwr" vp=$D1 op=$D2 flags=$D3 uiop=$D4 }, \
0x843 { "exit pmemfs_rdwr " rc=$D1%D1 code=$D2%D1 }, \
0x844 { "entr pmemfs_read" vp=$D1 flags=$D2 uiop=$D3 offset=$D4%D1 resid=$D5 }, \
0x845 { "exit pmemfs_read" rc=$D1%D1 code=$D2%D1 }, \
0x846 { "entr pmemfs_fsync" vp=$D1 flag=$D2 flag2=$D3 crp=$D4 rc=0 }, \
0x847 { "entr pmemfs_fid" vp=$D1 fidp=$D2 crp=$D3 rc=0}, \
0x848 { "entr pmemfs_finfo" vp=$D1 cmd=$D2 bufp=$D3 length=$D4 crp=$D5 }, \
0x849 { "exit pmemfs_finfo" rc=$D1%D1 code=$D2%D1 }, \
0x84a { "entr pmemfs_readdir" dvp=$D1 uiop=$D2 cr=$D3 }, \
0x84b { "exit pmemfs_readdir" rc=$D1%D1 code=$D2%D1 }, \
0x84c { "entr pmemfs_ioctl" vp=$D1 cmd=$D2 arg=$D3 flags=$D4 crp=$D5 }, \
0x84d { "exit pmemfs_ioctl" rc=$D1%D1 code=$D2%D1 }, \
0x84e { "entr pmemfs_mkdir" dvp=$D1 name=$D2 mode=$D3 crp=$D4 }, \
0x84f { "exit pmemfs_mkdir" rc=$D1%D1 code=$D2%D1 }, \
0x850 { "entr pmemfs_rmdir" vp=$D1 dvp=$D2 name=$D3 crp=$D4 }, \
0x851 { "exit pmemfs_rmdir" rc=$D1%D1 code=$D2%D1 }, \
0x852 { "entr v_mapi_getkeys_range" sidx=$D1 pstart=$D2 pend=$D3 pno=$D4 }, \
0x853 { "exit v_mapi_getkeys_range" numpages=$D1 }, \
0x854 { "entr pollset_putcache" ibuf=$D1 len=$D2%D1 }, \
0x855 { "exit pollset_putcache" rc=$D1%D1 size=$D2%D1 loc=$D3%D1 }, \
0x856 { " pollset_putcache" ps_id=$D1%D1 rc=$D2%D1 loc=$D3%D1 }, \
0x857 { " pollset_putcache" ps_id=$D1%D1 max_fd=$D2%D1 fd_cnt=$D3%D1 isize=$D4%D1 }, \
0x858 { "entr pollset_getcache" ibuf=$D1 len=$D2%D1 }, \
0x859 { " pollset_getcache" ps_id=$D1%D1 fd_cnt=$D2%D1 len=$D3%D1 }, \
0x85a { "exit pollset_getcache" len=$D1%D1 rc=$D2%D1 }, \
0x901 { "do_inpcb_mopt_get enter " idatap=$D1 inp=$D2 binfop->len=$D3 binfop->req=$D4 binfop->adsp=$D5}, \
0x902 { "do_inpcb_mopt_get exit " inp=$D1 binfop->req=$D2 rc=$D3}, \
0x903 { "do_inpcb_mopt_put enter " idatap=$D1 inp=$D2 binfop->len=$D3 binfop->req=$D4 binfop->adsp=$D5}, \
0x904 { "do_inpcb_mopt_put error1 " rc=$D1}, \
0x905 { "do_inpcb_mopt_put error2 " rc=$D1}, \
0x906 { "do_inpcb_mopt_put error3 " rc=$D1}, \
0x907 { "do_inpcb_mopt_put error4 " rc=$D1}, \
0x908 { "do_inpcb_mopt_put error5 " rc=$D1}, \
0x909 { "do_inpcb_mopt_put error6 " rc=$D1}, \
0x90A { "do_inpcb_mopt_put error7 " rc=$D1}, \
0x90B { "do_inpcb_mopt_put error8 " rc=$D1}, \
0x90C { "do_inpcb_mopt_put error9 " rc=$D1}, \
0x90D { "do_inpcb_mopt_put error10 " rc=$D1}, \
0x90E { "do_inpcb_mopt_put error11 " rc=$D1}, \
0x90F { "do_inpcb_mopt_put error12 " rc=$D1}, \
0x910 { "do_inpcb_mopt_put error13 " rc=$D1}, \
0x911 { "do_inpcb_mopt_put error14 " rc=$D1}, \
0x912 { "do_inpcb_mopt_put error15 " rc=$D1}, \
0x913 { "do_inpcb_mopt_put error16 " rc=$D1}, \
0x914 { "do_inpcb_mopt_put error17 " rc=$D1}, \
0x915 { "do_inpcb_mopt_put error18 " rc=$D1}, \
0x916 { "do_inpcb_mopt_put exit " inp=$D1 binfop->req=$D2 rc=$D3}, \
0x917 { "do_ifnet_mcast_v4_get enter " binfop->len=$D1 binfop->req=$D2 binfop->adsp=$D3}, \
0x918 { "do_ifnet_mcast_v4_get exit " binfop->req=$D1 rc=$D2}, \
0x919 { "do_ifnet_mcast_v6_get enter " binfop->len=$D1 binfop->req=$D2 binfop->adsp=$D3}, \
0x91A { "do_ifnet_mcast_v6_get exit " binfop->req=$D1 rc=$D2}, \
0x91B { "do_ifnet_mcast_v4_put enter " binfop->len=$D1 binfop->req=$D2 binfop->adsp=$D3}, \
0x91C { "do_ifnet_mcast_v4_put error1 " rc=$D1}, \
0x91D { "do_ifnet_mcast_v4_put error2 " rc=$D1}, \
0x91E { "do_ifnet_mcast_v4_put error3 " rc=$D1}, \
0x91F { "do_ifnet_mcast_v4_put error4 " rc=$D1}, \
0x920 { "do_ifnet_mcast_v4_put error5 " rc=$D1}, \
0x921 { "do_ifnet_mcast_v4_put error6 " rc=$D1}, \
0x922 { "do_ifnet_mcast_v4_put error7 " rc=$D1}, \
0x923 { "do_ifnet_mcast_v4_put error8 " rc=$D1}, \
0x924 { "do_ifnet_mcast_v4_put error9 " rc=$D1}, \
0x925 { "do_ifnet_mcast_v4_put error10 " rc=$D1}, \
0x926 { "do_ifnet_mcast_v4_put error11 " rc=$D1}, \
0x927 { "do_ifnet_mcast_v4_put error12 " rc=$D1}, \
0x928 { "do_ifnet_mcast_v4_put exit " binfop->req=$D1 rc=$D2}, \
0x929 { "do_ifnet_mcast_v4_put enter " binfop->len=$D1 binfop->req=$D2 binfop->adsp=$D3}, \
0x92A { "do_ifnet_mcast_v6_put error1 " rc=$D1}, \
0x92B { "do_ifnet_mcast_v6_put error2 " rc=$D1}, \
0x92C { "do_ifnet_mcast_v6_put error3 " rc=$D1}, \
0x92D { "do_ifnet_mcast_v6_put error4 " rc=$D1}, \
0x92E { "do_ifnet_mcast_v6_put error5 " rc=$D1}, \
0x92F { "do_ifnet_mcast_v6_put error6 " rc=$D1}, \
0x930 { "do_ifnet_mcast_v6_put error7 " rc=$D1}, \
0x931 { "do_ifnet_mcast_v6_put error8 " rc=$D1}, \
0x932 { "do_ifnet_mcast_v6_put error9 " rc=$D1}, \
0x933 { "do_ifnet_mcast_v6_put error10 " rc=$D1}, \
0x934 { "do_ifnet_mcast_v6_put error11 " rc=$D1}, \
0x935 { "do_ifnet_mcast_v6_put error12 " rc=$D1}, \
0x936 { "do_ifnet_mcast_v6_put exit " binfop->req=$D1 rc=$D2}, \
0x937 { "kwpar_mcast_cr enter " cmd=$D1 arg=$D2}, \
0x938 { "kwpar_mcast_cr error1 " rc=$D1}, \
0x939 { "kwpar_mcast_cr error2 " rc=$D1}, \
0x93A { "kwpar_mcast_cr error3 " rc=$D1}, \
0x93B { "kwpar_mcast_cr error4 " rc=$D1}, \
0x93C { "kwpar_mcast_cr exit " cmd=$D1 rc=$D2}, \
0x93D { "do_ifnet_ifq_mbuf_get enter " ifq=$D1 ifq->ifq_head=$D2 binfop->len=$D3 binfop->req=$D4 binfop->adsp=$D5}, \
0x93E { "do_ifnet_ifq_mbuf_get exit " rc=$D1}, \
0x93F { "do_ifnet_ifq_mbuf_put enter " ifq=$D1 binfop->len=$D2 binfop->req=$D3 binfop->adsp=$D4}, \
0x940 { "do_ifnet_ifq_mbuf_put error1 " rc=$D1}, \
0x941 { "do_ifnet_ifq_mbuf_put error2 " rc=$D1}, \
0x942 { "do_ifnet_ifq_mbuf_put error3 " rc=$D1}, \
0x943 { "do_ifnet_ifq_mbuf_put error4 " rc=$D1}, \
0x944 { "do_ifnet_ifq_mbuf_put error5 " rc=$D1}, \
0x945 { "do_ifnet_ifq_mbuf_put error6 " rc=$D1}, \
0x946 { "do_ifnet_ifq_mbuf_get exit " ifq->ifq_head=$D1 rc=$D2}, \
0x947 { "do_ifnet_ifq_put enter " ifq=$D1 binfop->len=$D2 binfop->req=$D3 binfop->adsp=$D4}, \
0x948 { "do_ifnet_ifq_put error1 " rc=$D1}, \
0x949 { "do_ifnet_ifq_put exit " rc=$D1}, \
0x94A { "do_ifnet_ifq_get enter " ifq=$D1 binfop->len=$D2 binfop->req=$D3 binfop->adsp=$D4}, \
0x94B { "do_ifnet_ifq_get exit " rc=$D1}, \
0x94C { "do_ifnet_get enter " cid=$D1 binfop->len=$D2 binfop->req=$D3 binfop->adsp=$D4}, \
0x94D { "do_ifnet_get error1 " rc=$D1}, \
0x94E { "do_ifnet_get exit " rc=$D1}, \
0x94F { "do_ifnet_put enter " cid=$D1 binfop->len=$D2 binfop->req=$D3 binfop->adsp=$D4}, \
0x950 { "do_ifnet_put error1 " rc=$D1}, \
0x951 { "do_ifnet_put error2 " rc=$D1}, \
0x952 { "do_ifnet_put error3 " rc=$D1}, \
0x953 { "do_ifnet_put error4 " rc=$D1}, \
0x954 { "do_ifnet_put error5 " rc=$D1}, \
0x955 { "do_ifnet_put error6 " rc=$D1}, \
0x956 { "do_ifnet_put error7 " rc=$D1}, \
0x957 { "do_ifnet_put error8 " rc=$D1}, \
0x958 { "do_ifnet_put error9 " rc=$D1}, \
0x959 { "do_ifnet_put error10 " rc=$D1}, \
0x95A { "do_ifnet_put error11 " rc=$D1}, \
0x95B { "do_ifnet_put error12 " rc=$D1}, \
0x95C { "do_ifnet_put error13 " rc=$D1}, \
0x95D { "do_ifnet_put error14 " rc=$D1}, \
0x95E { "do_ifnet_put error15 " rc=$D1}, \
0x95F { "do_ifnet_put error16 " rc=$D1}, \
0x960 { "do_ifnet_get exit " rc=$D1}, \
0x961 { "kwpar_ifnet_cr enter " cmd=$D1 arg=$D2}, \
0x962 { "kwpar_ifnet_cr error1 " rc=$D1}, \
0x963 { "kwpar_ifnet_cr exit " cmd=$D1 rc=$D2}, \
0x964 { "in_arp_get enter " cid=$D1 binfop->len=$D2 binfop->req=$D3 binfop->adsp=$D4}, \
0x965 { "in_arp_get error1 " rc=$D1}, \
0x966 { "in_arp_get exit " cid=$D1 rc=$D2}, \
0x967 { "in_arp_put enter " cid=$D1 binfop->len=$D2 binfop->req=$D3 binfop->adsp=$D4}, \
0x968 { "in_arp_put error1 " rc=$D1}, \
0x969 { "in_arp_put error2 " rc=$D1}, \
0x96A { "in_arp_put error3 " rc=$D1}, \
0x96B { "in_arp_put error4 " rc=$D1}, \
0x96C { "in_arp_put error5 " rc=$D1}, \
0x96D { "in_arp_put exit " cid=$D1 rc=$D2}, \
0x96E { "kwpar_arp_cr enter " cmd=$D1 arg=$D2}, \
0x96F { "kwpar_arp_cr error1 " rc=$D1}, \
0x970 { "kwpar_arp_cr error2 " rc=$D1}, \
0x971 { "kwpar_arp_cr error3 " rc=$D1}, \
0x972 { "kwpar_arp_cr exit " cmd=$D1 rc=$D2}, \
0x973 { "do_table_get enter " version=$D1 dtype=$D2 tablenum=$D3 unitsize=$D4}, \
0x974 { "do_table_get exit " rc=$D1}, \
0x975 { "do_table_put enter " version=$D1 dtype=$D2 unitsize=$D3}, \
0x976 { "do_table_put error1 " rc=$D1}, \
0x977 { "do_table_put exit " rc=$D1}, \
0x978 { "do_route_get enter " so=$D1}, \
0x979 { "do_route_get error1 " rc=$D1}, \
0x97A { "do_route_get exit " so=$D1 rc=$D2}, \
0x97B { "do_route_put enter " so=$D1}, \
0x97C { "do_route_put error1 " rc=$D1}, \
0x97D { "do_route_put error2 " rc=$D1}, \
0x97E { "do_route_put error3 " rc=$D1}, \
0x97F { "do_route_put error4 " rc=$D1}, \
0x980 { "do_route_put exit " so=$D1 rc=$D2}, \
0x981 { "lku_inet_handler enter " arg1=$D1 arg2=$D2 action=$D3 dri=$D4}, \
0x982 { "lku_inet_handler error1 " rc=$D1}, \
0x983 { "lku_inet_handler info " rc=$D1}, \
0x984 { "lku_inet_handler exit " error=$D1}, \
0x985 { "bpfioctl enter " dev=$D1 cmd=$D2 flag=$D3}, \
0x986 { "bpfioctl exit " error=$D1}, \
0x987 { "bio_chkpnt enter " d=$D1}, \
0x988 { "bio_chkpnt out0"}, \
0x989 { "bio_chkpnt out1"}, \
0x98A { "bio_chkpnt out2"}, \
0x98B { "bio_chkpnt out3 " bufsize=$D1 req=$D2}, \
0x98C { "bio_chkpnt out4 " rc=$D1}, \
0x98D { "bio_restart enter " d=$D1}, \
0x98E { "bio_restart out0"}, \
0x98F { "bio_restart out1"}, \
0x990 { "bio_restart out2"}, \
0x991 { "bio_restart out3 " version=$D1 dtype=$D2 dlen=$D3}, \
0x992 { "bio_restart out4 " devno1=$D1 devno2=$D2}, \
0x993 { "bio_restart out5 " version=$D1 dtype=$D2 dlen=$D3}, \
0x994 { "bio_restart out6"}, \
0x995 { "bio_restart out7 " version=$D1 dtype=$D2 dlen=$D3}, \
0x996 { "bio_restart out8 " version=$D1 dtype=$D2 dlen=$D3}, \
0x997 { "bio_restart out9 " version=$D1 dtype=$D2 dlen=$D3}, \
0x998 { "bio_restart out10"}, \
0x999 { "bio_restart out11"}, \
0x99A { "bio_restart out12"}, \
0x99B { "bio_restart out13 " rc=$D1}, \
0x99C { "bpf_restore_if enter " d=$D1}, \
0x99D { "bpf_restore_if out0 " if_flags=$D1}, \
0x99E { "bpf_restore_if out1 " error=$D1}, \
0x99F { "bpf_restore_if out2 " error=$D1}, \
0x9A0 { "bpf_restore_if out3 " error=$D1}, \
0x9A1 { "bpf_cr_bpf_state enter " cmd=$D1}, \
0x9A2 { "bpf_cr_bpf_state out0"}, \
0x9A3 { "bpf_cr_bpf_state out1"}, \
0x9A4 { "bpf_cr_bpf_state out2"}, \
0x9A5 { "bpf_cr_bpf_state out3"}, \
0x9A6 { "bpf_cr_bpf_state out4"}, \
0x9A7 { "bpf_cr_bpf_state out5 " f_type=$D1}, \
0x9A8 { "bpf_cr_bpf_state out6"}, \
0x9A9 { "bpf_cr_bpf_state out7"}, \
0x9AA { "bpf_cr_bpf_state out8 " rc=$D1}, \
0x9AB { "do_ifnet_put error17 " rc=$D1}, \
0x9AC { "do_ifnet_put error18 " rc=$D1}, \
0x9AD { "mcr_link_update enter " ifp=$D1}, \
0x9AE { "mcr_link_update error1 " family=$D1}, \
0x9AF { "mcr_link_update exit " ifnet=$D1}, \
0x9B0 { "do_pmtutab_get enter " cid=$D1 binfop->len=$D2 binfop->req=$D3 binfop->adsp=$D4}, \
0x9B1 { "do_pmtutab_get exit " rc=$D1}, \
0x9B2 { "do_pmtutab_put enter " cid=$D1 binfop->len=$D2 binfop->req=$D3 binfop->adsp=$D4}, \
0x9B3 { "do_pmtutab_put err1" rc=$D1}, \
0x9B4 { "do_pmtutab_put err2" rc=$D1}, \
0x9B5 { "do_pmtutab_put err3" rc=$D1}, \
0x9B6 { "do_pmtutab_put err4" rc=$D1}, \
0x9B7 { "do_pmtutab_put err5" rc=$D1}, \
0x9B8 { "do_pmtutab_put err6" rc=$D1}, \
0x9B9 { "do_pmtutab_put err7" rc=$D1}, \
0x9BA { "do_pmtutab_put info1"}, \
0x9BB { "do_pmtutab_put info2"}, \
0x9BC { "do_pmtutab_put err8" rc=$D1}, \
0x9BD { "do_pmtutab_put err9" rc=$D1}, \
0x9BE { "do_pmtutab_put err10" rc=$D1}, \
0x9BF { "do_pmtutab_put info3"}, \
0x9C0 { "do_pmtutab_put info4"}, \
0x9C1 { "do_pmtutab_put exit" rc=$D1}, \
0x9C2 { "kwpar_pmtutab_cr enter " cmd=$D1 arg=$D2}, \
0x9C3 { "kwpar_pmtutab_cr error1 " rc=$D1}, \
0x9C4 { "kwpar_pmtutab_cr exit " cmd=$D1 rc=$D2}, \
0x9C5 { "arp_chkpnt_filter enter " cid=$D1 tgt_addr=$D2}, \
0x9C6 { "arp_chkpnt_filter exit " tgt_addr=$D1 block=$D2}, \
0x9C7 { "do_inpcb_mopt_get1 " i=$D1 inm_ifp=$D2 if_name=$D3 if_unit=$4 }, \
0x9C8 { "do_inpcb_mopt_get2 " i=$D1 inm_ifp=$D2 if_name=$D3 if_unit=$4 }, \
0x9C9 { "do_inpcb_mopt_put1 " if_unit=$D1 if_name=$D2}, \
0x9CA { "do_inpcb_mopt_put2 " inp=$D1 num_ms=$D2 i=$D3 }, \
0x9CB { "do_inpcb_mopt_put3 " if_unit=$D1 if_name=$D2}, \
0x9CC { "do_inpcb_mopt_put4 " inp=$D1 num_ms=$D2 i=$D3 }, \
0x9CD { "tcp_tcptr_get enter " cid=$D1 binfop->len=$D2 binfop->req=$D3 binfop->adsp=$D4}, \
0x9CE { "tcp_tcptr_get exit " cid=$D1 rc=$D2}, \
0x9CF { "tcp_tcptr_put enter " cid=$D1 binfop->len=$D2 binfop->req=$D3 binfop->adsp=$D4}, \
0x9D0 { "tcp_tcptr_put error1 " rc=$D1}, \
0x9D1 { "tcp_tcptr_put exit " cid=$D1 rc=$D2}, \
0x9D2 { "kwpar_tcptr_cr enter " cmd=$D1 arg=$D2}, \
0x9D3 { "kwpar_tcptr_cr error1 " rc=$D1}, \
0x9D4 { "kwpar_tcptr_cr error2 " rc=$D1}, \
0x9D5 { "kwpar_tcptr_cr error3 " rc=$D1}, \
0x9D6 { "kwpar_tcptr_cr exit " cmd=$D1 rc=$D2}, \
0x9D7 { "bio_chkpnt info1 " ifp=$D1}, \
0x9D8 { "do_ifnet_put error19 " rc=$D1}, \
0x9D9 { "do_ifnet_put error20 " rc=$D1}, \
0x9DA { "do_ifnet_put error21 " rc=$D1}, \
0x9DB { "do_ifnet_put error22 " rc=$D1}, \
\* { `unknown subhook id $HD` }
502 1.0 L=SVC "GSC " \
$D1, \
9101 " enter: request_device_access ", \
9102 " context not on queue ", \
9103 " put context on queue ", \
9104 " inlink priority ", \
9105 " fault/no access, do not queue ", \
9106 " context already on queue ", \
9107 " upgrade intrpt ctx thrd/fault ", \
9108 " move ctx to front of queue ", \
9109 " no environment upgrade needed ", \
910a " sleep/block/intrpt return ", \
910b " do not wait for access ", \
9141 " exit: request_device_access ", \
9181 " enter: release_device_access ", \
91c1 " exit: release_device_access ", \
9201 " enter: dispatch_device ", \
9202 " queue is empty ", \
9203 " switching, do not dispatch ", \
9204 " look at first queue entry ", \
9205 " locked by other thrd, no disp ", \
9206 " lck\'d, == tid, ~disp intr req ", \
9207 " cur ctx anti-thrsh ts, no disp ", \
9208 " fdl, intrpt req diff tid, ~disp ", \
9209 " commit to dispatch the context ", \
920a " access (lock) context ", \
920b " wake up waiting thread ", \
920c " ownership of device changing ", \
920d " revoke user space access ", \
920e " context switch for same thread ", \
920f " grant user space access ", \
9210 " unblock thread ", \
9211 " wake up thread ", \
9212 " remove old context ", \
9213 " revoke user space access ", \
9214 " context activity time ", \
9215 " next device activity time ", \
9216 " remaining unused timeslice ", \
9217 " incr device lock for the switch ", \
9241 " exit: dispatch_device ", \
9301 " enter: end_dispatch_device ", \
9302 " grant user space access ", \
9303 " unblock thread ", \
9304 " decr device lock after switch ", \
9305 " wake up thread ", \
9341 " exit: end_dispatch_device ", \
9781 "enter: timer_expired ", \
9782 " BUG: timer should not have been on ", \
9783 " decr device lock for timer ", \
97c1 "exit: timer_expired ", \
9401 " enter: enable_user_access ", \
9402 " grant user space access ", \
9441 " exit: enable_user_access ", \
9481 " enter: disable_user_space ", \
9482 " disable user space access ", \
9483 " revoke user space access ", \
94c1 " exit: disable_user_space ", \
9501 " enter: read_user_lock ", \
9541 " exit: read_user_lock ", \
9581 " enter: write_user_request ", \
95c1 " exit: write_user_request ", \
9582 " enter: clear_user_lock ", \
95c2 " exit: clear_user_lock ", \
9a01 " inlink ", \
9a11 " inlink ", \
9a02 " queue trace:1 ", \
9a12 " queue trace:2 ", \
9a03 " queue trace:3 ", \
9a04 " device queue entry - tid ", \
9a05 " device queue entry - flags ", \
9601 " enter: start HSC ", \
9641 " exit: start HSC ", \
9681 " enter: stop HSC ", \
9682 " pend HSC stoppage ", \
96c1 " exit: stop HSC ", \
9701 " begin: HSC transaction ", \
9801 " enqueue to HSC ", \
9901 " enter: pfrm_switch ", \
9902 " start_switch completed ", \
9903 "<tagss> start_switch time ", \
9904 " enqueue to HSC ", \
9906 " perform switch in-line ", \
9905 "<tages> end_switch time ", \
9b01 " enter: compute_timeslice ", \
9b02 " use fixed timeslice ", \
9b03 " use zero timeslice ", \
9b04 " use fixed leader timeslice ", \
9b05 " swapping context activity ", \
9b06 " nonswapping context activity ", \
9b07 " summing the top swapping values ", \
9b10 " total of top swapping values ", \
9b11 " average of top swapping values ", \
9b08 " new expanded bounded timeslice ", \
9b09 " inadequate swap data, fixed ts ", \
9b41 " exit: compute_timeslice ", \
9c01 " enter: start_timer ", \
9c02 " zero time slice ", \
9c03 "<tagts> incr lock and show timeslice ", \
9c41 " exit: start_timer ", \
9c81 " enter: kill_timer ", \
9c82 " decr device lock ", \
9cc1 " exit: kill_timer ", \
\* { $D1%XW } \
$D1%XW $D2%XW $D3%XW $D4%XW $D5%XW
503 1.0 L=SVC "GSC " \
$D1, \
800 "enter: command_list_service ", \
801 "exit: command_list_service ", \
810 "enter: do_cmd ", \
a000 "gsctrace ", \
799 "enter: dma_free ", \
749 "enter: dma_end_master ", \
729 "enter: dma_end_slave ", \
700 "enter: dma_service ", \
901 "exit: gsc_make_gp ", \
900 " process structure ", \
910 "enter: rcm_unmake_gp ", \
911 "exit: rcm_unmake_gp ", \
902 "enter: gp_make_kpproc ", \
903 "enter: gp_unmake_kpproc ", \
920 "enter: gp_state_change ", \
921 " found graphics proc ", \
603 "dev_init: domain_acc_authority_init rc ", \
280 "enter: gsc_lock_hw ", \
289 "exit: gsc_lock_hw ", \
290 "enter: gsc_unlock_hw ", \
299 "exit: gsc_unlock_hw ", \
240 "enter: gsc_lock_domain ", \
241 "enter: gsc_unlock_domain ", \
261 "enter: gsc_give_up_timeslice ", \
220 "enter: rcm_lock_hw ", \
229 "exit: rcm_lock_hw ", \
230 "enter: rcm_unlock_hw ", \
239 "exit: rcm_unlock_hw ", \
300 "gsc_create_rcx: prcx ", \
310 "gsc_delete_rcx: rcx and flags ", \
320 "gsc_bind_window: rcx and wg ", \
330 "gsc_set_rcx: prcx ", \
350 "gsc_create_rcxp or make_cur_and_guard_dom ", \
340 "enter: rcm_delete_rcx ", \
360 "enter: rcm_delete_rcxp ", \
100 "gp_fault: tid, pdom, pproc ", \
101 "gp_fault: except [0], [1], [3] ", \
180 "enter: gp_block_gp ", \
190 "enter: gp_unblock_gp ", \
400 "gsc_create_win_geom: pwg ", \
410 "gsc_delete_win_geom: pwg ", \
420 "gsc_update_win_geom: pwg ", \
430 "gsc_create_win_attr: pwa ", \
440 "gsc_delete_win_attr: pwa ", \
450 "gsc_update_win_attr: pwa ", \
600 "domain_acc_authority_init: key, pcproc ", \
601 "put_busmem_keys: key, pdev ", \
602 "put_busmem_keys: release database ", \
c00 "rcmioctl: GRAPHICS_INIT_ENDS ", \
c01 " server not registered ", \
c02 " init complete ", \
c03 " wake up sleepers ", \
c04 " done ", \
c05 "rcmioctl: GRAPHICS_DATA_SAVED ", \
c06 " pm_status flags ", \
c07 " turn off watchdog ", \
c08 " done, returning ", \
c09 "rcmioctl: GRAPHICS_SAVE_FAILED ", \
c0a " pm_status flags ", \
c0b " done ", \
c0c "rcmioctl: GRAPHICS_QUERY_PM_STATUS ", \
c0d " rcm_copyout rc ", \
c0e " done ", \
a00 "enter: quiesce_graphics_IO ", \
a01 " no servers initializing ", \
a02 " server(s) initializing, sleep ", \
a03 "quiesce_graphics_IO: woken up ", \
a0a " signal X to quiesce failed ", \
a80 "exit: quiesce_graphics_IO ", \
a04 "enter: signal_X_to_quiesce_dsp_devices ", \
a05 " sent signal, sleeping ", \
a06 "signal_X: woken up ", \
a07 " killing X, then sleeping ", \
a08 "signal_X: woken up ", \
a09 "exit: signal_X_to_quiesce_dsp_devices ", \
b00 "enter: unblock_graphics_IO ", \
b01 " wakeup server ", \
b80 "exit: signal_X_to_quiesce_dsp_devices ", \
d00 "enter: rcm_pm_handler ", \
d01 "exit: rcm_pm_handler ", \
9001 "enter: rcmker_create_rcm ", \
9041 "exit: rcmker_create_rcm ", \
9081 "enter: rcmker_delete_rcm ", \
90c1 "exit: rcmker_delete_rcm ", \
9002 "enter: rcmker_create_device ", \
9042 "exit: rcmker_create_device ", \
9082 "enter: rcmker_delete_device ", \
90c2 "exit: rcmker_delete_device ", \
9003 "enter: rcmker_create_client ", \
9043 "exit: rcmker_create_client ", \
9083 "enter: rcmker_delete_client ", \
90c3 "exit: rcmker_delete_client ", \
9004 "enter: rcmker_create_context ", \
9044 "exit: rcmker_create_context ", \
9084 "enter: rcmker_delete_context ", \
90c4 "exit: rcmker_delete_context ", \
9005 "enter: rcmker_set_context_priority ", \
9045 "exit: rcmker_set_context_priority ", \
9006 "enter: rcmker_activate_context ", \
9046 "exit: rcmker_activate_context ", \
9007 "enter: rcmker_enable_user_access ", \
9047 "exit: rcmker_enable_user_access ", \
9087 "enter: rcmker_disable_user_access ", \
90c7 "exit: rcmker_disable_user_access ", \
9008 "enter: rcmker_enable_device_dispatching ", \
9048 "exit: rcmker_enable_device_dispatching ", \
9088 "enter: rcmker_disable_device_dispatching ", \
90c8 "exit: rcmker_disable_device_dispatching ", \
9009 "enter: rcmker_control_timeslice ", \
9049 "exit: rcmker_control_timeslice ", \
900d "enter: rcmker_resume_dispatching ", \
904d "exit: rcmker_resume_dispatching ", \
900a "enter: rcmker_query_device_context ", \
904a "exit: rcmker_query_device_context ", \
900b "enter: rcmker_query_current_user_lock ", \
904b "exit: rcmker_query_current_user_lock ", \
9010 "enter: rcmker_query_domain_lock ", \
9050 "exit: rcmker_query_domain_lock ", \
900c "enter: rcmker_set_timeslice ", \
904c "exit: rcmker_set_timeslice ", \
900e "enter: rcmker_set_min_activity ", \
904e "exit: rcmker_set_min_activity ", \
900f "enter: rcmker_force_heavy_switch ", \
904f "exit: rcmker_force_heavy_switch ", \
\* { $D1%XW } \
$D1%XW $D2%XW $D3%XW $D4%XW $D5%XW
526 1.0 L=KERN "@ POLLCACHE SERVICES" "POLLCACHE " \
$HD, \
0x01 { PC_PENDING: pcache:$D1 pccb:$D2 rtnevents:$D3 }, \
0x02 { PC_REMOVE_PEND: pcache:$D1 pccb:$D2 state:$D3 }, \
0x03 { PC_PUSH_PEND: pcache:$D1 in:$D2 out:$D3 }, \
0x04 { `PC_TIME_OUT: pcache:$D1 trb:$D2 tid:`prKernelTID($D3) }, \
0x05 { PC_WAIT_START: pcache:$D1 }, \
0x06 { PC_WAIT_STOP: pcache:$D1 sleep_rc:$D2 }, \
0x07 { PC_CLEANUP_FD: pcache:$D1 fd:$D2 cmd:$D3 }, \
0x08 { PC_POLL: pcache:$D1 timeout:$D2 }, \
0x09 { PC_CLOSE: fd:$D1 }, \
0x0a { PC_REGISTER: pcache:$D1 }, \
0x0b { PC_UNREGISTER: pcache:$D1 }, \
0x0c { PC_INIT: pcache:$D1 id:$D2 }, \
0x0d { PC_RELEASE: pcache:$D1 count:$D2 }, \
0x0e { PC_CACHE_ADD: pcache:$D1 fd:$D2 reqevents:$D3 }, \
0x0f { PC_CLEANUP: pcache:$D1 }, \
0x10 { PC_DEQUEUE_PEND: pcache:$D1 out:$D2 }, \
0x11 { PC_ENQUEUE_PEND: pcache:$D1 out:$D2 in:$D3 }, \
0x12 { PC_WAIT2_START: pcache:$D1 timeout:$D2 }, \
0x13 { PC_WAIT2_STOP: pcache:$D1 sleep_rc:$D2 }, \
\* { `unknown subhook` }
527 1.0 " UDI MANAGEMENT AGENT" \
G8.0 $HL%S1
528 1.0 " UDI SCSI MAPPER" \
G8.0 $HL%S1
529 1.0 " UDI BRIDGE MAPPER" \
G8.0 $HL%S1
52A 1.0 " UDI NETMAPPER ("$HD"): " W2 A4.4 W1 A4.4 W3 XW XW
52B 1.0 " UDI GIO MAPPER" \
G8.0 $HL%S1
52C 1.0 " UDI NETWORK DRIVER" \
G8.0 $HL%S1
52D 1.0 " UDI SCSI DRIVER" \
G8.0 $HL%S1
52F 1.0 L=APPL "SEC CRED:" \
$HD%D1, \
10300 { `crget callfrom=$D1%XW callfrom2=$D2%XW pid=$D3%D1 ($D3%PW)` }, \
10301 { `crfree callfrom=$D1%XW callfrom2=$D2%XW pid=$D3%D1 ($D3%PW)` }, \
10302 { `crdup callfrom=$D1%XW callfrom2=$D2%XW pid=$D3%D1 ($D3%PW)` }, \
10303 { `crhold callfrom=$D1%XW callfrom2=$D2%XW pid=$D3%D1 ($D3%PW)` }, \
10304 { `crref callfrom=$D1%XW callfrom2=$D2%XW pid=$D3%D1 ($D3%PW)` }, \
10305 { `crcopy callfrom=$D1%XW callfrom2=$D2%XW pid=$D3%D1 ($D3%PW)` }, \
\* { unknown subhook $HD $ERROR }
535 1.0 'TCP' \
$HD%D1, \
0 { `(`G8.0 A8.8`) d1=$D2%XW d2=$D3%XW d3=$D4%XW d4=$D5%XW` }, \
1 { `isprivport port=$D1%XW return value = $D2%DW` }, \
2 { `reroute inp=$D1%XW newrt=$D2%XW` }, \
3 { `splice_forward tp1=$D1%XW datarcvd=$D2%XW` }, \
4 { `return from splice_forward tp1=$D1%XW error=$D2%DW` }, \
5 { `tcp_SACKFastRecovery tp=$D1%XW` }, \
6 { `tcp_UpSACKInfo tp=$D1%XW HolesBlocks=$D2%XW` }, \
7 { `return from tcp_UpSACKInfo tp=$D1%XW return value=$D2%DW` }, \
8 { `tcp_achalloc ach=$D1%XW` }, \
9 { `tcp_achfree ach=$D1%XW ach->refs=$D2%XW` }, \
10 { `return from tcp_achref port=$D1%XW ach=$D2%XW ach->refs=$D3%XW` }, \
11 { `return from tcp_achset port=$D1%XW ach=$D2%XW tmp=$D3%XW` }, \
12 { `tcp_acladd tcpdac=$D1%XW tcpdac->port=$D2%XW` }, \
13 { `return from tcp_acladd tcpdac=$D1%XW rc=$D2%XW` }, \
14 { `tcp_aclbind port=$D1%XW inp=$D2%XW` }, \
15 { `tcp_aclclear_nolock port=$D1%XW` }, \
16 { `tcp_acldel dac=$D1%XW dac->port=$D2%XW` }, \
17 { `return from tcp_acldel dac=$D1%XW rc=$D2%XW` }, \
18 { `tcp_aclflush` }, \
19 { `tcp_aclls port=$D1%XW m=$D2%XW` }, \
20 { `return from tcp_aclls rc=$D1%XW` }, \
21 { `tcp_adjust_buffers tp=$D1%XW` }, \
22 { `return from tcp_adjust_buffers` }, \
23 { `tcp_attach so=$D1%XW` }, \
24 { `return from tcp_attach so=$D1%XW error=$D2%XW` }, \
25 { `tcp_auth0 flags=$D1%XW uid=$D2%XW gid=$D3%XW inp=$D4%XW` }, \
26 { `return from tcp_auth0_out1 ach=$D1%XW lport=$D2%XW` }, \
27 { `return from tcp_auth0_out2 lport=$D1%XW rc=$D2%XW` }, \
28 { `tcp_auth tcp_opts=$D1%XW inp=$D2%XW found=$D3%XW` }, \
29 { `return from tcp_auth_out1 tcp_opts=$D1%XW flags=$D2%XW uid=$D3%XW gid=$D4%XW` }, \
30 { `return from tcp_auth_out2 flags=$D1%XW uid=$D2%XW gid=$D3%XW lport=$D4%XW` }, \
31 { `tcp_build_sacks_err error=$D1%XW` }, \
32 { `tcp_build_sacks tp=$D1%XW ti=$D2%XW` }, \
33 { `return from tcp_build_sacks` }, \
34 { `tcp_canceltimers` }, \
35 { `tcp_close tp=$D1%XW tp->t_state=$D2%XW inp=$D3%XW so=$D4%XW` }, \
36 { `tcp_close` }, \
37 { `tcp_ctlinput cmd=$D1%XW sa=$D2%XW ip=$D3%XW` }, \
38 { `return from tcp_ctlinput` }, \
39 { `tcp_ctloutput op=$D1%XW so=$D2%XW level=$D3%XW optname=$D4%XW` }, \
40 { `return from tcp_ctloutput so=$D1%XW error=$D2%DW` }, \
41 { `tcp_delayack_set value=$D1%XW nop=$D2%XW` }, \
42 { `return from tcp_delayack_set return value=$D1%XW` }, \
43 { `tcp_disconnect tp=$D1%XW so=$D2%XW tp->t_state=$D3%XW` }, \
44 { `return from tcp_disconnect tp=$D1%XW` }, \
45 { `tcp_dooptions tp=$D1%XW om=$D2%XW ti=$D3%XW tcp_opts=$D4%XW` }, \
46 { `return from tcp_dooptions tp=$D1%XW opt=$D2%XW` }, \
47 { `tcp_drop tp=$D1%XW tp->t_state=$D2%XW errno=$D3%XW` }, \
48 { `tcp_ephemeral_high_change newvalp=$D1%XW nop=$D2%XW value=$D3%XW` }, \
49 { `return from tcp_ephemeral_high_change tcp_ephemeral_low=$D1%XW value=$D2%XW error=$D3%XW` }, \
50 { `tcp_ephemeral_low_change newvalp=$D1%XW nop=$D2%XW value=$D3%XW` }, \
51 { `return from tcp_ephemeral_low_change tcp_ephemeral_high=$D1%XW value=$D2%XW error=$D3%XW` }, \
52 { `tcp_fasttimo` }, \
53 { `return from tcp_fasttimo` }, \
54 { `tcp_init` }, \
55 { `return from tcp_init` }, \
56 { `tcp_input0 *mp=$D1%XW *opts=$D2%XW llhdr=$D3%XW *ipsecgoo=$D4%XW` }, \
57 { `return from tcp_input0_out1 *mp=$D1%XW return value=$D2%XW` }, \
58 { `return from tcp_input0_out2 *mp=$D1%XW return value=$D2%XW` }, \
59 { `return from tcp_input0_out3 *mp=$D1%XW return value=$D2%XW` }, \
60 { `return from tcp_input0_out4 *mp=$D1%XW return value=$D2%XW` }, \
61 { `return from tcp_input0_out5 *mp=$D1%XW return value=$D2%XW` }, \
62 { `return from tcp_input0_out6 *mp=$D1%XW return value=$D2%XW` }, \
63 { `return from tcp_input0_out7 *mp=$D1%XW return value=$D2%XW` }, \
64 { `return from tcp_input0_out8 *mp=$D1%XW return value=$D2%XW` }, \
65 { `return from tcp_input0_out9 *mp=$D1%XW return value=$D2%XW` }, \
66 { `tcp_input m=$D1%XW iphlen=$D2%XW` }, \
67 { `return from tcp_input m=$D1%XW opts=$D2%XW ipsecgoo=$D3%XW` }, \
68 { `tcp_lspriv m=$D1%XW` }, \
69 { `return from tcp_lspriv m=$D1%XW error=$D2%XW` }, \
70 { `tcp_map_pseg m=$D1%XW` }, \
71 { `return from tcp_map_pseg return value=$D1%XW` }, \
72 { `tcp_mss tp=$D1%XW offer=$D2%XW` }, \
73 { `return from tcp_mss tp=$D1%XW mss=$D2%XW` }, \
74 { `tcp_newtcpcb inp=$D1%XW` }, \
75 { `return from tcp_newtcpcb inp=$D1%XW return value=$D2%XW` }, \
76 { `tcp_notify inp=$D1%XW tp=$D2%XW so=$D3%XW error=$D4%XW` }, \
77 { `return from tcp_notify inp=$D1%XW tp=$D2%XW tp->t_state=$D3%XW error=$D4%XW` }, \
78 { `tcp_output tp=$D1%XW so=$D2%XW` }, \
79 { `return from tcp_output tp=$D1%XW so=$D2%XW error=$D3%XW` }, \
80 { `tcp_pmtuchange inp=$D1%XW tp=$D2%XW` }, \
81 { `tcp_process_sackopt tp=$D1%XW cp=$D2%XW ti=$D3%XW` }, \
82 { `return from tcp_process_sackopt_out1 tp=$D1%XW Count=$D2%XW` }, \
83 { `return from tcp_process_sackopt_out2 tp=$D1%XW` }, \
84 { `tcp_pulloutofband so=$D1%XW ti=$D2%XW m=$D3%XW` }, \
85 { `return from tcp_pulloutofband so=$D1%XW tp=$D2%XW` }, \
86 { `tcp_quench inp=$D1%XW tp=$D2%XW` }, \
87 { `tcp_reass tp=$D1%XW` }, \
88 { `return from tcp_reass_out1 tp=$D1%XW` }, \
89 { `return from tcp_reass_out2 tp=$D1%XW` }, \
90 { `return from tcp_reass_out3 tp=$D1%XW` }, \
91 { `return from tcp_reass_out4 tp=$D1%XW` }, \
92 { `return from tcp_reass_out5 tp=$D1%XW flags=$D2%XW` }, \
93 { `tcp_resend inp=$D1%XW tp=$D2%XW` }, \
94 { `return from tcp_resend inp=$D1%XW tp=$D2%XW` }, \
95 { `return from tcp_resprst_err tp=$D1%XW` }, \
96 { `tcp_resprst tp=$D1%XW ti=$D2%XW m=$D3%XW seq=$D4%XW` }, \
97 { `return from tcp_resprst tp=$D1%XW` }, \
98 { `return from tcp_send_and_disconnect_err so=$D1%XW tp=$D2%XW *errorp=$D3%XW` }, \
99 { `tcp_send_and_disconnect so=$D1%XW tp=$D2%XW tp->t_state=$D3%XW m=$D4%XW` }, \
100 { `return from tcp_send_and_disconnect so=$D1%XW tp=$D2%XW` }, \
101 { `return from tcp_send_and_kern_disconnect_err so=$D1%XW tp=$D2%XW *errorp=$D3%XW` }, \
102 { `tcp_send_and_kern_disconnect so=$D1%XW tp=$D2%XW tp->t_state=$D3%XW m=$D4%XW` }, \
103 { `return from tcp_send_and_kern_disconnect so=$D1%XW tp=$D2%XW` }, \
104 { `tcp_sendkeep_err tp=$D1%XW` }, \
105 { `tcp_sendkeep tp=$D1%XW ack=$D2%XW seq=$D3%XW` }, \
106 { `return from tcp_sendkeep tp=$D1%XW` }, \
107 { `tcp_setmss tp=$D1%XW` }, \
108 { `return from tcp_setmss tp=$D1%XW rt=$D2%XW` }, \
109 { `tcp_setpersist tp=$D1%XW` }, \
110 { `return from tcp_setpersist tp=$D1%XW` }, \
111 { `tcp_setpriv port=$D1%XW` }, \
112 { `return from tcp_setpriv port=$D1%XW error=$D2%XW` }, \
113 { `tcp_slowtimo` }, \
114 { `return from tcp_slowtimo` }, \
115 { `tcp_splice so1=$D1%XW so2=$D2%XW flags=$D3%XW` }, \
116 { `return from tcp_splice error=$D1%XW` }, \
117 { `tcp_template tp=$D1%XW inp=$D2%XW` }, \
118 { `tcp_time_wait_timer first=$D1%XW last=$D2%XW` }, \
119 { `return from tcp_time_wait_timer first=$D1%XW last=$D2%XW` }, \
120 { `tcp_timer_init` }, \
121 { `tcp_timers tp=$D1%XW timer=$D2%XW` }, \
122 { `return from tcp_timers tp=$D1%XW` }, \
123 { `tcp_unsetpriv port=$D1%XW` }, \
124 { `return from tcp_unsetpriv port=$D1%XW error=$D2%XW` }, \
125 { `tcp_update_sacks tp=$D1%XW` }, \
126 { `return from tcp_update_sacks tp=$D1%XW` }, \
127 { `tcp_usrclosed tp=$D1%XW tp->t_state=$D2%XW` }, \
128 { `return from tcp_usrclosed tp=$D1%XW` }, \
129 { `tcp_usrreq_err so=$D1%XW error=$D2%XW` }, \
130 { `tcp_usrreq so=$D1%XW req=$D2%XW m=$D3%XW nam=$D4%XW` }, \
131 { `return from tcp_usrreq so=$D1%XW req=$D2%XW` }, \
132 { `tcp_xmit_timer tp=$D1%XW rtt=$D2%XW` }, \
133 { `return from tcp_xmit_timer tp=$D1%XW srtt=$D2%XW` }, \
134 { `tcp_UpSACKInfo out1 tp=$D1%XW return=$D2%DW` }, \
136 { `tcp_build_sacks out1` }, \
137 { `tcp_build_sacks out2` }, \
138 { `tcp_build_sacks out3` }, \
139 { `tcp_build_sacks out4` }, \
140 { `tcp_input0_out10 tp=$D1%XW` }, \
141 { `tcp_input0_out11 tp=$D1%XW` }, \
142 { `tcp_input0_out12 tp=$D1%XW` }, \
143 { `tcp_input0_out13 tp=$D1%XW` }, \
144 { `tcp_input0_out14 m=$D1%XW` }, \
145 { `tcp_input0_out15 m=$D1%XW` }, \
146 { `tcp_input0_out16 m=$D1%XW` }, \
147 { `tcp_input0_out17 m=$D1%XW` }, \
148 { `tcp_input0_out18 tp=$D1%XW` }, \
149 { `tcp_input0_out19 tp=$D1%XW` }, \
150 { `tcp_input0_out20 tp=$D1%XW` }, \
151 { `tcp_input0_out21 tp=$D1%XW` }, \
152 { `tcp_input0_out22 tp=$D1%XW` }, \
153 { `tcp_input0_out23 tp=$D1%XW` }, \
154 { `tcp_input0_out24 tp=$D1%XW` }, \
155 { `tcp_input0_out25 tp=$D1%XW` }, \
156 { `tcp_input0_out26 tp=$D1%XW` }, \
157 { `tcp_input0_out27 tp=$D1%XW` }, \
158 { `tcp_input0_out28 so=$D1%XW` }, \
159 { `tcp_input0_out29 tp=$D1%XW` }, \
160 { `tcp_input0_out30 tp=$D1%XW` }, \
161 { `tcp_input0_out31 tp=$D1%XW` }, \
162 { `tcp_input0_out32 tp=$D1%XW` }, \
163 { `tcp_input0_out33 tp=$D1%XW` }, \
164 { `tcp_input0_out34 tp=$D1%XW` }, \
165 { `tcp_input0_out35 tp=$D1%XW` }, \
166 { `tcp_input0_out36 tp=$D1%XW` }, \
167 { `tcp_input0_out37 tp=$D1%XW` }, \
168 { `tcp_input0_out38 tp=$D1%XW` }, \
169 { `tcp_input0_out39 tp=$D1%XW` }, \
170 { `tcp_input0_out40 tp=$D1%XW` }, \
171 { `tcp_input0_out41 tp=$D1%XW` }, \
172 { `tcp_input0_out42 tp=$D1%XW` }, \
173 { `tcp_input0_out43 tp=$D1%XW` }, \
174 { `tcp_input0_out44 tp=$D1%XW` }, \
175 { `tcp_input0_out45 tp=$D1%XW` }, \
176 { `tcp_input0_out46 tp=$D1%XW` }, \
177 { `tcp_input0_out47 tp=$D1%XW` }, \
178 { `tcp_input0_out48 tp=$D1%XW` }, \
179 { `tcp_input0_out49 tp=$D1%XW` }, \
180 { `tcp_input0_out50 tp=$D1%XW` }, \
181 { `tcp_input0_out51 tp=$D1%XW` }, \
182 { `tcp_input0_out52 tp=$D1%XW` }, \
183 { `tcp_input0_out53 tp=$D1%XW` }, \
184 { `tcp_input0_out54 tp=$D1%XW` }, \
185 { `tcp_input0_out55 tp=$D1%XW` }, \
186 { `tcp_input0_out56 tp=$D1%XW` }, \
187 { `tcp_input0_out57 tp=$D1%XW` }, \
188 { `tcp_input0_win1 tp=$D1%XW rcv_wnd=$D2%DW` }, \
191 { `tcp_process_sackopt_out3 tp=$D1%XW count=$D2%DW` }, \
192 { `tcp_process_sackopt_out4 tp=$D1%XW count=$D2%DW` }, \
193 { `tcp_auth out3 flags=$D1%XW uid=$D2%DW gid=$D3%DW lport=$D4%DW rc=$D5%DW` }, \
194 { `tcp_mss out1 tp=$D1%XW tcp_mssdflt=$D2%DW` }, \
195 { `tcp_setmss out1 tp=$D1%XW rt=$D2%XW` }, \
197 { `tcp_map_pseg out1 return=$D1%DW` }, \
198 { `tcp_output_sack_enabled1 tp=$D1%XW` }, \
199 { `tcp_output_sack_enabled2 tp=$D1%XW` }, \
203 { `tcp_output_update_lowat tp=$D1%XW so=$D2%XW hiwat=$D3%DW lowat=$D4%DW` }, \
204 { `tcp_output out1 tp=$D1%XW so=$D2%XW return=$D3%DW` }, \
205 { `tcp_output out2 tp=$D1%XW error=$D2%DW` }, \
206 { `tcp_output out3 tp=$D1%XW so=$D2%XW error=$D3%DW` }, \
207 { `tcp_output out4 tp=$D1%XW` }, \
208 { `tcp_output out5 tp=$D1%XW error=$D2%DW` }, \
209 { `tcp_output out6 tp=$D1%XW error=$D2%DW` }, \
210 { `tcp_output out7 tp=$D1%XW error=$D2%DW` }, \
211 { `tcp_output out8 tp=$D1%XW error=$D2%DW` }, \
212 { `tcp_output out9 tp=$D1%XW error=$D2%DW` }, \
213 { `tcp_output out10 tp=$D1%XW so=$D2%XW error=$D3%DW` }, \
214 { `tcp_output out11 tp=$D1%XW so=$D2%XW error=$D3%DW` }, \
215 { `tcp_output out12 tp=$D1%XW` }, \
217 { `tcp_newtcpcb out1 inp=$D1%XW ret=$D2%DW` }, \
218 { `tcp_notify out1 inp=$D1%XW tp=$D2%XW tp_state=$D3%XW error=$D4%DW` }, \
220 { `tcp_ctlinput out1` }, \
221 { `tcp_ctlinput out2` }, \
222 { `tcp_ctlinput out3` }, \
223 { `tcp_delayack_set out1 ret=$D1%DW` }, \
224 { `tcp_delayack_set out2 error=$D1%DW` }, \
225 { `tcp_delayack_set out3 error=$D1%DW` }, \
226 { `tcp_delayack_set out4 error=$D1%DW` }, \
227 { `tcp_timers out1 tp=$D1%XW` }, \
228 { `tcp_usrreq error1 so=$D1%XW error=$D2%DW` }, \
229 { `tcp_usrreq error2 so=$D1%XW error=$D2%DW` }, \
230 { `tcp_usrreq error3 so=$D1%XW error=$D2%DW` }, \
231 { `tcp_usrreq error4 so=$D1%XW error=$D2%DW` }, \
232 { `tcp_usrreq error5 so=$D1%XW error=$D2%DW` }, \
233 { `tcp_usrreq out1 so=$D1%XW req=$D2%DW` }, \
234 { `tcp_usrreq out2 so=$D1%XW error=$D2%DW` }, \
235 { `tcp_usrreq out3 so=$D1%XW error=$D2%DW` }, \
236 { `tcp_usrreq out4 so=$D1%XW error=$D2%DW` }, \
237 { `tcp_usrreq out5 so=$D1%XW error=$D2%DW` }, \
238 { `tcp_usrreq out6 so=$D1%XW req=$D2%DW` }, \
239 { `tcp_usrreq out7 so=$D1%XW error=$D2%DW` }, \
240 { `tcp_usrreq out8 so=$D1%XW error=$D2%DW` }, \
241 { `tcp_usrreq out9 so=$D1%XW error=$D2%DW` }, \
242 { `tcp_usrreq out10 so=$D1%XW error=$D2%DW` }, \
243 { `tcp_usrreq error6 so=$D1%XW error=$D2%DW` }, \
244 { `tcp_acladd out1 tcpdac=$D1%XW rc=$D2%DW` }, \
245 { `tcp_acladd out2 tcpdac=$D1%XW rc=$D2%DW` }, \
246 { `tcp_acladd out3 tcpdac=$D1%XW rc=$D2%DW` }, \
247 { `tcp_acladd out4 tcpdac=$D1%XW rc=$D2%DW` }, \
248 { `tcp_acldel out1 dac=$D1%XW rc=$D2%DW` }, \
249 { `tcp_acldel out2 dac=$D1%XW rc=$D2%DW` }, \
250 { `tcp_acldel out3 dac=$D1%XW rc=$D2%DW` }, \
251 { `tcp_aclls out1 m=$D1%XW port=$D2%DW rc=$D3%DW` }, \
252 { `tcp_aclls out2 m=$D1%XW port=$D2%DW rc=$D3%DW` }, \
253 { `tcp_aclls out3 m=$D1%XW port=$D2%DW rc=$D3%DW` }, \
254 { `tcp_lspriv out1 m=$D1%XW error=$D1%DW` }, \
255 { `tcp_ctloutput error op=$D1%DW optname=$D2%XW so=$D3%XW error=$D4%DW error=$D5%DW` }, \
256 { `tcp_attach out1 so=$D1%XW error=$D2%DW` }, \
257 { `tcp_attach out2 so=$D1%XW error=$D2%DW` }, \
258 { `tcp_attach out3 so=$D1%XW error=$D2%DW` }, \
259 { `tcp_splice out1 error=$D1%DW` }, \
260 { `tcp_splice out2 error=$D1%DW` }, \
261 { `tcp_reroute out inp=$D1%XW` }, \
262 { `tcp_UpSACKInfo out2 tp=$D1%XW rc=$D2%DW` }, \
263 { `tcp_reass out m=$D1%XW` }, \
264 { `tcp_input0 out58 tp=$D1%XW` }, \
265 { `tcp_output out13 tp=$D1%XW so=$D2%XW rc=$D3%DW` }, \
266 { `tcp_output out14 tp=$D1%XW so=$D2%XW error=$D3%DW` }, \
267 { `tcp_output out15 tp=$D1%XW so=$D2%XW error=$D3%DW` }, \
268 { `tcp_output pmtu_alloc_fail tp=$D1%XW so=$D2%XW error=$D3%DW` }, \
269 { `tcp_output error7 so=$D1%XW error=$D2%DW` }, \
270 { `tcp_output error8 so=$D1%XW error=$D2%DW` }, \
271 { `tcp_output error9 so=$D1%XW error=$D2%DW` }, \
272 { `tcp_output error10 so=$D1%XW error=$D2%DW` }, \
273 { `tcp_output error11 so=$D1%XW error=$D2%DW` }, \
274 { `tcp_output error12 so=$D1%XW error=$D2%DW` }, \
275 { `tcp_output error13 so=$D1%XW error=$D2%DW` }, \
276 { `tcp_output error14 so=$D1%XW error=$D2%DW` }, \
277 { `tcp_output error15 so=$D1%XW error=$D2%DW` }, \
278 { `tcp_output error16 so=$D1%XW error=$D2%DW` }, \
279 { `tcp_output error17 so=$D1%XW error=$D2%DW` }, \
280 { `tcp_output pru abort so=$D1%XW tp=$D2%XW` }, \
297 { `tcp_disconnect_out error=$D1%XW` }, \
298 { `fastlo waitconn add so=$D1%XW` }, \
299 { `fastlo waitconn rem so=$D1%XW` }, \
300 { `fastlo waitconn drop so=$D1%XW` }, \
301 { `fastlo lookup so=$D1%XW so2=$D2%XW` }, \
302 { `fastlo setup so=$D1%XW so2=$D2%XW lport=$D3%DW fport=$D4%DW`},\
303 { `fastlo setup out1 so=$D1%XW so2=$D2%XW` }, \
304 { `fastlo setup out2 so=$D1%XW so2=$D2%XW` }, \
305 { `fastlo setup out3 so=$D1%XW so2=$D2%XW` }, \
306 { `fastlo setup out4 so=$D1%XW so2=$D2%XW` }, \
307 { `fastlo setup out5 so=$D1%XW so2=$D2%XW error=$D3%DW` }, \
308 { `fastlo send so=$D1%XW so2=$D2%XW` }, \
309 { `fastlo rcvd so=$D1%XW so2=$D2%XW` }, \
311 { `fastlo trace so=$D1%XW so2=$D2%XW output=$D3%DW if=$D4%DW input=$D5%DW` }, \
312 { `fastlo terminate so=$D1%XW so2=$D2%XW` }, \
313 { `fastlo iseligible so=$D1%XW rc=$D2%DW` }, \
314 { `fastlo controlflow so=$D1%XW so2=$D2%XW op=$D3%DW hiwat=$D4%XW mbmax=$D5%XW` }, \
315 { `fastlo setup out0 so=$D1%XW so2=$D2%XW` }, \
316 { `tcp_input newrenorxmt out1 tp=$D1%XW onxt=$D2%XW ocwnd=$D3%DW` }, \
317 { `tcp_input newrenorxmt out2 tp=$D1%XW onxt=$D2%XW ocwnd=$D3%DW` }, \
318 { `tcp_input fastrxmt out tp=$D1%XW ti=$D2%XW tp->snd_nxt=$D3%DW` }, \
319 { `fastlo send failed so=$D1%XW so2=$D2%XW error=$D3%DW` }, \
\* { unknown subhook $HD $ERROR }
536 1.0 'UDP' \
$HD%D1, \
0 { `(`G8.0 A8.8`) d1=$D2%XW d2=$D3%XW d3=$D4%XW d4=$D5%XW` }, \
1 { `delay_sbdroprecord sb=$D1%XW freehead=$D2%XW` }, \
2 { `udp_cksum_and_move m=$D1%XW uio=$D2%XW hdrsum=$D3%XW so=$D4%XW` }, \
3 { `udp_cksum_and_move m=$D1%XW sum=$D2%XW error=$D3%XW` }, \
4 { `udp_ctlinput cmd=$D1%XW sa=$D2%XW ip=$D3%XW` }, \
5 { `udp_ctlinput cmd=$D1%XW` }, \
6 { `udp_ephemeral_high_change newvalp=$D1%XW nop=$D2%XW value=$D3%XW` }, \
7 { `udp_ephemeral_low_change newvalp=$D1%XW nop=$D2%XW value=$D3%XW` }, \
8 { `udp_findmac m=$D1%XW ip=$D2%XW llhdr=$D3%XW` }, \
9 { `udp_findmac_out1 llhdr=$D1%XW` }, \
10 { `udp_findmac_out2 hdrp=$D1%XW` }, \
11 { `udp_init` }, \
12 { `udp_init` }, \
13 { `udp_input0 mp=$D1%XW inopts=$D2%XW llhdr=$D3%XW ipsecgoo=$D4%XW` }, \
14 { `udp_input0_out1 mp=$D1%XW return value=$D2%XW` }, \
15 { `udp_input0_out2 mp=$D1%XW return value=$D2%XW` }, \
16 { `udp_input0_out3 mp=$D1%XW return value=$D2%XW` }, \
17 { `udp_input0_out4 mp=$D1%XW return value=$D2%XW` }, \
18 { `udp_input0_out5 mp=$D1%XW return value=$D2%XW` }, \
19 { `udp_input1 m=$D1%XW iphlen=$D2%XW llhdr=$D3%XW` }, \
20 { `udp_input1 m=$D1%XW ipsecgoo=$D2%XW` }, \
21 { `udp_input m=$D1%XW iphlen=$D2%XW` }, \
22 { `udp_input m=$D1%XW ipsecgoo=$D2%XW` }, \
23 { `udp_output inp=$D1%XW m=$D2%XW addr=$D3%XW control=$D4%XW` }, \
24 { `udp_output inp=$D1%XW m=$D2%XW error=$D3%XW` }, \
25 { `udp_receive so=$D1%XW paddr=$D2%XW uio=$D3%XW mp0=$D4%XW flagsp=$D5%XW` }, \
26 { `return from udp_receive so=$D1%XW error=$D2%DW` }, \
27 { `udp_saveopt p=$D1%XW m=$D2%XW size=$D3%XW type=$D4%XW` }, \
28 { `udp_saveopt_out1 m=$D1%XW type=$D2%XW` }, \
29 { `udp_saveopt_out2 m=$D1%XW type=$D2%XW len=$D3%XW` }, \
30 { `udp_saveopt_out3 m=$D1%XW type=$D2%XW len=$D3%XW` }, \
31 { `udp_saveopt_out4 m=$D1%XW type=$D2%XW len=$D3%XW` }, \
32 { `udp_usrreq so=$D1%XW req=$D2%XW m=$D3%XW addr=$D4%XW control=$D5%XW` }, \
33 { `return from udp_usrreq so=$D1%XW req=$D2%XW return value=$D3%DW` }, \
34 { `udpsend so=$D1%XW addr=$D2%XW uio=$D3%XW top=$D4%XW control=$D5%XW` }, \
35 { `return from udpsend so=$D1%XW flags=$D2%XW error=$D3%DW` }, \
36 { `udp_ephemeral_low_change error1 value=$D1%DW error=$D2%DW` }, \
37 { `udp_ephemeral_high_change error1 value=$D1%DW error=$D2%DW` }, \
38 { `udp_input0 error1 mp=$D1%XW len=$D2%DW ipdlen=$D3%DW hdrsize=$D4%DW` }, \
39 { `udp_input0 error2 m=$D1%XW len=$D2%DW` }, \
40 { `udp_input0 error3 m=$D1%XW len=$D2%DW` }, \
41 { `udp_input0 error4` }, \
42 { `udp_input0 error5 m=$D1%XW len=$D2%DW` }, \
43 { `udp_input0 error6 port_sent=$D1%DW port_limit=$D2%DW` }, \
44 { `udp_input0 error7 m=$D1%XW len=$D2%DW` }, \
45 { `udp_input0 error8 m=$D1%XW len=$D2%DW` }, \
46 { `udp_input0 error9 so=$D1%XW` }, \
47 { `udp_input0 error10 so=$D1%XW` }, \
48 { `udp_ctlinput error1 cmd=$D1%DW` }, \
49 { `udp_output error1 len=$D1%DW error=$D2%DW` }, \
50 { `udp_output error2 inp=$D1%DW error=$D2%DW` }, \
51 { `udp_output error3 error=$D1%DW` }, \
52 { `udp_output error4 error=$D1%DW` }, \
53 { `udp_output error5 error=$D1%DW` }, \
54 { `udp_output error6 error=$D1%DW` }, \
55 { `udp_output error7 error=$D1%DW` }, \
56 { `udp_output error8 error=$D1%DW` }, \
57 { `udp_output error9 error=$D1%DW` }, \
58 { `udp_output error10 error=$D1%DW` }, \
59 { `udp_usrreq error1 so=$D1%XW control=$D2%XW error=$D1%DW` }, \
60 { `udp_usrreq error2 so=$D1%XW req=$D2%DW error=$D1%DW` }, \
61 { `udp_usrreq error3 so=$D1%XW error=$D2%DW snd_space=$D3%DW rcv_space=$D4%DW` }, \
62 { `udp_usrreq error4 so=$D1%XW error=$D2%DW` }, \
63 { `udp_usrreq error5 so=$D1%XW req=$D2%DW error=$D1%DW` }, \
64 { `udp_send error1 so=$D1%XW error=$D2%DW` }, \
65 { `udp_send error2 so=$D1%XW flags=$D2%XW error=$D3%DW` }, \
66 { `udp_send error3 so=$D1%XW flags=$D2%XW error=$D3%DW` }, \
67 { `udp_send error4 so=$D1%XW flags=$D2%XW error=$D3%DW` }, \
68 { `udp_send error5 so=$D1%XW flags=$D2%XW error=$D3%DW` }, \
69 { `udp_send error6 so=$D1%XW error=$D2%DW` }, \
70 { `udp_send error7 so=$D1%XW error=$D2%DW` }, \
71 { `udp_send error8 so=$D1%XW error=$D2%DW` }, \
72 { `udp_send error9 so=$D1%XW error=$D2%DW` }, \
73 { `udp_send error10 so=$D1%XW error=$D2%DW resid=$D3%DW` }, \
74 { `udp_send error11 so=$D1%XW error=$D2%DW` }, \
75 { `udp_send error12 so=$D1%XW error=$D2%DW` }, \
76 { `udp_send error13 so=$D1%XW error=$D2%DW` }, \
77 { `udp_send error14 so=$D1%XW error=$D2%DW` }, \
78 { `udp_send error15 so=$D1%XW error=$D2%DW` }, \
79 { `udp_send error16 so=$D1%XW error=$D2%DW` }, \
80 { `udp_send error17 so=$D1%XW error=$D2%DW` }, \
81 { `udp_send error18 so=$D1%XW error=$D2%DW` }, \
82 { `udp_send error19 so=$D1%XW error=$D2%DW` }, \
83 { `udp_receive error1 so=$D1%XW error=$D2%DW` }, \
84 { `udp_receive error2 so=$D1%XW error=$D2%DW` }, \
85 { `udp_receive error3 so=$D1%XW error=$D2%DW` }, \
86 { `udp_receive error4 so=$D1%XW error=$D2%DW` }, \
87 { `udp_receive error5 so=$D1%XW error=$D2%DW` }, \
88 { `udp_receive error6 so=$D1%XW error=$D2%DW` }, \
89 { `udp_receive error7 so=$D1%XW error=$D2%DW` }, \
90 { `udp_receive error8 so=$D1%XW error=$D2%DW` }, \
91 { `udp_receive error9 so=$D1%XW` }, \
92 { `udp_receive error10 so=$D1%XW error=$D2%DW` }, \
93 { `udp_receive error11 so=$D1%XW error=$D2%DW` }, \
94 { `udp_usrreq abort so=$D1%XW` }, \
95 { `udp_notify inp=$D1%XW error=$D2%DW` }, \
96 { `udp_output_ip_output m=$D1%XW inp_op=$D2%XW imo=$D3%XW gid=$D4%XW` }, \
97 { `udp_send_ip_output top=$D1%XW inp_op=$D2%XW imo=$D3%XW so=$D4%XW gid=$D5%XW` }, \
98 { `udp_usrreq error6 so=$D1%XW error=$D2%XW` }, \
99 { `udp_usrreq out1` }, \
100 { `udp_usrreq out2` }, \
101 { `udp_usrreq out3` }, \
102 { `udp_usrreq out4` }, \
103 { `udp_send error20 so=$D1%XW error=$D2%DW` }, \
104 { `udp_send error21 so=$D1%XW error=$D2%DW` }, \
105 { `udp_receive error12 so=$D1%XW error=$D2%DW` }, \
106 { `udp_send ip_output_queue top=$D1%XW inp_op=$D2%XW imo=$D3%XW so=$D4%XW gid=$D5%XW` }, \
107 { `udp_send error22 so=$D1%XW error=$D2%DW` }, \
\* { unknown subhook $HD $ERROR }
537 1.0 'IP' \
{{ \
sodomain(qqq) \
$qqq%D1, \
0 AF_UNSPEC, \
1 AF_UNIX, \
2 AF_INET, \
3 AF_IMPLINK, \
4 AF_PUP, \
5 AF_CHAOS, \
6 AF_NS, \
7 AF_ISO, \
8 AF_ECMA, \
9 AF_DATAKIT, \
10 AF_CCITT, \
11 AF_SNA, \
12 AF_DECnet, \
13 AF_DLI, \
14 AF_LAT, \
15 AF_HYLINK, \
16 AF_APPLETALK, \
17 AF_ROUTE, \
18 AF_LINK, \
19 AF_XTP, \
20 AF_INTF, \
21 AF_RIF, \
22 AF_NETWARE, \
23 AF_NDD, \
24 AF_INET6, \
40 AF_MAX, \
\* {$qqq%D1} \
}} \
$HD%D1, \
0 { `(`G8.0 A8.8`) d1=$D2%XW d2=$D3%XW d3=$D4%XW d4=$D5%XW` }, \
1 { `add_mfc mfccp=$D1%XW` }, \
2 { `return from add_mfc mfccp=$D1%XW error=$D2%DW` }, \
3 { `add_vif vifcp=$D1%XW` }, \
4 { `return from add_vif vifcp=$D1%XW error=$D2%DW` }, \
5 { `del_mfc mfccp=$D1%XW` }, \
6 { `return from del_mfc mfccp=$D1%XW error=$D2%DW` }, \
7 { `del_vif vifip=$D1%XW` }, \
8 { `return from del_vif vifip=$D1%XW error=$D2%DW` }, \
9 { `dequeue_pfctlinput` }, \
10 { `return from dequeue_pfctlinput` }, \
11 { `doghash m=$D1%XW` }, \
12 { `return from doghash_out1 m=$D1%XW cp->hv=$D2%DW` }, \
13 { `return from doghash_out2 m=$D1%XW rv=$D2%XW dogrod->ndogs=$D3%XW return value=$D4%XW` }, \
14 { `doginit` }, \
15 { `return from doginit_out1` }, \
16 { `return from doginit_out2` }, \
17 { `return from doginit_out3` }, \
18 { `return from doginit_out4` }, \
19 { `dogisr nddp=$D1%XW m=$D2%XW macp=$D3%XW` }, \
20 { `return from dogisr nddp=$D1%XW m=$D2%XW` }, \
21 { `dogproc flags=$D1%XW ip=$D2%XW len=$D3%XW` }, \
22 { `return from dogproc flags=$D1%XW ip=$D2%XW len=$D3%XW` }, \
23 { `dogthread ip=$D1%XW` }, \
24 { `return from dogthread ip=$D1%XW p=$D2%XW` }, \
25 { `encap_send ip=$D1%XW vifp=$D2%XW m=$D3%XW` }, \
26 { `return from encap_send ip=$D1%XW mb_copy=$D2%XW` }, \
27 { `expire_upcalls` }, \
28 { `return from expire_upcalls` }, \
29 { `get_sg_cnt req=$D1%XW` }, \
30 { `return from get_sg_cnt req=$D1%XW` }, \
31 { `get_vif_cnt req=$D1%XW` }, \
32 { `return from get_vif_cnt req=$D1%XW` }, \
33 { `gids_ok dstgid=$D1%XW cached_dstgid=$D2%XW` }, \
34 { `return from gids_ok return value=$D1%XW` }, \
35 { `icmp_error n=$D1%XW type=$D2%XW code=$D3%XW dest=$D4%XW` }, \
36 { `return from icmp_error` }, \
37 { `icmp_input m=$D1%XW len=$D2%XW` }, \
38 { `return from icmp_input` }, \
39 { `icmp_reflect m=$D1%XW optlen=$D2%XW` }, \
40 { `return from icmp_reflect m=$D1%XW` }, \
41 { `icmp_send m=$D1%XW opts=$D2%XW` }, \
42 { `return from icmp_send m=$D1%XW` }, \
43 { `in_flip_and_run nddp=$D1%XW m=$D2%XW macp=$D3%XW` }, \
44 { `return from in_flip_and_run nddp=$D1%XW m=$D2%XW macp=$D3%XW` }, \
45 { `inbound_fw_free_args args=$D1%XW` }, \
46 { `inbound_fw_save_args args=$D1%XW` }, \
47 { `return form inbound_fw_save_args return value=$D1%XW` }, \
48 { `ip_changeversion pf=$D1%XW so=$D2%XW inp=$D3%XW` }, \
49 { `return from ip_changeversion so=$D1%XW EADDRNOTAVAIL=$D2%XW` }, \
50 { `ip_ctloutput op=$D1%XW so=$D2%XW level=$D3%XW optname=$D4%XW` }, \
51 { `return from ip_ctloutput op=$D1%XW error=$D2%XW` }, \
52 { `ip_dootions m=$D1%XW` }, \
53 { `ip_drain` }, \
54 { `ip_flush_packet m=$D1%XW` }, \
55 { `return from ip_flush_packet m=$D1%XW` }, \
56 { `ip_forward m=$D1%XW srcrt=$D2%XW` }, \
57 { `return from ip_forward_out1 m=$D1%XW` }, \
58 { `return from ip_forward_out2 m=$D1%XW` }, \
59 { `return from ip_forward_out3 m=$D1%XW` }, \
60 { `return from ip_forward_out4 m=$D1%XW error=$D2%XW` }, \
61 { `return from ip_forward_out5 m=$D1%XW error=$D2%XW type=$D3%XW code=$D4%XW` }, \
62 { `ip_freef fp=$D1%XW` }, \
63 { `ip_freemoptions mopts=$D1%XW` }, \
64 { `return from ip_freemoptions mopts=$D1%XW` }, \
65 { `ip_getmoptions optname=$D1%XW mopts=$D2%XW m=$D3%XW` }, \
66 { `return from ip_getmoptions optname=$D1%XW *m=$D2%XW error=$D3%XW` }, \
67 { `ip_init` }, \
68 { `return from ip_init` }, \
69 { `ip_initr` }, \
70 { `return from ip_initr` }, \
71 { `ip_insertoptions m=$D1%XW opt=$D2%XW phlen=$D3%XW` }, \
72 { `return from ip_insertoptions m=$D1%XW` }, \
73 { `ip_mdq m=$D1%XW ifp=$D2%XW rt=$D3%XW` }, \
74 { `return from ip_mdq m=$D1%XW return value=$D2%XW` }, \
75 { `ip_mforward ip=$D1%XW ifp=$D2%XW m=$D3%XW` }, \
76 { `return from ip_mforward ip=$D1%XW return value=$D2%XW` }, \
77 { `ip_mloopback ifp=$D1%XW m=$D2%XW dst=$D3%XW` }, \
78 { `return from ip_mloopback` }, \
79 { `ip_mrouter_done` }, \
80 { `return from ip_mrouter_done` }, \
81 { `ip_mrouter_get cmd=$D1%XW so=$D2%XW m=$D3%XW` }, \
82 { `ip_mrouter_init so=$D1%XW m=$D2%XW` }, \
83 { `return from ip_mrouter_init so=$D1%XW error=$D2%XW` }, \
84 { `ip_mrouter_set cmd=$D1%XW so=$D2%XW m=$D3%XW` }, \
85 { `ip_output m0=$D1%XW opt=$D2%XW ro=$D3%XW flags=$D4%XW` }, \
86 { `ip_output_post_fw ifp_arg=$D1%XW m0=$D2%XW args=$D3%XW` }, \
87 { `return from ip_output_post_fw args=$D1%XW error=$D2%XW` }, \
88 { `ip_pcbopts pcbopt=$D1%XW m=$D2%XW` }, \
89 { `return from ip_pcbopts_out1 m=$D1%XW m->m_len=$D2%XW` }, \
90 { `return from ip_pcbopts_out2 m=$D1%XW error=$D2%XW` }, \
91 { `ip_pmtu_start rt=$D1%XW type=$D2%XW` }, \
92 { `return from ip_pmtu_start` }, \
93 { `ip_pmtu_stopt rt=$D1%XW mtu=$D2%XW` }, \
94 { `return from ip_pmtu_stopt` }, \
95 { `ip_pmtu_timeout rn=$D1%XW notused=$D2%XW` }, \
96 { `return from ip_pmtu_timeout` }, \
97 { `ip_reass m=$D1%XW` }, \
98 { `return from ip_reass_out1 m=$D1%XW error=$D2%XW` }, \
99 { `return from ip_reass_out2 m=$D1%XW` }, \
100 { `ip_rsvp_force_done so=$D1%XW` }, \
101 { `return from ip_rsvp_force_done so=$D1%XW` }, \
102 { `ip_rsvp_vif_done so=$D1%XW m=$D2%XW` }, \
103 { `return from ip_rsvp_vif_done so=$D1%XW error=$D2%XW` }, \
104 { `ip_rsvp_vif_init so=$D1%XW m=$D2%XW` }, \
105 { `return from ip_rsvp_vif_init so=$D1%XW error=$D2%XW` }, \
106 { `ip_rtaddr dst=$D1%XW gidlist=$D2%XW` }, \
107 { `return from ip_rtaddr dst=$D1%XW ifa=$D2%XW` }, \
108 { `ip_setdupmtu rn=$D1%XW val=$D2%XW` }, \
109 { `return from ip_setdupmtu` }, \
110 { `ip_setmoptions so=$D1%XW optname=$D2%XW mopts=$D3%XW m=$D4%XW` }, \
111 { `return from ip_setmoptions so=$D1%XW error=$D2%XW` }, \
112 { `ip_slowtimo` }, \
113 { `ip_srcroute ip_nhops=$D1%XW` }, \
114 { `return from ip_srcroute m=$D1%XW` }, \
115 { `ip_stripoptions m=$D1%XW strip_cksum=$D2%XW` }, \
116 { `return from ip_stripoptions m=$D1%XW olen=$D2%XW` }, \
117 { `ipintr_noqueue nddp=$D1%XW m=$D2%XW macp=$D3%XW` }, \
118 { `return from ipintr_noqueue nddp=$D1%XW` }, \
119 { `ipintr_noqueue_post_fw ifp=$D1%XW m=$D2%XW args=$D3%XW` }, \
120 { `return from ipintr_noqueue_post_fw ifp=$D1%XW m=$D2%XW` }, \
121 { `ipip_input ip=$D1%XW m=$D2%XW hlen=$D3%XW` }, \
122 { `return from ipip_input ip=$D1%XW` }, \
123 { `localaddr_notcast in=$D1%XW` }, \
124 { `return from localaddr_notcast in=$D1%XW error=$D2%XW` }, \
125 { `mroute_init` }, \
126 { `mrt_ioctl cmd=$D1%XW data=$D2%XW` }, \
127 { `outbound_fw_free_args args=$D1%XW` }, \
128 { `return from outbound_fw_free_args` }, \
129 { `outbound_fw_save_args args=$D1%XW` }, \
130 { `return from outbound_fw_save_args args=$D1%XW error=$D2%XW` }, \
131 { `phyint_send ip=$D1%XW vifp=$D2%XW m=$D3%XW` }, \
132 { `return from phyint_send ip=$D1%XW mb_copy=$D2%XW` }, \
133 { `pmtu_default_age_init *newval=$D1%XW nop=$D2%XW` }, \
134 { `pmtu_default_age_upd rn=$D1%XW val=$D2%XW` }, \
135 { `return from pmtu_default_age_upd` }, \
136 { `pmtu_redis_intrvl_init *newval=$D1%XW nop=$D2%XW` }, \
137 { `pmtu_rtrequest cmd=$D1%XW rt=$D2%XW sa=$D3%XW` }, \
138 { `return from pmtu_rtrequest` }, \
139 { `priority vifp=$D1%XW ip=$D2%XW` }, \
140 { `return from priority vifp=$D1%XW prio=$D2%XW` }, \
141 { `queue_pfctlinput cmd=$D1%XW sin=$D2%XW` }, \
142 { `return from queue_pfctlinput m=$D1%XW` }, \
143 { `raw_saveif index=$D1%XW` }, \
144 { `return from raw_saveif m=$D1%XW` }, \
145 { `rip_ctloutput op=$D1%XW so=$D2%XW level=$D3%XW optname=$D4%XW` }, \
146 { `return from rip_ctloutput so=$D1%XW error=$D2%XW` }, \
147 { `rip_init` }, \
148 { `return from rip_init` }, \
149 { `rip_input m=$D1%XW hlen=$D2%XW` }, \
150 { `rip_output m=$D1%XW so=$D2%XW dst=$D3%XW` }, \
151 { `return from rip_output m=$D1%XW error=$D2%XW` }, \
152 { `rip_usrreq so=$D1%XW req=$D2%XW m=$D3%XW nam=$D4%XW` }, \
153 { `return from rip_usrreq so=$D1%XW error=$D2%XW` }, \
154 { `rsvp_input m=$D1%XW ifp=$D2%XW` }, \
155 { `return from rsvp_input m=$D1%XW` }, \
156 { `save_rte option=$D1%XW dst=$D2%XW olen=$D3%XW` }, \
157 { `return from save_rte` }, \
158 { `socket_send s=$D1%XW mm=$D2%XW src=$D3%XW` }, \
159 { `return from socket_send s=$D1%XW error=$D2%XW` }, \
160 { `tbf_control vifp=$D1%XW m=$D2%XW ip=$D3%XW p_len=$D4%XW` }, \
161 { `return from tbf_control` }, \
162 { `tbf_dq_sel vifp=$D1%XW ip=$D2%XW` }, \
163 { `return from tbf_dq_sel vifp=$D1%XW p=$D2%XW` }, \
164 { `tbf_process_q vifp=$D1%XW` }, \
165 { `return from tbf_process_q` }, \
166 { `tbf_reprocess_q vifp=$D1%XW` }, \
167 { `return from tbf_reprocess_q vifp=$D1%XW ip_mrouter=$D2%XW` }, \
168 { `tbf_send_packet vifp=$D1%XW m=$D2%XW` }, \
169 { `return from tbf_send_packet m=$D1%XW error=$D2%XW` }, \
170 { `tcp_pmtu_discover_init newval=$D1%XW nop=$D2%XW` }, \
171 { `return from tcp_pmtu_discover_init *newval=$D1%XW error=$D2%XW` }, \
172 { `tcp_pmtu_discover_upd rn=$D1%XW val=$D2%XW` }, \
173 { `return from tcp_pmtu_discover_upd` }, \
174 { `udp_pmtu_discover_init newval=$D1%XW nop=$D2%XW` }, \
175 { `return from udp_pmtu_discover_init *newval=$D1%XW error=$D2%XW` }, \
176 { `udp_pmtu_discover_upd rn=$D1%XW val=$D2%XW` }, \
177 { `return from udp_pmtu_discover_upd` }, \
178 { `outbound_fw_save_args out1 args=$D1%XW newargs=$D2%XW` }, \
179 { `outbound_fw_save_args out2 args=$D1%XW newargs=$D2%XW` }, \
180 { `outbound_fw_save_args out3 args=$D1%XW newargs=$D2%XW` }, \
181 { `ip_output_post_fw error1 args=$D1%XW error=$D2%DW` }, \
182 { `ip_output_post_fw error2 addr=$D1%XW error=$D2%DW` }, \
183 { `ip_output_post_fw error3 rt=$D1%XW ro_rt=$D2%XW error=$D3%DW` }, \
184 { `ip_output_post_fw error4 key=$D1%XW rt=$D2%XW error=$D3%DW` }, \
185 { `ip_output_post_fw error5 newrt=$D1%XW rt=$D2%XW error=$D3%DW` }, \
186 { `ip_output_post_fw error6 ifp=$D1%XW error=$D2%DW` }, \
187 { `ip_output_post_fw error7 error=$D1%DW` }, \
188 { `ip_output_post_fw error8 error=$D1%DW` }, \
189 { `ip_output_post_fw error9 ifp=$D1%XW error=$D2%DW` }, \
190 { `ip_output_post_fw error10 error=$D1%DW` }, \
191 { `ip_output_post_fw error11 len=$D1%DW ifp_mtu=$D2%DW error=$D3%DW` }, \
192 { `ip_output_post_fw error12 len=$D1%DW ifp_mtu=$D2%DW error=$D3%DW` }, \
193 { `ip_output_post_fw error13 len=$D1%DW ifp_mtu=$D2%DW error=$D3%DW` }, \
194 { `ip_output_post_fw error14 error=$D1%DW` }, \
195 { `ip_output_post_fw error15 len=$D1%DW error=$D2%DW` }, \
196 { `ip_output_post_fw error16 error=$D1%DW` }, \
197 { `ip_output_post_fw error17 error=$D1%DW` }, \
198 { `ip_output_post_fw error18 error=$D1%DW` }, \
199 { `ip_output_post_fw error19 error=$D1%DW` }, \
200 { `ip_insertoptions out1 m=$D1%XW` }, \
201 { `ip_ctloutput error1 op=$D1%XW error=$D2%DW` }, \
202 { `ip_ctloutput error2 op=$D1%XW error=$D2%DW` }, \
203 { `ip_ctloutput error3 op=$D1%XW error=$D2%DW` }, \
204 { `ip_changeversion error1 so=$D1%XW pf=$D2%DW proto=$D3%DW type=$D4%DW error=$D5%DW` }, \
205 { `ip_changeversion error2 so=$D1%XW error=$D2%DW` }, \
206 { `ip_changeversion error3 so=$D1%XW error=$D2%DW` }, \
207 { `ip_changeversion error4 so=$D1%XW error=$D2%DW` }, \
208 { `localaddr_notcast out1 addr=$D1%DW ret=$D2%DW` }, \
209 { `localaddr_notcast out2 addr=$D1%DW ret=$D2%DW` }, \
210 { `localaddr_notcast out3 addr=$D1%DW ret=$D2%DW` }, \
211 { `localaddr_notcast out4 addr=$D1%DW ret=$D2%DW` }, \
212 { `ip_setmoptions error1 so=$D1%XW error=$D2%DW optname=$D3%DW` }, \
213 { `ip_setmoptions error2 so=$D1%XW error=$D2%DW optname=$D3%DW` }, \
214 { `ip_setmoptions error3 so=$D1%XW error=$D2%DW optname=$D3%DW` }, \
215 { `ip_setmoptions error4 so=$D1%XW error=$D2%DW optname=$D3%DW` }, \
216 { `ip_setmoptions error5 so=$D1%XW error=$D2%DW optname=$D3%DW` }, \
217 { `ip_getmoptions error1 optname=$D1%XW m=$D2%XW error=$D3%DW` }, \
218 { `ip_getmoptions error2 optname=$D1%XW m=$D2%XW error=$D3%DW` }, \
219 { `ip_getmoptions out1 optname=$D1%XW m=$D2%XW error=$D3%DW` }, \
220 { `ip_getmoptions out2 optname=$D1%XW m=$D2%XW error=$D3%DW` }, \
221 { `ip_getmoptions out3 optname=$D1%XW m=$D2%XW error=$D3%DW` }, \
222 { `ip_pcbopts error1 m=$D1%XW m_len=$D2%DW` }, \
223 { `ip_pcbopts error2 optlen=$D1%DW cnt=$D2%DW` }, \
224 { `ip_pcbopts error3` }, \
225 { `ip_pcbopts error4 optlen=$D1%DW` }, \
226 { `ip_pcbopts error5 m=$D1%XW m_len=$D2%DW` }, \
227 { `ip_intr out1` }, \
228 { `ip_intr out2` }, \
229 { `inbound_fw_save_args out1 ret=$D1%DW` }, \
230 { `ip_dooptions out m=$D1%XW ret=$D2%DW opt=$D3%XW optlen=$D4%DW` }, \
231 { `ip_dooptions out1 m=$D1%XW ret=$D2%DW` }, \
232 { `ip_dooptions out2 m=$D1%XW ret=$D2%DW` }, \
233 { `ip_rtaddr out1 dst=$D1%XW ifa=$D2%DW` }, \
234 { `ip_rtaddr out2 dst=$D1%XW ifa=$D2%DW` }, \
235 { `gids_ok out1 ret=$D1%DW` }, \
236 { `gids_ok out2 ret=$D1%DW` }, \
237 { `gids_ok out3 ret=$D1%DW` }, \
238 { `save_rte out1` }, \
239 { `ip_srcroute out1 m=$D1%XW` }, \
240 { `ip_srcroute out2 m=$D1%XW` }, \
241 { `ip_forward out6 m=$D1%XW error=$D2%DW` }, \
242 { `dogisr out1 nddp=$D1%XW m=$D2%XW` }, \
243 { `dogisr out2 nddp=$D1%XW m=$D2%XW` }, \
244 { `doghash out3 m=$D1%XW rv=$D2%DW ndogs=$D3%DW hash=$D4%DW` }, \
245 { `doghash out4 m=$D1%XW hash=$D2%DW` }, \
246 { `doghash out5 m=$D1%XW hash=$D2%DW` }, \
247 { `doghash out6 m=$D1%XW hash=$D2%DW` }, \
248 { `doghash out7 m=$D1%XW hash=$D2%DW` }, \
249 { `doghash out8 m=$D1%XW hash=$D2%DW` }, \
250 { `doghash out9 m=$D1%XW hash=$D2%DW` }, \
251 { `doghash out10 m=$D1%XW hash=$D2%DW` }, \
252 { `doghash out11 m=$D1%XW hash=$D2%DW` }, \
253 { `doghash out12 m=$D1%XW hash=$D2%DW` }, \
254 { `doghash out13 m=$D1%XW hash=$D2%DW` }, \
255 { `doghash out14 m=$D1%XW hash=$D2%DW` }, \
256 { `doghash out15 m=$D1%XW hash=$D2%DW` }, \
257 { `doghash out16 m=$D1%XW hash=$D2%DW` }, \
258 { `ip_reass error1 error=$D1%DW` }, \
259 { `ip_reass out3 m=$D1%XW` }, \
260 { `ip_reass out4 m=$D1%XW ret=$D2%DW` }, \
261 { `ip_insertoptions out2 m=$D1%XW` }, \
262 { `udp_pmtu_discover_init out1 newval=$D1%DW ret=$D2%DW` }, \
263 { `tcp_pmtu_discover_init out1 newval=$D1%DW ret=$D2%DW` }, \
264 { `pmtu_delete_not_found pt=$D1%XW id=$D2%DW` }, \
265 { `pmtu_delete pt=$D1%XW` }, \
266 { `return from pmtu_delete pt=$D1%XW id=$D2%DW` }, \
267 { `pmtu_expire newval=$D1%DW` }, \
268 { `return from pmtu_expire` }, \
269 { `ip_pmtu_timeout out1 rt=$D1%XW` }, \
270 { `ip_pmtu_timeout out2 rt=$D1%XW` }, \
271 { `ip_pmtu_timeout out3` }, \
272 { `ip_pmtu_timeout out4` }, \
273 { `pmtu_equalifmtu ifp=$D1%XW` }, \
274 { `pmtu_setmtu sa=$D1%XW rt=$D2%XW mtu=$D3%DW` }, \
275 { `pmtu_del_request_usr dst=$D1%XW gw=$D2%XW v6=$D3%DW` }, \
276 { `pmtu_del_request_route rt=$D1%XW ` family=sodomain($D2) }, \
277 { `pmtu_rediscover_v4 pt_mtu=$D1%DW if_mtu=$D2%DW` }, \
278 { `pmtu_rediscover_v6 pt_mtu=$D1%DW rtif_mtu=$D2%DW` }, \
279 { `pmtu_expire_upd newval=$D1%DW` }, \
280 { `return from pmtu_expire_upd` }, \
281 { `pmtu_alloc sa=$D1%XW rt=$D2%XW index=$D3%DW` }, \
282 { `return from pmtu_alloc pt=$D1%XW` }, \
283 { `pmtu_alloc out1 rt=$D1%XW` }, \
284 { `pmtu_alloc out2 pt=$D1%XW` }, \
285 { `pmtu_alloc out3 pt=$D1%XW` }, \
286 { `pmtu_alloc out4 pt=$D1%XW` }, \
311 { `set_add_membership so=$D1%XW, mopts=$D2%XW, imo=$D3%XW, mreq=$D4%XW, ifp=$D5%XW` }, \
312 { `return from set_add_membership so=$D1%XW, error=$D2%XW` }, \
313 { `set_add_source_membership so=$D1%XW, mopts=$D2%XW, imo=$D3%XW, mreq_source=$D4%XW, ifp=$D5%XW` }, \
314 { `return from set_add_source_membership so=$D1%XW, error=$D2%XW` }, \
315 { `set_source_filter so=$D1%XW, mopts=$D2%XW, imo=$D3%XW, sfilter=$D4%XW, ifp=$D5%XW` }, \
316 { `return from set_source_filter so=$D1%XW, error=$D2%XW` }, \
317 { `ip_setmoptions error6 so=$D1%XW error=$D2%DW optname=$D3%DW` }, \
318 { `ip_ctloutput error4 op=$D1%XW error=$D2%DW` }, \
319 { `pmtu_get_list_request req=$D1%XW` }, \
320 { `return from pmtu_get_list_request req=$D1%XW` }, \
321 { `pmtu_get_list_request error1 req=$D1%XW` }, \
322 { `pmtu_get_list_request error2 req=$D1%XW, table=$D2%XW` }, \
323 { `pmtu_get_list_request error3 req=$D1%XW, index=$D2%DW` }, \
324 { `pmtu_get_list_request error4 length=$D1%DW` }, \
325 { `pmtu_get_list_request error5 size=$D1%DW` }, \
326 { `pmtu_get_list_request error6 rc=$D1%DW` }, \
327 { `pmtu_get_list_request info1 index=$D1%DW, len=$D2%DW` }, \
328 { `ipoutqueues_init ipoutqueues=$D1%DW, newval=$D2%DW` }, \
329 { `return from ipoutqueues_init ipoutqueues=$D1%DW, newval=$D2%DW` }, \
330 { `ip_output_queue m0=$D1%XW, inp=$D2%XW, myq=$D3%XW` }, \
331 { `return from ip_output_queue m0=$D1%XW, inp=$D2%XW, myq=$D3%XW, error=$D4%DW` }, \
332 { `ipoutq_handler idx=$D1%DW` }, \
333 { `terminated ipoutq_handler idx=$D1%DW` }, \
334 { `ipout_add_qt idx=$D1%DW` }, \
335 { `ipout_add_qt error1 idx=$D1%DW` }, \
336 { `ipout_add_qt error2 idx=$D1%DW` }, \
337 { `ipout_add_qt error3 idx=$D1%DW, tid=$D2%XW` }, \
338 { `return from ipout_add_qt idx=$D1%DW, tid=$D2%XW` }, \
339 { `ipout_kproc` }, \
340 { `ipout_kproc add threads $D1%DW` }, \
341 { `return from ipout_kproc` }, \
342 { `ipoutq_init` }, \
343 { `ipoutq_init error1` }, \
344 { `ipoutq_init error2 pid=$D1%DW error=$D2%DW` }, \
345 { `return from ipoutq_init pid=$D1%DW` }, \
346 { `ipoutqueues_init EINVAL newval=$D1%DW` }, \
347 { `ipoutq_handler error1 rc=$D1%DW` }, \
348 { `ipoutqueues_init ENOMEM newval=$D1%DW` }, \
349 { `ip_pmtu_timeout out5 rt=$D1%XW` }, \
\* { unknown subhook $HD $ERROR }
538 1.0 'IP6' \
$HD%D1, \
0 { `(`G8.0 A8.8`) d1=$D2%XW d2=$D3%XW d3=$D4%XW d4=$D5%XW` }, \
1 { `dopt6_input mp=$D1%XW opts=$D2%XW llhdr=$D3%XW ipsecgoo=$D4%XW` }, \
2 { `return from dopt6_input *mp=$D1%XW return value=$D2%XW` }, \
3 { `end6_input *mp=$D1%XW *optsp=$D2%XW` }, \
4 { `frg6_drain` }, \
5 { `frg6_freef fp=$D1%XW` }, \
6 { `frg6_input mp=$D1%XW opts=$D2%XW llhdr=$D3%XW ipsecgoo=$D4%XW` }, \
7 { `return from frg6_input` }, \
8 { `frg6_slowtimo` }, \
9 { `hd6_inoptions m=$D1%XW opts=$D2%XW alert=$D3%XW` }, \
10 { `return from hd6_inoptions return value=$D1%XW` }, \
11 { `hd6_outoptions m=$D1%XW opts=$D2%XW` }, \
12 { `hop6_input mp=$D1%XW opts=$D2%XW llhdr=$D3%XW ipsecgoo=$D4%XW` }, \
13 { `return from hop6_input *mp=$D1%XW return value=$D2%XW` }, \
14 { `icmp6_error n=$D1%XW type=$D2%XW code=$D3%XW arg=$D4%XW` }, \
15 { `return from icmp6_error_out1 n=$D1%XW` }, \
16 { `return from icmp6_error_out2` }, \
17 { `icmp6_errparam m=$D1%XW opts=$D2%XW len=$D3%XW` }, \
18 { `icmp6_fasttimo` }, \
19 { `icmp6_init` }, \
20 { `icmp6_input mp=$D1%XW optsp=$D2%XW llhdr=$D3%XW ipsecgoo=$D4%XW` }, \
21 { `return from icmp6_input` }, \
22 { `icmp6_joingroup inm=$D1%XW` }, \
23 { `icmp6_leavegroup inm=$D1%XW` }, \
24 { `icmp6_reflect m=$D1%XW opts=$D2%XW` }, \
25 { `return from icmp6_reflect m=$D1%XW` }, \
26 { `icmp6_send m=$D1%XW opts=$D2%XW imo=$D3%XW` }, \
27 { `return from icmp6_send m=$D1%XW` }, \
28 { `icmp6_sendmld inm=$D1%XW type=$D2%XW addr=$D3%XW` }, \
29 { `return from icmp6_sendmld_out1 inm=$D1%XW m=$D2%XW` }, \
30 { `return from icmp6_sendmld_out2 inm=$D1%XW m=$D2%XW imo=$D3%XW` }, \
31 { `return from icmp6_sendmld_out3 inm=$D1%XW ia=$D2%XW` }, \
32 { `return from icmp6_sendmld_out4 inm=$D1%XW` }, \
33 { `ip6_copyoptions ip=$D1%XW opts=$D2%XW canshare=$D3%XW reverse=$D4%XW` }, \
34 { `return from ip6_copyoptions ip=$D1%XW top=$D2%XW` }, \
35 { `ip6_ctloutput op=$D1%XW so=$D2%XW level=$D3%XW optname=$D4%XW` }, \
36 { `return from ip6_ctloutput so=$D1%XW error=$D2%XW` }, \
37 { `ip6_deloption m0=$D1%XW len=$D2%XW` }, \
38 { `ip6_dropoption opts=$D1%XW which=$D2%XW` }, \
39 { `ip6_forward m=$D1%XW srcrt=$D2%XW` }, \
40 { `return from ip6_forward m=$D1%XW` }, \
41 { `ip6_freemoptions imo=$D1%XW` }, \
42 { `ip6_getmoptions optname=$D1%XW imo=$D2%XW mp=$D3%XW` }, \
43 { `return from ip6_getmoptions error=$D1%XW` }, \
44 { `ip6_getoptions pcbopts=$D1%XW mp=$D2%XW control=$D3%XW` }, \
45 { `return from ip6_getoptions error=$D1%XW` }, \
46 { `ip6_init` }, \
47 { `return from ip6_init` }, \
48 { `ip6_input m=$D1%XW macp=$D2%XW` }, \
49 { `return from ip6_input` }, \
50 { `ip6_insertoption m=$D1%XW opt=$D2%XW iso=$D3%XW flags=$D4%XW` }, \
51 { `return from ip6_insertoption m=$D1%XW` }, \
52 { `ip6_mforward m=$D1%XW ifp=$D2%XW` }, \
53 { `return from ip6_mforward m=$D1%XW rc=$D2%XW` }, \
54 { `ip6_mloopback ifp=$D1%XW m=$D2%XW opts=$D3%XW dst=$D4%XW` }, \
55 { `return from ip6_mloopback` }, \
56 { `ip6_output m0=$D1%XW opts=$D2%XW ro=$D3%XW flags=$D4%XW` }, \
57 { `return from ip6_output m0=$D1%XW opts=$D2%XW error=$D3%XW` }, \
58 { `ip6_reass ip=$D1%XW fp=$D2%XW where=$D3%XW` }, \
59 { `return from ip6_reass error=$D1%XW` }, \
60 { `ip6_saveoption m0=$D1%XW opts=$D2%XW len=$D3%XW type=$D4%XW` }, \
61 { `return from ip6_saveoption m0=$D1%XW opts=$D2%XW` }, \
62 { `ip6_setcontrol inp=$D1%XW control=$D2%XW` }, \
63 { `return from ip6_setcontrol inp=$D1%XW error=$D2%XW` }, \
64 { `ip6_setmoptions inp=$D1%XW optname=$D2%XW m=$D3%XW` }, \
65 { `return from ip6_setmoptions error=$D1%XW` }, \
66 { `ip6_setoptions pcbopts=$D1%XW m0=$D2%XW inp=$D3%XW` }, \
67 { `return from ip6_setoptions error=$D1%XW` }, \
68 { `ip6rttimeout rn=$D1%XW arg=$D2%XW` }, \
69 { `return from ip6rttimeout` }, \
70 { `ip6rttimer` }, \
71 { `ip6rttimer_sched` }, \
72 { `mfc_addqueue m=$D1%XW mfc=$D2%XW` }, \
73 { `return from mfc_addqueue m=$D1%XW error=$D2%XW` }, \
74 { `mfc_requeue fam=$D1%XW ifq=$D2%XW mfc=$D3%XW` }, \
75 { `return from mfc_requeue` }, \
76 { `mfctimer` }, \
77 { `return from mfctimer` }, \
78 { `mroute6_init` }, \
79 { `multicast_send m=$D1%XW ifp=$D2%XW` }, \
80 { `return from multicast_send` }, \
81 { `opt6_ctlinput cmd=$D1%XW sa=$D2%XW ip0=$D3%XW m0=$D4%XW` }, \
82 { `return from opt6_ctlinput` }, \
83 { `opt6_ferr_input op=$D1%XW m=$D2%XW opts=$D3%XW alert=$D4%XW` }, \
84 { `opt6_haddr_input op=$D1%XW m=$D2%XW opts=$D3%XW alert=$D4%XW` }, \
85 { `opt6_haddr_output op=$D1%XW m=$D2%XW opts=$D3%XW` }, \
86 { `opt6_init` }, \
87 { `opt6_oerr_input op=$D1%XW m=$D2%XW opts=$D3%XW alert=$D4%XW` }, \
88 { `opt6_reverse ip=$D1%XW opts=$D2%XW` }, \
89 { `opt6_rtalert_input op=$D1%XW m=$D2%XW opts=$D3%XW alert=$D4%XW` }, \
90 { `real_ip6_output m0=$D1%XW opts=$D2%XW ro=$D3%XW flags=$D4%XW` }, \
91 { `return from real_ip6_output m0=$D1%XW opts=$D2%XW error=$D3%XW` }, \
92 { `rt6_input mp=$D1%XW opts=$D2%XW llhdr=$D3%XW ipsecgoo=$D4%XW` }, \
93 { `return from rt6_input *mp=$D1%XW return value=$D2%XW` }, \
94 { `rt6_reverse ip=$D1%XW opts=$D2%XW` }, \
95 { `return from rt6_reverse ip=$D1%XW opts=$D2%XW` }, \
96 { `ip6_output_cachedroute ro->ro_rt=$D1%XW` }, \
97 { `ip6_output_cachedroute_free ro->ro_rt=$D1%XW` }, \
98 { `ip6_output_routetoif flags=$D1%XW` }, \
99 { `ip6_output_netunreach error=$D1%XW` }, \
100 { `ip6_output_hostunreach error=$D1%XW` }, \
101 { `ip6_output_route_gwroute ro->ro_rt=$D1%XW` }, \
102 { `ip6_output_mcast ro=$D1%XW` }, \
103 { `ip6_output_mcast_noxface ifp=$D1%XW ifp->if_flags=$D2%XW` }, \
104 { `ip6_output_mcast_hoplimit ifp=$D1%XW ifp->if_flags=$D2%XW` }, \
105 { `ip6_output_sendit ifp=$D1%XW len=$D2%XW mtu=$D3%XW` }, \
106 { `ip6_output_nofrag_sent error=$D1%XW` }, \
107 { `ip6_output_frag_sent error=$D1%XW` }, \
108 { `ip6_output_bad error=$D1%XW` }, \
109 { `llink_resolve m=$D1%XW dst=$D2%XW rt=$D3%XW` }, \
110 { `return from llink_resolve m=$D1%XW` }, \
111 { `ndp6_rtrequest req=$D1%XW rt=$D2%XW sa=$D3%XW` }, \
112 { `return from ndp6_rtrequest rt=$D1%XW` }, \
113 { `ndp6_resolve ifp=$D1%XW rt=$D2%XW m=$D3%XW dst=$D4%XW desten=$D5%XW` }, \
114 { `return from ndp6_resolve dst=$D1%XW ret=$D2%XW` }, \
115 { `ndsol6_output ifp=$D1%XW hold=$D2%XW dst=$D3%XW target=$D4%XW` }, \
116 { `return from ndsol6_output dst=$D1%XW` }, \
117 { `ndadv6_output ifp=$D1%XW dst=$D2%XW target=$D3%XW flags=$D4%XW` }, \
118 { `return from ndadv6_output dst=$D1%XW` }, \
119 { `redirect6_output m0=$D1%XW rt=$D2%XW` }, \
120 { `return from redirect6_output m0=$D1%XW` }, \
121 { `ndsol6_input m0=$D1%XW llhdr=$D2%XW` }, \
122 { `return from ndsol6_input m0=$D1%XW ret=$D2%XW` }, \
123 { `ndadv6_input m0=$D1%XW llhdr=$D2%XW` }, \
124 { `return from ndadv6_input m0=$D1%XW ret=$D2%XW` }, \
125 { `rtsol6_input m0=$D1%XW llhdr=$D2%XW` }, \
126 { `return from rtsol6_input m0=$D1%XW ret=$D2%XW` }, \
127 { `rtadv6_input m0=$D1%XW llhdr=$D2%XW` }, \
128 { `return from rtadv6_input m0=$D1%XW ret=$D2%XW` }, \
129 { `redirect6_input m0=$D1%XW llhdr=$D2%XW` }, \
130 { `return from redirect6_input m0=$D1%XW ret=$D2%XW` }, \
131 { `ip6_reachhint inp=$D1%XW` }, \
132 { `return from ip6_reachhint inp=$D1%XW` }, \
133 { `ndplookup addr=$D1%XW create=$D2%XW` }, \
134 { `return from ndplookup addr=$D1%XW rt=$D2%XW` }, \
135 { `ndp6_ifinit ifp=$D1%XW ifa=$D2%XW` }, \
136 { `return from ndp6_ifinit ifp=$D1%XW` }, \
137 { `ndp6_rtlost rt=$D1%XW dead=$D2%XW` }, \
138 { `return from ndp6_rtlost rt=$D1%XW` }, \
139 { `rip6_input mp=$D1%XW opts=$D2%XW llhdr=$D3%XW ipsecgoo=$D4%XW` }, \
140 { `return from rip6_input ret=$D1%XW` }, \
141 { `raw6_saverecv m0=$D1%XW flags=$D2%XW` }, \
142 { `return from raw6_saverecv m=$D1%XW` }, \
143 { `rip6_output m=$D1%XW so=$D2%XW dst=$D3%XW` }, \
144 { `return from rip6_output error=$D1%XW` }, \
145 { `rip6_ctloutput op=$D1%XW so=$D2%XW level=$D3%XW optname=$D4%XW m=$D5%XW` }, \
146 { `return from rip6_ctloutput error=$D1%XW` }, \
147 { `rip6_usrreq so=$D1%XW req=$D2%XW m=$D3%XW nam=$D4%XW control=$D5%XW` }, \
148 { `return from rip6_usrreq error=$D1%XW` }, \
149 { `rip6_ctlinput cmd=$D1%XW sa=$D2%XW ip=$D3%XW m=$D4%XW ` }, \
150 { `rip6_ctlinput_out1 `}, \
151 { `rip6_ctlinput_out2 `}, \
152 { `rip6_ctlinput_out3 `}, \
153 { `rip6_ctlinput_out4 `}, \
154 { `ip6_getctrlinfo inp=$D1%XW control=$D2%XW opdata=$D3%XW` }, \
155 { `return from ip6_getctrlinfo error=$D1%XW` }, \
156 { `source_address_select address=$D1%XW$D2%XW$D3%XW$D4%XW ifp=$D5%XW` }, \
157 { `return from source_address_select ret=$D1%XW` }, \
158 { `rip6_output_ancillary m=$D1%XW so=$D2%XW dst=$D3%XW` }, \
159 { `return from rip6_output_ancillary error=$D1%XW` }, \
160 { `llink_resolve_nolock m=$D1%XW dst=$D2%XW rt=$D3%XW` }, \
161 { `return from llink_resolve_nolock m=$D1%XW` }, \
162 { `ip6_rtexpire_timeout_setup rt=$D1%XW` }, \
163 { `return from ip6_rtexpire_timeout_setup` }, \
164 { `ip6_rtexpire_netisr ` }, \
165 { `return from ip6_rtexpire_netisr ` }, \
166 { `ip6_ndsol_netisr `}, \
167 { `return from ip6_ndsol_netisr pointer null`}, \
168 { `return from ip6_ndsol_netisr success`}, \
169 { `in6_recvpathmtu inp=$D1%XW pathmtu=$D2%XW sin6=$D3%XW` }, \
170 { `return from in6_recvpathmtu with error ` }, \
171 { `return from in6_recvpathmtu with success ` }, \
172 { `in6_pcbnotifymtu head=$D1%XW pathmtu=$D2%XW sin6=$D3%XW notify=$D4%XW ` }, \
173 { `return from in6_pcbnotifymtu ` }, \
174 { `ip6_setexthdroption pcbopts=$D1%XW m0=$D2%XW inp=$D3%XW type=$D4%XW ` }, \
175 { `return from ip6_setexthdroption with error=$D1%XW` }, \
176 { `ip6_getexthdroption optname=$D1%XW opts=$D2%XW mp=$D3%XW` }, \
177 { `return from ip6_getexthdroption with error=$D1%XW` }, \
178 { `raw6_saveopt p=$D1%XW m=$D2%XW size=$D3%XW type=$D4%XW level=$D5%XW ` }, \
179 { `return from raw6_saveopt with error ` }, \
180 { `return from raw6_saveopt with success ` }, \
181 { `mh6_input` }, \
182 { `return from mh6_input *mp=$D1%XW return value=$D2%XW` }, \
183 { `ip6_reroute ro=$D1%XW ip=$D2%XW ifp=$D3%XW mtu=$D4%XW` }, \
184 { `return from ip6_reroute error=$D1%XW` }, \
185 { `set_source_filter6 so=$D1%XW imo=$D2%XW imop=$D3%XW sfilter=$D4%XW ifp=$D5%XW` }, \
186 { `return from set_source_filter6 so=$D1%XW rc=$D2%XW error=$D3%XW` }, \
187 { `return from ip6_input error_line=$D1%DW` }, \
200 { `send_hash_len greater than digest hashlen=$D1%XW` }, \
201 { `send_clic_context rc=$D1%XW`}, \
202 { `send_clic_shainit rc=$D1%XW`}, \
203 { `send_hashit_sha rc=$D1%XW`}, \
204 { `send_config_inet_clic_init cmd=$D1%XW`}, \
210 { `cga_param_validation_in cga_param=$D1%XW cga_param_len=$D2%XW ifaddr=$D3%XW`}, \
211 { `cga_param_validation_collision collision_count=$D1%XW`}, \
212 { `cga_param_validation_prefix prefix0=$D1%XW prefix1=$D2%XW ifaddr0=$D3%XW ifaddr1=$D4%XW`}, \
213 { `cga_param_validation_local_cga cga_param_len=$D1%XW`}, \
214 { `cga_param_validation_hash1 cga_param=$D1%XW cga_param_len=$D2%XW hash0=$D3%XW hash1=$D4%XW`}, \
215 { `cga_param_validation_hash1_ifid hash0=$D1%XW hash1=$D2%XW ifid0=$D3%XW ifid1=$D4%XW`}, \
216 { `cga_param_validation_hash2 cga_param_local=$D1%XW cga_param_len=$D2%XW hash0=$D3%XW hash1=$D4%XW`}, \
217 { `cga_param_validation_hash2_mask2 hash0=$D1%XW hash1=$D2%XW mask0=$D3%XW mask1=$D4%XW`}, \
218 { `cga_param_validation_out rc=$D1%XW`}, \
219 { `rsa_sig_generation_in msg=$D1%XW msg_len=$D2%XW max_sig_op_len=$D3%XW private_key=$D4%XW`}, \
221 { `rsa_sig_generation_keyobj rc=$D1%XW`}, \
222 { `rsa_sig_generation_local msg_len=$D1%XW`}, \
223 { `rsa_sig_generation_signed msg_local=$D1%XW msg_len=$D2%XW sig=$D3%XW rsa_sig_len=$D4%XW`}, \
224 { `rsa_sig_generation_max_len rsa_op_len=$D1%XW max_sig_op_len=$D2%XW`}, \
225 { `rsa_sig_generation_out rc=$D1%XW`}, \
226 { `rsa_sig_validation_in msg=$D1%XW msg_len=$D2%XW rsa_sig=$D3%XW public_key=$D4%XW`}, \
227 { `send_validate_options_failed option=$D1%XW msg_type=$D2%XW`}, \
228 { `rsa_sig_validation_keyobj key=$D1%XW key_len=$D2%XW rc=$D3%XW `}, \
229 { `rsa_sig_validation_malloc msglen=$D1%XW`}, \
230 { `rsa_sig_validation_signature msg=$D1%XW msglen=$D2%XW sig=$D3%XW sig_len=$D4%XW`}, \
231 { `rsa_sig_validation_signature_out rc=$D1%XW`}, \
232 { `key_hash_validate_in rsa_sig=$D1%XW keyobj=$D2%XW`}, \
233 { `key_hash_validate_hash key=$D1%XW key_len=$D2%XW key_hash=$D3%XW`}, \
234 { `key_hash_validate_out rc=$D1%XW`}, \
235 { `key_hash_generate_in rsa_sig=$D1%XW keyobj=$D2%XW`}, \
236 { `key_hash_generate_hash key=$D1%XW key_len=$D2%XW key_hash=$D3%XW`}, \
237 { `key_hash_generate_out rc=$D1%XW`}, \
238 { `nonce_validate_in saved_nonce_len=$D1%XW rx_nonce_len=$D2%XW`}, \
239 { `nonce_validate_failed saved_nonce=$D1%XW saved_len=$D2%XW rx_nonce=$D3%XW rx_len=$D4%XW`}, \
240 { `nonce_validate_out rc=$D1%XW`}, \
241 { `nonce_genereate_in nonce=$D1%XW`}, \
242 { `nonce_genereate_out nonce1=$D1%XW nonce2=$D2%XW`}, \
243 { `timestamp_validate_in send_option=$D1%XW update_nce=$D2%XW`}, \
244 { `timestamp_validate_fail TSnew=$D1%XW RDnew=$D2%XW TSlast=$D3%XW RDlast=$D4%XW`}, \
245 { `timestamp_validate_out rc=$D1%XW`}, \
246 { `timestamp_generate_in tx_timestamp=$D1%XW`}, \
247 { `timestamp_generate_out tx_timestamp1=$D1%XW tx_timestamp2=$D2%XW`}, \
248 { `send_validate_options_in ip=$D1%XW send_option=$D2%XW update_record=$D3%XW`}, \
249 { `send_validate_options_invalid_msgtype icmp6_type=$D1%XW`}, \
250 { `send_validate_options_req option_num=$D1%XW icmp6_type=$D2%XW `}, \
251 { `send_validate_options_not_allowed option_num=$D1%XW icmp6_type=$D2%XW`}, \
252 { `send_validate_options_err option_num=$D1%XW icmp6_type=$D2%XW`}, \
253 { `send_validate_options_opt_undef option_num=$D1%XW`}, \
254 { `send_validate_options_out rc=$D1%XW update_record=$D2%XW icmp6_type=$D3%XW`}, \
255 { `send_generate_options_in ip=$D1%XW icmplen=$D2%XW send_option=$D3%XW`}, \
256 { `send_generate_options_invalid_msgtype icmp6_type=$D1%XW`}, \
257 { `send_generate_options_opt_undef option_num=$D1%XW`}, \
258 { `send_generate_options_out rc=$D1%XW icmp6_type=$D2%XW`}, \
259 { `rx_cga_in op_reqs=$D1%XW ip=$D2%XW send_option=$D3%XW`}, \
260 { `rx_cga_rs_unsolicited_unspec_address `}, \
261 { `rx_cga_failed icmp6_type=$D1%XW`}, \
262 { `rx_cga_out rc=$D1%XW icmp6_type=$D2%XW`}, \
263 { `rx_rsa_sig_keyobj key_len=$D1%XW`}, \
264 { `rx_rsa_sig_keylen key_len=$D1%XW`}, \
265 { `send_extractoptions_trunc icmp6_type=$D1%XW`}, \
266 { `send_extractoptions_unknown_opt exttype=$D1%XW`}, \
267 { `send_extractoptions_extlen_icmplen optlen=$D1%XW icmplen=$D2%XW`}, \
268 { `send_extractoptions_dup_opt option_num=$D1%XW`}, \
280 { `ip6_ctloutput_sec_send_clic error=$D1%XW`}, \
281 { `ip6_ctloutput_sec_send_len slen=$D1%XW mlen=$D2%XW error=$D3%XW`}, \
282 { `ip6_ctloutput_sec_send_no_addr ia=$D1%XW sin=$D2%XW optname=$D3%XW error=$D4%XW`}, \
283 { `ip6_ctloutput_sec_send_sic_malloc optname=$D1%XW error=$D2%XW`}, \
284 { `ip6_ctloutput_sec_send_pub_key key_len=$D1%XW error=$D2%XW`}, \
285 { `ip6_ctloutput_sec_send_priv_key key_len=$D1%XW error=$D2%XW`}, \
286 { `ip6_ctloutput_sec_send_cga cga_len=$D1%XW error=$D2%XW`}, \
287 { `ip6_ctloutput_sec_send_no_sic ia=$D1%XW lladdr=$D2%XW error=$D3%XW`}, \
288 { `ip6_ctloutput_sec_m error=$D1%XW`}, \
289 { `ip6_ctloutput_sec_mcl error=$D1%XW`}, \
300 { `if6zone_init`}, \
301 { `if6zone_attach_in ifp=$D1%XW`}, \
302 { `if6zone_attach_err rc=$D1%XW`}, \
303 { `if6zone_attach_out`}, \
304 { `if6zone_detach_in ifp=$D1%XW`}, \
305 { `if6zone_detach_err rc=$D1%XW`}, \
306 { `if6zone_detach_out`}, \
307 { `if6zone_getzone_in ifp=$D1%XW scope=$D2%XW`}, \
308 { `if6zone_getzone_err rc=$D1%XW`}, \
309 { `if6zone_getzone_out`}, \
310 { `if6zone_setzone_in ifp=$D1%XW scope=$D2%XW zoneid=$D3%XW`}, \
311 { `if6zone_setzone_err rc=$D1%XW`}, \
312 { `if6zone_setzone_out`}, \
313 { `if6zone_lookup_in ifp=$D1%XW addr=$D2%XW`}, \
314 { `if6zone_lookup_err rc=$D1%XW`}, \
315 { `if6zone_lookup_out`}, \
316 { `if6zone_join_zone ifp=$D1%XW scope=$D2%XW zoneid=$D3%XW recursive=$D4%XW`}, \
317 { `flags6_passq_in mbuf=$D1%XW`}, \
318 { `flags6_passq_info1 totallen=$D1%XW`}, \
319 { `flags6_passq_info2 optlen=$D1%XW totallen=$D2%XW`}, \
320 { `flags6_passq_out1`}, \
321 { `flags6_passq_out2 icmp6_arg=$D1%XW`}, \
322 { `flags6_passq_out3`}, \
323 { `flags6_passq_out4 icmp6_arg=$D1%XW`}, \
324 { `flags6_passq_out5 icmp6_arg=$D1%XW`}, \
325 { `flags6_passq_out6 icmp6_arg=$D1%XW`}, \
326 { `flags6_passq_out7`}, \
327 { `flags6_passq_out8 icmp6_arg=$D1%XW`}, \
328 { `flags6_passq_out9 icmp6_arg=$D1%XW`}, \
329 { `flags6_passq_out10 icmp6_arg=$D1%XW`}, \
330 { `flags6_passq_out11`}, \
331 { `flags6_passq_out12 icmp6_arg=$D1%XW`}, \
332 { `flags6_passq_out13 pktsl=$D1%XW`}, \
333 { `flags6_passq_out14 icmp6_arg=$D1%XW`}, \
334 { `flags6_passq_out15 icmp6_arg=$D1%XW`}, \
335 { `flags6_passq_out16`}, \
336 { `flags6_passq_out17`}, \
337 { `flags6_passq_out18`}, \
338 { `flags6_passq_out19`}, \
339 { `flags6_passq_out20`}, \
340 { `flags6_passq_out21`}, \
\* { unknown subhook $HD $ERROR }
539 1.0 'PCB' \
$HD%D1, \
0 { `(`G8.0 A8.8`) d1=$D2%XW d2=$D3%XW d3=$D4%XW d4=$D5%XW` }, \
1 { `add_gateway gateway=$D1%XW` }, \
2 { `return from add_gateway` }, \
3 { `clear_ping_flags` }, \
4 { `return from clear_ping_flags` }, \
5 { `config_inet cmd=$D1%XW uio=$D2%XW` }, \
6 { `return from config_inet cmd=$D1%XW error=$D2%XW` }, \
7 { `del_gateway gateway=$D1%XW` }, \
8 { `del_gateway_nolock gateway=$D1%XW dec=$D2%XW` }, \
9 { `return from del_gateway_nolock` }, \
10 { `return from del_gateway gateway=$D1%XW` }, \
11 { `dgd_init` }, \
12 { `return from dgd_init` }, \
13 { `dgd_input6 m=$D1%XW` }, \
14 { `return from dgd_input6` }, \
15 { `dgd_input` }, \
16 { `return from dgd_input` }, \
17 { `dgdretry` }, \
18 { `return from dgdretry` }, \
19 { `dgdretrysched` }, \
20 { `return from dgdretrysched` }, \
21 { `dgdsched` }, \
22 { `return from dgdsched` }, \
23 { `in6_addmulti addr=$D1%XW ifp=$D2%XW` }, \
24 { `return from in6_addmulti return value=$D1%XW` }, \
25 { `in6_control so=$D1%XW cmd=$D2%XW data=$D3%XW ifp=$D4%XW` }, \
26 { `return from in6_control so=$D1%XW error=$D2%XW` }, \
27 { `in6_delete_addrs ifp=$D1%XW` }, \
28 { `return from in6_delete_addrs ifp=$D1%XW` }, \
29 { `in6_delmulti inm=$D1%XW` }, \
30 { `return from in6_delmulti inm=$D1%XW` }, \
31 { `in6_ifattach ifp=$D1%XW` }, \
32 { `return from in6_ifattach ifp=$D1%XW error=$D2%XW` }, \
33 { `in6_ifinit ifp=$D1%XW ia=$D2%XW sin=$D3%XW scrub=$D4%XW` }, \
34 { `return from in6_ifinit ifp=$D1%XW error=$D2%XW` }, \
35 { `in6_ifscrub ifp=$D1%XW ia=$D2%XW` }, \
36 { `return from in6_ifscrub` }, \
37 { `in6_pcbbind_dyn inp=$D1%XW nam=$D2%XW dyn=$D3%XW` }, \
38 { `return from in6_pcbbind_dyn error=$D1%XW` }, \
39 { `in6_pcbbind inp=$D1%XW nam=$D2%XW` }, \
40 { `in6_pcbbind_nolock_dyn inp=$D1%XW nam=$D2%XW dyn=$D3%XW` }, \
41 { `return from in6_pcbbind_nolock_dyn inp=$D1%XW error=$D2%XW` }, \
42 { `in6_pcbbind_nolock inp=$D1%XW nam=$D2%XW` }, \
43 { `return from in6_pcbbind error=$D1%XW` }, \
44 { `in6_pcbconnect inp=$D1%XW nam=$D2%XW` }, \
45 { `in6_pcbconnect_nolock inp=$D1%XW nam=$D2%XW` }, \
46 { `return from in6_pcbconnect_nolock error=$D1%XW` }, \
47 { `return from in6_pcbconnect error=$D1%XW` }, \
48 { `in6_pcblookup head=$D1%XW faddr=$D2%XW fport_arg=$D3%XW laddr=$D4%XW` }, \
49 { `in6_pcblookup_nolock head=$D1%XW faddr=$D2%XW fport=$D3%XW laddr=$D4%XW` }, \
50 { `return from in6_pcblookup_nolock match=$D1%XW` }, \
51 { `return from in6_pcblookup inp=$D1%XW` }, \
52 { `in6_pcbmatch tablep=$D1%XW faddr=$D2%XW fport=$D3%XW laddr=$D4%XW` }, \
53 { `return from in6_pcbmatch match=$D1%XW` }, \
54 { `in6_pcbnotify head=$D1%XW dst=$D2%XW fport_arg=$D3%XW laddr=$D4%XW` }, \
55 { `return from in6_pcbnotify` }, \
56 { `in6_pcbrebind inp=$D1%XW af=$D2%XW` }, \
57 { `return from in6_pcbrebind inp=$D1%XW error=$D2%XW` }, \
58 { `in6_rtalloc ro=$D1%XW ifa=$D2%XW gidlist=$D3%XW` }, \
59 { `return from in6_rtalloc` }, \
60 { `in6_rthost dst=$D1%XW gidlist=$D2%XW` }, \
61 { `return from in6_rthost rt=$D1%XW` }, \
62 { `in6_setifa inp=$D1%XW ifa=$D2%XW` }, \
63 { `return from in6_setifa inp=$D1%XW error=$D2%XW` }, \
64 { `in_addmulti addr=$D1%XW ifp=$D2%XW` }, \
65 { `return from in_addmulti addr=$D1%XW return value=$D2%XW` }, \
66 { `in_allpcbs head=$D1%XW notify=$D2%XW` }, \
67 { `return from in_allpcbs` }, \
68 { `in_arpintr nddp=$D1%XW m=$D2%XW hp=$D3%XW` }, \
69 { `return from in_arpintr nddp=$D1%XW` }, \
70 { `in_arpresolve ac=$D1%XW m=$D2%XW destip=$D3%XW daddr=$D4%XW` }, \
71 { `in_control so=$D1%XW cmd=$D2%XW data=$D3%XW ifp=$D4%XW` }, \
72 { `return from in_control so=$D1%XW cmd=$D2%XW error=$D3%XW` }, \
73 { `in_delete_addrs ifp=$D1%XW` }, \
74 { `return from in_delete_addrs ifp=$D1%XW` }, \
75 { `in_delmulti inm=$D1%XW` }, \
76 { `return from in_delmulti inm=$D1%XW error=$D2%XW` }, \
77 { `in_hash_add addr=$D1%XW ifp=$D2%XW broadcast=$D3%XW` }, \
78 { `return from in_hash_add addr=$D1%XW` }, \
79 { `in_hash_remove addr=$D1%XW ifp=$D2%XW broadcast=$D3%XW` }, \
80 { `in_ifattach ifp=$D1%XW` }, \
81 { `return from in_ifattach ifp=$D1%XW error=$D2%XW` }, \
82 { `in_ifdetach ifp=$D1%XW` }, \
83 { `return from in_ifdetach ifp=$D1%XW` }, \
84 { `in_ifinit ifp=$D1%XW ia=$D2%XW sin=$D3%XW scrub=$D4%XW` }, \
85 { `return from in_ifinit ifp=$D1%XW error=$D2%XW` }, \
86 { `in_ifscrub ifp=$D1%XW ia=$D2%XW` }, \
87 { `in_losing inp=$D1%XW` }, \
88 { `in_losing_lock inp=$D1%XW` }, \
89 { `return from in_losing_lock inp=$D1%XW` }, \
90 { `return from in_losing inp=$D1%XW` }, \
91 { `in_pcb_hash_del inp=$D1%XW` }, \
92 { `return from in_pcb_hash_del inp=$D1%XW` }, \
93 { `in_pcb_hash_ins inp=$D1%XW` }, \
94 { `return from in_pcb_hash_ins inp=$D1%XW` }, \
95 { `in_pcb_tcp_hash_del inp=$D1%XW` }, \
96 { `return from in_pcb_tcp_hash_del inp=$D1%XW` }, \
97 { `in_pcb_tcp_lport_hash_ins inp=$D1%XW` }, \
98 { `return from in_pcb_tcp_lport_hash_ins inp=$D1%XW` }, \
99 { `in_pcballoc so=$D1%XW head=$D2%XW` }, \
100 { `return from in_pcballoc so=$D1%XW error=$D2%XW` }, \
101 { `in_pcbbind inp=$D1%XW nam=$D2%XW` }, \
102 { `in_pcbbind_nolock inp=$D1%XW nam=$D2%XW` }, \
103 { `return from in_pcbbind_nolock inp=$D1%XW error=$D2%XW` }, \
104 { `return from in_pcbbind inp=$D1%XW error=$D2%XW` }, \
105 { `in_pcbconnect inp=$D1%XW nam=$D2%XW` }, \
106 { `in_pcbconnect_nolock inp=$D1%XW nam=$D2%XW` }, \
107 { `return from in_pcbconnect_nolock inp=$D1%XW error=$D2%XW` }, \
108 { `return from in_pcbconnect inp=$D1%XW error=$D2%XW` }, \
109 { `in_pcbdetach inp=$D1%XW` }, \
110 { `in_pcbdetach_nolock inp=$D1%XW` }, \
111 { `return from in_pcbdetach_nolock inp=$D1%XW` }, \
112 { `return from in_pcbdetach inp=$D1%XW` }, \
113 { `in_pcbdisconnect inp=$D1%XW` }, \
114 { `in_pcbdisconnect_nolock inp=$D1%XW` }, \
115 { `return from in_pcbdisconnect_nolock inp=$D1%XW` }, \
116 { `return from in_pcbdisconnect inp=$D1%XW` }, \
117 { `in_pcbfree inp=$D1%XW hv=$D2%XW` }, \
118 { `in_pcbfree_nolock inp=$D1%XW inp->inp_socket=$D2%XW` }, \
119 { `return from in_pcbfree_nolock inp=$D1%XW` }, \
120 { `return from in_pcbfree inp=$D1%XW` }, \
121 { `in_pcbhashlookup2 tablep=$D1%XW _faddr=$D2%XW fport=$D3%XW _laddr=$D4%XW` }, \
122 { `return from in_pcbhashlookup2 _faddr=$D1%XW fport=$D2%XW _laddr=$D3%XW lport=$D4%XW` }, \
123 { `in_pcbhashlookup tablep=$D1%XW faddr=$D2%XW fport=$D3%XW laddr=$D4%XW` }, \
124 { `in_pcbinit` }, \
125 { `return from in_pcbinit` }, \
126 { `in_pcblookup head=$D1%XW faddr=$D2%XW fport=$D3%XW laddr=$D4%XW` }, \
127 { `in_pcblookup_nolock head=$D1%XW faddr=$D2%XW fport=$D3%XW laddr=$D4%XW` }, \
128 { `return from in_pcblookup_nolock faddr=$D1%XW fport=$D2%XW laddr=$D3%XW lport=$D4%XW` }, \
129 { `return from in_pcblookup faddr=$D1%XW fport=$D2%XW laddr=$D3%XW lport=$D4%XW` }, \
130 { `in_pcbmatch tablep=$D1%XW faddr=$D2%XW fport=$D3%XW laddr=$D4%XW` }, \
131 { `return from in_pcbmatch faddr=$D1%XW fport=$D2%XW laddr=$D3%XW lport=$D4%XW` }, \
132 { `in_pcbmovetotimewait inp=$D1%XW` }, \
133 { `return from in_pcbmovetotimewait inp=$D1%XW` }, \
134 { `in_pcbnotify head=$D1%XW dst=$D2%XW fport=$D3%XW p_laddr=$D4%XW` }, \
135 { `return from in_pcbnotify` }, \
136 { `in_pcbnotifyall head=$D1%XW dst=$D2%XW errno=$D3%XW notify=$D4%XW` }, \
137 { `return from in_pcbnotifyall` }, \
138 { `in_rawpcbs` }, \
139 { `return from in_rawpcbs` }, \
140 { `in_rtchange inp=$D1%XW i=$D2%XW` }, \
141 { `return from in_rtchange` }, \
142 { `in_rtinvalidate` }, \
143 { `return from in_rtinvalidate` }, \
144 { `in_setpeeraddr inp=$D1%XW nam=$D2%XW af=$D3%XW` }, \
145 { `in_setsockaddr inp=$D1%XW nam=$D2%XW af=$D3%XW` }, \
146 { `init_common_mtus` }, \
147 { `mark_gateway_down` }, \
148 { `return from mark_gateway_down` }, \
149 { `ping_gateways` }, \
150 { `return from ping_gateways` }, \
151 { `ping_one_gateway gw=$D1%XW` }, \
152 { `return from ping_one_gateway error=$D1%XW` }, \
153 { `set_ping_flag` }, \
154 { `return from set_ping_flag` }, \
155 { `tcp_bad_port_limit_init *newvalp=$D1%XW nop=$D2%XW` }, \
156 { `tcp_sendspace_change value=$D1%XW nop=$D2%XW` }, \
157 { `udp_bad_port_limit_init *newvalp=$D1%XW nop=$D2%XW` }, \
158 { `udp_sendspace_change value=$D1%XW nop=$D2%XW` }, \
159 { `in_pcbbind_nolock len=$D1%XW family=$D2%XW port=$D3%XW addr=$D4%XW` }, \
160 { `in6_pcbbind_nolock_dyn len=$D1%XW family=$D2%XW port=$D3%XW flowinfo=$D4%XW scope_id=$D5%XW` }, \
161 { `in6_pcbbind_nolock_dyn addr[0]=$D1%XW addr[1]=$D2%XW addr[2]=$D3%XW addr[3]=$D4%XW` }, \
162 { `in_pcb_pseudoconnect inp=$D1%XW nam=$D2%XW info=$D3%XW` }, \
163 { `return from in_pcb_pseudoconnect inp=$D1%XW error=$D2%XW` }, \
164 { `in_pcb_pseudobind inp=$D1%XW nam=$D2%XW info=$D3%XW` }, \
165 { `return from in_pcb_pseudobind inp=$D1%XW error=$D2%XW` }, \
166 { `in_pcb_pseudobind len=$D1%XW family=$D2%XW port=$D3%XW addr=$D4%XW` }, \
167 { `in6_pcb_pseudoconnect inp=$D1%XW nam=$D2%XW info=$D3%XW` }, \
168 { `return from in6_pcb_pseudoconnect inp=$D1%XW error=$D2%XW` }, \
169 { `in6_pcb_pseudobind inp=$D1%XW nam=$D2%XW info=$D3%XW` }, \
170 { `return from in6_pcb_pseudobind inp=$D1%XW error=$D2%XW` }, \
171 { `in6_pcb_pseudobind len=$D1%XW family=$D2%XW port=$D3%XW flowinfo=$D4%XW scope_id=$D5%XW` }, \
172 { `in6_pcb_pseudobind addr[0]=$D1%XW addr[1]=$D2%XW addr[2]=$D3%XW addr[3]=$D4%XW` }, \
173 { `in6_pcb_pseudorebind inp=$D1%XW nam=$D2%XW info=$D3%XW` }, \
174 { `return from in6_pcb_pseudorebind inp=$D1%XW error=$D2%XW` }, \
176 { `in6_pcbnotifyall head=$D1%XW src=$D2%XW dst=$D3%XW errno=$D4%XW notify=$D5%XW` }, \
177 { `return successfully from in6_pcbnotifyall ` }, \
178 { `return with error from in6_pcbnotifyall ` }, \
179 { `in6_setmss inp=$D1%XW ` }, \
180 { `return from in6_setmss ` }, \
181 { `in6_pmtuclone inp=$D1%XW ` }, \
182 { `return from in6_pmtuclone ` }, \
183 { `in_pcblocalipnotify head=$D1%XW dst=$D2%XW errno=$D3%XW notify=$D4%XW` }, \
184 { `return from in_pcblocalipnotify` }, \
185 { `inet_dr_cpu_add cpu=$D1%DW` }, \
186 { `return from inet_dr_cpu_add cpu=$D1%DW` }, \
187 { `inet_dr_cpu_add error1 error=$D1%DW` }, \
188 { `in_arpresolve_out1` }, \
189 { `in_arpresolve_out2` }, \
190 { `config_inet erro1 cmd=$D1%DW error=$D2%DW` }, \
191 { `in_pcbdetach_soputonfreelist so=$D1%XW` }, \
192 { `pmignet_hd_in32 event=$D1%XW action=$D2%DW$D3%DW dri=$D4%XW` }, \
193 { `pmignet_hd_in64 event=$D1%XW action=$D2%DW dri=$D3%XW` }, \
194 { `pmignet_hd_out32 event=$D1%XW action=$D2%DW$D3%DW dri=$D4%XW` }, \
195 { `pmignet_hd_out64 event=$D1%XW action=$D2%DW dri=$D3%XW` }, \
196 { `pmignet_tx_in trb=$D1%XW` }, \
197 { `pmignet_tx_sa_family family=$D1%DW` }, \
198 { `pmignet_tx_out selfarp_count=$D1%DW` }, \
199 { `pmignet_hd_enomen` }, \
200 { `pmignet_register_ext rc=$D1%DW` }, \
201 { `in_addmulti_sources ifp=$D1%DW inm=$D2%DW, sinfo=$D3%DW, mode=$D4%DW, mcastaddr=$D5%DW` }, \
202 { `return from in_addmulti_sources inm=$D1%DW, sinfo=$D2%DW` }, \
203 { `in_changemulti_sources_nolock inm=$D1%DW, sinfo=$D2%DW, mode=$D3%DW, numsrc=$D4%DW, srclist=$D5%DW` }, \
204 { `return from in_changemulti_sources_nolock rp=$D1%DW` }, \
205 { `in6_addmulti_sources ifp=$D1%DW inm=$D2%DW, sinfo=$D3%DW, mode=$D4%DW` }, \
206 { `return from in6_addmulti_sources inm=$D1%DW, sinfo=$D2%DW` }, \
207 { `in6_changemulti_sources_nolock inm=$D1%DW, sinfo=$D2%DW, mode=$D3%DW, numsrc=$D4%DW, srclist=$D5%DW` }, \
208 { `return from in6_changemulti_sources_nolock rp=$D1%DW` }, \
212 { `in_pcbbind error9 inp=$D1%XW error=$D2%DW` }, \
213 { `prog_list_add_in_ipv4 ifp=$D1%XW addr=$D2%DW` }, \
214 { `prog_list_add_err_ipv4 ifp=$D1%XW addr=$D2%DW` }, \
215 { `prog_list_add_out_ipv4 ifp=$D1%XW addr=$D2%DW` }, \
216 { `prog_list_search_in_ipv4 ifp=$D1%XW addr=$D2%DW` }, \
217 { `prog_list_search_no_match_out_ipv4 ifp=$D1%XW addr=$D2%DW` }, \
218 { `prog_list_search_match_out_ipv4 ifp=$D1%XW addr=$D2%DW` }, \
219 { `prog_list_delete_in_ipv4 ifp=$D1%XW addr=$D2%DW` }, \
220 { `prog_list_delete_err_ipv4 ifp=$D1%XW addr=$D2%DW` }, \
221 { `prog_list_delete_out_ipv4 ifp=$D1%XW addr=$D2%DW` }, \
222 { `prog_list_add_in_ipv6 ifp=$D1%XW addr=$D2%XW:$D3%XW:$D4%XW:$D5%XW` }, \
223 { `prog_list_add_err_ipv6 ifp=$D1%XW addr=$D2%XW:$D3%XW:$D4%XW:$D5%XW` }, \
224 { `prog_list_add_out_ipv6 ifp=$D1%XW addr=$D2%XW:$D3%XW:$D4%XW:$D5%XW` }, \
225 { `prog_list_search_in_ipv6 ifp=$D1%XW addr=$D2%XW:$D3%XW:$D4%XW:$D5%XW` }, \
226 { `prog_list_search_no_match_out_ipv6 ifp=$D1%XW addr=$D2%XW:$D3%XW:$D4%XW:$D5%XW` }, \
227 { `prog_list_search_match_out_ipv6 ifp=$D1%XW addr=$D2%XW:$D3%XW:$D4%XW:$D5%XW` }, \
228 { `prog_list_delete_in_ipv6 ifp=$D1%XW addr=$D2%XW:$D3%XW:$D4%XW:$D5%XW` }, \
229 { `prog_list_delete_err_ipv6 ifp=$D1%XW addr=$D2%XW:$D3%XW:$D4%XW:$D5%XW` }, \
230 { `prog_list_delete_out_ipv6 ifp=$D1%XW addr=$D2%XW:$D3%XW:$D4%XW:$D5%XW` }, \
231 { `in_pcbbind error1 inp=$D1%XW error=$D2%DW` }, \
232 { `in_pcbbind error2 inp=$D1%XW error=$D2%DW` }, \
233 { `in_pcbbind error3 inp=$D1%XW error=$D2%DW` }, \
234 { `in_pcbbind error4 inp=$D1%XW error=$D2%DW` }, \
235 { `in_pcbbind error5 inp=$D1%XW error=$D2%DW` }, \
236 { `in_pcbbind error6 inp=$D1%XW error=$D2%DW` }, \
237 { `in_pcbbind error7 inp=$D1%XW error=$D2%DW` }, \
238 { `in_pcbbind error8 inp=$D1%XW error=$D2%DW` }, \
239 { `in_pcbconnect error1 inp=$D1%XW error=$D2%DW` }, \
240 { `in_pcbconnect error2 inp=$D1%XW error=$D2%DW` }, \
241 { `in_pcbconnect error3 inp=$D1%XW error=$D2%DW` }, \
242 { `in_pcbconnect error4 inp=$D1%XW error=$D2%DW` }, \
243 { `in_pcbconnect error5 inp=$D1%XW error=$D2%DW` }, \
244 { `in_pcbconnect error6 inp=$D1%XW error=$D2%DW` }, \
245 { `in_pcbconnect error7 inp=$D1%XW error=$D2%DW` }, \
246 { `in_pcbconnect error8 inp=$D1%XW error=$D2%DW` }, \
247 { `in_pcbconnect error9 inp=$D1%XW error=$D2%DW` }, \
248 { `in_pcbpseudoconnect error1 inp=$D1%XW error=$D2%DW` }, \
249 { `in_pcbpseudoconnect error2 inp=$D1%XW error=$D2%DW` }, \
250 { `in_pcbpseudoconnect error3 inp=$D1%XW error=$D2%DW` }, \
251 { `in_pcbpseudoconnect error4 inp=$D1%XW error=$D2%DW` }, \
252 { `in_pcbpseudoconnect error5 inp=$D1%XW error=$D2%DW` }, \
253 { `in_pcbpseudoconnect error6 inp=$D1%XW error=$D2%DW` }, \
254 { `in_pcbpseudoconnect error7 inp=$D1%XW error=$D2%DW` }, \
255 { `in_pcbpseudoconnect error8 inp=$D1%XW error=$D2%DW` }, \
256 { `in_pcbpseudoconnect error9 inp=$D1%XW error=$D2%DW` }, \
257 { `in_pcbpseudobind error1 inp=$D1%XW error=$D2%DW` }, \
258 { `in_pcbpseudobind error2 inp=$D1%XW error=$D2%DW` }, \
259 { `in_pcbpseudobind error3 inp=$D1%XW error=$D2%DW` }, \
260 { `in_pcbpseudobind error4 inp=$D1%XW error=$D2%DW` }, \
261 { `in_pcbpseudobind error5 inp=$D1%XW error=$D2%DW` }, \
262 { `in_pcbpseudobind error6 inp=$D1%XW error=$D2%DW` }, \
263 { `in_pcbpseudobind error7 inp=$D1%XW error=$D2%DW` }, \
264 { `in_pcbpseudobind error8 inp=$D1%XW error=$D2%DW` }, \
265 { `in_pcbnotify out1` }, \
266 { `in_pcbnotify out2` }, \
267 { `in_pcbnotify out3` }, \
268 { `in_pcbnotifyall out1` }, \
269 { `in_pcbnotifyall out2` }, \
270 { `in_pcbnotifyall out3` }, \
271 { `in_pcblocalipnotifyall out1` }, \
272 { `in_pcblocalipnotifyall out2` }, \
273 { `in_pcblocalipnotifyall out3` }, \
274 { `lkuinet_register_list rc=$D1%DW` }, \
275 { `inet_dr_mem_remove dri=$D1%XW udp_send_perf=$D2%DW` }, \
276 { `return from inet_dr_mem_remove dri=$D1%XW udp_send_perf=$D2%DW` }, \
277 { `mcl_list_init list=$D1%XW` }, \
278 { `mcl_list_add4 list=$D1%XW imo=$D2%XW inpcb=$D3%XW` }, \
279 { `mcl_list_add4 out list=$D1%XW rc=$D2%DW` }, \
280 { `mcl_list_add6 list=$D1%XW imo=$D2%XW inpcb=$D3%XW` }, \
281 { `mcl_list_add6 out list=$D1%XW rc=$D2%DW` }, \
282 { `mcl_list_remove4 list=$D1%XW imo=$D2%XW` }, \
283 { `mcl_list_remove4 out list=$D1%XW` }, \
284 { `mcl_list_remove6 list=$D1%XW imo=$D2%XW` }, \
285 { `mcl_list_remove6 out list=$D1%XW` }, \
\* { unknown subhook $HD $ERROR }
59B 1.1 "@JFS2: userdata" \
{{ buftrace(what, bufword, blkdesc) `JFS2 IO $what: $bufword = $D1, vp = $D2, sid = $D3, $blkdesc blk = $D4, bcount = $D5` }} \
{{ vpsid(what) `JFS2 IO $what: vp = $D1, sid = $D2` }} \
{{ int64(x) $HOOKENV, 64 { O4 {{ $high = X4 }} {{ $high = $high * 0x100000000 }} O4 {{ $low = X4 }} {{ $high = $high + $low }} $high%X8 }, 32 { X8 } }} \
$HD, \
0x01 { `JFS2 IO READ: pagerCopyOut_rc=$D1` $BREAK }, \
0x02 { `JFS2 IO WRITE: pagerCopyIn_rc=$D1` $BREAK }, \
0x03 { `JFS2 DIO DEMOTED: direct_mode=$D1, bad_alignment=$D2, vm_uiomove_rc=$D3, vm_flushp_rc=$D4` $BREAK }, \
0x04 { `JFS2 DEVSTRAT: bufptr=$D1, call_flags=$D2, io_type=$D3` $BREAK }, \
0x05 { `JFS2 IO read: vp = $D1, sid = $D2, offset = ` W3 int64()`, length = $D5` }, \
0x06 { `JFS2 IO write: vp = $D1, sid = $D2, offset = ` W3 int64()`, length = $D5` }, \
0x07 { buftrace('gather', 'bp', 'file') }, \
0x08 { buftrace('pageOut', 'bplist', 'file') }, \
0x09 { buftrace('pageIn', 'bplist', 'file') }, \
0x0A { buftrace('pageProtect', 'bplist', 'file') }, \
0x0B { buftrace('devstrat (pager strategy)', 'bplist', 'lv') }, \
0x0C { buftrace('devstrat (pager service)', 'bplist', 'lv') }, \
0x0D { buftrace('io not done', 'bplist', 'file') }, \
0x0E { vpsid('exception') }, \
0x0F { `JFS2 IO dio move: vp = $D1, sid = $D2, offset = ` W3 int64()`, length = $D5` }, \
0x10 { `JFS2 IO dio demoted: vp = $D1, mode = $D2, bad = $D3, rc = $D4, rc2 = $D5` }, \
0x11 { buftrace('dio devstrat', 'bplist', 'lv') }, \
0x12 { `JFS2 IO dio iodone: bp = $D1, vp = $D2, sid = $D3` }, \
0x13 { `JFS2 IO dio error: bp = $D1, b_error = $D2, b_resid = $D3, request offset = $D4, error offset= $D5` }, \
0x14 { `JFS2 IO pagerBind: vp = $D1, sid = $D2, rc = $D3` }, \
0x15 { `JFS2 IO readahead: vp = $D1, sid = $D2, offset = $D3, length = $D4, trust = ` W6 R4 X1` fault = ` X1` prer = ` X1` decision = `X1 }, \
0x16 { vpsid('dio flag cleared (j2_open)') }, \
0x17 { vpsid('dio flag set (j2_open)') }, \
0x18 { vpsid('dio flag cleared (j2_close)') }, \
0x19 { vpsid('dio flag set (j2_close)') }, \
0x1A { vpsid('dio flag cleared (j2_map)') }, \
0x1B { vpsid('dio flag set (j2_map)') }, \
0x1C { `JFS2 IO encrypt : gatherHead = $D1, vp = $D2, memoryObject = $D3, b_blkno = $D4, b_bcount = $D5` }, \
0x1D { `JFS2 IO decrypt : bp = $D1, vp = $D2, memoryObject = $D3, b_blkno = $D4, b_bcount = $D5` }, \
0x1E { `JFS2 IO EFS iodone : bpList = $D1, vp = $D2, memoryObject = $D3, b_blkno = $D4, b_bcount = $D5` }, \
0x1F { `JFS2 IO PGTHREAD : where = $D1, rc = $D2` }, \
0x20 { `JFS2 IO ISYNC : where = $D1, vp = $D2, memoryObject = $D3, jCacheClassLow = $D4, po_nPageLock = $D5` }, \
\* { 59B unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
59C 1.1 L=KERN "@JFS2: direct IO (deprecated, use 59B)" \
$HD, \
0x01 { `JFS2 DIO CLEAR: inodeptr=$D1, segment=$D2%X4` $BREAK }, \
0x02 { `JFS2 DIO SET: inodeptr=$D1, segment=$D2%X4` $BREAK }, \
0x03 { `JFS2 DIO READ: diomove_rc=$D1` $BREAK }, \
0x04 { `JFS2 DIO WRITE: diomove_rc=$D1` $BREAK }, \
0x05 { `JFS2 DIO MOVE: inodeptr=$D1, segment=$D2, uio_offset_shift32=$D3, uio_offset=$D4, length=$D5` $BREAK }, \
0x06 { `JFS2 DIO DONE: dev=$D1, blkno=$D2, bcount=$D3, options=$D4` $BREAK }, \
0x07 { `JFS2 DIO DONE ERROR: error=$D1, words_not_transfer=$D2, dio_offset=$D3, error_offset=$D4` $BREAK }, \
0x1001 { `JFS2 CLOSE DIO CLEAR: inodeptr=$D1, segment=$D2%X4` $BREAK }, \
0x1002 { `JFS2 CLOSE DIO SET: inodeptr=$D1, segment=$D2%X4` $BREAK }, \
0x2001 { `JFS2 OPEN DIO CLEAR: inodeptr=$D1, segment=$D2%X4` $BREAK }, \
0x2002 { `JFS2 OPEN DIO SET: inodeptr=$D1, segment=$D2%X4` $BREAK }, \
0x3001 { `JFS2 MAP DIO CLEAR: inodeptr=$D1, segment=$D2%X4` $BREAK }, \
0x3002 { `JFS2 MAP DIO SET: inodeptr=$D1, segment=$D2%X4` $BREAK }, \
0x4001 { `JFS2 UNMAP DIO CLEAR: inodeptr=$D1, segment=$D2%X4` $BREAK }, \
0x4002 { `JFS2 UNMAP DIO SET: inodeptr=$D1, segment=$D2%X4` $BREAK }, \
\* { `unknown subhook` }
5A0 1.0 "@sysldr/mods " \
W2 \
$D1, \
0x01 { "ld_loadmodule: file="prargs($HL) }, \
0x02 { " libpath="prargs($HL) }, \
0x03 { " le="$D2%XW "loadcount="$D3%XW "usecount="$D4%XW }, \
0x20 { "unload_module: "prargs($HL) "shared library PURGE"}, \
0x30 { "unload_module: le="$D2%XW "loadcount="$D3%XW "usecount="$D4%XW }, \
0x50 { "libraries: pre_libpath="prargs($HL) }, \
0x51 { "libraries: libpath="prargs($HL) }, \
0x52 { "libraries: file="prargs($HL) }, \
0x70 { "ld_get_domain: ld->ld_name="prargs($HL) }, \
0x71 { "ld_clean_domain: de->de_fullname="prargs($HL) }, \
0x72 { "ld_unload_domain: ld->ld_name="prargs($HL) }, \
0x80 { "ld_unload_le: file="prargs($HL) }, \
0x81 { "ld_unload_le: le="$D2%XW "le->le_file="$D3%XW }, \
0x150 { " le_filename="prargs($HL) }, \
0x151 { "ld_shlap(updating loadlist): le="$D2%XW }, \
0x152 { " le_filename="prargs($HL) }, \
0x153 { "ld_libgettext(updating loadlist): le="$D2%XW }, \
0x154 { " le_filename="prargs($HL) }, \
0x155 { "ld_libld(updating loadlist): le="$D2%XW }, \
0x156 { " le_filename="prargs($HL) }, \
0x157 { "ld_sroinst(updating loadlist): le="$D2%XW }, \
0x158 { " le_filename="prargs($HL) }, \
0x159 { "ld_instance(updating loadlist): le="$D2%XW }, \
0x15A { "private_text(updating loadlist): le="$D2%XW }, \
0x15B { "ld_textorg_newsid: textorg="$D2%XW "textsid="$D3%XW "mcrp_textsid="$D4%XW },\
0x15C { "ld_textorg_delsid: textorg="$D2%XW "mcrp_textsid="$D3%XW "textsid="$D4%XW },\
0x15D { "ld_mcrp_new_datasid: dataorg="$D2%XW "mcrp_datasid="$D3%XW },\
0x15E { "ld_mcrp_replace_textsid: textorg="$D2%XW "textsid="$D3%XW "mcrp_textsid="$D4%XW},\
0x15F { "ld_mcrp_delsid: mcrp_datasid="$D2%XW },\
0x160 { "ld_mcrp_delsid: textorg="$D2%XW "mcrp_textsid="$D3%XW "textsid="$D4%XW},\
\* { "unknown subhookid="$D1%D1 }
5A1 1.0 "@load/kxent" \
W2 \
$D1, \
0x01 { "kmod_load: file="prargs($HL) }, \
0x02 { "kmod_load: libpath="prargs($HL) }, \
0x03 { "kmod_unload: file="prargs($HL) }, \
0x04 { "kmod_load: le"=$D2%XW "loadcount="$D3%D1 "usecount="$D4%D1 }, \
0x05 { "kmod_unload: le"=$D2%XW "loadcount="$D3%D1 "usecount="$D4%D1 }, \
0x90 { "kmod_load(test_hook): Enter kmod_load flags="$D2%XW }, \
\* { "unknown subhookid="$D1%D1 }
5A2 1.0 "@sysldr/execld" \
W2 \
$D1, \
0x01 { "ld_execload: file="prargs($HL) }, \
0x02 { " pid"=prKernelPID($D2) }, \
0x03 { " la_lib_text_sid"=$D2%XW "la_lib_data_sid="$D3%XW "la_lib_le_sid="$D4%XW}, \
0x04 { {{ $t = $D4 / 0x100000000 }} \ $t , \
0 { " EXEC32 text=" $D5%X4 O32.0"/"D8 O4.0 "data=" X4"/"D8 } , \
2 { " LIB32 text=" $D5%X4 O32.0"/"D8 O4.0 "data=" X4"/"D8 } , \
1 { " EXEC64 text=" $D5%X8 O32.0"/"D8 "data=" X8"/"D8 } , \
3 { " LIB64 text=" $D5%X8 O32.0"/"D8 "data=" X8"/"D8 } , \
\* { " type=" $t } \
}, \
\* { "unknown subhookid="$D1%D1 }
5A3 1.0 "sysldr/errs: " \
W2 \
$D1, \
0x01 { "loadmodule: rc"=$D2%D1 "reason="$D3%D1 }, \
0x02 { "kmod_load: reason="$D2%D1 }, \
0x03 { "kmod_unload: rc="$D2%D1 }, \
0x04 { "execload: pid="$D2%D1 "rc="$D3%D1 "reason"=$D4%D1}, \
0x05 { "ld_get_domain: FAILED! path_buf="prargs($HL) }, \
0x06 { "ld_resolve_error: symbol number="prargs($HL) }, \
0x07 { " reason"=$D2%D1 }, \
0x08 { "relocate_error: LDREL["$D2%D4"].l_vaddr="$D3%XW }, \
0x0b { " member: "prargs($HL) }, \
0x0c { " file: "prargs($HL) }, \
0x0d { " import file: "prargs($HL) }, \
0x0e { " export symbol: "prargs($HL) }, \
0x0f { " symbol: "prargs($HL) }, \
0x10 { "ld_hashfind: line "$D2%DW": too many errors" }, \
0x11 { "ld_hashfind: line "$D2%DW }, \
0x12 { "ld_rtl_buildSearchlist: line "$D2%DW": le = 0x"$D3%XW": failed to allocate "$D4 element list }, \
0x13 { "ld_rtl_initLE: line "$D2%DW }, \
0x14 { "ld_rtl_initLE: line "$D2%DW": ld_rtl_allocDynlist returned "$D3%DW }, \
0x15 { "ld_rtl_initLE: line "$D2%DW": ld_rtl_buildSearchlist returned "$D3%DW }, \
0x16 { "ld_rtl_initLE: line "$D2%DW": ld_rtl_addLEtoDynlist returned "$D3%DW }, \
0x17 { "ld_rtl_initLE: line "$D2%DW": ld_rtl_allocSearchlist returned "$D3%DW }, \
0x18 { "ld_search_hashfind: line "$D2%DW": le = 0x"$D3%XW": unresolved deferred" }, \
0x19 { "ld_search_hashfind: line "$D2%DW": le = 0x"$D3%XW": typecheck error" }, \
0x1a { "ld_postpass_hashfind: line "$D2%DW": unresolved" }, \
0x1b { "ld_postpass_resolve: line "$D2%DW": ignored RTL" }, \
0x1c { "ld_postpass_resolve: line "$D2%DW": unexpected TLS" }, \
0x1d { "ld_postpass_resolve: line "$D2%DW": no match for XO" }, \
0x1e { "ld_postpass_resolve: line "$D2%DW": unresolved dotdot" }, \
0x1f { "ld_postpass_resolve: line "$D2%DW": unresolved preload" }, \
0x20 { "ld_postpass: line "$D2%DW": le = 0x"$D3%XW": failed to allocate "$D4%DW new deltas }, \
0x21 { "ld_postpass: line "$D2%DW": le = 0x"$D3%XW": ld_postpass_resolve returned "$D4%DW }, \
0x22 { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": failed to allocate deltas for "$D4%DW symbols }, \
0x23 { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": l_offset = 0x"$D4%XW", l_stlen = 0x"$D5%XW }, \
0x24 { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": l_parm = 0x"$D4%XW", l_stlen = 0x"$D5%XW }, \
0x25 { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": ifile = "$D4", lexp->nimpid = "$D5%DW }, \
0x26 { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": deferred symbol in kernel" }, \
0x27 { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": ld_deferred failed" }, \
0x28 { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": TLS symbol in kernel" }, \
0x29 { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": too many resolution errors" }, \
0x2a { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": error resolving TLS" }, \
0x2b { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": error resolving SVC" }, \
0x2c { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": XO symbol does not match" }, \
0x2d { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": unresolved" }, \
0x2e { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": bad section l_scnum = "$D4%DW }, \
0x2f { "ld_resolve1: line "$D2%DW": le = 0x"$D3%XW": no exports" }, \
0x30 { "ld_resolve: line "$D2%DW": le = 0x"$D3%XW": ld_rtl_initLE failed" }, \
0x31 { "ld_resolve: line "$D2%DW": le = 0x"$D3%XW": deferred import/export" }, \
0x32 { "ld_resolve: line "$D2%DW": le = 0x"$D3%XW": resolve error" }, \
0x33 { "ld_resolve: line "$D2%DW": le = 0x"$D3%XW": ld_postpass failed" }, \
0x34 { "ld_resolve: line "$D2%DW": le = 0x"$D3%XW": RTL error" }, \
0x35 { "ld_resolve: line "$D2%DW": le = 0x"$D3%XW": AIX-style-linking error" }, \
0x36 { "ld_relocate1: line "$D2%DW": le = 0x"$D3%XW": l_rsecnm = "$D4%DW }, \
0x37 { "ld_relocate1: line "$D2%DW": le = 0x"$D3%XW": l_vaddr = 0x"$D4%XW }, \
0x38 { "ld_relocate1: line "$D2%DW": rtype = "$D3", rv = 0x"$D4%XW", tls_ref = 0x"$D5%XW }, \
0x39 { "ld_relocate1: line "$D2%DW": le = 0x"$D3%XW": rtype = "$D4%DW }, \
0x3a { "ld_relocate1: line "$D2%DW": le = 0x"$D3%XW": sect_offset = 0x"$D4%XW", sect_size = 0x"$D5%XW }, \
0x3b { "ld_relocate1: line "$D2%DW": sect_offset = 0x"$D3%XW", rsize = 0x"$D4%XW", sect_size = 0x"$D5%XW }, \
0x3c { "ld_relocate1: line "$D2%DW": le = 0x"$D3%XW": reference to local TLS symbol" }, \
0x3d { "ld_relocate1: line "$D2%DW": le = 0x"$D3%XW": local TLS symbol imported from" }, \
0x3e { "ld_relocate1: line "$D2%DW": le = 0x"$D3%XW": reference to TLS symbol exported by" }, \
0x3f { "ld_relocate1: line "$D2%DW": le = 0x"$D3%XW": reference to TLS imported symbol" }, \
0x40 { "ld_relocate1: line "$D2%DW": le = 0x"$D3%XW" - unexpected TLS relocation type "$D4%DW }, \
0x41 { "ld_relocate1: line "$D2%DW": le = 0x"$D3%XW" - bad relocation type "$D4%DW }, \
0x42 { "ld_relocate1: line "$D2%DW": le = 0x"$D3%XW": tls_rld = "$D4%DW", tls_ref = "$D5%DW }, \
0x43 { "ld_relocate: line "$D2%DW": le = 0x"$D3%XW": ld_relocate1 returned = "$D4%DW }, \
0x44 { "ld_resolveredo: line "$D2%DW": le = 0x"$D3%XW": failed to allocate deltas for "$D4%DW symbols }, \
0x45 { "ld_resolveredo: line "$D2%DW": le = 0x"$D3%XW": l_offset = 0x"$D4%XW", l_stlen = 0x"$D5%XW }, \
0x46 { "ld_resolveredo: line "$D2%DW": le = 0x"$D3%XW": l_parm = 0x"$D4%XW", l_stlen = 0x"$D5%XW }, \
0x47 { "ld_resolveredo: line "$D2%DW": le = 0x"$D3%XW": l_smclas = 0x"$D4%XW", tls_sym = "$D5%DW }, \
0x48 { "ld_resolveredo: line "$D2%DW": le = 0x"$D3%XW": hashfindrc = "$D4%DW }, \
0x49 { "ld_redo1: line "$D2%DW": le = 0x"$D3%XW": ld_resolveredo returned "$D4%DW }, \
0x4a { "ld_redo1: line "$D2%DW": le = 0x"$D3%XW": ld_relocate1 returned "$D4%DW }, \
0x4b { "ld_redo: line "$D2%DW": le = 0x"$D3%XW": ld_redo1 returned "$D4%DW }, \
0x4c { "ld_bind: line "$D2%DW": le = 0x"$D3%XW": ld_redo1 returned "$D4%DW }, \
0x4d { "ld_kbuildhash: line "$D2%DW": numexports = "$D3%DW }, \
0x60 { "Failed to allocate "$D3%DW" bytes at location "$D2%DW }, \
0x61 { "ld_libraries0: line "$D2%DW": get_libpath returned "$D3%DW }, \
0x62 { "ld_libraries0: line "$D2%DW": execle = 0x"$D3%XW }, \
0x63 { "ld_getmod0: line "$D2%DW": ld_read returned 0" }, \
0x64 { "ld_getkext0: line "$D2%DW": ld_pathopen returned 0" }, \
0x65 { "ld_getkext0: line "$D2%DW": ld_kernelld returned 0" }, \
0x66 { "ld_getkext0: line "$D2%DW": le = 0x"$D3%XW": ld_get_depends returned "$D4%DW }, \
0x67 { "ld_libgettext: line "$D2%DW": ld_textread returned "$D3%DW }, \
0x68 { "ld_privgettext: line "$D2%DW": ld_textread returned "$D3%DW }, \
0x69 { "ld_lib_getsvcfd: line "$D2%DW": ld_svcfdcreate returned "$D3%DW }, \
0x6a { "ld_lib_getsvcfd: line "$D2%DW": shlap_rr returned "$D3%DW }, \
0x6b { "ld_priv_getsvcfd: line "$D2%DW": ld_svcfdcreate returned "$D3%DW }, \
0x6c { "ld_getsvcfd: line "$D2%DW": ld_lib_getsvcfd failed because of reason = "$D3%DW }, \
0x6d { "ld_getlibread: line "$D2%DW": ld_privgettext returned NULL" }, \
0x6e { "ld_getlibread: line "$D2%DW": le = 0x"$D3%XW": ld_dinstance returned NULL" }, \
0x6f { "ld_kernelld: line "$D2%DW": ld_ktextread returned "$D3%DW }, \
0x70 { "ld_privinstance: line "$D2%DW": ld_getsvcfd returned NULL" }, \
0x71 { "ld_instance: line "$D2%DW": ld_getsvcfd returned NULL" }, \
0x72 { "ld_instance: line "$D2%DW": ld_dup_libdeferred returned "$D3%DW }, \
0x73 { "ld_instance: line "$D2%DW": ld_domain_add returned NULL" }, \
0x74 { "ld_getlib: line "$D2%DW": ld_pathopen returned NULL" }, \
0x75 { "ld_getlib: line "$D2%DW": depends on the main executable" }, \
0x76 { "ld_getlib: line "$D2%DW": le = 0x"$D3%XW": ld_get_depends returned "$D4%DW }, \
0x77 { "ld_get_depends_from_impids: line "$D2%DW": le = 0x"$D3%XW": truncated impids" }, \
0x78 { "ld_get_depends_from_impids: line "$D2%DW": le = 0x"$D3%XW": dotdot symbol" }, \
0x79 { "ld_get_depends_from_impids: line "$D2%DW": le = 0x"$D3%XW": import from main" }, \
0x7a { "ld_get_depends: line "$D2%DW": le = 0x"$D3%XW": truncated impids" }, \
0x7b { "ld_get_depends: line "$D2%DW": le = 0x"$D3%XW": ld_get_depends_from_impids returned "$D4%D1 }, \
0x7c { "ld_read: line "$D2%DW": ld_getlib returned NULL" }, \
0x7d { "ld_read: line "$D2%DW": le = 0x"$D3%XW": ld_get_depends returned "$D4%DW }, \
0x7e { "ld_read: line "$D2%DW": le = 0x"$D3%XW": ld_libld_scc returned "$D4%DW }, \
0x7f { "ld_read: line "$D2%DW": le = 0x"$D3%XW": ld_priv_instances returned "$D4%DW }, \
0x80 { "ld_read: line "$D2%DW": le = 0x"$D3%XW": ld_getsvcfd returned "$D4%DW }, \
0x81 { "ld_priv_instances: line "$D2%DW": le = 0x"$D3%XW": ld_privinstance returned NULL" }, \
0x82 { "process_scc: line "$D2%DW": make_prereloc returned "$D3%DW }, \
0x83 { "process_scc: line "$D2%DW": ld_instance returned "$D3%DW }, \
0x84 { "search: line "$D2%DW": process_scc returned "$D3%DW }, \
0x85 { "ld_libld_scc: line "$D2%DW": le = 0x"$D3%XW": search returned "$D4%DW }, \
0x86 { "make_prereloc: line "$D2%DW": le = 0x"$D3%XW": ld_lib_getsvcfd returned NULL" }, \
0x87 { "make_prereloc: line "$D2%DW": le = 0x"$D3%XW": ld_libinstance returned NULL" }, \
0x88 { "make_prereloc: line "$D2%DW": le = 0x"$D3%XW": ld_resolve returned "$D4%DW }, \
0x89 { "make_prereloc: line "$D2%DW": le = 0x"$D3%XW": ld_relocate returned "$D4%DW }, \
0x8a { "make_prereloc: line "$D2%DW": shlap died" }, \
0x8b { "make_prereloc: line "$D2%DW": shlap_rr returned "$D3%DW }, \
0x8c { "ld_textorg_newsid: line "$D2%DW": vms_createx_attach returned "$D3%DW }, \
0x8d { "ld_retext_sid: line "$D2%DW": len = "$D3%DW }, \
0x8e { "ld_retext_sid: line "$D2%DW": read "$D3%DW out of $D4%DW bytes }, \
0x8f { "ld_retext_sid: line "$D2%DW": fp_pread returned "$D3%DW }, \
0x90 { "ld_retext: line "$D2%DW": fp_fstat returned "$D3%DW }, \
0x91 { "ld_retext: line "$D2%DW": ld_sanity64 returned "$D3%DW }, \
0x92 { "ld_retext: line "$D2%DW": ld_sanity32 returned "$D3%DW }, \
0x93 { "ld_retext: line "$D2%DW": no entry point" }, \
0x94 { "ld_retext: line "$D2%DW": file size 0x"$D3%XW too large }, \
0x95 { "ld_retext: line "$D2%DW": ld_textorg_newsid returned "$D3%DW", flag64 = "$D4%DW }, \
0x96 { "ld_retext: line "$D2%DW": ld_retext_sid returned "$D3%DW", flag64 = "$D4%DW }, \
0x97 { "ld_untext: line "$D2%DW": invalid operand - "$D3%DW }, \
0xb0 { "ld_allocd: line "$D2%DW": found no fit" }, \
0xb1 { "ld_allocd: line "$D2%DW": lgp_sbrk32 returned SBRK_FAILED" }, \
0xb2 { "gettext: line "$D2%DW": ld_sanity32 returned "$D3%DW }, \
0xb3 { "ld_textread: line "$D2%DW": ld_mapfile returned "$D3%DW }, \
0xb4 { "ld_textread: line "$D2%DW": archive member not found" }, \
0xb5 { "ld_textread: line "$D2%DW": ld_sanity32 returned "$D3%DW }, \
0xb6 { "ld_textread: line "$D2%DW": ld_textalloc32(asize = 0x"$D3%XW", flags = "$D4%DW") returned NULL" }, \
0xb7 { "ld_textread: line "$D2%DW": address 0x"$D3%XW is not aligned properly }, \
0xb8 { "ld_textread: line "$D2%DW": read_file_private(flag = "$D3%DW", filesize = 0x"$D4%XW") returned "$D5%DW }, \
0xb9 { "ld_textread: line "$D2%DW": read_file_shared32(filesize = 0x"$D3%XW") returned "$D4%DW }, \
0xba { "slow_map_big_exec: line "$D2%DW": ld_create_exec_seg(ne_psize = 0x"$D3%XW") returned "$D4%DW }, \
0xbb { "slow_map_big_exec: line "$D2%DW": map_file_exec(len = 0x"$D3%XW") returned "$D4%DW }, \
0xbc { "slow_map_big_exec: line "$D2%DW": read_file_exec(len = 0x"$D3%XW") returned "$D4%DW }, \
0xbd { "slow_map_big_exec: line "$D2%DW": map_file_exec(offset_in_file = 0x"$D3%XW", len = 0x"$D4%XW") returned "$D5%DW }, \
0xbe { "slow_map_big_exec: line "$D2%DW": read_file_exec(offset_in_file = 0x"$D3%XW", len = 0x"$D4%XW") returned "$D5%DW }, \
0xbf { "slow_map_big_exec: line "$D2%DW": I/O error rc = "$D3%DW }, \
0xc0 { "slow_map_huge_exec: line "$D2%DW": ld_create_exec_seg(ne_psize = 0x"$D3%XW") returned "$D4%DW }, \
0xc1 { "slow_map_huge_exec: line "$D2%DW": map_file_exec(len = 0x"$D3%XW") returned "$D4%DW }, \
0xc2 { "slow_map_huge_exec: line "$D2%DW": read_file_exec(len = 0x"$D3%XW") returned "$D4%DW }, \
0xc3 { "slow_map_huge_exec: line "$D2%DW": map_file_exec(offset_in_file = 0x"$D3%XW", len = 0x"$D4%XW") returned "$D5%DW }, \
0xc4 { "slow_map_huge_exec: line "$D2%DW": read_file_exec(offset_in_file = 0x"$D3%XW", len = 0x"$D4%XW") returned "$D5%DW }, \
0xc5 { "slow_map_huge_exec: line "$D2%DW": I/O error rc = "$D3%DW }, \
0xd0 { "gettext64: line "$D2%DW": ld_mapfile returned "$D3%DW }, \
0xd1 { "gettext64: line "$D2%DW": ld_sanity64 returned "$D3%DW }, \
0xd2 { "gettext64: line "$D2%DW": file size 0x"$D3%XW is too big }, \
0xd3 { "ld_textread64: line "$D2%DW": ld_mapfile returned "$D3%DW }, \
0xd4 { "ld_textread64: line "$D2%DW": archive member not found" }, \
0xd5 { "ld_textread64: line "$D2%DW": file is not an archive" }, \
0xd6 { "ld_textread64: line "$D2%DW": ld_sanity64 returned "$D3%DW }, \
0xd7 { "ld_textread64: line "$D2%DW": ld_textalloc64(asize = 0x"$D3%XW", flags = "$D4%DW") returned "$D5%DW }, \
0xd8 { "ld_textread64: line "$D2%DW": map_file(v = 0x"$D3%XW", asize = 0x"$D4%XW") returned "$D5%DW }, \
0xd9 { "ld_textread64: line "$D2%DW": map_file_shared64(v = 0x"$D3%XW", asize = 0x"$D4%XW") returned "$D5%DW }, \
0xda { "ld_textread64: line "$D2%DW": read_file_private(v + page_offset = 0x"$D3%XW", ufilesize = 0x"$D4%XW") returned "$D5%DW }, \
0xdb { "ld_textread64: line "$D2%DW": read_file_shared64(v + page_offset = 0x"$D3%XW", ufilesize = 0x"$D4%XW") returned "$D5%DW }, \
0xdc { "slow_map_npt_exec64: line "$D2%DW": ld_create_exec_seg(ne_psize = 0x"$D3%XW") returned "$D4%DW }, \
0xdd { "slow_map_npt_exec64: line "$D2%DW": map_file_exec(len = 0x"$D3%XW") returned "$D4%DW }, \
0xde { "slow_map_npt_exec64: line "$D2%DW": read_file_exec(len = 0x"$D3%XW") returned "$D4%DW }, \
0xf0 { "ld_syscall: line "$D2%DW": ld_kbuildhash(oldexports = "$D3%DW") returned NULL" }, \
0xf1 { "ld_syscall: line "$D2%DW": allocate_deltas_k(nsyms = "$D3%DW") returned NULL" }, \
0xf2 { "ld_syscall: line "$D2%DW": ld_kbuildhash(newexports = "$D3%DW") returned NULL" }, \
0xf3 { "ld_svcfdcreate: line "$D2%DW": ld_textalloc(size = 0x"$D3%XW") returned NULL" }, \
0xf4 { "ld_svcfdcreate: line "$D2%DW": copy_to_private(v = 0x"$D3%XW", size = 0x"$D4%XW") returned "$D5%DW }, \
0xf5 { "ld_svcfdcreate: line "$D2%DW": copy_to_shared64(v = 0x"$D3%XW", size = 0x"$D4%XW") returned "$D5%DW }, \
0xf6 { "ld_svcfdcreate: line "$D2%DW": copy_to_shared32(v = 0x"$D3%XW", size = 0x"$D4%XW") returned "$D5%DW }, \
0xf7 { "ld_base_svcs: line "$D2%DW": there is no syscall loader entry" }, \
0xf8 { "ld_base_svcs: line "$D2%DW": num32svcs = "$D3%DW", num64svcs = "$D4%DW }, \
\* { "unknown subhookid="$D1%D1 }
5A4 1.0 "@sysldr/chkpt: " \
W2 \
$D1, \
0x01 { "ld_cr_adspace32: lib_text_sid"=$D2%XW "lib_data_sid="$D3%XW "lib_le_sid="$D4%XW }, \
0x02 { "enlarge_sh_cr_textheap: lib64->shlib_text_sid["$D2%D1"] =" $D3%XW }, \
0x03 { "enlarge_sh_cr_dataheap: lib64->shlib_data_sid["$D2%D1"] =" $D3%XW }, \
0x04 { "ld_restart: le_addr =" $D2%XW }, \
\* { "unknown subhookid="$D1%D1 }
5AA 1.0 L=SVC "POSIX RT CLOCK " \
$HD, \
0x01 { "clock_getres : " `clock_id=$D1` }, \
0x02 { "clock_gettime : " `clock_id=$D1` }, \
0x03 { "clock_settime : " `clock_id=$D1` }, \
0x04 { "clock_getcpuclockid: " `pid=`prKernelPID($D1) }, \
0x05 { "clock_nanosleep : " `clock_id=$D1` }, \
0x06 { "clock_nanosleep_end: " `trb=$D1` }, \
\* { `unknown subhook` }
5AB 1.0 L=SVC "POSIX RT TIMER " \
$HD, \
0x01 { "timer_create : " `clock_id=$D1%X8` }, \
0x02 { "timer_delete : " `timer_id=$D1` }, \
0x03 { "timer_gettime : " `timer_id=$D1` }, \
0x04 { "timer_getoverrun : " `timer_id=$D1` }, \
0x05 { "timer_settime : " `timer_id=$D1` }, \
0x06 { "trb_interval_end : " `trb=$D1` }, \
0x07 { "cputmr_interval_end: " `tmr=$D1` }, \
\* { `unknown subhook` }
5AC 1.0 L=SVC "@_PRIO_REQUEUE SYSTEM CALL" \
_prio_requeue tid=prKernelTID($D1) tv_pri=$D2 run_pri=$D3
5AD 1.0 L=SVC "PRIO_SCHED " \
$HD, \
0x01 { "GET_PRIORITY_MIN " `policy=$D1` }, \
0x02 { "GET_PRIORITY_MAX " `policy=$D1` }, \
0x03 { "RR_GET_INTERVAL " `pid=`prKernelPID($D1) }, \
0x04 { "SETPARAM " `pid=`prKernelPID($D1) ` param.sched_priority=$D2` }, \
0x05 { "SETSCHEDULER " `pid=`prKernelPID($D1) ` policy=$D2 param.sched_priority=$D3` }, \
0x06 { "GETPARAM " `pid=`prKernelPID($D1) }, \
0x07 { "GETSCHEDULER " `pid=`prKernelPID($D1) }, \
\* { "unknown subhook" }
5B5 1.0 L=SVC "RTSEM " \
$HD, \
0x01 { "OPEN " `semp64=$D1%X4_$D2%X4` }, \
0x02 { "CLOSE " `usemid=$D1%X4_$D2%X4 semx=$D3%X4 semd=$D4%XW` }, \
0x03 { "UNLINK " `semx=$D1%X4` }, \
0x04 { "INIT " `semp64=$D1%X4_$D2%X4` \
$D3, 0 "non-shared", \* "shared" }, \
0x05 { "DESTROY " `semp64=$D1%X4_$D2%X4 semx=$D3%X4` }, \
0x06 { "GETVALUE " `usemid=$D1%X4_$D2%X4 semx=$D3%X4` \
$D4, -1 "unnamed", \* { "semd="$D4%XW } }, \
0x07 { "POST " `usemid=$D1%X4_$D2%X4 semx=$D3%X4` \
$D4, -1 "unnamed", \* { "semd="$D4%XW } }, \
0x08 { "WAIT " `usemid=$D1%X4_$D2%X4 semx=$D3%X4` \
$D4, -1 "unnamed", \* { "semd="$D4%XW } }, \
0x09 { "CREATE " `usemid=$D1%X4_$D2%X4 semx=$D3%X4 semd=$D4%XW` }, \
0x0A { "GET " `usemid=$D1%X4_$D2%X4 semx=$D3%X4 semd=$D4%XW` }, \
0x0B { "REMOVE " `semx=$D1%X4` \
$D2, 0 "named", \* "unnamed" \
$D3, 0 "", \* "keepslot" }, \
0x0C { "CLOSEDES " `semd=$D1%XW semx=$D2%X4` }, \
\* { "unknown subhook" }
5B6 1.0 L=SVC "RTMQ " \
$HD, \
0x01 { "OPEN " }, \
0x02 { "CLOSE " `umqid=$D1%X4 mqx=$D2%X4 mqd=$D3%XW` }, \
0x03 { "UNLINK " `mqx=$D1%X4` }, \
0x04 { "GETATTR " `umqid=$D1%X4 mqx=$D2%X4 mqd=$D3%XW` }, \
0x05 { "SETATTR " `umqid=$D1%X4 mqx=$D2%X4 mqd=$D3%XW` \
$D4, 0 "!non-block", \* "non-block" }, \
0x06 { "NOTIFY " `umqid=$D1%X4 mqx=$D2%X4 mqd=$D3%XW` \
$D4, 0 "CANCEL", \
1 "SIGEV_NONE", \
2 "SIGEV_SIGNAL", \
3 "SIGEV_THREAD tid=$D5%X4" }, \
0x07 { "SEND " `umqid=$D1%X4 mqx=$D2%X4 mqd=$D3%XW` \
`len=$D4%X4 prio=$D5%X4` }, \
0x08 { "RECEIVE " `umqid=$D1%X4 mqx=$D2%X4 mqd=$D3%XW` \
`len=$D4%X4` }, \
0x09 { "CREATE " `umqid=$D1%X4 mqx=$D2%X4 mqd=$D3%XW` }, \
0x0A { "GET " `umqid=$D1%X4 mqx=$D2%X4 mqd=$D3%XW` }, \
0x0B { "REMOVE " `mqx=$D1%X4` }, \
0x0C { "CLOSEDES " `mqd=$D1%XW mqx=$D2%X4` }, \
\* { "unknown subhook" }
5B7 1.0 L=SVC "RTSHM " \
$HD, \
0x01 { "OPEN " }, \
0x02 { "UNLINK " `shmx=$D1%X4` }, \
0x03 { "CREATE " `fd=$D1%X4 shmx=$D2%X4 fp=$D3%XW` }, \
0x04 { "GET " `fd=$D1%X4 shmx=$D2%X4 fp=$D3%XW` }, \
0x05 { "REMOVE " `shmx=$D1%X4` }, \
0x06 { "CLOSEDES " `fp=$D1%XW shmx=$D2%X4` }, \
\* { "unknown subhook" }
5B8 1.0 L=KERN "RTIPC NAME " W2 $HL%S1
5B9 1.0 'NETWLM' \
$HD%D1, \
1 { `netwlm_connect` }, \
2 { `return from netwlm_connect valid_handle=$D1%D1` }, \
3 { `return from netwlm_connect_not_auth` }, \
4 { `return from netwlm_connect_limit1_conn ` }, \
5 { `return from netwlm_connect_bad_version ` }, \
6 { `netwlm_disconnect` }, \
7 { `return from netwlm_disconnect` }, \
8 { `return from netwlm_disconnect_bad_version` }, \
9 { `return from netwlm_disconnect_buffer_small` }, \
10 { `netwlm_query request_type=$D1%XW` }, \
11 { `return from netwlm_query request_type=$D1%XW` }, \
12 { `return from netwlm_query_bad_request request_type=$D1%XW` }, \
13 { `netwlm_set_ipaddrports` }, \
14 { `return from netwlm_set_ipaddrports` }, \
15 { `return from netwlm_set_ipaddrports_bad_version` }, \
16 { `netwlm_get_ipaddrportsPID` }, \
17 { `return from netwlm_get_ipaddrportsPID` }, \
18 { `netwlm_proc_table_lookup` }, \
19 { `return from netwlm_proc_table_lookup` }, \
20 { `netwlm_fd_lookup` }, \
21 { `return from netwlm_fd_lookup` }, \
22 { `netwlm_get_proc_table_lookup` }, \
23 { `return from netwlm_get_proc_table_lookup` }, \
24 { `netwlm_get_verify_pid` }, \
25 { `return from netwlm_get_verify_pid` }, \
26 { `netwlm_get_fd_lookup` }, \
27 { `return from netwlm_get_fd_lookup_out1 so=$D1%XW so_opt=$D2%XW so_port=$D3%DW so_addr=$D4%XW` }, \
28 { `return from netwlm_get_fd_lookup_out2` }, \
29 { `return from netwlm_get_fd_lookup_out3` }, \
30 { `netwlm_postbind_save_pid port=$D1%XW proto=$D1%XW family= $D1%XW ` }, \
31 { `return from netwlm_postbind_save_pid` }, \
32 { `netwlm_add_pid` }, \
33 { `return from netwlm_add_pid` }, \
34 { `netwlm_del_pid` }, \
35 { `return from netwlm_del_pid` }, \
36 { `netwlm_get_fd_lookup_out1 so=$D1%XW so_opt=$D2%XW so_port=$D3%DW so_addr=$D4%XW` }, \
\* { `unknown subhook` }
5BA 1.0 'HKWD_DSM' \
$HD%D1, \
001 { "Entering dset_releaseProvider " provider=$D1 }, \
002 { "Leaving dset_releaseProvider " provider=$D1 }, \
003 { "Entering dset_findProvider " vfsp=$D1 }, \
004 { "Leaving dset_findProvider " foundp=$D1 }, \
005 { "Entering getLocations " \
$D1, \
1 { uuidp=$D2 locpp=$D3 clientaddrp=$D4 }, \
2 { why=$D2 globalpathp=$D3 localpathp=$D4 } \
}, \
006 { "Leaving getLocations " rc=$D1 }, \
007 { "getLocations error " rc=$D1 }, \
008 { "UUID - " f1=$D1 f2=$D2 f3=$D3 f4=$D4 }, \
009 { "Entering freeLocations " locp=$D1 }, \
010 { "Leaving freeLocations " locp=$D1 }, \
011 { "Entering dset_Init " }, \
012 { "Leaving dset_Init " enabled=$D1 rc=$D2 }, \
013 { "Entering dset_Shutdown "}, \
014 { "dset_Shutdown - busy " rc=$D1 count=$D2 flags=$D3 }, \
015 { "Leaving dset_Shutdown " rc=$D1 }, \
016 { "Entering dset_gsvcsRegister " gsvcsInfop=$D1 }, \
017 { "Leaving dset_gsvcsRegister " at=$D1 rc=$D2 }, \
018 { "dset_gsvcsRegister " \
$D1, \
1 { gsvcsInfop=$D2 rc=$D3 }, \
2 { tag=$D2 attrs=$D3 locs=$D4 free=$D5 }, \
3 { infop=$D2 flags=$D3 rc=$D4 } \
}, \
019 { "Entering dset_gsvcsUnregister " tag=$D1 }, \
020 { "Leaving dset_gsvcsUnregister " where=$D1 rc=$D2 }, \
021 { "dset_gsvcsUnregister " \
$D1, \
1 { tag=$D2 count=$D3 rc=$D4 }, \
2 { tag=$D2 flags=$D3 rc=$D4 } \
}, \
022 { "Entering dset_piRegister " vfsp=$D1 prInfop=$D2 }, \
023 { "Leaving dset_piRegister " \
$D1, \
1 { where=$D1 rc=$D2 }, \
2 { where=$D1 rc=$D2 }, \
3 { where=$D1 vfsp=$D2 Infop=$D3 vfsnum=$D4 }, \
4 { where=$D1 rc=$D2 }, \
5 { where=$D1 rc=$D2 } \
}, \
024 { "dset_piRegister " \
$D1, \
1 { where=$D1 vfsp=$D2 Infop=$D3 find=$D4 byint=$D5 }, \
2 { where=$D1 byuuid=$D2 create=$D3 dirto=$D4 list=$D5 }, \
3 { where=$D1 vfsp=$D2 Infop=$D3 rc=$D4 }, \
4 { where=$D1 vfsp=$D2 Infop=$D3 rc=$D4 } \
}, \
025 { "Entering dset_piUnregister " vfsp=$D1 tag=$D2 }, \
026 { "Leaving dset_piUnregister " where=$D1 rc=$D2 }, \
027 { "dset_piUnregister " \
$D1, \
1 { where=$D1 vfs=$D2 tag=$D3 count=$D4 rc=$D5 }, \
2 { where=$D1 vfs=$D2 tag=$D3 rc=$D4 } \
}, \
028 { " Entering dset_allocMem " size=$D1 }, \
029 { " dset_allocMem failed " size=$D1 res=$D2 }, \
030 { " Leaving dset_allocMem " res=$D1 }, \
031 { " Entering dset_freeMem " addr=$D1 }, \
032 { " Leaving dset_freeMem " addr=$D2 }, \
033 { " Entering dset_eventNotify " vfs=$D1 intid=$D2 event1=$D3 event2=$D4 }, \
034 { " Leaving dset_eventNotify " where=$D1 rc=$D2 }, \
035 { " dset_eventNotify error " where=$D1 vfs=$D2 event1=$D3 event2=$D4 rc=$D5 }, \
036 { " calling notify function " func=$D1 arg=$D2 }, \
037 { " notify function returned " rc=$D1 }, \
038 { " Entering dset_ciFindProvider " vp=$D1 }, \
039 { " dset_ciFindProvider error " where=$D1 vp=$D2 handle=$D3 flags=$D4 rc=$D5 }, \
040 { " Leaving dset_ciFindProvider " rc=$D1 }, \
041 { " Entering dset_ciReleaseProviderHandle " handle=$D1 }, \
042 { " dset_ciReleaseProviderHandle error " pp=$D1 magic=$D2 count=$D3 rc=$D4 }, \
043 { " Leaving dset_ciReleaseProviderHandle " rc=$D1 }, \
044 { " Entering dset_ciIsDsetRef " vp=$D1 }, \
045 { " Leaving dset_ciIsDsetRef " rc=$D1 isref=$D2 }, \
046 { " dset_ciIsDsetRef error " rc=$D1 vp=$D2 isref=$D3 }, \
047 { " Entering dset_ciGetDsetReferenceLocations " dvp=$D1 locpp=$D2 }, \
048 { " dset_ciGetDsetReferenceLocations error " where=$D1 dvp=$D2 locpp=$D3 rc=$D4 }, \
049 { " Leaving dset_ciGetDsetReferenceLocations " rc=$D1 }, \
050 { " Entering dset_ciGetDsetLocations " vp=$D1 }, \
051 { " dset_ciGetDsetLocations error " where=$D1 vp=$D2 locpp=$D3 rc=$D4 }, \
052 { " Leaving dset_ciGetDsetLocations " rc=$D1 }, \
053 { " Entering dset_ciGetDsetLocationsByUuid " uuidp=$D1 }, \
054 { " Leaving dset_ciGetDsetLocationsByUuid " where=$D1 uuidp=$D2 locpp=$D3 rc=$D4 }, \
055 { " Entering dset_ciRegisterNotifyHook " func=$D1 mask=$D2 }, \
056 { " Leaving dset_ciRegisterNotifyHook " where=$D1 rc=$D2 }, \
057 { " dset_ciRegisterNotifyHook error " where=$D1 func=$D2 mask=$D3 rc=$D4 }, \
058 { " Leaving dset_ciRegisterNotifyHook " where=$D1 rc=$D2 }, \
059 { " Entering dset_ciRemoveNotifyHook " func=$D1 mask=$D2 }, \
060 { " Leaving dset_ciRemoveNotifyHook " rc=$D1 }, \
061 { " Entering dset_ciFreeLocations " locp=$D1 }, \
062 { " Leaving dset_ciFreeLocations " locp=$D1 }, \
063 { " Entering dset_prOpFindDset " handle=$D1 vp=$D2 flags=$D3 dsnpp=$D4 objflags=$D5 }, \
064 { " Leaving dset_prOpFindDset " rc=$D1 }, \
065 { " dset_prOpFindDset error " handle=$D1 vp=$D2 rc=$D3 }, \
066 { " Entering dset_prOpFindDsetByIntId " handle=$D1 id=$D2 }, \
067 { " dset_prOpFindDsetByIntId error " where=$D1 handle=$D2 id=$D3 rc=$D4 }, \
068 { " Leaving dset_prOpFindDsetByIntId " rc=$D1 }, \
069 { " Entering dset_findDsetByUuid " handle=$D1 uuidp=$D2 }, \
070 { " findDsetByUuid error " where=$D1 handle=$D2 uuidp=$D3 rc=$D4 }, \
071 { " Leaving dset_findDsetByUuid " rc=$D1 }, \
072 { " Entering dset_prOpFindDsetByUuid " handle=$D1 uuidp=$D2 }, \
073 { " Leaving dset_prOpFindDsetByUuid " intId=$D1 rc=$D2 }, \
074 { " dset_prOpFindDsetByUuid error " handle=$D1 uuidp=$D2 rc=$D3 intId=$D4 }, \
075 { " uuid is " b1=$D1 b2=$D2 b3=$D3 b4=$D4 }, \
076 { " Entering dset_prOpCreateDset " handle=$D1 target=$D2 uuidp=$D3 }, \
077 { " dset_prOpCreateDset error " where=$D1 handle=$D2 target=$D3 uuidp=$D4 rc=$D5}, \
078 { " Leaving dset_prOpCreateDset " rc=$D1 intId=$D2 }, \
079 { " Entering dset_prOpDirToDset " handle=$D1 dvp=$D2 uuidp=$D3 }, \
080 { " dset_prOpDirToDset error " where=$D1 rc=$D2 handle=$D3 dvp=$D4 uuidp=$D5 }, \
081 { " Leaving dset_prOpDirToDset " rc=$D1 intId=$D2 }, \
082 { " Entering dset_prOpListDsets " handle=$D1 cookie=$D2 iseof=$D3 }, \
083 { " dset_prOpListDsets error " where=$D1 handle=$D2 cookie=$D3 iseof=$D4 rc=$D5 }, \
084 { " Leaving dset_prOpListDsets " rc=$D1 isEof=$D2 }, \
085 { " Entering dset_prOpIsDsetReference " handle=$D1 vp=$D2 }, \
086 { " dset_prOpIsDsetReference error " where=$D1 handle=$D2 vp=$D3 rc=$D4 isRef=$D5 }, \
087 { " Leaving dset_prOpIsDsetReference " rc=$D1 isRef=$D2 }, \
088 { " Entering dset_prOpGetDsetGenById " handle=$D1 vp=$D2 id=$D3 }, \
089 { " dset_prOpGetDsetGenById error " where=$D1 handle=$D2 vp=$D3 id=$D4 rc=$D5 }, \
090 { " Leaving dset_prOpGetDsetGenById " rc=$D1 gen=$D2 }, \
091 { " Entering dset_dsOpHold " dsnp=$D1 }, \
092 { " dset_dsOpHold error " where=$D1 dsnp=$D2 rc=$D3 }, \
093 { " Leaving dset_dsOpHold " rc=$D1 }, \
094 { " Entering dset_dsOpRele " dsnp=$D1 }, \
095 { " dset_dsOpRele error " where=$D1 dsnp=$D2 rc=$D3 }, \
096 { " Leaving dset_dsOpRele " rc=$D1 }, \
097 { " Entering dset_dsOpDsetRoot " dsnp=$D1 }, \
098 { " dset_dsOpDsetRoot error " where=$D1 dsnp=$D2 rc=$D3 }, \
099 { " Leaving dset_dsOpDsetRoot " rc=$D1 vpp=$D2 }, \
100 { " Entering dset_dsOpCreateDsetRef " dnsp=$D1 dvp=$D2 uuidp=$D3 }, \
101 { " dset_dsOpCreateDsetRef error " where=$D1 dnsp=$D2 dvp=$D3 uuidp=$D4 rc=$D5 }, \
102 { " Leaving dset_dsOpCreateDsetRef " rc=$D1 }, \
103 { " Entering dset_dsOpDeleteDset " dsnp=$D1 }, \
104 { " dset_dsOpDeleteDset error " where=$D1 dsnp=$D2 rc=$D3 }, \
105 { " Leaving dset_dsOpDeleteDset " rc=$D1 }, \
106 { " Entering dset_dsOpDeleteDsetRef " dsnp=$D1 vp=$D2 }, \
107 { " dset_dsOpDeleteDsetRef error " where=$D1 dsnp=$D2 vp=$D3 rc=$D4 }, \
108 { " Leaving dset_dsOpDeleteDsetRef " rc=$D1 }, \
109 { " Entering dset_dsOpGetDsetGen " dsnp=$D1 }, \
110 { " dset_dsOpGetDsetGen error " where=$D1 dsnp=$D2 rc=$D3 }, \
111 { " Leaving dset_dsOpDeleteDsetRef " rc=$D1 gen=$D2 }, \
112 { " Entering dset_dsOpDsetToDir " dnsp=$D1}, \
113 { " dset_dsOpDsetToDir error " where=$D1 dsnp=$D2 rc=$D3 }, \
114 { " Leaving dset_dsOpDsetToDir " rc=$D1 }, \
115 { " Entering dset_dsOpGetDsetAttrs " dsnp=$D1 }, \
116 { " dset_dsOpGetDsetAttrs error " where=$D1 dsnp=$D2 rc=$D3 }, \
117 { " Leaving dset_dsOpGetDsetAttrs " rc=$D1 }
5BC 1.0 L=KERN "@PAL: RTAS call" \
{{ $WDS = $HL / $WORDSIZE }} \
{{ $WW = $HD & 0x8000 }} \
{{ $R = $WW / 0x8000 }} \
{{ $RHD = $HD & 0x7FFF }} \
{{ printtimeofday(date) \
{{ $date }} \
{{ $year = $date%W56.63 }} \
{{ $month = $date%W48.55 }} \
{{ $day = $date%W40.47 }} \
{{ $hour = $date%W32.39 }} \
{{ $minutes = $date%W24.31 }} \
{{ $seconds = $date%W16.23 }} \
{{ $ms = $date%W8.15 }} \
setdelim(0) \
$year"/"$month"/"$day $hour":"$minutes":"$seconds"."$ms \
setdelim(1) \
}} \
{{ prtcntstate(state) \
$state%D1 ,\
0 COMPLETE ,\
1 NEXT_SIB ,\
2 NEXT_CHILD , \
3 NEXT_PROPERTY , \
4 PREV_PARENT , \
5 MORE_AREA , \
-1 RTAS_HERROR ,\
-2 BUSY ,\
-9001 NOT_THIS_SYSTEM ,\
-9002 NOT_THIS_SLOT ,\
-9003 ERR_CFG_USE ,\
\* { $state%D1 } \
}} \
{{ sensorname(token) \
$token%D2, \
1 "Key Switch" , \
3 "Thermal" , \
9 "ENV & EPOW state" , \
9000 "Surveillance" ,\
9001 "Fan Speed" , \
9002 "Voltage" ,\
9003 "DR-entity-sense" ,\
9004 "Power Supply" ,\
9005 "Global INT Queue Control" ,\
9006 "System Info or FRU Fault" ,\
9007 "Identify" ,\
9009 "Comp Reset State" ,\
\* { $token%D2 } \
}} \
{{ event_rc(rc) \
$rc%D1 , \
1 "No Errors Found" ,\
0 "New Error Log returned" ,\
-1 "Hardware Error" ,\
\* { $rc%D2 } \
}} \
{{ cpustopstate(state) \
$state%D1 , \
0 "Processor Thread STOPPED" ,\
1 "stop-self in Progress" ,\
2 "Processor Thread RUNNING" ,\
\* { $state%D2 } \
}} \
{{ prnt_cb_token(token) \
$token%X1, \
0x26 "ibm,open-errinjct" ,\
0x27 "ibm,errinjct" ,\
0x28 "ibm,close-errinjct" ,\
0x2B "ibm,set-eeh-option" ,\
0x2C "ibm,set-slot-reset" ,\
0x36 "ibm,slot-error-detail" ,\
0x38 "ibm,configure-bridge" ,\
0x52 "ibm,configure-pe" ,\
0x4D "ibm,get-config-addr-info2" ,\
0x48 "ibm,read-slot-reset-state2" ,\
0x47 "ibm,get-dynamic-sensor-state" ,\
0x46 "ibm,set-dynamic-indicator" ,\
0x4F "ibm,update-nodes" ,\
0x50 "ibm,update-properties" ,\
\* { $token%X2 } \
}} \
"cpuid="$CPUID \
$RHD , \
0x00 { $WDS, \
0x00 { `freeze timebase start:` starttimer(0x5BC,$RHD) }, \
0x01 { `freeze timebase end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x01 { $WDS, \
0x00 { `thaw timebase start:` starttimer(0x5BC,$RHD) }, \
0x01 { `thaw timebase end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x02 { $WDS, \
0x00 { `system reboot start:` starttimer(0x5BC,$RHD) }, \
0x01 { `system reboot end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x03 { $R , \
0x00 { `get sensor state start: sensor: name="`sensorname($D1)`", token=$D1, index=$D2` starttimer(0x5BC,$RHD) }, \
0x01 { `get sensor state end: rc=$D1%D2 state=$D2` endtimer(0x5BC,$RHD) } \
}, \
0x04 { $R, \
0x00 { `get time of day start: tm=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `get time of day end: rc=$D1%D2` \n\t\t `TIME OF DAY` printtimeofday($D2) endtimer(0x5BC,$RHD) } \
}, \
0x05 { $R, \
0x00 { `set time of day start: TIME OF DAY` printtimeofday($D1) starttimer(0x5BC,$RHD) }, \
0x01 { `set time of day end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x06 { $R, \
0x00 { `set indicator start: indicator=$D1 index=$D2 value=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `set indicator end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x07 { $R, \
0x00 { $D1 , \
0xA { `display character start: value=$D1%A8 LF(New Line)` starttimer(0x5BC,$RHD) } ,\
0xC { `display character start: value=$D1%A8 FF(New Page)` starttimer(0x5BC,$RHD) } ,\
0xD { `display character start: value=$D1%A8 CR(Carriage Return)` starttimer(0x5BC,$RHD) } ,\
\* { `display character start: value=$D1%A8` O9 `(` A2.2 `)` starttimer(0x5BC,$RHD) } \
} , \
0x01 { `display character end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x08 { $R, \
0x00 { `power off start: power_on_hi=$D1 power_on_lo=$D2` starttimer(0x5BC,$RHD) }, \
0x01 { `power off end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x09 { $R, \
0x00 { `set time for power on start: time=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `set time for power on end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x0A { $R, \
0x00 { `config read start: size=$D1 address=$D2` starttimer(0x5BC,$RHD) }, \
0x01 { `config read end: rc= $D1 trace_data=$D2%D2` endtimer(0x5BC,$RHD) } \
}, \
0x0B { $R, \
0x00 { `config write start: size=$D1 config address=$D2 value=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `config write end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x0C { $R, \
0x00 { `nvram fetch start: index=$D1 len=$D2 buffer=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `nvram fetch end: rc=$D1%D2 num=$D2` endtimer(0x5BC,$RHD) } \
}, \
0x0D { $R, \
0x00 { `nvram store start: index=$D1 len=$D2 buffer=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `nvram store end: rc=$D1%D2 num=$D2` endtimer(0x5BC,$RHD) } \
}, \
0x0E { $R, \
0x00 { `check exception start: vector=$D1 info=$D2 event mask=$D3 critical=$D4` starttimer(0x5BC,$RHD) },\
0x01 { `check exception end: "`event_rc($D1)`" ,rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x0F { $R, \
0x00 { `event scan start: event mask=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `event scan end: "`event_rc($D1)`" ,rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x10 { $R, \
0x00 { `stop self start: physid=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `stop self end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x11 { $R, \
0x00 { `os term start: string=` O2 A8.8 starttimer(0x5BC,$RHD) }, \
0x01 { `os term end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x12 { $R, \
0x00 { `scan log dump start: buffer=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `scan log dump end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x13 { $R, \
0x00 { `get xive start: src number=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `get xive end: rc=$D1%D2 server=$D2 priority=$D3` endtimer(0x5BC,$RHD) } \
}, \
0x14 { $R, \
0x00 { `set xive start: src number=$D1 server=$D2 priority=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `set xive end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x15 { $R, \
0x00 { `int off start: source num=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `int off end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x16 { $R, \
0x00 { `int on start: source num=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `int on end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x17 { $R, \
0x00 { `close errinject start: open token=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `close errinject end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x18 { $R, \
0x00 { `errinject start: errinject token=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `errinject end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x19 { $R, \
0x00 { `open errinject start:` starttimer(0x5BC,$RHD) }, \
0x01 { `open errinject end: rc=$D1%D2, open token=$D2` endtimer(0x5BC,$RHD) } \
}, \
0x1A { $R, \
0x00 { `last error start: error buffer=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `last error end: "`event_rc($D1)`" rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x1B { $R, \
0x00 { `update flash reboot start: block list=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `update flash reboot end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x1C { $R, \
0x00 { `update flash64 reboot start: block list=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `update flash64 reboot end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x1D { $R, \
0x00 { `set power level start: power domain=$D1 level=$D2` starttimer(0x5BC,$RHD) }, \
0x01 { `set power level end: rc=$D1%D2 setlevel=$D2` endtimer(0x5BC,$RHD) } \
}, \
0x1E { $R, \
0x00 { `get power level start: power domain=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `get power level end: rc=$D1%D2 level=$D2` endtimer(0x5BC,$RHD) } \
}, \
0x1F { $WDS, \
0x00 { `callback end: return` endtimer(0x5BC,$RHD) }, \
0x01 { `callback start: token(`$D1%X2`) RTAS FUNCTION: "`prnt_cb_token($D1) `"` starttimer(0x5BC, $RHD) } \
}, \
0x20 { $R, \
0x00 { `config connector start: work area=$D1 extent=$D2` starttimer(0x5BC,$RHD) }, \
0x01 { `config connector end: rc=`prtcntstate($D1) endtimer(0x5BC,$RHD) } \
}, \
0x21 { $R, \
0x00 { `read slot reset state start: config address=$D1 PHB_Unit_ID=$D2` starttimer(0x5BC,$RHD) }, \
0x01 { `read slot reset state end: rc=$D1%D2 reset state=$D2 capability=$D3` endtimer(0x5BC,$RHD) } \
}, \
0x22 { $R, \
0x00 { `set eeh option start: config address=$D1 PHB_Unit_ID=$D2 function=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `set eeh option end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x23 { $R, \
0x00 { `set slot reset start: config address=$D1 PHB_Unit_ID=$D2 function=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `set slot reset end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x25 { `old errinject: index or rc=$D1` }, \
0x27 { $R, \
0x00 { `extended config read start: config address=$D1 PHB_Unit_ID=$D2 size=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `extended config read end: rc=$D1%D2 trace data=$D2%X8` endtimer(0x5BC,$RHD) } \
}, \
0x28 { $R, \
0x00 { `extended config write start: config address=$D1 PHB_Unit_ID=$D2 size=$D3 value=$D4` starttimer(0x5BC,$RHD) }, \
0x01 { `extended config write end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x29 { $WDS, \
0x00 { `nmi register start` starttimer(0x5BC,$RHD) }, \
0x01 { `nmi register end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x30 { $R, \
0x00 { `set slot reset perm start: config address=$D1 PHB_Unit_ID=$D2 function=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `set slot reset perm end: rc=$D1%D2 error type=$D2` endtimer(0x5BC,$RHD) } \
}, \
0x31 { $R, \
0x00 { `get sysparm start: parameter token=$D1%X2 data length=$D2%X4` starttimer(0x5BC,$RHD) }, \
0x01 { $D1, \
0x0 { `get sysparm end: rc=$D1%X4 NO RETURN DATA` endtimer(0x5BC,$RHD) }, \
\* { $D2%D2, \
-1 { `get sysparm end: rc=$D1%D2 ` endtimer(0x5BC,$RHD) }, \
\* { `get sysparm end: length=$D1%X4 `\n\t`raw:$D2%X8$D3%X8$D4%X8$D5%X8` O10 \n\t`PARAMETER="`A32.32`..."` endtimer(0x5BC,$RHD) } \
} \
} \
}, \
0x32 { $R, \
0x00 { `start cpu start: cpu=$D1 real address=$D2%X8 gr3=$D3%X8` starttimer(0x5BC,$RHD) }, \
0x01 { `start cpu end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x33 { $R, \
0x00 { `query cpu state start: cpu=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `query cpu state end: rc=$D1%D2 cpuid=$D2 status:$D3 "`cpustopstate($D3)`"` endtimer(0x5BC,$RHD) } \
}, \
0x34 { $R, \
0x00 { `set sysparm start: ` O2 `parameter=` D4 `length=` D4 \n\t\t\t `PARAMETER="` A32.32 `..."` starttimer(0x5BC,$RHD) }, \
0x01 { `set sysparm end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x35 { $R, \
0x00 { `get indices start: indicator=$D1 type=$D2 start number=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `get indices end: rc=$D1%D2 next start number=$D2` endtimer(0x5BC,$RHD) } \
}, \
0x36 { $R, \
0x00 { `configure bridge start: config address=$D1 PHB_Unit_ID=$D2` starttimer(0x5BC,$RHD) }, \
0x01 { `configure bridge end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x37 { $R, \
0x00 { `os det cpu fault start: phycpuid=$D1 reason=$D2 persistent=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `os det cpu fault end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x38 { $R, \
0x00 { `platform dump start: tag=$D1 seq=$D2 buffer=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `platform dump end: rc=$D1%D2 count=$D2 tag=$D3 seq=$D4 length=$D5` endtimer(0x5BC,$RHD) } \
}, \
0x39 { $R, \
0x00 { `get vpd start: location code=$D1 seq=$D2 buffer=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `get vpd end: rc=$D1%D2 count=$D2 next seq=$D3` endtimer(0x5BC,$RHD) } \
}, \
0x3A { $R, \
0x00 { `manage flash start: commit flag=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `manage flash end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x3B { $R, \
0x00 { `validate flash start: buffer=$D1 size=$D2` starttimer(0x5BC,$RHD) }, \
0x01 { `validate flash end: rc=$D1%D2 result token=$D2` endtimer(0x5BC,$RHD) } \
}, \
0x3C { $R, \
0x00 { `active firmware start: start` starttimer(0x5BC,$RHD) }, \
0x01 { `active firmware end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x3D { $R, \
0x00 { `slot error detail start: config address=$D1 PHB_Unit_ID=$D2 function=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `slot error detail end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x3E { $R, \
0x00 { `get dyn sensor state start: sensor=$D1 loc_code=$D2` starttimer(0x5BC,$RHD) }, \
0x01 { `get dyn sensor state end: rc=$D1%D2 state=$D2` endtimer(0x5BC,$RHD) } \
}, \
0x3F { $R, \
0x00 { `set dyn indicator start: indicator=$D1 loc_code=$D2 new value=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `set dyn indicator end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x40 { $R, \
0x00 { `power off ups start: ` starttimer(0x5BC,$RHD) }, \
0x01 { `power off ups end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x41 { $R, \
0x00 { `suspend me start: ` starttimer(0x5BC,$RHD) }, \
0x01 { `suspend me end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x42 { $R, \
0x00 { `update nodes start: scope=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `update nodes end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x43 { $R, \
0x00 { `update properties start: scope=$D1` starttimer(0x5BC,$RHD) }, \
0x01 { `update properties end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x44 { $R, \
0x00 { `change msi start: config address=$D1 PHB_Unit_ID=$D2 function=$D3 seq=$D4 req_msis=$D5` starttimer(0x5BC,$RHD) }, \
0x01 { `change msi end: rc=$D1%D2 final msis=$D2 next seq number=$D3` endtimer(0x5BC,$RHD) } \
}, \
0x45 { $R, \
0x00 { `query intr start: config address=$D1 rel_intr_num=$D2 PHB_Unit_ID=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `query intr end: rc=$D1%D2 source=$D2 trigger=$D3` endtimer(0x5BC,$RHD) } \
}, \
0x46 { $R, \
0x00 { `read slot reset state2 start: config address=$D1 PHB_Unit_ID=$D2` starttimer(0x5BC,$RHD) }, \
0x01 { `read slot reset state2 end: rc=$D1%D2 reset_state=$D2 slot_capabilities=$D3 retry_delay=$D4` endtimer(0x5BC,$RHD) } \
}, \
0x47 { $R, \
0x00 { `get config address info2 start: config address=$D1 PHB_Unit_ID=$D2 function=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `get config address info2 end: rc=$D1%D2 info=$D2` endtimer(0x5BC,$RHD) } \
}, \
0x48 { $R, \
0x00 { `configure kernel dump start: command=$D1 bufp=$D2 length=$D3` starttimer(0x5BC,$RHD) }, \
0x01 { `configure kernel dump end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
0x49 { $R, \
0x00 { `log secure boot error start: bufp=$D1 length=$D2` starttimer(0x5BC,$RHD) }, \
0x01 { `log secure boot error end: rc=$D1%D2` endtimer(0x5BC,$RHD) } \
}, \
\* { `unknown subhook` }
5BD 1.0 "SISSAS" \
$DD1
5BE 1.0 "[EFS] " W1 \
$HD, \
0001 { "efs_init: EFS kernext is initializing" }, \
0002 { "efs_init: pincode failed with rc=" D8 }, \
0003 { "efs_init: efs_gkr_init failed with rc=" D8 }, \
0004 { "efs_init: EFS kernext initialized." }, \
0005 { "efs_term: unloading unallowed (EBUSY)" }, \
0006 { "efs_term: EFS kernext terminating" }, \
0007 { "efs_term: efs_gkr_destroy returned " D8 }, \
0008 { "efs_term: EFS kernext terminated" }, \
0009 { "efs_init: efs_cryptolib_init failed with rc=" D8 }, \
000A { "efs_term: efs_cryptolib_destroy failed with rc=" D8 }, \
000B { "efs_init: efs_tkr_init failed with rc=" D8 }, \
000C { "efs_term: efs_tkr_fini returned " D8 }, \
0011 { "efs_addkey: enter with key_ids=" X8 ", buffers=" X8 ", lengths=" X8 }, \
0012 { "efs_addkey: error retrieving ptr key_id[" D8 "]: " D8 }, \
0013 { "efs_addkey: error retrieving ptr buffers[" D8 "]: " D8 }, \
0014 { "efs_addkey: error retrieving key size at location " X8 ": " D8 }, \
0015 { "efs_addkey: error retrieving aki data at location " X8 ": " D8 }, \
0016 { "efs_addkey: efs_aki_check returned " D8 " on key " D8 " (EINVAL)" }, \
0017 { "efs_addkey: not enough memory to copy key data (ENOMEM)" }, \
0018 { "efs_addkey: error retrieving key data at location " X8 ": " D8 }, \
0019 { "efs_addkey: need to duplicate and privatize the keystore." }, \
001A { "efs_addkey: efs_pkr_dup returned " D8 }, \
001B { "efs_addkey: efs_pkr_addpk returned " D8 " while adding key " D8 }, \
001C { "efs_addkey: exit with rc=0" }, \
001D { "efs_addkey: error with tkr: " D8 }, \
001E { "efs_closekeystore: enter" }, \
001F { "efs_closekeystore: exit with rc=0" }, \
0021 { "efs_listkeys: enter with buffer=" X8 ", length=" D8 }, \
0022 { "efs_listkeys: built a " D8 " bytes list." }, \
0023 { "efs_listkeys: return with rc=" D8 }, \
0024 { "efs_listkeys: errno=" D8 }, \
0029 { "efs_decryptcookie: enter with cookie=" X8 ", datasz=" D8 }, \
002A { "efs_decryptcookie: exit with rc=" D8 }, \
002B { "efs_decryptcookie: copyin returned rc=" D8 }, \
002C { "efs_decryptcookie: wrong version found: " D8 " (EINVAL)" }, \
002D { "efs_decryptcookie: pkr_lookup returned rc=" D8 }, \
002E { "efs_decryptcookie: memory allocation failed (ENOMEM)" }, \
002F { "efs_decryptcookie: efs_asym_decrypt returned rc=" D8 }, \
0030 { "efs_decryptcookie: buffer is too small, missing " D8 }, \
0031 { "efs_decryptcookie: copyout returned rc=" D8 }, \
003B { "efs_editea: returning ea data size (" D8 ") to the user in location " X8 }, \
003C { "efs_editea: efs_ea_rm returned " D8 }, \
003D { "efs_editea: efs_ea_add returned " D8 }, \
003E { "efs_editea: efs_ecm_crypt returned " D8 }, \
003F { "efs_editea: flushing operations" }, \
0040 { "efs_editea: efs_pkr_lookup returned " D8 " for op #" D8 }, \
0041 { "efs_editea: enter with ea=" X8 ", easz=" D8 ", ea_ops=" X8 }, \
0042 { "efs_editea: rc=" D8 }, \
0043 { "efs_editea: return" }, \
0044 { "efs_editea: invalid argument (EINVAL)" }, \
0045 { "efs_editea: not enough memory (ENOMEM)" }, \
0046 { "efs_editea: copyin returned " D8 }, \
0047 { "efs_editea: efs_ea_parse returned " D8 }, \
0048 { "efs_editea: efs_ea_discard returned " D8 }, \
0049 { "efs_editea: efs_ea_get_ecm returned " D8 }, \
004A { "efs_editea: copyin returned " D8 ", while processing op #" D8 }, \
004B { "efs_editea: Got an invalid op code (" D8 ") in operation #" D8 }, \
004C { "efs_editea: efs_ea_getsize returned " D8 }, \
004D { "efs_editea: parsed ea (" D8 "B) is too big for user buffer (" D8 "B) (ENOSPC)" }, \
004E { "efs_editea: efs_ea_pack returned " D8 }, \
004F { "efs_editea: copyout returned " D8 }, \
0051 { "efs_setuid: enter with creds=" X8 ", mask=" X8 }, \
0052 { "efs_setuid: discard the PKR." }, \
0053 { "efs_setuid: keep the PKR." }, \
0054 { "efs_setuid: bypass policy." }, \
0059 { "efs_crfree: unlinking pkr=" X8 }, \
005A { "efs_crcopy: linking pkr=" X8 }, \
0061 { "efs_access: enter with cred=" X8 ", efsea=" X8 ", filekey=" X8 }, \
0062 { "efs_access: invalid parameter (EINVAL)" }, \
0063 { "efs_access: no keystore loaded (ENOATTR)" }, \
0064 { "efs_access: efs_ea_parse returned " D8 }, \
0065 { "efs_access: efs_ea_get_ecm returned " D8 }, \
0066 { "efs_access: efs_ea_discard returned " D8 }, \
0067 { "efs_access: exit with rc=" D8 }, \
0071 { "efs_create: enter with creds=" X8 ", efsea=" X8 " and objtype=" D8 }, \
0072 { "efs_create: received an invalid argument (EINVAL)" }, \
0073 { "efs_create: no keystore (ENOATTR)" }, \
0074 { "efs_create: efs_pkr_lookup returned " D8 " while searching for user\'s key" }, \
0075 { "efs_create: user key is public part, we want private (ESAD)" }, \
0076 { "efs_create: looking for group " D8 " key" }, \
0077 { "efs_create: efs_pkr_lookup error (" D8 ") for group key, we continue anyway" }, \
0078 { "efs_create: efs_ecm_init returned " D8 }, \
0079 { "efs_create: efs_ea_init returned " D8 }, \
007A { "efs_create: efs_ecm_crypt\(user key\) returned " D8 }, \
007B { "efs_create: efs_ea_add\(user key\) returned " D8 }, \
007C { "efs_create: efs_ecm_crypt\(grp key\) returned " D8 }, \
007D { "efs_create: efs_ea_add\(grp key\) returned " D8 }, \
007E { "efs_create: efs_ea_pack returned " D8 }, \
007F { "efs_create: exit with rc=" D8 }, \
0080 { "efs_create: efs_eadir_init returned " D8 }, \
0091 { "efs_crypto: enter with filekey=" X8 ", dir=" D8 ", input=" X8 }, \
0092 { "efs_crypto: invalid argument (EINVAL)" }, \
0093 { "efs_crypto: efs_crypt_bloc failed with error " D8 }, \
0099 { "efs_free: free filekey=" X8 }, \
009A { "efs_free: invalid argument (EINVAL)" }, \
00A1 { "efs_setattr: enter with creds=" X8 ", efsea=" X8 ", cmd=" D8 }, \
00A2 { "efs_setattr: Invalid argument (EINVAL)" }, \
00A3 { "efs_setattr: No keystore (ENOATTR)" }, \
00A4 { "efs_setattr: using ecm=" X8 " passed as parameter." }, \
00A5 { "efs_setattr: efs_access returned " D8 }, \
00A6 { "efs_setattr: operation op=" D8 }, \
00A7 { "efs_setattr: Could not duplicate the EA (ENOMEM)" }, \
00A8 { "efs_setattr: efs_ea_parse returned " D8 }, \
00A9 { "efs_setattr: efs_pkr_lookup(newgid) returned " D8 }, \
00AA { "efs_setattr: efs_ecm_crypt(newgid) returned " D8 }, \
00AB { "efs_setattr: efs_ea_add(newgid) returned " D8 }, \
00AC { "efs_setattr: efs_ea_rm(newgid) returned ENOENT, no problem" }, \
00AD { "efs_setattr: efs_ea_rm(newgid) returned " D8 }, \
00AE { "efs_setattr: efs_pkr_lookup(newuid) returned " D8 }, \
00AF { "efs_setattr: efs_ecm_crypt(newuid) returned " D8 }, \
00B0 { "efs_setattr: efs_ea_rm(newuid) returned ENOENT, no problem" }, \
00B1 { "efs_setattr: efs_ea_rm(newuid) returned " D8 }, \
00B2 { "efs_setattr: efs_ea_add(newuid) returned " D8 }, \
00B3 { "efs_setattr: efs_pkr_lookup(newgid) returned " D8 }, \
00B4 { "efs_setattr: efs_ecm_crypt(newgid) returned " D8 }, \
00B5 { "efs_setattr: efs_ea_rm(newgid) returned ENOENT, no problem" }, \
00B6 { "efs_setattr: efs_ea_rm(newgid) returned " D8 }, \
00B7 { "efs_setattr: efs_ea_add(newgid) returned " D8 }, \
00B8 { "efs_setattr: unsupported op code (ENOSYS)" }, \
00B9 { "efs_setattr: efs_ea_pack returned " D8 }, \
00BA { "efs_setattr: efs_free returned " D8 }, \
0101 { "_efs_ea_li_comp: invalid argument (EINVAL)" }, \
0102 { "efs_eadir_init: enter with ea=" X8 ", algo=" D8 }, \
0103 { "efs_eadir_init: invalid argument (EINVAL)" }, \
0104 { "efs_eadir_getalgo: enter with ea=" X8 ", algo=" X8 }, \
0105 { "efs_eadir_getalgo: invalid argument (EINVAL)" }, \
0106 { "efs_eadir_getalgo: invalid EA version: " D8 " (EINVAL)" }, \
0107 { "efs_ea_init: enter with eak=" X8 ", algo=" D8 }, \
0108 { "efs_ea_init: invalid argument (EINVAL)" }, \
0109 { "efs_ea_init: could not alloc ea header (ENOMEM)" }, \
010A { "efs_ea_add: enter with eak=" X8 ", algo=" D8 }, \
010B { "efs_ea_add: invalid argument (EINVAL)" }, \
010C { "efs_ea_add: efs_key_asym_size returned " D8 }, \
010D { "efs_ea_add: size mismatch \( " D8 " \/ " D8 " \) (EINVAL)" }, \
010E { "efs_ea_add: not enough memory to create listitem (ENOMEM)" }, \
010F { "efs_ea_add: exit with rc=0" }, \
0110 { "efs_ea_rm: enter with eak=" X8 ", kind=" D8 ", id=" D8 }, \
0111 { "efs_ea_rm: invalid argument (EINVAL)" }, \
0112 { "efs_ea_rm: exit with rc=" D8 }, \
0113 { "efs_ea_parse: enter with ea=" X8 ", easize=" D8 ", eak=" X8 }, \
0114 { "efs_ea_parse: invalid argument (EINVAL)" }, \
0115 { "efs_ea_parse: wrong EA version " D8 " (EINVAL)" }, \
0116 { "efs_ea_parse: efs_key_asym_size returned " D8 }, \
0117 { "efs_ea_parse: size error, truncated EA \(EINVAL\)" }, \
0118 { "efs_ea_parse: could not allocate listitem (ENOMEM)" }, \
0119 { "efs_ea_parse: exit with rc=0" }, \
011A { "efs_ea_discard: freeing eak=" X8 }, \
011B { "efs_ea_discard: invalid argument (EINVAL)" }, \
011C { "efs_ea_getsize: enter with eak=" X8 ", sz=" X8 }, \
011D { "efs_ea_getsize: invalid argument (EINVAL)" }, \
011E { "efs_ea_getsize: efs_key_asym_size returned " D8 }, \
011F { "efs_ea_getsize: exit with rc=0" }, \
0120 { "efs_ea_pack: enter with dest=" X8 ", destlen=" D8 ", eak=" X8 }, \
0121 { "efs_ea_pack: invalid argument (EINVAL)" }, \
0122 { "efs_ea_pack: efs_ea_getsize returned " D8 }, \
0123 { "efs_ea_pack: not enough space to store EA \( " D8 " \/ " D8 " \) (ENOSPC)" }, \
0124 { "efs_ea_pack: efs_key_asym_size returned " D8 }, \
0125 { "efs_ea_pack: exit with rc=0" }, \
0126 { "efs_ea_get_ecm: enter with creds=" X8 ", eak=" X8 ", ecm=" X8 }, \
0127 { "efs_ea_get_ecm: invalid argument (EINVAL)" }, \
0128 { "efs_ea_get_ecm: efs_pkr_lookup returned " D8 }, \
0129 { "efs_ea_get_ecm: no matching key found (ESAD)" }, \
012A { "efs_ea_get_ecm: efs_ecm_decrypt_alloc returned " D8 }, \
012B { "efs_ea_get_ecm: exit with rc=" D8 }, \
012C { "efs_ea_add: this key is already in the list (EEXIST)" }, \
0141 { "get_gklh: invalid argument!" }, \
0142 { "gk_create: enter with aki=" X8 ", len=" D8 ", gk=" X8 }, \
0143 { "gk_create: invalid argument (EINVAL)" }, \
0144 { "gk_create: efs_key_init returned rc=" D8 }, \
0145 { "gk_create: Could not create GK (ENOMEM)" }, \
0146 { "gk_create: exit with rc=0, new gk=" X8 }, \
0147 { "gk_remove: free gk at location " X8 }, \
0148 { "efs_gkr_init: reset the GKR" }, \
0149 { "efs_gkr_init: The GKR is already initialized (EALREADY)" }, \
014A { "efs_gkr_destroy: enter" }, \
014B { "efs_gkr_destroy: The GKR is not initialized (ENOTREADY)" }, \
014C { "efs_gkr_destroy: global counter not empty: " D8 ". (EBUSY)" }, \
014D { "efs_gkr_destroy: gk list at index i=" D8 " is not empty (EBUSY)" }, \
014E { "efs_gkr_destroy: exit with rc=0" }, \
014F { "efs_gkr_getref: enter with id=" X8 ", buffer=" X8 ", gk=" X8 }, \
0150 { "efs_gkr_getref: The GKR is not initialized (ENOTREADY)" }, \
0151 { "efs_gkr_getref: invalid argument (EINVAL)" }, \
0152 { "efs_gkr_getref: id is private where we had public" }, \
0153 { "efs_gkr_getref: the key was not found (ENOENT)" }, \
0154 { "efs_gkr_getref: efs_key_init returned rc=" D8 }, \
0155 { "efs_gkr_getref: the key was not found \(whole lsit\) (ENOENT)" }, \
0156 { "efs_gkr_getref: new key is being inserted after key " X8 }, \
0157 { "efs_gkr_getref: gk_create returned " D8 }, \
0158 { "efs_gkr_geterf: exit with rc=0, *gk=" X8 ", *gk->rc=" D8 }, \
0159 { "efs_gkr_link: linking gk=" X8 }, \
015A { "efs_gkr_link: The GKR is not initialized (ENOTREADY)" }, \
015B { "efs_gkr_link: invalid argument (EINVAL)" }, \
015C { "efs_gkr_link: invalid GK (EINVAL)" }, \
015D { "efs_gkr_release: releasing gk=" X8 }, \
015E { "efs_gkr_release: The GKR is not initialized (ENOTREADY)" }, \
015F { "efs_gkr_release: invalid argument (EINVAL)" }, \
0160 { "efs_gkr_release: freeing the GK element" }, \
0161 { "efs_gkr_getid: get id for gk=" X8 " into aki=" X8 }, \
0162 { "efs_gkr_getid: The GKR is not initialized (ENOTREADY)" }, \
0163 { "efs_gkr_getid: invalid argument (EINVAL)" }, \
0164 { "efs_gkr_getref: Deprecating key" }, \
0171 { "_pkr_alloc: allocate a new pkr at location " X8 }, \
0172 { "_pkr_alloc: invalid argument (EINVAL)" }, \
0173 { "_pkr_alloc: not enough memory (ENOMEM)" }, \
0174 { "_pkr_free: freeing PKR at location " X8 }, \
0175 { "_pkr_free: Invalid argument or non-empty PKR (EINVAL)" }, \
0176 { "_pkl_lookup: enter with pkl=" X8 ", id=" D8 ", fp=" X8 }, \
0177 { "_pkl_lookup: invalid argument (EINVAL)" }, \
0178 { "_pkl_lookup: key type mismatch" }, \
0179 { "_pkl_lookup: testing uid/gid" }, \
017A { "_pkl_lookup: uid/gid too small" }, \
017B { "_pkl_lookup: uid/gid too big" }, \
017C { "_pkl_lookup: testing uid" }, \
017D { "_pkl_lookup: uid too small" }, \
017E { "_pkl_lookup: uid too big" }, \
017F { "_pkl_lookup: testing gid" }, \
0180 { "_pkl_lookup: gid too small" }, \
0181 { "_pkl_lookup: gid too big" }, \
0182 { "_pkl_lookup: key age mismatch" }, \
0183 { "_pkl_lookup: testing fingerprint" }, \
0184 { "_pkl_lookup: fingerprint mismatch" }, \
0185 { "_pkl_lookup: found key " X8 }, \
0186 { "_pkl_lookup: no key found" }, \
0187 { "_pkl_insert: enter with pkl=" X8 ", cnt=" X8 ", pk=" X8 }, \
0188 { "_pkl_insert: invalid argument (EINVAL)" }, \
0189 { "_pkl_insert: key inserted after " X8 ", cnt=" D8 }, \
018A { "_pkl_free: enter with pkl=" X8 ", cnt=" X8 }, \
018B { "_pkl_free: invalid argument (EINVAL)" }, \
018C { "_pkl_free: efs_gkr_release returned rc=" D8 }, \
018D { "_pkl_free: exit, rc=0, cnt=" D8 }, \
018E { "_pkl_dup: enter with src=" X8 ", trg=" X8 ", cnt=" X8 }, \
018F { "_pkl_dup: invalid argument (EINVAL)" }, \
0190 { "_pkl_dup: Could not allocate new pk (ENOMEM). pkl has been freed rc=" D8 }, \
0191 { "_pkl_dup: efs_gkr_link failed with rc=" D8 ". pkl freed with rc=" D8 }, \
0192 { "_pkl_dup: exit with rc=0, " D8 " pk duplicated." }, \
0193 { "_pkl_getlist: enter with pkl=" X8 ", akis=" X8 ", len=" X8 }, \
0194 { "_pkl_getlist: Invalid argument (EINVAL)" }, \
0195 { "_pkl_getlist: buffer too small (ENOSPC)" }, \
0196 { "_pkl_getlist: efs_gkr_getid failed with error " D8 }, \
0197 { "_pkl_getlist: exit rc=0, *len=" D8 }, \
0198 { "_pk_lookup: searching pkr=" X8 " for key kind=" D8 }, \
0199 { "_pk_lookup: Invalid argument (EINVAL)" }, \
019A { "efs_pkr_addpk: enter with pkr=" X8 ", key_id=" X8 ", buffer=" X8 }, \
019B { "efs_pkr_addpk: Invalid argument (EINVAL)" }, \
019C { "efs_pkr_addpk: creating a new PKR" }, \
019D { "efs_pkr_addpk: _pkr_alloc returned " D8 }, \
019E { "efs_pkr_addpk: found a matching key in PKR at " X8 }, \
019F { "efs_pkr_addpk: key " X8 " has been marked deprecated" }, \
01A0 { "efs_pkr_addpk: adding public or already got private: nothing to do." }, \
01A1 { "efs_pkr_addpk: pk updated to private key, gk unchanged." }, \
01A2 { "efs_pkr_addpk: efs_gkr_getref returned " D8 }, \
01A3 { "efs_pkr_addpk: gk and pk updated to private." }, \
01A4 { "efs_pkr_addpk: Not enough memory to create new PK. (ENOMEM)" }, \
01A5 { "efs_pkr_addpk: Got an invalid key kind " D8 " (EINVAL)" }, \
01A6 { "efs_pkr_addpk: _pkl_insert returned " D8 }, \
01A7 { "efs_pkr_link: linking pkr=" X8 }, \
01A8 { "efs_pkr_dup: enter with pkr=" X8 }, \
01A9 { "efs_pkr_dup: Invalid argument (EINVAL)" }, \
01AA { "efs_pkr_dup: no pkr, nothing to do." }, \
01AB { "efs_pkr_dup: refcount=1, nothing to do." }, \
01AC { "efs_pkr_dup: _pkr_alloc returned " D8 }, \
01AD { "efs_pkr_dup: _pkl_dup(groups) returned " D8 }, \
01AE { "efs_pkr_dup: _pkl_dup(users) returned " D8 }, \
01AF { "efs_pkr_dup: _pkl_dup(adms) returned " D8 }, \
01B0 { "efs_pkr_dup: exit with rc=0, new pkr=" X8 }, \
01B1 { "efs_pkr_unlink: Invalid argument!!" }, \
01B2 { "efs_pkr_unlink: unlinking pkr=" X8 }, \
01B3 { "efs_pkr_unlink: refcount is now " D8 }, \
01B4 { "efs_pkr_unlink: _pkl_free(u) rc=" D8 ", cnt=" D8 }, \
01B5 { "efs_pkr_unlink: _pkl_free(g) rc=" D8 ", cnt=" D8 }, \
01B6 { "efs_pkr_unlink: _pkl_free(a) rc=" D8 ", cnt=" D8 }, \
01B7 { "efs_pkr_unlink: _pkr_free rc=" D8 }, \
01B8 { "efs_pkr_lookup: enter with creds=" X8 ", dir=" D8 ", id=" D8 }, \
01B9 { "efs_pkr_lookup: Invalid argument (EINVAL)" }, \
01BA { "efs_pkr_lookup: No keystore (ENOENT)" }, \
01BB { "efs_pkr_lookup: incompat parameters \(fp=null, dir=encrypt\) (EINVAL)" }, \
01BC { "efs_pkr_lookup: No key found matching criterias (ENOENT)" }, \
01BD { "efs_pkr_lookup: key identification filled into " X8 }, \
01BE { "efs_pkr_lookup: exit with rc=0, key=" X8 }, \
01BF { "efs_pkr_getlist: enter with pkr=" X8 ", list=" X8 ", size=" X8 }, \
01C0 { "efs_pkr_getlist: no pkr, return 0" }, \
01C1 { "efs_pkr_getlist: not enough memory to create list (ENOMEM)" }, \
01C2 { "efs_pkr_getlist: _pkl_getlist(u) returned " D8 }, \
01C3 { "efs_pkr_getlist: _pkl_getlist(g) returned " D8 }, \
01C4 { "efs_pkr_getlist: _pkl_getlist(a) returned " D8 }, \
01C5 { "efs_pkr_getlist: size did not shrink to 0: " D8 }, \
01C6 { "efs_pkr_lookup: No keystore in TKR (ENOENT)" }, \
01E1 { "efs_fp_comp: got NULL pointer" }, \
01E2 { "efs_aki_check: checking aki=" X8 }, \
01E3 { "efs_aki_check: bad version (" D8 ")" }, \
01E4 { "efs_aki_check: bad kind (" D8 ")" }, \
01E5 { "efs_aki_check: bad type (" D8 ")" }, \
01E6 { "efs_aki_check: bad algo (" D8 ")" }, \
01E7 { "efs_aki_check: bad age (" D8 ")" }, \
01E8 { "efs_aki_check: return rc=0" }, \
0201 { "efs_key_init: not enough memory (ENOMEM)" }, \
0202 { "efs_key_asym_size: invalid argument (EINVAL)" }, \
0203 { "efs_key_asym_size: unknown algo " D8 " (EINVAL)" }, \
0204 { "efs_ecm_init: invalid argument (EINVAL)" }, \
0205 { "efs_ecm_init: not enough memory (ENOMEM)" }, \
0206 { "efs_ecm_decrypt_alloc: invalid argument (EINVAL)" }, \
0207 { "efs_ecm_decrypt_alloc: not enough memory (ENOMEM)" }, \
0208 { "efs_ecm_crypt: invalid argument (EINVAL)" }, \
0209 { "efs_ecm_crypt: unknown algo " D8 " (EINVAL)" }, \
020A { "efs_ecm_crypt: not enough memory (ENOMEM)" }, \
020B { "efs_crypt_bloc: invalid argument (EINVAL)" }, \
0210 { "CLiC kernext was not initialized (efs_cryptolib_init) \(ENOTREADY\)" }, \
0211 { "efs_cryptolib_init: enter" }, \
0212 { "efs_cryptolib_init: You must update ciphers_info or pk_infos definitions (ENOSYS)!" }, \
0213 { "efs_cryptolib_init: CLiC_context_new returned " D8 ", mapped to " D8 }, \
0214 { "efs_cryptolib_init: initial object count " D8 }, \
0215 { "efs_cryptolib_destroy: enter" }, \
0216 { "efs_cryptolib_destroy: object count differs from initialization " D8 " \/ " D8 " \(EBUSY\)" }, \
0217 { "map_clic_error: " X8 " is not a CLiC error." }, \
0218 { "map_clic_error: Got unwanted error: " D8 }, \
0219 { "map_clic_error: This error is not known: " D8 }, \
021A { "efs_ciphers_init: enter with ecm=" X8 }, \
021B { "efs_ciphers_init: Got NULL (EINVAL)" }, \
021C { "efs_ecm_alloc: enter with algo=" D8 }, \
021D { "efs_ecm_alloc: not enough memory (ENOMEM)" }, \
021E { "efs_ecm_alloc: invalid parameter (EINVAL)" }, \
021F { "efs_key_init: enter with buffer: " X8 ", length: " D8 ", key: " X8 }, \
0220 { "efs_key_init: CLiC_pk returned " D8 ", mapped to " D8 }, \
0221 { "efs_key_link: linking " X8 }, \
0222 { "efs_key_unlink: unlinking " X8 }, \
0223 { "efs_key_asym_size: getting size for algo " D8 }, \
0224 { "efs_ecm_init: enter with algo: " D8 }, \
0225 { "efs_ecm_init: efs_ecm_alloc returned " D8 }, \
0226 { "efs_ecm_init: CLiC_rng returned " D8 ", mapped to " D8 }, \
0227 { "efs_ecm_init: CLiC_cipher returned " D8 ", mapped to " D8 }, \
0228 { "efs_ecm_link: linking " X8 }, \
0229 { "efs_ecm_unlink: unlinking " X8 }, \
022A { "efs_ecm_decrypt_alloc: enter with pkey=" X8 ", salgo=" D8 ", src=" X8 }, \
022B { "efs_ecm_decrypt_alloc: efs_ecm_alloc returned " D8 }, \
022C { "efs_ecm_decrypt_alloc: CLiC_pk_decrypt returned " D8 ", mapped to " D8 }, \
022D { "efs_ecm_decrypt_alloc: CLiC_pk_decrypt returned " D8 " \(expected: " D8 " \), len \= " D8 " \(exp: 0\) (EINVAL)" }, \
022E { "efs_ecm_decrypt_alloc: CLiC_cipher returned " D8 ", mapped to " D8 }, \
022F { "efs_ecm_crypt: enter with ecm: " X8 " and pkey: " X8 }, \
0230 { "efs_ecm_crypt: CLiC_pk_encrypt returned " D8 ", mapped to " D8 }, \
0231 { "efs_ecm_crypt: CLiC_pk_encrypt returned " D8 " \(expected: " D8 "\), len \= " D8 " \(exp: 0\) (EINVAL)" }, \
0232 { "efs_ecm_crypted_free: freeing buffer: " X8 }, \
0233 { "efs_crypt_bloc: enter with ecm: " X8 ", dir: " D8 ", offset: " D8 }, \
0234 { "efs_crypt_bloc: CLiC_cipher_reset returned " D8 ", mapped to " D8 }, \
0235 { "efs_crypt_bloc: CLiC_cipher_update returned " D8 ", mapped to " D8 }, \
0236 { "efs_crypt_bloc: CLiC_cipher_update returned too small value " D8 " (EINVAL)" }, \
0237 { "efs_crypt_bloc: internal function returned " D8 }, \
0238 { "efs_asym_decrypt: enter with key=" X8 ", input=" X8 ", output=" X8 }, \
0239 { "efs_asym_decrypt: CLiC_pk_decrypt returned " D8 ", mapped to " D8 }, \
023A { "efs_crypt_bloc: IV len is not 16, use dummy IV generator." }, \
023B { "efs_key_init: CLiC_pk_encode returned " D8 ", mapped to " D8 }, \
023C { "efs_key_init: malloc(" D8 ") failed (ENOMEM)" }, \
023D { "efs_key_init: CLiC_digest_new returned " D8 ", mapped to " D8 }, \
023E { "efs_key_init: Fingerprint mismatch (EINVAL)" }, \
0301 { "efs_iv: enter with iv0=" X8 ", offset=" D8 ", iv=" X8 }, \
0310 { "efs_tkr_init: reset the TKR" }, \
0311 { "efs_tkr_init: unable to create kproc" }, \
0312 { "efs_tkr_init: initp failed with rc = " D8 }, \
0313 { "efs_tkr_fini: destroy TKR" }, \
0314 { "efs_tkr_fini: TKR is not empty (EBUSY)" }, \
0315 { "efs_tkr_insert: insert TKR for process " D8 " and uid " D8 }, \
0316 { "efs_tkr_insert: TKR entry already exists" }, \
0317 { "efs_tkr_insert: xmalloc failed (ENOMEM)" }, \
0318 { "efs_tkr_delete: retrieve TKR for process " D8 " and uid " D8 }, \
0319 { "efs_tkr_delete: exit, pkr = " X8 }, \
031A { "efs_tkr_getref: retrieve TKR for process " D8 " and uid " D8 }, \
031B { "efs_tkr_getref: exit, pkr = " X8 }, \
\* { MISSING Undefined EFS subhook. Hook Id= \$$HD \n$DEFAULT }
5C0 1.0 "@VMM_PVLIST" \
$HD, \
0 { `PVLIST KPROC WAKE: avgfree=$D1 bootavg=$D2 pvl_end=$D3 pvl has $D4/$D5 elements` }, \
1 { `PVLIST FAILED LISTALLOC: failed to isolate nfr $D1 for $D2 4kpgs` }, \
2 { `PVLIST HARDALLOC PINFAIL: pinaddr=$D1, pinsize=$D2 error=$D3` }, \
3 { `PVLIST HARDALLOC NFR: sidx=$D1 sid=$D2 pno=$D3 nfr=$D4` }, \
4 { `PVLIST ADDPAGE: kspsid=$D1 pno=$D2 nfr=$D3 eaddr=$D4 psize=$D5` }, \
5 { `PVLIST LESS: avgfree=$D1 bootavg=$D2 numlmb=$D3 extra_groups=$D4` }, \
6 { `PVLIST REMPAGE: kspsid=$D1 pno=$D2 nfr=$D3 n4kpgs=$D4 rc=$D5` }
5CA 1.0 "@VMSVC_XMEM" \
$HD, \
0x00 { `VMSVC XM_SETHKEY: caller=$D1 xmemp=$D2 hset=$D3 flags=$D4` }, \
0x01 { `VMSVC XM_SETHKEY Err: rc=$D1` }, \
0x02 { `VMSVC XM_GETHKEY: caller=$D1 xmemp=$D2 hset=$D3 flags=$D4` }, \
0x03 { `VMSVC XM_GETHKEY Err: rc=$D1` }, \
0x04 { `VMSVC XM_IO_OK: caller=$D1 xmemp=$D2 aspace_id=$D3 rc=$D4` }, \
0x05 { `VMSVC XM_IO_OK Err: rc=$D1` }, \
0x06 { `VMSVC XMATTACH: caller=$D1 pid=$D2 vaddr=$D3 count=$D4 segflag=$D5` }, \
0x07 { `VMSVC XMATTACH Err: rc=$D1` }, \
0x08 { `VMSVC XMATT_REMIO: caller=$D1 rliobn=$D2 raddr=$D3 count=$D4` }, \
0x09 { `VMSVC XMATT_REMIO Err: rc=$D1` }, \
0x0A { `VMSVC XMEMOUTX: caller=$D1 kaddr=$D2 uaddr=$D3 count=$D4 xmemp=$D5` }, \
0x0B { `VMSVC XMEMOUTX Err: rc=$D1` }, \
0x0C { `VMSVC XMDETACH: caller=$D1 xmemp=$D2` }, \
0x0D { `VMSVC XMDETACH Err: rc=$D1` }, \
0x0E { `VMSVC XMEMIN: caller=$D1 uaddr=$D2 kaddr=$D3 count=$D4 xmemp=$D5` }, \
0x0F { `VMSVC XMEMIN Err: caller=$D1 vmhandle=$D2 offset=$D3` }, \
0x10 { `VMSVC XMEMPIN: caller=$D1 uaddr=$D2 count=$D3 xmemp=$D4` }, \
0x11 { `VMSVC XMEMPIN Err: rc=$D1` }, \
0x12 { `VMSVC XMEMUNPIN: caller=$D1 uaddr=$D2 count=$D3 xmemp=$D4 flags=$D5` }, \
0x13 { `VMSVC XMEMUNPIN Err: rc=$D1` }, \
0x14 { `VMSVC XL_CREATE: caller=$D1 xmemp=$D2 baddr=$D3 count=$D4 flags=$D5` }, \
0x15 { `VMSVC XL_CREATE Err: rc=$D1` }, \
0x16 { `VMSVC XL_REMOVE: caller=$D1 xmemp=$D2` }, \
0x17 { `VMSVC XL_REMOVE Err: rc=$D1` }, \
0x18 { `VMSVC XM_MAPIN: caller=$D1 xmemp=$D2 uaddr=$D3 count=$D4 eaddr=$D5` }, \
0x19 { `VMSVC XM_MAPIN Err: rc=$D1` }, \
0x1A { `VMSVC XM_DET: caller=$D1 baddr=$D2 xmemp=$D3` }, \
0x1B { `VMSVC XM_DET Err: rc=$D1` }, \
0x1C { `VMSVC XMEMDMA: caller=$D1 xmemp=$D2 xaddr=$D3 flags=$D4 nfr=$D5` }, \
0x1D { `VMSVC XMEMDMA Err: rc=$D1` }, \
0x1E { `VMSVC XMEMDMA_LIST: caller=$D1 xmemp=$D2 xaddr=$D3 count=$D4 flags=$D5%W0.31 io_l2psize=$D5%W32.63` }, \
0x1F { `VMSVC XMEMDMA_LIST Err: rc=$D1` }, \
0x20 { `VMSVC XMZERO: caller=$D1 xmemp=$D2 uaddr=$D3 count=$D4` }, \
0x21 { `VMSVC XMEMZERO Err: rc=$D1` }, \
0x22 { `VMSVC XM_GETH: caller=$D1 xmemp=$D2 uaddr=$D3 count=$D4 vmh=$D5` }, \
0x23 { `VMSVC XM_GETH Err: rc=$D1` }, \
0x24 { `VMSVC XMEMPSIZE: caller=$D1 xmemp=$D2 addr=$D3 count=$D4` }, \
0x25 { `VMSVC XMEMPSIZE Err: rc=$D1` }, \
0x26 { `VMSVC XM_MAXMAP: caller=$D1 xmemp=$D2 uaddr=$D3 len=$D4` }, \
0x27 { `VMSVC XM_MAXMAP Err: rc=$D1` }, \
0x28 { `VMSVC XM_AIO_OK: caller=$D1 xmemp=$D2 aspace_id=$D3 rc=$D4` }, \
0x29 { `VMSVC XM_AIO_OK Err: rc=$D1` }, \
0x2A { `VMSVC XL_ADDR: caller=$D1 xmemp=$D2 vaddr=$D3 flags=$D4` }, \
0x2B { `VMSVC XL_ADDR Err: rc=$D1` }, \
0x2C { `VMSVC XL_UPDATE: caller=$D1 xmemp=$D2 vaddr=$D3 flags=$D4 phys=$D5` }, \
0x2D { `VMSVC XL_UPDATE Err: rc=$D1` }, \
0x2E { `VMSVC XMBSTERILE: caller=$D1 vaddr=$D2 size=$D3 xmemp=$D4 flags=$D5` }, \
0x2F { `VMSVC XMBSTERILE Err: rc=$D1` }
5CB 1.0 L=KERN "Live Dump" \
{{ ioctlcmd(cmd) \
{{ $cmd }} \
$cmd, \
0x6464 { IOCLDMP_DIR }, \
0x6465 { IOCLDMP_THRESHOLD }, \
0x6466 { IOCLDMP_LEVEL }, \
0x6467 { IOCLDMP_HEAP }, \
0x6468 { IOCLDMP_INFOTIME }, \
0x6469 { IOCLDMP_DUPSUPPRESS }, \
0x646A { IOCLDMP_FREEZETIME }, \
0x646B { IOCLDMP_FREEZESTOP }, \
0x646C { IOCLDMP_IOSTART }, \
0x646D { IOCLDMP_ENABLE }, \
0x646E { IOCLDMP_GETINFO }, \
0x646F { IOCLDMP_COMPRESS_FACTOR }, \
0x6470 { IOCLDMP_SETUP }, \
0x6471 { IOCLDMP_COMPSPEC }, \
0x6472 { IOCLDMP_PSEUDO }, \
0x6473 { IOCLDMP_LIVEDUMP }, \
0x6474 { IOCLDMP_FREE } \
}} \
$HD, \
0x1 { RAS_INIT }, \
0x2 { LCMP_NOT_IN_MEM comp=$D1 }, \
0x3 { LCMP_BAD_EYEC comp=$D1 eyec=$D2 }, \
0x4 { ISTBL_VALID tblp=$D1 }, \
0x5 { LDMP_SER_PREP cb=XW symptom=$HL%S1 }, \
0x6 { MTRC_DUP remcomp=$D1 mtrc_cp=$D2 curp=$D3 }, \
0x7 { LDMP_SER_NOCOMP }, \
0x8 { LCMP_DUP comp1=$D1 comp2=$D2 }, \
0x9 { SEND_PREPARE comp=$D1 }, \
0xA { PREP_NEW_COMP first=$D1 }, \
0xB { NO_HEAP_SPACE total=$D1 max=$D2 staging=$D3 }, \
0xC { LDMP_SER_START cpu=$D1%D1 }, \
0xD { FREEZE_STOP pass_tics=$D1 curticks=$D2 stopval=$D3%D1 }, \
0xE { LDMP_SER_IO rv=$D1 }, \
0xF { LDMP_NO_CFG_SPACE cb=$D1 }, \
0x10 { FREEZE_TO pass_tics=$D1 curticks=$D2 to_val=$D3%D1 }, \
0x11 { LDMP_SER_NO_IO }, \
0x12 { LDMP_SER_EXIT cb=$D1 }, \
0x13 { ENDEVENT tid=$D1 }, \
0x14 { SETUPPARMS }, \
0x15 { PARMS_NOT_IN_MEM parms=$D1 }, \
0x16 { LIVEDUMP parms=$D1 }, \
0x17 { LIVEDUMP_BUSY }, \
0x18 { PARMS_EYEC_VERS parms=$D1 eyec=$D2 vers=$D3 }, \
0x19 { PARMS_FLAGS parms=$D1 flags=$D2 }, \
0x1A { PARMS_INTBASE parms=$D1 flags=$D2 }, \
0x1B { PARMS_PRIO parms=$D1 prio=$D2 }, \
0x1C { PARMS_STR_MEM strid=$D1%D1 parms=$D2 strptr=$D3 }, \
0x1D { PARMS_STR_LEN strid=$D1%D1 parms=$D2 strptr=$D3 }, \
0x1E { PARMS_ERRBUF parms=$D1 errbuf=$D2 }, \
0x1F { PARMS_COMP parms=$D1 comps=$D1 }, \
0x20 { LDMP_NOT_ENABLED }, \
0x21 { LIVEDUMP_NO_MEM \
$D1, \
0 { "cb" }, 1 { "prep" }, 2 { "start" }, 3 { "myparms" }, \
4 { "errbuf" } \
}, \
0x22 { LIVEDUMP_FREECB kerr=$D1 }, \
0x23 { LIVEDUMP_EXIT kerr=$D1 }, \
0x24 { SEND_START cb=$D1 comp=W2 $HL%S1 }, \
0x25 { ERRSTR_I sz=$D1 W2 $HL%S1 }, \
0x26 { DMP_EADDR name=$D1 addr=$D2 sz=$D3 }, \
0x27 { DMP_EADDR_ERR name=$D1 rv=$D2 addr=$D3 sz=$D4 }, \
0x28 { LDMPFREE cb=$D2 \
$D1, 0 { "entry" }, 1 { "exit" } \
}, \
0x29 { GETHS_USEMAX reqsz=$D1 availsz=$D2 max=$D3 staging=$D4 },\
0x2A { GETHS_NOMEM \
$D1, 0 { "toobig" }, 1 { "staging-from-heap" }, \
2 { "datavec-from-heap" } \
}, \
0x2B { VALID_BAD id=$D1 }, \
0x2C { PARMS_FILENAME parms=$D1 filename=$D2 }, \
0x2D { POST_PASS tid=$D1 pass=$D2 }, \
0x2E { WAIT_PASS pass=$D1 }, \
0x2F { WAIT_PASS_ERR }, \
0x30 { LIVEDUMP_EXISTS pre=$D1 parms=$D2 }, \
0x31 { TO_CREATE_PASS cb=$D1 fp=$D2 }, \
0x32 { POST_PASS_ERR cb=$D1 err=$D2 tid=$D3 }, \
0x33 { LDMPFREE_VM_PROTECT_ERR cb=$D1 rc=$D2 addr=$D3 }, \
0x34 { SEND_AGAIN cb=$D1 }, \
0x35 { LIVEDUMP_NO_DUP cb=$D1 pre=$D2 parms=$D3 }, \
0x36 { ADD_DUP p=$D1 LDG.ldmp_pre=$D2 prev=$D3 next=$D4 eyec=$D5 }, \
0x37 { LDMP_ENQ qe=$D1 post=$D2 }, \
0x38 { LDMP_DEQ qelp=$D1 }, \
0x39 { LDMP_DO_Q qelp=$D1 type=$D2 }, \
0x3A { REM_DUP p=$D1 LDG.ldmp_pre=$D2 prev=$D3 next=$D4 eyec=$D5 }, \
0x100 { HEAPSETUP sz=$D1 }, \
0x101 { BAD_HEAPSETUP id=$D1%D1 err=$D2 }, \
0x102 { DEFAULTHEAP_ADDR addr=$D1 }, \
0x103 { ALLOCH_REQUEST sz=$D1 dvp=$D2 retszp=$D3 flags=$D4%D1}, \
0x104 { FREELIST_ENTRY fl_ptr=$D1 sz=$D2 }, \
0x105 { XMALLOC_INVID id=$D1 }, \
0x106 { XMALLOC_BADSZ sz=$D1 }, \
0x107 { XMALLOC_BADALIGN align=$D1 }, \
0x108 { XMALLOC_BADRETPTR ptr=$D1 }, \
0x109 { XMALLOC_ADDR datavec=$D1 }, \
0x10A { XMFREE_INVID id=$D1 }, \
0x10B { XMFREE_INVADDR id=$D1 }, \
0x10C { FREEH_REQUEST sz=$D1 addr=$D2 type=$D3 }, \
0x10F { BUFDATA_LDMP }, \
0x110 { BUFDATA_SDMP }, \
0x111 { BUFDATA_LDMPU }, \
0x112 { BUFDATA_SDMPU }, \
0x113 { BUFDATA_BADFMT }, \
0x114 { BUFDATAR_AREA entryp=$D1 datalen=$D2 }, \
0x115 { BUFDATA_CANDUMP $D1%D1 entries out of $D1%D1 }, \
0x116 { BUFDATAU_AREA entryp=$D1 datalen=$D2 }, \
0x117 { FREEH_DRAINHP_FREE }, \
0x118 { QUEDUMP cb=$D1 }, \
0x119 { ALLOCH_DV addr=$D1 sz=$D2 totbufsz=$D3}, \
0x11A { ALLOCH_RETURN addr=$D1 }, \
0x11B { FREEHEAP ldmp_heap_t addr=$D1 }, \
0x11C { HEAP_RESIZE rv=$d1 oldsz=$D2 newsz=$D3 }, \
0x11E { FREEH_CURRHEAP_Q }, \
0x11F { FREEH_DRAINHEAP_Q }, \
0x120 { FREEH_PREHEAP_Q }, \
0x121 { WRT_BAD_FOPEN cb=$D1 kerr=$D2 }, \
0x122 { WRITE_ERR kerr=$D1 cb=$D2 buff=$D3 sz=$D4 }, \
0x123 { IO_DONE cb=$D1 }, \
0x124 { WRITE cb=$D1 buf=$D2 len=$D3 }, \
0x125 { WRITE_END cb=$D1 kerr=$D2 }, \
0x126 { NEW_PROCESS tid=$D1 }, \
0x127 { WRT_DUMP cb=$D1 }, \
0x128 { DUMP_SIZE sz=$D1 }, \
0x129 { WRTDATA_ENOMEM }, \
0x12A { FNAME W2 $HL%S1 }, \
0x12B { FILENAME_IDX index=$D1%D1 }, \
0x12C { DUMP_PASS pass=$D1%D1 }, \
0x12D { WRITE_EINVAL }, \
0x12E { ADDHELD cb=$D1 }, \
0x12F { LOGIO cb=$D1 fcomp=$D2 rv=$D3 }, \
0x130 { WRITEHELD cb=$D1 }, \
0x131 { WRITE_THRD_STARTED tid=$D1 qelp=$D2 }, \
0x132 { WRITEHELD2 rv=$D1 }, \
0x133 { POST_DONE cb=$D1 tid=$D2 }, \
0x134 { POST_HELD cb=$D1 tid=$D2 }, \
0x135 { BUFDATA_RET kerr=$D1 }, \
0x136 { COPYH sz=$D1 }, \
0x137 { COPYH_END kerr=$D1 }, \
0x138 { FREE_SZ0 }, \
0x139 { FREELIST_ENTRY_RESIZED fl_ptr=$D1 sz=$D2 }, \
0x200 { INITSTART }, \
0x201 { INITDONE }, \
0x202 { SETUP_PROCSTOP }, \
0x203 { SETUP_PROCSDONE }, \
0x204 { DR register rv=$D1 }, \
0x205 { IOCTLINVAL ioctlcmd($D1) }, \
0x206 { CFGIOCTL ioctlcmd($D1) }, \
0x208 { CFGIOCTLINVAL ioctlcmd($D1) }, \
0x209 { CFGIOCTLEXIT rc=$D1%D1 }, \
0x20a { CFGIOCTLHEAPSZ_NOLDMP }, \
0x20b { CFGIOCTL_HELD_NEWDIR heldp=$D1 }, \
0x20c { CFGIOCTL_DUPPROCSTART }, \
0x20d { CFGIOCTL_WAITSTART }, \
0x20e { CFGIOCTL_ENAB_DISAB \
$D1, 0 { disable }, \* { enable } \
}, \
0x20f { TAKEIOCTL ioctlcmd($D1) }, \
0x210 { TAKEIOCTL_PSEUDO flags=$D1 parm1=$D2 parm2=$D3 }, \
0x211 { TAKEIOCTL_DUMP flags=$D1 }, \
0x212 { TAKEIOCTL_WAITDUMP }, \
0x213 { TAKEIOCTL_EXIT rc=$D1%D1 }, \
0x214 { ID2LDP_BADPTR ptr=$D1 }, \
0x215 { ID2LDP_NOTLD ptr=$D1 }, \
0x216 { GETSP_BADPTR ptr=$D1 }, \
0x217 { FREELDP ptr=$D1 }, \
0x218 { TAKEIOCTL_COMPSPEC }, \
0x219 { TAKEIOCTL_DONE_WAIT retevent=$D1 }, \
0x220 { CSPEC flags=$D1 comp=$D2 anchor=$D3 }, \
0x221 { CSPEC_EXIT kerr=$D1 }, \
0x222 { CSPEC_INTERNAL }, \
0x223 { CSPEC_INTEXIT kerr=$D1 }, \
0x224 { CSPEC_EXTIDP extid=$D1 kerr=$D2 }, \
0x225 { CSPEC_ADDED lvl=$D1 W2 $HL%S1 }, \
0x226 { CSPEC_PARMS W2 $HL%S1 }, \
0x227 { COMPEXT comp=$D1 }, \
0x228 { COMPEXT_EXIT kerr=$D1 }, \
0x229 { PSEUDO flags=$D1 callback=$D2 anchor=$D3 }, \
0x22a { PSEUDO_EXIT kerr=$D1 }, \
0x22b { CKANCHOR kerr=$D1 }, \
0x22c { CSPEC_BLOCKNULL }, \
\* { unknown $HD $D1 $D2 $D3 $D4 $D5 }
5D4 1.0 "@LVM CONFIG EVENTS" \
$HD%D2, \
1 { `LVM cfgvg: ` dev=$D1 event=$D2 line=$D3%DW },\
2 { `LVM i_kaddlv: ` dev=$D1 },\
3 { `LVM o_kaddlv: ` line=$D1%DW },\
4 { `LVM i_kchglv: ` dev=$D1 },\
5 { `LVM o_kchglv: ` line=$D1%DW },\
6 { `LVM i_kchklv: ` dev=$D1 },\
7 { `LVM o_kchklv: ` line=$D1%DW },\
8 { `LVM i_kextend: ` num_extred=$D1 num_lps=$D2 },\
9 { `LVM o_kextend: ` line=$D1%DW rc=$D2 },\
10 { `LVM i_gsextend: ` dev=$D1 },\
11 { `LVM o_gsextend: ` line=$D1%DW rc=$D2 },\
12 { `LVM i_kreduce: ` dev=$D1 },\
13 { `LVM o_kreduce: ` line=$D1%DW rc=$D2 },\
14 { `LVM i_gsreduce: ` dev=$D1 },\
15 { `LVM o_gsreduce: ` line=$D1%DW rc=$D2 },\
16 { `LVM i_kmarklv: ` dev=$D1 },\
17 { `LVM o_kmarklv: ` line=$D1%DW rc=$D2 },\
18 { `LVM i_kdellv: ` dev=$D1 },\
19 { `LVM o_kdellv: ` line=$D1%DW },\
20 { `LVM i_kaddmpv: ` dev=$D1 },\
21 { `LVM o_kaddmpv: ` line=$D1%DW rc=$D2 },\
22 { `LVM i_kaddpv: ` dev=$D1 },\
23 { `LVM o_kaddpv: ` line=$D1%DW rc=$D2 },\
24 { `LVM i_kcopybb: ` enter=$D1 },\
25 { `LVM o_kcopybb: ` line=$D1%DW rc=$D2 },\
26 { `LVM i_kdelpv: ` kvg_ptr=$D1 },\
27 { `LVM o_kdelpv: ` line=$D1%DW rc=$D2 },\
28 { `LVM i_kchgvgsa: ` dev=$D1 },\
29 { `LVM o_kchgvgsa: ` line=$D1%DW rc=$D2 },\
30 { `LVM i_config: ` dev=$D1 },\
31 { `LVM o_config: ` line=$D1%DW rc=$D2 },\
32 { `LVM i_lvm_config: ` cmd=$D2%DW dev=$D1 },\
33 { `LVM o_lvm_config: ` line=$D1%DW rc=$D2 },\
34 { `LVM i_verifyvgid: ` vgid=$D1 dev=$D1 },\
35 { `LVM o_verifyvgid: ` line=$D1%DW rc=$D2 },\
36 { `LVM i_kdeflvs: ` enter=$D1 },\
37 { `LVM o_kdeflvs: ` line=$D1%DW rc=$D2 },\
38 { `LVM i_ksetupvg: ` dev=$D1 },\
39 { `LVM o_ksetupvg: ` line=$D1%DW rc=$D2 },\
40 { `LVM i_mwc_fprec: ` numltgs=$D1 },\
41 { `LVM o_mwc_fprec: ` line=$D1%DW rc=$D2 },\
42 { `LVM i_kdefvg: ` dev=$D1 },\
43 { `LVM o_kdefvg: ` line=$D1%DW rc=$D2 },\
44 { `LVM i_kdelvg: ` dev=$D1 },\
45 { `LVM o_kdelvg: ` line=$D1%DW rc=$D2 },\
46 { `LVM i_free_lvols: ` lv_index=$D1 lv_end=$D2 },\
47 { `LVM o_free_lvols: ` line=$D1%DW },\
48 { `LVM i_kchgqrm: ` dev=$D1 },\
49 { `LVM o_kchgqrm: ` line=$D1%DW rc=$D2 },\
50 { `LVM i_kqryvgs: ` dev=$D1 },\
51 { `LVM o_kqryvgs: ` line=$D1%DW rc=$D2 },\
52 { `LVM i_krebuild: ` dev=$D1 },\
53 { `LVM o_krebuild: ` line=$D1%DW rc=$D2 },\
54 { `LVM i_kvgstat: ` dev=$D1 },\
55 { `LVM o_kvgstat: ` line=$D1%DW },\
56 { `LVM i_cfg: ` enter=$D1 },\
57 { `LVM o_cfg: ` line=$D1%DW },\
58 { `LVM i_con1016: ` dev=$D1 },\
59 { `LVM o_con1016: ` line=$D1%DW rc=$D2 },\
60 { `LVM i_ext_dalv: ` dev=$D1 },\
61 { `LVM o_ext_dalv: ` line=$D1%DW rc=$D2 },\
62 { `LVM alloc_sa_bfs: ` line=$D4%DW d1=$D1 d2=$D2 },\
63 { `LVM i_kmpaioop: d1=$D1 d2=$D2 d3=$D3 d4=$D4 line=$D5%DW` },\
64 { `LVM o_kmpaioop: rc=$D1 line=$D2%DW` },\
65 { `LVM i_kupdpv_mpid: dev=$D1 pvnum=$D2 mpid=$D3 line=$D4%DW` },\
66 { `LVM o_kupdpv_mpid: dev=$D1 pvnum=$D2 pvptr=$D3 mpid=$D4 line=$D5%DW` },\
67 { `LVM i_kppstale: dev=$D1 lvminor=$D2 lpnum=$D3 isrpv=$D4 line=$D5%DW` },\
68 { `LVM o_kppstale: rc=$D1 line=$D2%DW` },\
69 { `LVM i_kopenaiovg: dev=$D1 vgflag=$D2` },\
70 { `LVM o_kopenaiovg: dev=$D1 vgflag=$D2 line=$D3%DW rc=$D4` },\
71 { `LVM i_kaiorecvr: d1=$D1 d2=$D2 d3=$D3 d4=$D4 line=$D5%DW` },\
72 { `LVM o_kaiorecvr: rc=$D1 line=$D2%DW` },\
73 { `LVM aio_config: d1=$D1 d2=$D2 d3=$D3 d4=$D4 line=$D5%DW` },\
\* { `LVM subhook=$HD%DW: d1=$D1 d2=$D2 d3=$D3` }
5D5 1.0 "@LVM CONCURRENT EVENTS" \
$HD%D2, \
1 { `LVM conc: dist_cmd=$D1%DW` },\
2 { `LVM conc: dcfg_child: dev=$D1 msg_type=$D2%DW result=$D3` },\
3 { `LVM conc: event: dev=$D1 event=$D2 line=$D3%DW` },\
4 { `LVM conc: tstamp: dev=$D1 sec=$D2 nsec=$D3 line=$D4%DW` },\
5 { `LVM conc: vgsa_child: dev=$D1 msg_type=$D2%DW vote=$D3` },\
\* { `LVM subhook=$HD%DW: d1=$D1 d2=$D2 d3=$D3` }
5D6 1.0 "@LVM DEBUG EVENTS" \
$HD%D2, \
1 { `LVM top: dev=$D1 event=$D2 line=$D3%DW` },\
\* { `LVM subhook=$HD%DW: d1=$D1 d2=$D2 d3=$D3` }
5D7 1.0 "@LVM ERROR EVENTS" \
$HD%D2, \
1 { `LVM hd_bbdir: dev=$D1 data1=$D2 data2=$D3 line=$D4%DW` },\
2 { `LVM hd_bbrel: dev=$D1 data1=$D2 data2=$D3 line=$D4%DW` },\
3 { `LVM hd_cfglv: dev=$D1 data1=$D2 data2=$D3 line=$D4%DW` },\
4 { `LVM hd_cfgpv: dev=$D1 data1=$D2 data2=$D3 line=$D4%DW` },\
5 { `LVM hd_cfgvg: dev=$D1 data1=$D2 data2=$D3 line=$D4%DW` },\
6 { `LVM hd_gs_conc: dev=$D1 data1=$D2 data2=$D3 line=$D4%DW` },\
7 { `LVM hd_mircach: dev=$D1 data1=$D2 data2=$D3 line=$D4%DW` },\
8 { `LVM hd_phys: dev=$D1 data1=$D2 data2=$D3 line=$D4%DW` },\
9 { `LVM hd_sched: dev=$D1 data1=$D2 data2=$D3 line=$D4%DW` },\
10 { `LVM hd_strat: dev=$D1 data1=$D2 data2=$D3 line=$D4%DW` },\
11 { `LVM hd_top: dev=$D1 data1=$D2 data2=$D3 line=$D4%DW` },\
12 { `LVM hd_vgsa: dev=$D1 data1=$D2 data2=$D3 line=$D4%DW` },\
13 { `LVM hd_cfgmp: d1=$D1 d2=$D2 d3=$D3 rc=$D4 line=$D5%DW` },\
14 { `LVM hd_aiomir: d1=$D1 d2=$D2 d3=$D3 rc=$D4 line=$D5%DW` },\
15 { `LVM wpar_err: dev=$D1 line=$D2%DW` },\
16 { `LVM hd_vgda: dev=$D1 data1=$D2 data2=$D3 line=$D4%DW` },\
17 { `LVM rclm_iodone: dev=$D1 blkno=$D2 nbytes=$D3 error=$D4 resid=$D5` },\
18 { `LVM rclm_error: d1=$D1 d2=$D2 d3=$D3 rc=$D4 line=$D5` },\
19 { `LVM rclm_error2: rc=$D1 line=$D2` },\
\* { `LVM subhook=$HD%DW: d1=$D1 d2=$D2 d3=$D3 d4=$D4` }
5D8 1.0 L=KERN "@WPAR2TID" \
$GENERIC, \
1 { \
$D1, \
0x02 { W2 cidinstall($TID,D4,0,0,0, S2) \
"corral_config kcid="W2 D4 "WPAR_name=" S2 "WPAR_root_path=" S2 }, \
0x03 { W2 cidinstall($TID,D4,0,0,0, $HL%S1) \
"corral_modify kcid="W2 D4 "newname WPAR_name=" $HL%S1 }, \
\* { `Unknown Generic hook id=$D1` } \
$BREAK \
} \
$HD, \
001 { cidinstall($TID, $D2, 0, 0, 0, 0) "brand: pid="prKernelPID($D1) "kcid="$D2%D4 }, \
\* { `unknown subhook id $HD` }
5DA 1.0 L=KERN "@ RECOVERY MANAGER" \
$HD, \
0x01 { "ermgr_enter:" trans=$D1 rmgrwa=$D2 }, \
0x02 { "ermgr_exit:" rmgrwa=$D1 }, \
0x03 { "ermgr_epilog:" trmgrwa=$D1 rmgrwa=$D2 ectxid=$D3 }, \
0x04 { "drmgr_enter:" except=$D1 mst=$D2 }, \
0x05 { "drmgr_epilog:" rmgrwa=$D1 action=$D2 }, \
0x06 { "reentry:" rmgrwa=$D1 id=$D2 iar=$D3 }, \
0x07 { "longjmpx:" rmgrwa=$D1 jbuf=$D2 }, \
0x08 { "excbranch:" rmgrwa=$D1 excbranch=$D2 }, \
0x09 { "transition:" rmgrwa=$D1 trans=$D2 ectxid=$D3 }, \
0x0a { "frr_call:" rmgrwa=$D1 frr=$D2 }, \
0x0b { "frr_ret:" rmgrwa=$D1 action=$D2 }, \
0x0c { "continue:" rmgrwa=$D1 frrid=$D2 iar=$D3 }, \
0x0d { "lrmgr_epilog:" rmgrwa=$D1 action=$D2 }, \
0x0e { "rmgr_abend:" kerrno=$D1 data=$D2 lr=$D3 }, \
0x0f { "rmgr_halt_system:" rmgrwa=$D1 kerrno=$D2 data=$D3 lr=$D4 }, \
\* { "unknown:" subhk=$HD }
5E6 1.0 L=KERN "RAS CT" \
$HD, \
0x1 { SUSPEND raspbp=$D1 flags=$D2 base=$D3 in=$D4 lvl|size=$D5 }, \
0x2 { RESUME raspbp=$D1 flags=$D2 base=$D3 in=$D4 lvl|size=$D5 }, \
0x3 { MEMBUFSIZE1 raspbp=$D1 flags=$D2 base=$D3 in=$D4 lvl|size=$D5 }, \
0x4 { MEMBUFSIZE2 raspbp=$D1 flags=$D2 base=$D3 in=$D4 lvl|size=$D5 }, \
0x5 { ALLOC raspbp=$D1 flags=$D2 base=$D3 in=$D4 lvl|size=$D5 }, \
0x6 { FREE raspbp=$D1 flags=$D2 base=$D3 in=$D4 lvl|size=$D5 }, \
0x7 { DR_EXIT event=$D1 size=$D2 rc=$D3 }, \
0x8 { RTEC rc=$D1 data=$D2 }, \
0x10 { ACCTPLUS0 raspbp=$D1 delta=$D2 totbuf=$D3 cmd=$D4 }, \
0x20 { ACCTPLUS1 raspbp=$D1 delta=$D2 totbuf=$D3 cmd=$D4 }, \
0x30 { ACCTPLUS2 raspbp=$D1 delta=$D2 totbuf=$D3 cmd=$D4 }, \
0x40 { ACCTPLUS3 raspbp=$D1 delta=$D2 totbuf=$D3 cmd=$D4 }, \
0xA0 { ACCTMINUS0 raspbp=$D1 delta=-$D2 totbuf=$D3 cmd=$D4 }, \
0xB0 { ACCTMINUS1 raspbp=$D1 delta=-$D2 totbuf=$D3 cmd=$D4 }, \
0xC0 { ACCTMINUS2 raspbp=$D1 delta=-$D2 totbuf=$D3 cmd=$D4 }, \
0xD0 { GETUB raspbp=$D1 eyec=$D2 bufptr=$D3 len=$D4 }, \
0xE0 { ENDUB raspbp=$D1 rc=$D2 }, \
0xF0 { UNMANAGED raspbp=$D1 flags=$D2 base=$D3 in=$D4 lvl|size=$D5 }, \
\* { unknown $HD $D1 $D2 $D3 $D4 $D5 }
5EC 1.0 'RDS ' \
$HD%D1, \
1 {`rds_init_all_hca_in`}, \
2 {`rds_init_all_hca_out0`}, \
3 {`rds_init_all_hca_out1 rc=$D1%DW ibcp=$D2%XW`}, \
4 {`rds_init_all_hca_out2 rc=$D1%DW ibcp=$D2%XW`}, \
5 {`rds_init_all_hca_out flag=$D1%DW`}, \
6 {`rds_init_in`}, \
7 {`rds_init_out0`}, \
8 {`rds_init_out1 err=$D1%DW`}, \
9 {`rds_init_out2`}, \
10 {`rds_init_out3 err=$D1%DW`}, \
11 {`rds_init_out4`}, \
12 {`rds_init_out5`}, \
13 {`rds_init_out`}, \
14 {`rds_term_in`}, \
15 {`rds_term_out`}, \
16 {`rds_free_postrecv_in m=$D1%XW`}, \
17 {`rds_free_postrecv_out rc=$D1%DW`}, \
18 {`rds_sbappendaddr_in m0=$D1%XW so=$D2%XW control=$D3%XW`}, \
19 {`rds_sbappendaddr_out0 space=$D1%XW rds_sbspace=$D2%XW `}, \
20 {`rds_sbappendaddr_out1 sa_len=$D1%DW MLEN=$D2%DW`}, \
21 {`rds_sbappendaddr_out2 ibcp=$D1%XW`}, \
22 {`rds_sbappendaddr_out ibcp=$D1%XW ret=$D2%DW`}, \
23 {`rds_process_data_in sp=$D1%XW ibcp=$D2%XW sendcb=$D3%XW`}, \
24 {`rds_process_data_out0 sp=$D1%XW ibcp=$D2%XW sendcb=$D3%XW`}, \
25 {`rds_process_data_dbg0 lport=$D1%XW faddr=$D2%XW fport=$D3%XW`}, \
26 {`rds_process_data_out1 msgnum=$D1%XW last_msg_rcvd=$D2%XW lport=$D3%XW faddr=$D4%XW fport=$D5%XW`}, \
27 {`rds_process_data_dbg1 lport=$D1%XW msgnum=$D2%XW msgsize=$D3%XW rcvspace=$D4%XW rcvstalled=$D5%XW`}, \
28 {`rds_process_data_dbg2 newhiwat=$D1%XW msgnum=$D2%XW`}, \
29 {`rds_process_data_out2 ret=$D1%DW fport=$D2%XW rcvspace=$D3%XW sbspace=$D4%XW`}, \
30 {`rds_process_data_out error=$D1%DW sendcb=$D2%XW msgnum=$D3%XW`}, \
31 {`rds_ibcfosterpool_del_in msgnum=$D1%XW lport=$D2%XW fport=$D3%XW`}, \
32 {`rds_ibcfosterpool_del_out msgnum=$D1%XW lport=$D2%XW fport=$D3%XW`}, \
33 {`rds_input_sendcbfound_in sendcb=$D1%XW`}, \
34 {`rds_input_sendcbfound_out0 rc=$D1%DW dst_port=$D2%XW src_port=$D3%XW msgnum=$D4%XW`}, \
35 {`rds_input_sendcbfound_out1 rc=$D1%DW msgtype=$D2%XW rs_lport=$D3%XW`}, \
36 {`rds_input_sendcbfound_out2`}, \
37 {`rds_input_sendcbfound_dbg0 msgtype=$D1%XW msgnum=$D2%XW rs_lport=$D3%XW faddr=$D4%XW fport=$D5%XW`}, \
38 {`rds_input_sendcbfound_dbg1 rs_lport=$D1%XW rs_last_msg_sent=$D2%XW`}, \
39 {`rds_input_sendcbfound_out rc=$D1%DW sendcb=$D2%XW`}, \
40 {`rds_input_sendcbnotfound_in pcb=$D1%XW ibcp=$D2%XW`}, \
41 {`rds_input_sendcbnotfound_dbg0 laddr=$D1%XW dst_port=$D2%XW faddr=$D3%XW src_port=$D4%XW`}, \
42 {`rds_input_sendcbnotfound_dbg1 laddr=$D1%XW dst_port=$D2%XW faddr=$D3%XW src_port=$D4%XW`}, \
43 {`rds_input_sendcbnotfound_out0 ibcp=$D1%XW dst_port=$D2%XW src_port=$D3%XW msgnum=$D4%XW`}, \
44 {`rds_input_sendcbnotfound_out1 ibcp=$D1%XW dst_port=$D2%XW src_port=$D3%XW msgnum=$D4%XW`}, \
45 {`rds_input_sendcbnotfound_out2 rc=$D1%DW so=$D2%XW sendcb=$D3%XW`}, \
46 {`rds_input_sendcbnotfound_dbg2 laddr=$D1%XW lport=$D2%XW`}, \
47 {`rds_input_sendcbnotfound_dbg3 msgnum=$D1%XW dst_port=$D2%XW src_port=$D3%XW`}, \
48 {`rds_input_sendcbnotfound_out pcb=$D1%XW ibcp=$D2%XW`}, \
49 {`rds_input_in ibcp=$D1%XW lport=$D2%XW faddr=$D3%XW`}, \
50 {`rds_input_dbg0 laddr=$D1%XW lport=$D2%XW`}, \
51 {`rds_input_out0 ret=$D1%DW so=$D2%XW pcb=$D3%XW`}, \
52 {`rds_input_out ret=$D1%DW`}, \
53 {`rds_usrreq_in so=$D1%XW req=$D2%XW`}, \
54 {`rds_usrreq_dbg0 lport=$D1%XW sbspace=$D2%XW hiwat=$D3%XW rcvstalled=$D4%XW`}, \
55 {`rds_usrreq_out error=$D1%DW req=$D2%DW`}, \
56 {`rds_send_unstall_in lport=$D1%XW`}, \
57 {`rds_send_unstall_dbg0 lport=$D1%XW faddr=$D2%XW fport=$D3%XW`}, \
58 {`rds_send_unstall_out rc=$D1%DW error=$D2%DW sendcb=$D3%XW`}, \
59 {`rds_send_in so=$D1%XW`}, \
60 {`rds_send_out0 rc=9`}, \
61 {`rds_send_out1 rc=22`}, \
62 {`rds_send_out2 error=$D1%DW`}, \
63 {`rds_send_out3 error=$D1%DW`}, \
64 {`rds_send_out4 error=$D1%DW lport=$D2%XW faddr=$D3%XW fport=$D4%XW error=$D5%DW`}, \
65 {`rds_send_dbg0 lport=$D1%XW ibc_state=$D2%XW`}, \
66 {`rds_send_out5 so=$D1%XW ibcp=$D2%XW`}, \
67 {`rds_send_dbg1 destcb=$D1%XW lport=$D2%XW space=$D3%XW stopsends=$D4%XW overflow=$D5%XW`}, \
68 {`rds_send_dbg2 last_msgnum=$D1%XW destcb=$D2%XW lport=$D3%XW`}, \
69 {`rds_send_dbg3 msgnum=$D1%XW faddr=$D1%XW dst_port=$D2%XW stopsends=$D3%XW`}, \
70 {`rds_send_out error=$D1%DW so=error=$D1%DW`}, \
71 {`rds_getsendcb_in rcb=$D1%XW destcb=$D2%XW`}, \
72 {`rds_getsendcb_out0`}, \
73 {`rds_getsendcb_out1`}, \
74 {`rds_getsendcb_out2`}, \
75 {`rds_getsendcb_out3`}, \
76 {`rds_getsendcb_out4 sindest=$D1%XW`}, \
77 {`rds_getsendcb_out5 sindest=$D1%XW`}, \
78 {`rds_getsendcb_out6 sindest=$D1%XW ro_rt=$D2%XW`}, \
79 {`rds_getsendcb_out7 sindest=$D1%XW localip=$D2%XW`}, \
80 {`rds_getsendcb_dbg0 lport=$D1%XW ibc_state=$D2%XW`}, \
81 {`rds_getsendcb_out8 rc=$D1%DW sindest=$D2%XW ro=$D3%XW ibcp=$D4%XW`}, \
82 {`rds_getsendcb_out9 lport=$D1%XW ibc_state=$D2%XW`}, \
83 {`rds_getsendcb_out10 rc=$D1%DW lport=$D2%XW ibc_state=$D3%XW`}, \
84 {`rds_getsendcb_out11 lport=$D1%XW sindest=$D2%XW dport=$D3%XW`}, \
85 {`rds_getsendcb_out rc=$D1%DW sendcb=$D2%XW`}, \
86 {`rds_output_in destcb=$D1%XW flags=$D2%XW`}, \
87 {`rds_output_out0`}, \
88 {`rds_output_out1 destcb=$D1%XW`}, \
89 {`rds_output_out2 destcb=$D1%XW`}, \
90 {`rds_output_out3`}, \
91 {`rds_output_out4 error=$D1%DW ibcp=$D2%XW`}, \
92 {`rds_output_out error=$D1%DW ibcp=$D2%XW destcb=$D3%XW`}, \
93 {`rds_send_ack_in ibcp=$D1%XW lport=$D2%XW fport=$D3%XW msgnum=$D4%XW msgtype=$D5%XW`}, \
94 {`rds_send_ack_out0 ibcp=$D1%XW msgnum=$D2%XW`}, \
95 {`rds_send_ack_out1 ibcp=$D1%XW`}, \
96 {`rds_send_ack_dbg0 msgtype=$D1%XW msgnum=$D2%XW laddr=$D3%XW faddr=$D4%XW`}, \
97 {`rds_send_ack_dbg1 msgnum=$D1%XW msgtype=$D2%XW`}, \
98 {`rds_send_ack_out2 m=$D1%XW ibcp=$D2%XW`}, \
99 {`rds_send_ack_dbg2 src_port=$D1%XW faddr=$D2%XW dst_port=$D3%XW msgtype=$D4%XW error=$D5%DW`}, \
100 {`rds_send_ack_out error=$D1%DW ibcp=$D2%XW`}, \
101 {`rds_process_ack_in msgacked=$D1%XW msg=$D2%XW sendcb=$D3%XW`}, \
102 {`rds_process_ack_out0 msgacked=$D1%XW msg=$D2%XW sendcb=$D3%XW`}, \
103 {`rds_process_ack_out1 so=$D1%XW`}, \
104 {`rds_process_ack_out2 msgacked=$D1%XW sendcb=$D2%XW`}, \
105 {`rds_process_ack_dbg0 hiwat=$D1%XW lowat=$D2%XW`}, \
106 {`rds_process_ack_out ibcp=$D1%XW`}, \
107 {`rds_process_ack_rds_ioctl_out cmd=$D1%XW req=$D2%XW`}, \
108 {`set_rdsopt_out0 optval=$D1%XW`}, \
109 {`set_rdsopt_out1 optval=$D1%XW`}, \
110 {`set_rdsopt_out2 optval=$D1%XW`}, \
111 {`set_rdsopt_dflt_out req=$D1%XW`}, \
112 {`get_rdsopt_out0 req=$D1%XW`}, \
113 {`get_rdsopt_out1 req=$D1%XW`}, \
114 {`rds_send_keepalive_in ibcp=$D1%XW msgtype=$D2%XW`}, \
115 {`rds_send_keepalive_out0 ibcp=$D1%XW msgtype=$D2%XW`}, \
116 {`rds_send_keepalive_out1 ack_moutcnt=$D1%XW ackq_overflow=$D2%XW`}, \
117 {`rds_send_keepalive_out faddr=$D1%XW msgtype=$D2%XW`}, \
118 {`rds_pcballoc_in so=$D1%XW`}, \
119 {`rds_pcballoc_out0 so=$D1%XW`}, \
120 {`rds_pcballoc_out so=$D1%XW sp=$D2%XW`}, \
121 {`rds_rds_pcbbind_in sp=$D1%XW`}, \
122 {`rds_rds_pcbbind_out0 sp=$D1%XW`}, \
123 {`rds_rds_pcbbind_out1 m_len=$D1%XW`}, \
124 {`rds_rds_pcbbind_out2 sin_addr=$D1%XW`}, \
125 {`rds_rds_pcbbind_out3 sin_addr=$D1%XW`}, \
126 {`rds_rds_pcbbind_out4 sin_addr=$D1%XW`}, \
127 {`rds_rds_pcbbind_out5 lport=$D1%XW`}, \
128 {`rds_rds_pcbbind_out6 lport=$D1%XW`}, \
129 {`rds_rds_pcbbind_out7 lport=$D1%XW`}, \
130 {`rds_rds_pcbbind_out sp=$D1%XW lport=$D2%XW`}, \
131 {`rds_pcb_hash_ins_in sp=$D1%XW`}, \
132 {`rds_pcb_hash_ins_out0 sp=$D1%XW index=$D2%XW`}, \
133 {`rds_pcb_hash_ins_out1 sp=$D1%XW`}, \
134 {`rds_pcb_hash_ins_out`}, \
135 {`rds_pcb_hash_ins_del_in sp=$D1%XW index=$D2%XW`}, \
136 {`rds_pcb_hash_del_out0 sp=$D1%XW`}, \
137 {`rds_pcb_hash_del_out sp=$D1%XW`}, \
138 {`rds_pcblookup_in index=$D1%XW laddr=$D2%XW lport=$D3%XW`}, \
139 {`rds_pcblookup_out0 match=$D1%XW`}, \
140 {`rds_pcblookup_out1 match=$D1%XW`}, \
141 {`rds_pcblookup_out match=$D1%XW`}, \
142 {`rds_pcbdetach_in sp=$D1%XW`}, \
143 {`rds_pcbdetach_out0 so=$D1%XW`}, \
144 {`rds_pcbdetach_out1 so=$D1%XW refcnt=$D2%XW`}, \
145 {`rds_pcbdetach_out2 so=$D1%XW sp=$D2%XW`}, \
146 {`rds_pcbdetach_out sp=$D1%XW`}, \
147 {`rds_ib_init_in ibcp=$D1%XW ibp=$D2%XW`}, \
148 {`rds_ib_init_out0 ibcp=$D1%XW ibp=$D2%XW rc=$D3%DW`}, \
149 {`rds_ib_init_out1 ibcp=$D1%XW ibp=$D2%XW rc=$D3%DW`}, \
150 {`rds_ib_init_out`}, \
151 {`rds_ib_init_hca_in ibcp=$D1%XW ibp=$D2%XW`}, \
152 {`rds_ib_init_hca_out0 hca_name=$D1%XW hca_number=$D2%XW ibcp=$D3%XW rc=$D4%DW`}, \
153 {`rds_ib_init_hca_dbg0 hca_number=$D1%XW hca_handle=$D2%XW ibp=$D3%XW`}, \
154 {`rds_ib_init_hca_out1 rc=$D1%DW hca_number=$D2%XW hca_handle=$D3%XW`}, \
155 {`rds_ib_init_hca_dbg1 hca_number=$D1%XW hca_handle=$D2%XW ibp=$D3%XW`}, \
156 {`rds_ib_init_hca_out2 rc=$D1%DW hca_number=$D2%XW hca_handle=$D3%XW`}, \
157 {`rds_ib_init_hca_dbg2 hca_number=$D1%XW hca_handle=$D2%XW ibp=$D3%XW`}, \
158 {`rds_ib_init_hca_out3 hca_handle=$D1%XW`}, \
159 {`rds_ib_init_hca_out4 rc=$D1%DW hca_handle=$D2%XW`}, \
160 {`rds_ib_init_hca_dbg3 hca_handle=$D1%XW port=$D2%XW`}, \
161 {`rds_ib_init_hca_out5 hca_handle=$D1%XW port=$D2%XW`}, \
162 {`rds_ib_init_hca_dbg4 hca_handle=$D1%XW port=$D2%XW`}, \
163 {`rds_ib_init_hca_out6 hca_handle=$D1%XW port=$D2%XW`}, \
164 {`rds_ib_init_hca_dbg5 hca_handle=$D1%XW num_ports=$D2%XW`}, \
165 {`rds_ib_init_hca_out7 hca_handle=$D1%XW`}, \
166 {`rds_ib_init_hca_out8 rc=$D1%DW hca_handle=$D2%XW port=$D3%XW`}, \
167 {`rds_ib_init_hca_out9 rc=$D1%DW hca_handle=$D2%XW port=$D3%XW`}, \
168 {`rds_ib_init_hca_dbg6 port=$D1%XW source_lid=$D2%XW hca_handle=$D3%XW`}, \
169 {`rds_ib_init_hca_out`}, \
170 {`rds_ib_init_hca_out10 rc=$D1%DW rc2=$D2%DW hca_handle=$D3%XW hca_number=$D4%XW`}, \
171 {`rds_ib_init_ibc_in hca_handle=$D1%XW faddr=$D2%DW`}, \
172 {`rds_ib_init_ibc_out0 rc=$D1%DW hca_handle=$D2%XW faddr=$D3%XW port=$D4%XW`}, \
173 {`rds_ib_init_ibc_dbg0 rc=$D1%DW hca_handle=$D2%XW ibc_pd=$D3%XW`}, \
174 {`rds_ib_init_ibc_out1 rc=$D1%DW hca_handle=$D2%XW rxcq_size=$D3%XW`}, \
175 {`rds_ib_init_ibc_out2 rc=$D1%DW faddr=$D2%XW hca_handle=$D3%XW txcq_size=$D4%XW`}, \
176 {`rds_ib_init_ibc_out3 rc=$D1%DW faddr=$D2%XW hca_handle=$D3%XW rxcq_size=$D4%XW`}, \
177 {`rds_ib_init_ibc_out4 rc=$D1%DW faddr=$D2%XW hca_handle=$D3%XW txcq_size=$D4%XW`}, \
178 {`rds_ib_init_ibc_out5 rc=$D1%DW faddr=$D2%XW hca_handle=$D3%XW rxcq_size=$D4%XW`}, \
179 {`rds_ib_init_ibc_out6 rc=$D1%DW faddr=$D2%XW hca_handle=$D3%XW txcq_size=$D4%XW`}, \
180 {`rds_ib_init_ibc_out7 rc=$D1%DW faddr=$D2%XW hca_handle=$D3%XW`}, \
181 {`rds_ib_init_ibc_out8 rc=$D1%DW faddr=$D2%XW hca_handle=$D3%XW qp_handle=$D4%XW qp_number=$D5%XW`}, \
182 {`rds_ib_init_ibc_out9 rc=$D1%DW faddr=$D2%XW hca_handle=$D3%XW activeside=$D4%XW`}, \
183 {`rds_ib_init_ibc_out hca_handle=$D1%XW`}, \
184 {`rds_ib_init_ibc_out10 rc=$D1%DW rc2=$D2%DW hca_handle=$D3%XW`}, \
185 {`rds_ib_term_ibc_in hca_handle=$D1%XW faddr=$D2%XW`}, \
186 {`rds_ib_term_ibc_out0 rc=$D1%DW hca_handle=$D2%XW faddr=$D3%XW qp_handle=$D4%XW qp_number=$D5%XW`}, \
187 {`rds_ib_term_ibc_out1 rc=$D1%DW hca_handle=$D2%XW rxcq_handle=$D3%XW`}, \
188 {`rds_ib_term_ibc_out2 rc=$D1%DW hca_handle=$D2%XW txcq_handle=$D3%XW`}, \
189 {`rds_ib_term_ibc_out3 rc=$D1%DW hca_handle=$D2%XW rxmem_handle=$D3%XW`}, \
190 {`rds_ib_term_ibc_out4 rc=$D1%DW hca_handle=$D2%XW acktx_handle=$D3%XW`}, \
191 {`rds_ib_term_ibc_out5 rc=$D1%DW hca_handle=$D2%XW txmem_handle=$D3%XW`}, \
192 {`rds_ib_term_ibc_dbg0 faddr=$D1%XW hca_handle=$D2%XW rxbuf_moutcnt=$D3%XW`}, \
193 {`rds_ib_term_ibc_dbg1 faddr=$D1%XW hca_handle=$D2%XW rxbuf_moutcnt=$D3%XW`}, \
194 {`rds_ib_term_ibc_dbg2 faddr=$D1%XW hca_handle=$D2%XW ackbuf_moutcnt=$D3%XW`}, \
195 {`rds_ib_term_ibc_out6 rc=$D1%DW faddr=$D2%XW hca_handle=$D3%XW pd=$D4%XW`}, \
196 {`rds_ib_term_ibc_out faddr=$D1%XW hca_handle=$D2%XW`}, \
197 {`rds_ib_term_all_hca_in ibc_count=$D1%XW`}, \
198 {`rds_ib_term_all_hca_out0 rc=$D1%DW`}, \
199 {`rds_ib_term_all_hca_out`}, \
200 {`rds_ib_post_recv_in faddr=$D1%XW m=$D2%XW`}, \
201 {`rds_ib_post_recv_out0 rc=$D1%DW faddr=$D2%XW m=$D3%XW rxmem_LKey=$D4%XW`}, \
202 {`rds_ib_post_recv_out rc=$D1%DW`}, \
203 {`rds_cm_connect_in faddr=$D1%XW`}, \
204 {`rds_cm_connect_out0 ifp=$D1%XW`}, \
205 {`rds_cm_connect_out1 ifp=$D1%XW`}, \
206 {`rds_cm_connect_out2 ifp=$D1%XW`}, \
207 {`rds_cm_connect_out3 rc=$D1%DW faddr=$D2%XW`}, \
208 {`rds_cm_connect_dbg0 rc=$D1%DW if_dep=$D2%XW at_flags=$D3%XW`}, \
209 {`rds_cm_connect_out4 rc=$D1%DW at_flags=$D2%XW`}, \
210 {`rds_cm_connect_out5 ap=$D1%DW`}, \
211 {`rds_cm_connect_out6 ap=$D1%DW`}, \
212 {`rds_cm_connect_out7 faddr=$D1%XW`}, \
213 {`rds_cm_connect_out8 ibcp=$D1%XW`}, \
214 {`rds_cm_connect_out9 rc=$D1%DW hca_handle=$D2%XW faddr=$D3%XW hca_number=$D4%XW`}, \
215 {`rds_cm_connect_dbg1 faddr=$D1%XW DLID=$D2%XW`}, \
216 {`rds_cm_connect_out10 rc=$D1%DW faddr=$D2%XW hca_handle=$D3%XW port=$D4%XW`}, \
217 {`rds_cm_connect_out11 faddr=$D1%XW hca_handle=$D2%XW conn_handle=$D3%XW`}, \
218 {`rds_cm_connect_out12 rc=$D1%DW hca_handle=$D2%XW`}, \
219 {`rds_ib_listener_init_in hca_handle=$D1%XW port=$D2%XW ibc_PKey=$D3%XW`}, \
220 {`rds_ib_listener_init_out0 rc=$D1%DW hca_handle=$D2%XW port=$D3%XW`}, \
221 {`rds_ib_listener_init_out`}, \
222 {`rds_cm_listen_complete_in hca_handle=$D1%XW faddr=$D2%XW port=$D3%XW`}, \
223 {`rds_cm_listen_complete_out0 faddr=$D1%XW`}, \
224 {`rds_cm_listen_complete_out1 rc=$D1%DW hca_handle=$D2%XW port=$D3%XW`}, \
225 {`rds_cm_listen_complete_out2 rc=$D1%DW hca_handle=$D2%XW faddr=$D3%XW`}, \
226 {`rds_cm_listen_complete_out`}, \
227 {`rds_cm_listen_complete_out3 rc2=$D1%DW rc=$D2%DW`}, \
228 {`rds_cm_accept_in ibcp=$D1%XW`}, \
229 {`rds_cm_accept_out0 ibcp=$D1%XW`}, \
230 {`rds_cm_accept_out1 rc=$D1%DW faddr=$D2%XW hca_handle=$D3%XW`}, \
231 {`rds_cm_accept_out faddr=$D1%XW hca_handle=$D2%XW conn_handle=$D3%XW`}, \
232 {`rds_cm_accept_ontimer_in faddr=$D1%XW hca_handle=$D2%XW`}, \
233 {`rds_cm_accept_ontimer_out rc=$D1%DW ibcp=$D2%XW`}, \
234 {`rds_ib_input_in ibcp=$D1%XW`}, \
235 {`rds_ib_input_out0 faddr=$D1%XW msgtype=$D2%XW msgnum=$D3%XW`}, \
236 {`rds_ib_input_out1 rc=$D1%DW m=$D2%XW ibcp=$D3%XW`}, \
237 {`rds_ib_input_dbg0 faddr=$D1%XW msgtype=$D2%XW msgnum=$D3%XW datadue=$D4%XW`}, \
238 {`rds_ib_input_out rc=$D1%DW`}, \
239 {`rds_ib_output_in sendcb=$D1%XW`}, \
240 {`rds_ib_output_out0 sendcb=$D1%XW`}, \
241 {`rds_ib_output_out1 sendcb=$D1%XW`}, \
242 {`rds_ib_output_out2 sendcb=$D1%XW`}, \
243 {`rds_ib_output_out3 sendcb=$D1%XW`}, \
244 {`rds_ib_output_out4 sendcb=$D1%XW`}, \
245 {`rds_ib_output_dbg0 faddr=$D1%XW cur_msgnum=$D2%XW last_msg_sent=$D3%XW msgnum=$D4%XW pkt2send=$D5%XW`}, \
246 {`rds_ib_output_out5 sendcb=$D1%XW`}, \
247 {`rds_ib_output_dbg1 arg1=$D1%XW arg2=$D2%XW arg3=$D3%XW arg4=$D4%XW`}, \
248 {`rds_ib_output_dbg2 faddr=$D1%XW ibcseqnum=$D2%XW seqnum_deliv=$D3%XW ackseq_deliv=$D4%XW`}, \
249 {`rds_ib_output_out6 cur_msgnum=$D1%XW lport=$D2%XW fport=$D3%XW faddr=$D4%XW`}, \
250 {`rds_ib_output_out7 rc=$D1%DW txbuf_moutcnt=$D2%XW ibc_seqnum=$D3%XW seqnum_deliv=$D4%XW ackseq_deliv=$D5%XW`}, \
251 {`rds_ib_output_dbg3 cur_msgnum=$D1%XW stopsends=$D2%XW sendq_taken=sendq_taken`}, \
252 {`rds_ib_output_dbg4 ibcp=$D1%XW`}, \
253 {`rds_ib_output_out rc=$D1%DW`}, \
254 {`rds_sendcb_copy_newpool_in lport=$D1%XW faddr=$D2%XW fport=$D3%XW msgnum=$D4%XW`}, \
255 {`rds_sendcb_copy_newpool_out0 error=$D1%XW so=$D2%XW ibcp=$D3%XW`}, \
256 {`rds_sendcb_copy_newpool_out sendcb=$D1%XW`}, \
257 {`rds_cm_conn_ready_in ibcp=$D1%XW`}, \
258 {`rds_cm_conn_ready_out0 ibcp=$D1%XW sendcb=$D2%XW`}, \
259 {`rds_cm_conn_ready_out1 sendcb=$D1%XW rdspcb=$D2%XW`}, \
260 {`rds_cm_conn_ready_out`}, \
261 {`rds_warn_sendcb_ibcerror_in ibcp=$D1%XW error=$D2%XW`}, \
262 {`rds_warn_sendcb_ibcerror_out`}, \
263 {`rds_cm_rejected_in faddr=$D1%XW ibc_state=$D2%XW`}, \
264 {`rds_cm_rejected_out0 so=$D1%XW newm=$D2%XW`}, \
265 {`rds_cm_rejected_out1 so=$D1%XW newm=$D2%XW`}, \
266 {`rds_cm_rejected_out2 faddr=$D1%XW`}, \
267 {`rds_cm_rejected_out`}, \
268 {`rds_cm_disconnect_in ibcp=$D1%XW`}, \
269 {`rds_cm_disconnect_out0 ibc_state=$D1%XW`}, \
270 {`rds_cm_disconnect_out1 rc=$D1%DW ibc_state=$D2%XW`}, \
271 {`rds_cm_disconnect_out2 rc=$D1%DW ibc_state=$D2%XW`}, \
272 {`rds_cm_disconnect_out rc=$D1%DW`}, \
273 {`rds_ib_rxcq_handler_in ibcp=$D1%XW`}, \
274 {`rds_ib_rxcq_handler_out0 faddr=$D1%XW PollHcaHandle=$D2%XW hca_handle=$D3%XW CqHandleIn=$D4%XW rxcq_handle=$D5%XW`}, \
275 {`rds_ib_rxcq_handler_out1 faddr=$D1%XW rc=$D2%DW`}, \
276 {`rds_ib_rxcq_handler_out2 hca_handle=$D1%XW`}, \
277 {`rds_ib_rxcq_handler_out3 faddr=$D1%XW ifpnew=$D2%XW`}, \
278 {`rds_ib_rxcq_handler_dbg0 hca_number=$D1%XW hca_handle=$D2%XW ibp=$D3%XW`}, \
279 {`rds_ib_rxcq_handler_dbg1 hca_number=$D1%XW hca_handle=$D2%XW ibp=$D3%XW`}, \
280 {`rds_ib_rxcq_handler_dbg2 hca_number=$D1%XW hca_handle=$D2%XW ibp=$D3%XW`}, \
281 {`rds_ib_rxcq_handler_out`}, \
282 {`rds_ib_txcq_handler_in hca_handle=$D1%XW txcq_handle=$D2%XW`}, \
283 {`rds_ib_txcq_handler_out0 ibcp=$D1%XW rc=$D2%DW`}, \
284 {`rds_ib_txcq_handler_out ibcp=$D1%XW`}, \
285 {`rds_ib_txcq_poll_in ibcp=$D1%XW`}, \
286 {`rds_ib_txcq_poll_out0 txcq_handle=$D1%XW hca_handle=$D2%XW`}, \
287 {`rds_ib_txcq_poll_out1 faddr=$D1%XW rc=$D2%DW`}, \
288 {`rds_ib_txcq_poll_dbg0 faddr=$D1%XW ErrorType=$D2%XW WrkReqId=$D3%XW`}, \
289 {`rds_ib_txcq_poll_dbg1 faddr=$D1%XW qp_number=$D2%XW LocalQpn=$D3%XW`}, \
290 {`rds_ib_txcq_poll_dbg2 faddr=$D1%XW wrid=$D2%XW sendq_overflow=$D3%XW ackq_overflow=$D4%XW`}, \
291 {`rds_ib_txcq_poll_dbg3 msgtype=$D1%XW msgnum=$D2%XW sendq_taken=$D3%XW`}, \
292 {`rds_ib_txcq_poll_out rc=$D1%DW ibcp=$D2%XW`}, \
293 {`rds_ib_eq_handler hca_handle=$D1%XW event=$D2%XW`}, \
294 {`rds_ib_cm_handler_in cm_ibcp=$D1%XW hca_handle=$D2%XW`}, \
295 {`rds_ib_cm_handler_out0 hca_handle=$D1%XW ConnHandle=$D2%XW`}, \
296 {`rds_ib_cm_handler_dbg0 faddr=$D1%XW ReasonCode=$D2%XW ConnHandle=$D3%XW hca_handle=$D4%XW`}, \
297 {`rds_ib_cm_handler_dbg1 faddr=$D1%XW ReasonCode=$D2%XW ConnHandle=$D3%XW hca_handle=$D4%XW`}, \
298 {`rds_ib_cm_handler_dbg2 src_addr=$D1%XW ConnHandle=$D2%XW hca_handle=$D3%XW`}, \
299 {`rds_ib_cm_handler_out1 hca_handle=$D1%XW ConnHandle=$D2%XW RoleType=$D3%XW`}, \
300 {`rds_ib_cm_handler_dbg3 faddr=$D1%XW ConnHandle=$D2%XW hca_handle=$D3%XW`}, \
301 {`rds_ib_cm_handler_out2 hca_handle=$D1%XW`}, \
302 {`rds_ib_cm_handler_dbg4 faddr=$D1%XW EventCode=$D2%XW`}, \
303 {`rds_ib_cm_handler_out`}, \
304 {`rds_ib_term_hca_in hca_number=$D1%XW`}, \
305 {`rds_ib_term_hca_out0 hca_number=$D1%XW`}, \
306 {`rds_ib_term_hca_out1 rc=$D1%DW hca_handle=$D2%XW`}, \
307 {`rds_ib_term_hca_out2 rc=$D1%DW hca_handle=$D2%XW`}, \
308 {`rds_ib_term_hca_out`}, \
309 {`rds_ib_conn_close_in`}, \
310 {`rds_ib_conn_close_out`}, \
311 {`rds_find_ibsoftc_in hca_handle=$D1%XW port=$D2%XW`}, \
312 {`rds_find_ibsoftc_out0 tmpibp=$D1%XW`}, \
313 {`rds_find_ibsoftc_out hca_handle=$D1%XW`}, \
314 {`rds_send_ack_ontimer_in`}, \
315 {`rds_send_ack_ontimer_dbg0 faddr=$D1%XW lport=$D2%XW fport=$D3%XW `}, \
316 {`rds_send_ack_ontimer_out`}, \
317 {`rds_timer_in`}, \
318 {`rds_timer_dbg0 faddr=$D1%XW`}, \
319 {`rds_timer_dbg1 rc=$D1%DW faddr=$D2%XW`}, \
320 {`rds_timer_dbg2 faddr=$D1%XW`}, \
321 {`rds_timer_out0 faddr=$D1%XW`}, \
322 {`rds_timer_out1 faddr=$D1%XW`}, \
323 {`rds_timer_out2 faddr=$D1%XW`}, \
324 {`rds_timer_out3 faddr=$D1%XW ifpnew=$D2%XW`}, \
325 {`rds_timer_out4 faddr=$D1%XW`}, \
326 {`rds_timer_out5 ibcp=$D1%XW`}, \
327 {`rds_timer_out`}, \
328 {`rds_ib_failover_in faddr=$D1%XW`}, \
329 {`rds_ib_failover_out`}, \
330 {`rds_clear_ibc_in ibcp=$D1%XW`}, \
331 {`rds_clear_ibc_dbg faddr=$D1%XW`}, \
332 {`rds_clear_ibc_out ibcp=$D1%XW`}, \
333 {`rds_ibc_hash_ins_in faddr=$D1%XW loopback=$D2%XW`}, \
334 {`rds_ibc_hash_ins_out0 ibctmp=$D1%XW faddr=$D2%XW`}, \
335 {`rds_ibc_hash_ins_out1 faddr=$D1%XW`}, \
336 {`rds_ibc_hash_ins_out newibc=$D1%XW`}, \
337 {`rds_ibc_hash_del_in ibcp=$D1%XW`}, \
338 {`rds_ibc_hash_del_out1`}, \
339 {`rds_ibc_hash_del_out0 ibcp=$D1%XW`}, \
340 {`rds_ibc_hash_del_out`}, \
341 {`rds_ibc_hash_lookup_in lookupaddr=$D1%XW`}, \
342 {`rds_ibc_hash_lookup_out0 ibctmp=$D1%XW`}, \
343 {`rds_ibc_hash_out`}, \
344 {`rds_ibclookup_in rdsibkp=$D1%XW`}, \
345 {`rds_ibclookup_out0`}, \
346 {`rds_ibclookup_out1 ibcp=$D1%XW`}, \
347 {`rds_ibclookup_out2 match=$D1%XW`}, \
348 {`rds_ibclookup_out match=$D1%XW`}, \
349 {`rds_sendcb_hash_ins_in fport=$D1%XW faddr=$D2%XW lport=$D3%XW`}, \
350 {`rds_sendcb_hash_ins_out0 sendcbtmp=$D1%XW`}, \
351 {`rds_sendcb_hash_ins_out1 lport=$D1%XW fport=$D2%XW`}, \
352 {`rds_sendcb_hash_ins_out2 pcb=$D1%XW`}, \
353 {`rds_sendcb_hash_ins_out3 so=$D1%XW`}, \
354 {`rds_sendcb_hash_ins_out4 newsendcb=$D1%XW`}, \
355 {`rds_sendcb_hash_ins_out5 newsendcb=$D1%XW`}, \
356 {`rds_sendcb_hash_ins_out lport=$D1%XW faddr=$D2%XW fport=$D3%XW newsendcb=$D4%XW`}, \
357 {`rds_sendcb_hash_del_in lport=$D1%XW faddr=$D2%XW fport=$D3%XW`}, \
358 {`rds_sendcb_hash_del_out0 sendcb=$D1%XW`}, \
359 {`rds_sendcb_hash_del_out sendcb=$D1%XW`}, \
360 {`rds_sendcb_hash_lookup_in lport=$D1%XW faddr=$D2%XW fport=$D3%XW`}, \
361 {`rds_sendcb_hash_lookup_out0 faddr=$D1%XW fport=$D2%XW sendcbtmp=$D3%XW`}, \
362 {`rds_sendcb_hash_lookup_out faddr=$D1%XW`}, \
363 {`rds_movetofosterpool_in laddr=$D1%XW lport=$D2%XW fport=$D3%XW`}, \
364 {`rds_movetofosterpool_out0 sendcb=$D1%XW last_msg_sent=$D2%XW`}, \
365 {`rds_movetofosterpool_out ibcp=$D1%XW sendcb=$D2%XW`}, \
366 {`rds_rds_sendcbdetach_in sp=$D2%XW`}, \
367 {`rds_rds_sendcbdetach_dbg0 faddr=$D1%XW lport=$D2%XW fport=$D3%XW`}, \
368 {`rds_rds_sendcbdetach_out0 laddr=$D1%XW lport=$D2%XW fport=$D3%XW`}, \
369 {`rds_rds_sendcbdetach_out1 sendcb=$D1%XW`}, \
370 {`rds_rds_sendcbdetach_out2 sendcb=$D1%XW`}, \
371 {`rds_rds_sendcbdetach_dbg1 faddr=$D1%XW lport=$D2%XW fport=$D3%XW unsentmsg=$D4%XW`}, \
372 {`rds_rds_sendcbdetach_out`}, \
373 {`rds_register_pools_in ibcp=$D1%XW pool=$D2%XW`}, \
374 {`rds_register_pools_dbg0 rxpooloutcnt=$D1%XW faddr=$D2%XW`}, \
375 {`rds_register_pools_out0 rc=$D1%DW hca_handle=$D2%XW`}, \
376 {`rds_register_pools_out1 rc=$D1%DW ibcp=$D2%XW`}, \
377 {`rds_register_pools_out2 rc=$D1%DW ibcp=$D2%XW`}, \
378 {`rds_register_pools_out3 rc=$D1%DW ibcp=$D2%XW`}, \
379 {`rds_register_pools_out ibcp=$D1%DW`}, \
380 {`rds_build_buf_pool_in ibcp=$D1%XW allpools=$D2%XW`}, \
381 {`rds_build_buf_pool_out0 faddr=$D1%XW`}, \
382 {`rds_build_buf_pool_out rc=$D1%DW ibcp=$D2%XW faddr=$D3%XW`}, \
383 {`rds_fetch_buffer_in so=$D1%DW ibcp=$D2%XW`}, \
384 {`rds_fetch_buffer_out0 txbuf_pool=$D1%DW`}, \
385 {`rds_fetch_buffer_out1 ibcp=$D1%XW`}, \
386 {`rds_fetch_buffer_out ibcp=$D1%XW`}, \
387 {`rds_loopback_output_in sendcb=$D1%XW`}, \
388 {`rds_loopback_output_out0 sendcb=$D1%XW`}, \
389 {`rds_loopback_output_out1 sendcb=$D1%XW`}, \
390 {`rds_loopback_output_out2 sendcb=$D1%XW ibcp=$D2%XW`}, \
391 {`rds_loopback_output_out3 last_msgnum=$D1%XW`}, \
392 {`rds_loopback_output_out4 sendcb=$D1%XW`}, \
393 {`rds_loopback_output_out5 msgnum=$D1%XW last_msg_sent=$D2%XW pkt2send=$D3%XW`}, \
394 {`rds_loopback_output_out6 sendcb=$D1%XW`}, \
395 {`rds_loopback_output_out7 error=$D1%XW pkt2send=$D2%XW ibcp=$D3%XW`}, \
396 {`rds_loopback_output_dbg cur_msgnum=$D1%XW rs_stopsends=$D2%XW sendq_taken=$D3%XW`}, \
397 {`rds_loopback_output_out nummsg=$D1%XW so=$D2%XW`}, \
398 {`rds_loopback_ibc_create_out faddr=$D1%XW ibcp=$D2%XW`}, \
399 {`rds_restart_sends_in ibcp=$D1%XW`}, \
400 {`rds_restart_sends_out0 ibcp=$D1%XW`}, \
401 {`rds_restart_sends_out1 ibcp=$D1%XW sendcb=$D2%XW`}, \
402 {`rds_restart_sends_out`}, \
\* { unknown subhook $HD $ERROR }
5F0 1.0 L=KERN "@Network RTEC Error Log" \
{{ \
print_decoded_kerrno(kerrno) \
"kerrno = " $kerrno \n \
{{ $kerrno_block = $kerrno & 0xFFF000 }} \
{{ $kerrno_src_line = $kerrno & 0xFFF }} \
{{ $kerrno_block_found = 1 }} \
$kerrno_block - 0x940000, \
0x000000 { "src/bos/kernel/lib/libofed_wrappers/linked_lists.c" }, \
0x001000 { "src/bos/kernel/lib/libofed_wrappers/syncronization_primitives.c" }, \
0x002000 { "src/bos/kernel/lib/libofed_wrappers/work_queues.c" }, \
0x003000 { "src/ofed/kernext/rds/af_rds.c" }, \
0x004000 { "src/ofed/kernext/rds/aix_rds_config.c" }, \
0x005000 { "src/ofed/kernext/rds/aix_ofed_socket.c" }, \
0x006000 { "src/ofed/kernext/rds/bind.c" }, \
0x007000 { "src/ofed/kernext/rds/cong.c" }, \
0x008000 { "src/ofed/kernext/rds/connection.c" }, \
0x009000 { "src/ofed/kernext/rds/info.c" }, \
0x00A000 { "src/ofed/kernext/rds/loop.c" }, \
0x00B000 { "src/ofed/kernext/rds/message.c" }, \
0x00C000 { "src/ofed/kernext/rds/page.c" }, \
0x00D000 { "src/ofed/kernext/rds/recv.c" }, \
0x00E000 { "src/ofed/kernext/rds/send.c" }, \
0x00F000 { "src/ofed/kernext/rds/stats.c" }, \
0x010000 { "src/ofed/kernext/rds/aix_rds_sysctl.c" }, \
0x011000 { "src/ofed/kernext/rds/threads.c" }, \
0x012000 { "src/ofed/kernext/rds/transport.c" }, \
0x013000 { "src/bos/kernel/lib/libofed_wrappers/ofed_ras.c" }, \
0x014000 { "src/ofed/kernext/rds/aix_rds_proto.c" }, \
0x015000 { "src/bos/kernel/lib/libofed_wrappers/memory_management.c" }, \
0x016000 { "src/bos/kernel/lib/libofed_wrappers/multiprocessor.c" }, \
0x017000 { "src/ofed/kernext/rds/ib.c" }, \
0x018000 { "src/ofed/kernext/rds/ib_cm.c" }, \
0x019000 { "src/ofed/kernext/rds/ib_ring.c" }, \
0x01A000 { "src/ofed/kernext/rds/ib_stats.c" }, \
0x01B000 { "src/ofed/kernext/rds/ib_recv.c" }, \
0x01C000 { "src/ofed/kernext/rds/ib_send.c" }, \
0x01D000 { "src/ofed/kernext/rds/aix_ofed_ib_dma.c" }, \
0x01E000 { "src/ofed/kernext/rds/aix_ib_wrapper.c" }, \
0x01F000 { "src/ofed/kernext/rds/aix_ib_arp_provider.c" }, \
0x020000 { "src/bos/kernel/lib/libofed_wrappers/ofed_misc_wrappers.c" }, \
0x021000 { "src/bos/kernel/lib/libofed_wrappers/hash_tables.c" }, \
0x022000 { "src/bos/kernel/lib/libofed_wrappers/red_black_trees.c" }, \
0x023000 { "src/ofed/kernext/rds/aix_ib_cm.c" }, \
0x024000 { "src/ofed/kernext/rds/rdma.c" }, \
0x025000 { "src/ofed/kernext/rds/ib_rdma.c" }, \
0x026000 { "src/ofed/kernext/rds/aix_ib_device.c" }, \
0x027000 { "src/ofed/kernext/rds/aix_ib_dma_page_pool.c" }, \
0x028000 { "src/ofed/kernext/rds/aix_rdma_wrappers.c" }, \
0x029000 { "src/ofed/kernext/rds/aix_rds_wire_tracing.c" }, \
0X02A000 { "src/ofed/kernext/ofed_core/aix_ofed_core.c" }, \
0X02B000 { "src/ofed/kernext/ofed_core/iwcm.c" }, \
0X02C000 { "src/ofed/kernext/ofed_core/verbs.c" }, \
0X02D000 { "src/ofed/kernext/ofed_core/cma.c" }, \
0X02E000 { "src/ofed/kernext/ofed_core/device.c" }, \
0X02F000 { "src/ofed/kernext/ofed_core/cache.c" }, \
0X030000 { "src/ofed/kernext/ofed_core/packer.c" }, \
0X031000 { "src/ofed/kernext/ofed_core/ucma.c" }, \
0X032000 { "src/ofed/kernext/ofed_core/ud_header.c" }, \
0X033000 { "src/ofed/kernext/ofed_core/uverbs_main.c" }, \
0X034000 { "src/ofed/kernext/ofed_core/addr.c" }, \
0X035000 { "src/ofed/kernext/ofed_core/aix_addr.c" }, \
0X036000 { "src/bos/kernel/lib/libofed_wrappers/idr.c" }, \
0X037000 { "src/ofed/kernext/ofed_core/uverbs_cmd.c" }, \
0x038000 { "src/ofed/kernext/ofed_core/cm.c" }, \
0x039000 { "src/ofed/kernext/ofed_core/sa_query.c" }, \
0x03A000 { "src/ofed/kernext/ofed_core/mad.c" }, \
0x03B000 { "src/ofed/kernext/ofed_core/agent.c" }, \
0x03C000 { "src/bos/kernel/lib/libofed_wrappers/ofed_timers.c" }, \
0x03D000 { "src/ofed/kernext/ofed_core/multicast.c" }, \
0x03E000 { "src/ofed/kernext/ofed_core/local_sa.c" }, \
0x03F000 { "src/bos/kernel/lib/libofed_wrappers/percpu_counter.c" }, \
0x050000 { "src/ofed/kernext/ofed_core/aix_dma_verbs.c" }, \
0x051000 { "src/ofed/kernext/ofed_core/umem.c" }, \
0x052000 { "src/ofed/kernext/ofed_core/fmr_pool.c" }, \
0x053000 { "src/bos/kernel/lib/libofed_wrappers/ofed_tasklets.c" }, \
0x054000 { "src/bos/kernel/lib/libofed_wrappers/ofed_skbuff.c" }, \
0x055000 { "src/ofed/kernext/sdp/sdp_main.c" }, \
0x056000 { "src/ofed/kernext/sdp/sdp_bcopy.c" }, \
0x057000 { "src/ofed/kernext/sdp/sdp_zcopy.c" }, \
0x058000 { "src/ofed/kernext/sdp/sdp_rx.c" }, \
0x059000 { "src/ofed/kernext/sdp/sdp_tx.c" }, \
0x05A000 { "src/ofed/kernext/sdp/sdp_cma.c" }, \
0x05B000 { "src/ofed/kernext/sdp/sdp_proc.c" }, \
0x05C000 { "src/ofed/kernext/sdp/aix_sdp_config.c" }, \
0x05D000 { "src/ofed/kernext/sdp/aix_sdp_proto.c" }, \
0x05E000 { "src/ofed/kernext/sdp/aix_ofed_socket.c" }, \
0x05F000 { "src/ofed/kernext/sdp/aix_sdp_proc.c" }, \
0x060000 { "src/ofed/kernext/sdp/aix_ofed_timer.c" }, \
\* { {{ $kerrno_block_found = 0 }} } \
$kerrno_block_found, \
1 { ":" $kerrno_src_line%UW \n } \
}} \
{{ $kerrno = XW }} \
{{ $seq_num = X2 }} \
{{ $num_data_args = X2 }} \
{{ $stktrace_len = X2 }} \
{{ $stktrace_sel = X1 }} \
{{ $stktrace_skip_bytes = X1 }} \
\n "TID=" $TID "CPU=" $CPUID \n \
"Seq num = " $seq_num \n \
print_decoded_kerrno($kerrno) \
"Data args = " \n \
LOOP $num_data_args { XW \n } \
LOOP $stktrace_skip_bytes { O1 } \
$stktrace_sel, \
0 { }, \
1 { "Stack trace = " \n \
$stktrace_len%S2 }, \
2 { {{ $stktrace_len = $stktrace_len / 8 }} \
"Stack trace = " \n \
LOOP $stktrace_len { XW \n } \
}, \
\* { "unknown stktrace selector " $stktrace_sel }
5F1 1.0 L=KERN "RAS Infra" \
$HD, \
0x1 { REG_EXIT rasr=$D1 parent_in=$D2 flags=$D3 rc=$D4 }, \
0x2 { REGSTATIC_EXIT rasr=$D1 parent_in=$D2 flags=$D3 rc=$D4 }, \
0x3 { REGINT_SET raspbp=$D1 }, \
0x4 { CUST_SET raspbp=$D1 }, \
0x5 { CUST_EXIT raspbp=$D1 rc=$D2 }, \
0x6 { UNREG_START raspbp=$D1 }, \
0x7 { UNREG_ERROR ras[p/r]bp=$D1 rc=$D2 }, \
0x8 { UNREG_SLEEP raspbp=$D1 refcount=$D2 }, \
0x9 { UNREG_FINISH raspbp=$D1 }, \
0xA { GET_START raspbp=$D1 }, \
0xB { GET_ERROR raspbp=$D1 rc=$D2 }, \
0xC { PUT_WAKE raspbp=$D1 }, \
0xD { PUT_EXIT raspbp=$D1 rc=$D2 }, \
0xE { LOOKUP_EXIT rc=$D1 W2 $HL%S1 }, \
0xF { PATLOOKUP_EXIT rc=$D1 W2 $HL%S1 }, \
0x10 { GETFULLPATH_EXIT raspbp=$D1 rc=$D2 }, \
0x11 { APPLYALL_EXIT parent=$D1 func=$D2 param=$D3 rc=$D4 }, \
0x12 { CONTROL_ENTER path|raspbp=$D1 cmd=$D2 arg=$D3 }, \
0x13 { CONTROL_EXIT path|raspbp=$D1 cmd=$D2 arg=$D3 rc$D4 }, \
0x14 { CONTROL_ERROR path|raspbp|NULL=$D1 cmd=$D2 arg=$D3 rc$D4 }, \
0x15 { INFRA_RTEC rc$D1 data=$D2 }, \
\* { unknown $HD $D1 $D2 $D3 $D4 $D5 }
5F2 1.0 L=APPL "SEC TRACE:" \
UW, \
10 { "" }, \
20 { "file: " }, \
30 { "handle: " }, \
40 { "attribute: " }, \
50 { "record: " }, \
60 { "passwd: " }, \
70 { "group: " }, \
\* { "UNKNOWN SUBHOOK ID:" $D1%UW $BREAK } \
LOOP $HL {A1.1""}
5F5 1.0 'RDS2 ' \
$HD%D1, \
1 {`ib_init_hca: Enter hcanum=$D1%DW hcahandle=$D2%XW ibp=$D3%XW`}, \
2 {`ib_init_hca: port=$D1%DW LID=$D2%XW hcahandle=$D3%XW`}, \
3 {`ib_init_ibc: Enter faddr=$D1%XW hcahandle=$D2%XW `}, \
4 {`ib_init_ibc: Qp created faddr=$D1%XW QPnum=$D2%XW QPhandle=$D3%XW`}, \
5 {`ib_term_ibc: Enter faddr=$D1%XW`}, \
6 {`ib_term_ibc: Exit faddr=$D1%XW`}, \
7 {`cm_connect: Enter faddr=$D1%XW`}, \
8 {`cm_connect: Arp done faddr=$D1%XW LID=$D2%XW `}, \
9 {`cm_connect: Req rcvd from $D1%XW Will accept on timer `}, \
10 {`cm_connect: Req rcvd from $D1%XW on diff Hca. OldHca $D2%XW NewHca $D3%XW OldPort $D4%XW NewPort $D5%XW `}, \
11 {`cm_connect: Req rcvd from $D1%XW OldConn $D2%XW NewConn $D3%XW Hca $D4%XW `}, \
12 {`cm_connect: Req sent to $D1%XW Conn $D2%XW Hca $D3%XW `}, \
13 {`cm_accept: Rep sent to $D1%XW Conn $D2%XW Hca $D3%XW `}, \
14 {`accept_ontimer: faddr $D1%XW - diff Hca. OldConn $D2%XW NewConn $D3%XW OldHca $D4%XW NewHca $D5%XW `}, \
15 {`accept_ontimer: faddr $D1%XW OldConn $D2%XW NewConn $D3%XW Hca $D4%XW `}, \
16 {`cm_handler: Conn ready to $D1%XW Conn $D2%DW Hca $D3%DW `}, \
17 {`cm_handler: Req rcvd from $D1%XW Conn $D2%DW Hca $D3%DW - Already connected`}, \
18 {`cm_handler: Sim open from $D1%XW Conn $D2%DW Hca $D3%DW - We are active `}, \
19 {`cm_handler: Sim open from $D1%XW Conn $D2%DW Hca $D3%DW - We are passive, but accept on timer`}, \
20 {`cm_handler: Sim open from $D1%XW Conn $D2%DW Hca $D3%DW - We are passive `}, \
21 {`cm_handler: Req rcvd from $D1%XW Conn $D2%DW Hca $D3%DW - Accept in cm_connect `}, \
22 {`cm_handler: Req rcvd from $D1%XW Conn $D2%DW Hca $D3%DW `}, \
22 {`cm_handler: Req rcvd from $D1%XW Conn $D2%DW Hca $D3%DW `}, \
23 {`timer: Build pools for Ibc faddr $D1%XW `}, \
24 {`timer ERR: Keepalive failure with faddr $D1%XW `}, \
25 {`build_pool: faddr $D1%XW - Rxpool built `}, \
26 {`build_pool: faddr $D1%XW - Txpool built `}, \
27 {`build_pool: faddr $D1%XW - Ackpool built `}, \
28 {`cm_handler: Rej rcvd from $D1%XW reason $D2%XW Conn $D3%DW Hca $D4%DW `}, \
29 {`cm_handler: Default event from $D1%XW Evcode $D2%XW `}, \
50 {`ib_init_ibc ERR: Qp creation error faddr $D1%XW hca $D2%DW rc $D3%XW`}, \
51 {`ib_term_ibc ERR: Pd destroy error faddr $D1%XW hca $D2%DW rc $D3%XW`}, \
52 {`cm_connect ERR: IbCmConnect error faddr $D1%XW hca $D2%DW rc $D3%XW`}, \
53 {`cm_accept ERR: IbCmAccept error faddr $D1%XW hca $D2%DW rc $D3%XW`}, \
54 {`ib_input ERR: reassm datadue -ve faddr $D1%XW msgtype $D2%XW msgnum $D3%XW`}, \
55 {`ib_output ERR: out-of-order faddr $D1%XW curmsgnum $D2%XW lastmsgsent $D3%XW`}, \
56 {`ib_output ERR: postsend error lport $D1%XW fport $D2%XW faddr $D3%XW msgnum $D4%XW rc $D5%XW`}, \
57 {`rxcq ERR: Poll error faddr $D1%XW rc $D2%XW `}, \
58 {`rxcq ERR: ErrorStatus faddr $D1%XW errortype $D2%XW `}, \
59 {`rxcq ERR: QpNum mismatch faddr $D1%XW Ibc-val $D2%XW != EvVal $D3%XW `}, \
60 {`txcq ERR: Poll error faddr $D1%XW rc $D2%XW `}, \
61 {`txcq ERR: ErrorStatus faddr $D1%XW ErrorType $D2%XW WrkReqId $D3%XW `}, \
62 {`txcq ERR: QpNum mismatch faddr $D1%XW Ibc-val $D2%XW != EvVal $D3%XW `}, \
63 {`cm_handler: Rej rcvd for closing IBC from $D1%XW reason $D2%XW Conn $D3%XW Hca $D4%XW `}, \
64 {`sendcbdetach ERR: Unsent msgs faddr=$D1%XW lport=$D2%XW fport=$D3%XW unsent msgs=$D4%DW `}, \
65 {`ib_output ERR: postsend (cont'd) txpool->outcnt $D1%DW ibcseqnum $D2%DW seq_deliv $D3%DW ackseq_deliv $D4%DW `}, \
66 {`sendcbnotfound: Creating sendcb failed laddr $D1%XW lport $D2%DW from $D3%XW : $D4%DW `}, \
67 {`sendcbnotfound: Pcb closing laddr $D1%XW lport $D2%DW from $D3%XW : $D4%DW `}, \
68 {`send_ack: Post-send failure lport $D1%DW to $D2%XW : $D3%DW msgtype $D4%DW error $D5%XW `}, \
69 {`send_keepalive: Post-send failure ackpool->outcnt $D1%DW lport $D2%DW ackq_overflow $D2%DW `}, \
70 {`config_rds ERR: Adding bypass domain err=$D1%DW `}, \
71 {`config_rds ERR: kernext already loaded `}, \
72 {`config_rds ERR: protobypass_enable err=$D1%DW `}, \
73 {`init_all_hca ERR: no mem for listener ibc alloc `}, \
74 {`init_hca ERR: hca_open err $D1%XW hca-num $D2%DW ibp $D3%XW `}, \
75 {`init_hca ERR: set_cm_hndlr err $D1%XW hca-num $D2%DW `}, \
76 {`init_hca ERR: set_async_hndlr err $D1%XW hca-num $D2%DW `}, \
77 {`init_hca ERR: hca_query err $D1%XW hca_handle $D2%DW `}, \
78 {`init_hca ERR: nodeinfo malloc hca_handle $D1%XW `}, \
79 {`init_hca ERR: port_query err $D1%XW hca_handle $D2%DW port $D3%DW `}, \
80 {`init_hca ERR: primary port inactive err $D1%XW hca_handle $D2%DW port $D3%DW `}, \
81 {`init_ibc ERR: protection domain alloc faddr $D1%XW err $D2%XW hca_handle $D3%DW port $D4%DW `}, \
82 {`init_ibc ERR: RxCq create. faddr $D1%XW err $D2%XW hca_handle $D3%DW rxcqsz $D4%DW `}, \
83 {`init_ibc ERR: TxCq create. faddr $D1%XW err $D2%XW hca_handle $D3%DW rxcqsz $D4%DW `}, \
84 {`init_ibc ERR: SetRxCqHandler. faddr $D1%XW err $D2%XW hca_handle $D3%DW rxcq_handle $D4%DW `}, \
85 {`init_ibc ERR: SetTxCqHandler. faddr $D1%XW err $D2%XW hca_handle $D3%DW txcq_handle $D4%DW `}, \
86 {`init_ibc ERR: RxCqNotify. faddr $D1%XW err $D2%XW hca_handle $D3%DW rxcq_handle $D4%DW `}, \
87 {`init_ibc ERR: TxCqNotify. faddr $D1%XW err $D2%XW hca_handle $D3%DW txcq_handle $D4%DW `}, \
88 {`init_ibc ERR: Modify Qp to Init. faddr $D1%XW err $D2%XW hca_handle $D3%DW qp_handle $D4%DW qp_number $D5%DW `}, \
89 {`term_ibc ERR: Destroy Qp. faddr $D1%XW err $D2%XW hca_handle $D3%DW qp_handle $D4%DW qp_number $D5%DW `}, \
90 {`term_ibc ERR: Destroy RxCq. faddr $D1%XW err $D2%XW rxcq_handle $D3%DW `}, \
91 {`term_ibc ERR: Destroy TxCq. faddr $D1%XW err $D2%XW txcq_handle $D3%DW `}, \
92 {`term_ibc ERR: Dereg Rxpool. faddr $D1%XW err $D2%XW rxmem_handle $D3%DW `}, \
93 {`term_ibc ERR: Dereg Ackpool. faddr $D1%XW err $D2%XW ackmem_handle $D3%DW `}, \
94 {`term_ibc ERR: Dereg Ackpool. faddr $D1%XW err $D2%XW txmem_handle $D3%DW `}, \
95 {`post_recv ERR: faddr $D1%XW err $D2%XW mbuf $D3%XW rxmem_lkey $D4%XW `}, \
96 {`cm_connect ERR: ibc malloc. faddr $D1%XW `}, \
97 {`cm_listen ERR: hca_handle $D1%DW err $D2%XW port $D3%DW `}, \
98 {`cm_listen_complete ERR: ibc malloc. faddr $D1%XW `}, \
99 {`cm_rejected: faddr $D1%XW state $D2%XW `}, \
100 {`rxcq_handler ERR: hca/rxcq mismatch. faddr $D1%XW hca1 $D2%DW hca2 $D3%DW cq1 $D4%DW cq2 $D5%DW `}, \
101 {`rxcq_handler ERR: Null mbuf from wrid. faddr $D1%XW `}, \
102 {`rxcq_handler ERR: Non-Rx event. faddr $D1%XW `}, \
103 {`eq_handler: Just monitoring. hca_handle $D1%DW event $D2%DW `}, \
104 {`cm_handler ERR: Rcvd Rej, no ibc found. hca_handle $D1%DW conn_handle $D2%DW `}, \
105 {`cm_handler ERR: Rcvd Rtu, no ibc found. hca_handle $D1%DW conn_handle $D2%DW role_type $D3%DW `}, \
106 {`rds_timer ERR: accept_ontimer faddr $D1%XW err $D2%XW `}, \
107 {`ib_failover: faddr $D1%XW `}, \
108 {`term_ibc on failover ERR: rx->outcnt!=0 faddr $D1%XW outcnt $D2%DW `}, \
109 {`register_pools ERR: rxpool faddr $D1%XW err $D2%XW hca $D3%DW ibcp $D4%XW`}, \
110 {`register_pools ERR: txpool faddr $D1%XW err $D2%XW hca $D3%DW ibcp $D4%XW`}, \
111 {`register_pools ERR: ackpool faddr $D1%XW err $D2%XW hca $D3%DW ibcp $D4%XW`}, \
112 {`process_data ERR: out-of-order Expectin msg# $D1%DW got $D2%DW lport $D3%DW from $D4%XW : $D5%DW `}, \
113 {`process_data ERR: dup msg# $D1%DW last_rcvd $D2%DW lport $D3%DW from $D4%XW : $D5%DW `}, \
120 {`rds_timer ERR: keepalive failure - ifp null faddr $D1%XW `}, \
121 {`rds_timer ERR: keepalive failure - vipa not config faddr $D1%XW `}, \
122 {`rds_timer ERR: keepalive failure - rt null faddr $D1%XW `}, \
123 {`rds_timer ERR: keepalive failure - ifp same, faddr $D1%XW ifp $D2%XW `}, \
124 {`rds_timer ERR: keepalive failure - ifa null, faddr $D1%XW `}, \
130 {`process_data: Duplicate msgs lport=$D1%DW faddr=$D2%XW fport=$D3%DW msg_last_rcvd=$D4%DW new_msg=$D5%DW `}, \
131 {`process_data ERR: Out-of-order msgs lport=$D1%DW faddr=$D2%XW fport=$D3%DW msg_last_rcvd=$D4%DW new_msg=$D5%DW `}, \
132 {`process_data ERR: Out-of-order msgdata $D1%XW $D2%XW $D3%DW $D4%DW $D5%DW `}, \
133 {`ibc_clear: Non-mt reassm lport=$D1%DW fport=$D2%DW faddr=$D3%XW msg=$D4%DW `}, \
135 {`conn_ready Pull back lastmsgsent: lport=$D1%DW faddr=$D2%XW fport=$D3%DW lastmsgsent=$D4%DW firstmsg=$D5%DW`}, \
137 {`copy_newpool: lport=$D1%DW faddr=$D2%XW fport=$D3%DW firstmsg=$D4%DW `}, \
138 {`process_data ERR: dup lport=$D1%DW faddr=$D2%XW fport=$D3%DW lastmsgrcvd=$D4%DW new msg=$D5%DW `}, \
\* { unknown subhook $HD $ERROR }
5F6 1.0 "@VRME" \
$HD, \
0x00 { `VRME Create Pool: vh=$D1 flags=$D2 caller=$D3 rc=$D4` }, \
0x01 { `VRME Delete Pool: vh=$D1 caller=$D2 rc=$D3` }, \
0x02 { `VRME Reserve0: vh=$D1 des=$D2 min=$D3 rsvd=$D4 inuse=$D5` }, \
0x03 { `VRME Reserve1: vh=$D1 min_req=$D2 des_req=$D3 caller=$D4 rc=$D5` }, \
0x04 { `VRME Alloc Wait: amt=$D1 nwaits=$D2 rc=$D3` }, \
0x05 { `VRME Alloc Succ: vh=$D1 inuse=$D2 rsvd=$D3, amt=$D4, caller=$D5` }, \
0x06 { `VRME Alloc Fail0: vh=$D1 amt=$D2 rc=$D3 caller=$D4` }, \
0x07 { `VRME Alloc Fail1: vh=$D1 inuse=$D2 rsvd=$D3 des=$D4` }, \
0x08 { `VRME Free: vh=$D1 inuse=$D2 rsvd=$D3 amt=$D4 caller=$D5` }, \
0x09 { `VRME Reset HWmark: caller=$D1` }, \
0x0A { `VRME DR Add: new=$D1 delta=$D2 free=$D3 rsvd=$D4` }, \
0x0B { `VRME DR Rem: orig=$D1 delta=$D2 free=$D3 rsvd=$D4 rc=$D5` }
5FC 1.0 L=KERN "@IOS" \
$HD, \
0x01 {`io_map_init_enter: bid=$D1%W0.31 flags=$D2%W0.31 busaddr=$D3%W0.63 size=$D4%W0.63 offset=$D5%W0.63` starttimer(0x5FC,$RHD) }, \
0x02 {`io_map_init_exit: krc=$D1%W0.63 rpno=$D2%W0.63 npages=$D3%W0.63 rc=$D4%W32.63 flags=$D4%W0.31 ioh=$D5%W0.63` endtimer(0x5FC,$RHD) }, \
0x03 {`io_map_init_global: krc=$D1%W0.63 iop=$D2%W0.63 eaddrp=$D3%W0.63 ea=$D4%W0.63` }, \
0x04 {`io_map_remove_global: krc=$D1%W0.63 eaddr=$D2%W0.63 sid=$D3%W0.63 nfr=$D4%W0.63, rc=$D5%W32.63 npages=$D5%W0.31` }, \
0x05 {`io_map_getbusaddr: eaddr=$D1%W0.63 busaddr=$D2%W0.63` }, \
0x06 {`io_map_clear: ioh=$D1%W0.63` }, \
0x10 {`io_bind_enter: iobd=$D1%W0.63 flags=$D2%W0.63 start_block=$D3%W0.63 num_blocks=$D4%W0.63 bind_addr=$D5%W0.63` starttimer(0x5FC,$RHD) }, \
0x11 {`io_bind_exit: krc=$D1%W0.63 hrc=$D2%W0.63 bind_addr=$D3%W0.63 block_size=$D4%W0.63` endtimer(0x5FC,$RHD) }, \
\* {`ios unknown subhook: subhook=$HD $D1%X8 $D2%X8 $D3%X8 $D4%X8 $D5%X8` }
5FE 1.0 "@VMM_MPSS" \
$HD, \
0 { `VMM MPSS RESERVE: sid=$D1 pno=$D2 first=$D3 nfr=$D4` }, \
1 { `VMM MPSS PSPA: ` }, \
2 { `VMM MPSS ALLOCATE: sid=$D1 pno=$D2 nfr=$D3 mpss_cnt=$D4` }, \
3 { `VMM MPSS PROMOTE: frs_id=$D1 sid=$D2 pno=$D3 nfr=$D4 soft_l2psize=$D5` }, \
4 { `VMM MPSS DEMOTE: sid=$D1 pno=$D2 nfr=$D3 frs_id=$D4 caller=$D5` }, \
5 { `VMM MPSS UNRESERVE: sid=$D1 head_pno=$D2 head_free=$D3 tail_free=$D4 nfree=$D5` }, \
6 { `VMM MPSS RSRV16M: sid=$D1 pno=$D2 first=$D3 nfr=$D4` }, \
7 { `VMM MPSS ALLOC16M: sid=$D1 pno=$D2 nfr=$D3` }, \
8 { `VMM MPSS MAKE16M: sid=$D1 pno=$D2 nfr=$D3 mpss_cnt=$D4 softpsx=$D5` }
5FF 1.0 "@VMM_VRM" \
$HD, \
0x1 { `VMM VRM phyp rq more loan: goal=$D1` }, \
0x2 { `VMM VRM phyp rq less loan: goal=$D1` }, \
0x3 { `VMM VRM pin limit: psx=$D1 npages=$D2 pfavail=$D3 rsvdblks=$D4` }, \
0x4 { `VMM VRM psmd demote unloan: memp=$D1 frs=$D2 nfr=$D3` }, \
0x5 { `VMM VRM psmd unloan: memp=$D1 frs=$D2 nfr=$D3` }, \
0x6 { `VMM VRM lru unloan: pfavail=$D1 nloaned=$D2 thresh=$D3 freeblks=$D4 npswarn=$D5` }, \
0x7 { `VMM VRM lru unloan frame: memp=$D1 frs=$D2 nfr=$D3` }
600 0.3 L=APPL "Pthread user scheduler thread" \n \
{{ $subhookid = $HD & 0xFFFF}} \
$subhookid, \
0x1 { "subhook: KERN_SLEEP" \n }, \
0x2 { "subhook: KERN_AWAKE" \n }, \
0x3 { "subhook: KERN_YIELD" \n }, \
0x4 { "subhook: SLEEP" \n \
"Pthread library sleep" \n \
"ID of pthread going to sleep: " $D1 \n \
"Address of sleep queue: 0x"$D2%XW \n \
}, \
0x5 { "subhook RUNQ_ADD: pthreadID="$D1 \n }, \
0x6 { "subhook: TIMESLICE_ENTRY" \n "vptid : 0x"$D1%XW \n "ptid : 0x"$D2%XW \n }, \
0x7 { "subhook: TIMESLICE_EXIT" \n "vptid : 0x"$D1%XW \n "ptid : 0x"$D2%XW \n }, \
0x8 { "subhook: TIMESLICE_EXIT_DISABLED" \n "vptid : 0x"$D1%XW \n "ptid : 0x"$D2%XW \n }, \
\* { "subhook unknown: "$subhookid%XW \n } \
"ptid: "$D3%DW \n \
"Caller: 0x"$D4%XW \n \
"Caller-Caller: 0x"$D5%XW \n
603 0.3 L=APPL "Pthread timer thread" \n \
{{ $subhookid = $HD & 0xFFFF}} \
$subhookid, \
0x1 { "subhook: KERN_SLEEP" \n }, \
0x2 { "subhook: KERN_SLEEP (sleep-queue empty)" \n }, \
0x3 { "subhook: KERN_AWAKE" \n }, \
0x4 { "subhook: KERN_AWAKE (sleep-queue empty)" \n }, \
\* { "subhook unknown: "$subhookid%XW \n } \
"ptid: "$D3%DW \n \
"Caller: 0x"$D4%XW \n \
"Caller-Caller: 0x"$D5%XW \n
605 0.3 L=APPL "Pthread vp sleep" \n \
{{ $subhookid = $HD & 0xFFFF}} \
$subhookid, \
0x1 { "VPSLEEP KERN SLEEP" \n "vptid : 0x"$D1%XW \n }, \
0x2 { "VPSLEEP KERN AWAKE" \n "vptid : 0x"$D1%XW \n }, \
0x3 { "VPSLEEP ENTRY" \n "vptid : 0x"$D1%XW \n "ptid : 0x"$D2%XW \n }, \
0x4 { "VPSLEEP EXIT" \n "vptid : 0x"$D1%XW \n }, \
\* { "subhook unknown: "$subhookid%XW \n } \
"ptid: "$D3%DW \n \
"Caller: 0x"$D4%XW \n \
"Caller-Caller: 0x"$D5%XW \n
606 0.3 L=APPL "Pthread condition variable" \
$GENERIC, \
1 { ": Address=0x"$D2%XW \n \
{{ $subhookid = $D1 & 0xFFFF}} \
$subhookid, \
0x1 { "init" \n }, \
\* { "subhook unknown: "$subhookid%XW \n } \
"ptid: "$D4%DW \n \
{{ $length = $HL / $WORDSIZE }} \
{{ $length = $length - 3 }} \
$length, 0 {}, \
\* { W5 "call-chain:" LOOP $length { "\t 0x"XW \n } } \
}, \
0 { ": Address=0x"$D1%XW \n \
{{ $subhookid = $HD & 0xFFFF}} \
$subhookid, \
0x2 { "destroy" \n }, \
0x3 { "wait entry" \n }, \
0x4 { "wait exit" \n }, \
0x5 { "timedwait entry" \n }, \
0x6 { "timedwait exit" "result="$D2\n }, \
0x7 { "signal" \n }, \
0x8 { "broadcast" \n }, \
\* { "subhook unknown: "$subhookid%XW \n } \
"ptid: "$D3%DW \n \
"Caller: 0x"$D4%XW \n \
"Caller-Caller: 0x"$D5%XW \n \
}
607 0.3 L=APPL "Pthread mutex" \
$GENERIC, \
1 { ": Address=0x"$D2%XW \n \
{{ $subhookid = $D1 & 0xFFFF}} \
$subhookid, \
0x01 { "init" \n }, \
0x13 { "mutex_boost: mt_flags="$D3 "prioceiling="$D4 "mt_bcount="$D5 "self_lockbcount="$D6\n }, \
0x14 { "mutex_unboost: boostcount="$D3 \n }, \
0x15 { "ceiling fails: mutex-prio="$D3 "thread-prio="$D4 \n }, \
0x16 { "wait on global: may-boost="$D3 \n }, \
0x17 { "wait on local" \n }, \
\* { "subhook unknown: "$subhookid%XW \n } \
"ptid: "$D4%DW \n \
{{ $length = $HL / $WORDSIZE }} \
{{ $length = $length - 3 }} \
$length, 0 {}, \
\* { W5 "call-chain:" LOOP $length { "\t 0x"XW \n } } \
}, \
0 { ": Address=0x"$D1%XW \n \
{{ $subhookid = $HD & 0xFFFF}} \
$subhookid, \
0x02 { "destroy" \n }, \
0x03 { "spin lock local common(taken): lockword=0x"$D2%XW \n }, \
0x04 { "spin lock global common (taken): lockword=0x"$D2%XW \n }, \
0x05 { "spin lock local common(miss): lockword=0x"$D2%XW \n }, \
0x06 { "spin lock global common(miss): lockword=0x"$D2%XW \n }, \
0x07 { "spin trylock local (taken): lockword=0x"$D2%XW \n }, \
0x08 { "spin trylock global (taken): lockword=0x"$D2%XW \n }, \
0x09 { "spin trylock local (miss): lockword=0x"$D2%XW \n }, \
0x0A { "spin trylock global (miss): lockword=0x"$D2%XW \n }, \
0x0B { "lock recursive: lockcount=0x"$D2%XW \n }, \
0x0C { "unlock local: lockword=0x"$D2%XW \n }, \
0x0D { "unlock global: lockword=0x"$D2%XW \n }, \
0x0E { "unlock recursive: lockcount=0x"$D2%XW \n }, \
0x0F { "wait local: lockword=0x"$D2%XW \n }, \
0x10 { "wait global: lockword=0x"$D2%XW \n }, \
0x11 { "spin lock runQ slow: owner(tid for pthread or vp)=0x"$D2%XW \n }, \
0x12 { "spin unlock runQ slow: owner(tid for pthread or vp)=0x"$D2%XW \n }, \
0x18 { "spin lock local (timeout)" \n }, \
0x19 { "spin lock global (timeout)" \n }, \
\* { "subhook unknown: "$subhookid%XW \n } \
"ptid: "$D3%DW \n \
"Caller: 0x"$D4%XW \n \
"Caller-Caller: 0x"$D5%XW \n \
}
608 0.3 L=APPL "Pthread read/write lock" \
$GENERIC, \
1 { ": Address=0x"$D2%XW \n \
{{ $subhookid = $D1 & 0xFFFF}} \
$subhookid, \
0x1 { "init" \n }, \
\* { "subhook unknown: "$subhookid%XW \n } \
"ptid: "$D4%DW \n \
{{ $length = $HL / $WORDSIZE }} \
{{ $length = $length - 3 }} \
$length, 0 {}, \
\* { W5 "call-chain:" LOOP $length { "\t 0x"XW \n } } \
}, \
0 { ": Address=0x"$D1%XW \n \
{{ $subhookid = $HD & 0xFFFF}} \
$subhookid, \
0x2 { "destroy" \n }, \
0x3 { "unlock: lockcount="$D2%DW \n }, \
0x8 { "lock for WRITE (taken): lockcount="$D2%DW \n }, \
0x9 { "lock for WRITE (miss): lockcount="$D2%DW \n }, \
0xA { "try lock for WRITE (taken): lockcount="$D2%DW \n }, \
0xB { "try lock for WRITE (miss): lockcount="$D2%DW \n }, \
0xC { "lock for READ (taken): lockcount="$D2%DW \n }, \
0xD { "lock for READ (miss): lockcount="$D2%DW \n }, \
0xE { "try lock for READ (taken): lockcount="$D2%DW \n }, \
0xF { "try lock for READ (miss): lockcount="$D2%DW \n }, \
\* { "subhook unknown: "$subhookid%XW \n } \
"ptid: "$D3%DW \n \
"Caller: 0x"$D4%XW \n \
"Caller-Caller: 0x"$D5%XW \n \
}
609 0.5 L=APPL "General pthread library call" \n \
$GENERIC, \
1 { {{ $subhookid = $D1 & 0xFFFF}} \
$subhookid, \
0x1 { "CREATE pthread (entry): start func addr=0x"$D2%XW \n }, \
\* { "subhook unknown: "$subhookid%XW \n } \
"ptid: "$D4%DW \n \
{{ $length = $HL / $WORDSIZE }} \
{{ $length = $length - 3 }} \
$length, 0 {}, \
\* { W5 "call-chain:" LOOP $length { "\t 0x"XW \n } } \
}, \
0 { {{ $subhookid = $HD & 0xFFFF}} \
$subhookid, \
0x13 { }, \
\* { ": Address=0x"$D1%XW" \n" } \
$subhookid, \
0x1 { "CREATE pthread (entry):" \n " start func addr=0x"$D2%XW \n }, \
0x2 { "CREATE pthread (exit) local:" \n "ptid created : 0x"$D1%XW \n "start func addr=0x"$D2%XW \n }, \
0x3 { "CREATE pthread (exit) global:" \n "ptid created : 0x"$D1%XW \n "start func addr=0x"$D2%XW \n }, \
0x4 { "EXIT pthread: status=0x"$D1%XW \n }, \
0x5 { "KILL pthread (entry): target=0x"$D1%XW "signal="$D2%DW \n }, \
0x6 { "KILL pthread (exit): target=0x"$D1%XW "signal="$D2%DW \n }, \
0x7 { "JOIN pthread (entry): partner=0x"$D1%XW \n }, \
0x8 { "JOIN pthread (exit): partner=0x"$D1%XW " exit value of partner="$D2%DW \n }, \
0x9 { "DETACH pthread (entry): detached=0x"$D1%XW \n }, \
0xA { "DETACH pthread (exit): detached=0x"$D1%XW \n }, \
0xB { "CANCEL pthread (entry) target=0x"$D1%XW \n }, \
0xC { "CANCEL pthread (exit) target=0x"$D1%XW \n }, \
0xD { "DISPATCH pthread (entry)" \n "vptid : 0x"$D1%XW \n "ptid : 0x"$D2%XW \n }, \
0xE { "DISPATCH pthread (exit)" \n "vptid : 0x"$D1%XW \n "ptid : 0x"$D2%XW \n }, \
0xF { "CREATE INITIAL pthread (entry): target=0x"$D1%XW "start func addr=0x"$D2%XW \n }, \
0x10 { "CREATE INITIAL pthread (exit) global:" \n "ptid created : 0x"$D1%XW \n "start func addr=0x"$D2%XW \n }, \
0x11 { "CREATE INITIAL pthread (exit) local:" \n "ptid created : 0x"$D1%XW \n "start func addr=0x"$D2%XW \n }, \
0x12 { "pthread_setschedprio: pthread=0x"$D1%XW \n "priority=0x"$D2%XW \n }, \
0x13 { `CREATE pthread failure: thread limit reached.` \n \
`By uid=$D1%D4 pid=$D2%D1` \n \
`Number of pthreads=$D3%D4 limit=$D4%D8` \n }, \
\* { "subhook unknown: "$subhookid%XW \n } \
$subhookid, \
0x13 { }, \
\* { `ptid: $D3%DW ` \n \
`Caller: 0x$D4%XW` \n \
`Caller-Caller: 0x$D5%XW` \n } \
}
60a 1.0 L=APPL "HKWD_LIBC_MALLOC_SUBSYSTEM "\
"function="\
$D1,0{"malloc() [ Common Parameter Validation -- malloc of 0 bytes ] size=0 retval=NULL thread ID=" $D2},\
1{"free() [ Common Parameter Validation -- free of NULL ptr ] ptr=NULL thread ID=" $D2},\
2{"free() [ Common Parameter Validation -- free of out of range ptr ] ptr=" $D2 " thread ID=" $D3},\
3{"free() [ posix_memalign allocation ] ptr=" $D2 " thread ID=" $D3},\
4{"free() [ posix_memalign allocation -- prefix corruption] ptr=" $D2 " thread ID=" $D3},\
5{"realloc() [ Common Parameter Validation -- realloc of NULL ptr ] ptr=NULL size=" $D2 " retval=" $D3 " thread ID=" $D4},\
6{"realloc() [ Common Parameter Validation -- realloc of 0 bytes ] ptr=" $D2 " size=0 thread ID=" $D3},\
7{"realloc() [ Common Parameter Validation -- realloc of out of range ptr ] ptr=" $D2 " size=" $D3 " retval=NULL thread ID=" $D4},\
8{"realloc() [ posix_memalign allocation ENOMEM ] ptr=" $D2 " size=" $D3 " retval=NULL thread ID=" $D4},\
9{"realloc() [ posix_memalign allocation ] ptr=" $D2 " size=" $D3 " retval=" $D4 " thread ID=" $D5},\
a{"posix_memalign() [ posix_memalign of 0 bytes ] ptr=NULL align=" $D2 " size=0 retval=" $D3 " thread ID=" $D4},\
b{"posix_memalign() [ posix_memalign alignment error ] ptr=NULL align=" $D2 " size=" $D3 " retval=" $D4 " thread ID=" $D5},\
c{"posix_memalign() [ posix_memalign ENOMEM ] ptr=NULL align=" $D2 " size=" $D3 " retval=" $D4 " thread ID=" $D5},\
d{"posix_memalign() [ posix_memalign ] ptr=" $D2 " align=" $D3 " size=" $D4 " thread ID=" $D5},\
10{"malloc() [ catch_overflow ENOMEM ] size=" $D2 " retval=NULL thread ID=" $D3},\
11{"malloc() [ catch_overflow ] size=" $D2 " retval=" $D3 " thread ID=" $D4},\
12{"free() [ catch_overflow ] ptr=" $D2 " thread ID=" $D3},\
13{"realloc() [ catch_overflow ] ptr=" $D2 " size=" $D3 " retval=" $D4 " thread ID=" $D5},\
14{"realloc() [ catch_overflow ENOMEM ] ptr=" $D2 " size=" $D3 " retval=NULL thread ID=" $D4},\
20{"malloc() [ threadcache ] size=" $D2 " retval=" $D3 "bucket=" $D4 " thread ID=" $D5},\
21{"free() [ threadcache ] ptr=" $D2 "bucket=" $D3 " thread ID=" $D4},\
30{"malloc() [ heapcache ] size=" $D2 " retval=" $D3 "bucket=" $D4 " thread ID=" $D5},\
31{"free() [ heapcache ] ptr=" $D2 "bucket=" $D3 " thread ID=" $D4},\
40{ {{ $HEAP = $D4 & 0xffff }} {{ $BUCK = $D4 / 65536 }}\
"malloc() [ buckets -- allocation from bucket free-list] size=" $D2 " retval=" $D3 " heap=" $HEAP " bucket=" $BUCK "thread ID=" $D5},\
41{ {{ $HEAP = $D4 & 0xffff }} {{ $BUCK = $D4 / 65536 }}\
"malloc() [ buckets -- allocation from bucket] size=" $D2 " retval=" $D3 " heap=" $HEAP " bucket=" $BUCK "thread ID=" $D5},\
43{"free() [ buckets ] ptr=" $D2 " heap=" $D3 " bucket=" $D4 "thread ID=" $D5},\
44{"free() [ buckets -- prefix corrupted ] ptr=" $D2 "thread ID=" $D3},\
46{ {{ $HEAP = $D5 & 0xffff }} {{ $BUCK = $D5 / 65536 }}\
"realloc() [ buckets ] ptr=" $D2 " size=" $D3 " retval=" $D4 " heap=" $HEAP "bucket=" $BUCK },\
47{"realloc() [ buckets -- prefix corrupted] inptr=" $D2 " size=" $D3 " returnptr=NULL heap=" $D4 "thread ID=" $D5},\
48{"malloc() [Newbuckets Allocator] size=" $D2 " returnptr=" $D3},\
49{"free() [Newbuckets Allocator] inptr=" $D2},\
4a{"realloc() [Newbuckets Allocator] inptr=" $D2 "\nsize=" $D3 \
" returnptr=" $D4},\
50{"malloc() [ default allocator ] size=" $D2 " retval=" $D3 " heap=" $D4 " thread ID=" $D5},\
51{"malloc() [ default allocator ENOMEM] size=" $D2 " retval=NULL thread ID=" $D3},\
52{"free() [ default allocator ] ptr=" $D2 " heap=" $D3 " thread ID=" $D4},\
54{"free() [ default allocator -- unaligned ptr ] ptr=" $D2 " heap=" $D3 " thread ID=" $D4},\
55{"free() [ default allocator -- prefix corrupted ] ptr=" $D2 " heap=" $D3 " thread ID=" $D4},\
56{"free() [ default allocator -- internal corruption detected ] ptr=" $D2 " heap=" $D3 " thread ID=" $D4},\
57{"realloc() [ default allocator ] ptr=" $D2 " size=" $D3 " retval=" $D4 " heap=" $D5},\
58{"realloc() [ default allocator ENOMEM] ptr=" $D2 " size=" $D3 " retval=NULL heap=" $D4 " thread ID=" $D5},\
5A{"realloc() [ default allocator -- unaligned ptr ] ptr=" $D2 " size=" $D3 " retval=NULL heap=" $D4 " thread ID=" $D5},\
5B{"realloc() [ default allocator -- prefix corrupted ] ptr=" $D2 " size=" $D3 " retval=NULL heap=" $D4 " thread ID=" $D5},\
60{"malloc() [ watson allocator ] size=" $D2 " retval=" $D3 " heap=" $D4 " thread ID=" $D5},\
61{"malloc() [ watson allocator ENOMEM] size=" $D2 " retval=NULL thread ID=" $D3},\
63{"free() [ watson allocator ] ptr=" $D2 " heap=" $D3 " thread ID=" $D4},\
64{"free() [ watson allocator -- unaligned ptr ] ptr=" $D2 " heap=" $D3 " thread ID=" $D4},\
65{"free() [ watson allocator -- prefix corrupted ] ptr=" $D2 " heap=" $D3 " thread ID=" $D4},\
66{"free() [ watson allocator -- internal corruption detected ] ptr=" $D2 " heap=" $D3 " thread ID=" $D4},\
68{"realloc() [ watson allocator ] ptr=" $D2 " size=" $D3 " retval=" $D4 " heap=" $D5},\
69{"realloc() [ watson allocator ENOMEM] ptr=" $D2 " size=" $D3 " retval=NULL heap=" $D4 " thread ID=" $D5},\
6A{"realloc() [ watson allocator -- unaligned ptr ] ptr=" $D2 " size=" $D3 " retval=NULL heap=" $D4 " thread ID=" $D5},\
6B{"realloc() [ watson allocator -- prefix corrupted ] ptr=" $D2 " size=" $D3 " retval=NULL heap=" $D4 " thread ID=" $D5},\
70{"malloc() [ 3.1 allocator ] size=" $D2 " returnptr=" $D3 " thread ID=" $D4 },\
71{"malloc() [ 3.1 allocator ENOMEM ] size=" $D2 " returnptr=NULL thread ID=" $D3},\
72{"free() [ 3.1 allocator] ptr=" $D2 " thread ID=" $D3},\
73{"free() [ 3.1 allocator -- prefix corrupted ] ptr=" $D2 " thread ID=" $D3},\
74{"realloc() [ 3.1 Allocator ] ptr=" $D2 " size=" $D3 " retval=" $D4 " thread ID=" $D5},\
75{"realloc() [ 3.1 Allocator ENOMEM ] ptr=" $D2 " size=" $D3 " retval=NULL thread ID=" $D4},\
80{"malloc() [User-Defined Allocator] size=" $D2 " returnptr=" $D3},\
81{"free() [User-Defined Allocator] inptr=" $D2},\
82{"realloc() [User-Defined Allocator] inptr=" $D2 " size=" $D3 \
" returnptr=" $D4},\
90{"malloc() [ watson2 allocator ] size=" $D2 " retval=" $D3 " heap="$D5 " thread ID=" $D4},\
91{"malloc() [ watson2 allocator ENOMEM ] size=" $D2 " retval=NULL thread ID=" $D3},\
92{"free() [ watson2 allocator] ptr=" $D2 " thread ID=" $D3 " heap="$D4},\
93{"realloc() [ watson2 Allocator ] ptr=" $D2 " size=" $D3 " retval=" $D2 " heap="$D5 " thread ID=" $D4},\
94{"realloc() [ watson2 Allocator ENOMEM ] ptr=" $D2 " size=" $D3 " retval=NULL thread ID=" $D4},\
95{"free() [ watson2 Allocator -- prefix corrupted ] ptr=" $D2 " heap=" $D3 " thread ID=" $D4},\
\*{"unknown\n"}
60b 1.0 L=APPL "HKWD_LIBC_MALL_INTERNAL\n"\
"function="\
$D1,20{"malloc() [ threadcache create failed ] size=" $D2 " thread ID=" $D3},\
21{"malloc() [ threadcache bucket fill failed ] size=" $D2 " bucket=" $D3 " thread ID=" $D4},\
22{"malloc() [ threadcache bucket filled ] size=" $D2 " bucket=" $D3 " thread ID=" $D4},\
24{"free() [ threadcache bucket halved ] ptr=" $D2 " bucket=" $D3 " thread ID=" $D4},\
25{"free() [ threadcache not accessible ] ptr=" $D2 " thread ID=" $D3},\
1{"malloc() [Default Allocator]\nheap=" $D2 "\ndepth=" $D3 \
"\nfreespace=" $D4 "\nnodes=" $D5},\
2{"malloc() [3.1 Allocator]\ndepth=" $D2 "\nfreespace=" $D3},\
3{"malloc() [Buckets Allocator]\nheap=" $D2 "\ndepth=" $D3 \
"\nfreespace=" $D4},\
4{"malloc() [User-Defined Allocator]\n"},\
5{"malloc() [Debug Allocator]\nheap=" $D2 "\ndepth=" $D3 \
"\nfreespace=" $D4 "\nnodes=" $D5},\
11{"free() [Default Allocator]\nheap=" $D2 "\ndepth=" $D3 \
"\nfreespace=" $D4 "\nnodes=" $D5},\
12{"free() [3.1 Allocator]\ndepth=" $D2 "\nfreespace=" $D3},\
13{"free() [Buckets Allocator]\nheap=" $D2 "\ndepth=" $D3 \
"\nfreespace=" $D4},\
14{"free() [User-Defined Allocator]\n"},\
15{"free() [Debug Allocator]\nheap=" $D2 "\ndepth=" $D3 \
"\nfreespace=" $D4 "\nnodes=" $D5},\
21{"realloc() [Default Allocator]\nheap=" $D2 "\ndepth=" $D3 \
"\nfreespace=" $D4 "\nnodes=" $D5},\
22{"realloc() [3.1 Allocator]\ndepth=" $D2 "\nfreespace=" $D3},\
23{"realloc() [Buckets Allocator]\nheap=" $D2 "\ndepth=" $D3 \
"\nfreespace=" $D4},\
24{"realloc() [User-Defined Allocator]\n"},\
25{"realloc() [Debug Allocator]\nheap=" $D2 "\ndepth=" $D3 \
"\nfreespace=" $D4 "\nnodes=" $D5},\
\*{"unknown\n"}
60C 1.0 L=SVC "@ UKEY_PROTECT SYSTEM CALL" \
"ukey_protect addr="$D1" len="$D2" ukey="$D3
60D 1.0 L=SVC "@ UKEY_GETKEY SYSTEM CALL" \
"ukey_getkey addr="$D1" ukey="$D2
60e 1.0 L=APPL "HKWD_LIBC_SPAWN_FATHER\n"\
W2\
$D1,\
0{"add file_action: action= "prargs($HL)},\
1{"add_file_action() failure: "prargs($HL)},\
2{"add_file_action: file_actions= "prargs($HL)},\
7{"posix_spawn_file_actions_addclose() failure: filedes=" $D2 "errno=" $D3},\
8{"posix_spawn_file_actions_addclose() failure: "prargs($HL)},\
9{"posix_spawn_file_actions_adddup2() failure: filedes=" $D2 "newfiledes=" $D3 "errno=" $D4},\
A{"posix_spawn_file_actions_adddup2() failure: "prargs($HL)},\
B{"posix_spawn_file_actions_addopen() failure: filedes=" $D2 "errno=" $D3},\
C{"posix_spawn_file_actions_addopen() failure: "prargs($HL)},\
F{prargs($HL)},\
\*{"unknown\n"}
60f 1.0 L=APPL "HKWD_LIBC_SPAWN_CHILD\n"\
W2\
$D1,\
0{"change_attr()"},\
1{"change_attr() setpgid failure: pgroup=" $D2 "errno=" $D3},\
2{"change_attr() sigaction failure: cannot set signal=" $D2 "to default act. errno=" $D3},\
3{"change_attr() sched_setscheduler failure: policy=" $D2 " priority=" $D3 "errno=" $D4},\
4{"change_attr() sched_setparam failure: policy=" $D2 " priority=" $D3 "errno=" $D4},\
A{"change_file_actions() "prargs($HL)},\
F{"change_file_actions() failure: "prargs($HL)},\
10{prargs($HL)},\
\*{"unknown\n"}
615 1.0 'NET' \
$HD%D1, \
1 { `netinet callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
2 { `tcp callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
3 { `udp callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
4 { `ipv4 callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
5 { `netinet misc callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
6 { `if_en callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
7 { `ethchan callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
8 { `netmalloc callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
9 { `net callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
10 { `route callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
11 { `cdli callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
12 { `loop callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
13 { `mbuf callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
14 { `socket callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
15 { `unix socket callback error error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
16 { `network_ras_unregister_error ret=$D1%DW component=$D2%XW` }, \
17 { `network_ras_register comp=$D1%XW, name=$D2%XW desc=$D3%XW` }, \
18 { `return from network_ras_register comp=$D1%XW ret=$D2%DW` }, \
19 { `network_ras_register error1 ret=$D1%DW` }, \
20 { `network_ras_register error2 ret=$D1%DW` }, \
21 { `network_ras_register error3 ret=$D1%DW` }, \
22 { `network_ras_register error4 ret=$D1%DW` }, \
23 { `network_ras_register error5 ret=$D1%DW` }, \
24 { `network_ras_register error6 ret=$D1%DW` }, \
25 { `network_ras_register error7 ret=$D1%DW` }, \
26 { `network_ras_register error8 ret=$D1%DW` }, \
27 { `network_ras_register error9 ret=$D1%DW` }, \
28 { `network_ras_unregister comp=$D1%XW` }, \
29 { `return from network_ras_unregister ret=$D1%XW` }, \
30 { `ras_callback_common comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
31 { `return from ras_callback_common ret=$D1%DW` }, \
32 { `ras_callback_common error1 ret=$D1%DW` }, \
33 { `ras_callback_common error2 ret=$D1%DW` }, \
34 { `ras_callback_common error3 ret=$D1%DW` }, \
35 { `ras_callback_common error4 ret=$D1%DW` }, \
36 { `ras_callback_common error5 ret=$D1%DW` }, \
37 { `ras_callback_common error6 ret=$D1%DW` }, \
38 { `ras_callback_common error7 ret=$D1%DW` }, \
39 { `ras_callback_common error8 ret=$D1%DW` }, \
40 { `ras_callback_common error9 ret=$D1%DW` }, \
41 { `ras_callback_common error10 ret=$D1%DW` }, \
42 { `ras_callback_common error11 ret=$D1%DW` }, \
43 { `ras_callback_common error12 ret=$D1%DW` }, \
44 { `ras_callback_common error13 ret=$D1%DW` }, \
45 { `ras_callback_common error14 ret=$D1%DW` }, \
46 { `ras_netinet_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
47 { `return from ras_netinet_callback error=$D1%DW` }, \
48 { `ras_netinet_tcp_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
49 { `return from ras_netinet_tcp_callback error=$D1%DW` }, \
50 { `ras_netinet_udp_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
51 { `return from ras_netinet_udp_callback error=$D1%DW` }, \
52 { `ras_netinet_ipv4_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
53 { `return from ras_netinet_ipv4_callback error=$D1%DW` }, \
54 { `ras_netinet_misc_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
55 { `return from ras_netinet_misc_callback error=$D1%DW` }, \
56 { `ras_if_en_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
57 { `return from ras_if_en_callback error=$D1%DW` }, \
58 { `ras_ethchan_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
59 { `return from ras_ethchan_callback error=$D1%DW` }, \
60 { `ras_netmalloc_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
61 { `return from ras_netmalloc_callback error=$D1%DW` }, \
62 { `ras_net_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
63 { `return from ras_net_callback error=$D1%DW` }, \
64 { `ras_net_route_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
65 { `return from ras_net_route_callback error=$D1%DW` }, \
66 { `ras_net_cdli_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
67 { `return from ras_net_cdli_callback error=$D1%DW` }, \
68 { `ras_net_loop_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
69 { `return from ras_net_loop_callback error=$D1%DW` }, \
70 { `ras_mbuf_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
71 { `return from ras_mbuf_callback error=$D1%DW` }, \
72 { `ras_socket_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
73 { `return from ras_socket_callback error=$D1%DW` }, \
74 { `ras_socket_so_unix_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
75 { `return from ras_socket_so_unix_callback error=$D1%DW` }, \
76 { `ras_callback_common error15 ret=$D1%DW` }, \
77 { `ras_callback_common error16 ret=$D1%DW` }, \
78 { `ras_callback_common error17 ret=$D1%DW` }, \
119 { `ras_kdapl_callback error1 error=$D1%DW rasblk=$D2%XW cmd=$D3%XW` }, \
120 { `ras_kdapl_callback comp=$D1%XW cmd=$D2%DW, arg=$D3%XW, cdata=$D4%XW` }, \
121 { `return from ras_kdapl_callback error=$D1%DW` }, \
\* { unknown subhook $HD $ERROR }
616 1.0 'ETHCHAN' \
$HD%D1, \
1 { `ethchan config` }, \
2 { `ethchan config return rc=$D1%DW` }, \
3 { `ethchan_init_ccs p_ccs=$D1%XW` }, \
4 { `ethchan_init_ccs return` }, \
5 { `ethchan_open p_ccs=$D1%XW` }, \
6 { `ethchan_open return rc=$D1%DW` }, \
7 { `ethchan_close p_ccs=$D1%XW` }, \
8 { `ethchan_close return rc=$D1%DW` }, \
9 { `ethchan_output p_ccs=$D1%XW p_mbuf=$D2%XW` }, \
10 { `ethchan_output return error=$D1%DW` }, \
11 { `ethchan_arp_sender_timeout p_wdt=$D1%XW` }, \
12 { `ethchan_arp_sender_timeout return` }, \
13 { `ethchan_send_arp p_ccs=$D1%XW` }, \
14 { `ethchan_send_arp return rc=$D1%DW` }, \
15 { `ethchan_null_receive_func nddp=$D1%XW m=$D2%XW` }, \
16 { `ethchan_null_receive_func return` }, \
17 { `ethchan_link_status_callback_func p_ccs=$D1%XW flag=$D2%DW calling_nddp=$D3%XW` }, \
18 { `ethchan_link_status_callback_func return` }, \
19 { `ethchan_verify_failover p_ccs=$D1%XW force_failover=$D2%DW` }, \
20 { `ethchan_verify_failover return rc=$D1%DW` }, \
21 { `ethchan_initiate_failover p_ccs=$D1%XW failcode=$D2%DW` }, \
22 { `ethchan_initiate_failover return` }, \
23 { `ethchan_swap_channel p_ccs=$D1%XW failcode=$D2%DW` }, \
24 { `ethchan_swap_channel return` }, \
25 { `ethchan_ping_timeout p_wdt=$D1%XW` }, \
26 { `ethchan_ping_timeout return` }, \
27 { `ethchan_icmp_output p_ccs=$D1%XW sa=$D2%XW` }, \
28 { `ethchan_icmp_output return` }, \
29 { `ethchan_icmp_input m=$D1%XW` }, \
30 { `ethchan_icmp_input return` }, \
31 { `ethchan_add_adapter p_ccs=$D1%XW len=$D2%DW` }, \
32 { `ethchan_add_adapter return rc=$D1%DW` }, \
33 { `ethchan_delete_adapter p_ccs=$D1%XW len=$D2%DW` }, \
34 { `ethchan_delete_adapter return rc=$D1%DW` }, \
35 { `ethchan_change_attribute p_ccs=$D1%XW mod=$D2%XW len=$D3%DW` }, \
36 { `ethchan_change_attribute return rc=$D1%DW` }, \
37 { `ethchan_config error1 error=$D1%DW` }, \
38 { `ethchan_config error2 error=$D1%DW` }, \
39 { `ethchan_config error3 error=$D1%DW` }, \
40 { `ethchan_config error4 error=$D1%DW` }, \
41 { `ethchan_config error5 error=$D1%DW` }, \
42 { `ethchan_config error6 error=$D1%DW` }, \
43 { `ethchan_config error7 error=$D1%DW` }, \
44 { `ethchan_config error8 error=$D1%DW` }, \
45 { `ethchan_init_ccs error1 error=$D1%DW` }, \
46 { `ethchan_init_ccs error2 error=$D1%DW` }, \
47 { `ethchan_open error1 error=$D1%DW` }, \
48 { `ethchan_open error2 error=$D1%DW` }, \
49 { `ethchan_open error3 error=$D1%DW` }, \
50 { `ethchan_open error4 error=$D1%DW` }, \
51 { `ethchan_open error5 error=$D1%DW` }, \
52 { `ethchan_output error1 error=$D1%DW` }, \
53 { `ethchan_output error2 error=$D1%DW` }, \
54 { `ethchan_send_arp error1 error=$D1%DW` }, \
55 { `ethchan_send_arp error2 error=$D1%DW` }, \
56 { `ethchan_send_arp error3 error=$D1%DW` }, \
57 { `ethchan_verify_failover error1 error=$D1%DW` }, \
58 { `ethchan_icmp_output error1 error=$D1%DW` }, \
59 { `ethchan_icmp_output error2 error=$D1%DW` }, \
60 { `ethchan_icmp_output error3 error=$D1%DW` }, \
61 { `ethchan_add_adapter error1 error=$D1%DW` }, \
62 { `ethchan_add_adapter error2 error=$D1%DW` }, \
63 { `ethchan_add_adapter error3 error=$D1%DW` }, \
64 { `ethchan_add_adapter error4 error=$D1%DW` }, \
65 { `ethchan_add_adapter error5 error=$D1%DW` }, \
66 { `ethchan_add_adapter error6 error=$D1%DW` }, \
67 { `ethchan_add_adapter error7 error=$D1%DW` }, \
68 { `ethchan_add_adapter error8 error=$D1%DW` }, \
69 { `ethchan_delete_adapter error1 error=$D1%DW` }, \
70 { `ethchan_delete_adapter error2 error=$D1%DW` }, \
71 { `ethchan_change_attribute error1 error=$D1%DW` }, \
72 { `ethchan_change_attribute error2 error=$D1%DW` }, \
73 { `ethchan_change_attribute error3 error=$D1%DW` }, \
\* { unknown subhook $HD $ERROR }
617 1.0 'ROUTE' \
$HD%D1, \
1 { `rtinithead fam=$D1%DW count=$D2%DW` }, \
2 { `route_configure` }, \
3 { `route_init`},\
4 { `rn_inithead head=$D1%XW off=$D2%DW`},\
5 { `rn_inithead error1`},\
6 { `rn_init`},\
7 { `rtredirect fam=$D1%DW gw=$D2%XW netmask=$D3%XW flags=$D4%XW src=$D5%XW`},\
8 { `rtexpire rn=$D1%XW`},\
9 { `rtexpire return error=$D1%DW`},\
10 { `rtioctl so=$D1%XW req=$D2%DW data=$D3%XW`},\
11 { `rtioctl return so=$D1%XW error=$D2%DW`},\
12 { `dead_gateway dst=$D1%XW active=$D2%DW`},\
13 { `gateway_up dst=$D1%XW`},\
14 { `raise_cost 1 addr1=$D1%XW addr2=$D2%XW`},\
15 { `raise_cost 2 addr1=$D1%XW addr2=$D2%XW`},\
16 { `restore_cost 1 addr1=$D1%XW addr2=$D2%XW`},\
17 { `restore_cost 2 addr1=$D1%XW addr2=$D2%XW`},\
18 { `rn_change_cost rt=$D1%XW rt_cost=$D2%DW cost=$D3%DW`},\
19 { `rn_change_cost return`},\
20 { `rn_change_cost out1`},\
21 { `rn_change_cost out2`},\
22 { `rn_change_cost out3`},\
23 { `rt_changegids gidlist=$D1%XW inuse=$D2%DW`},\
24 { `rt_changegids return`},\
25 { `rt_changegids out1`},\
26 { `rt_changegids error1 error=$D1%DW`},\
27 { `rt_changegids error2 inuse= $D1%DW error=$D2%DW`},\
28 { `rt_changegids error3 error=$D1%DW`},\
29 { `route_output so=$D1%XW m=$D2%XW`},\
30 { `route_output rtm=$D1%XW error=$D2%XW`},\
31 { `route_output error1 so=$D1%XW m=$D2%XW error=$D3%DW`},\
32 { `route_output error2 len=$D1%DW data_len=$D2%DW error=$D3%DW`},\
33 { `route_output error3 len=$D1%DW data_len=$D2%DW error=$D3%DW`},\
34 { `route_output error4 len=$D1%DW data_len=$D2%DW error=$D3%DW`},\
35 { `route_output error5 len=$D1%DW data_len=$D2%DW error=$D3%DW`},\
36 { `route_output error6 version=$D1%DW error=$D2%DW`},\
37 { `route_output error7 error=$D1%DW`},\
38 { `route_output error8 weight=$D1%DW policy=$D2%DW error=$D3%DW`},\
39 { `route_output error9 error=$D1%DW`},\
40 { `route_output error10 error=$D1%DW`},\
41 { `route_output error11 ifpaddr=$D1%XW ifaaddr=$D2%XW error=$D3%DW`},\
42 { `route_output error12 error=$D1%DW`},\
43 { `route_output error13 error=$D1%DW`},\
44 { `route_output error14 error=$D1%DW`},\
45 { `route_output error15 error=$D1%DW`},\
46 { `route_output error16 so=$D1%XW error=$D2%DW`},\
47 { `route_output error17 error=$D1%DW`},\
48 { `route_output error18 error=$D1%DW`},\
49 { `route_output error19 so=$D1%XW error=$D2%DW`},\
50 { `route_output error20 so=$D1%XW error=$D2%DW`},\
51 { `route_output error21 so=$D1%XW error=$D2%DW`},\
52 { `route_output error22 error=$D1%DW`},\
53 { `route_output error23 error=$D1%DW`},\
54 { `route_output error24 error=$D1%DW`},\
55 { `route_output error25 error=$D1%DW`},\
56 { `route_output error26 error=$D1%DW`},\
57 { `route_output error27 error=$D1%DW`},\
58 { `route_output error28 error=$D1%DW`},\
59 { `route_output error29 error=$D1%DW`},\
60 { `route_output error30 error=$D1%DW`},\
61 { `rt_missmsg type=$D1%DW rtinfo=$D2%XW flags=$D3%XW error=$D4%DW count=$D5%DW`},\
62 { `rt_missmsg out1`},\
63 { `rt_missmsg out2 type=$D1%DW rtinfo=$D2%XW`},\
64 { `rn_select t=$D1%XW ifa=$D2%XW gidlist=$D3%XW flags=$D4%XW policy=$D5%DW`},\
65 { `rn_select return r=$D1%XW rt_index=$D2%DW`},\
66 { `rn_select out1 r=$D1%XW rt_index=$D2%DW`},\
67 { `rn_select out2 r=$D1%XW rt_index=$D2%DW`},\
68 { `rn_lookup v_arg=$D1%XW m_arg=$D2%XW head=$D3%XW gidlist=$D4%XW`},\
69 { `rn_lookup return`},\
70 { `rn_lookup out1`},\
71 { `rn_lookup out2`},\
72 { `rn_lookup out3`},\
73 { `rn_lookup out4`},\
74 { `rn_genmatch v_arg=$D1%XW head=$D2%XW gidlist=$D3%XW ifa=$D4%XW flags=$D5%XW`},\
75 { `rn_genmatch return`},\
76 { `rn_genmatch out1 flags=$D1%XW ifa=$D2%XW gidlist=$D3%XW`},\
77 { `rn_genmatch out2`},\
78 { `rn_genmatch out3`},\
79 { `rn_genmatch out4 t=$D1%XW`},\
80 { `rn_genmatch out5 r=$D1%XW`},\
81 { `rn_genmatch out6 x=$D1%XW`},\
82 { `rn_addmask error1`},\
83 { `rn_new_radix_mask error1`},\
84 { `rn_addroute v_arg=$D1%XW n_arg=$D2%XW head=$D3%XW g_arg=$D4%XW rt_parm=$D5%XW`},\
85 { `rn_addroute return tt=$D1%XW`},\
86 { `rn_addroute out1`},\
87 { `rn_addroute out2`},\
88 { `rn_addroute out3`},\
89 { `rn_addroute out4 tt=$D1%XW`},\
90 { `rn_addroute out5 tt=$D1%XW`},\
91 { `rn_delete v_arg=$D1%XW netmask_arg=$D2%XW g_arg=$D3%XW ifp=$D4%XW cost=$D5%DW`},\
92 { `rn_delete return tt=$D1%XW`},\
93 { `rn_delete out1 vlen=$D1%DW head_off=$D2%DW v=$D3%XW`},\
94 { `rn_delete out2`},\
95 { `rn_delete out3 match=$D1%DW`},\
96 { `rn_delete out4`},\
97 { `rn_delete out5 g_arg=$D1%XW`},\
98 { `rn_delete out6`},\
99 { `rn_delete out7`},\
100 { `rn_change v_arg=$D1%XW m_arg=$D2%XW g_arg=$D3%XW ifp=$D4%XW cost=$D5%DW`},\
101 { `rn_change return dt=$D1%XW`},\
102 { `rn_change out1`},\
103 { `rn_change out2 cp=$D1%XW cp2=$D2%XW`},\
104 { `rn_change out3 duplist=$D1%XW`},\
105 { `rn_change out4 match=$D1%DW`},\
106 { `rn_change out5 similar=$D1%DW`},\
107 { `rn_walktree h=$D1%XW w=$D2%XW`},\
108 { `rn_walktree return h=$D1%XW w=$D2%XW`},\
109 { `rn_walktree out1`},\
110 { `rn_walktree error1 error=$D3%DW`},\
111 { `rn_walktree error2 error=$D3%DW`},\
112 { `rn_change_policy ifp=$D1%XW cost=$D2%DW v_arg=$D3%XW netmask_arg=$D4%XW head=$D5%XW`},\
113 { `rn_change_policy return dtt=$D1%XW`},\
114 { `rn_change_policy out1`},\
115 { `rn_change_policy out2`},\
116 { `rn_change_policy out3`},\
117 { `rn_change_policy out4`},\
118 { `rn_change_policy out5`},\
119 { `rn_change_policy out6`},\
120 { `rn_change_policy out7`},\
121 { `nextroute ro=$D1%XW gidlist=$D2%XW`},\
122 { `nextroute return`},\
123 { `nextroute out1`},\
124 { `nextroute out2 rt=$D1%XW`},\
125 { `rtalloc1_nolock_gr dst=$D1%XW report=$D2%DW gidlist=$D3%XW ifa=$D4%XW flags=$D5%XW`},\
126 { `rtalloc1_nolock_gr return newrt=$D1%XW`},\
129 { `rtalloc1_nolock_gr error1 gidlist=$D1%XW gid_inuse=$D2%DW`},\
130 { `rtalloc1_nolock_gr error1 error=$D1%DW new_rt=$D2%XW`},\
131 { `rtalloc1_nolock_gr error1 new_rt=$D1%XW`},\
132 { `rtfree_nolock out1 rt=$D1%XW refcnt=$D2%DW flags=$D3%XW`},\
133 { `rtfree_nolock out2 rt=$D1%XW refcnt=$D2%DW`},\
134 { `rtredirect error1 error=$D1%DW`},\
135 { `rtredirect error2 error=$D1%DW`},\
136 { `rtredirect error3 error=$D1%DW`},\
137 { `rtredirect error4 error=$D1%DW`},\
138 { `rtioctl error1 so=$D1%XW req=$D2%DW data=$D3%XW error=$D4%DW`},\
139 { `rtioctl error2 so=$D1%XW req=$D2%DW error=$D3%DW`},\
140 { `rtioctl error3 so=$D1%XW state=$D2%XW error=$D3%DW`},\
141 { `ifa_ifwithroute error1 rt=$D1%XW`},\
142 { `ifa_ifwithroute error2`},\
143 { `ifa_ifwithroute error3`},\
144 { `rtrequest_nolock dst=$D1%XW gw=$D2%XW netmask=$D3%XW flags=$D4%XW` }, \
145 { `rtrequest_nolock return error=$D1%DW`},\
146 { `rtrequest_nolock error1 error=$D1%DW`},\
147 { `rtrequest_nolock error2 error=$D1%DW`},\
148 { `rtrequest_nolock error3 error=$D1%DW`},\
149 { `rtrequest_nolock error4 error=$D1%DW`},\
150 { `rtrequest_nolock error5 error=$D1%DW`},\
151 { `rtrequest_nolock error6 error=$D1%DW`},\
152 { `rtrequest_nolock error7 error=$D1%DW`},\
153 { `rtrequest_nolock error8 error=$D1%DW`},\
154 { `rtrequest_nolock error9 error=$D1%DW`},\
155 { `rtrequest_nolock error10 error=$D1%DW`},\
156 { `rtrequest_nolock error11 error=$D1%DW`},\
157 { `rtrequest_nolock error12 error=$D1%DW`},\
158 { `rtrequest_nolock error13 error=$D1%DW`},\
159 { `rt_setgate rt0=$D1%XW dst=$D2%XW gate=$D3%XW glen=$D4%DW`},\
160 { `rt_setgate error1 error=$D1%DW`},\
161 { `rt_setgate error2`},\
162 { `rtinit ifa=$D1%XW cmd=$D2%DW flags=$D3%XW ipv6=$D4%DW`},\
163 { `rtinit return error=$D1%DW`},\
164 { `rtinit error1 error=$D1%DW`},\
165 { `rtinit error2 error=$D1%DW`},\
166 { `rtinit error3 error=$D1%DW`},\
167 { `rt_cleanclones rn=$D1%XW newroute=$D2%XW`},\
168 { `rt_cleanclones return`},\
169 { `adjust_gateways`},\
170 { `adjust_gateways return`},\
171 { `route_usrreq so=$D1%XW req=$D2%DW m=$D3%XW nam=$D4%DW control=$D5%XW` }, \
172 { `route_usrreq return error=$D1%DW`},\
173 { `route_usrreq error1 so=$D1%XW error=$D2%DW`},\
174 { `route_usrreq error2 so=$D1%XW error=$D2%DW`},\
175 { `route_usrreq error3 so=$D1%XW error=$D2%DW`},\
176 { `rt_setmetrics which=$D1%XW in=$D2%XW out=$D3%XW`},\
177 { `m_copyback m0=$D1%XW off=$D2%DW len=$D3%DW cp=$D4%XW`},\
178 { `m_copyback return pkthdr_len=$D1%DW totlen=$D2%DW`},\
179 { `m_copyback error1 error=$D1%DW`},\
180 { `m_copyback error2 error=$D1%DW`},\
181 { `rt_msg1 type=$D1%DW rtinfo=$D2%XW`},\
182 { `rt_msg1 return m=$D1%XW`},\
183 { `rt_msg2 type=$D1%DW rtinfo=$D2%XW cp=$D3%XW w=$D4%XW version=$D5%DW` }, \
184 { `rt_msg1 return len=$D1%DW`},\
185 { `rt_ifmsg error1 ifp=$D1%XW error=$D2%DW`},\
186 { `raw_init`},\
187 { `raw_input m0=$D1%XW proto=$D2%XW src=$D3%XW dst=$D4%XW`},\
188 { `raw_input return sockets=$D1%DW`},\
189 { `raw_usrreq so=$D1%XW req=$D2%DW m=$D3%XW nam=$D4%XW control=$D5%XW`}, \
190 { `raw_usrreq return so=$D1%XW error=$D2%DW`},\
191 { `raw_usrreq error1 so=$D1%XW error=$D2%DW`},\
192 { `raw_usrreq error2 so=$D1%XW error=$D2%DW`},\
193 { `raw_usrreq error3 so=$D1%XW error=$D2%DW`},\
194 { `raw_usrreq error4 so=$D1%XW error=$D2%DW`},\
195 { `raw_usrreq error5 so=$D1%XW error=$D2%DW`},\
196 { `raw_usrreq error6 so=$D1%XW error=$D2%DW`},\
197 { `raw_usrreq error7 so=$D1%XW error=$D2%DW`},\
198 { `raw_usrreq error8 so=$D1%XW error=$D2%DW`},\
199 { `raw_usrreq error9 so=$D1%XW error=$D2%DW`},\
200 { `raw_usrreq error10 so=$D1%XW error=$D2%DW`},\
201 { `raw_usrreq error11 so=$D1%XW error=$D2%DW`},\
202 { `raw_usrreq error12 so=$D1%XW error=$D2%DW`},\
203 { `raw_usrreq error13 so=$D1%XW error=$D2%DW` }, \
204 { `raw_usrreq error14 so=$D1%XW error=$D2%DW` }, \
205 { `raw_usrreq error15 so=$D1%XW nam=$D2%XW error=$D3%DW `}, \
206 { `raw_usrreq error16 so=$D1%XW nam=$D2%XW error=$D3%DW` }, \
207 { `raw_usrreq error17 so=$D1%XW nam=$D2%XW error=$D3%DW` }, \
208 { `raw_usrreq error18 so=$D1%XW error=$D2%DW` }, \
209 { `rn_genmatch out7 r=$D1%XW` }, \
210 { `rtexpire_delete so_addr=$D1%XW error=$D2%DW` }, \
211 { `rn_insert_in radix_node=$D1%XW`},\
212 { `rn_insert_out radix_node=$D1%XW`},\
213 { `route_output error31 m=$D1%XW route_proto=$D2%XW route_src=$D3%XW route_dst=$D4%XW error=$D5%DW`}, \
\* { unknown subhook $HD $ERROR }
618 1.0 'LOOP' \
$HD%D1, \
1 { `loinit` }, \
2 { `loattach` }, \
3 { `looutput ifp=$D1%XW m=$D2%XW dst=$D3%XW rt=$D4%XW` }, \
4 { `return from looutput` }, \
5 { `loioctl ifp=$D1%XW cmd=$D2%DW data=$D3%XW` }, \
6 { `return from loioctl error=$D1%DW` }, \
7 { `looutput out1` }, \
8 { `looutput out2` }, \
9 { `looutput out3` }, \
10 { `looutput error1 error=$D1%DW` }, \
11 { `looutput error2` }, \
12 { `looutput error3 error=$D1%DW` }, \
13 { `loioctl error1 error=$D1%DW` }, \
14 { `loioctl error2 error=$D1%DW` }, \
\* { unknown subhook $HD $ERROR }
619 1.0 'CDLI' \
$HD%D1, \
1 { `ifinit` }, \
2 { `return from ifinit` }, \
3 { `ifreset n=$D1%DW` }, \
4 { `return from ifreset` }, \
5 { `netif_handler transid=$D1%DW cmd=$D1%DW arg=$D3%XW` }, \
6 { `return from netif_handler ipri=$D1%DW` }, \
7 { `if_attach ifp=$D1%XW` }, \
8 { `return from if_attach` }, \
9 { `link_rtrequest cmd=$D1%DW rt=$D1%XW sa=$D3%XW` }, \
10 { `return from link_rtrequest` }, \
11 { `link_rtrequest out1 cmd=$D1%DW` }, \
12 { `if_down ifp=$D1%XW` }, \
13 { `return from if_down` }, \
14 { `if_detach ifp=$D1%XW` }, \
15 { `return from if_detach out$D1%DW ifp=$D2%XW` }, \
16 { `if_rt_delete ifp=$D1%XW` }, \
17 { `return from if_rt_delete` }, \
19 { `if_rt_updroute ifr=$D1%XW` }, \
20 { `ifioctl so=$D1%XW cmd=$D2%DW data=$D3%XW` }, \
21 { `ifioctl error1 error=$D1%DW` }, \
22 { `ifioctl error2 error=$D1%DW` }, \
23 { `ifioctl error3 error=$D1%DW` }, \
24 { `ifioctl error4 error=$D1%DW` }, \
25 { `ifioctl error5 error=$D1%DW` }, \
26 { `ifioctl error6 error=$D1%DW` }, \
27 { `ifioctl error7 error=$D1%DW` }, \
28 { `ifioctl error8 error=$D1%DW` }, \
29 { `ifioctl error9 error=$D1%DW` }, \
30 { `ifioctl error10 error=$D1%DW` }, \
31 { `ifioctl error11 error=$D1%DW` }, \
32 { `ifioctl error12 error=$D1%DW` }, \
33 { `ifioctl error13 error=$D1%DW` }, \
34 { `ifioctl error14 error=$D1%DW` }, \
35 { `ifioctl error15 error=$D1%DW` }, \
36 { `ifioctl error16 error=$D1%DW` }, \
37 { `ifioctl error17 error=$D1%DW` }, \
38 { `ifioctl error18 error=$D1%DW` }, \
39 { `ifioctl error19 error=$D1%DW` }, \
40 { `ifioctl error20 error=$D1%DW` }, \
41 { `ifioctl error21 error=$D1%DW` }, \
42 { `ifioctl error22 error=$D1%DW` }, \
43 { `ifioctl error23 error=$D1%DW` }, \
44 { `ifioctl error24 error=$D1%DW` }, \
45 { `ifioctl error25 error=$D1%DW` }, \
46 { `ifioctl error26 error=$D1%DW` }, \
47 { `ifioctl error27 error=$D1%DW` }, \
48 { `ifioctl error28 error=$D1%DW` }, \
49 { `ifioctl error29 error=$D1%DW` }, \
50 { `ifioctl error30 error=$D1%DW` }, \
51 { `ifioctl error31 error=$D1%DW` }, \
52 { `ifioctl error32 error=$D1%DW` }, \
53 { `ifioctl error33 error=$D1%DW` }, \
54 { `ifioctl error34 error=$D1%DW` }, \
55 { `ifioctl error35 error=$D1%DW` }, \
56 { `ifioctl error36 ifr_mtu=$D1%DW error=$D2%DW` }, \
57 { `ifioctl error37 error=$D1%DW` }, \
58 { `ifioctl error38 error=$D1%DW` }, \
59 { `ifioctl error39 error=$D1%DW` }, \
60 { `ifioctl error40 error=$D1%DW` }, \
61 { `ifioctl error41 error=$D1%DW` }, \
62 { `ifioctl error42 error=$D1%DW` }, \
63 { `ifioctl error43 error=$D1%DW` }, \
64 { `ifioctl error44 error=$D1%DW` }, \
65 { `ifioctl error45 error=$D1%DW` }, \
66 { `ifioctl error46 error=$D1%DW` }, \
67 { `ifioctl error47 error=$D1%DW` }, \
68 { `ifioctl error48 error=$D1%DW` }, \
69 { `ifioctl error49 error=$D1%DW` }, \
70 { `ifioctl error50 error=$D1%DW` }, \
71 { `ifioctl error51 error=$D1%DW` }, \
72 { `ifioctl error52 error=$D1%DW` }, \
73 { `ifioctl error53 error=$D1%DW` }, \
74 { `ifioctl error54 error=$D1%DW` }, \
75 { `ifioctl error55 error=$D1%DW` }, \
76 { `ifioctl error56 error=$D1%DW` }, \
77 { `ifioctl error57 error=$D1%DW` }, \
78 { `ifioctl error58 error=$D1%DW` }, \
79 { `ifioctl error59 error=$D1%DW` }, \
80 { `ifioctl error60 error=$D1%DW` }, \
81 { `ifioctl error61 error=$D1%DW` }, \
82 { `ifioctl error62 error=$D1%DW` }, \
83 { `ifioctl error63 error=$D1%DW` }, \
84 { `ifioctl error64 error=$D1%DW` }, \
85 { `ifioctl error65 error=$D1%DW` }, \
86 { `ifioctl error66 error=$D1%DW` }, \
87 { `ifioctl error67 error=$D1%DW` }, \
88 { `ifconf error1 error=$D1%DW` }, \
89 { `ifconf error2 error=$D1%DW` }, \
90 { `ifconf error3 error=$D1%DW` }, \
91 { `insert_mtu mtu=$D1%DW` }, \
92 { `insert_mtu error1` }, \
93 { `insert_mtu error2 error=$D1%DW` }, \
94 { `return from insert_mtu` }, \
95 { `delete_mtu mtu=$D1%DW` }, \
96 { `delete_mtu error1` }, \
97 { `delete_mtu error2` }, \
98 { `return from delete_mtu` }, \
99 { `next_mtu mtu=$D1%DW` }, \
100 { `return from next_mtu` }, \
101 { `listifvipa ifp=$D1%XW` }, \
102 { `return from listifvipa numifp=$D1%DW` }, \
103 { `setifvipa ifrv=$D1%XW ifp=$D2%XW` }, \
104 { `setifvipa error1 error=$D1%DW` }, \
105 { `setifvipa error2 error=$D1%DW` }, \
106 { `setifvipa error3 error=$D1%DW` }, \
107 { `setifvipa error4 error=$D1%DW` }, \
108 { `delifvipa ifrv=$D1%XW ifp=$D2%XW` }, \
109 { `delifvipa error1 error=$D1%DW` }, \
110 { `delifvipa error2 error=$D1%DW` }, \
111 { `delifvipa error3 error=$D1%DW` }, \
112 { `delifvipa error4 error=$D1%DW` }, \
113 { `delifvipaxface ifp=$D1%XW` }, \
117 { `if_reset_route_addr:point=$D1%DW radix node=$D2%XW data ptr=$D3%XW interface address=$D4%XW` }, \
118 { `if_rt_ifaddr_reset interface ptr=$D1%XW address family=$D2%DW` }, \
119 { `if_rt_ifaddr_reset:return point=$D1%DW interface ptr=$D2%XW address family=$D3%DW` }, \
120 { `ifioctl error70 error=$D1%DW` }, \
121 { `ifioctl error71 error=$D1%DW` }, \
122 { `ifioctl error72 error=$D1%DW` }, \
123 { `ifioctl error73 error=$D1%DW` }, \
124 { `ifioctl error74 error=$D1%DW` }, \
125 { `ifioctl error75 error=$D1%DW` }, \
126 { `ifioctl error76 error=$D1%DW` }, \
127 { `vns_attach_err rc = $D1%DW` }, \
128 { `vns_detach_err rc = $D1%DW` }, \
129 { `vns_alloc_err rc = $D1%DW` }, \
130 { `vns_free_err rc = $D1%DW` }, \
131 { `if_rt_updroute ifr=$D1%XW` }, \
132 { `ifinit error rc=$D1%XW` }, \
133 { `if_dr_handler enter action=$D1%DW l_cpuid=$D2%DW` }, \
134 { `if_dr_handler exit action=$D1%DW rc=$D2%DW` }, \
\* { unknown subhook $HD $ERROR }
61A 1.0 'NETINET_MISC' \
$HD%D1, \
1 { `arpinit` }, \
2 { `arpinit error1 error=$D1%DW` }, \
3 { `arptimer_init` }, \
4 { `arpresolve_common ac=$D1%XW m=$D2%XW arpwhohas=$D3%XW dst=$D4%XW hwaddr=$D5%XW` }, \
5 { `return from arpresolve_common ret=$D1%DW` }, \
6 { `arpresolve_common out1 ret=$D1%DW` }, \
7 { `arpresolve_common out2 ret=$D1%DW` }, \
8 { `arpresolve_common out3 ret=$D1%DW` }, \
9 { `arpresolve_common out4 ret=$D1%DW` }, \
10 { `arpupdate ac=$D1%XW m=$D2%XW hp=$D3%XW action=$D4%DW prm=$D5%XW` }, \
11 { `return from arpupdate` }, \
12 { `arpioctl cmd=$D1%DW data=$D2%XW` }, \
13 { `return from arpioctl` }, \
14 { `arptnew` }, \
15 { `arptnew_call_arptfree at=$D1%XW` }, \
16 { `arpupdate out1 ret=$D1%DW` }, \
17 { `arpupdate out2 ret=$D1%DW` }, \
18 { `arpupdate out3 ret=$D1%DW` }, \
19 { `arpupdate out4 ret=$D1%DW` }, \
20 { `arpupdate out5 ret=$D1%DW` }, \
21 { `arpupdate out6 ret=$D1%DW` }, \
22 { `arpupdate error1 error=$D1%DW` }, \
23 { `arpupdate error2 error=$D1%DW` }, \
24 { `arpupdate error3 error=$D1%DW` }, \
25 { `arpupdate error4 error=$D1%DW` }, \
26 { `arpupdate error5 error=$D1%DW` }, \
27 { `arpupdate error6 error=$D1%DW` }, \
28 { `arpupdate error7 error=$D1%DW` }, \
29 { `arpupdate error8 error=$D1%DW` }, \
30 { `add_gateway out1` }, \
31 { `mark_gateway_down out1` }, \
32 { `in_control error1 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
33 { `in_control error2 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
34 { `in_control error3 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
35 { `in_control error4 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
36 { `in_control error5 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
37 { `in_control error6 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
38 { `in_control error7 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
39 { `in_control error8 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
40 { `in_control error9 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
41 { `in_control error10 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
42 { `in_control error11 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
43 { `in_control error12 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
44 { `in_control error13 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
45 { `in_control error14 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
46 { `in_control error15 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
47 { `in_control error16 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
48 { `in_control error17 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
49 { `in_control error18 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
50 { `in_ifattach error1 ifp=$D1%XW error=$D2%DW` }, \
51 { `in_ifattach error2 ifp=$D1%XW error=$D2%DW` }, \
52 { `in_ifattach error3 ifp=$D1%XW error=$D2%DW` }, \
53 { `in_ifattach error4 ifp=$D1%XW error=$D2%DW` }, \
54 { `in_ifattach error5 ifp=$D1%XW error=$D2%DW` }, \
55 { `in_ifinit error1 ifp=$D1%XW error=$D2%DW` }, \
56 { `in_ifinit out1 ifp=$D1%XW error=$D2%DW` }, \
57 { `in_ifinit out2 ifp=$D1%XW error=$D2%DW` }, \
58 { `in_ifinit out3 ifp=$D1%XW error=$D2%DW` }, \
59 { `in_addmulti out1 s_addr=$D1%XW ret=$D2%DW` }, \
60 { `in_addmulti out2 s_addr=$D1%XW ret=$D2%DW` }, \
61 { `in_hash_add out1 s_addr=$D1%XW` }, \
62 { `in_ifscrub_vipa addr=$D1%XW` }, \
63 { `in_ifscrub_vipa ifp=$D1%XW ia=$D2%XW` }, \
65 { `in_pcballoc error1 so=$D1%XW error=$D2%DW` }, \
109 { `icmp_unreachable nextmtu=$D1%DW pt_mtu=$D2%DW` }, \
111 { `in_control error20 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
112 { `in_control error21 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
113 { `in_control error22 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
114 { `in_control error23 so=$D1%DW cmd=$D2%DW error=$D3%DW` }, \
127 { `in_addmulti out3 s_addr=$D1%XW ret=$D2%DW` }, \
128 { `in_control error27 ifp=$D1%XW ia=$D2%XW error=$D3%DW` }, \
\* { unknown subhook $HD $ERROR }
61B 1.0 'SOCKET_UNIX' \
$HD%D1, \
1 { `uipc_init` }, \
2 { `unp_dispose m=$D1%XW` }, \
3 { `unp_drop unp=$D1%XW error=$D2%DW` }, \
4 { `unp_externalize so=$D1%XW rights=$D2%XW` }, \
5 { `unp_internalize control=$D1%XW cm=$D2%XW` }, \
6 { `uipc_usrreq error1 so=$D1%XW error=$D2%DW` }, \
7 { `uipc_usrreq error2 so=$D1%XW error=$D2%DW` }, \
8 { `uipc_usrreq error3 so=$D1%XW error=$D2%DW` }, \
9 { `uipc_usrreq error4 so=$D1%XW error=$D2%DW req=$D3%DW` }, \
10 { `uipc_usrreq error5 so=$D1%XW error=$D2%DW` }, \
11 { `uipc_usrreq error6 so=$D1%XW error=$D2%DW` }, \
12 { `uipc_usrreq error7 so=$D1%XW error=$D2%DW` }, \
13 { `uipc_usrreq error8 so=$D1%XW error=$D2%DW` }, \
14 { `uipc_usrreq error9 so=$D1%XW error=$D2%DW` }, \
15 { `uipc_usrreq error10 so=$D1%XW error=$D2%DW` }, \
16 { `uipc_usrreq error11 so=$D1%XW error=$D2%DW` }, \
17 { `uipc_usrreq error12 so=$D1%XW error=$D2%DW` }, \
18 { `uipc_usrreq error13 so=$D1%XW error=$D2%DW` }, \
19 { `uipc_usrreq error14 so=$D1%XW error=$D2%DW` }, \
20 { `uipc_usrreq error15 so=$D1%XW error=$D2%DW` }, \
21 { `uipc_usrreq error16 so=$D1%XW error=$D2%DW` }, \
22 { `uipc_usrreq error17 so=$D1%XW error=$D2%DW` }, \
23 { `uipc_usrreq error18 so=$D1%XW error=$D2%DW` }, \
24 { `uipc_usrreq error19 so=$D1%XW error=$D2%DW` }, \
25 { `uipc_usrreq error20 so=$D1%XW error=$D2%DW` }, \
26 { `uipc_usrreq error21 so=$D1%XW error=$D2%DW m=$D3%XW` }, \
27 { `uipc_usrreq error22 so=$D1%XW error=$D2%DW m=$D3%XW` }, \
28 { `uipc_usrreq error23 so=$D1%XW error=$D2%DW` }, \
29 { `unp_attach error1 so=$D1%XW error=$D2%DW snd_sb_hiwat=$D3%XW rcv_sb_hiwat=$D4%XW` }, \
30 { `unp_attach error2 so=$D1%XW error=$D2%DW size=$D3%XW` }, \
31 { `unp_bind error1 error=$D1%DW` }, \
32 { `unp_bind error2 error=$D1%DW` }, \
33 { `unp_bind error3 error=$D1%DW` }, \
34 { `unp_bind error4 error=$D1%DW` }, \
35 { `unp_bind error5 error=$D1%DW` }, \
36 { `unp_bind error6 error=$D1%DW` }, \
37 { `unp_bind error7 error=$D1%DW` }, \
38 { `unp_bind error8 error=$D1%DW` }, \
39 { `unp_bind error9 error=$D1%DW` }, \
40 { `unp_bind error10 error=$D1%DW` }, \
41 { `unp_connect error1 error=$D1%DW` }, \
42 { `unp_connect error2 error=$D1%DW` }, \
43 { `unp_connect error3 error=$D1%DW` }, \
44 { `unp_connect error4 error=$D1%DW` }, \
45 { `unp_connect error5 error=$D1%DW` }, \
46 { `unp_connect error6 error=$D1%DW` }, \
47 { `unp_connect error7 error=$D1%DW` }, \
48 { `unp_connect error8 error=$D1%DW` }, \
49 { `unp_connect error9 error=$D1%DW` }, \
50 { `unp_connect2 error1 error=$D1%DW` }, \
51 { `unp_connect2 error2 error=$D1%DW` }, \
52 { `unp_internalize error1 cm=$D1%XW error=$D2%DW` }, \
53 { `unp_internalize error2 control=$D1%XW error=$D2%DW` }, \
54 { `unp_internalize error3 control=$D1%XW needsize=$D2%DW error=$D3%DW` }, \
55 { `unp_internalize error4 control=$D1%XW rc=$D2%DW error=$D3%DW` }, \
56 { `unp_connect so=$D1%XW nam=$D2%DW` }, \
57 { `return from unp_connect so=$D1%XW error=$D2%DW` }, \
58 { `unp_bind unp=$D1%XW nam=$D2%DW` }, \
59 { `return from unp_bind` }, \
60 { `uipc_usrreq so=$D1%XW req=$D2%DW m=$D3%XW nam=$D4%XW control=$D5%XW` }, \
61 { `return from uipc_usrreq error=$D1%DW` }, \
62 { `unp_detach unp=$D1%XW` }, \
63 { `return from unp_detach` }, \
64 { `unp_attach so=$D1%XW` }, \
65 { `return from unp_attach` }, \
66 { `unp_shutdown unp=$D1%XW` }, \
67 { `return from unp_shutdown` }, \
68 { `uipc_usrreq_err24 so=$D1%XW error=$D2%DW` }, \
69 { `uipc_usrreq_err25 so=$D1%XW error=$D2%DW req=$D3%DW` }, \
70 { `unp_connect2_err3 so=$D1%XW so2=$D2%XW error=$D3%DW` }, \
71 { `unp_bind_err11 error=$D1%DW` }, \
72 { `unp_connect_err10 so=$D1%XW state=$D2%DW unp=$D3%XW error=$D4%DW` }, \
\* { unknown subhook $HD $ERROR }
624 1.0 "@VMSVC_PIN" \
$HD, \
0x00 { `VMSVC PIN: caller=$D1 addr=$D2 bytes=$D3 pintype=$D4 segtype=$D5` }, \
0x01 { `VMSVC PIN Err: rc=$D1` }, \
0x02 { `VMSVC UNPIN: caller=$D1 addr=$D2 bytes=$D3 pintype=$D4` }, \
0x03 { `VMSVC UNPIN Err: rc=$D1` },\
0x04 { `VMSVC XL PIN: caller=$D1 xmemd=$D2 addr=$D3 count=$D4 rw=$D5` }, \
0x05 { `VMSVC XL PIN Err: rc=$D1` }, \
0x06 { `VMSVC XL UNPIN: caller=$D1 xmemd=$D2 addr=$D3 count=$D4` }, \
0x07 { `VMSVC XL UNPIN Err: rc=$D1` }, \
0x08 { `VMSVC PIN forced: psx=$D1 pfavail=$D2 pfrsvdblks=$D3 pintype=$D4` }
625 1.0 "@VMSVC_DR" \
$HD, \
0x00 { `VMSVC RMLMB: caller=$D1 start=$D2 len=$D3 flags=$D4` }, \
0x01 { `VMSVC RMLMB Err: rc=$D1` },\
0x02 { `VMSVC ADDLMB: caller=$D1 start=$D2 len=$D3 flags=$D4` }, \
0x03 { `VMSVC ADDLMB Err: rc=$D1` }, \
0x04 { `VMSVC ADDMEM: caller=$D1 start=$D2 len=$D3 flags=$D4` }, \
0x05 { `VMSVC ADDMEM Err: rc=$D1` }, \
0x06 { `VMSVC FREEMEM: caller=$D1 start=$D2 len=$D3 flags=$D4` }, \
0x07 { `VMSVC FREEMEM Err: rc=$D1` }
626 1.0 "@VMSVC_GALLOC" \
$HD, \
0x00 { `VMSVC GFREE: caller=$D1 addr=$D2 size=$D3` }, \
0x01 { `VMSVC GFREE Err: rc=$D1` }, \
0x02 { `VMSVC GALLOC ATT: caller=$D1 type=$D2 size=$D3 policy=$D4` }, \
0x03 { `VMSVC GALLOC ATT Err: rc=$D1` }, \
0x04 { `VMSVC GPTEPIN: caller=$D1 oaddr=$D2 osize=$D3 eaddr=$D4 size=$D5` }, \
0x05 { `VMSVC GPTEPIN Err: krc=$D1` }
627 1.0 "@VMSVC_DELETE" \
$HD, \
0x00 { `VMSVC DELETE: caller=$D1 sidx=$D2 sid=$D4 flags_npages=$D5` vmmsibits($D3) }, \
0x01 { `VMSVC DELETE Err: rc=$D1` },\
0x02 { `VMSVC RELEASE: caller=$D1 addr=$D2 bytes=$D3` }, \
0x03 { `VMSVC RELEASE Err: rc=$D1` },\
0x04 { `VMSVC RELEASEP: caller=$D1 sid=$D2 pfirst=$D3 npages=$D4` }, \
0x05 { `VMSVC RELEASEP Err: rc=$D1` },\
0x06 { `VMSVC DISCLAIM: caller=$D1 addr=$D2 len=$D3` }, \
0x07 { `VMSVC DISCLAIM Err: rc=$D1` }, \
0x08 { `VMSVC SETSEG_HKEY: caller=$D1 sid=$D2 hkey=$D3` }, \
0x09 { `VMSVC SETSEG_HKEY Err: rc=$D1` }, \
0x0A { `VMSVC SETSEG_KKEY: caller=$D1 sid=$D2 kkey=$D3` }, \
0x0B { `VMSVC SETSEG_KKEY Err: rc=$D1` }, \
0x0C { `VMSVC INVALIDATEP: caller=$D1 sid=$D2 pfirst=$D3 npages=$D4` }, \
0x0D { `VMSVC INVALIDATEP: Err: rc=$D1` }
628 1.0 "@VMSVC_VMS_IOWAITF" \
$HD, \
0x00 { `VMSVC IOWAITF: caller=$D1 sid=$D2 flags=$D3` }, \
0x01 { `VMSVC IOWAITF Err: rc=$D1` }
629 1.0 "@VMSVC_VM_PROTECT" \
$HD, \
0x00 { `VMSVC PROTECT: caller=$D1 addr=$D2 bytes=$D3 key=$D4`}, \
0x01 { `VMSVC PROTECT Err: rc=$D1` }, \
0x02 { `VMSVC MPROTECT: caller=$D1 start=$D2 end=$D3 prot=$D4 mode=$D5`}, \
0x03 { `VMSVC MPROTECT Err: rc=$D1` }
62A 1.0 "@VMSVC_WRITE" \
$HD, \
0x00 { `VMSVC WRITE: caller=$D1 addr=$D2 bytes=$D3 force=$D4` }, \
0x01 { `VMSVC WRITE Err: rc=$D1` },\
0x02 { `VMSVC XWRITEP: caller=$D1 sid=$D2 pfirst=$D3 npages=$D4 flags=$D5` }, \
0x03 { `VMSVC XWRITEP Err: rc=$D1` }, \
0x04 { `VMSVC IOACCESSP: caller=$D1 sid=$D2 pfirst=$D3 npages=$D4 modifier=$D5` }, \
0x05 { `VMSVC IOACCESSP Err: rc=$D1` }, \
0x06 { `VMSVC WRITEP: caller=$D1 sid=$D2 pfirst=$D3 npages=$D4` }, \
0x07 { `VMSVC WRITEP Err: rc=$D1` }, \
0x08 { `VMSVC XWRITE2: caller=$D1 sid=$D2 pfirst=$D3 npages=$D4 flags=$D5` }, \
0x09 { `VMSVC XWRITE2 Err: rc=$D1` }, \
0x0A { `VMSVC READP: caller=$D1 sid=$D2 pfirst=$D3 npages=$D4 flags=$D5` }, \
0x0B { `VMSVC READP Err: rc=$D1` }, \
0x0C { `VMSVC FLUSHP: caller=$D1 sid=$D2 pfirst=$D3 npages=$D4` }, \
0x0D { `VMSVC FLUSHP Err: rc=$D1` }
62B 1.0 "@VMSVC_AS" \
$HD, \
0x00 { `VMSVC AS_ATT: caller=$D1 vmhandle=$D2 offset=$D3` }, \
0x01 { `VMSVC AS_ATT Err: rc=$D1` }, \
0x02 { `VMSVC AS_DET: caller=$D1 addr=$D2` }, \
0x03 { `VMSVC AS_DET Err: rc=$D1` }, \
0x04 { `VMSVC AS_SETH: caller=$D1 addr=$D2 vmhandle=$D3` }, \
0x05 { `VMSVC AS_SETH Err: rc=$D1` }, \
0x06 { `VMSVC AS_LW_ATT: caller=$D1 xmem=$D2 offset=$D3 length=$D4 addr = $D5` }, \
0x07 { `VMSVC AS_LW_ATT Err: rc=$D1` }, \
0x08 { `VMSVC AS_LW_DET: caller=$D1 xmem=$D2 addr=$D3 length=$D4` }, \
0x09 { `VMSVC AS_LW_DET Err: rc=$D1` }, \
0x0A { `VMSVC AS_LW_POOL: caller=$D1 pool_size=$D2 flags=$D3` }, \
0x0B { `VMSVC AS_LW_POOL Err: rc=$D1` }, \
0x0C { `VMSVC VMS_LIMITS: caller=$D1, sid=$D2, uplim=$D3, downlim=$D4, oldlims=$D5` }, \
0x0D { `VMSVC VMS_LIMITS Err: rc=$D1` }, \
0x0E { `VMSVC MPC_SEND: caller=$D1 old_hand=$D2 det_eaddr=$D3 stab_version=$D4` }, \
0x0F { `VMSVC MPC_SEND Err: rc=$D1` }, \
0x10 { `VMSVC_TID_SRAD_ATCH: getcaller=$D1 rc=$D2 tid=$D3 sradid=$D4 attach?=$D5 ` }
62C 1.0 "@MIG_DR" \
{{ \
heavy(flags) \
$flags \
BITFLAGS $flags, \
& 0x0001 0x0000 "light", \
0x0001 "heavy", \
0x0002 "mappers", \
0x0004 "64k", \
& 0x0004 0x0000 "4k" \
}} \
{{ $pftpgs = $D4%W32.63 }} \
{{ $nfree = $D4%W0.31 }} \
{{ $skptot = $D5%W32.63 }} \
{{ $skips = $D5%W0.31 }} \
$HD, \
0x00 { `VMM MIG: start=$D1 end=$D2 flags=$D3 nfr=$D4 pft_swbits=$D5` }, \
0x01 { `VMM MIG Err: rc=$D1 start=$D2 flags=$D3 nfr =$D4 pft_swbits=$D5` }, \
0x02 { `VMM MIG PAGE: sid=$D1 pno=$D2 nfr=$D3 n_nfr=$D4 ` heavy($D5) }, \
0x03 { `VMM MIG PAGE Err: rc=$D1 sid=$D2 pno=$D3 nfr=$D4 n_nfr=$D5` }, \
0x04 { `VMM MIG SERV: nfr=$D1 pft_swbits=$D2` }, \
0x05 { `VMM MIG SERV Err: rc=$D1 nfr=$D2 pft_swbits=$D3` }, \
0x06 { `VMM REAFF: sid=$D1 pno=$D2 nfr=$D3` }, \
0x07 { `VMM REAFF Err: krc=$D1 sid=$D2 pno=$D3 nfr=$D4 mig=$D5` }, \
0x08 { `VMM_DR_UPD_MEMSZ: goodpages=$D1 badpages=$D2 delta=$D3 updphys=$D4` }, \
0x09 { `VMM_MIG_INFO: start=$D1 end=$D2 len=$D3 pftpages=$pftpgs nfree=$nfree tot_skips=$skptot skips=$skips` }
62D 1.0 "@ARM_TRACE" \
$D1%D1, \
00 { "REG_APP_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"appname_off: " X4 "\n" \
"appname_len: " {{ $alen = X4 }} $alen "\n" \
"buff4Addr: 0x"X8 "\n" \
"app_id: " X8 "\n" \
"flags: " X4 "\n" \
"id_prop_cnt: " {{ $cnt = X4 }} $cnt "\n" \
"id_prop_off: " X4 "\n" \
"charset: " D4 "\n" \
{{ $bbptr = $DATAPOINTER }} \
"app_name: " LOOP $alen {A0} "\n" \
$cnt, \
0 { No Identity Properties \n }, \
\* { "Identity Properties:\n" } \
LOOP $cnt { \
{{ $noff = X4 }} {{ $nlen = X4 }} \
{{ $voff = X4 }} {{ $vlen = X4 }} \
{{ $bptr = $DATAPOINTER }} \
{{ $DATAPOINTER = $bbptr + $noff }} \
"Prop Name: " LOOP $nlen {A0} "Prop Value: " LOOP $vlen {A0} "\n" \
{{ $DATAPOINTER = $bptr }} \
} \
"\n"}, \
01 { "REG_APP_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_id: " X8 "\n" \
"rc: " D4 "\n" \
"\n"}, \
02 { "DESTROY_APP_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_id: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"\n"}, \
03 { "DESTROY_APP_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"rc: " D4 "\n" \
"\n"}, \
04 { "START_APP_ENTER"\n \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_id: " X8 "\n" \
"grp_name_off: " X4 "\n" \
"grp_name_len: " {{ $glen = X4 }} $glen "\n" \
"inst_name_off: " X4 "\n" \
"inst_name_len: " {{ $ilen = X4 }} $ilen "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"context_cnt: " {{ $cnt = X4 }} $cnt "\n" \
"context_off: " X4 "\n" \
"sysaddr_buf: " X4 "\n" \
{{ $bbptr = $DATAPOINTER }} \
"group_name: " LOOP $glen {A0} "\n" \
"instance_name: " LOOP $ilen {A0} "\n" \
$cnt, \
0 { No application context \n }, \
\* { "Application context: \n" } \
LOOP $cnt { \
{{ $off = X4 }} {{ $len = X4 }} \
{{ $bptr = $DATAPOINTER }} \
{{ $DATAPOINTER = $bbptr + $off }} \
"Context Value: " LOOP $len {A0} "\n" \
{{ $DATAPOINTER = $bptr }} \
} \
"\n"}, \
05 { "START_APP_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_handle: " X8 "\n" \
"aeid: " X8 "\n" \
"aiid: " X8 "\n" \
"rc: " D4 "\n" \
"\n"}, \
06 { "STOP_APP_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_handle: " X8 "\n" \
"buff4Adr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"\n"}, \
07 { "STOP_APP_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"rc: " D4 "\n" \
"\n"}, \
08 { "REG_TRAN_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_id: " X8 "\n" \
"tran_name_off: " X4 "\n" \
"tran_name_len: " {{ $tlen = X4 }} $tlen "\n" \
"in_tran_id: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"id_prop_cnt: " {{ $cnt = X4 }} $cnt "\n" \
"id_prop_off: " X4 "\n" \
{{ $bbptr = $DATAPOINTER }} \
"tran_name: " LOOP $tlen {A0} "\n" \
$cnt, \
0 { No Identity Properties \n }, \
\* { "Identity Properties:\n" } \
LOOP $cnt { \
{{ $noff = X4 }} {{ $nlen = X4 }} \
{{ $voff = X4 }} {{ $vlen = X4 }} \
{{ $bptr = $DATAPOINTER }} \
{{ $DATAPOINTER = $bbptr + $noff }} \
"Prop Name: " LOOP $nlen {A0} "Prop Value: " LOOP $vlen {A0} "\n" \
{{ $DATAPOINTER = $bptr }} \
} \
"\n"}, \
09 { "REG_TRAN_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"output_tran_id: " X8 "\n" \
"rc: " D4 "\n" \
"\n"}, \
10 { "START_TRAN_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_handle: " X8 "\n" \
"tran_id: " X8 "\n" \
"corr_off: " X4 "\n" \
"corr_len: " {{ $clen = X4 }} $clen "\n" \
"arrival_time: " D8 "\n" \
"context_cnt: " {{ $cnt = X4 }} $cnt "\n" \
"context_off: " X4 "\n" \
"username_off: " X4 "\n" \
"username_len: " {{ $ulen = X4 }} $ulen "\n" \
"user_id: " D8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
{{ $bbptr = $DATAPOINTER }} \
"parent_correlator: " LOOP $clen {X0} "\n" \
"user_name: " LOOP $ulen {A0} "\n" \
$cnt, \
0 { No Context Properties \n }, \
\* { "Context Properties:\n" } \
LOOP $cnt { \
{{ $off = X4 }} {{ $len = X4 }} \
{{ $bptr = $DATAPOINTER }} \
{{ $DATAPOINTER = $bbptr + $off }} \
"Context Value: " LOOP $len {A0} "\n" \
{{ $DATAPOINTER = $bptr }} \
} \
"\n"}, \
11 { "START_TRAN_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"output_tran_handle: " X8 "\n" \
"current_corr_off: " X4 "\n" \
"current_corr_len: " {{ $clen = X4 }} $clen "\n" \
"tran_start_time: " D8 "\n" \
"rc: " D4 "\n" \
"tran_class_id: " D2 "\n" \
"current_correlator: " LOOP $clen {X0} "\n" \
"\n"}, \
12 { "STOP_TRAN_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_handle: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"tran_status: " D4 "\n" \
"flags: " X4 "\n" \
"\n"}, \
13 { "STOP_TRAN_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_stop_time: " D8 "\n" \
"rc: " D4 "\n" \
"\n"}, \
14 { "BLOCK_TRAN_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_handle: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"\n"}, \
15 { "BLOCK_TRAN_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_block_handle: " X8 "\n" \
"block_start_time: " D8 "\n" \
"rc: " D4 "\n" \
"\n"}, \
16 { "UNBLOCK_TRAN_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_handle: " X8 "\n" \
"tran_block_handle: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"\n"}, \
17 { "UNBLOCK_TRAN_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"block_stop_time: " D8 "\n" \
"rc: " D4 "\n" \
"\n"}, \
18 { "UPDATE_TRAN_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_handle: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"\n"}, \
19 { "UPDATE_TRAN_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"rc: " D4 "\n" \
"\n"}, \
20 { "DISCARD_TRAN_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_handle: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"\n"}, \
21 { "DISCARD_TRAN_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"rc: " D4 "\n" \
"\n"}, \
22 { "BIND_THREAD_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_handle: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"\n"}, \
23 { "BIND_THREAD_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"rc: " D4 "\n" \
"\n"}, \
24 { "UNBIND_THREAD_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_handle: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"\n"}, \
25 { "UNBIND_THREAD_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"rc: " D4 "\n" \
"\n"}, \
26 { "GEN_CORR_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_handle: " X8 "\n" \
"tran_id: " X8 "\n" \
"parent_corr_off: " X4 "\n" \
"parent_corr_len: "{{ $pclen = X4 }} $pclen "\n" \
"context_cnt: " {{ $cnt = X4 }} $cnt "\n" \
"context_off: " X4 "\n" \
"username_off: " X4 "\n" \
"username_len: " {{ $ulen = X4 }} $ulen "\n" \
"user_id: " D8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
{{ $bbptr = $DATAPOINTER }} \
"parent_correlator: " LOOP $pclen {X0} "\n" \
"user_name: " LOOP $ulen {A0} "\n" \
$cnt, \
0 { No context values \n }, \
\* { "Context values: \n" } \
LOOP $cnt { \
{{ $off = X4 }} {{ $len = X4 }} \
{{ $bptr = $DATAPOINTER }} \
{{ $DATAPOINTER = $bbptr + $off }} \
"Context Value: " LOOP $len {A0} "\n" \
{{ $DATAPOINTER = $bptr }} \
} \
"\n"}, \
27 { "GEN_CORR_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"current_corr_off: " X4 "\n" \
"current_corr_len: " {{ $clen = X4 }} $clen "\n" \
"rc: " D4 "\n" \
"current_correlator: " LOOP $clen {X0} "\n" \
"\n"}, \
28 { "REPORT_TRAN_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_handle: " X8 "\n" \
"tran_id: " X8 "\n" \
"response_time: " D8 "\n" \
"stop_time: " D8 "\n" \
"tran_status: " D4 "\n" \
"parent_corr_off: " X4 "\n" \
"parent_corr_len: " {{ $pclen = X4 }} $pclen "\n" \
"current_corr_off: " X4 "\n" \
"current_corr_len: " {{ $cclen = X4 }} $cclen "\n" \
"context_cnt: " {{ $cnt = X4 }} $cnt "\n" \
"context_off: " X4 "\n" \
"username_off: " X4 "\n" \
"username_len: " {{ $ulen = X4 }} $ulen "\n" \
"flags: " X4 "\n" \
"user_id: " D8 "\n" \
"buff4Addr: 0x"X8 "\n" \
{{ $bbptr = $DATAPOINTER }} \
"parent_correlator: " LOOP $pclen {X0} "\n" \
"current_correlator: " LOOP $cclen {X0} "\n" \
"username: " LOOP $ulen {A0} "\n" \
$cnt, \
0 { No context values \n }, \
\* { "Context values: \n" } \
LOOP $cnt { \
{{ $off = X4 }} {{ $len = X4 }} \
{{ $bptr = $DATAPOINTER }} \
{{ $DATAPOINTER = $bbptr + $off }} \
"Context Value: " LOOP $len {A0} "\n" \
{{ $DATAPOINTER = $bptr }} \
} \
"\n"}, \
29 { "REPORT_TRAN_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"rc: " D4 "\n" \
"\n"}, \
30 { "REG_METRIC_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"input_metric_id: " X8 "\n" \
"app_id: " X8 "\n" \
"metric_name_off: " X4 "\n" \
"metric_name_len: " {{ $mnlen = X4 }} $mnlen "\n" \
"metric_unit_off: " X4 "\n" \
"metric_unit_len: " {{ $mulen = X4 }} $mulen "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"metric_usage: " D2 "\n" \
"metric_format: " D1 "\n" \
"mertic_name: " LOOP $mnlen {A0} "\n" \
"metric_unit: " LOOP $mulen {A0} "\n" \
"\n"}, \
31 { "REG_METRIC_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"output_metric_id: " X8 "\n" \
"rc: " D4 "\n" \
"\n"}, \
32 { "CLASSIFY_CORR_ENTER\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_handle: " X8 "\n" \
"tran_id: " X8 "\n" \
"context_cnt: " {{ $cnt = X4 }} $cnt "\n" \
"context_off: " X4 "\n" \
"username_off: " X4 "\n" \
"username_len: " {{ $ulen = X4 }} $ulen "\n" \
"user_id: " D8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
{{ $bbptr = $DATAPOINTER }} \
"username: " LOOP $ulen {A0} \
$cnt, \
0 { No context values \n }, \
\* { "Context values: \n" } \
LOOP $cnt { \
{{ $off = X4 }} {{ $len = X4 }} \
{{ $bptr = $DATAPOINTER }} \
{{ $DATAPOINTER = $bbptr + $off }} \
"Context Value: " LOOP $len {A0} "\n" \
{{ $DATAPOINTER = $bptr }} \
} \
"\n"}, \
33 { "CLASSIFY_CORR_EXIT\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"classify_corr_off: " X4 "\n" \
"classify_corr_len: " {{ $cclen = X4 }} $cclen "\n" \
"tran_class_id: " D8 "\n" \
"rc: " D4 "\n" \
"classify_correlator: " LOOP $cclen {X0} "\n" \
"\n"}, \
34 { "REG_APP_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_id: " X8 "\n" \
"app_name_off: " X4 "\n" \
"app_name_len: " {{ $alen = X4 }} $alen "\n" \
"assigned_app_id: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"adaprc: " D4 "\n" \
"app_name: " LOOP $alen {A0} "\n" \
"\n"}, \
35 { "DESTROY_APP_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_id: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"adaprc: " D4 "\n" \
"\n"}, \
36 { "START_APP_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_id: " X8 "\n" \
"app_handle: " X8 "\n" \
"grp_name_off: " X4 "\n" \
"grp_name_len: " {{ $glen = X4 }} $glen "\n" \
"instance_off: " X4 "\n" \
"instance_len: " {{ $ilen = X4 }} $ilen "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"rc: " D4 "\n" \
"group_name: " LOOP $glen {A0} "\n" \
"instance_name: " LOOP $ilen {A0} "\n" \
"\n"}, \
37 { "STOP_APP_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_handle: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"rc: " D4 "\n" \
"\n"}, \
38 { "REG_TRAN_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"in_tran_id: " X8 "\n" \
"app_id: " X8 "\n" \
"tran_name_off: " X4 "\n" \
"tran_name_len: "{{ $tlen = X4 }} $tlen "\n" \
"assigned_tran_id: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"adaprc: " D4 "\n" \
"tran_name: " LOOP $tlen {A0} "\n" \
"\n"}, \
39 { "START_TRAN_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_handle: " X8 "\n" \
"tran_id: " X8 "\n" \
"parent_corr_off: " X4 "\n" \
"parent_corr_len: " {{ $pclen = X4 }} $pclen "\n" \
"parent_corr_suff_off: " X2 "\n" \
"tran_class_id: " D2 "\n" \
"assigned_tran_handle: " O4 X8 "\n" \
"tran_start_time: " D8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"out_adap_flags: " X4 "\n" \
"adap_corr_suff_len: " {{ $cslen = X1}} $cslen "\n" \
"hop_count: " D1 "\n" \
"adap_corr_suff_off: " X2 "\n" \
"adaprc: " D4 "\n" \
"paren_correlator: " LOOP $pclen {X0} "\n" \
"correlator_suffix: " LOOP $cslen {X0} "\n" \
"\n"}, \
40 { "STOP_TRAN_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"input_tran_handle: " X8 "\n" \
"tran_stop_time: " D8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"tran_status: " D4 "\n" \
"flags: " X4 "\n" \
"adaprc: " D4 "\n" \
"\n"}, \
41 { "BLOCK_TRAN_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_handle: " X8 "\n" \
"tran_block_handle: " X8 "\n" \
"block_start_time: " D8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"adaprc: " D4 "\n" \
"\n"}, \
42 { "UNBLOCK_TRAN_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_handle: " X8 "\n" \
"block_tran_handle: " X8 "\n" \
"block_stop_time: " D8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"adaprc: " D4 "\n" \
"\n"}, \
43 { "UPDATE_TRAN_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_handle: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"adaprc: " D4 "\n" \
"\n"}, \
44 { "DISCARD_TRAN_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_handle: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"adaprc: " D4 "\n" \
"\n"}, \
45 { "BIND_THREAD_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_handle: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"adaprc: " D4 "\n" \
"\n"}, \
46 { "UNBIND_THREAD_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"tran_handle: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"adaprc: " D4 "\n" \
"\n"}, \
47 { "GEN_CORR_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_handle: " X8 "\n" \
"tran_id: " X8 "\n" \
"parent_corr_off: " X4 "\n" \
"parent_corr_len: " {{ $pclen = X4 }} $pclen "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"adap_out_flags: " X4 "\n" \
"adaprc: " D4 "\n" \
"parent_corr_suffix_off: " X2 "\n" \
"adap_corr_suff_off: " X2 "\n" \
"adap_corr_suff_len: " {{ $cslen = X1 }} $cslen "\n" \
"parent_correlator: " LOOP $pclen {X0} "\n" \
"correlator_suffix: " LOOP $cslen {X0} "\n" \
"\n"}, \
48 { "REPORT_TRAN_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_handle: " X8 "\n" \
"tran_id: " X8 "\n" \
"response_time: " D8 "\n" \
"stop_time: " D8 "\n" \
"parent_corr_off: " X4 "\n" \
"parent_corr_len: " {{ $pclen = X4 }} $pclen "\n" \
"current_corr_off: " X4 "\n" \
"current_corr_len: " {{ $cclen = X4 }} $cclen "\n" \
"curr_corr_suff_off: " X2 "\n" \
"parent_corr_suff_off: " X2 O4 "\n" \
"buff4Addr: 0x"X8 "\n" \
"flags: " X4 "\n" \
"tran_status: " D4 "\n" \
"adaprc: " D4 "\n" \
"parent_correlator: " LOOP $pclen {X0} "\n" \
"current_correlator: " LOOP $cclen {X0} "\n" \
"\n"}, \
49 { "REG_METRIC_ADAP\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"app_id: " X8 "\n" \
"metric_name_off: " X4 "\n" \
"metric_name_len: " {{ $mnlen = X4 }} $mnlen "\n" \
"metric_unit_off: " X4 "\n" \
"metric_unit_len: " {{ $mulen = X4 }} $mulen "\n" \
"input_metric_id: " X8 "\n" \
"buff4Addr: 0x"X8 "\n" \
"output_metric_id: " X8 "\n" \
"flags: " X4 "\n" \
"adaprc: " D4 "\n" \
"metric_usage: " D2 "\n" \
"metric_format: " D1 "\n" \
"mertic_name: " LOOP $mnlen {A0} "\n" \
"metric_unit: " LOOP $mulen {A0} "\n" \
"\n"}, \
50 { "INTERNAL_BLOCKED_TIME"\n \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"blocked_interval_time: " D8 "\n" \
"\n"}, \
51 { "INTERNAL_DISCARDED_TRAN\n" \
$HOOKENV, \
32 { O4 }, \
64 { O8 } \
"discarded_transactions: " D4 "\n" \
"\n"}
632 1.0 "@DIAG_ASYNC_PCI" \
"HD="$HD " arg1="$D1 "arg2=" $D2 "arg3=" $D3
634 1.0 "@VMSVC_MOUNT" \
$HD, \
0x00 { `VMSVC SETDEVID: caller=$D1, sid=$D2, type=$D3, devid=$D4, flags=$D5` }, \
0x01 { `VMSVC SETDEVID Err: rc=$D1` }, \
0x02 { `VMSVC UMOUNTX: caller=$D1, type=$D2, devid=$D3, bpp=$D4, d_pdtx=$D5` }, \
0x03 { `VMSVC UMOUNTX Err: rc=$D1` }, \
0x04 { `VMSVC MOUNTX: caller=$D1, type=$D2, devid=$D3, nbufstr=$D4, inputptr=$D5` }, \
0x05 { `VMSVC MOUNTX Err: rc=$D1` }
63C 1.0 "VPM " \
$HD, \
0x1 {`rsnm_mkxrset: cpu=$D1, gpp=$D2`},\
0x2 {`rsnm_rmxrset: cpu=$D1, gpp=$D2`},\
0x3 {`vpm_fold_cpu: cpu=$D1, gpp=$D2`},\
0x4 {`vpm_unfold_cpu: cpu=$D1, gpp=$D2`},\
0x5 {`mrq_online_cpu: cpu=$D1, gpcpus=$D2, gpcores=$D3`},\
0x6 {`mrq_offline_cpu: cpu=$D1, gpcpus=$D2, gpcores=$D3`},\
0x7 {`Folding disabled`},\
0x8 {`timer: cpu=$D1, func=$D3%XW, sec=$D4%DW, nsec=$D5%DW`},\
0x9 {`sleep: cpu=$D1`},\
0xA {`wake: cpu=$D1, state=$D2`},\
0xB {`prod: cpu=$D1`},\
0xC {`ready: cpu=$D1, pcpu=$D2, sec=$D3%DW, nsec=$D4%DW`},\
0xE {`vpm_get_latencies: pal not initialized`},\
0xF {`vpm_get_latencies: pal rc=$D1`},\
0x10 {`cede latency: specifier=$D1, latency=$D2%DW, masks=$D3`},\
0x13 {`sched timer: srad=$D1, old_cpu=$D2, new_cpu=$D3`},\
0x50 {`H_BEST_ENERGY: drc_index=$D2, pri=$D1`},\
0x51 {`H_BEST_ENERGY: eflags=$D1%XW`},\
0x52 {`H_BEST_ENERGY: rc=$D1`},\
0x53 {`Intelligent folding not supported on this platform`},\
0x100 {`get_state: gather begin`},\
0x101 {`get_state: gather complete`},\
0x102 {`get_state: interval=$D1%DW ns`},\
0x103 {` interrupt=$D1%DW ns`},\
0x104 {` sradid=$D1%DW util=$D2%DW ns last=$D3%DW cores=$D4%DW`},\
0x105 {` high check: $D1%DW > $D2%DW ns`},\
0x106 {`High workload, skipping evaluation phase`},\
0x110 {`flatten: util=$D1%DW, last=$D2%DW, cores=$D3%DW`},\
0x120 {"eval:" G9 bid=D1 G8 type=D1 `util=$D2%DW cores=$D4%DW last=$D3%DW active=$D5%DW`},\
0x121 {` adjusted util=$D1%DW`},\
0x122 {` need=$D1%DW active=$D2%DW gp=$D3%DW, rc=$D4%DW`},\
0x123 {` remainder=$D1%DW cap=$D2%DW pri=$D3%DW`},\
0x130 {` raw need=$D1%DW cores`},\
0x131 {` capped need=$D1%DW cores`},\
0x132 {`aggregate: bid=$D1%DW`},\
0x133 {" " G9 bid=D1 G8 type=D1 `util=$D2%DW, last=$D3%DW, cores=$D4%DW, active=$D5%DW`},\
0x140 {` coreid=$D1%DW, pri=$D2%DW, be=$D3%DW, cycle=$D4%DW`},\
\* {`Unknown subhook $HD`}
64C 1.0 'RBAC' \
$HD%D1, \
25 { `hkwd_rbac_get_secflags_var1: cid=$D1%XW` }, \
26 { `hkwd_rbac_get_secflags_ret1: rc=$D1%XW` }, \
27 { `hkwd_rbac_get_secflags_ret2: secflag=$D1%XW` }, \
28 { `hkwd_rbac_wpar_run_mode_var1: cid=$D1%XW` }, \
29 { `hkwd_rbac_wpar_run_mode_ret: mode=$D1%XW` }, \
30 { `hkwd_rbac_getkst4cid_var1: kst=$D1%XW cid=$D2%XW` }, \
31 { `hkwd_rbac_wpar_config_kst_in: flags=$D1%XW cid=$D2%XW corralp=$D3%XW unused=$D4%XW` }, \
32 { `hkwd_rbac_wpar_config_kst_ret1: rc=$D1%XW` }, \
33 { `hkwd_rbac_wpar_config_kst_ret2: rc=$D1%XW` }, \
34 { `hkwd_rbac_getkstcid_in: cid=$D1%XW` }, \
35 { `hkwd_rbac_getkstcid_ret1: rc=$D1%XW` }, \
36 { `hkwd_rbac_getkstcid_var1: i=$D1%XW` }, \
37 { `hkwd_rbac_getkstcid_ret2: rc=$D1%XW` }, \
38 { `hkwd_rbac_unlockkstcid_in: cid=$D1%XW` }, \
101 { `hkwd_rbac_sort_auths_by_id_in: auths=$D1%XW nauths=$D2%XW` }, \
102 { `hkwd_rbac_sort_auths_by_id_ret1: rc=$D1%XW` }, \
103 { `hkwd_rbac_sort_auths_by_name_in: auths=$D1%XW nauths=$D2%XW` }, \
104 { `hkwd_rbac_sort_auths_by_name_ret1: rc=$D1%XW` }, \
105 { `hkwd_rbac_getauth4num_in: auths=$D1%XW nauths=$D2%XW authnum=$D3%XW` }, \
106 { `hkwd_rbac_getauth4name_in: nauths=$D1%XW authname=$D2%XW` }, \
107 { `hkwd_rbac_get_auth_k_size_in: authp=$D1%XW nauth=$D2%XW` }, \
108 { `hkwd_rbac_get_auth_k_size_ret: buf_siz=$D1%XW` }, \
109 { `hkwd_rbac_convert_2_auth_k_in: authp=$D1%XW auth_kp=$D2%XW nauth=$D3%XW` }, \
110 { `hkwd_rbac_convert_2_auth_k_ret: rc=$D1%XW` }, \
111 { `hkwd_rbac_get_usr_kat_ptrs_ret1: rc=$D1%XW` }, \
112 { `hkwd_rbac_get_usr_kat_ptrs_ret2: rc=$D1%XW` }, \
113 { `hkwd_rbac_get_auth_k_4_name_in: auth_k_p=$D1%XW u_authname=$D2%XW` }, \
114 { `hkwd_rbac_get_auth_k_4_name_ret1: rc=$D1%XW` }, \
115 { `hkwd_rbac_get_auth_k_4_name_ret2: rc=$D1%XW` }, \
116 { `hkwd_rbac_get_auth_k_4_name_ret3: rc=$D1%XW` }, \
117 { `hkwd_rbac_get_auth_k_4_num_in: auth_k_p=$D1%XW authnum=$D2%XW` }, \
118 { `hkwd_rbac_get_auth_k_4_num_ret1: rc=$D1%XW` }, \
119 { `hkwd_rbac_get_auth_k_4_num_ret2: rc=$D1%XW` }, \
120 { `hkwd_rbac_get_auth_k_4_num_ret3: rc=$D1%XW` }, \
121 { `hkwd_rbac_get_proc_rids_in: crp=$D1%XW rid=$D2%XW` }, \
122 { `hkwd_rbac_add_chkauth_in: crp=$D1%XW aid=$D2%XW` }, \
123 { `hkwd_rbac___checkauth_in: authname=$D1%XW` }, \
124 { `hkwd_rbac__checkauth_ret1: rc=$D1%XW` }, \
125 { `hkwd_rbac__checkauth_ret2: rc=$D1%XW` }, \
126 { `hkwd_rbac__checkauth_ret3: rc=$D1%XW` }, \
127 { `hkwd_rbac__checkauth_ret4: rc=$D1%XW` }, \
128 { `hkwd_rbac_get_auths_k_in: auth_k=$D1%XW for_AAS=$D2%XW` }, \
129 { `hkwd_rbac_get_auths_k_ret1: rc=$D1%XW` }, \
130 { `hkwd_rbac_get_auths_k_ret2: rc=$D1%XW` }, \
131 { `hkwd_rbac_get_auths_k_ret3: found=$D1%XW` }, \
132 { `hkwd_rbac__check_auths_any_in: authid=$D1%XW` }, \
133 { `hkwd_rbac__check_auths_any_ret1: rc=$D1%XW` }, \
134 { `hkwd_rbac__check_auths_any_ret2: rc=$D1%XW` }, \
135 { `hkwd_rbac__check_auths_bitmap_in: authid=$D1%XW` }, \
136 { `hkwd_rbac__check_auths_bitmap_ret4: bitmap=$D1%XW` }, \
137 { `hkwd_rbac__checkauthid_in: authid=$D1%XW` }, \
138 { `hkwd_rbac__checkauthid_ret1: rc=$D1%XW` }, \
139 { `hkwd_rbac__checkauthid_ret2: rc=$D1%XW` }, \
140 { `hkwd_rbac__checkauthid_ret3: rc=$D1%XW` }, \
141 { `hkwd_rbac__checkauthid_ret4: rc=$D1%XW` }, \
142 { `hkwd_rbac__checkauthid_ret5: rc=$D1%XW` }, \
143 { `hkwd_rbac_free_a_kat_in: katp=$D1%XW` }, \
144 { `hkwd_rbac_find_auth_in_array_in: authid=$D1%XW auths=$D2%XW nauths=$D3%XW` }, \
145 { `hkwd_rbac_find_auth_in_array_ret: found=$D1%XW` }, \
146 { `hkwd_rbac_setkat_in: authp=$D1%XW nauth=$D2%XW` }, \
147 { `hkwd_rbac_setkat_ret1: rc=$D1%XW` }, \
148 { `hkwd_rbac_setkat_ret2: rc=$D1%XW` }, \
149 { `hkwd_rbac_setkat_ret3: rc=$D1%XW` }, \
150 { `hkwd_rbac_setkat_ret4: rc=$D1%XW` }, \
151 { `hkwd_rbac_setkat_ret5: rc=$D1%XW` }, \
152 { `hkwd_rbac_setkat_ret6: rc=$D1%XW` }, \
153 { `hkwd_rbac_getauthname4num_in: authnum=$D1%XW authname=$D2%XW` }, \
154 { `hkwd_rbac_getauthname4num_ret: rc=$D1%XW` }, \
155 { `hkwd_rbac_sec_setkat_in: authp=$D1%XW auth=$D2%XW` }, \
156 { `hkwd_rbac_sec_setkat_ret1: rc=$D1%XW` }, \
157 { `hkwd_rbac_sec_setkat_ret2: rc=$D1%XW` }, \
158 { `hkwd_rbac_sec_setkat_ret3: rc=$D1%XW` }, \
159 { `hkwd_rbac_sec_setkat_ret4: rc=$D1%XW` }, \
160 { `hkwd_rbac_sec_setkat_ret5: u.u_error=$D1%XW rc=$D2%XW` }, \
161 { `hkwd_rbac_sec_getkat_in: authp=$D1%XW siz=$D2%XW` }, \
162 { `hkwd_rbac_sec_getkat_ret1: rc=$D1%XW` }, \
163 { `hkwd_rbac_sec_getkat_ret2: rc=$D1%XW` }, \
164 { `hkwd_rbac_sec_getkat_ret3: rc=$D1%XW` }, \
165 { `hkwd_rbac_sec_getkat_ret4: rc=$D1%XW` }, \
166 { `hkwd_rbac_sec_getkat_ret5: rc=$D1%XW` }, \
167 { `hkwd_rbac_sec_getkat_ret6: rc=$D1%XW` }, \
168 { `hkwd_rbac_sec_getkat_ret7: rc=$D1%XW` }, \
169 { `hkwd_rbac_sec_getkat_ret8: u.u_error=$D1%XW rc=$D2%XW` }, \
170 { `hkwd_rbac_sec_sec_getuserkat_in: authp=$D1%XW siz=$D2%XW` }, \
171 { `hkwd_rbac_sec_sec_getuserkat_ret1: rc=$D1%XW` }, \
172 { `hkwd_rbac_sec_sec_getuserkat_ret2: rc=$D1%XW` }, \
173 { `hkwd_rbac_sec_sec_getuserkat_ret3: rc=$D1%XW` }, \
174 { `hkwd_rbac_sec_sec_getuserkat_ret4: rc=$D1%XW` }, \
175 { `hkwd_rbac_sec_sec_getuserkat_ret5: rc=$D1%XW` }, \
176 { `hkwd_rbac_sec_sec_getuserkat_var1: i=$D1%XW` }, \
177 { `hkwd_rbac_sec_sec_getuserkat_ret6: rc=$D1%XW` }, \
178 { `hkwd_rbac_sec_sec_getuserkat_ret7: rc=$D1%XW` }, \
179 { `hkwd_rbac_sec_sec_getuserkat_ret8: u.u_error=$D1%XW rc=$D2%XW` }, \
180 { `hkwd_rbac_sec_authidtoname_in: authnum=$D1%XW u_authname=$D2%XW` }, \
181 { `hkwd_rbac_sec_authidtoname_ret1: rc=$D1%XW` }, \
182 { `hkwd_rbac_sec_authidtoname_ret2: rc=$D1%XW` }, \
183 { `hkwd_rbac_sec_authidtoname_ret3: rc=$D1%XW` }, \
184 { `hkwd_rbac_sec_authidtoname_ret4: rc=$D1%XW` }, \
185 { `hkwd_rbac_sec_authidtoname_ret5: rc=$D1%XW` }, \
186 { `hkwd_rbac_sec_authidtoname_ret6: rc=$D1%XW` }, \
187 { `hkwd_rbac_sec_authidtoname_ret7: rc=$D1%XW` }, \
188 { `hkwd_rbac_sec_authidtoname_ret8: rc=$D1%XW` }, \
189 { `hkwd_rbac_sec_authidtoname_ret9: rc=$D1%XW` }, \
190 { `hkwd_rbac_sec_authidtoname_ret11: rc=$D1%XW` }, \
191 { `hkwd_rbac_sec_authidtoname_ret12: u.u_error=$D1%XW rc=$D2%XW` }, \
192 { `hkwd_rbac_sec_authnametoid_in: u_authname=$D1%XW u_authnum=$D2%XW` }, \
193 { `hkwd_rbac_sec_authnametoid_ret1: rc=$D1%XW` }, \
194 { `hkwd_rbac_sec_authnametoid_ret2: rc=$D1%XW` }, \
195 { `hkwd_rbac_sec_authnametoid_ret3: rc=$D1%XW` }, \
196 { `hkwd_rbac_sec_authnametoid_ret4: rc=$D1%XW` }, \
197 { `hkwd_rbac_sec_authnametoid_ret5: rc=$D1%XW` }, \
198 { `hkwd_rbac_sec_authnametoid_ret6: rc=$D1%XW` }, \
199 { `hkwd_rbac_sec_authnametoid_ret7: rc=$D1%XW` }, \
200 { `hkwd_rbac_sec_authnametoid_ret8: rc=$D1%XW` }, \
201 { `hkwd_rbac_sec_authnametoid_ret9: u.u_error=$D1%XW rc=$D2%XW` }, \
202 { `hkwd_rbac_sec_checkauth_in: authname=$D1%XW` }, \
203 { `hkwd_rbacsec_checkauth_ret1: rc=$D1%XW` }, \
204 { `hkwd_rbacsec_checkauth_ret2: rc=$D1%XW` }, \
205 { `hkwd_rbacsec_checkauth_ret3: rc=$D1%XW` }, \
206 { `hkwd_rbacsec_checkauth_ret4: u.u_error=$D1%XW rc=$D2%XW` }, \
207 { `hkwd_rbac_sec_checkauthid_in: authid=$D1%XW` }, \
208 { `hkwd_rbac_sec_checkauthid_ret1: rc=$D1%XW` }, \
209 { `hkwd_rbac_sec_checkauthid_ret2: u.u_error=$D1%XW rc=$D2%XW` }, \
210 { `hkwd_rbac_sec_getkatids_in: authp=$D1%XW siz=$D2%XW` }, \
211 { `hkwd_rbac_sec_getkatids_ret1: rc=$D1%XW` }, \
212 { `hkwd_rbac_sec_getkatids_ret2: rc=$D1%XW` }, \
213 { `hkwd_rbac_sec_getkatids_ret3: rc=$D1%XW` }, \
214 { `hkwd_rbac_sec_getkatids_ret4: rc=$D1%XW` }, \
215 { `hkwd_rbac_sec_getkatids_ret5: rc=$D1%XW` }, \
216 { `hkwd_rbac_sec_getkatids_var1: katp->nauths=$D1%XW` }, \
217 { `hkwd_rbac_sec_getkatids_ret6: rc=$D1%XW` }, \
218 { `hkwd_rbac_sec_getkatids_ret7: rc=$D1%XW` }, \
219 { `hkwd_rbac_sec_getkatids_ret8: u.u_error=$D1%XW rc=$D2%XW` }, \
220 { `hkwd_rbac_init_sys_KAT_ret1: rc=$D1%XW` }, \
221 { `hkwd_rbac_init_sys_KAT_ret2: rc=$D1%XW` }, \
222 { `hkwd_rbac_is_sys_KAT_id_in: authid=$D1%XW` }, \
223 { `hkwd_rbac_init_sys_KAT_id_ret: rc=$D1%XW` }, \
224 { `hkwd_rbac_sec_getauths_in: pid=$D1%XW` }, \
225 { `hkwd_rbac_sec_getauths_ret1: u.u_error=$D1%XW` }, \
226 { `hkwd_rbac_sec_getauths_ret2: u.u_error=$D1%XW` }, \
227 { `hkwd_rbac_sec_getauths_ret3: u.u_error=$D1%XW` }, \
228 { `hkwd_rbac_sec_getauths_ret4: error=$D1%XW` }, \
229 { `hkwd_rbac_sec_getauths_ret5: error=$D1%XW` }, \
230 { `hkwd_rbac_sec_getauths_ret6: rc=$D1%XW` }, \
300 { `hkwd_rbac_setkpcdt_in1: id=$D1%XW u_path_list=$D2%XW u_rule_list=$D3%XW u_num_entries=$D4%XW u_max_path_len=$D5%XW` }, \
301 { `hkwd_rbac_setkpcdt_in2: flags=$D1%XW` }, \
302 { `hkwd_rbac_setkpcdt_ret1: rc=$D1%XW` }, \
303 { `hkwd_rbac_setkpcdt_ret2: rc=$D1%XW` }, \
304 { `hkwd_rbac_setkpcdt_var1: myKey=$D1%XW` }, \
305 { `hkwd_rbac_setkpcdt_ret3: rc=$D1%XW` }, \
306 { `hkwd_rbac_getkpct_in: path_list_buf=$D1%XW rule_list_buf=$D2%XW num_entries=$D3%XW max_path_len=$D4%XW flags=$D5%XW` }, \
307 { `hkwd_rbac_getkpct_var1: myKey=$D1%XW` }, \
308 { `hkwd_rbac_getkpct_var2: myId=$D1%XW` }, \
309 { `hkwd_rbac_getkpct_ret: rc=$D1%XW` }, \
310 { `hkwd_rbac_find_rbac_rule_in: path_name=$D1%XW flags=$D2%XW` }, \
311 { `hkwd_rbac_find_rbac_rule_var1: myKey=$D1%XW` }, \
312 { `hkwd_rbac_find_rbac_rule_var2: myId=$D1%XW` }, \
313 { `hkwd_rbac_find_rbac_rule_ret1: rc=$D1%XW` }, \
314 { `hkwd_rbac_sec_getkpct_in: u_path_list_buf=$D1%XW u_rule_list_buf=$D2%XW u_num_entries=$D3%XW u_max_path_len=$D4%XW` }, \
315 { `hkwd_rbac_sec_getkpct_ret1: rc=$D1%XW` }, \
316 { `hkwd_rbac_sec_getkpct_ret: u.u_error=$D1%XW rc=$D2%XW` }, \
317 { `hkwd_rbac_sec_getkpdt_in: u_path_list_buf=$D1%XW u_rule_list_buf=$D2%XW u_num_entries=$D3%XW u_max_path_len=$D4%XW` }, \
318 { `hkwd_rbac_sec_getkpdt_ret1: rc=$D1%XW` }, \
319 { `hkwd_rbac_sec_getkpdt_ret: u.u_error=$D1%XW rc=$D2%XW` }, \
320 { `hkwd_rbac_sec_getcmdattrs_in: u_path=$D1%XW u_rule_buf=$D2%XW` }, \
321 { `hkwd_rbac_sec_getcmdattrs_ret1: rc=$D1%XW` }, \
322 { `hkwd_rbac_sec_getcmdattrs_ret2: u.u_error=$D1%XW rc=$D2%XW` }, \
323 { `hkwd_rbac_sec_getdevattrs_in: u_path=$D1%XW u_rule_buf=$D2%XW` }, \
324 { `hkwd_rbac_sec_getdevattrs_ret1: rc=$D1%XW` }, \
325 { `hkwd_rbac_sec_getdevattrs_ret2: u.u_error=$D1%XW rc=$D2%XW` }, \
326 { `hkwd_rbac_sec_setwpscid_in: cid=$D1%XW wps=$D2%XW` }, \
327 { `hkwd_rbac_sec_setwpscid_ret1: rc=$D1%XW` }, \
328 { `hkwd_rbac_sec_setwpscid_ret2: u.u_error=$D1%XW rc=$D2%XW` }, \
329 { `hkwd_rbac_getwpscid_in: cid=$D1%XW wps=$D2%XW` }, \
330 { `hkwd_rbac_getwpscid_ret1: rc=$D1%XW` }, \
331 { `hkwd_rbac_getwpscid_ret2: rc=$D1%XW` }, \
332 { `hkwd_rbac_free_a_wps_in: wps=$D1%XW` }, \
333 { `hkwd_rbac_sec_getsysprivs_in: wps=$D1%XW` }, \
334 { `hkwd_rbac_sec_getsysprivs_var1: cid=$D1%XW` }, \
335 { `hkwd_rbac_sec_getsysprivs_ret: rc=$D1%XW` }, \
400 { `hkwd_rbac_sec_setkst_in: u_setkstp=$D1%XW u_siz=$D2%XW u_status=$D3%XW` }, \
401 { `hkwd_rbac_sec_setkst_ret1: rc=$D1%XW` }, \
402 { `hkwd_rbac_sec_setkst_ret2: rc=$D1%XW` }, \
403 { `hkwd_rbac_sec_setkst_ret3: rc=$D1%XW` }, \
404 { `hkwd_rbac_sec_setkst_ret4: rc=$D1%XW` }, \
405 { `hkwd_rbac_sec_setkst_var1: setkstp->auth.flags=$D1%XW` }, \
406 { `hkwd_rbac_sec_setkst_ret5: status=$D1%XW rc=$D2%XW` }, \
407 { `hkwd_rbac_sec_setkst_var2: setkstp->role.flags=$D1%XW` }, \
408 { `hkwd_rbac_sec_setkst_ret6: status=$D1%XW rc=$D2%XW` }, \
409 { `hkwd_rbac_sec_setkst_var3: setkstp->pcmd.flags=$D1%XW` }, \
410 { `hkwd_rbac_sec_setkst_ret7: status=$D1%XW rc=$D2%XW` }, \
411 { `hkwd_rbac_sec_setkst_var4: setkstp->pdev.flags=$D1%XW` }, \
412 { `hkwd_rbac_sec_setkst_ret8: status=$D1%XW rc=$D2%XW` }, \
413 { `hkwd_rbac_sec_setkst_ret9: rc=$D1%XW` }, \
414 { `hkwd_rbac_sec_setkst_var5: myKey=$D1%XW` }, \
415 { `hkwd_rbac_sec_setkst_ret10: rc1=$D1%XW` }, \
416 { `hkwd_rbac_sec_setkst_ret11: rc1=$D1%XW` }, \
417 { `hkwd_rbac_sec_setkst_ret12: u.u_error=$D1%XW rc=$D2%XW` }, \
500 { `hkwd_rbac_set_kprt_in1: key=$D1%XW kprt_id=$D2%XW num_entries=$D3%XW max_path_sz=$D4%XW` }, \
501 { `hkwd_rbac_set_kprt_in2: path_list=$D1%XW rule_sz=$D2%XW vp_rootdir=$D3%XW find_rule_method=$D4%XW` }, \
502 { `hkwd_rbac_set_kprt_ret1: rc=$D1%XW` }, \
503 { `hkwd_rbac_set_kprt_ret2: rc=$D1%XW` }, \
504 { `hkwd_rbac_set_kprt_ret3: rc=$D1%XW` }, \
505 { `hkwd_rbac_set_kprt_ret4: rc=$D1%XW` }, \
506 { `hkwd_rbac_set_kprt_ret5: rc=$D1%XW` }, \
507 { `hkwd_rbac_set_kprt_ret6: rc=$D1%XW` }, \
508 { `hkwd_rbac_set_kprt_ret7: rc=$D1%XW` }, \
509 { `hkwd_rbac_set_kprt_ret8: rc=$D1%XW` }, \
510 { `hkwd_rbac_set_kprt_var1: kprtId=$D1%XW bktIndex=$D2%XW` }, \
511 { `hkwd_rbac_set_kprt_var2: kprtId=$D1%XW NUM_KPRTS=$D2%XW` }, \
512 { `hkwd_rbac_set_kprt_ret9: rc=$D1%XW` }, \
513 { `hkwd_rbac_set_kprt_ret10: rc=$D1%XW` }, \
514 { `hkwd_rbac_create_kprt_htbl_var1: h_kprtp=$D1%XW` }, \
515 { `hkwd_rbac_create_kprt_htbl_ret : rc=$D1%XW` }, \
516 { `hkwd_rbac_populate_base_htbl_in: num_entries=$D1%XW max_path_sz=$D2%XW path_list=$D3%XW hash_index_mask=$D4%XW`}, \
517 { `hkwd_rbac_populate_base_htbl_ret1: rc=$D1%XW` }, \
518 { `hkwd_rbac_populate_base_htbl_ret2: rc=$D1%XW` }, \
519 { `hkwd_rbac_populate_base_htbl_ret3: rc=$D1%XW` }, \
520 { `hkwd_rbac_populate_base_htbl_var1: basename=$D1%XW` }, \
521 { `hkwd_rbac_populate_base_htbl_ret4: rc=$D1%XW` }, \
522 { `hkwd_rbac_rk_hash_in: name=$D1%XW` }, \
523 { `hkwd_rbac_rk_hash_ret: hash=$D1%XW` }, \
524 { `hkwd_rbac_populate_fid_htbl_in: num_entries=$D1%XW max_path_sz=$D2%XW path_list=$D3%XW vp_rootdir=$D4%XW` }, \
525 { `hkwd_rbac_populate_fid_htbl_ret1: rc=$D1%XW` }, \
526 { `hkwd_rbac_populate_fid_htbl_ret2: rc=$D1%XW` }, \
527 { `hkwd_rbac_populate_fid_htbl_var1: index=$D1%XW fidBkt=$D2%XW` }, \
528 { `hkwd_rbac_populate_fid_htbl_ret3: rc=$D1%XW` }, \
529 { `hkwd_rbac_insert_fid_node_in: fid_bkt=$D1%XW fid_list=$D2%XW path_id=$D3%XW objInfo=$D4%XW` }, \
530 { `hkwd_rbac_delete_fid_node_in: fid_bkt=$D1%XW path_id=$D2%XW` }, \
531 { `hkwd_rbac_update_fid_node_in: kprt=$D1%XW rule_id=$D2%XW objInfo=$D3%XW` }, \
532 { `hkwd_rbac_update_fid_node_ret1: rc=$D1%XW` }, \
533 { `hkwd_rbac_update_fid_node_ret2: rc=$D1%XW` }, \
534 { `hkwd_rbac_free_a_kprt_in: key=$D1%XW kprt_id=$D2%XW` }, \
535 { `hkwd_rbac_free_a_kprt_ret1: rc=$D1%XW` }, \
536 { `hkwd_rbac_free_a_kprt_ret2: rc=$D1%XW` }, \
537 { `hkwd_rbac_free_a_kprt_var1: bktIndex=$D1%XW` }, \
538 { `hkwd_rbac_free_a_kprt_var2: nKprt=$D1%XW` }, \
539 { `hkwd_rbac_free_a_kprt_var3: kprt_id=$D1%XW NUM_KPRTS=$D2%XW` }, \
540 { `hkwd_rbac_free_a_kprt_ret3: rc=$D1%XW` }, \
541 { `hkwd_rbac_get_kprt_in: key=$D1%XW kprt_id=$D2%XW num_entries=$D3%XW max_path_sz=$D4%XW rule_sz=$D5%XW` }, \
542 { `hkwd_rbac_get_kprt_ret1: rc=$D1%XW` }, \
543 { `hkwd_rbac_get_kprt_ret2: rc=$D1%XW` }, \
544 { `hkwd_rbac_get_kprt_var1: bktIndex=$D1%XW nKprt=$D2%XW curKprt=$D3%XW` }, \
545 { `hkwd_rbac_get_kprt_var2: kprt_id=$D1%XW NUM_KPRTS=$D2%XW` }, \
546 { `hkwd_rbac_get_kprt_var3: num_entries=$D1%XW max_path_sz=$D2%XW rule_sz=$D3%XW` }, \
547 { `hkwd_rbac_get_kprt_ret3: rc=$D1%XW` }, \
548 { `hkwd_rbac_find_kprt_rule_in1: key=$D1%XW kprt_id=$D2%XW path_name=$D3%XW rule_sz=$D4%XW` }, \
549 { `hkwd_rbac_find_kprt_rule_ret1: rc=$D1%XW` }, \
550 { `hkwd_rbac_find_kprt_rule_ret2: rc=$D1%XW` }, \
551 { `hkwd_rbac_find_kprt_rule_var1: bktIndex=$D1%XW nKprt=$D2%XW curKprt=$D3%XW` }, \
552 { `hkwd_rbac_find_kprt_rule_ret3: rc=$D1%XW` }, \
553 { `hkwd_rbac_find_kprt_rule_var2: curKprt->find_rule_method=$D1%XW` }, \
554 { `hkwd_rbac_find_kprt_rule_ret4: rc=$D1%XW` }, \
555 { `hkwd_rbac_find_kprt_rule_ret5: rc=$D1%XW` }, \
556 { `hkwd_rbac_find_rule_method_basename_in1: kprt=$D1%XW path_name=$D2%XW rule=$D3%XW ruleId=$D4%XW res_path=$D5%XW` }, \
557 { `hkwd_rbac_find_rule_method_basename_in2: objInfo=$D1%XW dvp=$D2%XW vp=$D3%XW crp=$D4%XW` }, \
558 { `hkwd_rbac_find_rule_method_basename_ret1: rc=$D1%XW` }, \
559 { `hkwd_rbac_find_rule_method_basename_ret2: rc=$D1%XW` }, \
560 { `hkwd_rbac_find_rule_method_basename_var1: path=$D1%XW` }, \
561 { `hkwd_rbac_find_rule_method_basename_ret3: rc=$D1%XW` }, \
562 { `hkwd_rbac_find_rule_method_basename_ret4: rc=$D1%XW` }, \
563 { `hkwd_rbac_find_rule_method_basename_fid_in: kprt=$D1%XW path_name=$D2%XW rule=$D3%XW ruleId=$D4%XW crp=$D5%XW` }, \
564 { `hkwd_rbac_find_rule_method_basename_fid_ret1: rc=$D1%XW` }, \
565 { `hkwd_rbac_find_rule_method_basename_fid_var1: kprt->kprt_id=$D1%XW vat.va_serialno=$D2%XW` }, \
566 { `hkwd_rbac_find_rule_method_basename_fid_var2: curFidNode->stat=$D1%XW curFidNode->ino=$D2%XW curFidNode->dev=$D3%XW` }, \
567 { `hkwd_rbac_find_rule_method_basename_fid_ret2: rc1=$D1%XW` }, \
568 { `hkwd_rbac_find_rule_method_basename_fid_ret3: rc=$D1%XW` }, \
569 { `hkwd_rbac_resolve_basename_in: path_name=$D1%XW resolved_path=$D2%XW size=$D3%XW crp=$D4%XW` }, \
570 { `hkwd_rbac_resolve_basename_ret1: rc=$D1%XW` }, \
571 { `hkwd_rbac_resolve_basename_ret2: rc=$D1%XW` }, \
572 { `hkwd_rbac_get_dirname_len_in: path=$D1%XW` }, \
573 { `hkwd_rbac_get_dirname_len_ret: n=$D1%XW` }, \
574 { `hkwd_rbac_compare_vnodes_in: vp_obj=$D1%XW abs_path=$D2%XW vp_rootdir=$D3%XW crp=$D4%XW flag=$D5%XW` }, \
575 { `hkwd_rbac_compare_vnodes_ret1: rc=$D1%XW` }, \
576 { `hkwd_rbac_compare_vnodes_ret2: rc=$D1%XW` }, \
577 { `hkwd_rbac_compare_vnodes_ret3: rc=$D1%XW` }, \
578 { `hkwd_rbac_compare_vnodes_ret4: rc=$D1%XW` }, \
579 { `hkwd_rbac_update_kprt_rule_in: key=$D1%XW kprt_id=$D2%XW path_id=$D3%XW rule_sz=$D4%XW new_rule=$D5%XW` }, \
580 { `hkwd_rbac_update_kprt_rule_ret1: rc=$D1%XW` }, \
581 { `hkwd_rbac_update_kprt_rule_ret2: rc=$D1%XW` }, \
582 { `hkwd_rbac_update_kprt_rule_var1: bktIndex=$D1%XW` }, \
583 { `hkwd_rbac_update_kprt_rule_var2: nKprt=$D1%XW curKprt=$D2%XW` }, \
584 { `hkwd_rbac_update_kprt_rule_var3: curKprt->kprt_id=$D1%XW path_id=$D2%XW` }, \
585 { `hkwd_rbac_update_kprt_rule_ret3: rc=$D1%XW` }, \
700 { `hkwd_rbac_setkrt_in: rolep=$D1%XW buf_siz=$D2%XW` }, \
701 { `hkwd_rbac_setkrt_ret1: rc=$D1%XW` }, \
702 { `hkwd_rbac_setkrt_ret2: rc=$D1%XW` }, \
703 { `hkwd_rbac_setkrt_ret3: rc=$D1%XW` }, \
704 { `hkwd_rbac_setkrt_ret4: rc=$D1%XW` }, \
705 { `hkwd_rbac_setkrt_ret5: rc=$D1%XW` }, \
706 { `hkwd_rbac_setkrt_ret6: rc=$D1%XW` }, \
707 { `hkwd_rbac_setkrt_ret7: rc=$D1%XW` }, \
708 { `hkwd_rbac_setkrt_ret8: rc=$D1%XW` }, \
709 { `hkwd_rbac_sort_roles_by_id_in: roles=$D1%XW nroles=$D2%XW` }, \
710 { `hkwd_rbac_sort_roles_by_id_ret1: rc=$D1%XW` }, \
711 { `hkwd_rbac_sort_roles_by_name_in: roles=$D1%XW nroles=$D2%XW` }, \
712 { `hkwd_rbac_sort_roles_by_name_ret1: rc=$D1%XW` }, \
713 { `hkwd_rbac_getrole4num_in: roles=$D1%XW nroles=$D2%XW rolenum=$D3%XW` }, \
714 { `hkwd_rbac_getrole4name_in: nroles=$D1%XW rolename=$D2%XW` }, \
715 { `hkwd_rbac_get_role_t_size_in: kprt=$D1%XW` }, \
716 { `hkwd_rbac_get_role_t_size_ret: size=$D1%XW` }, \
717 { `hkwd_rbac_get_role_k_t_size_in: rolep=$D1%XW size=$D2%XW nrole=$D3%XW naz=$D4%XW` }, \
718 { `hkwd_rbac_get_role_k_t_size_ret: buf_siz=$D1%XW` }, \
719 { `hkwd_rbac_convert_2_role_k_in: rolep=$D1%XW role_kp=$D2%XW nrole=$D3%XW nauths=$D4%XW` }, \
720 { `hkwd_rbac_convert_2_role_k_ret: rc=$D1%XW` }, \
721 { `hkwd_rbac_get_krt_ptrs_ret: rc=$D1%XW` }, \
722 { `hkwd_rbac_check_auths_in_roles_in: authp=$D1%XW authnum=$D2%XW rolesp=$D3%XW authidx=$D4%XW` }, \
723 { `hkwd_rbac_check_auths_in_roles_ret1: rc=$D1%XW` }, \
724 { `hkwd_rbac_check_auths_in_roles_ret2: rc=$D1%XW` }, \
725 { `hkwd_rbac_check_auths_in_roles_ret3: rc=$D1%XW` }, \
726 { `hkwd_rbac_check_auth_bitmap_in_roles_in: auth_k_p=$D1%XW rolesp=$D2%XW` }, \
727 { `hkwd_rbac_check_auth_bitmap_in_roles_ret1: rc=$D1%XW` }, \
728 { `hkwd_rbac_check_auth_bitmap_in_roles_ret2: rc=$D1%XW` }, \
729 { `hkwd_rbac_check_auth_bitmap_in_roles_ret3: rc=$D1%XW` }, \
730 { `hkwd_rbac_free_a_krt_in: krtp=$D1%XW` }, \
825 { `hkwd_rbac_sec_setkrt_in: rolep=$D1%XW buf_siz=$D2%XW` }, \
826 { `hkwd_rbac_sec_setkrt_ret1: rc=$D1%XW` }, \
827 { `hkwd_rbac_sec_setkrt_ret2: rc=$D1%XW` }, \
828 { `hkwd_rbac_sec_setkrt_ret3: rc=$D1%XW` }, \
829 { `hkwd_rbac_sec_setkrt_ret4: rc=$D1%XW` }, \
830 { `hkwd_rbac_sec_setkrt_ret5: u.u_error=$D1%XW rc=$D2%XW` }, \
831 { `hkwd_rbac_getkrtroles_common_in: rolep=$D1%XW siz=$D2%XW` }, \
832 { `hkwd_rbac_getkrtroles_common_ret1: rc=$D1%XW` }, \
833 { `hkwd_rbac_getkrtroles_common_ret2: rc=$D1%XW` }, \
834 { `hkwd_rbac_getkrtroles_common_ret3: rc=$D1%XW` }, \
835 { `hkwd_rbac_getkrtroles_common_ret4: rc=$D1%XW` }, \
836 { `hkwd_rbac_getkrtroles_common_ret5: rc=$D1%XW` }, \
837 { `hkwd_rbac_sec_getkrt_in: rolep=$D1%XW siz=$D2%XW` }, \
838 { `hkwd_rbac_sec_getkrt_ret1: rc=$D1%XW` }, \
839 { `hkwd_rbac_sec_getkrt_ret2: rc=$D1%XW` }, \
840 { `hkwd_rbac_sec_getkrt_ret3: rc=$D1%XW` }, \
841 { `hkwd_rbac_sec_getkrt_ret4: u.u_error=$D1%XW rc=$D2%XW` }, \
842 { `hkwd_rbac_sec_getrolebyid_in: rid=$D1%XW rolep=$D2%XW siz=$D3%XW` }, \
843 { `hkwd_rbac_sec_getrolebyid_ret1: rc=$D1%XW` }, \
844 { `hkwd_rbac_sec_getrolebyid_ret2: rc=$D1%XW` }, \
845 { `hkwd_rbac_sec_getrolebyid_ret3: rc=$D1%XW` }, \
846 { `hkwd_rbac_sec_getrolebyid_ret4: rc=$D1%XW` }, \
847 { `hkwd_rbac_sec_getrolebyid_ret5: rc=$D1%XW` }, \
848 { `hkwd_rbac_sec_getrolebyid_ret6: rc=$D1%XW` }, \
849 { `hkwd_rbac_sec_getrolebyid_ret7: u.u_error=$D1%XW rc=$D2%XW` }, \
850 { `hkwd_rbac_sec_getrolebyname_in: rname=$D1%XW rolep=$D2%XW siz=$D3%XW` }, \
851 { `hkwd_rbac_sec_getrolebyname_ret1: rc=$D1%XW` }, \
852 { `hkwd_rbac_sec_getrolebyname_ret2: rc=$D1%XW` }, \
853 { `hkwd_rbac_sec_getrolebyname_ret3: rc=$D1%XW` }, \
854 { `hkwd_rbac_sec_getrolebyname_ret4: rc=$D1%XW` }, \
855 { `hkwd_rbac_sec_getrolebyname_ret5: u.u_error=$D1%XW rc=$D2%XW` }, \
856 { `hkwd_rbac_sec_roleidtoname_in: rid=$D1%XW rname=$D2%XW` }, \
857 { `hkwd_rbac_sec_roleidtoname_ret1: rc=$D1%XW` }, \
858 { `hkwd_rbac_sec_roleidtoname_ret2: rc=$D1%XW` }, \
859 { `hkwd_rbac_sec_roleidtoname_ret3: rc=$D1%XW` }, \
860 { `hkwd_rbac_sec_roleidtoname_ret4: rc=$D1%XW` }, \
861 { `hkwd_rbac_sec_roleidtoname_ret5: rc=$D1%XW` }, \
862 { `hkwd_rbac_sec_roleidtoname_ret6: rc=$D1%XW` }, \
863 { `hkwd_rbac_sec_roleidtoname_ret7: u.u_error=$D1%XW rc=$D2%XW` }, \
864 { `hkwd_rbac_sec_rolenametoid_in: rname=$D1%XW rid=$D2%XW` }, \
865 { `hkwd_rbac_sec_rolenametoid_ret1: rc=$D1%XW` }, \
866 { `hkwd_rbac_sec_rolenametoid_ret2: rc=$D1%XW` }, \
867 { `hkwd_rbac_sec_rolenametoid_ret3: rc=$D1%XW` }, \
868 { `hkwd_rbac_sec_rolenametoid_ret4: rc=$D1%XW` }, \
869 { `hkwd_rbac_sec_rolenametoid_ret5: rc=$D1%XW` }, \
870 { `hkwd_rbac_sec_rolenametoid_ret6: rc=$D1%XW` }, \
871 { `hkwd_rbac_sec_rolenametoid_ret7: u.u_error=$D1%XW rc=$D2%XW` }, \
\* { unknown subhook $HD $ERROR }
64F 1.0 "@VMM_CMEM" \
$HD, \
0x01 { `ADD_BLKS: cbpx=$D1 nblks=$D2 vmcbp_nblks=$D3 krc=$D4` }, \
0x02 { `REM_BLKS: cbpx:$D1 nblks=$D2 vmcbp_nblks=$D3` }, \
0x03 { `ALLOC: sidx=$D1 pno=$D2 psx=$D3 xpt=$D4 cbdaddr=$D5` }, \
0x05 { `FREE: sidx=$D1 pno=$D2 pdtx=$D3 cbddaddr=$D4 locked=$D5` }, \
0x06 { `DECOMP: sidx=$D1 pno=$D2 nfr=$D3 pdtx=$D4 cbdaddr=$D5` }, \
0x07 { `COMP: sidx=$D1 pno=$D2 nfr=$D3 pdtx=$D4 cbdaddr=$D5` }, \
0x08 { `ONL_POOL: cbpx=$D1 krc=$D2` }, \
0x09 { `REM_ABORT: cbpx=$D1 vmcbp_nblks=$D2 pk_start=$D3 nblks=$D4` }, \
0x0A { `FR_WT: cbpx=$D1 fr_wt_tb=$D2 grow_prog=$D3 getcaller1=$D4 getcaller2=$D5` }, \
0x0B { `FRWT_WAKE0: cbpx=$D1 fr_wt_list=$D2 fr_wt_tb=$D3 msec=$D4` }, \
0x0C { `FRWT_WAKE1: cbpx=$D1 fr_wt_list=$D2 fr_wt_tb=$D3 msec=$D4` }, \
0x0D { `FORCE_PGIN: cbpx=$D1 cbx=$D2 headx=$D3 sidx=$D4 pno=$D5` }, \
0x0E { `AMEF_DR: rc=$D1 old_amef=$D2 new_amef=$D3` }, \
0x0F { `CHKPS_DR_FAIL: ame_numfrb=$D1 ame_def_sz=$D2 nloaned=$D3 psfreeblks=$D4 ame_npgs_rem=$D5` }, \
0x10 { `SHWT_WAKE0: cbpx=$D1 sh_wt_list=$D2 sh_wt_tb=$D3 msec=$D4` }, \
0x11 { `SHWT_WAKE1: cbpx=$D1 sh_wt_list=$D2 sh_wt_tb=$D3 msec=$D4` }, \
0x12 { `REF_CNT_RESET` }, \
0x13 { `SHRINK_SUSP: cbpx=$D1 sh_wt_tb=$D2` }, \
0x14 { `MOVE_BLK: cbpx=$D1 cbx=$D2 new_cbx=$D3 rc=$D4` }, \
0x15 { `MOVE_HEAD: sidx=$D1 osidx=$D2 pno=$D3 rc=$D4` }, \
0x16 { `CDATA: D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5` }, \
0x17 { `DECOMP_ENTER: sid=$D1 pno=$D2 nfr=$D3 pdtx=$D4 cbdaddr=$D5` }, \
0x18 { `DECOMP_ENTERERR: sid=$D1 pno=$D2 nfr=$D3 krc=$D4 data5=$D5` }, \
0x19 { `ONL_COP: getcaller=$D1 krc=$D2` }, \
0x1A { `ACCEL_COMPRESS: uc_buf=$D1 uc_len=$D2 c_buf=$D3 c_lenp=$D4 flags=$D5` }, \
0x1B { `ACCEL_DECOMPRESS: c_buf=$D1 c_len=$D2 uc_buf=$D3 uc_lenp=$D4 flags=$D5` }, \
0x1C { `ACCEL_ERROR: krc=$D1 flags=$D2` }, \
0x1D { `COP_ASSIST: HW_Assist_64K=$D1 krc=$D2` }, \
0x1E { `KACCEL_COMPRESS: uc_buf=$D1 uc_len=$D2 c_buf=$D3 c_lenp=$D4 flags=$D5` }, \
0x1F { `KACCEL_DECOMPRESS: c_buf=$D1 c_len=$D2 uc_buf=$D3 uc_lenp=$D4 flags=$D5` }, \
0x20 { `KACCEL_ERROR: krc=$D1 flags=$D2` }
655 1.0 "@VMM_LSA" \
$HD, \
0x01 { `CREATE_1TB_FAIL: nsegs=$D1 psx=$D2 unsh=$D3 i=$D4` }, \
0x02 { `SET_UNO_FAIL: esid=$D1 ns_left=$D2 nsegs=$D3` }, \
0x03 { `PROMOTE_FAIL0: rc=$D1 esid=$D2 data=$D3` }, \
0x04 { `PROMOTE_FAIL1: rc=$D1 esid=$D2 data=$D3` }, \
0x05 { `PROMOTE_FAIL2: rc=$D1 esid=$D2 data=$D3` }, \
0x06 { `REMOVE_SIDX: sidx=$D1 sid=$D2 npgs=$D3` }, \
0x07 { `DEMOTE_ALIAS: eaddr=$D1 vmh=$D2 atyp=$D3` }, \
0x08 { `PROMOTE_ALIAS: esid=$D1 vmh=$D2 shared=$D3` }
6730 1.0 L=SVC "@LFS cpfile" \
$HD, \
0xFF { `kcpfile:main rc = $D1, code = $D2, mode = $D3, zeroSkip = $D4, loop = $D5 `}, \
0xFE { `kcpfile:Bytes = $D1 ` endtimer(0x4FE,0x4FE) starttimer(0x4FE,0x4FE) }, \
0xFD { `kcpfile:byteRemain = $D1, chunkSize = $D2, srcBlockSize = $D3, destBlockSize = $D4 `}, \
0xFC { `kcpfile:loadFilesAttr rc = $D1, code = $D2`}, \
0xFB { `kcpfile:kcopyfileInternal rc = $D1, code = $D2`}, \
0xFA { `kcpfile:cp_copy_file rc = $D1, code = $D2`}, \
0xF9 { `kcpfile:cp_do_copy rc = $D1, code = $D2`}, \
\* { kcpfile unknown subhook: subhook=$HD D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
675 1.0 "@TM" \
{{ $fc = $D1%W0.7 }} \
{{ $rc = $D1%W8.15 }} \
$HD, \
0x00 { `Transaction preempted/failed: FC=0x$fc%X1 TEXASR=0x$D2%X8 TFIAR=0x$D3%X8 TFHAR=0x$D4%X8 MSR=0x$D5%X8 AIX_REASON=0x$rc%X1` }, \
0x01 { `Transaction restored: FC=0x$D1%X1 TEXASR=0x$D2%X8 TFIAR=0x$D3%X8 TFHAR=0x$D4%X8 MSR=0x$D5%X8` }, \
0x02 { `TM Bad Thing Exception: SRR0=0x$D1%X8 SRR1=0x$D2%X8` }, \
0x03 { `TM type of Facility Unavailable Interrupt: SRR0=0x$D1%X8 SRR1=0x$D2%X8` }, \
0x04 { `FP Unavailable Interrupt while transactional: FC=0x$D1%X1 TEXASR=0x$D2%X8 TFIAR=0x$D3%X8 TFHAR=0x$D4%X8 SRR1=0x$D5%X8` }, \
0x05 { `VMX Unavailable Interrupt while transactional: FC=0x$D1%X1 TEXASR=0x$D2%X8 TFIAR=0x$D3%X8 TFHAR=0x$D4%X8 SRR1=0x$D5%X8` }, \
0x06 { `VSX Unavailable Interrupt while transactional: FC=0x$D1%X1 TEXASR=0x$D2%X8 TFIAR=0x$D3%X8 TFHAR=0x$D4%X8 SRR1=0x$D5%X8` }, \
0x07 { `Synchronous signal discarded while transactional: signal=$D1%U4 TEXASR=0x$D2%X8 TFIAR=0x$D3%X8 TFHAR=0x$D4%X8 SRR1=0x$D5%X8` }, \
0x08 { `Transaction failed: FC=0x$fc%X1 TEXASR=0x$D2%X8 TFIAR=0x$D3%X8 TFHAR=0x$D4%X8 MSR=0x$D5%X8 AIX_REASON=0x$rc%X1` }, \
0x09 { `Transaction failed: FC=0x$fc%X1 TEXASR=0x$D2%X8 TFIAR=0x$D3%X8 TFHAR=0x$D4%X8 MSR=0x$D5%X8 AIX_REASON=0x$rc%X1` }, \
0x0A { `TM Save Area Pin Failure: tid=0x$D1%X8 addr=0x$D2%X8 size=0x$D3%X8 rc=0x$D4%X4` }, \
\* {`Unknown subhook $HD`}
7FF 1.0 'STREAMS (PSE)' \
$HD%D1, \
01 { `getmsg($D1%DW, $D2%XW, $D3%XW, $D4%XW)` }, \
02 { `getmsg returned $D1%DW` }, \
03 { `getpmsg($D1%DW, $D2%XW, $D3%XW, $D4%XW, $D4%XW)` }, \
04 { `getpmsg returned $D1%DW` }, \
05 { `putmsg($D1%DW, $D2%XW, $D3%XW, $D4%XW)` }, \
06 { `putmsg returned $D1%DW` }, \
07 { `putpmsg($D1%DW, $D2%XW, $D3%XW, $D4%XW, $D4%XW)` }, \
08 { `putmsg returned $D1%DW` }, \
09 { `mps_open($D1%XW, $D2%XW, $D3%XW, $D4%XW)` }, \
10 { `mps_open returned $D1%DW)` }, \
11 { `mps_clone($D1%XW, $D2%XW, $D3%XW, $D4%XW)` }, \
12 { `mps_clone returned $D1%DW` }, \
13 { `mps_close($D1%XW, $D2%XW)` }, \
14 { `mps_close returned $D1%DW` }, \
15 { `mps_read($D1%XW, $D2%XW, $D3%XW, $D4%XW)` }, \
16 { `mps_read returned $D1%DW` }, \
17 { `mps_write($D1%XW, $D2%XW, $D3%XW, $D4%XW)` }, \
18 { `mps_write returned $D1%DW` }, \
19 { `mps_ioctl($D1%XW, $D2%XW, $D3%XW, $D4%XW, $D5%XW)` }, \
20 { `mps_ioctl returned $D1%DW` }, \
21 { `mps_poll($D1%XW, $D2%XW, $D3%XW, $D4%XW)` }, \
22 { `mps_poll returned $D1%DW` }, \
23 { `hkwd_pse_revoke_in($D1%DW, $D2%XW, $D3%XW)` }, \
24 { `hkwd_pse_revoke_out($D1%XW)` }, \
25 { `allocb_in($D1%XW, $D2%XW)` }, \
26 { `allocb_out_bad($D1%XW)` }, \
27 { `allocb_out_ok($D1%XW)` }, \
28 { `freeb_in($D1%XW)` }, \
29 { `flushband_in($D1%DW, $D2%XW, $D3%XW)` }, \
30 { `flushq_in($D1%XW, $D2%XW)` }, \
31 { `freemsg_in($D1%XW)` }, \
32 { `getq_in($D1%XW)` }, \
33 { `getq_out($D1%XW)` }, \
34 { `insq_in($D1%DW, $D2%XW, $D3%XW)` }, \
35 { `insq_out($D1%XW)` }, \
36 { `putq_in($D1%XW, $D2%XW)` }, \
37 { `putq_out($D1%XW)` }, \
38 { `putbq_in($D1%XW, $D2%XW)` }, \
39 { `putbq_out($D1%XW)` }, \
40 { `putctl_comm_in($D1%XW, $D2%XW, $D3%XW, $D4%XW, $D5%XW)` }, \
41 { `putctl_comm_out($D1%XW)` }, \
42 { `putnext_in($D1%XW, $D2%XW)` }, \
43 { `qreply_in($D1%XW, $D2%XW)` }, \
44 { `rmvq_in($D1%XW, $D2%XW)` }, \
45 { `str_putnext_in($D1%XW, $D2%XW)` }, \
46 { `strqget_in($D1%XW, $D2%XW, $D3%XW, $D4%XW)` }, \
47 { `strqget_out($D1%XW)` }, \
48 { `strqset_in($D1%XW, $D2%XW, $D3%XW, $D4%XW)` }, \
49 { `strqset_out($D1%XW)` }, \
50 { `insqband_in($D1%DW, $D2%XW, $D3%XW)` }, \
51 { `insqband_out($D1%XW)` }, \
52 { `putbqband_in($D1%XW, $D2%XW)` }, \
53 { `putbqband_out($D1%XW)` }, \
54 { `puthere_in($D1%XW, $D2%XW)` }, \
55 { `putqband_in($D1%XW, $D2%XW)` }, \
56 { `putqband_out($D1%XW)` }, \
57 { `strtune_module_info($D1%DW, $D2%XW, $D3%XW)` }, \
58 { `strtune_modsw($D1%DW, $D2%XW, $D3%XW)` }, \
59 { `strtune_queue($D1%DW, $D2%XW, $D3%XW)` }, \
60 { `hkwd_pse_add_device_1($D1%XW)` }, \
61 { `hkwd_pse_add_device_2($D1%XW)` }, \
62 { `hkwd_pse_add_device_3($D1%XW)` }, \
63 { `hkwd_pse_add_device_4($D1%XW)` }, \
64 { `hkwd_pse_bufcall_configure($D1%XW)` }, \
65 { `hkwd_pse_clone_configure($D1%XW)` }, \
66 { `hkwd_pse_close_wrapper($D1%XW)` }, \
67 { `hkwd_pse_del_device_1($D1%XW)` }, \
68 { `hkwd_pse_del_device_2($D1%XW)` }, \
69 { `hkwd_pse_dmodsw_install_1($D1%XW)` }, \
70 { `hkwd_pse_dmodsw_install_2($D1%XW)` }, \
71 { `hkwd_pse_dmodsw_install_3($D1%XW)` }, \
72 { `hkwd_pse_dmodsw_remove($D1%XW)` }, \
73 { `hkwd_pse_dmodsw_search($D1%XW)` }, \
74 { `hkwd_pse_do_ioctl_job_control_1($D1%XW)` }, \
75 { `hkwd_pse_do_ioctl_job_control_2($D1%XW)` }, \
76 { `hkwd_pse_do_ioctl_job_control_3($D1%XW)` }, \
77 { `hkwd_pse_do_read_job_control_1($D1%XW)` }, \
78 { `hkwd_pse_do_read_job_control_2($D1%XW)` }, \
79 { `hkwd_pse_do_write_job_control_1($D1%XW)` }, \
80 { `hkwd_pse_do_write_job_control_2($D1%XW)` }, \
81 { `hkwd_pse_do_write_job_control_3($D1%XW)` }, \
82 { `hkwd_pse_drv_priv($D1%XW)` }, \
83 { `hkwd_pse_fd_alloc($D1%XW)` }, \
84 { `hkwd_pse_fmodsw_install_1($D1%XW)` }, \
85 { `hkwd_pse_fmodsw_install_2($D1%XW)` }, \
86 { `hkwd_pse_fmodsw_install_3($D1%XW)` }, \
87 { `hkwd_pse_fmodsw_remove($D1%XW)` }, \
88 { `hkwd_pse_funnel_init($D1%XW)` }, \
89 { `hkwd_pse_get_sth_from_fd_1($D1%XW)` }, \
90 { `hkwd_pse_get_sth_from_fd_2($D1%XW)` }, \
91 { `hkwd_pse_get_sth_from_fd_3($D1%XW)` }, \
92 { `hkwd_pse_get_sth_from_fd_4($D1%XW)` }, \
93 { `hkwd_pse_get_sth_from_fd_5($D1%XW)` }, \
94 { `hkwd_pse_get_sth_from_fd_6($D1%XW)` }, \
95 { `hkwd_pse_getmsg($D1%XW)` }, \
96 { `hkwd_pse_getpmsg($D1%XW)` }, \
97 { `hkwd_pse_init_funnel($D1%XW)` }, \
98 { `hkwd_pse_log_configure_1($D1%XW)` }, \
99 { `hkwd_pse_log_configure_2($D1%XW)` }, \
100 { `hkwd_pse_log_open_1($D1%XW)` }, \
101 { `hkwd_pse_log_open_2($D1%XW)` }, \
102 { `hkwd_pse_mi_offset_param_mblk_1($D1%XW)` }, \
103 { `hkwd_pse_mi_offset_param_mblk_2($D1%XW)` }, \
104 { `hkwd_pse_mi_offset_param_mblk_3($D1%XW)` }, \
105 { `hkwd_pse_mi_open_comm_1($D1%XW)` }, \
106 { `hkwd_pse_mi_open_comm_2($D1%XW)` }, \
107 { `hkwd_pse_mi_open_comm_3($D1%XW)` }, \
108 { `hkwd_pse_nd_get_default($D1%XW)` }, \
109 { `hkwd_pse_nd_get_names($D1%XW)` }, \
110 { `hkwd_pse_nd_set_long($D1%XW)` }, \
111 { `hkwd_pse_open_wrapper($D1%XW)` }, \
112 { `hkwd_pse_osr_atmark($D1%XW)` }, \
113 { `hkwd_pse_osr_bufcall($D1%XW)` }, \
114 { `hkwd_pse_osr_canput($D1%XW)` }, \
115 { `hkwd_pse_osr_ckband($D1%XW)` }, \
116 { `hkwd_pse_osr_close_subr_2($D1%XW)` }, \
117 { `hkwd_pse_osr_fdinsert($D1%XW)` }, \
118 { `hkwd_pse_osr_fifo($D1%XW)` }, \
119 { `hkwd_pse_osr_find($D1%XW)` }, \
120 { `hkwd_pse_osr_flush($D1%XW)` }, \
121 { `hkwd_pse_osr_flushband($D1%XW)` }, \
122 { `hkwd_pse_osr_flushdata_1($D1%XW)` }, \
123 { `hkwd_pse_osr_flushdata_2($D1%XW)` }, \
124 { `hkwd_pse_osr_flushdata_3($D1%XW)` }, \
125 { `hkwd_pse_osr_getband($D1%XW)` }, \
126 { `hkwd_pse_osr_getmsg($D1%XW)` }, \
127 { `hkwd_pse_osr_getmsg_subr($D1%XW)` }, \
128 { `hkwd_pse_osr_getpmsg($D1%XW)` }, \
129 { `hkwd_pse_osr_getsig($D1%XW)` }, \
130 { `hkwd_pse_osr_link($D1%XW)` }, \
131 { `hkwd_pse_osr_list($D1%XW)` }, \
132 { `hkwd_pse_osr_look($D1%XW)` }, \
133 { `hkwd_pse_osr_peek($D1%XW)` }, \
134 { `hkwd_pse_osr_pipe($D1%XW)` }, \
135 { `hkwd_pse_osr_pipestat($D1%XW)` }, \
136 { `hkwd_pse_osr_pop($D1%XW)` }, \
137 { `hkwd_pse_osr_putmsg($D1%XW)` }, \
138 { `hkwd_pse_osr_putmsg_subr($D1%XW)` }, \
139 { `hkwd_pse_osr_putpmsg($D1%XW)` }, \
140 { `hkwd_pse_osr_read($D1%XW)` }, \
141 { `hkwd_pse_osr_recvfd($D1%XW)` }, \
142 { `hkwd_pse_osr_revoke_1($D1%XW)` }, \
143 { `hkwd_pse_osr_revoke_2($D1%XW)` }, \
144 { `hkwd_pse_osr_run($D1%XW)` }, \
145 { `hkwd_pse_osr_sendfd($D1%XW)` }, \
146 { `hkwd_pse_osr_setcltime($D1%XW)` }, \
147 { `hkwd_pse_osr_setsig($D1%XW)` }, \
148 { `hkwd_pse_osr_sleep($D1%XW)` }, \
149 { `hkwd_pse_osr_srdopt_1($D1%XW)` }, \
150 { `hkwd_pse_osr_srdopt_2($D1%XW)` }, \
151 { `hkwd_pse_osr_srdopt_3($D1%XW)` }, \
152 { `hkwd_pse_osr_srdopt_4($D1%XW)` }, \
153 { `hkwd_pse_osr_str($D1%XW)` }, \
154 { `hkwd_pse_osr_swropt($D1%XW)` }, \
155 { `hkwd_pse_osr_tcsak_1($D1%XW)` }, \
156 { `hkwd_pse_osr_tcsak_2($D1%XW)` }, \
157 { `hkwd_pse_osr_tcskep($D1%XW)` }, \
158 { `hkwd_pse_osr_tctrust_1($D1%XW)` }, \
159 { `hkwd_pse_osr_tctrust_2($D1%XW)` }, \
160 { `hkwd_pse_osr_tctrust_3($D1%XW)` }, \
161 { `hkwd_pse_osr_tctrust_4($D1%XW)` }, \
162 { `hkwd_pse_osr_tcxonc($D1%XW)` }, \
163 { `hkwd_pse_osr_tioccons_1($D1%XW)` }, \
164 { `hkwd_pse_osr_tioccons_2($D1%XW)` }, \
165 { `hkwd_pse_osr_tiocgpgrp($D1%XW)` }, \
166 { `hkwd_pse_osr_tiocgsid($D1%XW)` }, \
167 { `hkwd_pse_osr_tiocknopgrp($D1%XW)` }, \
168 { `hkwd_pse_osr_tiocknosess($D1%XW)` }, \
169 { `hkwd_pse_osr_tiocsctty_1($D1%XW)` }, \
170 { `hkwd_pse_osr_tiocsctty_2($D1%XW)` }, \
171 { `hkwd_pse_osr_unlink_subr($D1%XW)` }, \
172 { `hkwd_pse_osr_write($D1%XW)` }, \
173 { `hkwd_pse_pse_clone_open_2($D1%XW)` }, \
174 { `hkwd_pse_pse_close_2($D1%XW)` }, \
175 { `hkwd_pse_pse_ctb_callback($D1%XW)` }, \
176 { `hkwd_pse_pse_init_1($D1%XW)` }, \
177 { `hkwd_pse_pse_init_2($D1%XW)` }, \
178 { `hkwd_pse_pse_ioctl_2($D1%XW)` }, \
179 { `hkwd_pse_pse_open_4($D1%XW)` }, \
180 { `hkwd_pse_pse_read_2($D1%XW)` }, \
181 { `hkwd_pse_pse_revoke_2($D1%XW)` }, \
182 { `hkwd_pse_pse_select($D1%XW)` }, \
183 { `hkwd_pse_pse_write_2($D1%XW)` }, \
184 { `hkwd_pse_psebufcalls_init($D1%XW)` }, \
185 { `hkwd_pse_psetimers_init($D1%XW)` }, \
186 { `hkwd_pse_putmsg($D1%XW)` }, \
187 { `hkwd_pse_putpmsg($D1%XW)` }, \
188 { `hkwd_pse_sad_configure($D1%XW)` }, \
189 { `hkwd_pse_sth_fattach_1($D1%XW)` }, \
190 { `hkwd_pse_sth_fattach_2($D1%XW)` }, \
191 { `hkwd_pse_sth_fattach_3($D1%XW)` }, \
192 { `hkwd_pse_sth_fd_to_sth_1($D1%XW)` }, \
193 { `hkwd_pse_sth_fd_to_sth_2($D1%XW)` }, \
194 { `hkwd_pse_sth_read_seek_1($D1%XW)` }, \
195 { `hkwd_pse_sth_read_seek_2($D1%XW)` }, \
196 { `hkwd_pse_sth_test_and_set_sth($D1%XW)` }, \
197 { `hkwd_pse_sth_tiocspgrp_1($D1%XW)` }, \
198 { `hkwd_pse_sth_tiocspgrp_2($D1%XW)` }, \
299 { `hkwd_pse_sth_tiocspgrp_3($D1%XW)` }, \
200 { `hkwd_pse_sth_tiocspgrp_4($D1%XW)` }, \
201 { `hkwd_pse_sth_tiocspgrp_5($D1%XW)` }, \
202 { `hkwd_pse_str_config($D1%XW)` }, \
203 { `hkwd_pse_str_init($D1%XW)` }, \
204 { `hkwd_pse_str_install($D1%XW)` }, \
205 { `hkwd_pse_str_term($D1%XW)` }, \
206 { `hkwd_pse_strinfo_1($D1%XW)` }, \
207 { `hkwd_pse_strinfo_2($D1%XW)` }, \
208 { `hkwd_pse_strinfo_3($D1%XW)` }, \
209 { `hkwd_pse_strinfo_4($D1%XW)` }, \
210 { `hkwd_pse_strlog_1($D1%XW)` }, \
211 { `hkwd_pse_strlog_2($D1%XW)` }, \
212 { `hkwd_pse_strlog_3($D1%XW)` }, \
213 { `hkwd_pse_strlog_4($D1%XW)` }, \
214 { `hkwd_pse_strmod_add_1($D1%XW)` }, \
215 { `hkwd_pse_strmod_add_2($D1%XW)` }, \
216 { `hkwd_pse_strmod_add_3($D1%XW)` }, \
217 { `hkwd_pse_strmod_del_1($D1%XW)` }, \
218 { `hkwd_pse_strmod_del_2($D1%XW)` }, \
219 { `hkwd_pse_strmod_del_3($D1%XW)` }, \
220 { `hkwd_pse_strqget_1($D1%XW)` }, \
221 { `hkwd_pse_strqget_2($D1%XW)` }, \
222 { `hkwd_pse_strqset_1($D1%XW)` }, \
223 { `hkwd_pse_strqset_2($D1%XW)` }, \
224 { `hkwd_pse_strreset($D1%XW)` }, \
225 { `hkwd_pse_unweldq_1($D1%XW)` }, \
226 { `hkwd_pse_unweldq_2($D1%XW)` }, \
227 { `hkwd_pse_unweldq_3($D1%XW)` }, \
228 { `hkwd_pse_weldq_1($D1%XW)` }, \
229 { `hkwd_pse_weldq_2($D1%XW)` }, \
230 { `hkwd_pse_weldq_3($D1%XW)` }, \
231 { `hkwd_pse_weldq_comm($D1%XW)` }, \
232 { `alloc_qband($D1%XW, $D2%XW)` }, \
233 { `bcanput($D1%XW, $D2%XW)` }, \
234 { `bufcall_init_1($D1%XW, $D2%XW)` }, \
235 { `bufcall_init_2($D1%XW, $D2%XW)` }, \
236 { `canput($D1%XW, $D2%XW)` }, \
237 { `csq_lateral($D1%XW, $D2%XW)` }, \
238 { `csq_run_1($D1%XW, $D2%XW)` }, \
239 { `csq_run_2($D1%XW, $D2%XW)` }, \
240 { `csq_run_3($D1%XW, $D2%XW)` }, \
241 { `csq_run_4($D1%XW, $D2%XW)` }, \
242 { `enableok($D1%XW, $D2%XW)` }, \
243 { `flushband_1($D1%XW, $D2%XW)` }, \
244 { `flushband_2($D1%XW, $D2%XW)` }, \
245 { `flushq_1($D1%XW, $D2%XW)` }, \
246 { `flushq_2($D1%XW, $D2%XW)` }, \
247 { `funnel_putp($D1%XW, $D2%XW)` }, \
248 { `funnelq_run_1($D1%XW, $D2%XW)` }, \
249 { `funnelq_run_2($D1%XW, $D2%XW)` }, \
250 { `funnelq_run_3($D1%XW, $D2%XW)` }, \
251 { `funnelq_run_4($D1%XW, $D2%XW)` }, \
252 { `getq_1($D1%XW, $D2%XW)` }, \
253 { `getq_2($D1%XW, $D2%XW)` }, \
254 { `getq_3($D1%XW, $D2%XW)` }, \
255 { `getq_4($D1%XW, $D2%XW)` }, \
256 { `getq_5($D1%XW, $D2%XW)` }, \
257 { `insq($D1%XW, $D2%XW)` }, \
258 { `insqband($D1%XW, $D2%XW)` }, \
259 { `mult_sqh_acquire($D1%XW, $D2%XW)` }, \
260 { `mult_sqh_release($D1%XW, $D2%XW)` }, \
261 { `noenable($D1%XW, $D2%XW)` }, \
262 { `osr_add_modules($D1%XW, $D2%XW)` }, \
263 { `osr_alloc($D1%XW, $D2%XW)` }, \
264 { `osr_close_subr_1($D1%XW, $D2%XW)` }, \
265 { `osr_open_1($D1%XW, $D2%XW)` }, \
266 { `osr_open_2($D1%XW, $D2%XW)` }, \
267 { `osr_open_3($D1%XW, $D2%XW)` }, \
268 { `osr_open_4($D1%XW, $D2%XW)` }, \
269 { `osr_pipe_1($D1%XW, $D2%XW)` }, \
270 { `osr_pipe_2($D1%XW, $D2%XW)` }, \
271 { `osr_pop_subr_1($D1%XW, $D2%XW)` }, \
272 { `osr_pop_subr_2($D1%XW, $D2%XW)` }, \
273 { `osr_pop_subr_3($D1%XW, $D2%XW)` }, \
274 { `osr_push_1($D1%XW, $D2%XW, $D3%XW, $D4%XW)` }, \
275 { `osr_push_2($D1%XW, $D2%XW)` }, \
276 { `osr_push_3($D1%XW)` }, \
277 { `osr_str_1($D1%XW, $D2%XW)` }, \
278 { `osr_str_2($D1%XW, $D2%XW)` }, \
279 { `osr_str_3($D1%XW, $D2%XW)` }, \
280 { `osr_str_4($D1%XW, $D2%XW)` }, \
281 { `pse_clone_open_1($D1%XW, $D2%XW)` }, \
282 { `pse_close_1($D1%XW, $D2%XW)` }, \
283 { `pse_ioctl_2($D1%XW, $D2%XW)` }, \
284 { `pse_open_1($D1%XW, $D2%XW)` }, \
285 { `pse_open_2($D1%XW, $D2%XW)` }, \
286 { `pse_open_3($D1%XW, $D2%XW)` }, \
287 { `pse_read_1($D1%XW, $D2%XW)` }, \
288 { `pse_revoke_1($D1%XW, $D2%XW)` }, \
289 { `pse_write_1($D1%XW, $D2%XW)` }, \
290 { `putbq($D1%XW, $D2%XW)` }, \
291 { `putbqband($D1%XW, $D2%XW)` }, \
292 { `putq($D1%XW, $D2%XW)` }, \
293 { `putqband($D1%XW, $D2%XW)` }, \
294 { `q_alloc_1($D1%XW, $D2%XW)` }, \
295 { `q_alloc_2($D1%XW, $D2%XW)` }, \
296 { `rmvq_1($D1%XW, $D2%XW)` }, \
297 { `rmvq_2($D1%XW, $D2%XW)` }, \
298 { `rmvq_3($D1%XW, $D2%XW)` }, \
399 { `rmvq_4($D1%XW, $D2%XW)` }, \
300 { `sqh_set_parent_1($D1%XW, $D2%XW)` }, \
301 { `sqh_set_parent_3($D1%XW, $D2%XW)` }, \
302 { `sqh_set_parent_4($D1%XW, $D2%XW)` }, \
303 { `sqh_set_parent_5($D1%XW, $D2%XW)` }, \
304 { `sqh_set_parent_6($D1%XW, $D2%XW)` }, \
305 { `sqh_set_parent_7($D1%XW, $D2%XW)` }, \
306 { `sq_wrapper($D1%XW, $D2%XW)` }, \
307 { `sqh_set_parent_2($D1%XW, $D2%XW)` }, \
308 { `unweldq_cnx($D1%XW, $D2%XW)` }, \
309 { `unweldq_exec($D1%XW, $D2%XW)` }, \
310 { `weldq_cnx($D1%XW, $D2%XW)` }, \
311 { `weldq_exec($D1%XW, $D2%XW)` }, \
\* { `unknown STREAMS subhook $HD $ERROR` }
919 1.0 "@VMM_REL" \
$HD, \
0 { `VMM rel: write sid=$D1 first=$D3 npages=$D4 flags=$D5` vmmsibits($D2) }, \
1 { `VMM rel: flush sid=$D1 first=$D3 last=$D4 npages=$D5` vmmsibits($D2) }, \
2 { `VMM rel: Release range sid=$D1 first=$D3 last=$D4 chunk=$D5` vmmsibits($D2) }, \
3 { `VMM v_ioaccess: sid=$D1 pfirst=$D2 npages=$D3 flags=$D4 rc=$D5` }
DD1 1.0 "" \
{{ $loc = X1 }} \
$loc, \
0x1 { "entry_open:" \
$DD2 "rwflag:" XW "chan:" XW "ext:" XW \
} , \
0x2 { "exit_open:" $DD2 } , \
0x3 { "entry_close:" $DD2 } , \
0x4 { "exit_close:" $DD2 } , \
0x5 { "entry_read:" $DD2 } , \
0x6 { "exit_read:" $DD2 } , \
0x7 { "entry_write:" $DD2 } , \
0x8 { "exit_write:" $DD2 } , \
0x9 { "entry_ioctl:" \
$DD2 "op:" XW "flag:" XW "chan:" XW "ext:" XW \
} , \
0xA { "exit_ioctl:" $DD2 } , \
0xB { "entry_select:" $DD2 } , \
0xC { "exit_select:" $DD2 } , \
0xD { "entry_config:" \
$DD2 "op:" XW \
} , \
0xE { "exit_config:" $DD2 } , \
0xF { "entry_strategy:" \
$DD2 "bp:" XW "flags: "XW "block:" DW "bcount:" DW \
} , \
10 { "exit_strategy:" $DD2 $SKIP } , \
11 { "entry_mpx:" $DD2 } , \
12 { "exit_mpx:" \
$DD2 "name:" XW "chan:" DW "oflag:" XW \
} , \
13 { "entry_revoke:" $DD2 } , \
14 { "exit_revoke:" $DD2 } , \
15 { "entry_intr:" $DD2 } , \
16 { "exit_intr:" $DD2 } , \
17 { "entry_bstart:" $DD2 \
bp=$D2 pblock=$D4 bcount=$D5 bflags($D3) }, \
18 { "exit_bstart:" $DD2 $SKIP} , \
19 { "entry_cstart:" $DD2 } , \
1A { "exit_cstart:" $DD2 } , \
1B { "entry_iodone:" $DD2 $SKIP } , \
1C { "exit_iodone:" $DD2 $SKIP } , \
1D { "scsi_intr:" \
$DD2 "sc_bufp:" XW \
}, \
1E { `coalesce: (bp,sc_bp)=($D2,$D3)` }, \
1F { iodone: devtoname($D1) bp=$D2 endtimer(0x221,$D2) }, \
20 { "performance:" "flag:" X1 "ID:" XW }
DD2 1.0 "" \
"errno:" X1 "devno:" XW
4FD 1.0 L=KERN "PMSVCS" \
$GENERIC, \
0 { \
{{ $mode = $HD & 0xFFFF }} \
$mode & 0xF800, \
0x0000 { $mode & 0x07F0, \
0 { $HL%S1 }, \
\* { "unknown subhook" `($mode)` } \
}, \
0x0800 { $mode & 0x07F0, \
0x0010 { $mode & 0x000F, \
1 { "reserve_context():\tcalled for" " count="$D1 }, \
2 { "reserve_context():\t" "WARNING: not returning to INTBASE" }, \
3 { "reserve_context():\t" "count="$D1 " alloccount="$D2 " Totcount="$D3 " Freecount="$D4 " Freereserve="$D5 }, \
4 { "reserve_context():\t" "failed count="$D1 " alloccount="$D2 " Totcount="$D3 " Freecount="$D4 " Freereserve="$D5 }, \
5 { "reserve_context():\t" "count="$D1 " alloccount="$D2 " Totcount="$D3 " Freecount="$D4 " Freereserve="$D5 }, \
\* { "unknown number" } \
}, \
0x0020 { $mode & 0x000F, \
1 { "alloc_context():\tcalled for" " tid="$D1 " pid="$D2 " ptid="$D3 }, \
2 { "alloc_context():\tcalled for" " tid="$D1 " pid="$D2 " ptid="$D3 " context already exists" }, \
3 { "alloc_context():\tcalled for" " tid="$D1 " pid="$D2 " ptid="$D3 " but Freelist was empty" }, \
4 { "alloc_context():\t" "context="$D1 " for new group Tot ="$D2 " Free ="$D3 " Reserve="$D4 }, \
5 { "alloc_context():\t" "context="$D1 " tid="$D2 " pid="$D3 " ptid="$D4 " Totcount="$D5 }, \
6 { "alloc_context():\t" "Freecount="$D1 " Freereserve="$D2 }, \
\* { "unknown number" } \
}, \
0x0030 { $mode & 0x000F, \
1 { "free_context():\tcalled for" " already freed" " context="$D1 " Totcount="$D2 " Freecount="$D3 " Freereserve="$D4 }, \
2 { "free_context():\tfree" " context="$D1 " Totcount="$D2 " Freecount="$D3 " Freereserve="$D4 }, \
3 { "free_context():\tfree" " context="$D1 " from thread="$D2 " Totcount="$D3 " Freecount="$D4 " Freereserve="$D5 }, \
\* { "unknown number" } \
}, \
0x0040 { $mode & 0x000F, \
1 { "free_all_context():\ttry to free a context twice" " to_be_freed="$D1 }, \
2 { "free_all_context():\tfree" " context="$D1 " from thread="$D2 " Totcount="$D3 " Freecount="$D4 " Freereserve="$D5 }, \
3 { "free_all_context():\t" " cntx_count="$D1 }, \
\* { "unknown number" } \
}, \
0x0050 { $mode & 0x000F, \
1 { "collect_context():\t" "WARNING: not returning to INTBASE" }, \
2 { "collect_context():\t" "Freecount="$D1 " Freecount+delta="$D2 " Freereserve="$D3 " delta="$D4 }, \
\* { "unknown number" } \
}, \
0x0060 { $mode & 0x000F, \
1 { "update_group_context():\t" "action="$D1 " context="$D2 " group="$D3 " refcount="$D4 }, \
2 { "update_group_context():\t" "flags="$D1 " consistent 1 process 2 valid 4" }, \
\* { "unknown number" } \
}, \
0x0070 { $mode & 0x000F, \
1 { "accumulate_context():\tunlink from invalid group" " context="$D1 " tid="$D2 " group="$D3 }, \
2 { "accumulate_context():\tcould not reset pmcontext pointer for thread" " tid="$D1 }, \
\* { "unknown number" } \
}, \
0x0080 { $mode & 0x000F, \
1 { "restore_context():\trestore:unlink invalid group" " tpmc="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 " group="$D5 }, \
2 { "restore_context():\tjoining reprog group" " tpmc="$D1 " pid="$D2 " tid="$D3 }, \
3 { "restore_context():\tcould not reset pmcontext pointer" " pid="$D1 " tid="$D2 " ptid="$D3 }, \
\* { "unknown number" } \
}, \
0x0090 { $mode & 0x000F, \
1 { "context_handler():\tcannot reserve pm_pid_cntx_list" " pid="$D1 " tid="$D2 " ptid="$D3 " parent="$D4 }, \
2 { "context_handler():\tcannot reserve pmcontext" " pid="$D1 " tid="$D2 " ptid="$D3 " parent="$D4 }, \
3 { "context_handler():\tParent has no context" " pid="$D1 " tid="$D2 " ptid="$D3 " parent="$D4 }, \
4 { "context_handler():\tcannot reserve pm_pid_cntx_list(dispatch)" " pid="$D1 " tid="$D2 " ptid="$D3 " parent="$D4 }, \
5 { "context_handler():\tcannot reserve pmcontext(dispatch)" " pid="$D1 " tid="$D2 " ptid="$D3 " parent="$D4 }, \
6 { "context_handler():\tthreadinit after a fork" " pid="$D1 " tid="$D2 " ptid="$D3 " parent="$D4 " pid_of_tid="$D5 }, \
7 { "context_handler():\tcould not set pmcontext for new thread" " reason="$D1 " pid="$D2 " tid="$D3 }, \
8 { "context_handler():\tnew context" " reason="$D1 " pid="$D2 " tid="$D3 " newcontext="$D4 }, \
9 { "context_handler():\tcannot allocate pmcontext" "reason="$D1 "pid="$D2 "tid="$D3 "parent="$D4 }, \
a { "context_handler():\tthe exiting thread has a context" " reason="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 }, \
b { "context_handler():\tthe exiting thread has a context" " mycontext="$D1 " group="$D2 " tid="$D3 " ptid="$D4 }, \
c { "context_handler():\tcould not reset pmcontext pointer" " reason="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 }, \
d { "context_handler():\tfork" " reason="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 " parent="$D5 }, \
e { "context_handler():\tfork" " context="$D1 " group="$D2 }, \
f { "context_handler():\tnewcontext" " reason="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 " newcontext="$D5 }, \
\* { "unknown number" } \
}, \
0x00a0 { $mode & 0x000F, \
1 { "unconfig_context():\tcalled for" " try to free a context twice" " to_be_freed="$D1 }, \
\* { "unknown number" } \
}, \
0x00b0 { $mode & 0x000F, \
1 { "context_handler():\tcannot allocate pmcontext" " reason="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 " parent="$D5 }, \
2 { "context_handler():\tdispatch" " reason="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 " thread.ptid="$D5 }, \
3 { "context_handler():\tdispatch" " mycontext="$D1 " group="$D2 }, \
4 { "context_handler():\tcould not reset pmcontext pointer" " reason="$D1 " pid="$D2 " tid="$D3 " thread.ptid="$D4 }, \
5 { "context_handler():\tcould not reset pmcontext pointer" " reason="$D1 " pid="$D2 " tid="$D3 " thread.ptid="$D4 }, \
6 { "context_handler():\tcannot allocate pmcontext" " reason="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 " thread.ptid="$D4 }, \
7 { "context_handler():\tnot in a valid group" " reason="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 }, \
8 { "context_handler():\tjoining new group" " reason="$D1 " new group="$D2 " old group="$D3 }, \
9 { "context_handler():\trestore the hardware counters" " reason="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 " newcontext="$D5 }, \
a { "context_handler():\trestore the hardware counters" " group="$D1 }, \
b { "context_handler():\tmode changes" " reason="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 " mycontext="$D5 }, \
c { "context_handler():\tmode changes" " group="$D1 }, \
d { "context_handler():\tcontext chained into the per-process" " reason="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 " mycontext="$D5 }, \
e { "context_handler():\tPROCHR callback default" " reason="$D1 " tid="$D2 }, \
\* { "unknown number" } \
}, \
\* { "pmcontext: unknown function" ` ($mode)` } \
}, \
0x1000 { $mode & 0x07F0, \
0x0010 { $mode & 0x000F, \
1 { "pm_init_eprof():\tcalled for" " kregs.pmc["$D1"]="$D2 }, \
2 { "pm_init_eprof():\tcalled for" " Prof_pmc="$D1 " Aggress_pmc="$D2 }, \
3 { "pm_init_eprof():\tcalled for" " Aggress_threshold="$D1 }, \
4 { "pm_init_eprof():\tpm_init_eprof: only one option" }, \
5 { "pm_init_eprof():\twhen running on GS, pmc5-6 can not be used" }, \
6 { "pm_init_eprof():\tkregs.mmcr["$D1"]="$D2 }, \
\* { "unknown number" } \
}, \
0x0020 { $mode & 0x000F, \
1 { "register_eprof():" }, \
2 { "register_eprof():\tcalled for" " Reset_regs_p="$D1 }, \
3 { "register_eprof():\tcalled for" " Dup_reset_regs_p="$D1 }, \
\* { "unknown number" } \
}, \
\* { "pmeprof: unknown function" ` ($mode)` } \
}, \
0x1800 { $mode & 0x07F0, \
0x0010 { $mode & 0x000F, \
1 { "pmAlloc():\tcalled for" " virtual_only_flag="$D1 " size="$D2 " rheap_remain="$D3 }, \
2 { "pmAlloc():\tcalled for" " vaddr="$D1 " raddr="$D2 " size="$D3 " pagesize="$D4 }, \
3 { "pmAlloc():\tcalled for" " address="$D1 " Rheap_esid="$D2 }, \
4 { "pmAlloc():\tcalled for" " esida="$D1 }, \
5 { "pmAlloc():\tcalled for" " address="$D1 }, \
6 { "pmAlloc():\tRmalloc failed." }, \
7 { "pmAlloc():\tRmalloc cannot be used." }, \
8 { "pmAlloc():\ttry xmalloc (%u, ...)." }, \
9 { "pmAlloc():\tOk. Address." " address="$D1}, \
a { "pmAlloc():\tFailed." }, \
b { "pmAlloc():\tGet real address." }, \
c { "pmAlloc():\tReal start end." " real_end="$D1 $D2 " read_end="$D3 $D4 }, \
d { "pmAlloc():\tRejected. Out of range." }, \
e { "pmAlloc():\tOk." }, \
f { "pmAlloc():\tpmAlloc: address" " address="$D1 " size="$D2 }, \
\* { "unknown number" } \
}, \
0x0020 { $mode & 0x000F, \
1 { "pmFree():\tcalled for" " address="$D1 " size="$D2 }, \
\* { "unknown number" } \
}, \
0x0030 { $mode & 0x000F, \
1 { "register_handlers():\tVcom_ar" }, \
2 { "register_handlers():\tVcom_ar" " Vcom_ar="$D1 }, \
3 { "register_handlers():\tVcom_ar assigned into patch area at" " Vcom_ar="$D1 }, \
4 { "register_handlers():\tVcom_ar" " Vcom_ar="$D1 }, \
\* { "unknown number" } \
}, \
0x0040 { $mode & 0x000F, \
1 { "pmError():\tcalled for" " err_code="$D1 }, \
\* { "unknown number" } \
}, \
\* { " pminit: unknown function" ` ($mode)` } \
}, \
0x2000 { $mode & 0x07F0, \
0x0010 { $mode & 0x000F, \
1 { "pm_create_thread_context():\tcalled for" " thread="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 " group="$D5 }, \
\* { "unknown number" } \
}, \
0x0020 { $mode & 0x000F, \
1 { "pm_get_context_program():\tcalled for thread/group" " thread="$D1 " group="$D2 }, \
2 { "pm_get_context_program():\tcalled for thread/group" " tpmc="$D1 " pid="$D2 " tid="$D3 " ptid="$D4 " mmcr[0]="$D5 }, \
\* { "unknown number" } \
}, \
0x0030 { $mode & 0x000F, \
1 { "pm_delete_context_program():\tcalled for" " thread="$D1 " group="$D2 }, \
2 { "pm_delete_context_program():\tcalled for" " tpmc="$D1 " tpid="$D2 " ttid="$D3 " tptid="$D4 }, \
\* { "unknown number" } \
}, \
0x0040 { $mode & 0x000F, \
1 { "pm_start_context_counting():\tcalled for" " thread="$D1 " group="$D2 }, \
2 { "pm_start_context_counting():\tcalled for" " tpmc="$D1 " tpid="$D2 " ttid="$D3 " tptid="$D4 }, \
\* { "unknown number" } \
}, \
0x0050 { $mode & 0x000F, \
1 { "pm_stop_context_counting():\tcalled for" " thread="$D1 " group="$D2}, \
2 { "pm_stop_context_counting():\tcalled for" " tpmc="$D1 " tpid="$D2 " ttid="$D3 " tptid="$D4 }, \
\* { "unknown number" } \
}, \
0x0060 { $mode & 0x000F, \
1 { "pm_get_context_data():\tcalled for" " tpid="$D1 " ttid="$D2 " tptid="$D3 }, \
2 { "pm_get_context_data():\tcalled for" " tpmc="$D1 " group="$D2 " tpid="$D3 " ttid="$d4 " tptid="$D5 }, \
\* { " unknown number" } \
}, \
0x0070 { $mode & 0x000F, \
1 { "pm_reset_context_data():\tcalled for" " thread="$D1 " group="$D2 }, \
2 { "pm_reset_context_data():\tcalled for" " tpmc="$D1 " tpid="$D2 " ttid="$D3 " tptid="$D4 }, \
\* { "unknown number" } \
}, \
\* { "pmsvcs: unknown function" ` ($mode)` } \
}, \
\* { "unknown module " ` ($mode)` } \
}, \
\* { "not generic" }
4FE 1.0 L=SVC "PM_SVC" \
$GENERIC, \
0 { \
{{ $mode = $HD & 0xFFFF}} \
$mode & 0xFF00, \
0x0000 { $mode & 0x07F0, \
0 { $HL%S1 }, \
\* { "unknown subhook" `($mode)` } \
}, \
0x0100 { $mode & 0x003F, \
1 { "pm_set_global_msr" }, \
2 { "pm_set_global_msr :\tcalled for" " msr_bits="$D1 }, \
3 { "pm_set_global_msr :\treturn error" " no slih registered" }, \
4 { "pm_set_global_msr :\treturn error" " non-perfmon bits are set" }, \
5 { "pm_set_global_msr :\treturn error" " illegal combination of legal bits" }, \
6 { "pm_set_global_msr :\treturn" }, \
\* { "pm_set_global_msr: unknown subhook" ` ($mode)` } \
}, \
0x0200 { $mode & 0x003F, \
1 { "pm_run_loop" }, \
2 { "pm_run_loop" " uloop="$D1 }, \
3 { "pm_run_loop return error" " Pm_partmig="$D1 }, \
4 { "pm_run_loop return" " rc="$D1 }, \
\* { "pm_run_loop: unknown subhook" ` ($mode)` } \
}, \
0x0300 { $mode & 0x003F, \
1 { "pm_uregs_op" }, \
2 { "pm_uregs_op" " cpuid="$D1 " uop="$D2 " udata="$D3 " ureset="$D4 }, \
3 { "pm_uregs_op return error" " cpuid incorrect" }, \
4 { "pm_uregs_op return error" " copyin udata" }, \
5 { "pm_uregs_op return error" " copyin ureset" }, \
6 { "pm_uregs_op return error" " copyin kdata" }, \
7 { "pm_uregs_op return" }, \
\* { "pm_uregs_op: unknown subhook" ` ($mode)` } \
}, \
0x0400 { $mode & 0x003F, \
1 { "pm_usregs_op" }, \
2 { "pm_usregs_op" " cpuid="$D1 " uop="$D2 " udata="$D3 }, \
3 { "pm_usregs_op return error" " Pm_partmig >1" }, \
4 { "pm_usregs_op return error" " cpuid incorrect" }, \
5 { "pm_usregs_op return error" " copyin udata" }, \
6 { "pm_usregs_op return error" " wasfunnelled="$D1 }, \
7 { "pm_usregs_op return error" " copyin kdata" }, \
8 { "pm_usregs_op return" }, \
\* { "pm_usregs_op: unknown subhook" ` ($mode)`} \
}, \
0x0500 { $mode & 0x003F, \
1 { "pm_get_pmdata" }, \
2 { "pm_get_pmdata" " lcpuid="$D1 " results="$D2 " accu="$D3 }, \
3 { "pm_get_pmdata return error" " Pm_partmig >1" }, \
4 { "pm_get_pmdata return error" " Perfmon_prog_set.mmcr is NULL" }, \
5 { "pm_get_pmdata return error" " total is NULL" }, \
6 { "pm_get_pmdata return error" " rc="$D1 }, \
7 { "pm_get_pmdata return error" " max_ncpus="$D1 }, \
8 { "pm_get_pmdata return error" " pm_get_pmdata_cpu_internal="$D1 }, \
9 { "pm_get_pmdata return error" " Bad CPU" }, \
a { "pm_get_pmdata return error" " copyout results" }, \
b { "pm_get_pmdata return error" " copyout accu" }, \
c { "pm_get_pmdata return error" " copyout64 results" }, \
d { "pm_get_pmdata return error" " copyout64 accu" }, \
e { "pm_get_pmdata return" }, \
\* { "pm_get_pmdata: unknown subhook" ` ($mode)` } \
}, \
0x0600 { $mode & 0x003F, \
1 { "pm_reset_pmdata" }, \
2 { "pm_reset_pmdata" }, \
3 { "pm_reset_pmdata return error" " Pm_partmig >1" }, \
4 { "pm_reset_pmdata return error" " Perfmon_prog_set.mmcr is NULL" }, \
5 { "pm_reset_pmdata return error" " wasfunnelled < 0" }, \
6 { "pm_reset_pmdata return" }, \
\* { "pm_reset_pmdata: unknown subhook" ` ($mode)` } \
}, \
0x0700 { $mode & 0x003F, \
1 { "pm_start_count" }, \
2 { "pm_start_count" "time="$D1 }, \
3 { "pm_start_count return error" " Pm_partmig >1" }, \
4 { "pm_start_count return error" " Perfmon_prog_set.mmcr is NULL" }, \
5 { "pm_start_count return error" " pm_enter_funnel<0" }, \
6 { "pm_start_count return" " rc="$D1 }, \
\* { "pm_start_count: unknown subhook" ` ($mode)` } \
}, \
0x0800 { $mode & 0x003F, \
1 { "pm_stop_count" }, \
2 { "pm_stop_count" " time="$D1 }, \
3 { "pm_stop_count return error" " Pm_partmig >1" }, \
4 { "pm_stop_count return error" " Perfmon_prog_set.mmcr is NULL" }, \
5 { "pm_stop_count return error" " pm_stop_timers not ok" }, \
6 { "pm_stop_count return error" " lcpuid="$D1 "high_cpuid="$D2 }, \
7 { "pm_stop_count return" " rc="$D1 }, \
\* { "pm_stop_count: unknown subhook" ` ($mode)` } \
}, \
0x0900 { $mode & 0x003F, \
1 { "pm_power4_setup" }, \
2 { "pm_power4_setup" }, \
3 { "pm_power4_setup return" " rc="$D1 }, \
\* { "pm_power4_setup: unknown subhook" ` ($mode)` } \
}, \
0x0A00 { $mode & 0x003F, \
1 { "pm_set_context_program" }, \
2 { "pm_set_context_program" " pid="$D1 " tid="$D2 " ptid="$D3 " group="$D4 }, \
3 { "pm_set_context_program" " cregs="$D1 " mmcrs="$D2 }, \
4 { "pm_set_context_program return error" " Pm_partmig >1" }, \
5 { "pm_set_context_program return error" " copyin kcregs" }, \
6 { "pm_set_context_program return error" " xmalloc pid_cntx_list" }, \
7 { "pm_set_context_program return error" " xmalloc tmmcrs" }, \
8 { "pm_set_context_program return error" " copyin mmcrs64" }, \
9 { "pm_set_context_program return error" " xmalloc taccu_set" }, \
a { "pm_set_context_program return error" " xmalloc gmmcrs" }, \
b { "pm_set_context_program return error" " xmalloc gaccu_set" }, \
c { "pm_set_context_program return" }, \
\* { "pm_set_context_program: unknown subhook" ` ($mode)` } \
}, \
0x0B00 { $mode & 0x003F, \
1 { "pm_get_context_program" }, \
2 { "pm_get_context_program" " pid="$D1 " tid="$D2 " ptid="$D3 " group="$D4 }, \
3 { "pm_get_context_program" " cregs="$D1 " mmcrs="$D2 " nb_set="$D3 }, \
4 { "pm_get_context_program return error" " Pm_partmig >1" }, \
5 { "pm_get_context_program return error" " xmalloc kcregs.mmcr" }, \
6 { "pm_get_context_program return error" ` ttid == -1` }, \
7 { "pm_get_context_program return error" ` ttid == -2` }, \
8 { "pm_get_context_program return error" ` ttid == -3` }, \
9 { "pm_get_context_program return error" " target thread has no context taccu_set" }, \
a { "pm_get_context_program return error" " group flag on and no group" }, \
b { "pm_get_context_program return error" " copyout cregs" }, \
c { "pm_get_context_program return error" " copyout mmcrs" }, \
d { "pm_get_context_program return error" " copyout cregs64" }, \
e { "pm_get_context_program return error" " copyout mmcrs64" }, \
f { "pm_get_context_program return" }, \
\* { "pm_get_context_program: unknown subhook" ` ($mode)` } \
}, \
0x0D00 { $mode & 0x003F, \
1 { "pm_get_context_data" }, \
2 { "pm_get_context_data" " pid="$D1 " tid="$D2 " ptid="$D3 " group="$D4 }, \
3 { "pm_get_context_data" " results="$D1 " accu="$D2 " nb_set="$D3 }, \
4 { "pm_get_context_data return error" " Pm_partmig >1" }, \
5 { "pm_get_context_data return error" ` ttid == -1` }, \
6 { "pm_get_context_data return error" ` ttid == -2` }, \
7 { "pm_get_context_data return error" ` ttid == -3` }, \
8 { "pm_get_context_data return error" " target thread has no context" }, \
9 { "pm_get_context_data return error" " context is member of an invalid group" }, \
a { "pm_get_context_data return error" " thread was member of an invalid group gmmcrs" }, \
b { "pm_get_context_data return error" " copyout results" }, \
c { "pm_get_context_data return error" " copyout accu" }, \
d { "pm_get_context_data return error" " copyout results64" }, \
e { "pm_get_context_data return error" " copyout accu64" }, \
f { "pm_get_context_data return" }, \
\* { "pm_get_context_data: unknown subhook" ` ($mode)` } \
}, \
0x0E00 { $mode & 0x003F, \
1 { "pm_reset_context_data" }, \
2 { "pm_reset_context_data" " pid="$D1 " tid="$D2 " ptid="$D3 " group="$D4 }, \
3 { "pm_reset_context_data return error" " Pm_partmig >1="$D1 }, \
4 { "pm_reset_context_data return error" ` ttid == -1` }, \
5 { "pm_reset_context_data return error" ` ttid == -2` }, \
6 { "pm_reset_context_data return error" ` ttid == -3` }, \
7 { "pm_reset_context_data return error" " target thread has no context taccu_set" }, \
8 { "pm_reset_context_data return error" " asking for group and none available" }, \
9 { "pm_reset_context_data return" }, \
\* { "pm_reset_context_data: unknown subhook" ` ($mode)` } \
}, \
0x0F00 { $mode & 0x003F, \
1 { "pm_start_context_counting" }, \
2 { "pm_start_context_counting" " pid="$D1 " tid="$D2 " ptid="$D3 " group="$D4 " time="$D5 }, \
3 { "pm_start_context_counting return error" " Pm_partmig >1="$D1 }, \
4 { "pm_start_context_counting return error" ` ttid == -1` }, \
5 { "pm_start_context_counting return error" ` ttid == -2` }, \
6 { "pm_start_context_counting return error" ` ttid == -3` }, \
7 { "pm_start_context_counting return error" " target thread has no context taccu_set" }, \
8 { "pm_start_context_counting return error" " group flag on and no group" }, \
9 { "pm_start_context_counting return error" " context was member" " ttid="$D1 }, \
a { "pm_start_context_counting return" " rc="$D1 }, \
\* { "pm_start_context_counting: unknown subhook" ` ($mode)` } \
}, \
0x1000 { $mode & 0x003F, \
1 { "pm_stop_context_counting" }, \
2 { "pm_stop_context_counting" " pid="$D1 " tid="$D2 " ptid="$D3 " group="$D4 " time="$D5 }, \
3 { "pm_stop_context_counting return error" " Pm_partmig >1="$D1 }, \
4 { "pm_stop_context_counting return error" ` ttid == -1` }, \
5 { "pm_stop_context_counting return error" ` ttid == -2` }, \
6 { "pm_stop_context_counting return error" ` ttid == -3` }, \
7 { "pm_stop_context_counting return error" " target thread has no context taccu_set" }, \
8 { "pm_stop_context_counting return error" " context was member" " ttid ="$D1 }, \
9 { "pm_stop_context_counting return error" " group flag on and no group" " ttid="$D1 }, \
a { "pm_stop_context_counting return" " rc="$D1 }, \
\* { "pm_start_context_counting: unknown subhook" ` ($mode)` } \
}, \
0x1100 { $mode & 0x003F, \
1 { "pm_create_thread_group" }, \
2 { "pm_create_thread_group" " pid="$D1 " ptid="$D2 " tidlist="$D3 " ntids="$D4 " process="$D5 }, \
3 { "pm_create_thread_group" " cregs="$D1 " ummcrs="$D2 }, \
4 { "pm_create_thread_group return error" " Pm_partmig >1="$D1 }, \
5 { "pm_create_thread_group return error" " ntids < 1="$D1 }, \
6 { "pm_create_thread_group return error" " xmalloc ktidlist" }, \
7 { "pm_create_thread_group return error" " copyin ktidlist (IS64U)" }, \
8 { "pm_create_thread_group return error" " copyin ktidlist (IS32U)" }, \
9 { "pm_create_thread_group return error" " copyin kcregs" }, \
a { "pm_create_thread_group return error" " copyin64 kcregs" }, \
b { "pm_create_thread_group return error" " xmalloc pool" }, \
c { "pm_create_thread_group return error" " xmalloc pool..mmcr" }, \
d { "pm_create_thread_group return error" " xmalloc pool.accu_set" }, \
e { "pm_create_thread_group return error" " copyin mmcr" }, \
f { "pm_create_thread_group return error" " reserve_context is NULL" }, \
0x10 { "pm_create_thread_group return error" " xmalloc pid_cntx_list" }, \
0x11 { "pm_create_thread_group return error" " pm_create_thread_context rc="$D1 }, \
0x12 { "pm_create_thread_group return error" " only one thread" }, \
0x13 { "pm_create_thread_group return error" " rc="$D1 }, \
\* { "pm_create_thread_group: unknown subhook" ` ($mode)` } \
}, \
0x1200 { $mode & 0x003F, \
1 { "pm_init_count" }, \
2 { "pm_init_count" " pmregs="$D1 " ummcrs="$D2 " upmcs="$D3 }, \
3 { "pm_init_count return error" " Pm_partmig >1="$D1 }, \
4 { "pm_init_count return error" " copyin pmregs rc="$D1 }, \
5 { "pm_init_count return error" " xmalloc mmcr" }, \
6 { "pm_init_count return error" " copyin mmcr" }, \
7 { "pm_init_count return error" " xmalloc pmc" }, \
8 { "pm_init_count return error" " copyin pmc" }, \
9 { "pm_init_count return error" " xmalloc accu" }, \
a { "pm_init_count return" }, \
\* { "pm_init_count: unknown subhook" ` ($mode)` } \
}, \
0x1300 { $mode & 0x003F, \
1 { "pm_delete_count" }, \
2 { "pm_delete_count" }, \
3 { "pm_delete_count return error" " Pm_partmig >1="$D1 }, \
4 { "pm_delete_count return" }, \
\* { "pm_delete_count: unknown subhook" ` ($mode)` } \
}, \
0x1400 { $mode & 0x003F, \
1 { "pm_get_context_nb_slice" }, \
2 { "pm_get_context_nb_slice" " pid="$D1 " tid="$D2 " ptid="$D3 }, \
3 { "pm_get_context_nb_slice return error" " Pm_partmig >1="$D1 }, \
4 { "pm_get_context_nb_slice return" }, \
\* { "pm_get_context_nb_slice: unknown subhook" ` ($mode)` } \
}, \
0x1800 { $mode & 0x003F, \
1 { "pm_patch_kernel" }, \
2 { "pm_patch_kernel" " Libpmapi_patch="$D1 }, \
3 { "pm_patch_kernel return error" " CONFIG_PMCONTEXT error" }, \
4 { "pm_patch_kernel return error" " CONFIG_PERFMON error" }, \
5 { "pm_patch_kernel return" " rc="$D1 " undo_rc="$D2 }, \
\* { "pm_patch_kernel: unknown subhook" ` ($mode)` } \
}, \
0x1900 { $mode & 0x003F, \
1 { "pm_unpatch_kernel" }, \
2 { "pm_unpatch_kernel" " Libpmapi_patch="$D1 " force="$D2 }, \
3 { "pm_unpatch_kernel return" " rc="$D1 }, \
\* { "pm_unpatch_kernel: unknown subhook" ` ($mode)` } \
}, \
0x1a00 { $mode & 0x003F, \
1 { "pm_set_perfm_regs" }, \
2 { "pm_set_perfm_regs" " cpuid="$D1 " op="$D2 }, \
3 { "pm_set_perfm_regs return error" " lcpuid="$D1 }, \
4 { "pm_set_perfm_regs return error" " wasfunnelled="$D1 }, \
5 { "pm_set_perfm_regs return" }, \
\* { "pm_set_perfm_regs: unknown subhook" ` ($mode)` } \
}, \
0x1b00 { $mode & 0x003F, \
1 { "pm_register_sc_" }, \
2 { "pm_register_sc" " command="$D1 }, \
3 { "pm_register_sc return" }, \
\* { "pm_register_sc: unknown subhook" ` ($mode)` } \
}, \
0x1c00 { $mode & 0x003F, \
1 { "pm_init_eprof" }, \
2 { "pm_init_eprof" " uregs="$D1 " which_prof="$D2 " uevt="$D3 " freq="$D4 }, \
3 { "pm_init_eprof return error" " only one option" }, \
4 { "pm_init_eprof return error" " on GS, pmc5-6 can not be used" }, \
5 { "pm_init_eprof return" }, \
\* { "pm_register_sc: unknown subhook" ` ($mode)` } \
}, \
0x1d00 { $mode & 0x003F, \
1 { "pm_register_eprof" }, \
2 { "pm_register_eprof" " opts="$D1 }, \
3 { "pm_register_eprof return error" " other tprof -E are in pm_register" }, \
4 { "pm_register_eprof return error" " no perfmon flih are registered" }, \
5 { "pm_register_eprof return error" " xmalloc Reset_regs_p" }, \
6 { "pm_register_eprof return error" " xmalloc Dup_reset_regs_p" }, \
7 { "pm_register_eprof return error" " free rc="$D1 }, \
8 { "pm_register_eprof return" }, \
\* { "pm_register_eprof: unknown subhook" ` ($mode)` } \
}, \
0x1e00 { $mode & 0x003F, \
1 { "pm_unregister_eprof" }, \
2 { "pm_unregister_eprof" }, \
3 { "pm_unregister_eprof return" }, \
\* { "pm_unregister_eprof: unknown subhook" ` ($mode)` } \
}, \
0x1f00 { $mode & 0x003F, \
1 { "pm_th_pgetpthinfo" }, \
2 { "pm_th_pgetpthinfo" " tid="$D1 " scope="$D2 " ptid="$D3 }, \
3 { "pm_th_pgetpthinfo return error" " pm_th_getpthinfo rc="$D1 }, \
4 { "pm_th_pgetpthinfo return" " rc="$D1 }, \
\* { "pm_th_pgetpthinfo: unknown subhook" ` ($mode)` } \
}, \
0x2000 { $mode & 0x003F, \
1 { "pm_getCounterStatus" }, \
2 { "pm_getCounterStatus" " cnt_res="$D1 " counter_mode="$D2 " nb_pid="$D3 }, \
3 { "pm_getCounterStatus return" " rc="$D1 }, \
\* { "pm_getCounterStatus: unknown subhook" ` ($mode)` } \
}, \
0x2100 { $mode & 0x003F, \
1 { "pm_getCounterDetail" }, \
2 { "pm_getCounterDetail" " nb_pid="$D1 " buff="$D2 }, \
3 { "pm_getCounterDetail return" " i="$D1 }, \
\* { "pm_getCounterDetail: unknown subhook" ` ($mode)` } \
}, \
0x2200 { $mode & 0x003F, \
1 { "pm_resetCounterResource" }, \
2 { "pm_resetCounterResource" }, \
3 { "pm_resetCounterResource return" " rc="$D1 }, \
\* { "pm_resetCounterResource: unknown subhook" ` ($mode)` } \
}, \
0x2300 { $mode & 0x003F, \
1 { "pm_get_gsmode" }, \
2 { "pm_get_gsmode" }, \
3 { "pm_get_gsmode return" " gsmode="$D1 }, \
\* { "pm_get_gsmode: unknown subhook" ` ($mode)` } \
}, \
0x2400 { $mode & 0x003F, \
1 { "pm_trb_freq_init" }, \
2 { "pm_trb_freq_init" " freq="$D1 }, \
3 { "pm_trb_freq_init return" " Pm_trb_val="$D1 }, \
\* { "pm_trb_freq_init: unknown subhook" ` ($mode)` } \
}, \
0x2500 { $mode & 0x003F, \
1 { "pm_bind_to_logical_cpu" }, \
2 { "pm_bind_to_logical_cpu" " cpuid="$D1 }, \
\* { "pm_bind_to_logical_cpu: unknown subhook" ` ($mode)` } \
}, \
0x2600 { $mode & 0x003F, \
1 { "pm_entry" }, \
2 { "pm_entry" " uiop="$D1 }, \
3 { "pm_entry return" " rc="$D1 }, \
\* { "pm_entry: unknown subhook" ` ($mode)` } \
}, \
\* { "unknown module " ` ($mode)` } \
}, \
\* { "not generic" }
4FF 1.0 L=INT "PM_INTR" \
$GENERIC, \
0 { \
{{ $mode = $HD & 0xFFFF}} \
$mode & 0xFC00, \
0x0000 { $mode & 0x03F0, \
0 { $HL%S1 }, \
\* { "unknown subhook" `($mode)`} \
}, \
0x0400 { $mode & 0x03F0, \
0x0000 { $mode & 0x000F, \
0 { "minslih():\tcalled for" " minimum_slih" }, \
\* { "unknown number" } \
}, \
0x0010 { $mode & 0x000F, \
0 { "minslih():\tcalled for" " full_slih fullslih="$D1 }, \
\* { "unknown number" } \
}, \
\* { "minslih: unknown function" ` ($mode)` } \
}, \
0x0800 { $mode & 0x03F0, \
0x0000 { $mode & 0x000F, \
0 { "minflih():\tcalled for" }, \
\* { "unknown number" } \
}, \
0x0010 { $mode & 0x000F, \
0 { "minflih():\tcalled for" }, \
\* { "unknown number" } \
}, \
\* { "minflih: unknown function" ` ($mode)` } \
}, \
0x0C00 { $mode & 0x03F0, \
0x0000 { $mode & 0x000F, \
1 { "counter_handler():\tcalled for" " PROCHR_THREADINIT proch="$D1 " reason="$D2 " tid="$D3 " ptid="$D4 }, \
2 { "counter_handler():\tcalled for" " PROCHR_THREADINIT reg_error="$D1 }, \
3 { "counter_handler():\tcalled for" " PROCHR_THREADINIT Pm_pid_number="$D1 }, \
0 { "counter_handler():\tcalled for" " PROCHR_THREADINIT" }, \
\* { "unknown number" } \
}, \
0x0010 { $mode & 0x000F, \
1 { "counter_handler():\tcalled for" " PROCHR_TERMINATE proch="$D1 " reason="$D2 " tid="$D3 " ptid="$D4 }, \
2 { "counter_handler():\tcalled for" " PROCHR_TERMINATE Pm_pid_number="$D1 }, \
3 { "counter_handler():\tcalled for" " PROCHR_TERMINATE return" }, \
4 { "counter_handler():\tcalled for" " PROCHR_TERMINATE Pm_pid_number="$D1 }, \
\* { "unknown number" } \
}, \
\* { "counter_handler: unknown function" ` ($mode)` } \
}, \
0x1000 { $mode & 0x03F0, \
0x0000 { $mode & 0x000F, \
0 { "pmsvcs_dr_handler():\tcalled for" " DR_CPU_ADD_PRE" }, \
\* { "unknown number" } \
}, \
0x0010 { $mode & 0x000F, \
0 { "pmsvcs_dr_handler():\tcalled for" " DR_CPU_ADD_POST" }, \
\* { "unknown number" } \
}, \
0x0020 { $mode & 0x000F, \
0 { "pmsvcs_dr_handler():\tcalled for" " DR_CPU_ADD_POST_ERROR" }, \
\* { "unknown number" } \
}, \
0x0030 { $mode & 0x000F, \
0 { "pmsvcs_dr_handler():\tcalled for" " DR_CPU_REMOVE_PRE" }, \
\* { "unknown number" } \
}, \
0x0040 { $mode & 0x000F, \
0 { "pmsvcs_dr_handler():\tcalled for" " DR_CPU_REMOVE_POST" }, \
\* { "unknown number" } \
}, \
0x0050 { $mode & 0x000F, \
0 { "pmsvcs_dr_handler():\tcalled for" " DR_CPU_REMOVE_POST_ERROR" }, \
\* { "unknown number" } \
}, \
0x0060 { $mode & 0x000F, \
0 { "pmsvcs_dr_handler():\tcalled for" " DR_PMIG_CHECK" }, \
\* { "unknown number" } \
}, \
0x0070 { $mode & 0x000F, \
0 { "pmsvcs_dr_handler():\tcalled for" " DR_PMIG_PRE" }, \
\* { "unknown number" } \
}, \
0x0080 { $mode & 0x000F, \
0 { "pmsvcs_dr_handler():\tcalled for" " DR_PMIG_POST" }, \
\* { "unknown number" } \
}, \
0x0090 { $mode & 0x000F, \
0 { "pmsvcs_dr_handler():\tcalled for" " DR_PMIG_POST_ERROR" }, \
\* { "unknown number" } \
}, \
\* { "pmsvcs_dr_handler: unknown function" ` ($mode)` } \
}, \
0x1400 { $mode & 0x03F0, \
0x0000 { $mode & 0x000F, \
1 { "context_handler():\tcalled for" " PROCHR_THREADINIT proch="$D1 " reason="$D2 " tid="$D3 " ptid=$D4" }, \
\* { "unknown number" } \
}, \
0x0010 { $mode & 0x000F, \
1 { "context_handler():\tcalled for" " PROCHR_TLOCAL_INIT proch="$D1 " reason="$D2 " tid="$D3 " ptid=$D4" }, \
\* { "unknown number" } \
}, \
0x0020 { $mode & 0x000F, \
1 { "context_handler():\tcalled for" " PROCHR_TLOCAL_DISPATCH proch="$D1 " reason="$D2 " tid="$D3 " ptid=$D4" }, \
\* { "unknown number" } \
}, \
0x0030 { $mode & 0x000F, \
1 { "context_handler():\tcalled for" " PROCHR_THREADTERM proch="$D1 " reason="$D2 " tid="$D3 " ptid=$D4" }, \
\* { "unknown number" } \
}, \
0x0040 { $mode & 0x000F, \
1 { "context_handler():\tcalled for" " PROCHR_TLOCAL_TERM proch="$D1 " reason="$D2 " tid="$D3 " ptid=$D4" }, \
\* { "unknown number" } \
}, \
0x0050 { $mode & 0x000F, \
1 { "context_handler():\tcalled for" " PROCHR_TERMINATE proch="$D1 " reason="$D2 " tid="$D3 " ptid=$D4" }, \
\* { "unknown number" } \
}, \
0x0060 { $mode & 0x000F, \
1 { "context_handler():\tcalled for" " PROCHR_TLOCAL_MODE proch="$D1 " reason="$D2 " tid="$D3 " ptid=$D4" }, \
\* { "unknown number" } \
}, \
\* { "context_handler: unknown function" ` ($mode)` } \
}, \
0x1800 { $mode & 0x03F0, \
0x0000 { $mode & 0x000F, \
1 { "context_dispatcher():\tcalled for" " oldcontext="$D1 " newcontext="$D2 }, \
2 { "context_dispatcher():\tcalled for" " CONT_COUNTING" }, \
3 { "context_dispatcher():\tcalled for" " STOP_COUNTING" }, \
4 { "context_dispatcher():\tcalled for" " restore_context" }, \
\* { "unknown number" } \
}, \
\* { "context_dispatcher: unknown function" ` ($mode)` } \
}, \
0x1C00 { $mode & 0x03F0, \
0x0000 { $mode & 0x000F, \
1 { "pm_trb_handler():\tcalled for" " trb="$D1 }, \
2 { "pm_trb_handler() return" }, \
\* { "unknown number" } \
}, \
\* { "pm_trb_handler: unknown function" ` ($mode)` } \
}, \
0x2000 { $mode & 0x03F0, \
0x0000 { $mode & 0x000F, \
1 { "pm_trb_mx_sw_handler():\tcalled for" " trb="$D1 }, \
2 { "pm_trb_mx_sw_handler() return" }, \
\* { "unknown number" } \
}, \
\* { "pm_trb_mx_sw_handler: unknown function" ` ($mode)` } \
}, \
0x2400 { $mode & 0x03F0, \
0x0000 { $mode & 0x000F, \
1 { "ep_slih():\tcalled for" " fullsavea="$D1 }, \
2 { "ep_slih() return" }, \
0 { "ep_slih():\tcalled for" }, \
\* { "unknown number" } \
}, \
\* { "ep_slih: unknown function" ` ($mode)` } \
}, \
\* { "unknown module " ` ($mode)` } \
}, \
\* { "not generic" }
1072 1.0 L=APPL "Triton"\
{{ SK4(n) \
$HOOKENV,\
32{""},\
64{O4},\
\* {"Bad hookenv" $HOOKENV}\
}}\
$HOOKENV,\
32{\
$HT,\
8{ {{ $dummy = X2 }} {{ $trcid = X2 }} },\
\* { {{ $trcid = X2 }} } },\
64{\
$GENERIC,\
1{ {{ $dummy = X6 }} {{ $trcid = X2 }} },\
\* { {{ $trcid = X2 }} } \
},\
\* {"Bad HOOKENV" } \
$trcid%X2,\
00100{ "CD: cd_invalidate: fragment=0x"X8" start=0x"X8" length=0x"X8" off="X8" err=0x"X8},\
00101{ "CD: cd_invalidate: fragment=0x"X8" start=0x"X8" length=0x"X8" off="X8" err=0x"X8},\
00102{ "CD: cd_get_atomic: fragment=0x"X8" start=0x"X8" length=0x"X8" off="X8" err=0x"X8},\
00103{ "CD: cd_promote_complete: fragment=0x"X8" result=0x"X8" err=0x"X8},\
00104{ "CD: do_full_promote1: fragment=0x"X8" length=0x"X8" size=0x"X8" start="X8" newentry=0x"X8},\
00105{ "CD: do_full_promote2: fragment=0x"X8" length=0x"X8" size=0x"X8" start="X8" newentry=0x"X8},\
00106{ "CD: promote_complete_action: fragment=0x"X8" entry=0x"X8},\
00107{ "CD: invalidate_action: fragment=0x"X8" entry=0x"X8},\
00108{ "CD: purge_cache_all_luns_action: fragment=0x"X8" e=0x"X8},\
00109{ "CD: purge_cache_lun_action: fragment=0x"X8" e=0x"X8},\
0010A{ "CD: purge_cache_fragments_action: fragment=0x"X8" e=0x"X8},\
0010B{ "CD: invalidate_action: fragment=0x"X8" start=0x"X8" bitmap=0x"X8},\
0010C{ "CD: evict_fragment: fragment=0x"X8" *victim=0x"X8},\
0010E{ "CD: do_partial_promote: fragment=0x"X8" length=0x"X8" size=0x"X8" pba="X8" entry=0x"X8},\
0010F{ "CD: allocate_fragment: e=0x"X8},\
00110{ "CD: cd_init_entry: entry=0x"X8},\
00111{ "CD: do_full_promote: fragment=0x"X8" length=0x"X8" size=0x"X8" pba="X8" eit=0x"X8},\
00112{ "CD: cd_get: fragment=0x"X8" start=0x"X8" length=0x"X8" off="X8" err=0x"X8},\
01001{ "ETC: ttConfig(entry): cmd=0x"X8},\
01002{ "ETC: ttConfig(exit): status=0x"X8},\
01003{ "ETC: ttInit1: rc=0x"X8},\
01004{ "ETC: ttInit2: rc=0x"X8" pTtScanCB=0x"X8" pTtCmdQueue=0x"X8" pTtResourceCB=0x"X8" pTtIntFunc="X8},\
01005{ "ETC: ttInit3: rc=0x"X8},\
01006{ "ETC: ttInit4: rc=0x"X8},\
01007{ "ETC: ttInit5: pTtIoTrc=0x"X8" pTtCacheTrc=0x"X8" pTtCacheTrc=0x"X8" pTtScanTrc="X8" rc=0x"X8},\
01009{ "ETC: ttInitChild: tgtdevno=0x"X8" dev_count=0x"X8" devHandle=0x"X8},\
0100A{ "ETC: ttCreateScanThread1: rc=0x"X8" ttscan_pid=0x"X8},\
0100B{ "ETC: ttCreateScanThread2: rc=0x"X8" ttss_pid=0x"X8},\
0100C{ "ETC: ttCreateScanThread3: rc=0x"X8" ttscan_pid=0x"X8},\
0100D{ "ETC: ttCreateScanThread4: rc=0x"X8" ttss_pid=0x"X8},\
0100F{ "ETC: ttInitChild1: devno=0x"X8" dev_count=0x"X8" rc=0x"X8},\
01010{ "ETC: ttInitChild2: devno=0x"X8" dev_count=0x"X8" devHandle=0x"X8" rc=0x"X8},\
01011{ "ETC: ttInitChild3: devno=0x"X8" dev_count=0x"X8" devHandle=0x"X8" rc=0x"X8},\
01012{ "ETC: ttInitChild4: devno=0x"X8" dev_count=0x"X8" devHandle=0x"X8" rc=0x"X8},\
01013{ "ETC: ttInitChild5: devno=0x"X8" dev_count=0x"X8},\
01014{ "ETC: ttInitChild(EA1): devno=0x"X8" dev_count=0x"X8" devHandle=0x"X8" rc=0x"X8},\
01015{ "ETC: ttInitChild(EA2): devno=0x"X8" dev_count=0x"X8" devHandle=0x"X8" rc=0x"X8},\
01020{ "ETC: ttopen: devno=0x"X8" mode=0x"X8" ext=0x"X8" open_state=0x"X8},\
01021{ "ETC: ttclose: devno=0x"X8" mode=0x"X8" ext=0x"X8" open_state=0x"X8},\
01023{ "ETC: ttwrite: devno=0x"X8" iov_len=0x"X8},\
01024{ "ETC: ttread: devno=0x"X8" iov_len=0x"X8},\
01100{ "ETC: ttProcessStrategy: pBuf=0x"X8" b_dev=0x"X8" b_flags=0x"X8" cnt=0x"X8" scanThread="X8},\
01101{ "ETC: ttwrite(fail1): devno=0x"X8},\
01102{ "ETC: ttread(fail2): devno=0x"X8},\
01103{ "ETC: ttStrategy(fail3): pBuf=0x"X8" dev=0x"X8" rc=0x"X8},\
01104{ "ETC: ttStrategyBypass(fail4): pBuf=0x"X8" dev=0x"X8" rc=0x"X8},\
01105{ "ETC: ttStrategyBypass(fail5): pBuf=0x"X8" dev=0x"X8" rc=0x"X8},\
01107{ "ETC: ttSendHostCmdDisk: pBufIn=0x"X8" pSIOCBIn=0x"X8" blkno=0x"X8" bcount=0x"X8" scanThread="X8},\
01108{ "ETC: ttProcessRdWrExtent: pBufIn=0x"X8" sizcnt=0x"X8" privateP=0x"X8" retryCount=0x"X8" scanThread="X8},\
01109{ "ETC: tt_cloneIOBuffer: pBufIn=0x"X8" ioBufP=0x"X8" pCloneBuf=0x"X8" ol=0x"X8" scanThread="X8},\
01120{ "ETC: ttProcessRdWrExtent: dev=0x"X8" rc=0x"X8" retryCount=0x"X8},\
01121{ "ETC: ttSendHostCmdDisk: pSIOCBIn=0x"X8" dev=0x"X8" blkno=0x"X8" bcount=0x"X8" rc="X8},\
01122{ "ETC: ttRdWrExtentProcessIodone: pSIOCB=0x"X8" dev=0x"X8" blkno=0x"X8" bcount=0x"X8" rc="X8},\
01123{ "ETC: ttProcessRdWrExtent(fail1): pSIOCBIn=0x"X8" pBufIn=0x"X8" dev=0x"X8" rc=0x"X8},\
01124{ "ETC: ttRdWrExtentIodone(fail2): dev=0x"X8" flags=0x"X8" error=0x"X8},\
01125{ "ETC: ttRdWrExtentProcessIodone(fail3): dev=0x"X8" error_count=0x"X8" hdSizeProc=0x"X8},\
01126{ "ETC: ttRdWrExtentProcessIodone(fail4): dev=0x"X8" flags=0x"X8" error=0x"X8},\
01127{ "ETC: tt_cloneIOBuffer(fail1): ioBufP=0x"X8" offset=0x"X8" length=0x"X8" outBufSize=0x"X8" sizeof="X8},\
01128{ "ETC: tt_cloneIOBuffer(fail2): pSIOCB=0x"X8" ioBufP=0x"X8},\
01129{ "ETC: ttddGetSIOCB(fail)"},\
0112A{ "ETC: ttddGetSIOCBMultiple(fail)"},\
0112B{ "ETC: ttRdWrExtentIodone1: dev=0x"X8" flags=0x"X8" error=0x"X8},\
0112C{ "ETC: ttRdWrExtentIodone2: dev=0x"X8" flags=0x"X8" error=0x"X8},\
01200{ "ETC: ttSendAddToCacheCmd1: pBufIn=0x"X8" dev=0x"X8" blkno=0x"X8" bcount=0x"X8" op="X8},\
01201{ "ETC: ttSendAddToCacheCmd2: op=0x"X8" numAlloc=0x"X8" numBuf=0x"X8},\
01202{ "ETC: ttAddCacheIoDone: offset=0x"X8" bcount=0x"X8" numBufAlloc=0x"X8},\
01203{ "ETC: ttSendAddToCacheCmd: pDCIOBufIn=0x"X8" b_error=0x"X8" rc=0x"X8},\
01204{ "ETC: ttAddCacheIoDone: pSIOCB=0x"X8" pBufIn=0x"X8" b_error=0x"X8" rc=0x"X8},\
01205{ "ETC: ttSendAddToCacheCmd(alloc_op): pDCIOBufIn=0x"X8" dev=0x"X8" blkno=0x"X8" bcount=0x"X8" Op=0x"X8},\
01206{ "ETC: ttSendAddToCacheCmd(alloc_buf): pDCIOBufIn=0x"X8" dev=0x"X8" blkno=0x"X8" bcount=0x"X8" numBufAlloc=0x"X8},\
01301{ "ETC: ttHostIoDone: pBufIn=0x"X8" pSIOCB=0x"X8" b_error=0x"X8" privateP=0x"X8" scanThread="X8},\
01302{ "ETC: ttSendAddToCacheCmd(complete): pBuf=0x"X8" err=0x"X8" resid=0x"X8},\
01303{ "ETC: ttAddCacheIoDone: pBuf=0x"X8" err=0x"X8" op=0x"X8" event=0x"X8},\
01304{ "ETC: ttAddCacheIoDone(cb): pBuf=0x"X8" err=0x"X8" op=0x"X8" event=0x"X8},\
01305{ "ETC: ttAddCacheIoDone(fail): Op=0x"X8" error=0x"X8" resid=0x"X8" blkno=0x"X8" bcount="X8},\
01400{ "ETC: ttIoctl(entry): cmd=0x"X8" devno=0x"X8},\
01401{ "ETC: ttProcessIoctl(fail1): rc=0x"X8},\
01402{ "ETC: ttIoctlGetBuffer(fail2): rc=0x"X8},\
01403{ "ETC: ttIoctlGetBuffer(fail3): rc=0x"X8},\
01404{ "ETC: ttIoctlGetBuffer(fail4): rc=0x"X8" sizeof=0x"X8" bufferSize=0x"X8},\
01405{ "ETC: ttIoctlReleaseBuffer(fail5): rc=0x"X8},\
01407{ "ETC: ttIoctl(exit): devno=0x"X8" rc=0x"X8},\
01408{ "ETC: ttIoctlPerfStats: readcnt=0x"X8" writecnt=0x"X8" readhitcnt=0x"X8" readpartialhitcnt=0x"X8},\
01409{ "ETC: ttIoctlDevicePerfStats: majorno=0x"X8" minorno=0x"X8},\
0140A{ "ETC: ttIoctlAddDevice: devno=0x"X8" dev_count=0x"X8" devHandle=0x"X8" rc=0x"X8},\
0140B{ "ETC: ttIoctlAddDevice(fail1): devno=0x"X8" dev_count=0x"X8" devHandle=0x"X8" rc=0x"X8},\
0140C{ "ETC: ttIoctlAddDevice(fail2): devno=0x"X8" dev_count=0x"X8" devHandle=0x"X8" rc=0x"X8},\
0140D{ "ETC: ttIoctlAddDevice(fail3): devno=0x"X8" dev_count=0x"X8" devHandle=0x"X8" rc=0x"X8},\
0140E{ "ETC: ttIoctlAddDevice(fail4): devno=0x"X8" dev_count=0x"X8" devHandle=0x"X8" rc=0x"X8},\
0140F{ "ETC: ttIoctlAddDevice(fail5): devno=0x"X8" dev_count=0x"X8" devHandle=0x"X8" rc=0x"X8},\
01410{ "ETC: ttIoctlRemoveDevice: major=0x"X8" minor=0x"X8" devHandle=0x"X8" rc=0x"X8},\
01411{ "ETC: ttIoctlRemoveDevice(fail): major=0x"X8" minor=0x"X8" rc=0x"X8},\
01412{ "ETC: ttIoctlAddDevice(exist1): devno=0x"X8" dev_count=0x"X8" devHandle=0x"X8" rc=0x"X8},\
01413{ "ETC: ttIoctlAddDevice(exist2): devno=0x"X8" dev_count=0x"X8" devHandle=0x"X8" rc=0x"X8},\
01450{ "ETC: triton_native_IO_list: devno=0x"X8" action=0x"X8},\
01451{ "ETC: triton_native_IO_list(chg1): devno=0x"X8" devno_new=0x"X8" major_new=0x"X8" minor_new=0x"X8},\
01452{ "ETC: triton_native_IO_list(chg2): devno=0x"X8" devno_new=0x"X8" major_new=0x"X8" minor_new=0x"X8},\
01453{ "ETC: triton_native_IO_list(chg3): devno=0x"X8" devno_new=0x"X8" major_new=0x"X8" minor_new=0x"X8},\
01454{ "ETC: triton_native_IO_list(add1): devno=0x"X8" devno_new=0x"X8" major_new=0x"X8" minor_new=0x"X8},\
01455{ "ETC: triton_native_IO_list(add2): devno=0x"X8" devno_new=0x"X8" major_new=0x"X8" minor_new=0x"X8},\
01456{ "ETC: triton_native_IO_list(add3): devno=0x"X8" devno_new=0x"X8" major_new=0x"X8" minor_new=0x"X8},\
01457{ "ETC: triton_native_IO_list(wq): major=0x"X8" minor=0x"X8" devno1=0x"X8" devno2=0x"X8" IOC=0x"X8},\
01459{ "ETC: triton_native_IO_list(cq): major=0x"X8" minor=0x"X8" devno1=0x"X8" devno2=0x"X8},\
0145A{ "ETC: triton_native_IO_list(dnc): major=0x"X8" minor=0x"X8" devno=0x"X8},\
0145B{ "ETC: triton_native_IO_list(del): devno=0x"X8" major=0x"X8" minor=0x"X8},\
0145C{ "ETC: tt_sendDeviceInfo: devno=0x"X8" ret=0x"X8" type_flags=0x"X8" sectorSize=0x"X8" nSectors=0x"X8},\
01500{ "ETC: ttCreateThread: scanThread=0x"X8},\
01501{ "ETC: ttScanThread: tid=0x"X8" scanNumber=0x"X8},\
01502{ "ETC: ttCreateThread(fail1): scanThread=0x"X8},\
01503{ "ETC: ttCreateThread(fail2): scanThread=0x"X8" uerror=0x"X8},\
01504{ "ETC: ttCreateSSThread(fail3): scanThread=0x"X8},\
01600{ "ETC: tt_initialize_interface_entry: input=0x"X8" output=0x"X8},\
01601{ "ETC: tt_addToCache"},\
01602{ "ETC: tt_createCache: word0=0x"X8" word1=0x"X8},\
01604{ "ETC: tt_dumpstatesave: ssCode=0x"X8},\
02002{ "URH: cache_promote_fragment1: fragment=0x"X8" fragment_size=0x"X8" err=0x"X8},\
02003{ "URH: cache_promote_fragment2: err=0x"X8},\
02004{ "URH: cache_promote_fragment3: err=0x"X8},\
02005{ "URH: dm_urh_insert_lun: err=0x"X8},\
02006{ "URH: urh_state_ctr1: err=0x"X8},\
02007{ "URH: urh_state_ctr2: err=0x"X8},\
02008{ "URH: part_end_io1: write=0x"X8" sector_current=0x"X8" sector_end=0x"X8" latency=0x"X8},\
02009{ "URH: part_end_io2: sector_current=0x"X8" sector_end=0x"X8},\
0200a{ "URH: part_end_io3: latency=0x"X8" time_start=0x"X8" time_end=0x"X8},\
0200b{ "URH: do_add1: weight=0x"X8" ew-w=0x"X8" w=0x"X8},\
0200c{ "URH: do_add2: part=0x"X8" e=0x"X8" merge_candidates=0x"X8" &hi_addr_end=0x"X8" hi_addr_end="X8},\
0200d{ "URH: add: hi_addr_end=0x"X8" a=0x"X8},\
0200e{ "URH: write_stat1: src_weight=0x"X8" *src_weight=0x"X8},\
0200f{ "URH: write_stat2: end=0x"X8" value=0x"X8},\
02010{ "URH: write_stat3: do_callback=0x"X8},\
02011{ "URH: locate: eof=0x"X8" tier=0x"X8" direction=0x"X8" type=0x"X8" sequence="X8},\
02012{ "URH: read1: tier=0x"X8" direction=0x"X8" dst->type=0x"X8" type=0x"X8" weight="X8},\
02013{ "URH: read1c: sequence=0x"X8" src_weight=0x"X8},\
02014{ "URH: read2: tier=0x"X8" direction=0x"X8" dst->type=0x"X8" type=0x"X8" weight="X8},\
02015{ "URH: read2c: sequence=0x"X8" src_weight=0x"X8},\
02016{ "URH: read3: weight=0x"X8" sequence=0x"X8" delta=0x"X8" src_weight=0x"X8},\
02017{ "URH: read4: end=0x"X8" value=0x"X8},\
02018{ "URH: next: eof=0x"X8" tier=0x"X8" direction=0x"X8" type=0x"X8" sequence="X8},\
02019{ "URH: set_part_ix: x=0x"X8" eof=0x"X8" tier=0x"X8" direction=0x"X8" type="X8},\
0201a{ "URH: set_part_ixc: sequence=0x"X8" part_ix=0x"X8},\
0201b{ "URH: set_read_token: pos=0x"X8" token=0x"X8},\
0201c{ "URH: part_x_ctr1: part_ct=0x"X8},\
0201d{ "URH: part_x_ctr1: part_ct=0x"X8},\
0201e{ "URH: part_dat_ctr: a=0x"X8" t=0x"X8" d=0x"X8" s=0x"X8" &part="X8},\
0201f{ "URH: part_data_ctrc: part=0x"X8" weight=0x"X8},\
02023{ "URH: stat_init: mask=0x"X8" err=0x"X8},\
02024{ "URH: changeIODir: curDir=0x"X8},\
02025{ "URH: getDeviceSectorCount: devno=0x"X8},\
02026{ "URH: getDeviceSectorCountFast: sectorsize=0x"X8" nSectors=0x"X8},\
02027{ "URH: issue_sc_command: datalen=0x"X8},\
02028{ "URH: issue_sc_command: senselen=0x"X8},\
02029{ "URH: getLUNIDFromDev: devno=0x"X8},\
0202a{ "URH: getLUNIDFromDev: ret=0x"X8},\
0202b{ "URH: removeFromHashTable4Pool: index=0x"X8},\
0202c{ "URH: removeFromHashTable: index=0x"X8},\
0202d{ "URH: testFirstReadThenWrite1: devno=0x"X8},\
0202e{ "URH: testFirstReadThenWrite2: rc=0x"X8},\
0202f{ "URH: testFirstReadThenWrite3: rc=0x"X8},\
02030{ "URH: testBasicRead: devno=0x"X8},\
02031{ "URH: testBasicWrite: devno=0x"X8},\
02032{ "URH: testRdWrInterface: devno=0x"X8},\
02033{ "URH: testRdWrInterface: rc=0x"X8},\
02034{ "URH: testInvalidateInterface: devno=0x"X8},\
02035{ "URH: cmdQueryCacheStatus: devno=0x"X8},\
02036{ "URH: cmdRemoveDevice: devno=0x"X8},\
02037{ "URH: cmdStartEntity: poolIdP=0x"X8},\
02038{ "URH: cmdStartEntity: size=0x"X8},\
02039{ "URH: cmdStartEntity: rc=0x"X8},\
0203A{ "URH: cmdStopEntity: poolIdP=0x"X8},\
0203B{ "URH: interfaceStartEntity: poolIdP=0x"X8},\
0203C{ "URH: interfaceStartEntity2: state=0x"X8},\
0203D{ "URH: interfaceStartEntity3: state=0x"X8},\
0203E{ "URH: interfaceStopEntity: poolIdP=0x"X8},\
0203F{ "URH: interfaceAddDevice: poolIdP=0x"X8},\
02040{ "URH: interfaceAddDevice: pool_state=0x"X8},\
02041{ "URH: interfaceAddDevice: devid=0x"X8},\
02042{ "URH: interfaceAddDevice: word1=0x"X8" word0=0x"X8" word2=0x"X8" type=0x"X8},\
02044{ "URH: interfaceRemoveDevice: devno=0x"X8},\
02045{ "URH: interfaceRdWrExtent: devno=0x"X8},\
02046{ "URH: process_end_io_request: eyec=0x"X8" next=0x"X8" prev=0x"X8" pending=0x"X8},\
02047{ "URH: process_end_io_request: devno=0x"X8},\
02048{ "URH: interfaceInvalidateExtent: devno=0x"X8},\
02049{ "URH: interfaceInvalidateExtent: size=0x"X8},\
0204A{ "URH: interfaceRegisterWithSSP1: service_rc=0x"X8},\
0204B{ "URH: interfaceRegisterWithSSP2: service_rc=0x"X8},\
0204C{ "URH: urhBufxAndBufAlloc1: sector_count=0x"X8},\
0204D{ "URH: urhBufxAndBufAlloc2: sector_count=0x"X8},\
0204E{ "URH: osPrepare_buffer: sector_count=0x"X8},\
0204F{ "URH: urh_cmdctrl: status=0x"X8},\
02050{ "URH: urh_module_exit1: rc=0x"X8},\
02051{ "URH: urh_module_exit2: rc=0x"X8},\
02052{ "URH: urh_module_exit3: rc=0x"X8},\
02053{ "URH: urh_module_exit4: status=0x"X8},\
02054{ "URH: urh_module_exit5: rc=0x"X8},\
02055{ "URH: urh_module_exit6: rc=0x"X8},\
02056{ "URH: urh_module_exit7: rc=0x"X8},\
02057{ "URH: urh_module_init1: err=0x"X8},\
02058{ "URH: urh_module_init2: err=0x"X8},\
02059{ "URH: urh_module_init3: err=0x"X8},\
0205A{ "URH: urh_module_init4: err=0x"X8},\
0205B{ "URH: urh_module_init5: err=0x"X8},\
0205C{ "URH: urh_module_init6: err=0x"X8},\
0205D{ "URH: urh_module_init7: err=0x"X8},\
0205E{ "URH: stat_cmdctrl1: status=0x"X8},\
0205F{ "URH: stat_cmdctrl2: status=0x"X8},\
02060{ "URH: stat_cmdctrl3: status=0x"X8},\
02061{ "URH: stat_cmdctrl4: status=0x"X8},\
02062{ "URH: stat_cmdctrl5: status=0x"X8},\
02063{ "URH: stat_cmdctrl6: status=0x"X8},\
02064{ "URH: getStateFromDevno: devid=0x"X8},\
02065{ "URH: getStateFromDevno: st=0x"X8" debug=0x"X8},\
02066{ "URH: part_seq_next4aix: v=0x"X8" token=0x"X8},\
02067{ "URH: part_seq_next4aix: old_pos=0x"X8" *pos=0x"X8" v=0x"X8" token=0x"X8},\
02068{ "URH: part_seq_next4aix: i=0x"X8" type=0x"X8" direction=0x"X8" tier=0x"X8" eof=0x"X8},\
02069{ "URH: part_seq_next4aixc: sequence=0x"X8" sequence_limit=0x"X8},\
0206A{ "URH: part_seq_next4aix: old_pos=0x"X8" *pos=0x"X8" v=0x"X8" token=0x"X8},\
0206B{ "URH: part_seq_stop4aix: v=0x"X8},\
0206C{ "URH: cache_state_ctr: fragment_sectors=0x"X8},\
0206D{ "URH: cache_state_ctr2: err=0x"X8},\
0206E{ "URH: cache_state_ctr: tc=0x"X8},\
0206F{ "URH: cache_state_ctr4: err=0x"X8},\
02070{ "URH: fragments_find: *p=0x"X8" fs_index=0x"X8},\
02071{ "URH: fragments_find: p=0x"X8" *p=0x"X8" current_fs_index=0x"X8" rb_left=0x"X8" rb_right=0x"X8},\
02072{ "URH: fragments_create: f=0x"X8" p=0x"X8" parent=0x"X8" &tree=0x"X8},\
02072{ "URH: fragments_create: f=0x"X8" p=0x"X8" parent=0x"X8" &tree=0x"X8},\
02073{ "URH: fragment_get: &tree=0x"X8" rb_node=0x"X8" fr_index=0x"X8" ix=0x"X8" hs=0x"X8},\
02074{ "URH: fragment_get: &tree=0x"X8" rb_node=0x"X8" fs_index=0x"X8" ix=0x"X8" hs=0x"X8},\
02075{ "URH: fragment_get: &rb=0x"X8},\
02076{ "URH: cache_request_ctr1: type=0x"X8" &present_lock=0x"X8" fns->type=0x"X8},\
02077{ "URH: cache_request_ctr2: type=0x"X8" &present_lock=0x"X8" fns->type=0x"X8},\
02078{ "URH: run_cache_purge_cache: rc=0x"X8" rc=0x"X8},\
02079{ "URH: cache_release_invalidates1: index=0x"X8" capacity=0x"X8},\
0207A{ "URH: cache_release_invalidates2: rc=0x"X8" tc=0x"X8" scsi_id=0x"X8" index=0x"X8" offset=0x"X8},\
0207B{ "URH: cache_release_invalidates2c: sector_count=0x"X8},\
0207C{ "URH: cache_release_invalidates3: rc=0x"X8" tc=0x"X8" scsi_id=0x"X8" index=0x"X8" offset=0x"X8},\
0207D{ "URH: cache_release_invalidates3c: sector_count=0x"X8},\
0207E{ "URH: cache_release_invalidates4: rc=0x"X8" index=0x"X8" capacity=0x"X8},\
0207F{ "URH: cache_request_defer_invalidates_run1: index=0x"X8" capacity=0x"X8},\
02080{ "URH: cache_request_defer_invalidates_run2: index=0x"X8" capacity=0x"X8},\
02081{ "URH: cache_request_get_run: rc=0x"X8" tc=0x"X8" scsi_id=0x"X8" fragment=0x"X8" offset=0x"X8},\
02082{ "URH: cache_request_get_runc: sector_count=0x"X8},\
02084{ "URH: cache_request_invalidate_run: rc=0x"X8" rc=0x"X8" scsi_id=0x"X8" fragment=0x"X8" offset=0x"X8},\
02085{ "URH: cache_request_invalidate_run: sector_count=0x"X8},\
02086{ "URH: cache_purge_lun_run: rc=0x"X8" tc=0x"X8" octet=0x"X8" octet+8=0x"X8},\
02087{ "URH: cache_promote_fragment_run: rc=0x"X8" tc=0x"X8" scsi_id=0x"X8" fragment+8=0x"X8},\
02088{ "URH: cache_add: cm=0x"X8},\
02089{ "URH: cache_add: tc=0x"X8},\
0208A{ "URH: dm_urh_cache_init: err=0x"X8" &monitor=0x"X8},\
0208B{ "URH: dm_urh_cache_init: err=0x"X8" &tmlc=0x"X8},\
0208C{ "URH: set_read_cache_enable: lun=0x"X8" !enabled=0x"X8},\
0208D{ "URH: record_invalidates"},\
0208E{ "URH: record_invalidates: lun=0x"X8},\
0208F{ "URH: record_invalidates3: rc=0x"X8},\
02090{ "URH: record_invalidates4: rc=0x"X8},\
02091{ "URH: stat_base_link_local: list=0x"X8" sblist=0x"X8" next=0x"X8},\
02092{ "URH: add_stat: lun=0x"X8" &stat_list=0x"X8},\
02094{ "URH: scsi_id_node_ctr: err=0x"X8},\
02095{ "URH: scsi_id_to_fc_id: scsi_id=0x"X8" e=0x"X8},\
02096{ "URH: dm_ctr: scsi_id_arg=0x"X8" target=0x"X8},\
02097{ "URH: stats_start: bio=0x"X8" biodir=0x"X8" sector_start=0x"X8" blkno=0x"X8" sector_end=0x"X8},\
02098{ "URH: stats_startc: time_start=0x"X8" hdd=0x"X8" work_item=0x"X8" private=0x"X8" cache_io_token=0x"X8},\
02099{ "URH: stats_startc2: is_write=0x"X8},\
0209A{ "URH: stats_start: &missed=0x"X8},\
0209B{ "URH: dm_map: URHratio=0x"X8" CDratio=0x"X8" URHIssueRT=0x"X8" CDIssueRT=0x"X8" URHIssueRTCount=0x"X8},\
0209C{ "URH: dm_map: CDIssueRTCount=0x"X8" CDPinCount=0x"X8},\
0209D{ "URH: dm_map: cur_ns=0x"X8" start_ns=0x"X8},\
0209E{ "URH: stats_end_internal: is_write=0x"X8" sector_start=0x"X8" hdd=0x"X8" sector_end=0x"X8" t0=0x"X8},\
0209F{ "URH: stats_end_internalc: t0hdd=0x"X8" end_time=0x"X8},\
020A0{ "URH: cache_handler: lun_cache_enabled=0x"X8" read_cache_enabled=0x"X8" osbiodir=0x"X8},\
020A1{ "URH: urh_init1: err=0x"X8},\
020A2{ "URH: urh_init2: err=0x"X8},\
020A3{ "URH: get_read_cache_status: cache_staus=0x"X8},\
020A4{ "URH: interfaceNotifyEndIO: work=0x"X8" eyec=0x"X8" pending=0x"X8" bufP=0x"X8" bufPrivate=0x"X8},\
020A5{ "URH: process_end_io_request: devno=0x"X8" octet=0x"X8" octet+8=0x"X8" urhIoCnt=0x"X8},\
020A6{ "URH: dm_urh_cache_purge_lun: octet=0x"X8" octet+8=0x"X8},\
020A7{ "URH: cache_purge_lun_run1: octet=0x"X8" octet+8=0x"X8},\
020A8{ "URH: cache_purge_lun_run2: octet=0x"X8" octet+8=0x"X8},\
020A9{ "URH: cache_purge_lun_run3: octet=0x"X8" octet+8=0x"X8},\
020AA{ "URH: dm_urh_cache_invalidate: octet=0x"X8" octet+8=0x"X8" blkno=0x"X8" bytes=0x"X8" buf=0x"X8},\
020AB{ "URH: cache_release_invalidates6: octet=0x"X8" octet+8=0x"X8" offset=0x"X8" sector_count=0x"X8" mode_count=0x"X8},\
020AC{ "URH: dm_urh_cache_defer_invalidates: octet=0x"X8" octet+8=0x"X8" sector_begin=0x"X8" sector_len=0x"X8" 0=0x"X8},\
020AD{ "URH: interfaceRdWrExtent: lunidhi=0x"X8" lunidlo=0x"X8" blkno=0x"X8" bytes=0x"X8" trcWd=0x"X8},\
020AE{ "URH: write_locks_free: octet=0x"X8" octet+8=0x"X8" blkno=0x"X8" bytes=0x"X8" invalidate_mode_count=0x"X8},\
020AF{ "URH: cache_release_invalidates7: octet=0x"X8" octet+8=0x"X8" invalidate_mode_count=0x"X8" fragment_index=0x"X8" 0=0x"X8},\
020B0{ "URH: cache_release_invalidates5: invalidate_Mode=0x"X8" invalidate_mode_count=0x"X8" in_transit_write_prmt_count=0x"X8},\
020B1{ "URH: create_critical_workqueuex: ncpus=0x"X8" numworkers=0x"X8" bind=0x"X8},\
020B2{ "URH: create_workqueue_threads: ncpus=0x"X8" numworkers=0x"X8" bind=0x"X8},\
020B3{ "URH: dlpar_add_cpu: bind=0x"X8" wq_ncpus=0x"X8" cpu=0x"X8},\
020B4{ "URH: dlpar_remove_cpu: bind=0x"X8" wq_ncpus=0x"X8" cpu=0x"X8},\
020B5{ "URH: cmdQueryPoolCacheStatus: poolIdP.id_word0=0x"X8" poolIdP.id_word1=0x"X8" poolIdP.id_word2=0x"X8" poolIdP.id_type"X8},\
020B6{ "URH: interfaceChangeDeviceAttr1: devno=0x"X8},\
020B7{ "URH: interfaceChangeDeviceAttr2: devno=0x"X8" di_nblocks=0x"X8" lun_sectors=0x"X8},\
020B8{ "URH: dm_urh_cache_invalidate_remote: octet=0x"X8" octet+8=0x"X8" blkno=0x"X8" bytes=0x"X8" buf=0x"X8},\
020B9{ "URH: putToHashTable4Pool: id_word0=0x"X8" id_word1=0x"X8" id_word2=0x"X8" id_type=0x"X8},\
020BA{ "URH: removeFromHashTable4Pool: id_word0=0x"X8" id_word1=0x"X8" id_word2=0x"X8" id_type=0x"X8},\
020BB{ "URH: queryFromHashTable4Pool: id_word0=0x"X8" id_word1=0x"X8},\
020BC{ "URH: write_locks_free1: invalidate_Mode=0x"X8" io_drained=0x"X8" in_transit_write_count=0x"X8" in_transit_write_prmt_count=0x"X8" in_transit_read_count=0x"X8},\
020BD{ "URH: cmdQueryPoolCacheStatus1: id_word0=0x"X8" id_word1=0x"X8" id_word2=0x"X8" id_type=0x"X8" cacheStatus=0x"X8},\
020BE{ "URH: interfaceStartEntityInput: id_word0=0x"X8" id_word1=0x"X8" id_word2=0x"X8" id_type=0x"X8},\
020BF{ "URH: interfaceStopEntityInput: id_word0=0x"X8" id_word1=0x"X8" id_word2=0x"X8" id_type=0x"X8},\
020C0{ "URH: interfaceAddDevice5: devid=0x"X8" sector_count=0x"X8},\
020C1{ "URH: interfaceRemoveDeviceInput: devno=0x"X8},\
020C2{ "URH: queryFromHashTable4PoolInput: id_word0=0x"X8" id_word1=0x"X8" id_word2=0x"X8" id_type=0x"X8},\
020C3{ "URH: cmdStartEntity4: id_word0=0x"X8" id_word1=0x"X8" id_word2=0x"X8" id_type=0x"X8" state=0x"X8},\
020C4{ "URH: cmdStopEntity1: id_word0=0x"X8" id_word1=0x"X8" id_word2=0x"X8" id_type=0x"X8" state=0x"X8},\
020C5{ "URH: osXmalloc1: size=0x"X8" rc=0x"X8},\
020C6{ "URH: osXmalloc2: size=0x"X8" pinnablemem=0x"X8" pinnablemem95pct=0x"X8" klock_unpinned=0x"X8},\
020C7{ "URH: osXmalloc3: pfavail=0x"X8" klock_tot_npgs=0x"X8" klock_pin_npgs=0x"X8" pfrsvdblks=0x"X8" tot_pinned=0x"X8},\
020C8{ "URH: osXmalloc4: size=0x"X8" pinnablemem=0x"X8" pinnablemem95pct=0x"X8" klock_unpinned=0x"X8},\
020C9{ "URH: osXmalloc5: pfavail=0x"X8" klock_tot_npgs=0x"X8" klock_pin_npgs=0x"X8" pfrsvdblks=0x"X8" tot_pinned=0x"X8},\
03003{ "CD: log_cd_event(promote): pba=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8" start=0x"X8},\
03004{ "CD: log_cd_event(promotec): length=0x"X8" count=0x"X8},\
03005{ "CD: log_cd_event(promote_complete): pba=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8" start=0x"X8},\
03006{ "CD: log_cd_event(get_atomic): pba=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8" start=0x"X8},\
03007{ "CD: log_cd_event(get_atomic): length=0x"X8" count=0x"X8},\
03008{ "CD: log_cd_event(pin): pba=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8" start=0x"X8},\
03009{ "CD: log_cd_event(pin): length=0x"X8" count=0x"X8},\
0300A{ "CD: log_cd_event(get): pba=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8" start=0x"X8},\
0300B{ "CD: log_cd_event(get): length=0x"X8},\
0300C{ "CD: log_cd_event(unpin): pba=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8" start=0x"X8},\
0300D{ "CD: log_cd_event(unpin): length=0x"X8" count=0x"X8},\
0300E{ "CD: log_cd_event(invalidate): pba=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8" start=0x"X8},\
0300F{ "CD: log_cd_event(invalidate): length=0x"X8" count=0x"X8},\
03010{ "CD: log_cd_event(read_request): pba=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8" start=0x"X8},\
03011{ "CD: log_cd_event(read_request): length=0x"X8},\
03012{ "CD: log_cd_event(write_request): pba=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8" start=0x"X8},\
03013{ "CD: log_cd_event(write_request): length=0x"X8},\
03014{ "CD: cd_purge_cache_fragments1: lid_a=0x"X8" lid_b=0x"X8" start=0x"X8" length=0x"X8},\
03015{ "CD: cd_purge_cache_fragments2: lid_a=0x"X8" lid_b=0x"X8" start=0x"X8" length=0x"X8},\
03016{ "CD: cd_purge_cache_lun1: lid_a=0x"X8" lid_b=0x"X8},\
03017{ "CD: cd_purge_cache_lun2: lid_a=0x"X8" lid_b=0x"X8},\
03018{ "CD: cd_purge_cache_all_luns1"},\
03019{ "CD: cd_purge_cache_all_luns2"},\
0301A{ "CD: cd_promote_full: fragment=0x"X8" lid_a=0x"X8" lid_b=0x"X8" e->flags=0x"X8" entry=0x"X8},\
0301B{ "CD: cd_promote_partial: fragment=0x"X8" lid_a=0x"X8" lid_b=0x"X8" e->flags=0x"X8" entry=0x"X8},\
0301C{ "CD: cd_promote_complete_action: fragment=0x"X8" lid_a=0x"X8" lid_b=0x"X8" e->flags=0x"X8" entry=0x"X8},\
0301D{ "CD: cd_purge_lun_action lid_a=0x"X8" lid_b=0x"X8},\
0301E{ "CD: cd_purge_lun_entry lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8" e->pins=0x"X8" e->flags=0x"X8},\
0301F{ "CD: cd_purge_all_luns_action"},\
03020{ "CD: cd_purge_all_luns_entry lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8" e->pins=0x"X8" e->flags=0x"X8},\
03021{ "CD: cd_kp_started cd_flags=0x"X8},\
03022{ "CD: cd_kp_destroyed cd_flags=0x"X8},\
03023{ "CD: cd_kp_after_checksize cd_flags=0x"X8},\
03024{ "CD: cd_grow old_size=0x"X8" new_size=0x"X8" cnext_start=0x"X8" csize_grow=0x"X8},\
03025{ "CD: cd_grow_fail old_size=0x"X8" new_size=0x"X8" cnext_start=0x"X8" csize_grow=0x"X8},\
03026{ "CD: cd_check_disk_size i=0x"X8" dev_new_size=0x"X8" dev_new_frag=0x"X8" dev_old_frag=0x"X8" xfer_size=0x"X8},\
03027{ "CD: create_critical_workqueuex ncpus=0x"X8" numworkers=0x"X8" bind=0x"X8},\
03028{ "CD: create_workqueue_threads ncpus=0x"X8" numworkers=0x"X8" bind=0x"X8},\
03029{ "CD: dlpar_add_cpu bind=0x"X8" wq_ncpus=0x"X8" cpu=0x"X8},\
0302A{ "CD: dlpar_remove_cpu bind=0x"X8" wq_ncpus=0x"X8" cpu=0x"X8},\
0302B{ "CD: osXmalloc1: size=0x"X8" rc=0x"X8},\
0302C{ "CD: osXmalloc2: size=0x"X8" pinnablemem=0x"X8" pinnablemem95pct=0x"X8" klock_unpinned=0x"X8},\
0302D{ "CD: osXmalloc3: pfavail=0x"X8" klock_tot_npgs=0x"X8" klock_pin_npgs=0x"X8" pfrsvdblks=0x"X8" tot_pinned=0x"X8},\
0302E{ "CD: osXmalloc4: size=0x"X8" pinnablemem=0x"X8" pinnablemem95pct=0x"X8" klock_unpinned=0x"X8},\
0302F{ "CD: osXmalloc5: pfavail=0x"X8" klock_tot_npgs=0x"X8" klock_pin_npgs=0x"X8" pfrsvdblks=0x"X8" tot_pinned=0x"X8},\
03030{ "CD: cd_alloc1: msize=0x"X8},\
04001{ "PDM: log_pdm_queue_event(enqueue): isExtent=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8},\
04002{ "PDM: log_pdm_queue_event(dequeue): isExtent=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8},\
04003{ "PDM: pdmWorkPoolResize: Max=0x"X8" newsize=0x"X8},\
04004{ "PDM: log_pdm_worker_event1(rd): reason=0x"X8" desc=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8},\
04005{ "PDM: log_pdm_worker_event2(rd): status=0x"X8" reason=0x"X8" desc=0x"X8" lid_a=0x"X8" lid_b=0x"X8},\
04006{ "PDM: log_pdm_worker_event2c(rd): fragment=0x"X8},\
04007{ "PDM: log_pdm_worker_event1(wr): reason=0x"X8" desc=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8},\
04008{ "PDM: log_pdm_worker_event2(wr): status=0x"X8" reason=0x"X8" desc=0x"X8" lid_a=0x"X8" lid_b=0x"X8},\
04009{ "PDM: log_pdm_worker_event2c(wr): fragment=0x"X8},\
0400A{ "PDM: log_pdm_worker_event1(complete): reason=0x"X8" desc=0x"X8" lid_a=0x"X8" lid_b=0x"X8" fragment=0x"X8},\
0400B{ "PDM: log_pdm_worker_event2(complete): status=0x"X8" reason=0x"X8" desc=0x"X8" lid_a=0x"X8" lid_b=0x"X8},\
0400C{ "PDM: log_pdm_worker_event2c(complete): fragment=0x"X8},\
0400D{ "PDM: do_pdm_submit_read_work: octet=0x"X8" octet+8=0x"X8" idXsize=0x"X8" size=0x"X8" offset=0x"X8},\
08001{ "CPL: init_cpl"},\
08002{ "CPL: exit_cpl"},\
08003{ "CPL: cpl_cd_into_warm1: pid=0x"X8},\
08004{ "CPL: cpl_cd_into_warm2: pid=0x"X8},\
08005{ "CPL: cpl_cd_into_cold1: pid=0x"X8},\
08006{ "CPL: cpl_cd_into_cold2: pid=0x"X8},\
08007{ "CPL: cpl_purge_lun1: pid=0x"X8" lid_a=0x"X8" lid_b=0x"X8},\
08008{ "CPL: cpl_purge_lun2: pid=0x"X8" lid_a=0x"X8" lid_b=0x"X8},\
08009{ "CPL: cpl_purge_all_luns1: pid=0x"X8},\
0800A{ "CPL: cpl_purge_all_luns2: pid=0x"X8},\
0800B{ "CPL: cpl_ioctl_get_lunid1: pid=0x"X8" lid_a=0x"X8" lid_b=0x"X8},\
0800C{ "CPL: cpl_ioctl_get_lunid2: pid=0x"X8" lid_a=0x"X8" lid_b=0x"X8},\
0800D{ "CPL: cpl_ioctl_get_lunid3: pid=0x"X8" lid_a=0x"X8" lid_b=0x"X8},\
0800E{ "CPL: cpl_deliver_extent_advice1"},\
0800F{ "CPL: cpl_deliver_extent_advice2"},\
08010{ "CPL: cpl_ioctl_get_advice: pid=0x"X8},\
08011{ "CPL: cpl_ioctl_get_advice1: pid=0x"X8},\
08012{ "CPL: cpl_ioctl_get_advice2: pid=0x"X8},\
08013{ "CPL: cpl_ioctl_get_cache_misses: pid=0x"X8},\
08014{ "CPL: cpl_ioctl_get_cache_misses1: pid=0x"X8},\
08015{ "CPL: cpl_ioctl_get_cache_misses2: pid=0x"X8},\
08016{ "CPL: cpl_ioctl_get_threshold1: pid=0x"X8" avg_irg=0x"X8},\
08017{ "CPL: cpl_ioctl_get_threshold2: pid=0x"X8" avg_irg=0x"X8},\
08018{ "CPL: cpl_ioctl_wrt_pid1"},\
08019{ "CPL: cpl_ioctl_wrt_pid2: pid=0x"X8},\
0801A{ "CPL: cpl_ioctl_shutdown"},\
0801B{ "CPL: cpl_deliver_cache_misses1"},\
0801C{ "CPL: cpl_deliver_cache_misses2: length=0x"X8},\
0801D{ "CPL: supply_hot_frag_func1"},\
0801E{ "CPL: supply_hot_frag_func2"},\
0801F{ "CPL: cpl_deliver_cache_misses"},\
\* { "unknown trace id" $trcid$t1%D1$t2%D1 }
10a1 1.0 "@HDCRYPT" \
{{ $trclvl = $HD%W0.3 }} \
{{ $subhk = $HD%W4.15 }} \
{{ $srcfile = $D1%W56.64 }} \
{{ $codeline = $D1%W0.32 }} \
"HDCRYPT_CONF_SYSC: " \
$trclvl, \
01 {"ERR"}, 02 {"WRN"}, \
03 {"INF"}, 04 {"DET"}, 05 {"DBG"} \
" " $HOOKENV, \
64 { "(" $srcfile%D2 "/" $codeline%D4 ")" }, \
32 { W1 "d0=" XW } \
$subhk, \
0x000 { W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
\
0x001 { " CFG initialization beg" }, \
0x002 { " CFG initialization end rc=" W2 DW }, \
0x003 { " CFG termination beg" }, \
0x004 { " CFG termination end rc=" W2 DW }, \
0x005 { " SRV service beg cmd=" W2 DW }, \
0x006 { " SRV service end cmd=" W2 DW " rc=" DW }, \
0x007 { " SC syscall beg cmd=" W2 DW }, \
0x008 { " SC + dev=" W2 XW }, \
0x009 { " SC syscall end cmd=" W2 DW " rc=" DW }, \
0x00A { " CFG config beg with op=" W2 DW }, \
0x00B { " CFG config end op=" W2 DW " rc=" DW }, \
\
0x010 { " IN conversion_set " W2 "dev=" XW " nblocks=" XW " flags=" XW }, \
0x011 { " OUT conversion_set " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x012 { " IN conversion_unset " W2 "dev=" XW }, \
0x013 { " OUT conversion_unset " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x014 { " IN conversion_bufx_init " W2 "dev=" XW " tr_size=" XW }, \
0x015 { " OUT conversion_bufx_init " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x016 { " IN conversion_write " W2 "dev=" XW " fbn=" XW " tr_size=" XW " bypass=" DW }, \
0x017 { " OUT conversion_write " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x018 { " IN conversion_read " W2 "dev=" XW " fbn=" XW " tr_size=" XW " bypass=" DW }, \
0x019 { " OUT conversion_read " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x01A { " IN convert_buf " W2 "dev=" XW " fbn=" XW " tr_size=" XW " dir=" DW }, \
0x01B { " OUT convert_buf " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x01C { " IN lv_unlock " W2 "dev=" XW " crypt_algo=" XW " mkey_len=" XW " old_aes_compat=" XW }, \
0x01D { " OUT lv_unlock " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x01E { " IN enable_vg " W2 "dev=" XW " flags=" XW }, \
0x01F { " OUT enable_vg " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x020 { " IN disable_vg " W2 "dev=" XW " flags=" XW }, \
0x021 { " OUT disable_vg " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x022 { " IN enable_lv " W2 "dev=" XW " flags=" XW " fbn=" XW " fbna=" XW }, \
0x023 { " OUT enable_lv " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x024 { " IN disable_lv " W2 "dev=" XW }, \
0x025 { " OUT disable_lv " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x026 { " IN conversion_status_set " W2 "dev=" XW " flags=" XW " fbn=" XW " fbna=" XW }, \
0x027 { " OUT conversion_status_set " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x028 { " IN removemaj " W2 "major=" XW " forcestrat=" DW }, \
0x029 { " OUT removemaj " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x02A { " IN removemin " W2 "major=" XW " minor=" XW " nomin=" DW " forcestrat=" DW }, \
0x02B { " OUT removemin " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x02C { " IN query_lv " W2 "dev=" XW " flags=" XW }, \
0x02D { " OUT query_lv " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x02E { " IN query_vg " W2 "dev=" XW }, \
0x02F { " OUT query_vg " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x030 { " IN svc_func " W2 "major=" XW " cmd=" XW }, \
0x031 { " OUT svc_func " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x032 { " OUT Missing ELV_CLIC context initialization" }, \
0x033 { " OUT ELV ecm initialization error " W2 "rc=" DW " kerrno=" DW }, \
0x034 { " OUT Cryptolib context initialization failed " W2 "rc=" DW " kerrno=" DW }, \
0x035 { " OUT Cryptolib lock initialization failed " W2 "rc=" DW " kerrno=" DW }, \
0x036 { " IN ELV cipher initialization function" W2 "ecm=" XW }, \
0x037 { " OUT Cipher initialization called with bad parameters " }, \
0x038 { " IN ELV cryptolib initialization function " }, \
0x039 { " ELV cryptolib initialization failed : Bad algorithms" }, \
0x03A { " Cryptolib init, initial object count=" W2 DW }, \
0x03B { " IN elv_cryptolib_destroy " }, \
0x03C { " OUT Count of objects to destroy (" W2 DW ") does not match init count (" DW ")" }, \
0x03D { " IN elv_ecm_alloc with algo=" W2 XW}, \
0x03E { " OUT Ecm allocation failed : Invalid ecm pointer or algo" }, \
0x03F { " OUT Ecm allocation failed : Out of memory" }, \
0x040 { " IN elv_ecm_init with falgo=" W2 XW " key_len=" DW }, \
0x041 { " OUT Ecm initialization failed : Invalid ecm pointer or falgo" }, \
0x042 { " OUT Ecm initialization failed : Out of memory rc=" W2 DW }, \
0x043 { " IN elv_ecm_free with ecm=" W2 XW " key_len=" DW }, \
0x044 { " IN pks_init " }, \
0x045 { " OUT pks_init " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x046 { " IN pks_term " }, \
0x047 { " OUT pks_term " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x048 { " IN pks_get_lvid with dev=" W2 XW }, \
0x049 { " OUT pks_get_lvid " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x04A { " IN pks_add with dev=" W2 XW " mkey_len=" DW }, \
0x04B { " Object already exist. Delete and retry. rc=" W2 DW " krc=" XW}, \
0x04C { " OUT pks_add " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x04D { " IN pks_get with dev=" W2 XW " mkey_len=" DW }, \
0x04E { " OUT pks_get " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x04F { " IN pks_del with dev=" W2 XW }, \
0x050 { " OUT pks_del " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x051 { " IN pks_query with tr_size=" W2 XW }, \
0x052 { " OUT pks_query " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x053 { " IN query_lvlist with dev=" W2 XW " tr_size=" XW }, \
0x054 { " OUT query_lvlist with tr_size=" W2 XW " rc=" XW }, \
0x055 { " IN query_vglist with tr_size=" W2 XW }, \
0x056 { " OUT query_vglist with tr_size=" W2 XW " rc=" XW }, \
0x057 { " IN clear_conversion min=" W2 XW }, \
0x058 { " OUT clear_conversion" }, \
\* { " Unknown HDCRYPT subhook." } " "
10a2 1.0 "@HDCRYPT" \
{{ $trclvl = $HD%W0.3 }} \
{{ $subhk = $HD%W4.15 }} \
{{ $srcfile = $D1%W56.64 }} \
{{ $codeline = $D1%W0.32 }} \
"HDCRYPT_IO: " \
$trclvl, \
01 {"ERR"}, 02 {"WRN"}, \
03 {"INF"}, 04 {"DET"}, 05 {"DBG"} \
" " $HOOKENV, \
64 { "(" $srcfile%D2 "/" $codeline%D4 ")" }, \
32 { W1 "d0=" XW } \
$subhk, \
0x000 { W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
\
\
0x010 { " IN hdcrypt_strategy " W2 "req_list=" XW }, \
0x011 { " OUT hdcrypt_strategy " W2 "req_list=" XW}, \
0x012 { " IN data_convert " W2 "dev=" XW " read=" DW " blkno=" XW " bcount=" XW }, \
0x013 { " OUT data_convert " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x014 { " IN bufx_update " W2 "req=" XW " min=" XW " reqpri=" DW " read=" DW }, \
0x015 { " allocate extra + data from ldata pool " W2 XW " (req=" XW ")" }, \
0x016 { " allocate extra from ldata pool " W2 XW " (req=" XW ")" }, \
0x017 { " allocate extra " W2 XW " (req=" XW ")" }, \
0x018 { " allocate data " W2 XW " (req=" XW ")" }, \
0x019 { " free extra + data to ldata pool " W2 XW " (req=" XW ")" }, \
0x01A { " free extra to ldata pool " W2 XW " (req=" XW ")" }, \
0x01B { " free extra " W2 XW " (req=" XW ")" }, \
0x01C { " free data " W2 XW " (req=" XW ")" }, \
0x01D { " OUT bufx_update " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x01E { " IN bufx_loop " W2 "reqlist=" XW " maj=" XW " bxlink=" XW " reqpri=" DW }, \
0x01F { " buf(x) details req=" W2 XW " dev=" XW " flags=" XW " read=" DW }, \
0x020 { " bypassing hdcrypt. Targeted LV is not encryption enabled. req=" W2 XW }, \
0x021 { " bypassing hdcrypt. Bypass flag set. req=" W2 XW }, \
0x022 { " bypassing hdcrypt. Targeted blocks are not encrypted. req=" W2 XW }, \
0x023 { " bypassing hdcrypt. Conversion encrypt read. req=" W2 XW }, \
0x024 { " processing hdcrypt. Conversion encrypt write. req=" W2 XW }, \
0x025 { " processing hdcrypt. Conversion decrypt read. req=" W2 XW }, \
0x026 { " bypassing hdcrypt. Conversion decrypt write. req=" W2 XW }, \
0x027 { " buf(x) rejected. Accessing busy block (conversion) req=" W2 XW }, \
0x028 { " processing hdcrypt. Targeted blocks are encrypted. req=" W2 XW }, \
0x029 { " buf(x) rejected. Targeted LV is not yet unlocked. req=" W2 XW }, \
0x02A { " buf(x) defered to kproc. Recoverable failure (memory). req=" W2 XW }, \
0x02B { " buf(x) rejected. Unrecoverable failure. req=" W2 XW " rc=" DW}, \
0x02C { " OUT bufx_loop " W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x02D { " IN hdcrypt_iodone req=" W2 XW " error=" DW " status=" XW }, \
0x02E { " OUT hdcrypt_iodone. Buf(x) defered to kproc (large read). req=" W2 XW }, \
0x02F { " defered free extra to kproc " W2 XW " (req=" XW ")" }, \
0x030 { " defered free data to kproc " W2 XW " (req=" XW ")" }, \
0x031 { " OUT hdcrypt_iodone" W2 "d1=" XW " d2=" XW " d3=" XW " d4=" XW }, \
0x032 { " KP handle buf(x)s pending on iodone. run=" W2 XW }, \
0x033 { " KP handle pending memory freeing. run=" W2 XW }, \
0x034 { " KP free extra or data ptr=" W2 XW }, \
0x035 { " KP handle pending VG struct freeing. run=" W2 XW }, \
0x036 { " KP free VG struct ptr=" W2 XW }, \
0x037 { " KP keep VG struct (still in use) ptr=" W2 XW }, \
0x038 { " KP handle pending LV struct freeing. run=" W2 XW }, \
0x039 { " KP free LV struct ptr=" W2 XW }, \
0x03A { " KP keep LV struct (still in use) ptr=" W2 XW }, \
0x03B { " KP handle new buf(x)s pending on strategy (local enqueue). run=" W2 XW }, \
0x03C { " KP handle buf(x)s pending on strategy. run=" W2 XW }, \
0x03D { " KP handle a req_list targeting dev=" W2 XW " starting with req=" XW }, \
0x03E { " KP + req in req_list to dev=" W2 XW " req=" XW }, \
0x03F { " KP stop looping on buf(x)s pending. Memory error." }, \
0x040 { " KP sleep." }, \
0x041 { " KP wakeup." }, \
0x042 { " OUT Missing ELV_CLIC context initialization" }, \
0x043 { " OUT Bloc cipher reset failed " W2 "rc=" DW " kerrno=" DW " (req=" XW ")" }, \
0x044 { " OUT Bloc cipher update failed " W2 "rc=" DW " kerrno=" DW " (req=" XW ")" }, \
0x045 { " OUT Crypt bloc called with bad parameters" W2 " (req=" XW ")" }, \
0x046 { " OUT Crypt bloc failed with bad size " W2 "size=" XW " (req=" XW ")" }, \
0x047 { " elv_ecm_link with ecm=" W2 XW " refcount(IN)=" DW }, \
0x048 { " elv_ecm_unlink with ecm=" W2 XW " refcount(IN)=" DW }, \
0x049 { " IN elv_crypt_bloc with ecm=" W2 XW " dir=" DW " offset=" XW " length=" XW}, \
0x04A { " IN elv_crypt_bloc failed rc=" W2 DW }, \
0x04B { " IN Timer started" }, \
0x04C { " KP timer callback clean_flags=" W2 XW }, \
0x04D { " KP conversions running clean_flags=" W2 XW }, \
0x04E { " KP clean requested clean_flags=" W2 XW }, \
0x04F { " KP clean conversions clean_flags=" W2 XW }, \
0x050 { " KP clean dead conversion min=" W2 XW }, \
0x051 { " bypassing hdcrypt. LVM SYNC OP allowed. req=" W2 XW " LVconv=" XW " fbn=" XW " fbna=" XW}, \
0x052 { " buf(x) overlaps conversion. Enqueued. req=" W2 XW " min=" XW}, \
0x053 { " dequeue all buf(x)s from overlap queue. min=" W2 XW " overlapq_beg=" XW}, \
0x054 { " conversion IO bypassing hdcrypt. req=" W2 XW}, \
0x055 { " device strategy changed. Calling back devstrat with req_list=" W2 XW}, \
0x056 { " KP device strategy changed. Calling back devstrat with req_list=" W2 XW}, \
0x057 { " handled processed and pending IOs. processed=" W2 XW " pending=" XW}, \
0x058 { " KP handled processed and pending IOs. processed=" W2 XW " pending=" XW}, \
0x059 { " IN data_convert (1) " W2 "req=" XW " dev=" XW " read=" DW " blkno=" XW}, \
0x05A { " IN data_convert (2) " W2 "req=" XW " bcount=" XW }, \
0x05B { " buf(x) details (1) req=" W2 XW " dev=" XW " flags=" XW " read=" DW }, \
0x05C { " buf(x) details (2) req=" W2 XW " blkno=" XW " bcount=" XW " options=" XW }, \
0x05D { " buf(x) details (3) req=" W2 XW " inreq=" XW }, \
0x05E { " IN elv_crypt_bloc (1) with req=" W2 XW " ecm=" XW " dir=" DW " offset=" XW}, \
0x05F { " IN elv_crypt_bloc (2) with req=" W2 XW " length=" XW " input=" XW " output=" XW}, \
0x060 { " OUT elv_crypt_bloc rc=" W2 DW " (req=" XW ")" }, \
0x061 { " bufx_loop flush (LV_SWAP) before req=" W2 XW}, \
0x062 { " bufx_loop flush (REQUEST) before req=" W2 XW}, \
0x063 { " hdcrypt_strategy interrupt_level=" W2 XW " (req=" XW ")" }, \
\* { " Unknown HDCRYPT subhook." }
355 1.0 "PDIAGEX" \
{{ $dummy = X2 }} \
A4 W2 "arg1="XW "arg2=" XW "arg3=" XW
102B 1.0 "@AHAFS VFS and VNODE operations" \
HT & 0x4000, \
0x4000 { \
$D1, \
0x11 { "parse_buf() buf is " G16 $HL%S1 }, \
0x2C { "ahafs_create() name is " G16 $HL%S1 }, \
0x38 { "ahafs_lookup() name is " G16 $HL%S1 }, \
0x3B { "ahafs_mkdir() name is " G16 $HL%S1 }, \
0x49 { "ahafsGetNewNodeType() suffix is " G16 $HL%S1 } \
$BREAK \
} \
$HD, \
0x01 { "ahafs_rdwr enter " vnp=$D1 rw=$D2 flags=$D3 vattrp=$D4 }, \
0x02 { "ahafs_rdwr exit " \
$D1, \
0x00 { "succeeded." aha_type=$D2 rw=$D3 }, \
0x01 { "ERROR: invalid vnp or NULL uiop." rc=EINVAL vp=$D2 uiop=$D3 }, \
0x02 { "ERROR:" rc=$D2 aha_type=$D3 rw=$D4 } }, \
0x03 { "ahafsFileReadUio_evProdsList enter " uiop=$D1 }, \
0x05 { "ahafsFileReadUio_evProdsList exit " \
$D1, \
0x00 { }, \
0x01 { "ERROR: negative uio_offset." rc=EINVAL uio_offset=$D2 }, \
0x06 { "returns." rc=$D2 kern_rc=$D3 }, \
0x10000 { "succeeded. uio_offset >= bufSz." uio_offset=$D2 bufSz=$D3 kern_rc=$D4 } }, \
0x06 { "ahafsMonFileReadUio enter " anp=$D1 uiop=$D2 }, \
0x07 { "ahafsMonFileReadUio " \
$D1, \
0x00 { "sleep interrupted." rc=$D2 }, \
0x01 { anp=$D2 matched_slot_p=$D3 } }, \
0x08 { "ahafsMonFileReadUio exit " \
$D1, \
0x00 { }, \
0x10000 { "succeeded. matched_slot_p is NULL." pid=$D2 }, \
0x10001 { "returned." anp=$D2 rc=$D3 } }, \
0x09 { "ahafsCopyOutBuf enter " evInfo=$D1 uiop=$D2 }, \
0x0A { "ahafsCopyOutBuf exit " \
$D1, \
0x00 { }, \
0x01 { "ERROR: uiomove() failed. ev_next_read < end. " rc=$D2 }, \
0x02 { "ERROR: uiomove() failed. uio_resid > 0 && end != ev_bufev_buf" rc=$D2 }, \
0x03 { "ERROR:" rc=$D2 }, \
0x10000 { "succeeded. ev_next_read == ev_next_write and no data in buf" }, \
0x10001 { "succeeded. ev_next_read < end" }, \
0x10002 { "succeeded. uio_resid > 0 && end != ev_bufev_buf" }, \
0x10003 { "succeeded." } }, \
0x0B { "ahafsMonFileWriteUio enter " anp=$D1 uio=$D2 crp=$D3 }, \
0x0C { "ahafsMonFileWriteUio exit " \
$D1, \
0x00 { }, \
0x01 { "ERROR: AHANODE_DELETE_PENDING is set." rc=ESTALE aha_flags=$D2 }, \
0x02 { "ERROR: negative length." rc=EINVAL length=$D2 }, \
0x03 { "ERROR: length too big." rc=EINVAL length=$D2 AHAFS_MAX_WRITEBUF_LEN=$D3 }, \
0x04 { "ERROR: negative uio_offset." rc=EINVAL uio_offset=$D2 }, \
0x05 { "ERROR: wrBuf malloc failed." rc=ENOMEM size=$D2 }, \
0x07 { "ERROR: avail_slot_p is registering." rc=EBUSY avail_slot_p=$D2 }, \
0x08 { "ERROR: uiomove() failed." rc=$D2 }, \
0x0A { "ERROR: avail_slot_p is monitoring." rc=EBUSY avail_slot_p=$D2 }, \
0x0B { "ERROR: type/parameters mismatch." rc=EINVAL anp=$D2 mf_evprod_caps=$D3 whenToNotify=$D4 }, \
0x0C { "ERROR: invalid threshold." rc=EINVAL anp=$D2 flags=$D3 mf_evprod_caps=$D4 }, \
0x0D { "ERROR: Remote Notify but not enabled." rc=EINVAL anp=$D2 }, \
0x0E { "ERROR: Remote Notify but cluster inactive." rc=EINVAL anp=$D2 }, \
0x0F { "ERROR: tmp_buf malloc failed." rc=ENOMEM size=$D2 }, \
0x10000 { "succeeded. notifyCnt is 0" new_slot=$D2 unregister=$D3 notify=$D4 }, \
0x10001 { "succeeded." unregister=$D2 notify=$D3 } }, \
0x0E { "ahafsStrtouint64 enter " buf=$D1 value=$D2 }, \
0x0F { "ahafsStrtouint64 exit " \
$D1, \
0x00 { "succeeded." value=$D2 }, \
0x01 { "ERROR: empty string." rc=EINVAL } }, \
0x10 { "parse_buf enter " buf=$D1 len=$D2 wrInfo=$D3 }, \
0x11 { }, \
0x12 { "parse_buf exit " rc=$D1 }, \
0x13 { "ahafs_readdir_readdir enter " vnp=$D2 uiop=$D3 crp=$D4 }, \
0x14 { "ahafs_readdir_readdir " \
$D1, \
0x00 { vnp=$D2 aha_type=$D3 uiop=$D4 }, \
0x01 { uio_offset=$D2 uio_resid=$D3 } }, \
0x15 { "ahafs_readdir_readdir exit " rc=$D1 vnp=$D2 }, \
0x16 { "ahafsReaddirAll enter " anp=$D1 uiop=$D2 crp=$D3 }, \
0x17 { "ahafsReaddirAll exit " rc=$D1 offiset=$D2 }, \
0x18 { "ahafsCreateDirent enter " buf=$D1 name=$D2 ino=$D3 offset=$D4 }, \
0x19 { }, \
0x1A { "ahafsCreateDirent exit " d_offset=$D1 d_ino=$D2 d_reclen=$D3 }, \
0x1B { "ahafsReadDirents enter " \
$D1, \
0x00 { anp=$D1 offset=$D2 resid=$D3 tbytes=$D4 }, \
0x01 { slot=$D1 boff=$D2 } }, \
0x1D { "ahafsReadDirents exit " \
$D1, \
0x10003 { offset=$D2 resid=$D3 tbytes=$D4 }, \
0x10004 { slot=$D2 boff=$D3 } }, \
0x1E { "ahafs_select enter " vnp=$D1 corl=$D2 reqevents=$D3 rtneventsp=$D4 }, \
0x1F { "ahafs_select " \
$D1, \
0x00 { anp=$D2 }, \
0x01 { anp=$D2 selectId=$D3 } }, \
0x20 { "ahafs_select exit " \
$D1, \
0x00 { "return." rc=$D2 anp=$D3 rtneventsp=$D4 }, \
0x01 { "ERROR: invalid vnp." rc=EINVAL vnp=$D2 }, \
0x02 { "ERROR: AHANODE_DELETE_PENDING." rc=ESTALE anp=$D2 aha_flags=$D3 }, \
0x03 { "ERROR: not a monitor file." rc=ESTALE anp=$D2 aha_type=$D3 }, \
0x04 { "ERROR: busy registering." rc=EBUSY anp=$D2 matched_slot_p=$D3 }, \
0x05 { "ERROR: selreg() failed." rc=$D2 anp=$D3 }, \
0x06 { "ERROR: invalid parameters." rc=EINVAL anp=$D3 } }, \
0x21 { "ahafs_nosys" }, \
0x22 { "ahafs_access enter " vnp=$D1 mode=$2 who=$D3 crp=$D4 }, \
0x23 { "ahafs_access exit " \
$D1, \
0x00 { "succeeded." }, \
0x01 { "ERROR: invalid vnp." rc=EINVAL vnp=$D2 }, \
0x02 { "ERROR:." rc=$D2 mode=$D3 aha_mode=$D4 who=$D5 } }, \
0x24 { "ahafs_open enter " vnp=$D1 flag=$2 ext=$D3 vinfop=$D4 crp=$D5 }, \
0x25 { "ahafs_open " anp=$D1 aha_type=$D2 flag=$D3 }, \
0x26 { "ahafs_open exit " rc=$D1 }, \
0x27 { "ahafs_close enter " vnp=$D1 flag=$D2 vinfo=$D3 crp=$D4 }, \
0x28 { "ahafs_close exit " rc=$D1 }, \
0x29 { "ahafs_seek enter " vp=$D1 offp=$D2 crp=$D3 }, \
0x2A { "ahafs_seek exit " rc=$D1 }, \
0x2B { "ahafs_create enter " dvp=$D1 flags=$2 name=$D3 mode=$D4 vinfo=$D5 }, \
0x2C { }, \
0x2D { }, \
0x2E { "ahafs_create exit " \
$D1, \
0x01 { "ERROR: umounting." rc=ESTALE dvp=$D2 }, \
0x02 { "ERROR: invalid dvp." rc=EINVAL dvp=$D2 }, \
0x03 { "ERROR: not a directory." rc=ENOTDIR dvp=$D2 }, \
0x0C { "ERROR: parent directory is being deleted." rc=ENOENT dvp=$D2 }, \
0x0D { "return." dvp=$D2 rc=$D3 } }, \
0x2F { "ahafs_remove enter " vp=$D1 dp=$2 name=$D3 crp=$D4 }, \
0x30 { "ahafs_remove exit " \
$D1, \
0x00 { "return." rc=$D2 }, \
0x01 { "ERROR: invalid vp/dvp." rc=EINVAL vp=$D2 dvp=$D3 } }, \
0x31 { "ahafs_hold enter " vnp=$D1 }, \
0x32 { "ahafs_hold " vnp=$D1 v_count=$D2 caller=$D3 caller2=$D4 caller3=$D5 }, \
0x33 { "ahafs_hold exit " \
$D1, \
0x00 { "succeeded." }, \
0x01 { "ERROR: invalid vnp." rc=EINVAL vnp=$D2 } }, \
0x34 { "ahafs_rele enter " vnp=$D1 }, \
0x35 { "ahafs_rele " vnp=$D1 v_count=$D2 caller=$D3 caller2=$D4 }, \
0x36 { "ahafs_rele exit " \
$D1, \
0x00 { }, \
0x01 { "ERROR: invalid vnp." rc=EINVAL vnp=$D2 } }, \
0x37 { "ahafs_lookup enter " dvnp=$D1 name=$D2 flag=$D3 vattrp=$D4 crp=$D5 }, \
0x38 { }, \
0x39 { "ahafs_lookup exit " \
$D1, \
0x00 { "return." dvnp=$D2 rc=$D3 }, \
0x01 { "ERROR: unmounting." rc=ESTALE dvnp=$D2 }, \
0x02 { "ERROR: invalid dvnp." rc=EINVAL dvnp=$D2 } }, \
0x3A { "ahafs_mkdir enter " dvnp=$D1 name=$D2 mode=$D3 crp=$D4 }, \
0x3B { }, \
0x3C { "ahafs_mkdir exit " rc=$D1 }, \
0x3D { "ahafs_rmdir enter " vp=$D1 dp=$D2 name=$D3 crp=$D4 }, \
0x3E { "ahafs_rmdir exit " rc=$D1 }, \
0x3F { "ahafs_getattr enter " vnp=$D1 vattrp=$D2 crp=$D3 }, \
0x40 { "ahafs_getattr exit ERROR: invalid vnp." rc=EINVAL vnp=$D2 }, \
0x41 { "ahafs_setattr enter " vnp=$D1 op=$D2 arg1=$D3 arg2=$D4 arg3=$D5 }, \
0x42 { "ahafs_setattr exit " \
$D1, \
0x00 { "return." rc=$D2 }, \
0x01 { "ERROR: invalid vnp." rc=EINVAL vnp=$D2 } }, \
0x43 { "ahafs_getacl enter " vp=$D1 uiop=$D2 crp=$D3 }, \
0x44 { "ahafs_getacl exit " \
$D1, \
0x00 { "succeeded" }, \
0x01 { "ERROR: invalid vp." rc=EINVAL vp=$D2 } }, \
0x45 { "ahafs_setacl enter " vp=$D1 uiop=$D2 crp=$D3 }, \
0x46 { "ahafs_setacl exit " \
$D1, \
0x00 { "succeeded" }, \
0x01 { "ERROR: invalid vp." rc=EINVAL vp=$D2 } }, \
0x47 { "ahafs_fsync exit" \
$D1, \
0x00 { "succeeded" }, \
0x01 { "ERROR: invalid vp." rc=EINVAL vp=$D2 } }, \
0x48 { "ahafs_ahafsGetNewNodeType enter " name=$D1 default_type=$D2 }, \
0x49 { }, \
0x4A { "ahafs_ahafsGetNewNodeType exit " \
$D1, \
0x10000 { "AHA_MONITOR_FACTORY" }, \
0x10001 { "AHA_MONITOR" }, \
0x10002 { "AHA_EVPROD_LIST" }, \
0x10003 { "default_type" } }, \
0x4B { "ahafs_mount enter " vfsp=$D1 crp=$D2 }, \
0x4C { }, \
0x4D { "ahafs_mount exit " \
$D1, \
0x00 { "succeeded" }, \
0x06 { "ERROR: ahafsNodeCreate() failed." rc=$D2 vfsp=$D3 }, \
0x07 { "ERROR: ahafs_evprods() 1 failed." rc=$D2 kern_rc=$D3 vfsp=$D4 }, \
0x08 { "ERROR: buf malloc 1 failed." rc=ENOMEM size=$D2 vfsp=$D3 }, \
0x09 { "ERROR: buf malloc 2 failed." rc=ENOMEM size=$D2 vfsp=$D3 }, \
0x0A { "ERROR: ahafs_evprods() 2 failed." rc=$D2 kern_rc=$D3 vfsp=$D4 }, \
0x0B { "ERROR: ahafsCreateMonFactory() 2 failed." rc=$D2 vfsp=$D3 } }, \
0x4E { "ahafs_unmount enter " vfsp=$D1 flags=$D2 crp=$D3 }, \
0x4F { "ahafs_unmount exit " \
$D1, \
0x00 { "return" rc=$D2 }, \
0x10000 { "succeeded. no ahafs mounts." } }, \
0x50 { "ahafs_root enter " vfsp=$D1 vnpp=$D2 crp=$D3 }, \
0x51 { "ahafs_root exit " \
$D1, \
0x00 { "succeeded" vnp=$D2 }, \
0x01 { "ERROR: VFS_SHUTDOWN" rc=ESTALE vfsp=$D2 } }, \
0x52 { "ahafs_vget"}, \
0x53 { "ahafs_statfs enter " vfsp=$D1 statfsp=$D2 crp=$D3 }, \
0x54 { "ahafs_statfs exit" }, \
0x55 { "ahafs_sync" rc=ENOSYS }, \
0x56 { "ahafs_cntl" rc=ENOSYS }, \
0x57 { "ahafs_quotactl" rc=ENOSYS }
102C 1.0 "@AHAFS: Event Management" \
HT & 0x4000, \
0x4000 { \
$D1, \
0x12 { "ahafsEvMonChkAccess() pathname is " G16 $HL%S1 } \
$BREAK \
} \
$HD, \
0x01 { "ahafsRegisterEvent enter " anp=$D1 slot_p=$D2 }, \
0x02 { "ahafsRegisterEvent registration done." }, \
0x03 { "ahafsRegisterEvent exit " \
$D1, \
0x00 { "succeeded." anp=$D2 }, \
0x01 { "ERROR: anp is stale." rc=ESTALE aha_flags=$D2 }, \
0x02 { "ERROR: " rc=$D2 anp=$D3 } }, \
0x04 { "ahafsUnregisterEvent enter " anp=$D1 }, \
0x05 { "ahafsUnregisterEvent " \
$D1, \
0x00 { "anp not found" }, \
0x01 { "unregister is true" } }, \
0x06 { "ahafsUnregisterEvent exit " }, \
0x07 { "ahafsHtabInsertEntry enter " anp=$D1 opqid=$D2 opqid2=$D3 gid=$D4 }, \
0x08 { "ahafsHtabInsertEntry exit " \
$D1, \
0x10000 { "ahaNode already exists" entry=$D2 }, \
0x10001 { "take one off of the free list" entry=$D2 } }, \
0x09 { "ahafsHtabFindAndRemove enter " anp=$D1 opqid=$D2 remove_all=$D3 }, \
0x0A { "ahafsHtabFindAndRemove " \
$D1, \
0x00 { "another ahaNode with the same opqid " return_anp=$D2 }, \
0x01 { "found it " entry=$D2 } }, \
0x0B { "ahafsHtabFindAndRemove exit " return_anp=$D2 }, \
0x0C { "ahafsEvMonEnable enter " anp=$D1 thresh_hi=$D2 thresh_lo=$D3 update_type=$D4 }, \
0x0D { "ahafsEvMonEnable " \
$D1, \
0x00 { "evMonInfo : " evm_threshType=$D2 evm_thresholdLo=$D3 evm_thresholdHi=$D4 }, \
0x01 { "Event already occurred. " update_type=$D2 evMonInfo.evm_curValue=$D3 thresh_hi=$D4 thresh_lo=$D5 } }, \
0x0E { "ahafsEvMonEnable exit " \
$D1, \
0x00 { "succeeded." opqid=$D2 opqid2=$D3 gid=$D4 curVal=$D5 }, \
0x01 { "ERROR: update without evProds threshold value." rc=EINVAL mf_evprod_caps=$D2 update_type=$D3 anp=$D4 }, \
0x02 { "ERROR: state/value are both on/off." rc=EINVAL isState=$D2 isValue=$D3 anp=$D4 }, \
0x03 { "ERROR: ahafs_evprods() with AHAFS_EVMON_CHK_THRESH" rc=$D2 kern_rc=$D3 anp=$D4 }, \
0x04 { "ERROR: hash entry existed. " rc=EEXIST anp=$D2 }, \
0x05 { "ERROR: ahafs_evprods() with AHAFS_EVMON_ENABLE" rc=$D2 kern_rc=$D3 anp=$D4 } }, \
0x0F { "ahafsEvMonDisable enter " anp=$D1 opqid=$D2 opqid2=$D3 update_type=$D4 }, \
0x10 { "ahafsEvMonDisable exit " kern_rc=$D1 anp=$D2 opqid=$D3 }, \
0x11 { "ahafsEvMonChkAccess enter " pathname=$D1 mf_data=$D2 }, \
0x12 { }, \
0x13 { "ahafsEvMonChkAccess exit " \
$D1, \
0x01 { "ERROR: AHAFS_EVPROD_UNAVAILABLE in progress." aha_flags=$d2 }, \
0x02 { "ERROR: ahafs_evprods() " kern_rc=$D2 } }, \
0x14 { "ahafs_prod_callback enter " cb_evProdId=$D1 cb_flag=$D2 cb_opqId=$D3 cb_evGid=$D4 }, \
0x15 { "ahafs_prod_callback exit " \
$D1, \
0x00 { "ahafs_prod_callback_xxxx returns" rc=$D2 }, \
0x01 { "ERROR: cbFnInfo is NULL." rc=EINVAL }, \
0x02 { "ERROR: bad cb_version." rc=EINVAL cb_version=$D2 } }, \
0x16 { "ahafsInitHtab enter " mf_data=$D1 n_entries=$D2 }, \
0x17 { "ahafsInitHtab exit " \
$D1, \
0x00 { "succeeded." mf_htab=$D2 }, \
0x01 { "ERROR: mf_htab malloc failed. " rc=ENOMEM size=$D2 } }, \
0x18 { "ahafsFreeHtab enter " mf_data=$D1 mf_htab=$D2 }, \
0x1A { "ahafsHtabAllocEntry enter " mf_data=$D1 }, \
0x1B { "ahafsHtabAllocEntry exit " \
$D1, \
0x00 { "succeeded." mf_data=$D2 entry=$D3 opq_numFree=$D4 opq_numEntries=$D5 }, \
0x01 { "ERROR: opq_numEntries >= mf_htabSize." rc=ENOSPC opq_numEntries=$D2 mf_htabSize=$D3 }, \
0x02 { "ERROR: entry malloc failed. " rc=ENOMEM size=$D2 } }, \
0x1C { "ahafsHtabFreeEntry " mf_data=$D1 entry=$D2 opq_numFree=$D3 opq_numEntries=$D4 }, \
0x1D { "ahafsProcessCallback enter " mf_data=$D1 cbFnInfo=$D2 }, \
0x1E { "ahafsProcessCallback exit " }, \
0x1F { "ahafsEventNotifyOne enter " anp=$D1 sel_slotp=$D2 cbFnInfo=$D3 mf_ed=$D4 }, \
0x20 { "ahafsEventNotifyOne " \
$D1, \
0x00 { "AHANODE_DELETE_PENDING set " aha_flags=$D2 }, \
0x01 { "ev_seq_num >= ev_notify_cnt " ev_seq_num=$D2 ev_notify_cnt=$D3 }, \
0x03 { "ahafsEventNotifyOne packet send fail" rc=$D2 } }, \
0x21 { "ahafsEventNotifyOne exit " \
$D1, \
0x00 { "returns " \
$D2, \
0x00 { "FALSE" }, \
0x01 { "TRUE" } }, \
0x01 { "Remote Event. returns TRUE" } }, \
0x22 { "ahafsProcessNotification " anp=$D2 sel_slotp=$D3 ev_pid=$D4 ev_flags=$D5 }, \
0x23 { "ahafsEventNotifyAll enter " anp=$D2 cbFnInfo=$D3 mf_ed=$D4 }, \
0x24 { "ahafsEventNotifyAll exit " \
$D1, \
0x00 { "returns FALSE" }, \
0x01 { "returns TRUE" } }, \
0x25 { "ahafsEventSearchAndNotify enter " anp=$D1 cbFnInfo=$D2 mf_ed=$D3 }, \
0x26 { "ahafsEventSearchAndNotify exit " \
$D1, \
0x10000 { "new_thresh_mon != old_thresh_mon, return TRUE" new_thresh_mon=$D2 old_thresh_mon=$D3 }, \
0x10001 { "thresh_lo != old_thresh_lo, return TRUE" thresh_lo=$D2 old_thresh_lo=$D3 }, \
0x10002 { "thresh_hi != old_thresh_hi, return TRUE" thresh_hi=$D2 old_thresh_hi=$D3 }, \
0x10003 { "return FALSE" } }, \
0x27 { "ahafs_kproc_init enter "}, \
0x28 { "ahafs_kproc_init exit " \
$D1, \
0x00 { }, \
0x01 { "ERROR: creatp failed." }, \
0x02 { "ERROR: could not initialize mainBuf." }, \
0x03 { "ERROR: could not initialize dropBuf." }, \
0x03 { "ERROR: could not initialize ahafs_kproc." } }, \
0x29 { "ahafs_kproc_exit enter "}, \
0x2A { "ahafs_kproc_exit exit " }, \
0x2B { "ahafs_prod_callback_proc enter " \
$D1, \
0x00 { "process context" cb_evProdId=$D2 cb_opqId=$D3 cb_curValue=$D4 }, \
0x01 { "interrupt context" cb_evProdId=$D2 cb_opqId=$D3 evDropInfoChanged=$D4 evDropCount=$D5 } }, \
0x2C { "ahafs_prod_callback_proc exit " \
$D1, \
0x00 { }, \
0x01 { "ERROR: Remote Event requested but not enabled." mf_data=$D2 }, \
0x02 { "succeeded, Remote Event. " } }, \
0x2D { "ahafs_prod_callback_intr enter " cb_evProdId=$D1 cb_opqId=$D2 }, \
0x2E { "ahafs_prod_callback_intr exit " }, \
0x2F { "ahafs_intrcb_bufs_write enter " cb_evProdId=$D1 cb_opqId=$D2 }, \
0x30 { "ahafs_intrcb_bufs_write exit " \
$D1, \
0x00 { "mainBuf: added the info." totalNumElems=$D2 numUsedElems=$D3 }, \
0x01 { "dropBuf: updated the info." totalNumElems=$D2 numUsedElems=$D3 }, \
0x02 { "dropBuf: added the info." totalNumElems=$D2 numUsedElems=$D3 } }, \
0x31 { "ahafs_intrcb_dropBuf_findAndUpdate enter " }, \
0x32 { "ahafs_intrcb_dropBuf_findAndUpdate exit " found=$D1 },\
0x33 { "ahafs_intrcb_bufs_handler enter " ahafs_kproc_tid=$D1 }, \
0x34 { "ahafs_intrcb_bufs_handler exit "},\
0x35 { "ahafs_intrcb_info_process enter " numElemsToProcess=$D1 }, \
0x36 { "ahafs_intrcb_info_process exit "},\
0x37 { "ahafs_urll_insertNode enter "}, \
0x38 { "ahafs_urll_insertNode exit "},\
0x39 { "ahafs_urll_removeNode enter "}, \
0x3A { "ahafs_urll_removeNode exit "},\
0x3B { "ahafs_urll_copyElems enter "}, \
0x3C { "ahafs_urll_copyElems exit " nElemsCopied=$D1}
102D 1.0 "@AHAFS LFS Code" \
HT & 0x4000, \
0x4000 { \
$D1, \
0x06 { "aha_evprod_register() name is " G16 $HL%S1 }, \
0x07 { "aha_evprod_register() dirName is " G16 $HL%S1 }, \
0x08 { "aha_evprod_get() name is " G16 $HL%S1 }, \
0x1E { "get_localFs_info() fsName is " G16 $HL%S1 }, \
0x23 { "aha_process_vnop() name is " G16 $HL%S1 }, \
0x29 { "aha_process_rename() nm is " G16 $HL%S1 }, \
0x2A { "aha_process_rename() tnm is " G16 $HL%S1 } \
$BREAK \
} \
$HD, \
0x02 { "ahafs_initialize enter " buf=$D1 AHAFS_LOADED=$D2 AHAFS_INITIALIZED=$D3 }, \
0x03 { "ahafs_initialize exit " rc=$D1 }, \
0x04 { "ahafs_uninitialize" }, \
0x05 { "ahafs_evprod_register enter " name=$D1 dirName=$D2 func=$D3 size=$D4 caps=$D5 }, \
0x06 { }, \
0x07 { }, \
0x08 { "ahafs_evprod_register exit " \
$D1, \
0x00 { "succeed." }, \
0x03 { "ERROR: name too long." rc=EINVAL_LFS_AHAFS_EVPROD_REGISTER namelen=$D2 }, \
0x06 { "ERROR: white space in name." rc=EINVAL_LFS_AHAFS_EVPROD_REGISTER }, \
0x0A { "ERROR: evprod existed." rc=EEXIST_LFS_AHAFS_EVPROD_REGISTER }, \
0x0C { "ERROR: maxed out ahafs_global_id." rc=ENOSPC_LFS_AHAFS_EVPROD_REGISTER size=$D2 }, \
0x0D { "ERROR: bad parameters." rc=EINVAL_LFS_AHAFS_EVPROD_REGISTER } }, \
0x0B { "aha_evprod_unreg enter " remove_id=$D1}, \
0x0C { "aha_evprod_unreg exit " \
$D1, \
0x00 { "succeeded." }, \
0x01 { "ERROR: evp not registered." rc=ENOENT_LFS_AHAFS_EVPROD_UNREG } }, \
0x0D { "aha_evprod_get enter " name=$D1 id=$D2 evProd=$D3 }, \
0x0E { }, \
0x0F { "aha_evprod_get exit " \
$D1, \
0x00 { }, \
0x01 { "ERROR: invalid parameters." rc=EINVAL_LFS_AHAFS_GET_EVPROD name=$D2 id=$D3 }, \
0x02 { "ERROR: evProd not found." rc=EINVAL_LFS_AHAFS_GET_EVPROD }, \
0x10000 { "succeeded." evProd=$D2 }, \
0x10001 { "succeeded by id." evProd=$D2 } }, \
0x10 { "aha_evprods enter " cmd=$D1 buf=$D2 bufSz=$D3 }, \
0x12 { "aha_evprods exit " \
$D1, \
0x00 { }, \
0x03 { "ERROR: buf is NULL " rc=EEEE000096258005 cmd=4 }, \
0x04 { "ERROR: bad evp_version " rc=EEEE000096258005 evp_version=$D2 cmd=4 }, \
0x06 { "ERROR: buf is NULL " rc=EEEE000096258005 cmd=$D3}, \
0x07 { "ERROR: bad evp_version " rc=EEEE000096258005 evp_version=$D2 cmd=$D3 }, \
0x08 { "ERROR: aha_evp_func() failed " rc=$D2 cmd=$D3 }, \
0x0A { "ERROR: buf is NULL " rc=EEEE000096258005 cmd=10 }, \
0x0B { "ERROR: bad evp_version " rc=EEEE000096258005 evp_version=$D2 cmd=10 }, \
0x0E { "ERROR: buf is NULL " rc=EEEE000096258005 cmd=11 }, \
0x0F { "ERROR: bad evp_version " rc=EEEE000096258005 evp_version=$D2 cmd=11 }, \
0x11 { "ERROR: buf is NULL " rc=EEEE000096258005 cmd=12 }, \
0x13 { "ERROR: invalid cmd " rc=EEEE000096258005 cmd=$D2 }, \
0x10003 { "succeeded." cmd=$D2 } }, \
0x13 { "aha_cbfn_register enter " cbFn=$D1 }, \
0x14 { "aha_cbfn_register exit " \
$D1, \
0x00 { "succeeded." }, \
0x01 { "ERROR: refmon() failed " rc=$D2 } }, \
0x15 { "aha_evprods_list enter " buf=$D1 bufSz=$D2 }, \
0x16 { "aha_evprods_list exit " \
$D1, \
0x00 { }, \
0x01 { "ERROR: bufSz is NULL." rc=EEEE000096258006 }, \
0x02 { "ERROR: bufSz < size." rc=EEEE00009C258007 bufSz=$D2 size=$D3 }, \
0x10000 { "succeed. buf is NULL." size=$D2 }, \
0x10001 { "succeed." size=$D2 } }, \
0x17 { "aha_cbfn_wrapper enter " cbFnInfo=$D1 }, \
0x18 { "aha_cbfn_wrapper exit " \
$D1, \
0x00 { "succeed." }, \
0x01 { "ERROR: call to (*AHAFS_CBFN)() failed." rc=EEEE0000DA25801B rc1=$D2 AHAFS_CBFN=$D3 }, \
0x02 { "ERROR: AHAFS_CBFN is NULL." rc=EEEE00009325800D } }, \
0x19 { "ahafs_get_curthrd_info enter " curThrdInfo=$D1 }, \
0x1A { "ahafs_get_curthrd_info exit ERROR: curThrdInfo is NULL." rc=EEEE00009625800B }, \
0x1B { "aha_utilFs_register enter " cmd=$D1 evMonInfo=$D2 }, \
0x1C { "aha_utilFs_register exit " \
$D1, \
0x00 { }, \
0x02 { "ERROR: cmd is 8, NULL vp/vfsp/ahafs_utilFs_num " rc=EEEE000082258012 vp=$D2 vfsp=$D3 ahafs_utilFs_num=$D4 }, \
0x03 { "ERROR: cmd is 8, not monitored." rc=EEEE000082258012 vp=$D2 svfsp=$D3 ahafs_utilFs_num=$D4 }, \
0x04 { "ERROR: cmd is "$D3" invalid thresholdHi." rc=EEEE00009625801C evm_thresholdHi=$D2 }, \
0x05 { "ERROR: cmd is "$D3" invalid thresholdLo." rc=EEEE00009625801C evm_thresholdLo=$D2 }, \
0x07 { "ERROR: cmd is 6, not monitored." rc=EEEE000082258012 }, \
0x08 { "ERROR: cmd is 7, vfs is UNMOUNTING/UNMOUNTED." rc=EEEE0000B425801F svfsp=$D2 vmt_flags=$D3 }, \
0x09 { "ERROR: invalid cmd." cmd=$D2 }, \
0x10000 { "succeeded. cmd is 8" evm_threshType=$D2 }, \
0x10001 { "succeeded. cmd is 5" }, \
0x10003 { "succeeded. cmd is 6" fsRoot=$D2 }, \
0x10004 { "succeeded. cmd is 7" svfsp=$D2 evm_threshType=$D3 evm_threshhold value=$D4 util=$D5 } }, \
0x1E { }, \
0x1F { "get_localFs_info exit " \
$D1, \
0x00 { "succeeded." fs_root=$D2 util=$D3 }, \
0x01 { "ERROR: fsRoot is NULL." rc=EEEE000096258015 }, \
0x02 { "ERROR: lookupname() failed." rc=$D2 }, \
0x03 { "ERROR: not root." rc=EEEE000096258010 vp=$D2 }, \
0x04 { "ERROR: ahafs not supported." rc=EEEE0000FC258016 vfsp=$D2 vfs_ahafsInfo=$D3 aha_version=$D4 } }, \
0x20 { "aha_modFile_register enter " cmd=$D1 evMonInfo=$D2 evm_evProdId=$D3 }, \
0x21 { "aha_modFile_register exit " \
$D1, \
0x00 { }, \
0x01 { "ERROR: cmd is 9 " rc=EEEE0000ED258017 evm_evProdId=$D2 }, \
0x02 { "ERROR: null evm_opqId or evm_digest ", rc=EEEE000096258019 evm_evProdId=$D2 evm_opqId=$D3 evm_digest=$D4 }, \
0x03 { "ERROR: bad evm_opqId/evm_digest pair ", rc=EEEE000096258019 evm_evProdId=$D2 evm_opqId=$D3 evm_digest=$D4 }, \
0x04 { "ERROR: bad file type. " rc=EEEE000096258019 evm_evProdId=$D2 v_vntype=$D3 }, \
0x05 { "ERROR: file unregistered. " rc=EEEE000082258018 evm_evProdId=$D2 v_flag=$D3 }, \
0x06 { "ERROR: lookupname() failed. " evm_evProdId=$D2 rc=$D3 cmd=$D4 }, \
0x07 { "ERROR: VNOP_ACCESS() failed. " evm_evProdId=$D2 rc=$D3 cmd=$D4 }, \
0x08 { "ERROR: this is a link. " rc=EEEE0000FC25801A evm_evProdId=$D2 cmd=$D3 }, \
0x09 { "ERROR: this is namefs. " rc=EEEE0000FC25801A evm_evProdId=$D2 cmd=$D3 }, \
0x0A { "ERROR: this fs is remote. " rc=EEEE0000FC25801A evm_evProdId=$D2 cmd=$D3 }, \
0x0B { "ERROR: this is procfs or ahafs. " rc=EEEE0000FC25801A evm_evProdId=$D2 vfs_type=$D3 cmd=$D4 }, \
0x0C { "ERROR: not directory. " rc=EEEE0000FC25801A evm_evProdId=$D2 v_vntype=$D3 cmd=$D4 }, \
0x0D { "ERROR: cmd is 6 but not monitored. " rc=EEEE000082258018 evm_evProdId=$D2 }, \
0x0E { "ERROR: invalid command. " rc=EEEE000096258019 evm_evProdId=$D2 cmd=$D3 }, \
0x10000 { "succeeded. event unregistered" evm_evProdId=$D2 }, \
0x10001 { "succeeded. cmd is 4" evm_evProdId=$D2 }, \
0x10002 { "succeeded. cmd is 6" evm_evProdId=$D2 }, \
0x10003 { "succeeded. cmd is 7" evm_evProdId=$D2 } }, \
0x23 { "aha_process_vnop enter " vp=$D1 evp_rc=$D2 name=$D3 crp=$D4 caller=$D5 }, \
0x24 { }, \
0x26 { "aha_process_umount enter " vfsp=$D1 }, \
0x27 { "aha_process_umount exit " }, \
0x28 { "aha_process_rename enter " ahafs_utilFs_num=$D1 ahafs_modFile_num=$D2 ahafs_modDir_num=$D3 v_vntype=$D4 }, \
0x29 { }, \
0x2A { }, \
0x2B { "aha_process_rename exit " }, \
0x2C { "aha_svfs_init enter " svfsp=$D1 crp=$D2 }, \
0x2D { "aha_svfs_init exit " }, \
0x2E { "aha_modFileAttr_register enter " cmd=$D1 evMonInfo=$D2 evm_evProdId=$D3 }, \
0x2F { "aha_modFileAttr_register exit " \
$D1, \
0x00 { }, \
0x01 { "ERROR: cmd is 9 " rc=EEEE0000ED258017 evm_evProdId=$D2 }, \
0x02 { "ERROR: null evm_opqId or evm_digest ", rc=EEEE000096258019 evm_evProdId=$D2 evm_opqId=$D3 evm_digest=$D4 }, \
0x03 { "ERROR: bad evm_opqId/evm_digest pair ", rc=EEEE000096258019 evm_evProdId=$D2 evm_opqId=$D3 evm_digest=$D4 }, \
0x04 { "ERROR: file not registered. " rc=EEEE000082258018 evm_evProdId=$D2 v_flag=$D3 }, \
0x05 { "ERROR: lookupname() failed. " evm_evProdId=$D2 rc=$D3 cmd=$D4 }, \
0x06 { "ERROR: VNOP_ACCESS() failed. " evm_evProdId=$D2 rc=$D3 cmd=$D4 }, \
0x07 { "ERROR: this is namefs or procfs. " rc=EEEE0000FC25801A evm_evProdId=$D2 cmd=$D3 }, \
0x08 { "ERROR: this fs is remote. " rc=EEEE0000FC25801A evm_evProdId=$D2 cmd=$D3 }, \
0x09 { "ERROR: this is ahafs. " rc=EEEE0000FC25801A evm_evProdId=$D2 vfs_type=$D3 cmd=$D4 }, \
0x0A { "ERROR: cmd is 6 but not monitored. " rc=EEEE000082258018 evm_evProdId=$D2 }, \
0x0B { "ERROR: invalid command. " rc=EEEE000096258019 evm_evProdId=$D2 cmd=$D3 }, \
0x10000 { "succeeded. event unregistered" evm_evProdId=$D2 }, \
0x10001 { "succeeded. cmd is 4" evm_evProdId=$D2 }, \
0x10002 { "succeeded. cmd is 6" evm_evProdId=$D2 }, \
0x10003 { "succeeded. cmd is 7" evm_evProdId=$D2 } }, \
0x30 { "aha_process_attr enter " vp=$D1 evp_rc=$D2 crp=$D3 caller=$D4 }
102E 1.0 "@AHAFS Miscellaneous Code" \
HT & 0x4000, \
0x4000 { \
$D1, \
0x46 { "ahafsNodeCreate() name is " G16 $HL%S1 }, \
0x4C { "ahafsGetBaseName() fullname is " G16 $HL%S1 } \
$BREAK \
} \
$HD, \
0x01 { "ahafsCfg enter " cmd=$D1 }, \
0x02 { "ahafsCfg exit " \
$D1, \
0x00 { "succeeded." cmd=$D2 }, \
0x01 { "ERROR: cmd=CFG_INIT(1) ahafs_initialize() failed." rc=$D2 kern_rc=$D3 }, \
0x02 { "ERROR: cmd=CFG_INIT(1) gsaadd() failed." rc=$D2 }, \
0x03 { "ERROR: cmd=CFG_INIT(1) pincode() failed." rc=$D2 }, \
0x04 { "ERROR: cmd=CFG_TERM(2) ahafs mounts exist." rc=EBUSY aha_fsMounted=$D2 }, \
0x05 { "ERROR: bad cmd" rc=EINVAL cmd=$D2 } }, \
0x03 { "ahafsGfsInit" }, \
0x04 { "ahafsGfsRtIn " caller=$D1 caller2=$D2 caller=$D3 }, \
0x05 { "find_mf_data enter " evProdId=$D1 }, \
0x06 { "find_mf_data exit " \
$D1, \
0x10000 { "succeeded. MF in deletion." anp=$D2 mfp=$D3 }, \
0x10001 { "succeeded." mfp=$D2 } }, \
0x07 { "ahafsCollectEventData enter " mf_ed=$D1 cbFnInfo=$D2 }, \
0x08 { "ahafsCollectEventData " kern_rc=$D1 }, \
0x09 { "ahafsCollectEventData exit succeeded." }, \
0x0A { "ahafsStkTrace enter " tmpBuf=$D1 bufSz=$D2 curThrd=$D3 flag=$D4 }, \
0x0B { "ahafsStkTrace " \
$D1, \
0x00 { "not enough room for svcInstr and NULL character." curLoc=$D2 len=$D3 }, \
0x01 { "not enough room for lnbuf and NULL character." curLoc=$D2 len=$D3 }, \
0x01 { "raschk_addr2sym() failed." rc=$D2 } }, \
0x0C { "ahafsStkTrace exit " \
$D1, \
0x00 { "return." rc=$D2 }, \
0x01 { "ERROR: Sanity check failed." rc=EINVAL tmpBuf=$D2 bufSz=$D3 curThrd=$D4 flag=$D5 }, \
0x02 { "ERROR: raschk_addr2sym() failed." rc=$D2 } }, \
0x0D { "ahafsDuplicateEvent enter " evInfo=$D1 head=$D2 len=$D3 }, \
0x0E { "ahafsDuplicateEvent exit " found=$D1 }, \
0x0F { "ahafsCopyEvent enter " evInfo=$D1 buf=$D2 head=$D3 ev_next_write=$D4 ev_next_read=$D5 }, \
0x10 { "ahafsCopyEvent " \
$D1, \
0x00 { "(top_bytes + bottom_bytes) >= len" top_bytes=$D2 bottom_bytes=$D3 len=$D4 }, \
0x01 { "ahafsFindNextEvent() returns NULL" evbuf=$D2 ev_next_read=$D3 ev_next_write=$D4 ev_last_event=$D5 }, \
0x02 { top_bytes=$D2 bottom_bytes=$D3 len=$D4 } }, \
0x11 { "ahafsCopyEvent exit " \
$D1, \
0x10000 { "succeeded. overflow" evbuf=$D2 ev_next_read=$D3 ev_next_write=$D4 ev_last_event=$D5 }, \
0x10001 { "succeeded." evbuf=$D2 ev_next_read=$D3 ev_next_write=$D4 ev_last_event=$D5 } }, \
0x12 { "ahafsFindSubstring enter " ev_buf=$D1 start=$D2 substr=$D3 substrLen=$D4 }, \
0x13 { "ahafsFindSubstring exit " \
$D1, \
0x00 { "succeeded." head=$D2 }, \
0x01 { "ERROR: bad p." p=$D2 ev_buf=$D3 ev_buf_len=$D4 }, \
0x02 { "ERROR: returning NULL." } }, \
0x14 { "ahafsFindNextEvent enter " evInfo=$D1 start=$D2 }, \
0x15 { "ahafsFindNextEvent exit " \
$D1, \
0x10000 { "returns FALSE. head == evInfo->ev_next_write" }, \
0x10001 { "returns " head=$D2 } }, \
0x16 { "ahafsLogEvent enter " cbFnInfo=$D1 evInfo=$D2 mf_ed=$D3 }, \
0x17 { "ahafsLogEvent " rc=$D1 }, \
0x18 { "ahafsLogEvent exit " \
$D1, \
0x00 { "succeeded." ev_seq_num=$D2 }, \
0x01 { "ERROR: invalid parameters." cbFnInfo=$D2 evInfo=$D3 mf_ed=$D4 } }, \
0x19 { "ahafsLogExceptionEvent enter " evInfo=$D1 evp_rc=$D2 curVal=$D3 }, \
0x1A { "ahafsLogExceptionEvent exit " ev_seq_num=$D1 }, \
0x1B { "ahafsRemoveBranch enter " root_anp=$D1 }, \
0x1C { "ahafsRemoveBranch " anp=$D2 v_count=$D3 aha_count=$D4 }, \
0x1D { "ahafsRemoveBranch exit " \
$D1, \
0x00 { "aha_type == AHA_ROOT" }, \
0x01 { "returns" } }, \
0x1E { "ahafsGroupRemove enter " mf_data=$D1 cbFnInfo=$D2 gid=$D3 cb_flag=$D4 }, \
0x1F { "ahafsGroupRemove exit" }, \
0x20 { "ahafsFindSelSlot enter " anp=$D1 pid=$D2 type_of_match=$D3 slot_p=$D4 }, \
0x21 { "ahafsFindSelSlot exit " \
$D1, \
0x00 { "succeeded." ev_slot_number=$D2 matched_slot_p=$D3 }, \
0x01 { "ERROR: type_of_match == AHA_EVINFO_AVAILABLE && aha_sze > 512" anp=$D2 aha_size=$D3 }, \
0x03 { "ERROR: matched_slot_p is NULL." anp=$D2 } }, \
0x22 { "ahafsGetUniqueId enter" }, \
0x23 { "ahafsGetUniqueId exit " \
$D1, \
0x10000 { "succeeded." unique_id=$D2 }, \
0x10001 { "ERROR: " unique_id=$D2 } }, \
0x24 { "ahafsPutUniqueId enter " unique_id=$D1 }, \
0x26 { "ahafsMfHold " mf_anp=$D1 aha_count=$D2 caller=$D3 caller2=$D4 caller3=$D5 }, \
0x27 { "ahafsMfRele enter " mf_anp=$D1 aha_count=$D2 caller=$D3 caller2=$D4 caller3=$D5 }, \
0x28 { "ahafsMfRele exit " \
$D1, \
0x00 { "succeeded. last release" mf_anp=$D2 }, \
0x01 { "succeeded." mf_anp=$D2 } }, \
0x29 { "ahafsNodeInit enter " \
$D1, \
0x00 { anp=$D2 type=$D3 mode=$D4 uid=$D5 }, \
0x01 { gid=$D2 mf_anp=$D3 pathname=$D4 dvp=$D5 } }, \
0x2B { "ahafsNodeInit exit " \
$D1, \
0x00 { "succeeded." anp=$D2 }, \
0x01 { "ERROR: negative unique_id." rc=ENOSPC unique_id=$D2 }, \
0x02 { "return." rc=$D2 } }, \
0x2C { "ahafsNodeUninit enter " anp=$D1 }, \
0x2D { "ahafsNodeUninit exit " anp=$D1 }, \
0x2E { "ahafsQVnodeToVfs enter " vnp=$D1 }, \
0x2F { "ahafsQVnodeToVfs exit " }, \
0x30 { "ahafsDeqVnodeFromVfs enter " vnp=$D1 }, \
0x31 { "ahafsDeqVnodeFromVfs exit " }, \
0x32 { "ahafsInactivateVnode enter " vnp=$D1 anp_locked=$D2 anp=$D3 aha_type=$D4 }, \
0x33 { "ahafsInactivateVnode exit " \
$D1, \
0x00 { "return." anp=$D2 rc=$D3 }, \
0x01 { "ERROR: aha_type == AHA_ROOT." rc=EBADF anp=$D2 } }, \
0x34 { "ahafsAllocDataArea enter " anp=$D1 }, \
0x35 { "ahafsAllocDataArea exit " \
$D1, \
0x00 { "succeeded." anp=$D2 }, \
0x01 { "ERROR: pda->next malloc failed." rc=ENOMEM size=$D2 } }, \
0x36 { "ahafsDeallocDataAreas enter " anp=$D1 heap=$D2 }, \
0x38 { "ahafsDeallocDataAreas exit" }, \
0x39 { "ahafsFindAvailDirSlot enter " anp=$D1 }, \
0x3A { "ahafsFindAvailDirSlot exit " \
$D1, \
0x00 { "returns " pdir_list=$D2 }, \
0x01 { "returns NULL" rc=$D2 } }, \
0x3B { "ahafsCreateDirEntry enter " anp_p=$D1 anp=$D2 name=$D3 }, \
0x3C { "ahafsCreateDirEntry exit succeeded." }, \
0x3D { "ahafsRemoveDirEntry enter " anp_p=$D1 anp=$D2 }, \
0x3E { "ahafsRemoveDirEntry exit succeeded." }, \
0x3F { "ahafsFindDirEntryByName enter " anp=$D1 name=$D2 dir_slot_per_data_area=$D3 }, \
0x40 { "ahafsFindDirEntryByName exit " \
$D1, \
0x00 { "returns " pdir_list=$D2 "pdir_list+i"=$D3 }, \
0x01 { "returns NULL." } }, \
0x41 { "ahafsFindDirEntryByNode enter " danp=$D1 anp=$D2 DIR_SLOTS_PER_DATA_AREA=$D3 }, \
0x42 { "ahafsFindDirEntryByNode exit " \
$D1, \
0x00 { "returns " pdir_list=$D2 }, \
0x01 { "returns NULL." } }, \
0x43 { "ahafsGetNextUnvisitedNode enter " anp=$D1 }, \
0x44 { "ahafsGetNextUnvisitedNode exit " \
$D1, \
0x00 { "returns " de_anp=$D2 }, \
0x01 { "returns NULL 1." }, \
0x02 { "returns NULL 2." } }, \
0x45 { "ahafsNodeCreate enter " dvnp=$D1 type=$D2 mf_anp=$D3 pathname=$D4 heap_ptr=$D5 }, \
0x46 { "ahafsNodeCreate_name " }, \
0x48 { "ahafsNodeCreate exit " rc=$D1 vnp=$D2 }, \
0x49 { "ahafsGetVattr enter " anp=$D2 vattrp=$D3 }, \
0x4A { "ahafsGetVattr exit succeeded" }, \
0x4B { "ahafsGetBaseName enter" }, \
0x4C { "ahafsGetBaseName_name " }, \
0x4D { "ahafsGetBaseName exit succeeded." }, \
0x4E { "ahafsGetNodePath enter " anp=$D1 str=$D2 max_length_str=$D3 root_type=$D4 }, \
0x4F { "ahafsGetNodePath_name " }, \
0x50 { "ahafsGetNodePath exit " rc=$D1 }, \
0x51 { "ahafsGetMonFactory enter " anp=$D1 }, \
0x52 { "ahafsGetMonFactory exit " \
$D1, \
0x01 { "succeeded. aha_type == AHA_MONITOR_FACTORY" danp=$D2 }, \
0x02 { "ERROR: return NULL" } }, \
0x53 { "ahafsPrepend_string enter " str1=$D1 str=$D2 max_length_str=$D3 }, \
0x54 { "ahafsPrepend_string exit " \
$D1, \
0x00 { }, \
0x10001 { "succeeded." } }, \
0x55 { "ahafsDoChown enter " anp=$D1 tflag=$D2 newuid=$D3 newgid=$D4 crp=$D5 }, \
0x56 { "ahafsDoChown exit " \
$D1, \
0x00 { "succeeded" }, \
0x01 { "ERROR: !mine && !privileged." rc=EPERM uid=$D2 aha_uid=$D3 }, \
0x02 { "ERROR: !privileged." rc=EPERM newuid=$D2 aha_uid=$D3 }, \
0x03 { "ERROR: !privileged && not group member." rc=EPERM newgid=$D2 aha_gid=$D3 } }, \
0x57 { "ahafsChkFsBusy " \
$D1, \
0x00 { "return busy 1. v_count != 0" }, \
0x01 { "return busy 2. v_count != 0" }, \
0x02 { "return not busy." } }, \
0x58 { "ahafsCreateMonFactory enter " buf=$D1 len=$D2 }, \
0x5A { "ahafsCreateMonFactory exit " \
$D1, \
0x00 { }, \
0x02 { "ERROR: whafs_evprods() failed." rc=$D2 kern_rc=$D3 }, \
0x03 { "ERROR: numMonFactories >= AHAFS_MAX_MONFACTORIES." rc=ENOSPC numMonFactories=$D2 }, \
0x04 { "ERROR: ahafsNodeCreate() failed." rc=$D2 }, \
0x05 { "ERROR: ahafsCreateMFNode() failed." rc=$D2 }, \
0x10000 { "succeeded. unmounting." }, \
0x10001 { "return." rc=$r2 } }, \
0x5B { "ahafsCreateMFNode enter " evProdInfo=$D1 evpName=$D2 dvp=$D3 danp=$D4 crp=$D5 }, \
0x5C { "ahafsCreateMFNode exit " \
$D1, \
0x00 { "succeeded." }, \
0x01 { "ERROR: ahafsNodeCreate() failed." rc=$D2 }, \
0x02 { "return." rc=$D2 } }, \
0x5D { "ahafsAllocTmpEventData enter " mfp=$D1 }, \
0x5E { "ahafsAllocTmpEventData exit " \
$D1, \
0x00 { "succeeded." }, \
0x01 { "FAILED." rc=ENOMEM } }, \
0x5F { "ahafsDoChmod enter " anp=$D1 newmode=$D2 crp=$D3 }, \
0x60 { "ahafsDoChmod exit " \
$D1, \
0x00 { "succeeded." }, \
0x01 { "ERROR: !mine && !privileged." rc=EPERM uid=$D2 aha_uid=$D3 } }
1065 1.1 "@rdmacore_formatter" \
{{ $label }} \
{{ $hook = 0 }} \
{{ $trc_lvl = 0 }} \
{{ \
pr_header(header_parm, header_label) \
$header_parm, \
0032 { $header_label" U32 RDMA: " }, \
0064 { $header_label" U64 RDMA: " }, \
\* { $header_label" RDMA: " } \
}} \
{{ \
pr_trc_lvl(lvl_parm) \
$lvl_parm, \
0 { "L0 " }, \
1 { "L1 " }, \
2 { "L2 " }, \
3 { "L3 " }, \
4 { "L4 " }, \
5 { "L5 " }, \
6 { "L6 " }, \
7 { "L7 " }, \
\*{ "L? " } \
}} \
{{ \
pr_trc_type(type_parm) \
$type_parm, \
0 { " " }, \
1 { "FFDC " }, \
2 { "FFDC " }, \
3 { "FFDCG" }, \
\*{ "?????" } \
}} \
{{ \
pr_hw_flag(hw_parm) \
$hw_parm, \
0 { " " }, \
1 { "[HW] " }, \
\*{ "[??] " } \
}} \
G4 \
X2, \
FF32 { {{ $hook = 0x32 }} \
{{ $trc_lvl = B0.4 }} \
{{ $hw_flag = B0.1 }} \
{{ $trc_type = B0.2 }} \
{{ $offset = 0xAA }} \
} \
$hook, \
0032 {}, \
\* { G12 \
X2, \
FF64 { {{ $hook = 0x64 }} \
{{ $trc_lvl = B0.4 }} \
{{ $hw_flag = B0.1 }} \
{{ $trc_type = B0.2 }} \
{{ $offset = 0xBB }} \
} \
} \
$hook, \
0032 {}, \
0064 {}, \
\* { G4 \
{{ $hook = X2 }} \
G6 \
{{ $trc_lvl = B0.4 }} \
{{ $hw_flag = B0.1 }} \
{{ $trc_type = B0.2 }} \
{{ $usr_type = B0.2 }} \
{{ $offset = 0xAA }} \
} \
pr_header($hook,$label) \
pr_trc_lvl($trc_lvl) \
pr_trc_type($trc_type) \
$offset, \
00AA { G8 }, \
00BB { G16 } \
A8.8 \
pr_hw_flag($hw_flag) \
"d1=" X8 " d2=" X8 " d3=" X8 " d4=" X8
1053 1.0 "@entcore_v2_base" \
{{$label = "ENTCORE BASE " }} \
$1058
1054 1.0 "@entcore_v2_hwapi" \
{{$label = "ENTCORE HWAPI" }} \
$1058
1058 1.0 "@entcore_v2_format" \
{{ $label }} \
{{ $lvl_bits = B0.4 }} \
{{ $hw_flag = B0.1 }} \
{{ $type_bits = B0.2 }} \
{{ $subtype_bits = B0.2 }} \
$type_bits, 3 { $SKIP } \
$label \
$subtype_bits, \
0 { " GEN: " }, \
1 { " RSP: " }, \
2 { " XMT: " }, \
3 { " RCV: " } \
"L"$lvl_bits%D1 \
$type_bits, \
0 { " " }, \
1 { " " }, \
2 { "FFDC " }, \
3 { "FFDCG " } \
W1 A8.8 W2 \
$hw_flag, \
0 { " " $D1, \
\* { "d1=" XW " d2=" XW " d3=" XW " d4=" XW } \
}, \
1 { " [HW] " $D1, \
\* { "d1=" XW " d2=" XW " d3=" XW " d4=" XW } \
}, \
\* { " [XX] " "d1=" XW " d2=" XW " d3=" XW " d4=" XW }
103a 1.0 'ACF' \
$HD, \
0x99 { O2 `W2 $HL%S1` }, \
0x100 { O2 `nx_get_cop_prop:PLATFAC_INFO DIR is NULL` }, \
0x101 { O2 `nx_get_cop_prop:PLATFAC_INFO infop is NULL` }, \
0x102 { O2 `nx_get_cop_prop:PF_ASYMENCR_INFO DIR is NULL` }, \
0x103 { O2 `nx_get_cop_prop:PF_ASYMENCR_INFO infop is NULL` }, \
0x104 { O2 `nx_get_cop_prop:PF_SYMENCR_INFO DIR is NULL` }, \
0x105 { O2 `nx_get_cop_prop:PF_SYMENCR_INFO infop is NULL` }, \
0x106 { O2 `execute_nx_request:H_COP_OP success, rc=DW` }, \
0x107 { O2 `execute_nx_request:H_COP_OP failed, rc=DW` }, \
0x108 { O2 `execute_nx_request:H_COP_OP CSB valid bit is not set, =DW` }, \
0x109 { O2 `execute_nx_request:H_COP_OP CSB complete code is non-zero, =DW` }, \
0x110 { O2 `execute_nx_request:H_COP_OP CSB Full complete bit is not set, =DW` }, \
0x111 { O2 `execute_nx_request:H_COP_OP CSB termination bit is not set, =DW` }, \
0x112 { O2 `nx_aes_update:execute_nx_request() failed, rc=DW` }, \
0x113 { O2 `nx_digest_update:execute_nx_request() failed, rc=DW` }, \
0x114 { O2 `nx_hmac_update:execute_nx_request() failed, rc=DW` }, \
0x115 { O2 `nx_rng:H_RANDOM failed, rc=DW` }, \
0x116 { O2 `nx_get_cop_prop:max_ops_per_pcpu=DW` }, \
0x117 { O2 `nx_get_cop_prop:asym_resource_id=DW` }, \
0x118 { O2 `nx_get_cop_prop:asym_interrupts:range_sz=DW, starting_ISN=DW, ISN_range=DW, max_async_ops=DW` }, \
0x119 { O2 `nx_get_cop_prop:rng_resource_id=DW` }, \
0x120 { O2 `nx_get_cop_prop:symm_resource_id=DW` }, \
0x121 { O2 `nx_get_cop_prop:symm_max_sg_sz=DW` }, \
0x122 { O2 `nx_get_cop_prop:symm_interrupts = [DW, DW]` }, \
0x123 { O2 `nx_get_cop_prop:symm_fc=DW` }, \
0x124 { O2 `nx_get_cop_prop:symm_mode=DW` }, \
0x125 { O2 `nx_get_cop_prop:symm_keylen=DW` }, \
0x126 { O2 `nx_get_cop_prop:symm_datalen=DW` }, \
0x127 { O2 `nx_get_cop_prop:symm_sg_len=DW` }, \
0x128 { O2 `nx_aes_init: context is NULL ` }, \
0x129 { O2 `nx_aes_init: keymat is NULL ` }, \
0x130 { O2 `nx_aes_init: keymatlen is not 16 or 24 or 32, keymatlen =DW ` }, \
0x131 { O2 `nx_aes_init: ivlen is not AES block size, ivlen =DW ` }, \
0x132 { O2 `nx_aes_init: keymatlen is not 16 Bytes, keymatlen =DW ` }, \
0x133 { O2 `nx_aes_init: nx_init_context failed, rc =DW ` }, \
0x134 { O2 `nx_aes_init: build_csbcpb failed, rc =DW ` }, \
0x135 { O2 `_nx_aes_update: inlen<=0, inlen =DW ` }, \
0x136 { O2 `_nx_aes_update: outlen<inlen, outlen =DW, inlen =DW` }, \
0x137 { O2 `_nx_aes_update: inlen > allowed max_datalen, max_datalen =DW, inlen =DW` }, \
0x138 { O2 `_nx_aes_update:nx_build_input_sg_list fail, krc = DW` }, \
0x139 { O2 `_nx_aes_update:s_sg_elem_num(DW) > context->max_sg_len (DW) ` }, \
0x140 { O2 `_nx_aes_update:s_sg_sz(DW) > context->max_sg_size (DW) ` }, \
0x141 { O2 `_nx_aes_update:nx_build_output_sg_list fail, rc = DW` }, \
0x142 { O2 `nx_aes_update: invalid input, in = XW, inlen =DW` }, \
0x143 { O2 `nx_aes_update: invalid output, out = NULL` }, \
0x144 { O2 `nx_aes_update: invalid crb, context->crb = NULL` }, \
0x145 { O2 `nx_aes_update: wrong AES algo, algo =DW ` }, \
0x146 { O2 `_nx_aes_update: Fail to create DDE, krc = DW ` }, \
0x147 { O2 `nx_aes_update: output len is too small, outlen = DW` }, \
0x148 { O2 `nx_aes_final: invalid input, in = XW, inlen =DW` }, \
0x149 { O2 `nx_aes_final: invalid output, out = NULL` }, \
0x150 { O2 `nx_aes_final: invalid crb, context->crb = NULL` }, \
0x151 { O2 `nx_aes_final: wrong AES algo, algo =DW ` }, \
0x152 { O2 `RESERVED ` }, \
0x153 { O2 `nx_aes_final: output len is too small, outlen = DW` }, \
0x154 { O2 `nx_digest_init: context is NULL ` }, \
0x155 { O2 `nx_digest_init: invalid digest type, type = DW ` }, \
0x156 { O2 `nx_digest_init: NX is not supporting the digest type = DW ` }, \
0x157 { O2 `nx_digest_init:nx_init_context fail, rc = DW ` }, \
0x158 { O2 `nx_digest_init:build_csbcpb failed, rc =DW ` }, \
0x159 { O2 `nx_aes_init: NX is not supporting the AES mode = DW, keylen = DW ` }, \
0x160 { O2 `_nx_digest_update: inlen<=0, inlen =DW ` }, \
0x161 { O2 `_nx_digest_update: inlen > allowed max_datalen, max_datalen =DW, inlen =DW` }, \
0x162 { O2 `_nx_digest_update:nx_build_input_sg_list fail, krc = DW` }, \
0x163 { O2 `_nx_digest_update:s_sg_elem_num(DW) > context->max_sg_len (DW) ` }, \
0x164 { O2 `_nx_digest_update:s_sg_sz(DW) > context->max_sg_size (DW) ` }, \
0x165 { O2 `nx_digest_update: invalid crb, context->crb = NULL` }, \
0x166 { O2 `_nx_digest_update: Fail to create DDE, krc = DW ` }, \
0x167 { O2 `RESERVED ` }, \
0x168 { O2 `nx_digest_update: invalid input, in = XW, inlen =DW` }, \
0x169 { O2 `nx_digest_update: invalid output, out = XW, outlen =DW` }, \
0x170 { O2 `nx_digest_final: invalid crb, context->crb = NULL` }, \
0x171 { O2 `RESERVED ` }, \
0x172 { O2 `nx_digest_final: invalid output, out = NULL` }, \
0x173 { O2 `nx_digest_final: invalid input, in = XW, inlen =DW` }, \
0x174 { O2 `nx_hmac_init: context is NULL ` }, \
0x175 { O2 `nx_hmac_init: keymat is NULL ` }, \
0x176 { O2 `nx_hmac_init: invalid ketmatlen, keymatlen =DW ` }, \
0x177 { O2 `nx_hmac_init: invalid hmac type, type =DW ` }, \
0x178 { O2 `nx_hmac_init: NX is not supporting the SHA, mode = DW ` }, \
0x179 { O2 `nx_hmac_init: nx_init_context failed, rc =DW ` }, \
0x180 { O2 `nx_hmac_init: build_csbcpb failed, rc =DW ` }, \
0x181 { O2 `_nx_hmac_update: inlen<=0, inlen =DW ` }, \
0x182 { O2 `_nx_hmac_update: inlen > allowed max_datalen, max_datalen =DW, inlen =DW` }, \
0x183 { O2 `_nx_hmac_update:nx_build_input_sg_list fail, krc = DW` }, \
0x184 { O2 `_nx_hmac_update:s_sg_elem_num(DW) > context->max_sg_len (DW) ` }, \
0x185 { O2 `_nx_hmac_update:s_sg_sz(DW) > context->max_sg_size (DW) ` }, \
0x186 { O2 `nx_hmac_update: invalid crb, context->crb = NULL` }, \
0x187 { O2 `_nx_hmac_update: Fail to create DDE, krc = DW ` }, \
0x188 { O2 `RESERVED ` }, \
0x189 { O2 `nx_hmac_update: invalid input, in = XW, inlen =DW` }, \
0x190 { O2 `nx_hmac_update: invalid output, out = XW, outlen =DW` }, \
0x191 { O2 `nx_hmac_final: invalid crb, context->crb = NULL` }, \
0x192 { O2 `RESERVED ` }, \
0x193 { O2 `nx_hmac_final: invalid output, out = NULL` }, \
0x194 { O2 `nx_hmac_final: invalid input, in = XW, inlen =DW ` }, \
0x195 { O2 `nx_aes_hmac_init: context is NULL ` }, \
0x196 { O2 `nx_aes_hmac_init: hash keymat is NULL ` }, \
0x197 { O2 `nx_aes_hmac_init: invalid hash keymat len, hkeylen =DW ` }, \
0x198 { O2 `nx_aes_hmac_init: invalid hash algo, hashalgo =DW ` }, \
0x199 { O2 `nx_aes_hmac_init: iv is NULL ` }, \
0x200 { O2 `nx_aes_hmac_init: invalid ivlen, ivlen =DW ` }, \
0x201 { O2 `nx_aes_hmac_init: cipher keymat is NULL ` }, \
0x202 { O2 `nx_aes_hmac_init: invalid cipher keymat len, ckeylen =DW ` }, \
0x203 { O2 `nx_aes_hmac_init: invalid crypto mode, mode =DW ` }, \
0x204 { O2 `nx_aes_hmac_init: invalid dual operation, optype =DW ` }, \
0x205 { O2 `nx_aes_hmac_init: NX is not supporting AES-HMAC, mode =DW, ckeylen =DW ` }, \
0x206 { O2 `nx_aes_hmac_init: nx_init_context failed, rc =DW ` }, \
0x207 { O2 `nx_aes_hmac_init: build_csbcpb failed, rc =DW ` }, \
0x208 { O2 `nx_aes_hmac_message: context is NULL ` }, \
0x209 { O2 `nx_aes_hmac_message: invalid input, in =XW, inlen =DW ` }, \
0x210 { O2 `nx_aes_hmac_message: invalid AAD, aad =XW, aadlen =DW ` }, \
0x211 { O2 `nx_aes_hmac_message: invalid output, out =XW, outlen =DW ` }, \
0x212 { O2 `nx_aes_hmac_message: invalid crb, context->crb = NULL` }, \
0x213 { O2 `nx_aes_hmac_message: Fail to create DDE, krc = DW ` }, \
0x214 { O2 `nx_aes_hmac_message: invalid HMAC algorithm =DW ` }, \
0x215 { O2 `nx_aes_hmac_message: invalid MAC buffer, mac =XW, maclen =DW ` }, \
0x216 { O2 `nx_aes_hmac_message: output buffer too small, outlen=DW, inlen=DW, aes_blocksize=DW, mac size=DW ` }, \
0x217 { O2 `nx_aes_hmac_message: input for Encryt-and-Auth need be multiple of aes block size, inlen =DW ` }, \
0x218 { O2 `nx_aes_hmac_message: input > allowed max_datalen, max_datalen =DW, inlen =DW, aadlen=DW, padlen=DW` }, \
0x219 { O2 `nx_aes_hmac_message: execute_nx_request failed, rc =DW ` }, \
0x220 { O2 `nx_aes_message: context is NULL ` }, \
0x221 { O2 `nx_aes_message: invalid crb, context->crb = NULL` }, \
0x222 { O2 `RESERVED ` }, \
0x223 { O2 `RESERVED ` }, \
0x224 { O2 `nx_aes_message: invalid MAC buffer, mac =XW, maclen =DW ` }, \
0x225 { O2 `nx_aes_message: invalid input buffer, in =XW, inlen =DW ` }, \
0x226 { O2 `nx_aes_message: invalid AAD buffer, aad =XW, aadlen =DW ` }, \
0x227 { O2 `nx_aes_message: invalid output buffer, out =XW, outlen =DW ` }, \
0x228 { O2 `nx_aes_message: wrong AES algo, algo =DW ` }, \
0x229 { O2 `nx_aes_message: AES-GMAC requres AAD ` }, \
0x230 { O2 `nx_aes_message: AES-GCM/CCM requires input and output buffers ` }, \
0x231 { O2 `nx_aes_message: AES-GMAC _nx_aes_update() failed, rc = DW ` }, \
0x232 { O2 `nx_aes_message: AES-GCM _nx_aes_update(GCA) failed, rc = DW ` }, \
0x233 { O2 `nx_aes_message: AES GCM/CCM _nx_aes_update() failed, rc = DW ` }, \
0x234 { O2 `execute_nx_request: Fail to update raddrs, krc = DW ` }, \
0x235 { O2 `nx_aes_init: invalid AES mode, mode =DW ` }, \
0x236 { O2 `_clic_nx_aes_message:nx_aes_message() fail, err=DW, rc=DW, fallback to SW ` }, \
0x237 { O2 `_clic_nx_aes_update:nx_aes_update fail, err=DW, rc=DW, fallback to SW` }, \
0x238 { O2 `_clic_nx_aes_final:nx_aes_final fail, err=DW, rc=DW, fallback to SW` }, \
0x239 { O2 `_clic_nx_digest_update:nx_digest_update fail, err=DW, rc=DW, fallback to SW` }, \
0x240 { O2 `_clic_nx_hmac_update:nx_hmac_update fail, err=DW, rc=DW, fallback to SW` }, \
0x241 { O2 `_clic_nx_hmac_final:nx_hmac_final fail, err=DW, rc=DW, fallback to SW` }, \
0x242 { O2 `nx_aes_hmac_message: nx_build_sg_list fail, krc = DW` }, \
0x243 { O2 `nx_aes_hmac_message: s_sg_elem_num(DW) > context->max_sg_len (DW) ` }, \
0x244 { O2 `nx_aes_hmac_message: s_sg_sz(DW) > context->max_sg_size (DW) ` }, \
0x245 { O2 `nx_aes_hmac_mbuf: context is NULL ` }, \
0x246 { O2 `nx_aes_hmac_mbuf: invalid crb, context->crb = NULL` }, \
0x247 { O2 `nx_aes_hmac_mbuf: invalid input, in =XW, inlen =DW ` }, \
0x248 { O2 `nx_aes_hmac_mbuf: invalid AAD, aad =XW, aadlen =DW ` }, \
0x249 { O2 `nx_aes_hmac_mbuf: invalid output, mout=NULL ` }, \
0x250 { O2 `nx_aes_hmac_mbuf: Fail to create DDE, krc = DW ` }, \
0x251 { O2 `nx_aes_hmac_mbuf: nx_build_sg_list fail, krc = DW` }, \
0x252 { O2 `nx_aes_hmac_mbuf: execute_nx_request failed, rc =DW ` }, \
0x253 { O2 `nx_aes_hmac_mbuf: mout->next = NULL ` }, \
0x254 { O2 `nx_integer_modular_op: init context fail ` }, \
0x255 { O2 `nx_integer_modular_op: RSA NX op fail rc =DW ` }, \
0x256 { O2 `nx_integer_modular_op: nx_MExp fail rc =DW ` }, \
0x257 { O2 `nx_integer_modular_op: nx_MMult fail rc =DW ` }, \
0x258 { O2 `nx_integer_modular_op: nx_MRed fail rc =DW ` }, \
0x259 { O2 `nx_integer_modular_op: nx_MInv fail rc =DW ` }, \
0x260 { O2 `nx_integer_modular_op: nx_MAdd fail rc =DW ` }, \
0x261 { O2 `nx_integer_modular_op: nx_MSub fail rc =DW ` }, \
0x262 { O2 `Cannot find useable RSA NX context` }, \
0x263 { O2 `nx_bn_modexp: nx_MExp fail` }, \
0x264 { O2 `nx_bn_mulmod: nx_MMult fail` }, \
0x265 { O2 `nx_bn_modinv: nx_MInv fail` }, \
0x266 { O2 `terminate_nx_request:H_STOP_COP_OP failed, rc=DW` }, \
0x267 { O2 `terminate_nx_request:H_STOP_COP_OP returns H_NOT_ACTIVE ` }, \
0x268 { O2 `nx_integer_modular_op: cannot find free interrupt handler ` }, \
0x269 { O2 `NX asym RSA is disabled` }, \
0x270 { O2 `nx_dr_kevent: nx_dr_kill_async_ops: rc =DW` }, \
0x271 { O2 `nx_mem_migrate: nx_dr_kill_async_ops: rc =DW` }, \
0x272 { O2 `execute_nx_request: async hcall, et_wait rc =DW ` }, \
0x273 { O2 `nx_dr_kevent: Init interrupt handlers failed, rc =DW, index =DW ` }, \
0x300 { O2 `in_core_aes_setkey: is called` }, \
0x301 { O2 `in_core_aes_encrypt: is called` }, \
0x302 { O2 `in_core_aes_decrypt: is called` }, \
0x303 { O2 `in_core_aes_cbc_encrypt: is called` }, \
0x304 { O2 `in_core_aes_cbc_decrypt: is called` }, \
0x305 { O2 `in_core_aes_ctr_encrypt: is called` }, \
0x306 { O2 `in_core_aes_ctr_decrypt: is called` }, \
0x307 { O2 `in_core_aes_xts_encrypt: is called` }, \
0x308 { O2 `in_core_aes_xts_decrypt: is called` }, \
0x309 { O2 `in_core_aes_setkey: ret =DW` }, \
0x310 { O2 `in_core_aes_encrypt: ret =DW` }, \
0x311 { O2 `in_core_aes_decrypt: ret =DW` }, \
0x312 { O2 `in_core_aes_cbc_encrypt: ret =DW` }, \
0x313 { O2 `in_core_aes_cbc_decrypt: ret =DW` }, \
0x314 { O2 `in_core_aes_ctr_encrypt: ret =DW` }, \
0x315 { O2 `in_core_aes_ctr_decrypt: ret =DW` }, \
0x316 { O2 `in_core_aes_xts_encrypt: ret =DW` }, \
0x317 { O2 `in_core_aes_xts_decrypt: ret =DW` }, \
0x500 { O2 `CLiC_reset_cipher:nx_aes_init fail` }, \
0x501 { O2 `CLiC_reset_cipher:unset useNX flag` }, \
0x502 { O2 `CLiC_reset_cipher:set useNX flag` }, \
0x505 { O2 `digest_new:nx_digest_init fail` }, \
0x506 { O2 `digest_new:unset useNX flag` }, \
0x507 { O2 `digest_new:set useNX flag` }, \
\* { O2 `unknown subhook $HD $ERROR` }
103b 1.0 'P11' \
$HD, \
\* { O2 `unknown subhook $HD $ERROR` }
105d 1.0 "@shientdd" \
{{$label = "SHIENTDD" }} \
$1058
107e 1.0 "@mlxcentdd" \
{{$label = "MLXCENTDD"}} \
$1058
107f 1.0 "@mlxcentdd_rdma" \
{{ $label = "MLXCENTDD" }} \
$1065
66C0 1.1 "@mlxentdd" \
{{ $label = "MLXENTDD " }} \
$1058
6700 1.1 "@mlxrdma" \
{{ $label = "MLXENTDD " }} \
$1065
106e 1.0 "@lnc2entdd" \
{{$label = "LNC2ENTDD" }} \
$1058
4A4 1.0 "@RPCSEC_GSS: rpcsec.so routines" \
$HD%D1, \
1 { "__rpc_gss_seccreate:entry" }, \
2 { "__rpc_gss_seccreate:__rpc_gss_qop_to_num failed " err=$D1 sys=$D2 }, \
3 { "__rpc_gss_seccreate:__rpc_gss_mech_to_oid failed " err=$D1 sys=$D2 }, \
4 { "__rpc_gss_seccreate:gss_import_name failed " maj=$D1 min=$D2 }, \
5 { "__rpc_gss_seccreate:malloc failed" }, \
6 { "__rpc_gss_seccreate:rpc_gss_seccreate_pvt failed " maj=$D1 min=$D2 }, \
7 { "__rpc_gss_seccreate:requested service not supported" }, \
8 { "__rpc_gss_seccreate:exiting successfully" }, \
9 { "rpc_gss_seccreate_pvt:entry" }, \
10 { "rpc_gss_seccreate_pvt:starting new token" }, \
11 { "rpc_gss_seccreate_pvt:gss_init_sec_context failed " maj=$D1 min=$D2 }, \
12 { "rpc_gss_seccreate_pvt:rpc call failed " stat=$D1 }, \
13 { "rpc_gss_seccreate_pvt:gss_accept_sec_context failed " maj=$D1 min=$D2 }, \
14 { "rpc_gss_seccreate_pvt:null context handle" }, \
15 { "rpc_gss_seccreate_pvt:mismatched context handle" }, \
16 { "rpc_gss_seccreate_pvt:unexpected token" }, \
17 { "rpc_gss_seccreate_pvt:no token" }, \
18 { "rpc_gss_seccreate_pvt:exiting successfully" }, \
19 { "rpc_gss_seccreate_pvt:exiting unsuccessfully" }, \
20 { "rpc_gss_seccreate_pvt:no memory for handle" }, \
21 { "rpc_gss_seccreate_pvt:no memory for token" }, \
22 { "rpc_gss_set_defaults:entry " service=$D1 }, \
23 { "rpc_gss_set_defaults:bad service " service=$D1 }, \
24 { "rpc_gss_set_defaults:__rpc_gss_oid_to_mech failed " }, \
25 { "rpc_gss_set_defaults:__rpc_gss_qop_to_num failed " }, \
26 { "rpc_gss_set_defaults:exiting successfully " }, \
27 { "marshall_creds:entry " vers=$D1 proc=$D2 seq=$D3 serv=$D4 }, \
28 { "marshall_creds:__xdr_rpc_gss_creds failed " }, \
29 { "marshall_creds:xdr_opaque_auth failed " }, \
30 { "marshall_creds:exiting successfully " }, \
31 { "marshall_verf:entry " vers=$D1 proc=$D2 seq=$D3 serv=$D4 }, \
32 { "marshall_verf:not established case " exitcode=$D1 }, \
33 { "marshall_verf:gss_sign failed " maj=$D1 min=$D2 }, \
34 { "marshall_verf:established case " exitcode=$D1 }, \
35 { "rpc_gss_marshall:entry " }, \
36 { "rpc_gss_marshall:xdr_opaque_auth failed " }, \
37 { "rpc_gss_marshall:exiting successfully " }, \
38 { "rpc_gss_nextverf " }, \
39 { "rpc_gss_validate:entry " }, \
40 { "rpc_gss_validate:context not established " }, \
41 { "rpc_gss_validate:gss_verify failed " maj=$D1 min=$D2 }, \
42 { "rpc_gss_validate:exiting successfully " }, \
43 { "rpc_gss_refresh:entry " vers=$D1 proc=$D2 seq=$D3 serv=$D4 }, \
44 { "rpc_gss_refresh:data " why=$D1 est=$D2 iscon=$D3 }, \
45 { "rpc_gss_refresh:not established " }, \
46 { "rpc_gss_refresh:exiting successfully " }, \
47 { "rpc_gss_refresh:rpc_gss_seccreate_pvt failed " }, \
48 { "rpc_gss_refresh:exiting unsuccessfully " }, \
49 { "rpc_gss_destroy:entry " }, \
50 { "rpc_gss_destroy:exit " }, \
51 { "rpc_gss_destroy_pvt:entry " }, \
52 { "rpc_gss_destroy_pvt:informing server " }, \
53 { "rpc_gss_destroy_pvt:destroying locally " }, \
54 { "rpc_gss_destroy_pvt:destroying creds " }, \
55 { "rpc_gss_destroy_pvt:destroying name " }, \
56 { "rpc_gss_destroy_pvt:exit " }, \
57 { "__rpc_gss_wrap:entry " buflen=$D1 }, \
58 { "__rpc_gss_wrap:invalid context " }, \
59 { "__rpc_gss_wrap:established " seqnum=$D1 }, \
60 { "__rpc_gss_wrap:temp XDR_PUTBYTES failed " }, \
61 { "__rpc_gss_wrap:marshall_creds failed " }, \
62 { "__rpc_gss_wrap:marshall_verf failed " }, \
63 { "__rpc_gss_wrap:real XDR_PUTBYTES failed " }, \
64 { "__rpc_gss_wrap:no encryption " res=$D1 }, \
65 { "__rpc_gss_wrap:encryption " res=$D1 }, \
66 { "__rpc_gss_unwrap:entry " est=$D1 ser=$D2 }, \
67 { "__rpc_gss_unwrap:no encryption " res=$D1 }, \
68 { "__rpc_gss_unwrap:encryption " res=$D1 }, \
69 { "__rpc_gss_max_data_length:entry " est=$D1 ser=$D2 len=$D3 }, \
70 { "__rpc_gss_max_data_length:unable to determine " }, \
71 { "__rpc_gss_max_data_length:returning " len=$D1 }, \
72 { "__rpc_gss_max_get_error:entry " }, \
73 { "__rpc_gss_max_get_error:returning " err=$D1 sys=$D2 }, \
74 { "__rpc_gss_err:entry " }, \
75 { "__rpc_gss_err:main thread " }, \
76 { "__rpc_gss_err:_thr_keycreate failed " }, \
77 { "__rpc_gss_err:calloc thread " }, \
78 { "__rpc_gss_err:_thr_setspecific failed " }, \
79 { "__rpc_gss_err:exiting with new memory " }, \
80 { "__rpc_gss_err:exiting with old memory " }, \
81 { "ctx_cleanup:entry " }, \
82 { "ctx_cleanup:exit " }, \
83 { "__rpc_gss_set_server_parms:entry " init=$D1 max=$D2 size=$D3 }, \
84 { "__rpc_gss_set_server_parms:exit " }, \
85 { "shift_bits:entry " bits=$D1 }, \
86 { "shift_bits:exit " }, \
87 { "check_seq:entry " seq=$D1 clseq=$D2 }, \
88 { "check_seq:exceeds maximum " }, \
89 { "check_seq:exceeds last seen " }, \
90 { "check_seq:outside window " }, \
91 { "check_seq:already seen " }, \
92 { "check_seq:exiting successfully " }, \
93 { "__rpc_gss_make_principal:entry " }, \
94 { "__rpc_gss_make_principal:unable to allocate memory " }, \
95 { "__rpc_gss_make_principal:exiting successfully " }, \
96 { "set_client_principal:entry " }, \
97 { "set_client_principal:gss_export_name failed " maj=$D1 min=$D2 }, \
98 { "set_client_principal:exiting " res=$D1 }, \
99 { "__rpc_gss_set_callback:entry " }, \
100 { "__rpc_gss_set_callback:null callback " }, \
101 { "__rpc_gss_set_callback:unable to allocate list entry " }, \
102 { "__rpc_gss_set_callback:exiting successfully " }, \
103 { "do_callback:entry " prog=$D1 vers=$D2 }, \
104 { "do_callback:callback found " }, \
105 { "do_callback:callback not found " }, \
106 { "do_callback:exiting " res=$D1 }, \
107 { "__rpc_gss_getcred:entry " }, \
108 { "__rpc_gss_getcred:__rpc_gss_mech_to_oid failed " }, \
109 { "__rpc_gss_getcred:gsscred_name_to_unix_cred failed " res=$D1}, \
110 { "__rpc_gss_getcred:gss_get_group_info failed " res=$D1 }, \
111 { "__rpc_gss_getcred:exiting " }, \
112 { "__svcrpcsec_gss:entry " }, \
113 { "__svcrpcsec_gss:zero-length cred " }, \
114 { "__svcrpcsec_gss:__xdr_rpc_gss_creds failed" }, \
115 { "__svcrpcsec_gss:bad service " service=$D1 }, \
116 { "__svcrpcsec_gss:non-null context handle " }, \
117 { "__svcrpcsec_gss:unable to create client " }, \
118 { "__svcrpcsec_gss:null context handle " }, \
119 { "__svcrpcsec_gss:unable to get client client " }, \
120 { "__svcrpcsec_gss:stale client " }, \
121 { "__svcrpcsec_gss:data request to nonestablished client " }, \
122 { "__svcrpcsec_gss:init request to established client " }, \
123 { "__svcrpcsec_gss:svc_getargs failed " }, \
124 { "__svcrpcsec_gss:gss_accept_sec_context " maj=$D1 min=$D2 }, \
125 { "__svcrpcsec_gss:gss_accept_sec_context after refresh " maj=$D1 min=$D2 }, \
126 { "__svcrpcsec_gss:rpc_gss_refresh_svc_cred failed " }, \
127 { "__svcrpcsec_gss:__rpc_gss_oid_to_mech failed " }, \
128 { "__svcrpcsec_gss:set_client_principal failed " }, \
129 { "__svcrpcsec_gss:gss failure " maj=$D1 min=$D2 }, \
130 { "__svcrpcsec_gss:set_response_verf failed " }, \
131 { "__svcrpcsec_gss:check_verf failed " }, \
132 { "__svcrpcsec_gss:do_callback failed " }, \
133 { "__svcrpcsec_gss:qop changed " }, \
134 { "__svcrpcsec_gss:check_seq failed " stale=$D1 }, \
135 { "__svcrpcsec_gss:set_response_verf failed " }, \
136 { "__svcrpcsec_gss:gss procedure " proc=$D1 }, \
137 { "__svcrpcsec_gss:not data or destroy " }, \
138 { "__svcrpcsec_gss:service has changed " client=$D1 cred=$D2 }, \
139 { "__svcrpcsec_gss:exiting successfully " }, \
140 { "__svcrpcsec_gss:exiting unsuccessfully " ret=$D1 }, \
141 { "check_verf:entry" }, \
142 { "check_verf:exiting " maj=$D1 min=$D2 }, \
143 { "set_response_verf:entry " }, \
144 { "set_response_verf:gss_sign failed " maj=$D1 min=$D2 }, \
145 { "set_response_verf:exiting successfully " }, \
146 { "create_client:entry " }, \
147 { "create_client:unable to allocate space for client " }, \
148 { "create_client:too many clients " }, \
149 { "create_client:exiting successfully " }, \
150 { "insert_client:entry " }, \
151 { "insert_client:exiting " contexts=$D1 }, \
152 { "get_client:entry " key=$D1 }, \
153 { "get_client:stale " }, \
154 { "get_client:exiting " cl=$D1 }, \
155 { "find_client:entry " key=$D1 }, \
156 { "find_client:exiting " cl=$D1 }, \
157 { "destroy_client:entry " key=$D1 }, \
158 { "destroy_client:exiting " contexts=$D1 }, \
159 { "sweep_clients:entry " }, \
160 { "sweep_clients:exiting " }, \
161 { "drop_lru_client:entry " }, \
162 { "drop_lru_client:exiting " }, \
163 { "find_svc_cred:entry " prog=$D1 vers=$D2 }, \
164 { "find_svc_cred:no list to search " }, \
165 { "find_svc_cred:exiting successfully " }, \
166 { "find_svc_cred:exiting unsuccessfully " }, \
167 { "__rpc_gss_set_svc_name:entry " }, \
168 { "__rpc_gss_set_svc_name:__rpc_gss_mech_to_oid failed " }, \
169 { "__rpc_gss_set_svc_name:gss_import_name failed " maj=$D1 min=$D2 }, \
170 { "__rpc_gss_set_svc_name:gss_add_cred " maj=$D1 min=$D2 }, \
171 { "__rpc_gss_set_svc_name:exiting successfully " }, \
172 { "__rpc_gss_set_svc_name:exiting successfully on dup " }, \
173 { "__rpc_gss_set_svc_name:exiting successfully after refresh " }, \
174 { "__rpc_gss_set_svc_name:rpc_gss_refresh_svc_cred failed " }, \
175 { "__rpc_gss_set_svc_name:exiting unsuccessfully on add fail" }, \
176 { "__rpc_gss_set_svc_name:unable to allocate new cred " }, \
177 { "__rpc_gss_set_svc_name:gss_acquire_cred failed " maj=$D1 min=$D2 }, \
178 { "__rpc_gss_set_svc_name:unable to allocate server name " }, \
179 { "__rpc_gss_set_svc_name:exiting successfully " }, \
180 { "rpc_gss_refresh_svc_cred:entry " }, \
181 { "rpc_gss_refresh_svc_cred:gss_acquire_cred failed " maj=$D1 min=$D2 }, \
182 { "rpc_gss_refresh_svc_cred:exiting successfully " }, \
183 { "svc_rpc_gss_wrap:entry " }, \
184 { "svc_rpc_gss_wrap:no encryption " res=$D1 }, \
185 { "svc_rpc_gss_wrap:encryption " res=$D2 }, \
186 { "svc_rpc_gss_unwrap:entry " }, \
187 { "svc_rpc_gss_unwrap:no encryption " res=$D1 }, \
188 { "svc_rpc_gss_unwrap:encryption " res=$D2 }, \
189 { "__rpc_gss_svc_max_data_length:entry " }, \
190 { "__rpc_gss_svc_max_data_length:returning 0 " }, \
191 { "__rpc_gss_svc_max_data_length:returning " $D1 }, \
192 { "gss_get_group_info:entry " uid=$D1 }, \
193 { "gss_get_group_info:IDtouser failed " }, \
194 { "gss_get_group_info:getuserattr for pgrp failed " }, \
195 { "gss_get_group_info:getgroupattr failed for pgrp " }, \
196 { "gss_get_group_info:getuserattr for groups failed " }, \
197 { "gss_get_group_info:unable to allocate gid array " }, \
198 { "gss_get_group_info:getgroupattr failed " }, \
199 { "gss_get_group_info:exiting " }, \
200 { "gsscred_name_to_unix_cred:entry " }, \
201 { "gsscred_name_to_unix_cred:gss_display_name failed " maj=$D1 }, \
202 { "gsscred_name_to_unix_cred:unable to allocate name space " }, \
203 { "gsscred_name_to_unix_cred:getpwnam_r failed " res=$D1 }, \
204 { "gsscred_name_to_unix_cred:exiting " res=$D1 }, \
205 { "__xdr_gss_buf:entry " }, \
206 { "__xdr_gss_buf:exiting successfully " }, \
207 { "__xdr_gss_buf:exiting unsuccessfully " }, \
208 { "__xdr_rpc_gss_creds:entry " }, \
209 { "__xdr_rpc_gss_creds:exiting unsuccessfully " }, \
210 { "__xdr_rpc_gss_creds:exiting successfully " }, \
211 { "__xdr_rpc_gss_init_arg:entry " }, \
212 { "__xdr_rpc_gss_init_arg:exiting unsuccessully " }, \
213 { "__xdr_rpc_gss_init_arg:exiting successfully " }, \
214 { "__xdr_rpc_gss_init_res:entry " }, \
215 { "__xdr_rpc_gss_init_res:exiting unsuccessully " }, \
216 { "__xdr_rpc_gss_init_res:exiting successfully " }, \
217 { "__rpc_gss_wrap_data:entry " }, \
218 { "__rpc_gss_wrap_data:unable to allocate buffer " }, \
219 { "__rpc_gss_wrap_data:unable to XDR sequence number " }, \
220 { "__rpc_gss_wrap_data:unable to serialize args " }, \
221 { "__rpc_gss_wrap_data:gss_seal failed " maj=$D1 min=$D2 }, \
222 { "__rpc_gss_wrap_data:unable to encrypt args " }, \
223 { "__rpc_gss_wrap_data:gss_sign failed " maj=$D1 min=$D2 }, \
224 { "__rpc_gss_wrap_data:bad service " }, \
225 { "__rpc_gss_wrap_data:unable to xdr in_buf " }, \
226 { "__rpc_gss_wrap_data:unable to xdr out_buf " }, \
227 { "__rpc_gss_wrap_data:exiting " res=$D1 }, \
228 { "__rpc_gss_unwrap_data:entry " }, \
229 { "__rpc_gss_unwrap_data:__xdr_gss_buf failed " }, \
230 { "__rpc_gss_unwrap_data:gss_unseal failed " maj=$D1 min=$D2 }, \
231 { "__rpc_gss_unwrap_data:bad conf or qop " conf=$D1 qop=$D2 qopcheck=$D3 }, \
232 { "__rpc_gss_unwrap_data:unable to get checksum " }, \
233 { "__rpc_gss_unwrap_data:gss_verify failed " maj=$D1 min=$D2 }, \
234 { "__rpc_gss_unwrap_data:bad qop " qop=$D1 qopcheck=$D2 }, \
235 { "__rpc_gss_unwrap_data:unable to XDR sequence number " }, \
236 { "__rpc_gss_unwrap_data:sequence number mismatch " s1=$D1 s2=$D2 }, \
237 { "__rpc_gss_unwrap_data:unable to deserialize args " }, \
238 { "__rpc_gss_unwrap_data:exiting successfully " }, \
239 { "__rpc_gss_unwrap_data:exiting unsuccessfully " }, \
240 { "__find_max_data_length:entry " len=$D1 }, \
241 { "__find_max_data_length:no encryption " }, \
242 { "__find_max_data_length:exiting " size=$D1 }, \
243 { "__find_max_data_length:gss_wrap_size_limit failed " maj=$D1 min=$D2 }, \
244 { "__rpc_gss_mech_to_oid:entry " }, \
245 { "__rpc_gss_mech_to_oid:mechanism not known " }, \
246 { "__rpc_gss_mech_to_oid:exiting successfully " }, \
247 { "__rpc_gss_oid_to_mech:entry " }, \
248 { "__rpc_gss_oid_to_mech:exiting successfully " }, \
249 { "__rpc_gss_oid_to_mech:unknown oid " }, \
250 { "__rpc_gss_qop_to_num:entry " }, \
251 { "__rpc_gss_qop_to_num:unknown mechanism " }, \
252 { "__rpc_gss_qop_to_num:exiting successfully " qop=$D1 }, \
253 { "__rpc_gss_qop_to_num:unknown qop " }, \
254 { "__rpc_gss_num_to_qop:entry " qop=$D1 }, \
255 { "__rpc_gss_num_to_qop:unknown mechanism " }, \
256 { "__rpc_gss_num_to_qop:exiting successfully " }, \
257 { "__rpc_gss_num_to_qop:unknown qop " }, \
258 { "__rpc_gss_svc_to_num:entry " }, \
259 { "__rpc_gss_svc_to_num:unknown service " }, \
260 { "__rpc_gss_svc_to_num:exiting successfully " svc=$D1 }, \
261 { "__rpc_gss_num_to_svc:entry " svc=$D1 }, \
262 { "__rpc_gss_num_to_svc:exiting " res=$D1 }, \
263 { "__rpc_gss_get_principal_name:entry " }, \
264 { "__rpc_gss_get_principal_name:null user " }, \
265 { "__rpc_gss_get_principal_name:__rpc_gss_mech_to_oid failed " }, \
266 { "__rpc_gss_get_principal_name:gss_import_name failed " maj=$D1 min=$D2 }, \
267 { "__rpc_gss_get_principal_name:gss_canonicalize_name failed " maj=$D1 min=$D2 }, \
268 { "__rpc_gss_get_principal_name:gss_export_name failed " maj=$D1 min=$D2 }, \
269 { "__rpc_gss_get_principal_name:unable to allocate principal " }, \
270 { "__rpc_gss_get_principal_name:exiting successully " }, \
271 { "__rpc_gss_get_mechanisms " }, \
272 { "__rpc_gss_get_mech_info:entry" }, \
273 { "__rpc_gss_get_mech_info:unknown mechanism " }, \
274 { "__rpc_gss_get_mech_info:exiting successfully " }, \
275 { "__rpc_gss_get_versions:entry " }, \
276 { "__rpc_gss_get_versions:exiting successfully " hi=$D1 lo=$D2 }, \
277 { "__rpc_gss_is_installed:entry " }, \
278 { "__rpc_gss_is_installed:null mechanism " }, \
279 { "__rpc_gss_is_installed:__rpc_gss_get_mechanisms failed " }, \
280 { "__rpc_gss_is_installed:exiting successfully " }, \
281 { "__rpc_gss_is_installed:exiting unsuccessfully " }, \
282 { "gsscred_name_to_unix_cred:foreign realm " }
1002 1.0 "@STNFS: Client general routines" \
$HOOKENV, \
32 { \
HT & 0x7, \
0 { \
$D1%D4, \
7 { "SNFS_CREATE_REMOTE_NODE " G8 $HD%S1 }, \
8 { "STNFS3_CREATE_LOCAL_NODE " G8 $HD%S1 }, \
10 { "STNFS_CHANGE_NODE_NAME " G8 $HD%S1 }, \
\* { `STNFS_VOPS ` } \
$BREAK \
} }, \
64 { \
HT & 0X4000, \
0x4000 { \
$D1%D4, \
7 { "SNFS_CREATE_REMOTE_NODE " G16 $HL%S1 }, \
8 { "STNFS3_CREATE_LOCAL_NODE " G16 $HL%S1 }, \
10 { "STNFS_CHANGE_NODE_NAME " G16 $HL%S1 }, \
\* { `STNFS_VOPS ` } \
$BREAK \
} } \
$HD%D1, \
1 { "STNFS_STORAGE_INIT " \
$D1, \
0 { "stnfs_storage_init enter " D2=$D2 starttimer(0x1002,$D2) }, \
1 { "kkeyset_create ret" error=$D2 }, \
2 { "kkeyset_add_set ret" error=$D2 }, \
3 { "kkeyset_remove_key ret" error=$D2 }, \
4 { "kkeyset_remove_key ret" error=$D2 }, \
5 { "kkeyset_remove_key KKEY_DMA " error=$D2 }, \
6 { "kkeyset_remove_key KKEY_IOMAP " error=$D2 }, \
7 { "kkeyset_add_key KKEY_STNFS " error=$D2 }, \
8 { "kkeyset_add_key KKEY_FILE_DATA " error=$D2 }, \
9 { "kkeyset_to_hkeyset " error=$D2 }, \
10 { "kkeyset_delete " error=$D2 }, \
11 { "heap_create " error=$D2 }, \
12 { "heap_create " error=$D2 }, \
13 { "stnfs_storage_init done " error=$D2 } }, \
2 { "STNFS_STORAGE_UNINIT " \
$D1, \
0 { "stnfs_storage_uninit enter " D2=$D2 starttimer(0x1002,$D2) }, \
1 { "stnfs_storage_uninit done " } }, \
5 { "STNFS_DR_EVENT " \
$D1, \
0 { "stnfs_dr_event enter " event=$D2 info=$D3 starttimer(0x1002,$D2) }, \
1 { "stnfs_dr_event done " } }, \
6 { "STNFS_CONFIG " \
$D1, \
0 { "stnfs_config enter " cmd=$D2 uiop=$D3 starttimer(0x1002,$D2) }, \
1 { "pincode ret " error=$D2 D3=$D3 }, \
2 { "gfsadd ret " error=$D2 D3=$D3 }, \
3 { "vm_mount ret " error=$D2 D3=$D3 }, \
4 { "stnfs_storage_init ret " error=$D2 D3=$D3 }, \
12 { "stnfs_init_ras ret " error=$D2 D3=$D3}, \
5 { "stnfs_config " D2=$D2 D3=$D3}, \
6 { "stnfs_initialized " D2=$D2 D3=$D3 }, \
7 { "stnfs_mount_list " error=$D2 D3=$D3}, \
8 { "gfsdel ret " error=$D2 D3=$D3}, \
9 { "vm_umount ret " error=$D2 D3=$D3}, \
10 { "stnfs_config done " D2=$D2 D3=$D3 }, \
11 { "stnfs_config done " error=$D2 D3=$D3} }, \
7 { "STNFS_CREATE_REMOTE_NODE " \
$D1, \
0 { "stnfs_create_remote_node enter " stpp=$D2 vfsp=$D3 name=$D4 starttimer(0x1002,$D2) }, \
1 { "stp NULL" error=$D2 D3=$D3}, \
2 { "namelen check" error=$D2 D3=$D3}, \
3 { "fhlen check" error=$D2 D3=$D3}, \
4 { "stg NULL" error=$D2 D3=$D3}, \
5 { "stnfsg_fhptr check" error=$D2 D3=$D3}, \
6 { "stnfs_crt_rmt_node done" stpp=$D2 name=$D3 fhdata=$D4 }, \
7 { fhlen=$D2 fhdata=$D3 vattrp=$D4 } }, \
8 { "STNFS_CREATE_LOCAL_NODE " \
$D1, \
0 { "stnfs_create_local_node enter" stpp=$D2 vfsp=$D3 name=$D4 starttimer(0x1002,$D2) }, \
1 { "stp NULL" error=$D2 D3=$D3 name=$D4 }, \
2 { "namelen check" error=$D2 D3=$D3 name=$D4 }, \
3 { "stg NULL" error=$D2 D3=$D3 name=$D4 }, \
4 { "stnfs_create_local_node done" stpp=$D2 vfsp=$D3 name=$D4 }, \
5 { vattrp=$D2 D3=$D3 D4=$D4 } }, \
9 { "STNFS_DISTROY_GNODE " \
$D1, \
0 { "stnfs_destroy_gnode enter" stnfs_gnodep=$D2 stnfsg_flags=$D3 stnfsg_fhptr=$D4 starttimer(0x1002,$D2) }, \
1 { "stnfs_destroy_gnode done" D2=$D2 D3=$D3 D4=$D4} }, \
A { "STNFS_DISTROY_NODE " \
$D1, \
0 { "stnfs_destroy_node enter" stnfs_nodep=$D2 stnfs_flags=$D3 stnfsg_refcount=$D4 starttimer(0x1002,$D2) }, \
1 { "stnfs_destroy_node done" D2=$D2 D3=$D3 D4=$D4} }, \
B { "STNFS_FETCH_ATTR " \
$D1, \
0 { "stnfs_fetch_attrs enter" stp=$D2 stnfsg_flags=$D3 starttimer(0x1002,$D2) }, \
1 { "STNFSG_HAVE_ATTRS" stp=$D2 stnfsg_flags=$D3 }, \
2 { "STNFSG_HAVE_ATTRS" stp=$D2 stnfsg_flags=$D3 }, \
3 { "stnfs_lookup_otw ret" error=$D2 stp=$D3 }, \
4 { "STNFSG_HAVE_ATTRS" stp=$D2 stnfsg_flags=$D3 }, \
5 { "stnfs_getattr_otw" error=$D2 stp=$D3 }, \
6 { "stnfs_fetch_attrs done" stp=$D2 stnfsg_flags=$D3 } }, \
C { "STNFS_FETCH_SYMLINK_DATA " \
$D1, \
0 { "stnfs_fetch_symlink_data enter" stp=$D2 stnfsg_flags=$D3 starttimer(0x1002,$D2) }, \
1 { "STNFS_HAVE_LINK set" stp=$D2 stnfsg_flags=$D3 }, \
2 { "STNFS_HAVE_LINK set" stp=$D2 stnfsg_flags=$D3 }, \
3 { "STNFSG_HAVE_FH set" error=$D2 stp=$D3 }, \
4 { "non zero error" error=$D2 stp=$D3 }, \
5 { "error zero" stp=$D2 stnfs_flags=$D3 } }, \
D { "STNFS_POPULATE_NODE " \
$D1, \
0 { "stnfs_populate_node enter" dstp=$D2 stnfsg_flags=$D3 starttimer(0x1002,$D2) }, \
1 { "STNFS_POPULATED" dstp=$D2 stnfsg_flags=$D3 }, \
2 { "NOT A VDIR" dstp=$D2 gn_type=$D3 }, \
3 { "STNFS_POPULATED" dstp=$D2 stnfsg_flags=$D3 }, \
4 { "STNFSG_HAVE_FH" error=$D2 dstp=$D3 }, \
5 { "stnfs_readdir_otw ret" error=$D2 dstp=$D3 }, \
6 { "stnfs_crt_rmt_nde ret" error=$D2 dstp=$D3 }, \
7 { "stnfs_populate_node done" dstp=$D2 stnfsg_flags=$D3 } }, \
E { "STNFS_FREE_DIR_LIST " \
$D1, \
0 { "stnfs_free_dir_list enter" stnfs_dir_list_t=$D2 starttimer(0x1002,$D2) } }, \
F { "STNFS_CHECK_ACCESS " \
$D1, \
0 { "stnfs_check_access enter" stp=$D2 acc=$D3 cr=$D4 starttimer(0x1002,$D2) }, \
1 { "cr_uid check" D2=$D2 acc=$D3 cred=$D4 }, \
2 { "groupmember_cr check" D2=$D2 acc=$D3 cred=$D4 }, \
3 { "va_mode check" D2=$D2 acc=$D3 cred=$D4 }, \
4 { "privcheck_cr check" D2=$D2 acc=$D3 cred=$D4 }, \
5 { "R_ACC" D2=$D2 acc=$D3 cred=$D4 }, \
6 { "W_ACC" D2=$D2 acc=$D3 cred=$D4 }, \
7 { "X_ACC" D2=$D2 acc=$D3 cred=$D4 } }, \
10 { "STNFS_CHANGE_NODE_NAME " \
$D1, \
0 { "stnfs_change_node_name enter" stp=$D2 stnfs_flags=$D3 starttimer(0x1002,$D2) }, \
1 { "ptr NULL" enomem=$D2 namelen=$D3 }, \
2 { "stnfs_change_node_name done" stp=$D2 stnfs_flags=$D3 } }, \
11 { "STNFS_LINK_NODE " \
$D1, \
0 {"stnfs_link_node entr" stnfs node1=$D2 stnfs node2=$D3 local=$D4 starttimer(0x1002,$D2) }, \
1 { "stnfs_link_node done" stnfs node1=$D2 stnfs_node2=$D3 local=$D4 } }, \
12 { "STNFS_OPTION_CNTL " \
$D1, \
0 { "stnfs_option_cntl enter" cmd=$D2 caddr_t=$D3 size=$D4 starttimer(0x1002,$D2) }, \
1 { "stnfs_option_cntl done" cmd=$D2 caddr_t=$D3 error=$D4 }, \
2 { "uiomove ret chek" error=$D2 pages=$D3 }, \
3 { "pages check" error=$D2 pages=$D3 }, \
4 { "size check" error=$D2 size=$D3 }, \
5 { "uiomove ret chek" error=$D2 stnfs_per_pages=$D3 } }, \
13 { "STNFS_INET_PTON6 " \
$D1, \
0 { "inet_pton6 enter" src=$D2 dst=$D3 starttimer(0x1002,$D2) }, \
1 { "src leading char check" }, \
2 { "val check" }, \
3 { "saw_xdigit check" }, \
4 { "tp gt endp check" }, \
5 { "inet_pton6 done" }, \
6 { "saw_xdigit check" }, \
7 { "inet_pton6 done" }, \
8 { "cnt check inet_pton6 done" } }, \
14 { "STNFS_INET_PTON4 " \
$D1, \
0 { "inet_pton4 enter" src=$D2 dst=$D3 starttimer(0x1002,$D2) }, \
1 { "new gt 255 " }, \
2 { "octet gt four " }, \
3 { "octet eq four " }, \
4 { "inet_pton4 done" }, \
5 { "octet lt four" }, \
6 { "inet_pton4 done" } }, \
15 { "STNFS_INET_ATON " \
$D1, \
0 { "inet_aton enter" cp=$D2 addr=$D3 starttimer(0x1002,$D2) }, \
1 { "numeric end of string check " }, \
2 { "pp val range check " }, \
3 { "c check " }, \
4 { "case 2" }, \
5 { "case 3" }, \
6 { "case 4" }, \
7 { "inet_aton done" } }, \
18 { "STNFS_PUT_WORK " \
$D1, \
0 { "stnfs_put_work enter" cmd=$D2 arg=$D3 starttimer(0x1002,$D2) }, \
1 { "work check" error=$D2 }, \
2 { "stnfs_put_work done" work=$D2 } }, \
19 { "STNFS_GET_WORK " \
$D1, \
0 { "stnfs_get_work enter" stnfs_work_queue_head=$D2 stnfs_work_queue_count=$D3 starttimer(0x1002,$D2) }, \
1 { "stnfs_get_work done" stnfs_work_queue_head=$D2 stnfs_work_queue_count=$D3 work=$D4 starttimer(0x1002,$D2) } }, \
1A { "STNFS_WORKER " \
$D1, \
0 { "stnfs_worker enter" stnfs_work_thread_count=$D2 starttimer(0x1002,$D2) }, \
2 { "setpswap ret" error=$D1 }, \
1 { "stnfs_worker done" stnfs_work_thread_count=$D2 } }, \
1B { "STNFS_WORK " \
$D1, \
0 { "stnfs_work enter" stnfs_worker_stop=$D2 starttimer(0x1002,$D2) }, \
1 { "stnfs_work done" stnfs_work_thread_count=$D2 } }, \
1C { "STNFS_DO_REPLICATION " \
$D1, \
0 { "stnfs_do_replication enter" stmp=$D2 starttimer(0x1002,$D2) }, \
1 { "stnfs_do_replication done" stmp=$D2 } }, \
1D { "STNFS_COMPATIBLE " \
$D1, \
0 { "stnfs_compatible enter" src=$D2 dst=$D3 starttimer(0x1002,$D2) }, \
1 { "stnfs_support_len check" }, \
2 { "stnfs_support_val check" }, \
3 { "stnfs_fh_expire_type check" }, \
4 { "stnfs_link_support check" }, \
5 { "stnfs_symlink_support check" }, \
6 { "stnfs_aclsupport check" }, \
7 { "stnfs_case_insensitive check" }, \
8 { "stnfs_homogeneous check" }, \
9 { "stnfs_maxread check" }, \
10 { "stnfs_compatible done" } }, \
1E { "STNFS_CHECK_FS_LOCATION " \
$D1, \
0 { "stnfs_check_fs_locations enter" stmp=$D2 starttimer(0x1002,$D2) }, \
1 { "found check" tmp=$D2 }, \
2 { "found check" null=$D2 } }, \
22 { "STNFS_RECOVER_FH " \
$D1, \
0 { "stnfs_recover_fh enter" stg=$D2 flags=$D3 starttimer(0x1002,$D2) }, \
1 { "stp_list null" D2=$D2 }, \
2 { "stnfs_recover_fh_otw ret" D2=$D2 } }, \
23 { "STNFS_SUBMIT_GET_NODE " \
$D1, \
0 { "stnfs_submit_get_node enter" stg=$D2 starttimer(0x1002,$D2) }, \
1 { "stnfs_put_work ret" error=$D2 }, \
2 { "stnfs_put_work ret" error=$D2 } }, \
24 { "STNFS_SUBMIT_REPLICATION_GETATTR " \
$D1, \
0 { "stnfs_submit_replication_getattr enter" vnodep=$D2 starttimer(0x1002,$D2) }, \
1 { "stnfs_put_work ret" error=$D2 }, \
2 { "stnfs_put_work ret" D2=$D2 } }, \
1F { "STNFS_RECOVER_NODE" cmd=$D1 arg=$D3 }, \
20 { "STNFS_DO_LOOKUP" stp=$D1 }, \
21 { "STNFS_DO_GETATTR" cmd=$D1 arg=$D2 }, \
16 { "STNFS_WORKER_INIT" }, \
17 { "STNFS_WORKER_UNINIT" }, \
\* { STNFS_GENERAL }
1003 1.0 "@STNFS: VNOPS routines" \
$HOOKENV, \
32 { \
HT & 0x7, \
0 { \
$D1%D4, \
1 { "SNFS_LOOKUP " G8 $HD%S1 }, \
4 { "STNFS_RMDIR " G8 $HD%S1 }, \
5 { "STNFS_MKDIR " G8 $HD%S1 }, \
6 { "STNFS_SYMLINK " G8 $HD%S1 }, \
1006 { "STNFS_SYMLINK " G8 $HD%S1 }, \
8 { "STNFS_MKNOD " G8 $HD%S1 }, \
9 { "STNFS_RENAME " G8 $HD%S1 }, \
1009 { "STNFS_RENAME " G8 $HD%S1 }, \
B { "STNFS_LINK " G8 $HD%S1 }, \
E { "STNFS_CREATE " G8 $HD%S1 }, \
\* { `STNFS_VNOPS ` } \
$BREAK \
} }, \
64 { \
HT & 0X4000, \
0x4000 { \
$D1%D4, \
1 { "SNFS_LOOKUP " G16 $HL%S1 }, \
4 { "STNFS_RMDIR " G16 $HL%S1 }, \
5 { "STNFS_MKDIR " G16 $HL%S1 }, \
6 { "STNFS_SYMLINK " G16 $HL%S1 }, \
1006 { "STNFS_SYMLINK " G16 $HL%S1 }, \
8 { "STNFS_MKNOD " G16 $HL%S1 }, \
9 { "STNFS_RENAME " G16 $HL%S1 }, \
1009 { "STNFS_RENAME " G16 $HL%S1 }, \
B { "STNFS_LINK " G16 $HL%S1 }, \
E { "STNFS_CREATE " G16 $HL%S1 }, \
\* { `STNFS_VNOPS ` } \
$BREAK \
} } \
$HD%D1, \
1 { "STNFS_LOOKUP " \
$D1, \
0 { "stnfs_lookup enter" dvnodep=$D2 vnodep=$D3 name=$D4 starttimer(0x1003,$D2) }, \
1 { flags=$D2 vattrp=$D3 cred=$D4 }, \
2 { "stnfs_fetch_attrs check" error=$D2 D3=$D3 D4=$D4 }, \
3 { "gntype check" error=$D2 gn_type=$D3 D4=$D4 }, \
4 { "name check" error=$D2 gn_type=$D3 D4=$D4 }, \
5 { "stnfs_check_access check" error=$D2 D3=$D3 D4=$D4 }, \
6 { "name check" vpp=$D2 D3=$D3 D4=$D4 }, \
7 { "name check" vpp=$D2 D3=$D3 D4=$D4 }, \
8 { "stnfs_flags " name=$D2 stnfs_nodep=$D3 D4=$D4 }, \
9 { "stnfs_populate_node ret" error=$D2 stnfs_nodep=$D3 D4=$D4 }, \
10 { "stnfs_flags check" error=$D2 stnfs_nodep=$D3 }, \
11 { "stnfs_node NULL" return val=$D2 stnfs_nodep=$D3 name=$D4 }, \
12 { "stnfs_fetch_attrs err" error=$D2 stnfs_nodep=$D3 D4=$D4 }, \
13 { "stnfs_lookup done" vpp=$D2 D3=$D3 D4=$D4 } }, \
3 { "STNFS_REMOVE " \
$D1, \
0 { "stnfs_remove enter" vnodep=$D2 dnodep=$D3 starttimer(0x1003,$D2) }, \
1 { name=$D2 cred=$D3 }, \
2 { "gn_type check" error=$D2 gn_type=$D3 }, \
3 { "gn_type VDIR" error=$D2 gn_type=$D3 }, \
4 { "stnfs_populate_node ret" error=$D2 stnfs_node_tp=$D3 }, \
5 { "stnfs_flags" error=$D2 stnfs_node_tp=$D3 }, \
6 { "stnfs_check_access ret" error=$D2 stnfs_node_tp=$D3 }, \
7 { "stnfs_flags check" D2=$D2 D3=$D3 }, \
8 { "temp check" error=$D2 tmp=$D3 }, \
9 { "stnfs_remove done" D2=$D2 D3=$D3 } }, \
4 { "STNFS_RMDIR " \
$D1, \
0 { "stnfs_rmdir enter" vnodep=$D2 dnodep=$D3 starttimer(0x1003,$D2) }, \
1 { name=$D2 cred=$D3 }, \
2 { "dvp gn_type check" error=$D2 gn_type=$D3 }, \
3 { "vp gn_type check" error=$D2 gn_type=$D3 }, \
4 { "stnfs_flags gn_type check" name=$D2 stnfs_nodep=$D3 }, \
5 { "stnfs_populate_node ret" error=$D2 stnfs_nodep=$D3 }, \
6 { "stnfs_flags check" D2=$D2 D3=$D3 }, \
7 { "stnfs_check_access ret" error=$D2 stnfs_nodep=$D3 }, \
8 { "stnfs_flags check" D2=$D2 stnfs_flags=$D3 }, \
9 { "stnfs_find_child ret" error=$D2 tmp=$D3 }, \
10 { "stnfs_children check" error=$D2 stnfs_children=$D3 }, \
11 { "stnfs_rmdir done" D2=$D2 D3=$D3 } }, \
5 { "STNFS_MKDIR " \
$D1, \
0 { "stnfs_mkdir enter" dvnodep=$D2 name=$D3 starttimer(0x1003,$D2) }, \
1 { mode=$D2 cred=$D3 }, \
2 { "gn_type check" error=$D2 gn_type=$D3 }, \
3 { "stnfs_populate_node ret" error=$D2 stnfs_nodep=$D3 }, \
4 { "stnfs_flags check" D2=$D2 D3=$D3 }, \
5 { "stnfs_check_access ret" error=$D2 stnfs_nodep=$D3 }, \
6 { "stnfs_find_child ret" error=$D2 stnfs_nodep=$D3 }, \
7 { "stnfs_create_local_node ret" error=$D2 D3=$D3 }, \
8 { "stnfs_mkdir done" D2=$D2 D3=$D3 } }, \
6 { "STNFS_SYMLINK " \
$D1, \
0 { "stnfs_symlink enter" dvnodep=$D2 name=$D3 starttimer(0x1003,$D2) }, \
1 { data=$D2 cred=$D3 }, \
2 { "gn_type check" error=$D2 gn_type=$D3 }, \
3 { "Buffer check" error=$D2 len=$D3 }, \
4 { "stnfs_flags check" error=$D2 stnfs_nodep=$D3 }, \
5 { "stnfs_flags check" error=$D2 D3=$D3 }, \
6 { "stnfs_check_access ret" error=$D2 stnfs_nodep=$D3 }, \
7 { "stnfs_find_child ret" error=$D2 stnfs_nodep=$D3 }, \
8 { "stnfs_create_local_node ret" error=$D2 D3=$D3 }, \
9 { "stnfs_symlink done" D2=$D2 D3=$D3 } }, \
7 { "STNFS_READLINK " \
$D1, \
0 { "stnfs_readlink enter" vnodep=$D2 uiop=$D3 starttimer(0x1003,$D2) }, \
1 { "gn_type check" error=$D2 gn_type=$D3 }, \
2 { "stnfs_fetch_symlink_data ret" error=$D2 stnfs_nodep=$D3 }, \
3 { "uiomove ret" error=$D2 stnfs_nodep=$D3 }, \
4 { "uiomove ret" D2=$D2 D3=$D3 } }, \
8 { "STNFS_MKNODE " \
$D1, \
0 { "stnfs_mknod enter" dvnodep=$D2 name=$D3 starttimer(0x1003,$D2) }, \
1 { mode=$D2 dev=$D3 }, \
2 { cred=$D2 D3=$D3 }, \
3 { "v_type check" error=$D2 v_type=$D3 }, \
4 { "stnfs_populate_node ret" error=$D2 stnfs_nodep=$D3 }, \
5 { "stnfs_flags check" D2=$D2 D3=$D3 }, \
6 { "stnfs_check_access ret" error=$D2 stnfs_nodep=$D3 }, \
8 { "stnfs_find_child ret" error=$D2 stnfs_nodep=$D3 }, \
9 { "stnfs_create_local_node ret" error=$D2 D3=$D3 }, \
10 { "stnfs_mknod done" error=$D2 D3=$D3 } }, \
9 { "STNFS_RENAME " \
$D1, \
0 { "stnfs_rename enter" src_vp=$D2 src_dvp=$D3 starttimer(0x1003,$D2) }, \
1 { src_name=$D2 dst_vp=$D3 }, \
2 { dst_dvp=$D2 dst_name=$D3 }, \
3 { cred=$D2 D3=$D3 }, \
4 { "check src vfsp dst_vfsp" error=$D2 v_vfsp=$D3 }, \
5 { "name validity check" src_name=$D2 dst_name=$D3 }, \
6 { "check if a directory" error=$D2 gn_type=$D3 }, \
7 { "check access" error=$D2 D3=$D3 }, \
8 { "dir populated" error=$D2 src_dstp=$D3 }, \
9 { "stnfs_flags check" error=$D2 dst_dstp=$D3 }, \
20 { "check src file" error=$D2 gn_type=$D3 }, \
10 { "dir deleted" error=$D2 D3=$D3 }, \
11 { "src file deleted" error=$D2 D3=$D3 }, \
12 { "stnfs_find_child ret" error=$D2 src_dstp=$D3 }, \
13 { "stnfs_find_child ret" D2=$D2 D3=$D3 }, \
14 { "check files linked" D2=$D2 D3=$D3 }, \
15 { "check target dir" error=$D2 dst_dstp=$D3 }, \
16 { "check tmp_stp" error=$D2 stnfs_children=$D3 }, \
17 { "check gn_type" error=$D2 gn_type=$D3 }, \
22 { "renaming non dir to dir" error=$D2 gn_type=$D3 }, \
18 { "stnfs_change_node_name ret" error=$D2 stnfs_nodep=$D3 }, \
19 { "stnfs_rename done" D2=$D2 D3=$D3 } }, \
A { "STNFS_READDIR_EOF " \
$D1, \
0 { "stnfs_readdir_eofp enter" dvnodep=$D2 uiop=$D3 starttimer(0x1003,$D2) }, \
1 { eofp=$D2 cred=$D3 }, \
2 { "gn_type check" error=$D2 gn_type=$D3 }, \
3 { "uio_iovcnt check" error=$D2 uio_iovcnt=$D3 }, \
4 { "stnfs_check_access ret" error=$D2 stnfs_nodep=$D3 }, \
5 { "uio_resid check" D2=$D2 D3=$D3 }, \
6 { "stnfs_flags check" error=$D2 stnfs_nodep=$D3 }, \
7 { "buffer check" error=$D2 uio_resid=$D3 }, \
8 { "stnfs_readdir_eofp done" error=$D2 src_dstp=$D3 }, \
9 { "stnfs_readdir_eofp done" D2=$D2 D3=$D3 } }, \
B { "STNFS_LINK " \
$D1, \
0 { "stnfs_link enter" vnodep=$D2 dvnodep=$D3 starttimer(0x1003,$D2) }, \
1 { name=$D2 cred=$D3 }, \
2 { "gn_type check" error=$D2 gn_type=$D3 }, \
3 { "stnfs_populate_node ret" error=$D2 stnfs_nodep=$D3 }, \
4 { "stnfs_flags check" error=$D2 D3=$D3 }, \
5 { "stnfs_find_child ret" error=$D2 stnfs_nodep2=$D3 }, \
6 { "stnfs_create_local_node ret" error=$D2 D3=$D3 }, \
7 { "stnfs_link_node ret" error=$D2 D3=$D3 }, \
8 { "stnfs_link done" D2=$D2 D3=$D3 } }, \
C { "STNFS_OPEN " \
$D1, \
0 { "stnfs_open enter" vnodep=$D2 flags=$D3 starttimer(0x1003,$D2) }, \
1 { caddr_t=$D2 cred=$D3 }, \
2 { "gn_type check" error=$D2 stnfs_nodep=$D3 }, \
3 { "gn_type check" error=$D2 gn_type=$D3 }, \
4 { "stnfs_check_access ret" error=$D2 stnfs_nodep=$D3 }, \
5 { "stnfs_check_access ret" error=$D2 stnfs_nodep=$D3 }, \
6 { "flag and with FEXEC" error=$D2 stnfs_nodep=$D3 }, \
7 { "stnfs_open done" D2=$D2 D3=$D3 } }, \
D { "STNFS_CLOSE " \
$D1, \
0 { "stnfs_open enter" vnodep=$D2 flags=$D3 starttimer(0x1003,$D2) }, \
1 { caddr_t=$D2 cred=$D3 }, \
2 { "gn_type check" D2=$D2 D3=$D3 }, \
3 { "gn_type check" error=$D2 gn_type=$D3 }, \
4 { "stnfs_open done" D2=$D2 D3=$D3 } }, \
E { "STNFS_CREATE " \
$D1, \
0 { "stnfs_create enter" dvnodep=$D2 vnodep=$D3 flags=$D4 name=$D5 starttimer(0x1003,$D2) }, \
1 { mode=$D2 caddr_t=$D3 cred=$D4 D5=$D5 }, \
2 { "v_type check" error=$D2 v_type=$D3 D4=$D4 D5=$D5 }, \
3 { "stnfs_flags check" error=$D2 stnfs_nodep=$D3 D4=$D4 D5=$D5 }, \
4 { "stnfs_flags check" error=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
5 { "stnfs_check_access ret" error=$D2 stnfs_nodep=$D3 D4=$D4 D5=$D5 }, \
6 { "stnfs_find_child ret" error=$D2 stnfs_nodep=$D3 D4=$D4 D5=$D5 }, \
7 { "stnfs_create_local_node ret" error=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
8 { "stnfs_create done" D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
F { "STNFS_FTRUNC " \
$D1, \
0 { "stnfs_ftrunc enter" vnodep=$D2 flags=$D3 length=$D4 cred=$D5 starttimer(0x1003,$D2) }, \
1 { "gn_type check" error=$D2 gn_type=$D3 D4=$D4 D5=$D5 }, \
2 { "gn_type check" error=$D2 flags=$D3 D4=$D4 }, \
3 { "length check" error=$D2 length=$D3 D4=$D4 D5=$D5 }, \
4 { "stnfs_ftrunc done" D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
12 { "STNFS_LOCKCTL " \
$D1, \
0 { "stnfs_lockctl enter" vnodep=$D2 offset=$D3 lckdat=$D4 cmd=$D5 starttimer(0x1003,$D2) }, \
1 { retry_fcn=$D2 retry_id=$D3 cred=$D4 D5=$D5 }, \
2 { "common_reclock ret" error=$D2 vnodep=$D3 lckdat=$D4 cmd=$D5 }, \
3 { "common_reclock ret" D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
13 { "STNFS_UNMAP " \
$D1, \
0 { "stnfs_unmap enter" vnodep=$D2 request=$D3 starttimer(0x1003,$D2) }, \
1 { "stnfs_unmap enter" vnodep=$D2 request=$D3 starttimer(0x1003,$D2) } }, \
14 { "STNFS_SEEK " \
$D1, \
0 { "stnfs_seek enter" vnodep=$D2 offset=$D3 starttimer(0x1003,$D2) }, \
1 { "gn_type check" D2=$D2 D3=$D3 }, \
2 { "offset range check" error=$D2 offset=$D3 }, \
3 { "stnfs_seek done" D2=$D2 D3=$D3 } }, \
15 { "STNFS_CREATE_ATTR " \
$D1, \
0 { "stnfs_create_attr enter" dvnodep=$D2 vnodep=$D3 flags=$D4 name=$D5 starttimer(0x1003,$D2) }, \
1 { vnodep=$D2 vcf=$D3 vinfop=$D4 cred=$D5 }, \
2 { error=$D2 va_type=$D3 D4=$D4 D5=$D5 }, \
3 { "stnfs_close ret" error=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
4 { "stnfs_close ret" error=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
5 { "stnfs_lookup ret" error=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
6 { "stnfs_close ret" error=$D2 vcf=$D3 D4=$D4 D5=$D5 }, \
7 { "hasvpp check" erro=$D2 vcf=$D3 D4=$D4 D5=$D5 }, \
8 { "stnfs_create_attr done" vnodep=$D2 vcf=$D3 vinfop=$D4 cred=$D5 } }, \
16 { "STNFS_FINFO " \
$D1, \
0 { "stnfs_finfo enter" vnodep=$D2 cmd=$D3 bufp=$D4 length=$D5 starttimer(0x1003,$D2) }, \
1 { "cmd check" error=$D2 cmd=$D3 D4=$D4 D5=$D5 }, \
2 { "stnfs_finfo done" D2=$D2 cmd=$D3 D4=$D4 D5=$D5 } }, \
17 { "STNFS_MAP_LLOFF " \
$D1, \
0 { "stnfs_map_lloff enter" vnodep=$D2 caddr_t=$D3 offset=$D4 length=$D5 starttimer(0x1003,$D2) }, \
1 { mflags=$D2 fflags=$D3 cred=$D4 D5=$D5 }, \
2 { "gn_type check" error=$D2 gn_type=$D3 D4=$D4 D5=$D5 }, \
3 { "mflags check" error=$D2 stnfs_dirty_pages=$D3 stnfs_max_dirty_pages=$D4 D5=$D5 }, \
4 { "stnfs_map_lloff" error=$D2 mflags=$D3 stp=$D4 D5=$D5 }, \
5 { "stnfs_create_segment ret" error=$D2 stp=$D3 D4=$D4 D5=$D5 }, \
6 { "stnfs_map_lloff done" D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
20 { "STNFS_GETATTR " \
$D1, \
0 { "stnfs_getattr enter" vnodep=$D2 vattrp=$D3 starttimer(0x1003,$D2) }, \
1 { "stnfs_fetch_attrs ret" error=$D2 stnfs_nodep=$D3 starttimer(0x1003,$D2) }, \
2 { "stnfs_getattr done" error=$D2 stnfs_nodep=$D3 starttimer(0x1003,$D2) } }, \
21 { "STNFS_SETATTR " \
$D1, \
0 { "stnfs_setattr enter" vnodep=$D2 cmd=$D3 arg1=$D4 starttimer(0x1003,$D2) }, \
1 { arg2=$D2 arg3=$D3 cred=$D4 }, \
2 {"not privileged" cr_uid=$D2 va_uid=$D3 D4=$D4 }, \
3 {"case V_OWN" cr_uid=$D2 va_uid=$D3 D4=$D4 }, \
4 {"arg1 check" cr_uid=$D2 va_uid=$D3 D4=$D4 }, \
5 {"arg1 check" cr_uid=$D2 va_uid=$D3 D4=$D4 }, \
6 {"arg1 T_SETTIME" cr_uid=$D2 va_uid=$D3 D4=$D4 }, \
7 {"arg1 not T_SETTIME" cr_uid=$D2 va_uid=$D3 D4=$D4 }, \
8 {"default" error=$D2 cmd=$D3 D4=$D4 }, \
9 {"stnfs_setattr done" D2=$D2 D3=$D3 D4=$D4 } }, \
22 { "STNFS_ACCESS " \
$D1, \
0 { "stnfs_access enter" vnodep=$D2 mode=$D3 who=$D4 cred=$D5 starttimer(0x1003,$D2) }, \
1 { "stnfs_access done" error=$D2 who=$D3 va_mode=$D4 mode=$D5 }, \
2 { "stnfs_access done" D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
2D { "STNFS_RDWR_ATTR " \
$D1, \
0 { "stnfs_rdwr_attr enter" vnodep=$D2 uio_rw=$D3 flags=$D4 starttimer(0x1003,$D2) }, \
1 { uiop=$D2 ext=$D3 vinfop=$D4 }, \
2 { pre_attrp=$D2 post_attrp=$D3 cred=$D4 }, \
3 { "gn_type check" error=$D2 stnfs_nodep=$D3 gn_type=$D4 }, \
4 { "uio_offset range check" error=$D2 uio_offset=$D3 stnfs_maxoffset=$D4 }, \
5 { "stnfs_create_segment ret" error=$D2 stnfs_gp=$D3 D4=$D4 }, \
6 { "n_bytes check" D2=$D2 D3=$D3 D4=$D4 }, \
7 { "vm_uiomove ret" error=$D2 D3=$D3 D4=$D4 }, \
8 { "vm_uiomove ret" D2=$D2 D3=$D3 D4=$D4 }, \
9 { "stnfs_dirty_pages compare" error=$D2 stnfs_dirty_pages=$D3 stnfs_max_dirty_pages=$D4 }, \
10 { "stnfs_create_segment ret" error=$D2 stnfs_gp=$D3 D4=$D4 }, \
11 { "n_bytes check" D2=$D2 D3=$D3 D4=$D4 }, \
12 { error=$D2 before=$D3 after=$D4 }, \
13 { D2=$D2 before=$D3 after=$D4 }, \
14 { "default " error=$D2 rw=$D3 D4=$D4 }, \
15 { "stnfs_rdwr_attr done" D2=$D2 D3=$D3 D4=$D4 } }, \
2E { "STNFS_FCLEAR " \
$D1, \
0 { "stnfs_fclear enter" vnodep=$D2 flags=$D3 offset=$D4 starttimer(0x1003,$D2) }, \
1 { length=$D2 vinfo=$D3 cr=$D4 }, \
2 { "gn_type check" error=$D2 gn_type=$D3 D4=$D4 }, \
3 { "offset compare" error=$D2 offset_plus_length=$D3 STNFS_MAX_FILESIZE=$D4 }, \
4 { "stnfs_create_segment ret" error=$D2 stnfs_gp=$D3 D4=$D4 }, \
5 { "stnfs_fclear done" D2=$D2 D3=$D3 D4=$D4 } }, \
10 { "STNFS_FSYNC " }, \
11 { "STNFS_FSYNC_RANGE " }, \
18 { "STNFS_MEMCNTL " }, \
19 { "STNFS_GETEA " }, \
1A { "STNFS_SETEA " }, \
1B { "STNFS_LISTEA " }, \
1C { "STNFS_STATEA " }, \
1D { "STNFS_REMOVEEA " }, \
1E { "STNFS_GETXACL " }, \
1F { "STNFS_SETXACL " }, \
23 { "STNFS_IOCTL " }, \
24 { "STNFS_SELECT " }, \
25 { "STNFS_FID " }, \
26 { "STNFS_REVOKE " }, \
27 { "STNFS_GETACL " }, \
28 { "STNFS_SETACL " }, \
29 { "STNFS_GETPCL " }, \
2A { "STNFS_SETPCL " }, \
\* { STNFS_VNOPS}
1004 1.0 "@STNFS: Hold Release VNOPS routines" \
$HD%D1, \
1 { "STNFS_HOLD" vnodep=$D1 v_count=$D2 getcaller=$D3 getcaller2=$D3 getcaller3=D4 starttimer(0x1004,$D2) }, \
2 { "STNFS_RELE" vnodep=$D1 v_count=$D2 getcaller=$D3 getcaller2=$D3 getcaller3=D4 starttimer(0x1004,$D2) }, \
\* { STNFS_VNOPS_HOLD_RELE}
1005 1.0 "@STNFS: ID routines" \
$HOOKENV, \
32 { \
HT & 0x7, \
0 { \
$D1%D4, \
4 { "STNFS_STRING_TO_UID " G8 $HD%S1 }, \
5 { "STNFS_STRING_TO_GID " G8 $HD%S1 }, \
9 { "STNFS_INSERT_UID_TABLE " G8 $HD%S1 }, \
A { "STNFS_INSERT_GID_TABLE " G8 $HD%S1 }, \
C { "STNFS_HOST_TO_ADDR " G8 $HD%S1 }, \
\* { `STNFS_ID ` } \
$BREAK \
} }, \
64 { \
HT & 0X4000, \
0x4000 { \
$D1%D4, \
4 { "STNFS_STRING_TO_UID " G16 $HL%S1 }, \
5 { "STNFS_STRING_TO_GID " G16 $HL%S1 }, \
9 { "STNFS_INSERT_UID_TABLE " G16 $HL%S1 }, \
A { "STNFS_INSERT_GID_TABLE " G16 $HL%S1 }, \
C { "STNFS_HOST_TO_ADDR " G16 $HL%S1 }, \
\* { `STNFS_ID ` } \
$BREAK \
} } \
$HD%D1, \
1 { "STNFS_ID_INIT " }, \
2 { "STNFS_ID_UNINIT " }, \
3 { "STNFS_ID_READ " }, \
5 { "STNFS_STRING_TO_GID " \
$D1, \
0 { "stnfs_string_to_gid enter" name=$D2 gid=$D3 starttimer(0x1005,$D2) }, \
1 { "strcmp " D2=$D2 D3=$D3 }, \
2 { "stnfs_populate_gr ret" D2=$D2 D3=$D3 }, \
3 { "strcmp stnfs_id_name name" D2=$D2 D3=$D3 } }, \
6 { "STNFS_POPULATE_PW " \
$D1, \
0 { "stnfs_populate_pw enter" stnfs_id_tid=$D2 starttimer(0x1005,$D2) }, \
1 { "fp_open fail" error=$D2 }, \
2 { "fp_fstat fail" error=$D2 }, \
3 { "xmalloc ret" error=$D2 }, \
4 { "fp_rwuio ret" D2=$D2 }, \
5 { "stnfs_insert_uid_table ret" D2=$D2 }, \
6 { "strtok done" D2=$D2 }, \
7 { "error, field check" D2=$D2 } }, \
7 { "STNFS_POPULATE_GR " \
$D1, \
0 { "stnfs_populate_gr enter" stnfs_id_tid=$D2 starttimer(0x1005,$D2) }, \
1 { "fp_open fail" error=$D2 }, \
2 { "fp_fstat fail" error=$D2 }, \
3 { "xmalloc ret" error=$D2 }, \
4 { "fp_rwuio ret" D2=$D2 }, \
5 { "stnfs_insert_gid_table ret" D2=$D2 }, \
6 { "strtok done" D2=$D2 }, \
7 { "error, field check" D2=$D2 } }, \
8 { "STNFS_STRTOK " \
$D1, \
0 { "stnfs_strtok enter" }, \
1 { "str NULL" }, \
2 { "stnfs_strtok done" } }, \
9 { "STNFS_INSERT_UID_TABLE " \
$D1, \
0 { "stnfs_insert_uid_table enter" name=$D2 uid=$D3 starttimer(0x1005,$D2) }, \
1 { "xmalloc fail" error=$D2 stnfs_id size=$D3 }, \
2 { "stnfs_id_name NULL" error=$D2 length=$D3 }, \
3 { "stnfs_insert_uid_table done" new=$D2 D3=$D3 } }, \
A { "STNFS_INSERT_GID_TABLE " \
$D1, \
0 { "stnfs_insert_gid_table enter" name=$D2 gid=$D3 starttimer(0x1005,$D2) }, \
1 { "xmalloc fail" error=$D2 stnfs_id size=$D3 }, \
2 { "stnfs_id_name NULL" error=$D2 length=$D3 }, \
3 { "stnfs_insert_gid_table done" new=$D2 D3=$D3 } }, \
B { "STNFS_FREE_ID_TABLE " \
$D1, \
0 { "stnfs_free_id_table enter" D2=$D2 D3=$D3 starttimer(0x1005,$D2) }, \
1 { "stnfs_free_id_table done " D2=$D2 D3=$D3 } }, \
C { "STNFS_HOST_TO_ADDR " \
$D1, \
0 { "stnfs_host_to_addr enter" name=$D2 addr=$D3 starttimer(0x1005,$D2) }, \
1 { "inet_aton check" D2=$D2 addr=$D3 }, \
2 { "inet_pton6 check" D2=$D2 addr=$D3 }, \
3 { "stnfs_host_to_addr done" error=$D2 D3=$D3 } }, \
\* { STNFS_ID_VNOPS}
1006 1.0 "@STNFS: IO routines" \
$HD%D1, \
1 { "STNFS_IO_INIT " }, \
3 { "STNFS_IO_SET_PAGES " stnfs_max_dirty_pages=$D1 }, \
5 { "STNFS_TRUNCATE_SEGMENT " stnfs_nodep=$D1 gn_seg=$D2 va_size=$D3 }, \
6 { "STNFS_DELETE_SEGMENT " stnfs_nodep=$D1 gn_seg=$D2 }, \
7 { "STNFS_IO " bufp=$D1 }, \
2 { "STNFS_IO_UNINIT " }, \
4 { "STNFS_CREATE_SEGMENT " \
$D1, \
0 { "stnfs_create_segment enter" D2=$D2 stnfs_gnodep=$D3 starttimer(0x1006,$D2) }, \
1 { "gn_type check" D2=$D2 gn_type=$D3 }, \
2 { "gn_seg check" D2=$D2 gn_seg=$D3 }, \
3 { "mine false" D2=$D2 D3=$D3 }, \
4 { "vms_create ret" D2=$D2 D3=$D3 } }, \
B { "STNFS_PAGER " \
$D1, \
0 { "stnfs_pager enter" D2=$D2 starttimer(0x1006,$D2)}, \
1 { "setpswap not zero" D2=$D2 }, \
2 { "stnfs_io_thread_count check" stnfs_io_thread_count=$D2 }, \
3 { "stnfs_io_stop one" stnfs_io_thread_count=$D2 }, \
4 { "stnfs_io_stop done" stnfs_io_thread_count=$D2 } }, \
C { "STNFS_PAGER_THREAD " \
$D1, \
0 { "stnfs_pager_thread enter" D2=$D2 starttimer(0x1006,$D2)}, \
1 { "stnfs_io_stop check" stnfs_io_thread_count=$D2 }, \
2 { "stnfsg_server_inode check" b_error=$D2 }, \
3 { "error check" error=$D2 }, \
4 { "stnfs_pager_thread done" stnfs_io_thread_count=$D2} }, \
\* { STNFS_IO }
1007 1.0 "@STNFS: OTW routines" \
$HOOKENV, \
32 { \
HT & 0x7, \
0 { \
$D1%D4, \
1 { "SNFS_GET_ROOT_FH3 " G8 $HD%S1 }, \
2 { "SNFS_GET_ROOT_FH4 " G8 $HD%S1 }, \
\* { `STNFS_OTW ` } \
$BREAK \
} }, \
64 { \
HT & 0X4000, \
0x4000 { \
$D1%D4, \
1 { "SNFS_GET_ROOT_FH3 " G16 $HL%S1 }, \
2 { "SNFS_GET_ROOT_FH4 " G16 $HL%S1 }, \
\* { `STNFS_OTW ` } \
$BREAK \
} } \
$HD%D1, \
1 { "STNFS_STRING_GET_ROOT_FH3 " \
$D1, \
0 { "stnfs_get_root_fh3 enter" mntp=$D2 path=$D3 fhlen=$D4 fhdata=$D5 starttimer(0x1007,$D2)}, \
1 { "pmap_kgetport ret" error=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
2 { "call_mountd ret" error=$D2 sin_port=$D3 D4=$D4 D5=$D5 }, \
3 { "status check" status=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
4 { "pmap_kgetport done" D2=$D2 fhlen=$D3 D4=$D4 D5=$D5 } }, \
2 { "STNFS_STRING_GET_ROOT_FH4 " \
$D1, \
0 { "stnfs_get_root_fh3 enter" mntp=$D2 path=$D3 fhlen=$D4 fhdata=$D5 starttimer(0x1007,$D2)}, \
1 { "call_server ret" error=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
2 { "status check" lsr_status=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
3 { "path check" D2=$D2 fhlen=$D3 D4=$D4 D5=$D5 }, \
4 { "call_server ret" error=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
5 { "status check" status=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
6 { "call_server ret" error=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
7 { "status check" status=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
8 { D2=$D2 fhlen=$D3 D4=$D4 D5=$D5 }, \
7 { "status check" status=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
3 { "STNFS_GETATTR_OTW " \
$D1, \
0 { "stnfs_getattr_otw enter" stnfs_nodep=$D2 D3=$D3 starttimer(0x1007,$D2)}, \
1 { "call_server ret" D2=$D2 serv_ino=$D3 }, \
2 { "call_server ret" error=$D2 res_status=$D3 } }, \
4 { "STNFS_LOOKUP_OTW " \
$D1, \
0 { "stnfs_lookup_otw enter" stnfs_nodep=$D2 D3=$D3 starttimer(0x1007,$D2)}, \
1 { "call_server ret" error=$D2 stnfs_nodep=$D3 }, \
2 { "res.status" error=$D2 stnfs_nodep=$D3 }, \
3 { "check stnfsg_fhlen" error=$D2 stnfsg_fhlen=$D3 }, \
4 { "stnfs_lookup_otw done" D2=$D2 stnfsg_fhlen=$D3 } }, \
5 { "STNFS_READLINK_OTW " \
$D1, \
0 { "stnfs_readlink_otw enter" stnfs_nodep=$D2 D3=$D3 starttimer(0x1007,$D2)}, \
1 { "call_server ret" D2=$D2 D3=$D3 }, \
2 { "res.status" error=$D2 status=$D3 } }, \
6 { "STNFS_READ_OTW " \
$D1, \
0 { "stnfs_read_otw enter" stnfs_nodep=$D2 offset=$D3 countp=$D4 starttimer(0x1007,$D2)}, \
1 { stnfs_nodep=$D2 data=$D3 D4=$D4 }, \
2 { "call_server ret" stnfs_nodep=$D2 countp=$D3 eofp=$D4 }, \
3 { "call_server ret" error=$D2 status=$D3 D4=$D4 } }, \
7 { "STNFS_READDIR_OTW " \
$D1, \
0 { "stnfs_read_otw enter" stnfs_nodep=$D2 cookie=$D3 starttimer(0x1007,$D2)}, \
1 { listpp=$D2 eofp=$D3 }, \
2 { "call_server ret" D2=$D2 D3=$D3 }, \
3 { "call_server ret" error=$D2 status=$D3 } }, \
8 { "STNFS_CALL_MOUNTD " \
$D1, \
0 { "call_mountd enter" mntp=$D2 proc=$D3 starttimer(0x1007,$D2)}, \
1 { arg=$D2 res=$D3 }, \
2 { "clntkudp_create ret" error=$D2 stnfs_mount_flags=$D3 }, \
3 { "rpc_stat check" D2=$D2 D3=$D3 }, \
4 { "rpc_stat check" rpc_stat=$D2 D3=$D3 } }, \
9 { "STNFS_CALL_SERVER " \
$D1, \
0 { "call_server enter" mntp=$D2 proc=$D3 starttimer(0x1007,$D2)}, \
1 { arg=$D2 res=$D3 }, \
2 { "clntkudp_create ret" error=$D2 stnfs_mount_flags=$D3 }, \
3 { "rpc_stat RPC_SUCCESS " D2=$D2 D3=$D3 }, \
4 { "rpc_stat RPC_AUTHERROR" rpc_autherror=$D2 D3=$D3 }, \
5 { "rpc_stat switch case" rpc_stat=$D2 D3=$D3 }, \
6 { "rpc_stat cantsnd timedout" rpc_stat=$D2 stnfs_mount_flags=$D3 }, \
7 { "sig_chk ret" rpc_stat=$D2 D3=$D3 }, \
8 { "sig_chk ret" rpc_stat=$D2 D3=$D3 } }, \
26 { "STNFS_GET_FS_LOCATIONS_OTW " \
$D1, \
0 { "stnfs_get_fs_locations_otw enter" stg=$D2 D3=$D3 starttimer(0x1007,$D2)}, \
1 { "stnfs_get_fh ret" stg=$D2 D3=$D3 }, \
2 { "found false" error=$D2 status=$D3 }, \
3 { "error check" D2=$D2 D3=$D3 }, \
4 { "error check" error=$D2 status=$D3 } }, \
27 { "STNFS_FREE_FS_LOCATIONS " \
$D1, \
0 { "stnfs_free_fs_locations enter" list=$D2 starttimer(0x1007,$D2)}, \
1 { "stnfs_free_fs_locations done" list=$D2 } }, \
28 { "STNFS_FETCH_MOUNT_ATTR " \
$D1, \
0 { "stnfs_fetch_mount_attr enter" stg=$D2 stmp=$D3 starttimer(0x1007,$D2)}, \
1 { "stnfs_mount_flags flag check" stmp=$D2 stnfs_mount_flags=$D3 }, \
2 { "check for fs loc validity" stmp=$D2 stnfs_attr_ttl=$D3 } }, \
29 { "STNFS_START_CALL_SERVER " \
$D1, \
0 { "stnfs_start_call_server enter" stmp=$D2 addr=$D3 cookie=$D4 flags=$D5 starttimer(0x1007,$D2) }, \
1 { "thread_interrupted" stmp=$D2 stnfs_mount_state=$D3 }, \
2 { "stnfs_start_call_server done " stmp=$D2 stnfs_mount_call_serv_cnt=$D3 } }, \
2A { "STNFS_END_CALL_SERVER " \
$D1, \
0 { "stnfs_end_call_server enter" stmp=$D2 stnfs_mount_call_serv_cnt=$D3 stnfs_mount_state=$D4 starttimer(0x1007,$D2) } }, \
2B { "STNFS_CHECK_REPLICATION " \
$D1, \
0 { "stnfs_check_replication enter" stmp=$D2 start=$D3 cookie=$D4 starttimer(0x1007,$D2) }, \
1 { "stnfs_cur_serv check" error=$D2 }, \
2 { "check no of server" error=$D2 }, \
3 { "check stnfs_mount_state" error=$D2 }, \
4 { "check passed time" error=$D2 }, \
5 { "stnfs_put_work ret" error=$D2 }, \
6 { "stnfs_put_work ret" D2=$D2 } }, \
2C { "STNFS_END_REPLICATION " \
$D1, \
0 { "stnfs_end_replication " stmp=$D2 stnfs_mount_state=$D3 stnfs_mount_event=$D4 starttimer(0x1007,$D2) } }, \
2D { "STNFS_GET_FSATTR_OTW " \
$D1, \
0 { "stnfs_get_fsattr_otw enter" stmp=$D2 path=$D3 flags=$D4 starttimer(0x1007,$D2) }, \
1 { "stnfs_get_root_fh4 ret" error=$D2 }, \
3 { "call_server ret" error=$D2 }, \
4 { "stnfs_get_fsattr_otw done" D2=$D2 } }, \
2E { "STNFS_CHECK_FS_GEN " \
$D1, \
0 { "stnfs_check_fs_gen enter" stmp=$D2 stg=$D3 error=$D4 fs_gen=$D5 starttimer(0x1007,$D2) }, \
1 { "stnfs_mount_flags check" stmp=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
2 { stmp=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
3 { "stnfs_get_fsattr_otw done" stmp=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
2F { "STNFS_GET_FH " \
$D1, \
0 { "stnfs_get_fh enter" stg=$D2 fhp=$D3 flags=$D4 starttimer(0x1007,$D2) }, \
1 { " stnfsg_flags check" D2=$D2 D3=$D3 D4=$D4 }, \
2 { "thread_interrupted" D2=$D2 D3=$D3 D4=$D4 }, \
3 { "stnfsg_fh_rc check" D2=$D2 D3=$D3 D4=$D4 }, \
4 { "gen no same have_fh set" D2=$D2 D3=$D3 D4=$D4 }, \
5 { "stnfs_submit_get_fh ret" D2=$D2 D3=$D3 D4=$D4 } }, \
30 { "STNFS_RECOVER_ROOT_FH_OTW " \
$D1, \
0 { "stnfs_recover_rootfh_otw enter" stmp=$D2 flags=$D3 starttimer(0x1007,$D2) }, \
1 { "root_path nulll" error=$D2 }, \
2 { "stnfs_get_root_fh4 ret" error=$D2 }, \
3 { "xmalloc ret" error=$D2 }, \
4 { "stnfsg_fs_gen stnfsg_flags check" D2=$D2 }, \
5 { "stnfs_recover_rootfh_otw done" D2=$D2 } }, \
31 { "STNFS_RECOVER_FH_OTW " \
$D1, \
0 { "stnfs_recover_fh_otw enter" stp=$D2 flags=$D3 starttimer(0x1007,$D2) }, \
1 { "thread_interrupted" error=$D2 }, \
2 { "stnfsg_fh_rc check" error=$D2 }, \
3 { "stnfsg_fs_gen check" D2=$D2 }, \
4 { "stnfs_recover_fh_otw done" D2=$D2 } }, \
32 { "STNFS_SUBMIT_GET_FH" \
$D1, \
0 { "stnfs_submit_get_fh enter" stp=$D2 flags=$D3 starttimer(0x1007,$D2) }, \
1 { "stnfs_put_work ret" error=$D2 D3=$D3 }, \
2 { "stnfs_put_work ret" D2=$D2 D3=$D3 } }, \
\* { STNFS_OTW }
1008 1.0 "@STNFS: TREE routines" \
$HOOKENV, \
32 { \
HT & 0x7, \
0 { \
$D1%D4, \
1 { "SNFS_FIND_CHILD " G8 $HD%S1 }, \
\* { `STNFS_TREE ` } \
$BREAK \
} }, \
64 { \
HT & 0X4000, \
0x4000 { \
$D1%D4, \
1 { "SNFS_FIND_CHILD " G16 $HL%S1 }, \
\* { `STNFS_TREE ` } \
$BREAK \
} } \
$HD%D1, \
1 { "STNFS_ADD_CHILD " \
$D1, \
0 { "stnfs_add_child enter" dstp=$D2 stp=$D3 starttimer(0x1008,$D2)}, \
1 { "stnfs_tree_children null" dstp=$D2 stp=$D3 }, \
2 { "while" dstp=$D2 stp=$D3 }, \
3 { "rc gt zero" dstp=$D2 stp=$D3 }, \
4 { "rc zero" dstp=$D2 stp=$D3 }, \
5 { "stnfs_add_child done" dstp=$D2 stp=$D3 } }, \
2 { "STNFS_REMOVE_CHILD " \
$D1, \
0 { "stnfs_remove_child enter" dstp=$D2 stp=$D3 starttimer(0x1008,$D2)}, \
1 { "stnfs_tree_children check" dstp=$D2 stp=$D3 }, \
2 { dstp=$D2 stp=$D3 }, \
3 { "stnfs_remove_child done" dstp=$D2 stp=$D3 } }, \
4 { "STNFS_FIND_CHILD " \
$D1, \
0 { "stnfs_find_child enter" dstp=$D2 name=$D3 starttimer(0x1008,$D2)}, \
1 { "rc zero" D2=$D2 stp=$D3 }, \
2 { "stnfs_find_child done" error=$D2 D3=$D3 } }, \
6 { "STNFS_BALANCE_TREE " \
$D1, \
0 { "stnfs_balance_tree enter" dstp=$D2 stnfs_max_depth=$D3 starttimer(0x1008,$D2)}, \
1 { "stnfs_balance_tree done" dstp=$D2 stnfs_max_depth=$D3 } }, \
7 { "STNFS_SUBDIRECTORY " \
$D1, \
0 { "remove_subdirectory enter" dstp=$D2 stp=$D3 starttimer(0x1008,$D2)}, \
1 { "remove_subdirectory done" dstp=$D2 stp=$D3 } }, \
8 { "STNFS_ADD_CHILD_AGAIN " \
$D1, \
0 { "stnfs_add_child_again enter" dstp=$D2 stp=$D3 starttimer(0x1008,$D2)}, \
1 { "stnfs_tree_children check" dstp=$D2 stp=$D3 }, \
2 { "rc lt zero" dstp=$D2 stp=$D3 }, \
3 { "rc gt zero" dstp=$D2 stp=$D3 }, \
4 { "rc eq zero" dstp=$D2 stp=$D3 }, \
5 { "stnfs_add_child_again done" dstp=$D2 stp=$D3 }, \
5 { "STNFS_ADD_CHILD_AGAIN " dstp=$D1 } }, \
\* { STNFS_TREE }
1009 1.0 "@STNFS: VFSOPS routines " \
$HD%D1, \
1 { "STNFS_MOUNT " \
$D1, \
0 { "stnfs_add_child enter" vfsp=$D2 cr=$D3 starttimer(0x1009,$D2)}, \
1 { "stnfs_initialized check" error=$D2 D3=$D3 }, \
2 { "xmalloc ret" error=$D2 stnfs_mount_t_size=$D3 }, \
3 { "error check" error=$D2 D3=$D3 }, \
4 { "stnfs_create_remote_node ret" error=$D2 D3=$D3 }, \
5 { "stnfs_fetch_attrs ret" error=$D2 stp=$D3 }, \
6 { "stnfs_add_child done" D2=$D2 stp=$D3 } }, \
2 { "STNFS_UMOUNT " \
$D1, \
0 { "stnfs_unmount enter" vfsp=$D2 flags=$D3 starttimer(0x1009,$D2)}, \
1 { "v_count check" error=$D2 vnodep=$D3 }, \
2 { "stnfs_mntp check" error=$D2 D3=$D3 }, \
3 { "stnfs_unmount done" D2=$D2 D3=$D3 } }, \
3 { "STNFS_ROOT " \
$D1, \
0 { "stnfs_root enter" vfsp=$D2 vpp=$D3 starttimer(0x1009,$D2)}, \
1 { "stnfs_root done" D2=$D2 vpp=$D3 } }, \
4 { "STNFS_STATFS " \
$D1, \
0 { "stnfs_statfs enter" vfsp=$D2 statfsp=$D3 starttimer(0x1009,$D2)}, \
1 { "stnfs_statfs done" vfsp=$D2 statfsp=$D3 } }, \
7 { "STNFS_CNTL " \
$D1, \
0 { "stnfs_cntl enter" vfsp=$D2 cmd=$D3 starttimer(0x1009,$D2)}, \
1 { "stnfs_cntl done" D2=$D2 D3=$D3 } }, \
5 { "STNFS_SYNC stnfs_sync enter " }, \
6 { "STNFS_VGET stnfs_vget enter " }, \
8 { "STNFS_QUOTACTL stnfs_quotactl enter " }, \
9 { "STNFS_SYNCVFS stnfs_syncvfs enter " }, \
A { "STNFS_ACLXCNTL stnfs_aclxcntl enter " }, \
B { "STNFS_STATFSVP stnfs_statfsvp enter " }, \
C { "STNFS_STATFSVP stnfs_statfsvp enter " }, \
\* { STNFS_VFSOPS }
109E 1.0 "@AutoFS: Live Kernel Update routines" \
$HD%D1, \
1 { "AuFSLKU_CHKPT " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 error=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 filename=$D3 }, \
3 { ERROR trcnum=$D1 error=$D2 }, \
4 { ERROR trcnum=$D1 error=$D2 }, \
5 { ERROR trcnum=$D1 error=$D2 }, \
6 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
2 { "AuFSLKU_RSTRT_DONE " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 error=$D2 }, \
2 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
50 { "AuFSLKU_CHKPT_VFS " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 vfsp=$D3 }, \
1 { ERROR trcnum=$D1 fp=$D2 vfsp=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 vfsp=$D4 }, \
3 { ERROR trcnum=$D1 error=$D2 fp=$D3 vfsp->vfs_mdata=$D4 }, \
4 { ERROR trcnum=$D1 error=$D2 fip=$D3 vfsp=$D4 }, \
5 { EXIT trcnum=$D1 fp=$D2 vfsp=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
51 { "AuFSLKU_CHKPT_FI " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 fip=$D3 }, \
1 { ERROR trcnum=$D1 fp=$D2 fip=$D3 }, \
2 { EXIT trcnum=$D1 fip=$D2 }, \
3 { ERROR trcnum=$D1 error=$D2 fp=$D3 fip=$D4 }, \
4 { ERROR trcnum=$D1 error=$D2 fnp=$D3 fip=$D4 }, \
5 { EXIT trcnum=$D1 fp=$D2 fip=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
52 { "AuFSLKU_CHKPT_FNOS " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 root_fnp=$D3 }, \
1 { ERROR trcnum=$D1 fp=$D2 root_fnp=$D3 }, \
2 { DEBUG trcnum=$D1 fnp=$D2 }, \
3 { ERROR trcnum=$D1 error=$D2 fp=$D3 fnp=$D4 }, \
4 { DEBUG trcnum=$D1 fnp=$D2 }, \
5 { DEBUG trcnum=$D1 fnp=$D2 }, \
6 { DEBUG trcnum=$D1 fnp=$D2 }, \
7 { EXIT trcnum=$D1 fp=$D2 root_fnp=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
53 { "AuFSLKU_CHKPT_FNO " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 fnp=$D3 }, \
1 { ERROR trcnum=$D1 fp=$D2 fnp=$D3 }, \
2 { EXIT trcnum=$D1 fnp=$D2 }, \
3 { ERROR trcnum=$D1 error=$D2 fp=$D3 fnp=$D4 }, \
4 { ERROR trcnum=$D1 error=$D2 fnp->fn_name=$D3 }, \
5 { ERROR trcnum=$D1 error=$D2 fnp->fn_symlink=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 fnp->fn_cred=$D3 }, \
7 { EXIT trcnum=$D1 fp=$D2 fnp=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
54 { "AuFSLKU_CHKPT_GLOBALS " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 }, \
1 { ERROR trcnum=$D1 fp=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 globs=$D4 }, \
3 { EXIT trcnum=$D1 fp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
55 { "AuFSLKU_CHKPT_STRING " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 string=$D3 length=$D4 }, \
1 { ERROR trcnum=$D1 fp=$D2 string=$D3 length=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 string=$D4 length=$D5 }, \
3 { EXIT trcnum=$D1 fp=$D2 string=$D3 length=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
56 { "AuFSLKU_CHKPT_SERIAL " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 }, \
1 { ERROR trcnum=$D1 fp=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 serial=$D4 }, \
3 { EXIT trcnum=$D1 fp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
110 { "AuFSLKU_MNT " \
$D1, \
0 { ENTER trcnum=$D1 vfsp=$D2 mvp=$D3 restart_args=$D4 }, \
1 { ERROR trcnum=$D1 vfsp=$D2 mvp=$D3 restart_args=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 }, \
3 { ERROR trcnum=$D1 }, \
4 { ERROR trcnum=$D1 error=$D2 old_vfsp->vfs_mdata=$D3 }, \
5 { ERROR trcnum=$D1 error=$D2 vmountp=$D3 old_vmountp=$D4 }, \
6 { ERROR trcnum=$D1 error=$D2 old_fnp=$D3 }, \
7 { ERROR trcnum=$D1 error=$D2 old_fninfop=$D3 }, \
8 { ERROR trcnum=$D1 error=$D2 fnp=$D3 }, \
9 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
200 { "AuFSLKU_RCNSTRCT_VFS " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 key1=$D2 flags=$D3 }, \
3 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
4 { EXIT trcnum=$D1 }, \
5 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
201 { "AuFSLKU_RCNSTRCT_FNINFO " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key1=$D2 key2p=$D3 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { ERROR trcnum=$D1 error=$D2 old_fip->fi_mountvfs=$D3 fip=$D4 }, \
6 { ERROR trcnum=$D1 error=$D2 old_fnp=$D3 }, \
7 { ERROR trcnum=$D1 fip=$D2 }, \
8 { ERROR trcnum=$D1 error=$D2 fname=$D3 }, \
9 { ERROR trcnum=$D1 error=$D2 rasbnm=$D3 }, \
10 { ERROR trcnum=$D1 error=$D2 fip->fi_rasb=$D3 }, \
11 { ERROR trcnum=$D1 error=$D2 fip->fi_rasb=$D3 }, \
12 { ERROR trcnum=$D1 error=$D2 fip->fi_rasb=$D3 }, \
13 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
202 { "AuFSLKU_RCNSTRCT_FNOS " \
$D1, \
0 { ENTER trcnum=$D1 old_root_fnaddr=$D2 }, \
1 { ERROR trcnum=$D1 old_root_fnaddr=$D2 new_root_fnpp=$D3 }, \
2 { DEBUG trcnum=$D1 old_fnaddr=$D2 }, \
3 { ERROR trcnum=$D1 error=$D2 old_fnaddr=$D3 }, \
4 { DEBUG trcnum=$D1 old_fnaddr=$D2 }, \
5 { ERROR trcnum=$D1 error=$D2 old_fnaddr=$D3 }, \
6 { DEBUG trcnum=$D1 fnp=$D2 }, \
7 { DEBUG trcnum=$D1 fnp=$D2 }, \
8 { DEBUG trcnum=$D1 fnp=$D2 }, \
9 { EXIT trcnum=$D1 root_fnp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
203 { "AuFSLKU_RCNSTRCT_FNO " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key1=$D2 key2p=$D3 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { ERROR trcnum=$D1 error=$D2 old_fnp->fn_parent=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 old_fnp->fn_name=$D3 }, \
7 { ERROR trcnum=$D1 error=$D2 old_fnp->fn_symlink=$D3 }, \
8 { ERROR trcnum=$D1 error=$D2 old_vfsp=$D3 }, \
9 { ERROR trcnum=$D1 error=$D2 old_fnp->fn_cred=$D3 }, \
10 { ERROR trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
204 { "AuFSLKU_RCNSTRCT_CRED " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key2p=$D2 }, \
4 { ERROR trcnum=$D1 recp->auto_lku_rec_data=$D2 }, \
5 { EXIT trcnum=$D1 credp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
205 { "AuFSLKU_RCNSTRCT_GLBLS " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 recp=$D2 }, \
2 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
206 { "AuFSLKU_RCNSTRCT_STRNG " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key2p=$D2 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
250 { "AuFSLKU_CHKPT_MOUNT_SEARCH " \
$D1, \
0 { ENTER trcnum=$D1 vfsp=$D2 fp=$D3 }, \
1 { ERROR trcnum=$D1 vfsp=$D2 fp=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 vfsp=$D3 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
251 { "AuFSLKU_FREE_REC_LISTS " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 }, \
2 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
252 { "AuFSLKU_MAKE_DIRECTORY " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
253 { "AuFSLKU_OPEN_CHECKPOINT " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 pathname=$D3 flags=$D4 }, \
1 { ERROR trcnum=$D1 fp=$D2 pathname=$D3 flags=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 pathname=$D3 flags=$D4 fp=$D5 }, \
3 { EXIT trcnum=$D1 fp=$D2 pathname=$D3 flags=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
254 { "AuFSLKU_CLOSE_CHECKPOINT " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 }, \
1 { ERROR trcnum=$D1 fp=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
3 { EXIT trcnum=$D1 fp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
255 { "AuFSLKU_WRITE_CHECKPOINT " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 type=$D3 data=$D4 length=$D5 }, \
1 { ERROR trcnum=$D1 fp=$D2 type=$D3 data=$D4 length=$D5 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 eyec=$D4 }, \
3 { ERROR trcnum=$D1 error=$D2 fp=$D3 type=$D4 }, \
4 { ERROR trcnum=$D1 error=$D2 fp=$D3 length=$D4 }, \
5 { ERROR trcnum=$D1 error=$D2 fp=$D3 data=$D4 }, \
6 { ERROR trcnum=$D1 error=$D2 fp=$D3 data=$D4 }, \
7 { EXIT trcnum=$D1 fp=$D2 type=$D3 data=$D4 length=$D5 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
256 { "AuFSLKU_WRITE_CHECKPOINT_BYTES " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 type=$D3 data=$D4 length=$D5 }, \
1 { ERROR trcnum=$D1 fp=$D2 type=$D3 data=$D4 length=$D5 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 p=$D4 bytes_left=$D5 }, \
3 { EXIT trcnum=$D1 fp=$D2 data=$D3 length=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
257 { "AuFSLKU_READ_CHECKPOINT_RECORDS " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 }, \
1 { ERROR trcnum=$D1 fp=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
3 { EXIT trcnum=$D1 fp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
258 { "AuFSLKU_READ_CHECKPOINT " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 }, \
1 { ERROR trcnum=$D1 fp=$D2 }, \
2 { ERROR trcnum=$D1 auto_lku_rec_head=$D2 auto_lku_rec_tail=$D3 }, \
3 { ERROR trcnum=$D1 fp=$D2 }, \
4 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
5 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
7 { ERROR trcnum=$D1 }, \
8 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
9 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
10 { EXIT trcnum=$D1 fp=$D2 type=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
259 { "AuFSLKU_READ_CHECKPOINT_BYTES " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 data=$D3 length=$D4 }, \
1 { ERROR trcnum=$D1 fp=$D2 data=$D3 length=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 p=$D4 }, \
3 { ERROR trcnum=$D1 }, \
4 { EXIT trcnum=$D1 fp=$D2 data=$D3 length=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
260 { "AuFSLKU_SEARCH_KEY1 " \
$D1, \
0 { ENTER trcnum=$D1 type=$D2 key1=$D3 flags=$D4 }, \
1 { ERROR trcnum=$D1 type=$D2 key1=$D3 flags=$D4 }, \
2 { DEBUG trcnum=$D1 recp=$D2 }, \
3 { ERROR trcnum=$D1 recp=$D2 }, \
4 { EXIT trcnum=$D1 recp=$D2 }, \
5 { ERROR trcnum=$D1 recp=$D2 }, \
6 { EXIT trcnum=$D1 recp=$D2 }, \
7 { ERROR trcnum=$D1 key1=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
261 { "AuFSLKU_SEARCH_KEY2 " \
$D1, \
0 { ENTER trcnum=$D1 type=$D2 key2=$D3 recpp=$D4 }, \
1 { ERROR trcnum=$D1 type=$D2 key2=$D3 recpp=$D4 }, \
2 { EXIT trcnum=$D1 recp=$D2 }, \
3 { EXIT trcnum=$D1 type=$D2 key2=$D3 recpp=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
262 { "AuFSLKU_RESTART_INIT " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 auto_lku_rec_head=$D2 auto_lku_rec_tail=$D3 }, \
2 { ERROR trcnum=$D1 }, \
3 { ERROR trcnum=$D1 }, \
4 { ERROR trcnum=$D1 error=$D2 fp=$D3 path=$D4 }, \
5 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
6 { ERROR trcnum=$D1 auto_lku_rec_head=$D2 }, \
7 { ERROR trcnum=$D1 error=$D2 }, \
8 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
\* { `mode=$HD` D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
211 1.0 "@NFS: Client VNOP read/write routines" \
$HD%D1, \
1 { "NFS_READ " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
2 { "NFS_WRITE " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
3 { "NFS3_READ " \
$D2, \
0 { vp=$D1 uio_offset=$D3 uio_resid=$D4 starttimer(0x211,$D1) }, \
1 { vp=$D1 uio_offset=$D3 error=$D4 endtimer(0x211,$D1) }, \
2 { r_flags=$D3 vci_flags=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
4 { "NFS3_WRITE " \
$D2, \
0 { vp=$D1 uio_offset=$D5 uio_resid=$D3 starttimer(0x211,$D1) }, \
1 { vp=$D1 uio_offset=$D5 uio_resid=$D3 error=$D4 endtimer(0x211,$D1) }, \
2 { r_flags=$D3 vci_minpout=$D4 vci_maxpout=$D5}, \
3 { rp=$D1 flush_vp failed error=$D3 }, \
4 { recover_async_error failed }, \
5 { nfs3getattr failed }, \
6 { start offset too large start_offset=$D3 }, \
7 { bad offset start_offset=$D3 end_offset=$D4 }, \
8 { writing past ulimit }, \
9 { end offset too large end_offset=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
5 { "NFS3WRITE " \
$D2, \
0 { vp=$D1 count=$D3 offset=$D4 how=$D5 starttimer(0x211,$D1) }, \
1 { bad dtype=$D3 vp=$D1 endtimer(0x211,$D1) }, \
2 { rfs3call failed vp=$D1 error=$D3 endtimer(0x211,$D1) }, \
3 { server wrote too much wrote=$D3 requested $D4 vp=$D1 \
endtimer(0x211,$D1) }, \
4 { server did not commit to stable storage stab_com=$D3 vp=$D1 \
endtimer(0x211,$D1) }, \
5 { vp=$D1 error=$D3 endtimer(0x211,$D1) } }, \
6 { "NFS3READ " \
$D2, \
0 { nfs3read enter vp=$D1 count=$D3 base=$D4 offset=$D5 starttimer(0x211,$D1) }, \
1 { nfs3read exit vp=$D1 count=$D3 offset=$D4 error=$D5 endtimer(0x211,$D1) } }, \
7 { "NFS3_READDIRPLUS " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
8 { "NFS3_BIO " \
$D1%D1, \
0 { bp=$D2 rnode=$D3%X4 how=$D4 starttimer(0x211,$D2) }, \
1 { bp->flags=$D2 bp->blkno=$D3%X4 bp->count=$D4 }, \
2 { dead mount }, \
3 { protection fault bp=$D2 rp=$D3%X4 endtimer(0x211,$D2) }, \
4 { bio work vnode=$D2 work=$D3 count=$D4 block=$D5 }, \
5 { bio baddr bp=$D2 baddr=$D3 }, \
6 { vnode=$D2%X4 r_size=$D3$D4 r_modaddr=$D5 }, \
7 { offset=$D2$D3 rem=$D4$D5 }, \
8 { r_modaddr=$D2$D3 count=$D4$D5 }, \
9 { file was truncated endtimer(0x211,$D2) }, \
10 { write result: vp=$D2 r_error=$D3 error=$D4 count=$D5 }, \
11 { purge attrcache: rp=$D2 }, \
12 { write done: bp=$D2 b_flags=$D3 b_error=$D4 }, \
13 { exit: ibp=$D2 bp=$D3 rp=$D4 error=$D5 endtimer(0x211,$D2) } }, \
9 { "NFS3_BINVAL " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
10 { "NFS3_ASYSTART" D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
11 { "NFS3_ASYWKUP " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
12 { "NFS3_ASYOP " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
13 { "NFS3_ASYSTOP " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
14 { "NFS3_ASYNC_STOP " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
15 { "NFS3_WRITERP " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
16 { "NFS3_FLUSHVP " \
$D2%D1, \
0 { vp=$D1 r_sid=$D3 v_flags=$D4 rap=$D5 starttimer(0x211,$D1) }, \
1 { r_size=$D3 v_count=$D4 r_error=$D5 }, \
2 { bad offset or length vnode=$D1 offset=$D3 length=$D4 }, \
3 { offset too big offset=$D3 r_size=$D4 }, \
4 { flushing pages vnode=$D1 numpages=$D3 r_size=$D4 }, \
5 { flushing index vnode=$D1 indx=$D3 incrpage=$D4 numpages=$D5 }, \
6 { vms_iowait error path=$D1 werror=$D3 r_size=$D4 r_error=$D5 }, \
7 { done flushing pages vnode=$D1 indx=$D3 r_size=$D4 end=$D5 }, \
8 { flush cancelled vnode=$D1 }, \
9 { flush whole file vnode=$D1 numpages=$D3 r_error=$D4 }, \
10 { aborting flush vnode=$D1 r_size=$D3 r_error=$D4 }, \
11 { flush file vnode=$D1 numpages=$D3 firstpage=$D4 r_flags=$D5 }, \
12 { clearing RRECOVER and RHAVEVERF }, \
13 { exit reterror=$D3 r_size=$D4 r_flags=$D5 endtimer(0x211,$D1) } }, \
17 { "NFS3_ERROR " instance=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
18 { "NFS3_RECOVERY" vp=$D1 D2=D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
19 { "NFS3_COMMIT " \
$D1, \
0 { vp=$D2 offset=$D3 count=$D4 recover=$D5 starttimer(0x211,$D2) }, \
1 { hostcall failed error=$D3 endtimer(0x211,$D2) }, \
2 { exit vp=$D2 error=$D3 offset=$D4 count=$D5 endtimer(0x211,$D2) }, \
3 { verifier mismatch error=$D3 endtimer(0x211,$D2) } }, \
22 { "NFS_STRATEGY " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
33 { "NFS_BIO " D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
328 { "NFS3_UTILITY" $D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }, \
\* { `mode=$HD` D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
212 1.0 "@NFS: Client VNOP routines" \
$HOOKENV, \
32 { \
HT & 0x7, \
0 { \
$D1%D4, \
2 { "NFS_LOOKUP " G8 $HD%S1 }, \
32 { "NFS3_LOOKUP " G8 $HD%S1 }, \
9 { "NFS_CREATE " G8 $HD%S1 }, \
10 { "NFS_REMOVE " G8 $HD%S1 }, \
11 { "NFS_LINK " G8 $HD%S1 }, \
12 { "NFS_RENAME from: " G8 $HD%S1 }, \
4108 { "NFS_RENAME to: " G8 $HD%S1 }, \
13 { "NFS_MKDIR " G8 $HD%S1 }, \
14 { "NFS_RMDIR " G8 $HD%S1 }, \
316 { "NFS_SYMLINK from: " G8 $HD%S1 }, \
0x1010 { "NFS_SYMLINK to: " G8 $HD%S1 }, \
\* { `NFS_VOPS genmode=$D1` } \
$BREAK \
} }, \
64 { \
HT & 0X4000, \
0x4000 { \
$D1%D4, \
2 { "NFS_LOOKUP " G16 $HL%S1 }, \
32 { "NFS3_LOOKUP " G16 $HL%S1 }, \
9 { "NFS_CREATE " G16 $HL%S1 }, \
10 { "NFS_REMOVE " G16 $HL%S1 }, \
11 { "NFS_LINK " G16 $HL%S1 }, \
12 { "NFS_RENAME from: " G16 $HL%S1 }, \
4108 { "NFS_RENAME to: " G16 $HL%S1 }, \
13 { "NFS_MKDIR " G16 $HL%S1 }, \
14 { "NFS_RMDIR " G16 $HL%S1 }, \
316 { "NFS_SYMLINK from: " G16 $HL%S1 }, \
0x1010 { "NFS_SYMLINK to: " G16 $HL%S1 }, \
\* { `NFS_VOPS genmode=$D1` } \
$BREAK \
} } \
$HD%D1, \
1 { "NFS_SELECT " vnode=$D1 }, \
31 { "NFS3_SELECT " vnode=$D1 }, \
2 { "NFS_LOOKUP " \
$D1, \
0 { "directory vnode " $D2%X4 }, \
1 { "from dnlc " \
$D2, \
0 { "file not found" }, \
\* { lookuppninstall2($D2) vnode=$D2 } \
vnode=$D2%X4 error=$D3 }, \
2 { "from server " \
$D2, \
0 { "file not found" }, \
\* { lookuppninstall2($D2) vnode=$D2 } \
vnode=$D2 error=$D3 } }, \
32 { "NFS3_LOOKUP " \
$D1, \
0 { "directory vnode " $D2%X4 name=$D3 starttimer(0x212,$D2) }, \
1 { "from dnlc " \
$D2, \
0 { "file not found" }, \
\* { lookuppninstall2($D2) vnode=$D2 } \
vnode=$D2%X4 error=$D3 dvp=$D4 name=$D5 endtimer(0x212,$D4) }, \
2 { "from server " \
$D2, \
0 { "file not found" }, \
\* { lookuppninstall2($D2) vnode=$D2 } \
vnode=$D2%X4 error=$D3 dvp=$D4 name=$D5 endtimer(0x212,$D4) } }, \
3 { "NFS_OPEN " \
$D2, \
0 { vnode=$D1 enter v_count=$D3 }, \
1 { vnode=$D1 exit v_count=$D3 error=$D4 } }, \
33 { "NFS3_OPEN " \
$D2, \
0 { vnode=$D1 enter v_count=$D3 starttimer(0x212, $D1) }, \
1 { vnode=$D1 exit v_count=$D3 error=$D4 endtimer(0x212,$D1) }, \
2 { vnode=$D1 file in CIO: oflags=$D3 r_flags=$D4 error=$D5 }, \
3 { vnode=$D1 file out of DIO mode: oflags=$D3 r_flags=$D4 }, \
4 { vnode=$D1 can not open in CIO: oflags=$D3 r_flags=$D4 error=$D5 }, \
5 { vnode=$D1 file now in CIO/DIO: oflags=$D3 r_flags=$D4 }, \
6 { vnode=$D1 increment r_diocnt: oflags=$D3 r_flags=$D4 r_diocnt=$D5 }, \
7 { vnode=$D1 flush prior to DIO/CIO: oflags=$D3 r_flags=$D4 error=$D5 }, \
8 { vnode=$D1 getattr failed error=$D3 } }, \
4 { "NFS_CLOSE " \
$D2, \
0 { vnode=$D1 enter v_count=$D3 \
flag=$D4%X4 r_error=$D5 }, \
1 { vnode=$D1 sync error=$D3 r_error=$D4 }, \
2 { vnode=$D1 exit v_count=$D4 error=$D3 } }, \
34 { "NFS3_CLOSE " \
$D2, \
0 { vnode=$D1 enter v_count=$D3 flag=$D4%X4 \
r_error=$D5 starttimer(0x212,$D1) }, \
1 { vnode=$D1 sync error=$D3 r_error=$D4 }, \
2 { vnode=$D1 exit v_count=$D4 error=$D3 endtimer(0x212,$D1) }, \
3 { vnode=$D1 back in DIO mode: oflags=$D3 r_flags=$D4 }, \
4 { vnode=$D1 out of DIO/CIO mode: oflags=$D3 r_flags=$D4 } }, \
5 { "NFS_IOCTL " vnode=$D1 }, \
35 { "NFS3_IOCTL " vnode=$D1 }, \
6 { "NFS_GETATTR " \
$D2, \
0 { vnode=$D1 flags=$D4%X4 va_mask=$D5%X4 }, \
1 { vnode=$D1 va_size=$D3 error=$D4 \
r_error=$D5 } }, \
36 { "NFS3_GETATTR " \
$D2, \
0 { vnode=$D1 flags=$D4%X4 va_mask=$D5%X4 starttimer(0x212,$D1) }, \
1 { vnode=$D1 va_size=$D3 error=$D4 \
r_error=$D5 endtimer(0x212,$D1) } }, \
7 { "NFS_SETATTR " \
$D2, \
0 { vnode=$D1 mask=$D3%X4 flags=$D5%X4 }, \
1 { vnode=$D1 exit size=$D3 error=$D5 }, \
2 { vnode=$D1 setattr r_count=$D3 \
flags=$D5%X4 } }, \
37 { "NFS3_SETATTR " \
$D2, \
0 { vnode=$D1 mask=$D3%X4 flags=$D5%X4 starttimer(0x212,$D1) }, \
1 { vnode=$D1 exit size=$D3 error=$D5 endtimer(0x212,$D1) }, \
2 { vnode=$D1 setattr3 r_count=$D3 \
flags=$D5%X4 } }, \
8 { "NFS_ACCESS " \
$D2, \
0 { vnode=$D1 mode=$D3%X4 flags=$D3%X4 }, \
1 { vnode=$D1 exit mode=$D3%X4 error=$D5 } }, \
38 { "NFS3_ACCESS " \
$D2, \
0 { vnode=$D1 mode=$D3%X4 who=$D3%D4 starttimer(0x212,$D1) }, \
1 { vnode=$D1 exit mode=$D3%X4 error=$D4 endtimer(0x212,$D1) } }, \
9 { "NFS_CREATE " \
$D1, \
0 { directory vnode=$D2%X4 exclusive=$D3 }, \
1 { "file exists " \
$D2, \
0 { "file not found" }, \
\* { lookuppninstall2($D2) vnode=$D2 } \
error=$D4 }, \
2 { "from server " \
$D2, \
0 { "file not found" }, \
\* { lookuppninstall2($D2) vnode=$D2 } \
error=$D3 } }, \
39 { "NFS3_CREATE " \
$D1, \
0 { directory vnode=$D2 name=$D5 exclusive=$D3 starttimer(0x212,$D2) }, \
1 { "file exists " \
$D2, \
0 { "file not found" }, \
\* { lookuppninstall2($D2) vnode=$D2 } \
error=$D3 dvp=$D4 name=$D5 endtimer(0x212,$D2) }, \
2 { "from server " \
$D2, \
0 { "file not found" }, \
\* { lookuppninstall2($D2) vnode=$D2 } \
error=$D3 dvp=$D4 name=$D5 endtimer(0x212,$D2) } }, \
10 { "NFS_REMOVE " \
$D1, \
0 { lookup failed error=$D2 }, \
1 { permission failure v_count=$D2 }, \
2 { lookuppninstall($D2) vnode=$D2 \
v_count=$D3 error=$D4 } },\
310 { "NFS3_REMOVE " \
$D1, \
0 { lookup failed error=$D2 dvp=$D3 name=$D4 endtimer($TID,$D3) }, \
1 { permission failure dvp=$D2 name=$D3 vp=$D4 endtimer($TID,$D2) }, \
2 { vnode=$D2 dvp=$D3 error=$D4 name=$D5 endtimer($TID,$D3) },\
3 { nfs3_remove enter dvp=$D2 starttimer($TID,$D2) } }, \
11 { "NFS_LINK " \
$D1, \
0 { tdv vnode=$D2 \
sdv vnode=$D2 }, \
1 { tdv vnode=$D2 error=$D3 } },\
311 { "NFS3_LINK " \
$D1, \
0 { tdv vnode=$D2 \
sdv vnode=$D3 name=$D4 starttimer(0x212,$D2) }, \
1 { hostcall failed tdvp=$D2 error=$D3 name=$D4 svp=$D5 endtimer(0x212,$D2) },\
2 { tdv vnode=$D2 error=$D3 name=$D4 svp=$D5 endtimer(0x212,$D2) } },\
12 { "NFS_RENAME " \
$D1, \
0 { old vnode=$D2%X4 newvnode=$D3%X4 }, \
1 { error=$D2 } }, \
312 { "NFS3_RENAME " \
$D1, \
0 { oldvnode=$D2 newvnode=$D3 starttimer(0x212,$D2) }, \
1 { error=$D2 oldvnode=$D3 endtimer(0x212,$D3) }, \
2 { file is dot or dotdot odvp=$D2 ndvp=$D3 error=$D4 }, \
3 { target vp is covered nvp=$D2 error=$D3 }, \
4 { source file does not exist odvp=$D2 oldname=$D3 }, \
5 { file type mismatch odvp=$D2 oldname=$D3 }, \
6 { link to tmpname failed ndvp=$D2 newname=$D3 }, \
7 { server call failed error=$D2 }, \
8 { server error error=$D2 odvp=$D3 ndvp=$D4 newname=$D5 } }, \
13 { "NFS_MKDIR " \
$D1, \
0 { directory vnode=$D2%X4 }, \
1 { vnode=$D2%X4 error=$D3 } }, \
313 { "NFS3_MKDIR " \
$D1, \
0 { directory vnode=$D2 starttimer(0x212,$D2) }, \
1 { vp=$D2 error=$D3 dvp=$D4 name=$D5 endtimer(0x212,$D4) }, \
2 { hostcall failed dvp=$D2 error=$D3 name=$D4 endtimer(0x212,$D2) }, \
3 { lookup failed dvp=$D2 error=$D3 name=$D4 endtimer(0x212,$D2) }, \
4 { getattr failed vp=$D2 error=$D3 dvp=$D4 name=$D5 endtimer(0x212,$D4) } }, \
14 { "NFS_RMDIR " \
$D1, \
0 { vp=$D2%X4 dvp=$D3%X4 cdir=$D4%X4 }, \
1 { error=$D2 } }, \
314 { "NFS3_RMDIR " \
$D1, \
0 { dvp=$D2 cdir=$D3 name=$D4 starttimer(0x212,$D2) }, \
1 { error=$D2 dvp=$D3 name=$D4 endtimer(0x212,$D2) }, \
2 { lookup failed error=$D2 dvp=$D3 name=$D4 endtimer(0x212,$D3) }, \
3 { removing current directory error=$D2 dvp=$D3 name=$D4 endtimer(0x212,$D3) }, \
4 { servercall failed error=$D2 dvp=$D3 name=$D4 endtimer(0x212,$D3) } }, \
15 { "NFS_READDIR " \
$D1, \
0 { vnode=$D2 cookie=$D3 }, \
1 { vnode=$D2 error=$D3 } }, \
315 { "NFS3_READDIR " \
$D1, \
0 { vnode=$D2 cookie=$D3 starttimer(0x212, $D2) }, \
1 { vnode=$D2 error=$D3 endtimer(0x212, $D2) }, \
2 { "purged readdir cache" }, \
3 { "did not purge readdir cache" }, \
4 { "large dir - purged readdir cache" } }, \
16 { "NFS_SYMLINK " \
$D1, \
0 { vnode=$D2 }, \
1 { vnode=$D2 error=$D3 } }, \
316 { "NFS3_SYMLINK " \
$D1, \
0 { vnode=$D2 starttimer(0x212,$D2) }, \
1 { vnode=$D2 error=$D3 lnm=$D4 tnm=$D5 endtimer(0x212,$D2) } }, \
17 { "NFS_READLINK " \
$D1, \
0 { vnode=$D2 }, \
1 { vnode=$D2 error=$D3 } }, \
317 { "NFS3_READLINK " \
$D1, \
0 { vnode=$D2 starttimer(0x212,$D2) }, \
1 { vnode=$D2 error=$D3 endtimer(0x212,$D2) } }, \
18 { "NFS_FSYNC " \
$D1, \
0 { vnode=$D2 syncflag=$D3 }, \
1 { vnode=$D2 swap file }, \
2 { vnode=$D2 error=$D3 } }, \
318 { "NFS3_FSYNC " \
$D1, \
0 { vnode=$D2 syncflag=$D3 starttimer(0x22,$D2) }, \
1 { vnode=$D2 swap file endtimer(0x22,$D2) }, \
2 { vnode=$D2 error=$D3 endtimer(0x22,$D2) } }, \
19 { "NFS_INACTIVE " \
$D1, \
0 { vnode=$D2 vcount=$D3 sid=$D4 rcount=$D5}, \
1 { vnode=$D2 vfsnext=$D3%X4 vfsprev=$D4%X4 \
unldvp=$D5%X4 }, \
2 { vnode=$D2 exit } }, \
319 { "NFS3_INACTIVE " \
$D1, \
0 { vnode=$D2 vcount=$D3 sid=$D4 rcount=$D5 starttimer(0x212,$D2) }, \
1 { vnode=$D2 vfsnext=$D3%X4 vfsprev=$D4%X4 \
unldvp=$D5%X4 }, \
2 { vnode=$D2 exit endtimer(0x212,$D2) } }, \
20 { "NFS_BMAP " \
$D1, \
0 { vnode=$D2 flag=$D3 offset=$D4 length=$D5 }, \
1 { vnode=$D2 error=$D3 sid=$D4 mwrcnt=$D5 } }, \
320 { "NFS3_BMAP " \
$D1, \
0 { vnode=$D2 mflag=$D3 fflag=$D4 starttimer(0x212,$D2) }, \
1 { vnode=$D2 error=$D3 sid=$D4 mwrcnt=$D5 endtimer(0x212,$D2) }, \
2 { vnode=$D2 offset=$D3 length=$D4 } }, \
21 { "NFS_BADOP" }, \
321 { "NFS3_BADOP" }, \
22 { "NFS_STRATEGY " vnode=$D2 code=$D1 }, \
23 { "NFS_LOCKCTL " vnode=$D1 locktype=$D2%X4 start=$D3 \
len=$D4 pid=$D5%D4}, \
24 { "NFS_NOOP" }, \
324 { "NFS3_NOOP" }, \
26 { "NFS_CMP" }, \
326 { "NFS3_CMP" }, \
40 { "NFS_DNLC_ENTER " \
$D1, \
0 { vnode=$D2 v_count=$D4 doingcache=$D5 }, \
1 { vnode=$D2 v_count=$D4 exitspot=$D5} }, \
41 { "NFS_DNLC_LOOKUP " \
$D1, \
0 { vnode=$D2 doingcache=$D4 }, \
1 { vnode=$D2 vnode=$D3 \
exitspot=$D5 } }, \
42 { "NFS_DNLC_REMOVE " \
$D1, \
0 { vnode=$D2 doingcache=$D4 }, \
1 { vnode=$D3 removing vnode=$D2 } },\
43 { "NFS_DNLC_PURGE " \
$D1, \
0 { enter doingcache=$D2 }, \
1 { exit } }, \
44 { "NFS_DNLC_PURGE_VP " \
$D1, \
0 { vnode=$D2 doingcache=$D3 }, \
1 { vnode=$D2 exit } }, \
45 { "NFS_DNLC_PURGE_VFSP " \
$D1, \
0 { vfsp=$D2%X4 count=$D3 doingcache=$D4 }, \
1 { vfsp=$D2%X4 n=$D3 } }, \
46 { "NFS_DNLC_UPDATE_ENTER " \
$D1, \
0 { vnode=$D2 v_count=$D4 doingcache=$D5 }, \
1 { vnode=$D2 v_count=$D4 exitspot=$D5} }, \
327 { "NFS3_PATHCONF " \
$D1, \
0 { vnode=$D2 bufp=$D3%X4 starttimer(0x212,$D2) }, \
1 { vnode=$D2 error=$D3 endtimer(0x212,$D2) } }, \
328 { "NFS3_UTILITY " d1=$D1%X4 d2=$D2%X4 d3=$D3%X4 \
d4=$D4%X4 d5=$D5%X4 }, \
329 { "NFS_FSYNC_RANGE " \
$D1, \
0 { vnode=$D2 off=$D3 range=$D4 }, \
1 { vnode=$D2 error=$D3} },\
330 { "AIX2ONC_GETATTR " vnode=$D1 rerror=$D2 dev=$D3 serialno=$D4 }, \
350 { "NFS3_MOUNT " \
$D1%D1, \
0 { vfsp=$D2 vnode=$D3 starttimer(0x212,$D2) }, \
1 { not superuser vfsp=$D2 vnode=$D3 endtimer(0x212,$D2) }, \
2 { not a directory vfsp=$D2 vnode=$D3 endtimer(0x212,$D2) }, \
3 { getargs error vfsp=$D2 vnode=$D3 error=$D4 endtimer(0x212,$D2) }, \
4 { syncaddr error vfsp=$D2 vnode=$D3 error=$D4 }, \
5 { nfs servget error vfsp=$D2 vnode=$D3 error=$D4 }, \
6 { nfs3rootvp error vfsp=$D2 vnode=$D3 error=$D4 }, \
7 { invalid retrans vfsp=$D2 vnode=$D3 }, \
8 { invalid timeo vfsp=$D2 vnode=$D3 }, \
9 { invalid rsize vfsp=$D2 vnode=$D3 }, \
10 { invalid wsize vfsp=$D2 vnode=$D3 }, \
11 { vfsaddlist failed vfsp=$D2 vnode=$D3 error=$D4 }, \
12 { mount exit vfsp=$D2 vnode=$D3 error=$D4 endtimer(0x212,$D2) }, \
13 { lku in progress vfsp=$D2 vnode=$D3 error=$D4 endtimer(0x212,$D2) } }, \
351 { "NFS3_UMOUNT " \
$D1%D1, \
0 { vfsp=$D2 starttimer(0x212,$D2) }, \
1 { not superuser vfsp=$D2 endtimer(0x212,$D2) }, \
2 { mount busy vfsp=$D2 endtimer(0x212,$D2) }, \
3 { vfsrmlist failed vfsp=$D2 error=$D3 endtimer(0x212,$D2) }, \
4 { forced umount vfsp=$D2 endtimer(0x212,$D2) }, \
5 { umount vfsp=$D2 endtimer(0x212,$D2) } }, \
352 { "NFS3_STATVFS " \
$D1%D1, \
0 { vfsp=$D2 mi=$D3 starttimer(0x212,$D2) }, \
1 { vfsp=$D2 mi=$D3 which=$D4 error=$D5 endtimer(0x212,$D2) } }, \
353 { "NFS_ALLOC_PDT " \
$D1%D1, \
0 { start np=$D2 strategy=$D3 starttimer(0x212,$D2) }, \
1 { alloc failed np=$D2 strategy=$D3 error=$D4 endtimer(0x212,$D2) }, \
2 { too much pdt np=$D2 strategy=$D3 error=$D4 endtimer(0x212,$D2) }, \
3 { can not pin np=$D2 strategy=$D3 error=$D4 endtimer(0x212,$D2) }, \
4 { vm_mount failed np=$D2 strategy=$D3 error=$D4 endtimer(0x212,$D2) }, \
5 { end np=$D2 strategy=$D3 error=$D4 endtimer(0x212,$D2) } }, \
354 { "NFS_PDT_HOLD " np=$D1 ref=$D2 }, \
355 { "NFS_PDT_RELE " \
$D1%D1, \
0 { start np=$D2 ref=$D3 vers=$D4 starttimer(0x212,$D2) }, \
1 { invalid vers np=$D2 error=$D3 vers=$D4 endtimer(0x212,$D2) }, \
2 { no free np=$D2 ref=$D3 vers=$D4 endtimer(0x212,$D2) }, \
3 { free np=$D2 strategy=$D3 vers=$D4 endtimer(0x212,$D2) }, \
4 { not in list np=$D2 strategy=$D3 error=$D4 endtimer(0x212,$D2) } }, \
356 { "NFS_GET_PDT " \
$D1%D1, \
0 { start np=$D2 vers=$D3 starttimer(0x212,$D2) }, \
1 { invalid vers np=$D2 vers=$D3 error=$D4 endtimer(0x212,$D2) }, \
2 { alloc failed np=$D2 vers=$D3 error=$D4 endtimer(0x212,$D2) }, \
3 { end np=$D2 vers=$D3 error=$D4 endtimer(0x212,$D2) } }, \
357 { "NFS_IP_EQUAL " }, \
358 { "NFS_SERV_HOLD " ns=$D1 ns_ref=$D2 }, \
359 { "NFS_SERV_RELE " \
$D1%D1, \
0 { start np=$D2 ns_ref=$D3 vers=$D4 starttimer(0x212,$D2) }, \
1 { invalid vers np=$D2 error=$D3 vers=$D4 endtimer(0x212,$D2) }, \
2 { no free np=$D2 ns_ref=$D3 vers=$D4 endtimer(0x212,$D2) }, \
3 { free np=$D2 ns_pdt=$D3 vers=$D4 endtimer(0x212,$D2) }, \
4 { not in list np=$D2 ns_pdt=$D3 vers=$D4 endtimer(0x212,$D2) } }, \
360 { "NFS_GET_SERV " \
$D1%D1, \
0 { start vers=$D2 addr=$D3 ns=$D4 starttimer(0x212,$D3) }, \
1 { invalid vers vers=$D2 addr=$D3 ns=$D4 error=$D5 endtimer(0x212,$D3) }, \
2 { alloc failed vers=$D2 addr=$D3 ns=$D4 error=$D5 endtimer(0x212,$D3) }, \
3 { get_pdt failed vers=$D2 addr=$D3 ns=$D4 error=$D5 endtimer(0x212,$D3) }, \
4 { end vers=$D2 addr=$D3 ns=$D4 endtimer(0x212,$D3) } }, \
361 { "NFS_VMM_REGISTER " pid=$D1 }, \
362 { "NFS_VMM_UNREGISTER " pid=$D1 }, \
363 { "NFS_AM_BIOD " pid=$D1 res=$D2 }, \
400 { "NFS3_CNTL " \
$D1%D1, \
0 { start vfs=$D2 cmd=$D3 arg=$D4 argsize=$D5 starttimer(0x212,$D2) }, \
1 { rmnt const failed vfs=$D2 cmd=$D3 arg=$D4 error=$D5 endtimer(0x212,$D2) }, \
2 { rmnt adjust failed vfs=$D2 cmd=$D3 arg=$D4 error=$D5 endtimer(0x212,$D2) }, \
3 { end vfs=$D2 cmd=$D3 arg=$D4 error=$D5 endtimer(0x212,$D2) }, \
4 { bad cmd vfs=$D2 cmd=$D3 arg=$D4 error=$D5 endtimer(0x212,$D2) } }, \
401 { "NFS_REMOUNT " }, \
402 { "NFS_V3_ADJ_ARGS " \
$D1%D1, \
0 { start args=$D2 error=$D3 starttimer(0x212,$D2) }, \
1 { timeo bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
2 { retrans bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
3 { rsize bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
4 { wsize bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
5 { syncaddr bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
6 { copyin64 bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
7 { copyinstr64 bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
8 { netname bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
\* { end args=$D2 error=$D3 endtimer(0x212,$D2) } }, \
403 { "NFS_V3_REMOUNT " \
$D1%D1, \
0 { start vfsp=$D2 vmtp=$D3 starttimer(0x212, $D2) }, \
\* { end vfsp=$D2 vmtp=$D3 endtimer(0x212, $D2) } }, \
404 { "NFS3_LUOTW " dvp=$D1 nm=$D2 obj_attr=$D3 obj_attr_type=$D4 fh3_length=$D5}, \
405 { "NFS3_OTWFH " data0_32=$D1 data8_40=$D2 data16_48=$D3 data24_56=$D4}, \
450 { "swapnfs_config " \
$D1%D1, \
0 { "start" device=$D2 cmd=$D3 }, \
1 { "failed at init_keys()" rc=$D2 }, \
2 { "failed at setup_swap_file()" rc=$D2 }, \
3 { "failed at devswadd()" rc=$D2 }, \
4 { "failed at pincode()" rc=$D2 }, \
5 { "failed with EINVAL" cmd=$D2 }, \
6 { "succeeded." } }, \
451 { "setup_swap_file " \
$D1%D1, \
0 { "start" uiop=$D2 device=$D3 }, \
1 { "failed. uiop is NULL" }, \
2 { "failed. xmalloc iov_len failed." size=$D2 }, \
3 { "failed. v4 xmalloc hostname failed." size=$D2 }, \
4 { "failed. v4 xmalloc swapfilename failed." size=$D2 }, \
5 { "failed. bad type." type=$D2 }, \
6 { "failed. v6 xmalloc hostname failed." size=$D2 }, \
7 { "failed. v6 xmalloc swapfilename failed." size=$D2 }, \
8 { "failed." }, \
9 { "failed. creatp() failed." rc=$D2 }, \
10 { "failed. initp() failed." rc=$D2 }, \
11 { "succeeded." vfsp_return=$D2 } }, \
452 { "nfs_config_swap_dev " \
$D1%D1, \
0 { "start" device=$D2 }, \
1 { "failed. pool is NULL" }, \
2 { "failed at nfs_swapvp()" }, \
3 { "failed. vp is NULL" }, \
4 { "succeeded." vfsp_swap_devices=$D2 } }, \
453 { "nfs_swapvp " \
$D1%D1, \
0 { "start" vfsp=$D2 vers=$D3 }, \
1 { "failed with EINVAL" sin_family=$D2 }, \
2 { "failed with EINVAL" vers=$D2 }, \
3 { "failed @3 with EINVAL" }, \
4 { "failed with ENOMEM pathlen" size=$D2 }, \
5 { "failed @5 with EINVAL" }, \
6 { "failed at second mountnfs()" rc=$D2 }, \
7 { "failed at first nfsrootvp()" rc=$D2 }, \
8 { "failed at nfs_lookup()" rc=$D2 }, \
9 { "failed at first mountnfs()" rc=$D2 }, \
10 { "failed at nfs_serv_get()" rc=$D2 }, \
11 { "failed at second nfsrootvp()" rc=$D2 }, \
12 { "succeeded." } }, \
454 { "nfs4_setup_swap_file " \
$D1%D1, \
0 { "start" vfsp=$D2 }, \
1 { "failed with ENOMEM mip" size=$D2 }, \
2 { "failed with ENOMEM fsidp" size=$D2 }, \
3 { "failed with ENOMEM f_locp" size=$D2 }, \
4 { "failed with ENOMEM f_serv" size=$D2 }, \
5 { "failed with ENOMEM f_path" size=$D2 }, \
6 { "failed with ENOMEM servp" size=$D2 }, \
7 { "failed at nfs4pathlookup()" rc=$D2 }, \
8 { "failed at makenfs4node()" rc=$D2 }, \
9 { "succeeded." } }, \
\* { `NFS_VOPS mode=$HD` }
213 1.0 "@NFS: Server read/write services" \
{{ \
nfsseqno(seqno) \
`seqno=$seqno%D1` \
}} \
$HD%D1, \
1 { "RFS_READ " }, \
2 { "RFS_WRITE " }, \
3 { "RFS3_READ " }, \
4 { "RFS3_WRITE " }, \
5 { "RFS4_READ " }, \
6 { "RFS4_WRITE " }, \
\* { `NFS_RFS mode=$HD` $BREAK } \
nfsseqno($D1) vnode=$D2 $D2 `count=0x$D3 offset=0x$D4`
214 1.0 "@NFS: Server services" \
$HOOKENV, \
32 { \
HT & 0x07, \
0 { \
$D1, \
5 { "RFS_LOOKUP " G8 $HD%S1 }, \
8 { "RFS_CREATE " G8 $HD%S1 }, \
9 { "RFS_REMOVE " G8 $HD%S1 }, \
0x000A { "RFS_RENAME from: " G8 $HD%S1 }, \
0x100A { "RFS_RENAME to: " G8 $HD%S1 }, \
0b { "RFS_LINK " G8 $HD%S1 }, \
0x000C { "RFS_SYMLINK from: " G8 $HD%S1 }, \
0x100C { "RFS_SYMLINK to: " G8 $HD%S1 }, \
0d { "RFS_MKDIR " G8 $HD%S1 }, \
0e { "RFS_RMDIR " G8 $HD%S1 }, \
\* { `RFS_VOPS genmode=$D1` } \
$BREAK \
} }, \
64 { \
HT & 0X4000, \
0x4000 { \
$D1, \
5 { "RFS_LOOKUP " G16 $HL%S1 }, \
8 { "RFS_CREATE " G16 $HL%S1 }, \
9 { "RFS_REMOVE " G16 $HL%S1 }, \
0x000A { "RFS_RENAME from: " G16 $HL%S1 }, \
0x100A { "RFS_RENAME to: " G16 $HL%S1 }, \
0b { "RFS_LINK " G16 $HL%S1 }, \
0x000C { "RFS_SYMLINK from: " G16 $HL%S1 }, \
0x100C { "RFS_SYMLINK to: " G16 $HL%S1 }, \
0d { "RFS_MKDIR " G16 $HL%S1 }, \
0e { "RFS_RMDIR " G16 $HL%S1 }, \
\* { `RFS_VOPS genmode=$D1` } \
$BREAK \
} } \
$HD%D1, \
1 { "RFS_NULL " nfsseqno($D1) }, \
2 { "RFS_GETATTR " nfsseqno($D1) vnode=$D2 vnode=$D2 }, \
3 { "RFS_SETATTR " nfsseqno($D1) vnode=$D2 vnode=$D2 }, \
4 { "RFS_ERROR" }, \
5 { "RFS_LOOKUP " nfsseqno($D1) directory= vnode=$D2 vnode=$D2 }, \
133 { "RFS_LOOKUP " nfsseqno($D1) lookuppninstall2($D2) object=vnode=$D2 vnode=$D2 \
error=$D3%E1 }, \
6 { "RFS_READLINK " nfsseqno($D1) vnode=$D2 }, \
8 { "RFS_CREATE " nfsseqno($D1) directory=vnode=$D2 }, \
136 { "RFS_CREATE " lookuppninstall2($D1) file=vnode=$D1 error=$D2%E1 vnode=$D1 }, \
9 { "RFS_REMOVE " nfsseqno($D1) vnode=$D2 }, \
10 { "RFS_RENAME " nfsseqno($D1) from dir=vnode=$D2 to dir=vnode=$D3 }, \
138 { "RFS_RENAME " from file=vnode=$D1 lookuppninstall2($D2) to file=vnode=$D2 }, \
11 { "RFS_LINK " nfsseqno($D1) vnode=$D2 vnode=$D3 }, \
12 { "RFS_SYMLINK " nfsseqno($D1) vnode=$D2 }, \
13 { "RFS_MKDIR " nfsseqno($D1) vnode=$D2 }, \
14 { "RFS_RMDIR " nfsseqno($D1) vnode=$D2 }, \
15 { "RFS_READDIR " nfsseqno($D1) vnode=$D2 }, \
16 { "RFS_STATFS " nfsseqno($D1) vnode=$D2 }, \
30 { "NFS_LOCKFH " vnode=$D1 locktype=$D2%X4 \
start=$D3 len=$D4 pid=$D5%D4}, \
33 { "RFS3_OPERR " \
$D1%D1, \
0 { guard check failed vp=$D2 }, \
1 { cannot set attributes vp=$D2 }, \
2 { name is NULL }, \
3 { access not allowed by export}, \
4 { name not found dvp=$D2 name=$D3 }, \
5 { cannot get attributes vp=$D2 }, \
6 { object is not a symlink vp=$D2 }, \
7 { object is not a regular file vp=$D2 }, \
8 { out of mbufs }, \
9 { no write data provided }, \
10 { no file mode specified }, \
11 { object is not a directory vp=$D2 }, \
12 { user permission error vp=$D2 } }, \
34 { "NFS3_FHTOVP " error=$D1 trcnum=$D2 }, \
35 { "RFS3_LOOKUP " vap=$D1 vap_type=$D2 dvap=$D3 dvp=$D4 fh3_length=$D5}, \
36 { "RFS3_LOOKUP2 " path=$D1 vp=$D2 exi=$D3 obj_attr=$D4 obj_attr_type=$D5}, \
37 { "RFS3_FH " data0_32=$D1 data8_40=$D2 data16_48=$D3 data24_56=$D4}, \
\* { "UNKNOWN HOOK ID " }
215 1.0 "@NFS: Server dispatch" \
{{ \
nfsdispcode(code1,code2) \
$code1, \
2 { \
$code2, \
0 { NULL }, \
1 { GETATTR }, \
2 { SETATTR }, \
4 { LOOKUP }, \
5 { READLINK }, \
6 { READ }, \
8 { WRITE }, \
9 { CREATE }, \
0a { REMOVE }, \
0b { RENAME }, \
0c { LINK }, \
0d { SYMLINK }, \
0e { MKDIR }, \
0f { RMDIR }, \
10 { READDIR }, \
11 { STATFS }, \
\* { $code1%D1 } \
}, \
3 { \
$code2, \
0 {RFS3_NULL }, \
1 {RFS3_GETATTR }, \
2 {RFS3_SETATTR }, \
3 {RFS3_LOOKUP }, \
4 {RFS3_ACCESS }, \
5 {RFS3_READLINK }, \
6 {RFS3_READ }, \
7 {RFS3_WRITE }, \
8 {RFS3_CREATE }, \
9 {RFS3_MKDIR }, \
0a {RFS3_SYMLINK }, \
0b {RFS3_MKNOD }, \
0c {RFS3_REMOVE }, \
0d {RFS3_RMDIR }, \
0e {RFS3_RENAME }, \
0f {RFS3_LINK }, \
10 {RFS3_READDIR }, \
11 {RFS3_READDIRPLUS }, \
12 {RFS3_FSSTAT }, \
13 {RFS3_FSINFO }, \
14 {RFS3_PATHCONF }, \
15 {RFS3_COMMIT }, \
\* { $code1%D1 }\
} \
}} \
$HD%D1, \
1 { "RFS_DISP_ENTRY " nfsseqno($D1) client=sinaddr($D2) \
starttimer(0x215,$D1) \
}, \
2 { "RFS_DISP_EXIT " nfsseqno($D1) client=sinaddr($D2) vers=$D3 nfsdispcode($D3,$D4) \
endtimer(0x215,$D1) \
}, \
\* { `RFS_DISPATCH mode=$HD` }
216 1.0 "@NFS: Client call" \
$HD%D1, \
1 { \
"NFS_CALL_ENTRY " nfsseqno($D1) server=sinaddr($D2) \
starttimer(0x216,$D1) \
}, \
2 { \
"NFS_CALL_EXIT " nfsseqno($D1) server=sinaddr($D2) \
endtimer(0x216,$D1) \
}, \
4 { "CLNTTCP_CREATE_ENTRY " addr=$D1 prog=$D2 vers=$D3 retry=$D4 cred=$D5 }, \
5 { "CLNTTCP_CREATE_EXIT " CLIENT=$D1 }, \
6 { "CLNTTCP_INIT_ENTRY " CLIENT=$D1 addr=$D2 prog=$D3 vers=$D4 cred=$D5 }, \
7 { "CLNTTCP_INIT_EXIT " }, \
8 { "CLNTTCP_DESTROY " CLIENT=$D1 }, \
9 { "CLNTTCP_CALLIT_ENTRY " CLIENT=$D1 proc=$D2 xid=$D3 }, \
10 { "CLNTTCP_CALLIT_EXIT " return code=$D1 }, \
11 { "CLNTRTCM_CREATE_ENTRY " svcaddr=$D1 prog=$D2 vers=$D3 }, \
12 { "CLNTRTCM_CREATE " }, \
13 { "CLNTRTCM_CREATE_EXIT " rtcm=$D1 }, \
14 { "CLNTRTCM_HOLD " rtcm=$D1 refcnt=$D2 }, \
15 { "CLNTRTCM_RELE " rtcm=$D1 refcnt=$D2 }, \
16 { "CLNTRTCM_SEND_ENTRY " rtcm=$D1 CLIENT=$D2 mbuf=$D3 }, \
17 { "CLNTRTCM_CONN_ENTRY " rtcm=$D1 }, \
18 { "CLNTRTCM_CONN_EXIT " return code=$D1 }, \
19 { "CLNTRTCM_SEND_EXIT " return code=$D1 }, \
20 { "CLNTRTCM_SORECV_ENTRY " }, \
21 { "CLNTRTCM_SORECV_EXIT " return code=$D1 }, \
22 { "CLNTRTCM_RECV_ENTRY " rtcm=$D1 CLIENT=$D2 time_out=$D3 }, \
23 { "CLNTRTCM_RECV_EXIT " reply present for xid=$D1 }, \
24 { "CLNTRTCM_RECV_EXIT_1 " return code=$D1 }, \
25 { "CLNTRTCM_RECV_EXIT_2 " xid=$D1 }, \
26 { "CLNTRTCM_RECV_EXIT_3 " }, \
27 { "CLNTRTCM_RECV_EXIT_4 " return code=$D1 }, \
28 { "CLNTRTCM_CLNTDATA " tid=$D1 xid=$D2 }, \
29 { "SERVXID_IN " xid=$D1 }, \
30 { "SERVXID_OUT " xid=$D1 }, \
31 { "CLNTRTCM_BADXID " rtcm=$D1 xid=$D2 }, \
32 { "CLNTRTCM_SHORT_MLEN " rtcm=$D1 xid=$D2 }, \
33 { "CLNTRTCM_RCV_XID " rtcm=$D1 xid=$D2 }, \
34 { "CLNTRTCM_NOT_LAST_FRAG " rtcm=$D1 }, \
35 { "CLNTRTCM_CANTRCVMORE " rtcm=$D1 sock=$D2 }, \
36 { "CLNTRTCM_SND_XID " rtcm=$D1 xid=$D2 }, \
37 { "CLNTRTCM_SOCLOSE " rtcm=$D1 }, \
38 { "TCPSERV_TOLITTLE_DATA " len=$D1 sb_cc=$D2 }, \
39 { "TCPSERV_NO_DATA " len=$D1 sb_cc=$D2 }, \
40 { "CLNTRTCM_DUP_REPLY " rtcm=$D1 xid=$D2 }, \
41 { "SERV_SOSEND " xid=$D1 sock=$D2 spint=$D3 }, \
42 { "CLNTRTCM_PULLUP " mark=$D1 m_len=$D2 m_pkthdr_len=$D3 }, \
43 { "CLNTRTCM_SND_EXIT " listener failed rtcm=$D1 rc=$D2 }, \
44 { "CLNTRTCM_SND_EXIT " data without sending rtcm=$D1 start_rc=$D2 }, \
\* { `NFS CALL mode=$HD` }
217 1.0 "@NFS: RPC Debug" \
$HD%D1, \
1 { "KDES_CREATE_FAIL_1 " },\
2 { "KDES_CREATE_FAIL_2 " },\
3 { "KDES_CREATE_FAIL_3 " },\
4 { "KDES_MARSHAL_FAIL " },\
5 { "KDES_VALIDATE_FAIL_1 " },\
6 { "KDES_VALIDATE_FAIL_2 " },\
7 { "KDES_REFRESH_FAIL_1 " },\
8 { "KDES_REFRESH_FAIL_2 " },\
9 { "KDES_RTIME_FAIL_SEND " },\
10 { "KDES_RTIME_FAIL_RECV " },\
11 { "KRPC_UDPCREATE_FAIL_1 " },\
12 { "KRPC_UDPCREATE_FAIL_2 " error=$D1 },\
13 { "KRPC_UDPCREATE_FAIL_3 " error=$D1 },\
14 { "KRPC_KURECVFROM_1 " },\
15 { "KRPC_KURECVFROM_2 " len=$D1 },\
16 { "KRPC_SVCAUTH_U " },\
17 { "KRPC_SVCKUDP_SEND " },\
18 { "KRPC_SVCKUDP_DUPMEM " },\
19 { "KRPC_SVCKUDP_DUPNUMBER " },\
20 { "KRPC_XDRMBUF_1 " mark=$D1 mbuf=$D2%X4 m_next/i=$D3%X4 m_len/high=$D4 x_handy/0=$D5 },\
21 { "KRPC_XDRMBUF_2 " },\
22 { "KRPC_XDRMBUF_3 " },\
23 { "KRPC_XDRMBUF_4 " },\
24 { "NFSSRV_SETSOCK " },\
25 { "NFSSRV_BADPROC " },\
26 { "NFSSRV_BADVERS " },\
27 { "NFSSRV_BADGETARGS " },\
28 { "NFSSRV_WEAKAUTH " },\
29 { "NFSSRV_BADFREEARGS " },\
30 { "NFSSRV_BADSENDREPLY " },\
31 { "NFSSRV_UNPRIVPORT " },\
32 { "KRPC_MBUF_GET_FAIL " },\
33 { "NFSCLNT_MNT_REGMIN " },\
34 { "NFSCLNT_MNT_REGMAX " },\
35 { "NFSCLNT_MNT_DIRMIN " },\
36 { "NFSCLNT_MNT_DIRMAX " },\
37 { "NFSCLNT_KLMLCK_1 " },\
38 { "NFSCLNT_KLMLCK_2 " },\
39 { "NFSCLNT_KLMLCK_3 " },\
40 { "NFSCLNT_KLMLCK_4 " },\
41 { "NFSCLNT_KLMLCK_5 " },\
42 { "NFSCLNT_AUTHGET_DESFAIL " },\
43 { "NFSCLNT_AUTHGET_UNKNOWN " },\
44 { "NFSCLNT_AUTHFREE_UNKNOWN " },\
45 { "NFSSRVACL_BADSENDREPLY " },\
46 { "NFSSRVACL_BADFREEARGS " },\
47 { "NFSSRV_RFSGETBAD0 " },\
48 { "NFSSRV_RFSGETBAD1 " },\
49 { "NFSSRV_RFSGETBAD2 " },\
50 { "NFSSRV_INPROGRESS " },\
51 { "NFSSRV_BADDUPSTAT " },\
52 { "NFSSRV_NULLRECV " },\
53 { "NFSSRV_BADLEN " },\
54 { "NFSSRV_BADXDRCALL " },\
55 { "NFSCLNT_BADATTACH " },\
56 { "NFSCLNT_BADENCODE " },\
57 { "NFSCLNT_CANTSEND " },\
58 { "NFSCLNT_EINTR " },\
59 { "NFSCLNT_RCTIMEOUT " },\
60 { "NFSCLNT_RCBADXID " },\
61 { "NFSCLNT_RCRETRANS " },\
62 { "NFSCLNT_RCBADCALL " },\
63 { "NFSCLNT_BADCLGET " },\
64 { "NFSCLNT_CLNTCALLBAD " },\
65 { "CLNTTLI_KCREAT_BADCFG " },\
66 { "CLNTCLTS_NOMBUFS " },\
67 { "SVCGEN_BAD_TRANSPORT " },\
68 { "KRPC_SVCKTCP_SEND " },\
69 { "KRPC_NOT_LAST_FRAG " len=$D1 so=$D2%X4 },\
70 { "KRPC_SVC_LISTEN_SO_FAIL " },\
71 { "KRPC_RTCMCREATE_FAIL_1 " },\
72 { "KRPC_RTCMCREATE_FAIL_2 " error=$D1 },\
73 { "KRPC_RTCMCREATE_FAIL_3 " rc=$D1 },\
74 { "NFSSRV_BAD_PERFORM_SM_DSB " },\
75 { "RTCM_CONNECT_WAIT " time=$D1 },\
76 { "NFSCLNT_BADDECODE " },\
77 { "NFSCLNT_ERROR " error=$D1 xid=$D2 },\
78 { "CLNTTCP_CREATE_FAIL " },\
79 { "CLNTTCP_INIT_FAIL " },\
80 { "CLNTTCP_CALL_FAIL " },\
81 { "CLNTRTCM_SOR_FAIL " rc=$D1 },\
82 { "CLNTRTCM_SOR_FAIL_1 " rc=$D1 },\
83 { "CLNTRTCM_SOR_FAIL_2 " },\
84 { "CLNTRTCM_SOR_FAIL_3 " rc=$D1 },\
85 { "CLNTRTCM_SOR_FAIL_4 " mark=$D1 m_len=$D2 len=$D3 m_next=$D4 uio_resid=$D5 },\
86 { "KRPCTCP_SOSND_ERROR " rc=$D1 sock=$D1 xid=$D3 },\
87 { "KRPC_MBUFGET_FAIL_READ " size=$D1 ifp=$D2 xprt=$D3 },\
88 { "CLNTKUDP_SOSENDFAIL " error=$D1 proc=$D2 },\
89 { "SVC_CONNECT_FAILED " error=$D1 },\
90 { "KRPC_SORESERVE_FAILED0 " },\
91 { "KRPC_XDRREPLY_INLINE " },\
92 { "KRPC_XDRREPLY_FAIL1 " direction=$D1 xid=$D2 },\
93 { "KRPC_XDRREPLY_FAIL2 " rpstat=$D1 xid=$D2 },\
94 { "KRPC_XDRREPLY_FAIL3 " },\
95 { "KRPC_XDRREPLY_FAIL4 " xid=$D1 len=$D2 flavor=$D3 },\
96 { "KRPC_XDRREPLY_FAIL5 " },\
97 { "KRPC_XDRREPLY_FAIL6 " },\
98 { "KRPC_XDRREPLY_SUCCESS " },\
99 { "KRPC_XDRREPLY_PROG_MIS " },\
100 { "KRPC_XDRREPLY_FAIL7 " },\
101 { "KRPC_XDRREPLY_FAIL8 " },\
102 { "CLNTRTCM_SOR_FAIL_5 " },\
103 { "NFS_MAX_CONNECTS_TOO_LOW " d1=$D1 },\
104 { "KRPC_MAYB_NOT_LAST_FRAG " len=$D1 so=$D2%X4 },\
105 { "XDRMBUF_GETLONG_X_BASE " },\
106 { "XDRMBUF_GETLONG_EMPTY_MBUF " },\
107 { "KRPC_SPINTQ_FULL " },\
108 { "KRPC_SET_RFC1323_FAIL " socket=$D1%X4 sosetopt_error=$D2 },\
109 { "KRPC_XDRMBUF_PB_EXT " D1=$D1 uiomove error=$D2 },\
110 { "KRPC_XDRMBUF_GB_EXT " D1=$D1 uiomove error=$D2 },\
111 { "KRPC_XDRMEM_PB_EXT " D1=$D1 uiomove error=$D2 },\
112 { "KRPC_XDRMEM_GB_EXT " D1=$D1 uiomove error=$D2 },\
113 { "KRPC_RTCM_START_LISTENER " enter rtcm=$D1 timeout=$D2 },\
114 { "KRPC_RTCM_START_LISTENER " no listener rtcm=$D1 state=$D2 },\
115 { "KRPC_RTCM_START_LISTENER " trb alloc failed rtcm=$D1 },\
116 { "KRPC_RTCM_START_LISTENER " thread info alloc failed rtcm=$D1 },\
117 { "KRPC_RTCM_START_LISTENER " connection wait rtcm=$D1 state=$D2 },\
118 { "KRPC_RTCM_START_LISTENER " wakeup rtcm=$D1 rc=$D2 },\
119 { "KRPC_RTCM_START_LISTENER " exit ok rtcm=$D1 },\
120 { "KRPC_RTCM_LISTEN " enter rtcm=$D1 },\
121 { "KRPC_RTCM_LISTEN " connect returned rtcm=$D1 rc=$D2 },\
122 { "KRPC_RTCM_LISTEN " giving up rtcm=$D1 },\
123 { "KRPC_RTCM_LISTEN " quiting rtcm=$D1 state=$D2 },\
124 { "KRPC_RTCM_LISTEN " exit rtcm=$D1 },\
125 { "KRPC_RTCM_RECV " soreceive failed rtcm=$D1 rc=$D2 },\
126 { "KRPC_RTCM_RSVPORT " toggle reserved port enter rtcm=$D1 },\
127 { "KRPC_RTCM_RSVPORT " toggle reserved port exit rtcm=$D1 },\
128 { "KRPC_NFSCLNT_BAD_CALL " status=$D1 errno=$D2 },\
129 { "KRPC_TCP_CALLIT_ERROR " location=$D1 error=$D2 },\
\* { `NFS RPC DEBUG mode=$HD` }
218 1.0 "@NFS: rpc.lockd hooks" \
$HD%D1, \
1 { "LOCKD_KLM_PROG " proc=$D1%D4 pid=$D2%D4 cookie=$D3%D4 port=$D4 }, \
2 { "LOCKD_NLM_REQUEST " proc=$D1%D4 from sinaddr($D2) cookie=$D3%D4 pid=$D4%D4 }, \
3 { "LOCKD_NLM_RESULTS " proc=$D1%D4 from sinaddr($D2) cookie=$D3%D4 result=$D4 }, \
4 { "LOCKD_KLM_REPLY " proc=$D1%D4 stat=$D2 port=$D3 }, \
5 { "LOCKD_NLM_REPLY " proc=$D1%D4 to sinaddr($D2) stat=$D3 cookie=$D4%D4 }, \
6 { "LOCKD_NLM_CALL " proc=$D1%D4 cookie=$D2%D4 pid=$D3%D4 retransmit=$D4 }, \
7 { "LOCKD_CALL_UDP " to sinaddr($D4) proc=$D1%D4 program=$D2%D4 version=$D3%D4 }, \
\* { `LOCKD CALL mode=$HD` }
219 1.0 "@NFS: Live Kernel Update routines" \
$HOOKENV, \
32 { \
HT & 0x7, \
0 { \
$D1%D4, \
50 { "NFSLKU_CHKPT_STUB DEBUG stub: " G8 $HD%S1 }, \
57 { "NFSLKU_CHKPT_RNODE_LOOKUP DEBUG name: " G8 $HD%S1 }, \
60 { "NFSLKU_CHKPT_STRING DEBUG string: " G8 $HD%S1 }, \
68 { "NFSLKU_CHKPT_LINK DEBUG link: " G8 $HD%S1 }, \
121 { "NFSLKU_LOOKUP_CMN DEBUG name: " G8 $HD%S1 }, \
252 { "NFSLKU_PARSE_STUB DEBUG component: " G8 $HD%S1 }, \
\* { 'NFS_LKU genmode=$D1' } \
$BREAK \
} }, \
64 { \
HT & 0X4000, \
0x4000 { \
$D1%D4, \
50 { "NFSLKU_CHKPT_STUB DEBUG stub: " G16 $HL%S1 }, \
57 { "NFSLKU_CHKPT_RNODE_LOOKUP DEBUG name: " G16 $HL%S1 }, \
60 { "NFSLKU_CHKPT_STRING DEBUG string: " G16 $HL%S1 }, \
68 { "NFSLKU_CHKPT_LINK DEBUG link: " G16 $HL%S1 }, \
121 { "NFSLKU_LOOKUP_CMN DEBUG name: " G16 $HL%S1 }, \
252 { "NFSLKU_PARSE_STUB DEBUG component: " G16 $HL%S1 }, \
\* { 'NFS_LKU genmode=$D1' } \
$BREAK \
} } \
$HD%D1, \
1 { "NFSLKU_CHKPT_INIT " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 error=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 filename=$D3 }, \
3 { ERROR trcnum=$D1 error=$D2 }, \
4 { ERROR trcnum=$D1 error=$D2 }, \
5 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
2 { "NFSLKU_CHKPT " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 error=$D2 filename=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 s_args=$D3 }, \
3 { ERROR trcnum=$D1 error=$D2 }, \
4 { ERROR trcnum=$D1 error=$D2 }, \
5 { ERROR trcnum=$D1 error=$D2 }, \
6 { ERROR trcnum=$D1 error=$D2 }, \
7 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
3 { "NFSLKU_CHKPT_DONE " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
4 { "NFSLKU_RSTRT_DONE " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 error=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
5 { "NFSLKU_NET_UNBLOCK " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
50 { "NFSLKU_CHKPT_STUB " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 vfsp=$D3 stub=$D4 rootp=$D5 }, \
1 { ERROR trcnum=$D1 fp=$D2 vfsp=$D3 stub=$D4 rootp=$D5 }, \
2 { ERROR trcnum=$D1 vfs_list=$D2 rl_list=$D3 }, \
3 { ERROR trcnum=$D1 error=$D2 stub=$D3 }, \
4 { ERROR trcnum=$D1 stub=$D2 vp=$D3 vnode_name=$D4 }, \
5 { ERROR trcnum=$D1 error=$D2 stub=$D3 vp=$D4 lookup_vp=$D5 }, \
6 { EXIT trcnum=$D1 stub=$D2 }, \
7 { ERROR trcnum=$D1 error=$D2 stub=$D3 vp=$D4 lookup_vp=$D5 }, \
8 { ERROR trcnum=$D1 error=$D2 stub=$D3 vp=$D4 lookup_vp=$D5 }, \
9 { ERROR trcnum=$D1 error=$D2 stub=$D3 vp=$D4 lookup_vp=$D5 }, \
10 { ERROR trcnum=$D1 error=$D2 stub=$D3 vp=$D4 lookup_vp=$D5 }, \
11 { DEBUG trcnum=$D1 stub=$D2 vp=$D3 lookup_vp=$D4 index=$D5 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
51 { "NFLKU_CHKPT_VFS " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 vfsp=$D3 }, \
1 { ERROR trcnum=$D1 fp=$D2 vfsp=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 vfsp=$D4 }, \
3 { ERROR trcnum=$D1 error=$D2 fp=$D3 vfsp->vfs_mdata=$D4 }, \
4 { ERROR trcnum=$D1 error=$D2 mip=$D3 vfsp=$D4 }, \
5 { EXIT trcnum=$D1 fp=$D2 vfsp=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
52 { "NFSLKU_CHKPT_MI " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 mip=$D3 }, \
1 { ERROR trcnum=$D1 fp=$D2 mip=$D3 }, \
2 { EXIT trcnum=$D1 mip=$D2 }, \
3 { ERROR trcnum=$D1 error=$D2 fp=$D3 mip=$D4 }, \
4 { ERROR trcnum=$D1 error=$D2 mip->mi_netname=$D3 }, \
5 { ERROR trcnum=$D1 error=$D2 mip->mi_gap=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 servp=$D3 }, \
7 { ERROR trcnum=$D1 error=$D2 fsidp=$D3 }, \
8 { EXIT trcnum=$D1 fp=$D2 mip=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
53 { "NFSLKU_CHKPT_OPEN_RNODES " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 }, \
1 { ERROR trcnum=$D1 fp=$D2 }, \
2 { ERROR trcnum=$D1 rp=$D2 }, \
3 { EXIT trcnum=$D1 fp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
54 { "NFSLKU_CHKPT_RNODE " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 rp=$D3 rele_listp=$D4 }, \
1 { ERROR trcnum=$D1 fp=$D2 rp=$D3 rele_listp=$D4 }, \
2 { EXIT trcnum=$D1 rp=$D2 }, \
3 { ERROR trcnum=$D1 error=$D2 fp=$D3 rp=$D4 }, \
4 { ERROR trcnum=$D1 error=$D2 rp->r_unlname=$D3 }, \
5 { ERROR trcnum=$D1 error=$D2 fh4_val=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 rsp=$D3 }, \
7 { ERROR trcnum=$D1 error=$D2 rp->r_lookup.name=$D3 }, \
8 { ERROR trcnum=$D1 error=$D2 rp->r_fsidp=$D3 }, \
9 { EXIT trcnum=$D1 fp=$D2 rp=$D3 rele_listp=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
55 { "NFSLKU_CHKPT_SERVER_INFO_LIST " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 }, \
1 { ERROR trcnum=$D1 fp=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 servp=$D4 }, \
3 { ERROR trcnum=$D1 error=$D2 servp->s_name=$D3 }, \
4 { ERROR trcnum=$D1 error=$D2 servp->s_netname=$D3 }, \
5 { ERROR trcnum=$D1 error=$D2 fsidp=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 servp->s_mntinfop=$D3 }, \
7 { ERROR trcnum=$D1 error=$D2 fp=$D3 sosp=$D4 }, \
8 { ERROR trcnum=$D1 error=$D2 fp=$D3 sosp->sos_session.session_ssv=$D4 }, \
9 { EXIT trcnum=$D1 fp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
56 { "NFSLKU_CHKPT_FSID " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 fsidp=$D3 }, \
1 { ERROR trcnum=$D1 fp=$D2 fsidp=$D3 }, \
2 { EXIT trcnum=$D1 fsidp=$D2 }, \
3 { ERROR trcnum=$D1 error=$D2 fp=$D3 fsidp=$D4 }, \
4 { ERROR trcnum=$D1 error=$D2 fsidp->f_localpath=$D3 }, \
5 { ERROR trcnum=$D1 error=$D2 fsidp->f_mntinfop=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 f_locp=$D3 }, \
7 { ERROR trcnum=$D1 error=$D2 gapp=$D3 }, \
8 { ERROR trcnum=$D1 error=$D2 parent_fh_val=$D3 }, \
9 { ERROR trcnum=$D1 error=$D2 fsidp->f_dup_to=$D3 }, \
A { EXIT trcnum=$D1 fp=$D2 fsidp=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
57 { "NFSLKU_CHKPT_RNODE_LOOKUP " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 prp=$D3 crp=$D4 name=$D5 }, \
1 { ERROR trcnum=$D1 fp=$D2 prp=$D3 crp=$D4 name=$D5 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 &rl=$D4 }, \
3 { ERROR trcnum=$D1 error=$D2 prp=$D3 }, \
4 { ERROR trcnum=$D1 error=$D2 crp=$D3 }, \
5 { EXIT trcnum=$D1 fp=$D2 prp=$D3 crp=$D4 name=$D5 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
58 { "NFSLKU_CHKPT_FH4_VAL " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 val=$D3 size=$D4 }, \
1 { ERROR trcnum=$D1 fp=$D2 val=$D3 size=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 val=$D4 }, \
3 { EXIT trcnum=$D1 fp=$D2 val=$D3 size=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
59 { "NFSLKU_CHKPT_GLOBALS " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 }, \
1 { ERROR trcnum=$D1 fp=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
3 { EXIT trcnum=$D1 fp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
60 { "NFSLKU_CHKPT_STRING " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 string=$D3 length=$D4 }, \
1 { ERROR trcnum=$D1 fp=$D2 string=$D3 length=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 string=$D4 length=$D5 }, \
3 { EXIT trcnum=$D1 fp=$D2 string=$D3 length=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
61 { "NFSLKU_CHKPT_RNODE_STATE " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 rsp=$D3 }, \
1 { ERROR trcnum=$D1 fp=$D2 rsp=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 rsp=$D4 }, \
3 { ERROR trcnum=$D1 error=$D2 clp=$D3 }, \
4 { ERROR trcnum=$D1 error=$D2rs_open_dir=$D3 }, \
5 { ERROR trcnum=$D1 error=$D2 rs_open_name=$D3 }, \
6 { EXIT trcnum=$D1 fp=$D2 rsp=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
62 { "NFSLKU_CHKPT_CLIENT_LOCKER " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 clp=$D3 }, \
1 { ERROR trcnum=$D1 fp=$D2 clp=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 clp=$D4 }, \
3 { EXIT trcnum=$D1 fp=$D2 clp=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
63 { "NFSLKU_CHKPT_KPATHCONF_LIST " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 }, \
1 { ERROR trcnum=$D1 fp=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 cur_kpathconf=$D4 }, \
3 { EXIT trcnum=$D1 fp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
64 { "NFSLKU_CHKPT_NFS_SERV " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 servp=$D3 }, \
1 { ERROR trcnum=$D1 fp=$D2 servp=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 servp=$D4 }, \
3 { EXIT trcnum=$D1 fp=$D2 servp=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
65 { "NFSLKU_CHKPT_F_LOC " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 f_locp=$D3 }, \
1 { ERROR trcnum=$D1 fp=$D2 f_locp=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 f_locp=$D4 }, \
3 { ERROR trcnum=$D1 error=$D2 fp=$D3 fserv=$D4 }, \
4 { ERROR trcnum=$D1 error=$D2 fp=$D3 f_path=$D4 }, \
5 { EXIT trcnum=$D1 fp=$D2 f_locp=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
66 { "NFSLKU_CHKPT_GAP " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 gapp=$D3 }, \
1 { ERROR trcnum=$D1 fp=$D2 gapp=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 fapp=$D4 }, \
3 { ERROR trcnum=$D1 error=$D2 ng_name=$D3 }, \
4 { EXIT trcnum=$D1 fp=$D2 gapp=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
67 { "NFSLKU_CHKPT_CHECK_SERIAL " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 }, \
1 { ERROR trcnum=$D1 fp=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 serial=$D4 }, \
3 { EXIT trcnum=$D1 fp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
68 { "NFSLKU_CHKPT_CHECK_LINK " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 rp=$D3 link_path=$D4 }, \
1 { ERROR trcnum=$D1 error=$D2 fp=$D3 rp=$D4 link_path=$D5 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 rp=$D4 link_path=$D5 }, \
3 { ERROR trcnum=$D1 error=$D2 fp=$D3 rp=$D4 link_path=$D5 }, \
4 { ERROR trcnum=$D1 error=$D2 fp=$D3 rp=$D4 link_path=$D5 }, \
5 { EXIT trcnum=$D1 error=$D2 fp=$D3 rp=$D4 link_path=$D5 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
100 { ENTER "NFSLKU_RBLD_RNODES " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 }, \
2 { ERROR trcnum=$D1 rp=$D2 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
110 { ENTER "NFSLKU_NFS_MNT " \
$D1, \
0 { ENTER trcnum=$D1 vfsp=$D2 mvp=$D3 restart_args=$D4 }, \
1 { ERROR trcnum=$D1 vfsp=$D2 mvp=$D3 restart_args=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 vfsp=$D3 mvp=$D4 restart_args=$D5 }, \
3 { ERROR trcnum=$D1 error=$D2 vfsp=$D3 }, \
4 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
111 { "NFSLKU_NFS3_MNT " \
$D1, \
0 { ENTER trcnum=$D1 vfsp=$D2 mvp=$D3 restart_args=$D4 }, \
1 { ERROR trcnum=$D1 vfsp=$D2 mvp=$D3 restart_args=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 vfsp=$D3 mvp=$D4 restart_args=$D5 }, \
3 { ERROR trcnum=$D1 error=$D2 vfsp=$D3 }, \
4 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
112 { "NFSLKU_ NFS4_MNT " \
$D1, \
0 { ENTER trcnum=$D1 vfsp=$D2 mvp=$D3 restart_args=$D4 }, \
1 { ERROR trcnum=$D1 vfsp=$D2 mvp=$D3 restart_args=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 vfsp=$D3 mvp=$D4 restart_args=$D5 }, \
3 { ERROR trcnum=$D1 error=$D2 vfsp=$D3 }, \
4 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
113 { "NFSLKU_MNT_CMN " \
$D1, \
0 { ENTER trcnum=$D1 vfsp=$D2 mvp=$D3 restart_args=$D4 }, \
1 { ERROR trcnum=$D1 vfsp=$D2 mvp=$D3 restart_args=$D4 }, \
2 { ERROR trcnum=$D1 lkum_eyec=$D2 }, \
3 { ERROR trcnum=$D1 error=$D2 }, \
4 { ERROR trcnum=$D1 }, \
5 { ERROR trcnum=$D1 error=$D2 vfs_mdata=$D3 }, \
6 { ERROR trcnum=$D1 vmountp=$D2 old_vmountp=$D3 }, \
7 { ERROR trcnum=$D1 error=$D2 vfs_data=$D3 }, \
8 { ERROR trcnum=$D1 error=$D2 old_rnode_mntd=$D3 }, \
9 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
114 { "NFSLKU_NFS_OPEN " \
$D1, \
0 { ENTER trcnum=$D1 vpp=$D2 }, \
1 { ERROR trcnum=$D1 }, \
2 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
115 { "NFSLKU_NFS3_OPEN " \
$D1, \
0 { ENTER trcnum=$D1 vpp=$D2 }, \
1 { ERROR trcnum=$D1 }, \
2 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
116 { "NFSLKU_NFS4_OPEN " \
$D1, \
0 { ENTER trcnum=$D1 vp=$D2 flags=$D3 no_arg=$D4 vinfop=$D5 }, \
1 { ERROR trcnum=$D1 }, \
2 { ERROR trcnum=$D1 no_arg=$D2 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
117 { "NFSLKU_NFS4_LCKCTL " \
$D1, \
0 { ENTER trcnum=$D1 vp=$D2 offset=$D3 efl=$D4 cmd=$D5 }, \
1 { ERROR trcnum=$D1 vp=$D2 efl=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 rp=$D3 efl=$D4 cmd=$D5 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
118 { "NFSLKU_NFS_LOOKUP " \
$D1, \
0 { ENTER trcnum=$D1 dvp=$D2 nm=$D3 vpp=$D4 }, \
1 { ERROR trcnum=$D1 dvp=$D2 nm=$D3 vpp=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 dvp=$D3 nm=$D4 vpp=$D5 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
119 { "NFSLKU_NFS3_LOOKUP " \
$D1, \
0 { ENTER trcnum=$D1 dvp=$D2 nm=$D3 vpp=$D4 }, \
1 { ERROR trcnum=$D1 dvp=$D2 nm=$D3 vpp=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 dvp=$D3 nm=$D4 vpp=$D5 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
120 { ENTER "NFSLKU_NFS4_LOOKUP " \
$D1, \
0 { ENTER trcnum=$D1 dp=$D2 vpp=$D3 vpp=$D4 name=$D5 }, \
1 { ERROR trcnum=$D1 dp=$D2 vpp=$D3 name=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 dp=$D3 name=$D4 vpp=$D5 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
121 { "NFSLKU_LOOKUP_CMN " \
$D1, \
0 { ENTER trcnum=$D1 dvp=$D2 nm=$D3 vpp=$D4 }, \
1 { ERROR trcnum=$D1 dvp=$D2 nm=$D3 vpp=$D4 }, \
2 { EXIT trcnum=$D1 nm=$D2 }, \
3 { ERROR trcnum=$D1 }, \
4 { ERROR trcnum=$D1 }, \
5 { ERROR trcnum=$D1 error=$D2 child_key1=$D3 }, \
6 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
122 { "NFSLKU_NFS_VGET " \
$D1, \
0 { ENTER trcnum=$D1 vfsp=$D2 vpp=$D3 fidp=$D4 }, \
1 { ERROR trcnum=$D1 vfsp=$D2 vpp=$D3 fidp=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 vfsp=$D3 vpp=$D4 fp=$D5 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
123 { "NFSLKU_NFS3_VGET " \
$D1, \
0 { ENTER trcnum=$D1 vfsp=$D2 vpp=$D3 fidp=$D4 }, \
1 { ERROR trcnum=$D1 vfsp=$D2 vpp=$D3 fidp=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 vfsp=$D3 vpp=$D4 fp=$D5 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
124 { "NFSLKU_NFS4_VGET " \
$D1, \
0 { ENTER trcnum=$D1 vfsp=$D2 vpp=$D3 fidp=$D4 }, \
1 { ERROR trcnum=$D1 vfsp=$D2 vpp=$D3 fidp=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 vfsp=$D3 vpp=$D4 fp=$D5 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
125 { "NFSLKU_VGET_CMN " \
$D1, \
0 { ENTER trcnum=$D1 vfsp=$D2 vpp=$D3 fidp=$D4 }, \
1 { ERROR trcnum=$D1 vfsp=$D2 vpp=$D3 fidp=$D4 }, \
2 { ERROR trcnum=$D1 fid_gen=$D2 check_serial=$D3 }, \
3 { ERROR trcnum=$D1 error=$D2 key1=$D3 }, \
4 { EXIT trcnum=$D1 }, \
5 { ERROR trcnum=$D1 error=$D2 key1=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
126 { "NFSLKU_NFS_FID " \
$D1, \
0 { ENTER trcnum=$D1 vp=$D2 fidp=$D3 }, \
1 { ERROR trcnum=$D1 vp=$D2 fidp=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 vp=$D3 fp=$D4 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
127 { "NFSLKU_NFS3_FID " \
$D1, \
0 { ENTER trcnum=$D1 vp=$D2 fidp=$D3 }, \
1 { ERROR trcnum=$D1 vp=$D2 fidp=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 vp=$D3 fp=$D4 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
128 { "NFSLKU_NFS4_FID " \
$D1, \
0 { ENTER trcnum=$D1 vp=$D2 fidp=$D3 }, \
1 { ERROR trcnum=$D1 vp=$D2 fidp=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 vp=$D3 fidp=$D4 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
129 { "NFSLKU_FID_CMN " \
$D1, \
0 { ENTER trcnum=$D1 vp=$D2 fidp=$D3 }, \
1 { ERROR trcnum=$D1 vp=$D2 fidp=$D3 }, \
2 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
130 { "NFSLKU_NFS_READLINK " \
$D1, \
0 { ENTER trcnum=$D1 vp=$D2 uiop=$D3 }, \
1 { ERROR trcnum=$D1 error=$D2 vp=$D3 uiop=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 vp=$D3 uiop=$D4 }, \
3 { EXIT trcnum=$D1 vp=$D2 uiop=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
131 { "NFSLKU_NFS3_READLINK " \
$D1, \
0 { ENTER trcnum=$D1 vp=$D2 uiop=$D3 }, \
1 { ERROR trcnum=$D1 error=$D2 vp=$D3 uiop=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 vp=$D3 uiop=$D4 }, \
3 { EXIT trcnum=$D1 vp=$D2 uiop=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
132 { "NFSLKU_NFS4_READLINK " \
$D1, \
0 { ENTER trcnum=$D1 vp=$D2 uiop=$D3 }, \
1 { ERROR trcnum=$D1 error=$D2 vp=$D3 uiop=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 vp=$D3 uiop=$D4 }, \
3 { EXIT trcnum=$D1 vp=$D2 uiop=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
133 { "NFSLKU_READLINK_CMN " \
$D1, \
0 { ENTER trcnum=$D1 vp=$D2 uiop=$D3 }, \
1 { ERROR trcnum=$D1 error=$D2 vp=$D3 uiop=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 vp=$D3 uiop=$D4 }, \
3 { ERROR trcnum=$D1 error=$D2 vp=$D3 uiop=$D4 }, \
4 { ERROR trcnum=$D1 error=$D2 vp=$D3 uiop=$D4 }, \
5 { ERROR trcnum=$D1 error=$D2 vp=$D3 uiop=$D4 }, \
6 { ERROR trcnum=$D1 error=$D2 vp=$D3 uiop=$D4 }, \
7 { EXIT trcnum=$D1 vp=$D2 uiop=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
200 { ENTER "NFSLKU_RCNSTRCT_VFS " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 key1=$D2 flags=$D3 }, \
3 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
4 { EXIT trcnum=$D1 }, \
5 { ERROR trcnum=$D1 key1=$D2 key2p=$D3}, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
201 { "NFSLKU_RCNSTRCT_MNTINFO " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key1=$D2 key2p=$D3 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { ERROR trcnum=$D1 error=$D2 mi_netname=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 mi_pathconf=$D3 }, \
7 { ERROR trcnum=$D1 error=$D2 mi_gap=$D3 }, \
8 { ERROR trcnum=$D1 error=$D2 old_servp=$D3 }, \
9 { ERROR trcnum=$D1 error=$D2 old_fsidp=$D3 v_vfsp=$D4 }, \
A { ERROR trcnum=$D1 error=$D2 cur_fsidp=$D3 }, \
B { ERROR trcnum=$D1 error=$D2 f_parent=$D3 v_vfsp=$D4 }, \
C { ERROR trcnum=$D1 error=$D2 f_dup_to=$D3 v_vfsp=$D4 }, \
D { ERROR trcnum=$D1 vers=$D2 }, \
E { ERROR trcnum=$D1 error=$D2 old_rootvp_rp=$D3 }, \
F { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
202 { "NFSLKU_RCNSTRCT_RNODE " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key2p=$D2 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { ERROR trcnum=$D1 error=$D2 r_fsidp=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 r_fsidp=$D3 }, \
7 { ERROR trcnum=$D1 error=$D2 vfs_next=$D3 }, \
8 { ERROR trcnum=$D1 error=$D2 vfs_data=$D3 }, \
9 { ERROR trcnum=$D1 error=$D2 fsidp=$D3 f_vfsp=$D4 }, \
A { ERROR trcnum=$D1 error=$D2 v_vfsp=$D3 }, \
B { ERROR trcnum=$D1 error=$D2 r_unlname=$D3 }, \
C { ERROR trcnum=$D1 error=$D2 tmp_rp=$D3 }, \
D { ERROR trcnum=$D1 error=$D2 }, \
E { ERROR trcnum=$D1 error=$D2 fh4_val=$D3 }, \
F { ERROR trcnum=$D1 error=$D2 tmp_rp=$D3 }, \
10 { ERROR trcnum=$D1 error=$D2 lookup_name=$D3 }, \
11 { ERROR trcnum=$D1 error=$D2 r_dup=$D3 }, \
12 { ERROR trcnum=$D1 error=$D2 old_state_info=$D3 rp=$D4 }, \
13 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
203 { "NFSLKU_RCNSTRCT_SRV_LIST " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 serv_list=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 servp_key1=$D3 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
204 { "NFSLKU_RCNSTRCT_SRV_INFO " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key1=$D2 key2p=$D3 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { ERROR trcnum=$D1 error=$D2 s_name=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 s_netname=$D3 }, \
7 { ERROR trcnum=$D1 error=$D2 }, \
8 { ERROR trcnum=$D1 error=$D2 old_sosp=$D3 }, \
9 { ERROR trcnum=$D1 error=$D2 s_fsidp=$D3 }, \
A { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
205 { "NFSLKU_RCNSTRCT_SRV_STATE " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 next=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key1=$D2 key2p=$D3 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { ERROR trcnum=$D1 error=$D2 session_ssv=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 session_serv_objp=$D3 }, \
7 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
206 { "NFSLKU_RCNSTRCT_FSID " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 next=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key2p=$D2 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { ERROR trcnum=$D1 error=$D2 f_localpath=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 f_mntinfop=$D3 }, \
7 { ERROR trcnum=$D1 error=$D2 old_f_locp=$D3 }, \
8 { ERROR trcnum=$D1 error=$D2 f_current=$D3 }, \
9 { ERROR trcnum=$D1 error=$D2 f_favored=$D3 }, \
A { ERROR trcnum=$D1 error=$D2 f_move_to=$D3 }, \
B { ERROR trcnum=$D1 error=$D2 f_old_serv=$D3 }, \
C { ERROR trcnum=$D1 error=$D2 f_old_refer=$D3 }, \
D { ERROR trcnum=$D1 error=$D2 old_gapp=$D3 }, \
E { ERROR trcnum=$D1 error=$D2 fh4_val=$D3 }, \
F { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
207 { "NFSLKU_RCNSTRCT_FH4_VAL " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { EXIT trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { ERROR trcnum=$D1 key2p=$D2 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
208 { "NFSLKU_RCNSTRCT_GLBLS " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 recp=$D2 }, \
2 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
209 { "NFSLKU_RCNSTRCT_STRNG " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key2p=$D2 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
210 { "NFSLKU_RCNSTRCT_RSTATE " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 rp=$D3 flags=$D4 }, \
1 { ERROR trcnum=$D1 key1=$D2 rp=$D3 key2p=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key2p=$D2 }, \
4 { ERROR trcnum=$D1 error=$D2 rp=$D3 rs_kcid=$D4 }, \
5 { ERROR trcnum=$D1 error=$D2 old_open_dir=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 rs_open_name=$D3 }, \
7 { ERROR trcnum=$D1 error=$D2 old_locker_owner=$D3 }, \
8 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
211 { "NFSLKU_RCNSTRCT_CLOCKR " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key2p=$D2 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
212 { "NFSLKU_RCNSTRCT_KLIST " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 allpc=$D2 }, \
2 { ERROR trcnum=$D1 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
213 { "NFSLKU_RCNSTRCT_PCNF " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 flags=$D2 }, \
3 { ERROR trcnum=$D1 key1=$D2 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
214 { "NFSLKU_RCNSTRCT_NSRV " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 vers=$D3 flags=$D4 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key2p=$D2 }, \
4 { ERROR trcnum=$D1 error=$D2 vers=$D3 ns_addr=$D4 }, \
5 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
215 { "NFSLKU_RCNSTRCT_FLOC " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key2p=$D2 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { ERROR trcnum=$D1 error=$D2 f_serv=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 f_path=$D3 }, \
7 { ERROR trcnum=$D1 error=$D2 f_srv_objp=$D3 }, \
8 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
216 { "NFSLKU_RCNSTRCT_GAP " \
$D1, \
0 { ENTER trcnum=$D1 key1=$D2 flags=$D3 }, \
1 { ERROR trcnum=$D1 key1=$D2 key2p=$D3 }, \
2 { ERROR trcnum=$D1 error=$D2 key1=$D3 flags=$D4 }, \
3 { EXIT trcnum=$D1 key2p=$D2 }, \
4 { ERROR trcnum=$D1 key1=$D2 }, \
5 { ERROR trcnum=$D1 error=$D2 ng_name=$D3 }, \
6 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
217 { "NFSLKU_RCNSTRCT_FSID_ROOTS " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 error=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
250 { "NFSLKU_CHKPT_STUB_SEARCH " \
$D1, \
0 { ENTER trcnum=$D1 vfsp=$D2 s_args=$D3 }, \
1 { ERROR trcnum=$D1 vfsp=$D2 s_args=$D3 }, \
2 { ERROR trcnum=$D1 vfsp=$D2 s_args=$D3 }, \
3 { EXIT trcnum=$D1 vfsp=$D2 }, \
4 { ERROR trcnum=$D1 vfsp=$D2 }, \
5 { EXIT trcnum=$D1 vfsp=$D2 }, \
6 { EXIT trcnum=$D1 vfsp=$D2 }, \
7 { ERROR trcnum=$D1 vfsp=$D2 }, \
8 { ERROR trcnum=$D1 error=$D2 vfsp=$D3 stub=$D4 rootp=$D5 }, \
9 { ERROR trcnum=$D1 error=$D2 vfs_list=$D3 rl_list=$D4 }, \
A { EXIT trcnum=$D1 vfsp=$D2 s_args=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
251 { "NFSLKU_CHKPT_MOUNT_SEARCH " \
$D1, \
0 { ENTER trcnum=$D1 vfsp=$D2 s_args=$D3 }, \
1 { ERROR trcnum=$D1 vfsp=$D2 s_args=$D3 }, \
2 { EXIT trcnum=$D1 vfsp=$D2 }, \
3 { ERROR trcnum=$D1 error=$D2 vfsp=$D3 }, \
4 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
252 { "NFSLKU_PARSE_STUB " \
$D1, \
0 { ENTER trcnum=$D1 vnode_name=$D2 stub=$D3 index=$D4 }, \
1 { ERROR trcnum=$D1 vnode_name=$D2 stub=$D3 index=$D4 }, \
2 { ERROR trcnum=$D1 vnode_name=$D2 stub=$D3 }, \
3 { EXIT trcnum=$D1 vnode_name=$D2 stub=$D3 index=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
253 { "NFSLKU_CHECK_NFS_NODE " \
$D1, \
0 { ENTER trcnum=$D1 vp=$D2 }, \
1 { ERROR trcnum=$D1 vp=$D2 }, \
2 { EXIT trcnum=$D1 vp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
254 { "NFSLKU_CHECK_NFS_VFS " \
$D1, \
0 { ENTER trcnum=$D1 vfsp=$D2 }, \
1 { ERROR trcnum=$D1 vfsp=$D2 }, \
2 { EXIT trcnum=$D1 vfsp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
255 { "NFSLKU_FREE_REC_LISTS " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 }, \
2 { EXIT trcnum=$D1 }, \
3 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
256 { "NFSLKU_RESET_CHECK_FLAGS " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
257 { "NFSLKU_MAKE_DIRECTORY " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
258 { "NFSLKU_OPEN_CHECKPOINT " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 pathname=$D3 flags=$D4 }, \
1 { ERROR trcnum=$D1 fp=$D2 pathname=$D3 flags=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 pathname=$D3 flags=$D4 fp=$D5 }, \
3 { EXIT trcnum=$D1 fp=$D2 pathname=$D3 flags=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
259 { "NFSLKU_CLOSE_CHECKPOINT " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 }, \
1 { ERROR trcnum=$D1 fp=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
3 { EXIT trcnum=$D1 fp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
260 { "NFSLKU_WRITE_CHECKPOINT " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 type=$D3 data=$D4 length=$D5 }, \
1 { ERROR trcnum=$D1 fp=$D2 type=$D3 data=$D4 length=$D5 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 length=$D4 }, \
3 { ERROR trcnum=$D1 error=$D2 fp=$D3 type=$D4 }, \
4 { ERROR trcnum=$D1 error=$D2 fp=$D3 type=$D4 }, \
5 { ERROR trcnum=$D1 error=$D2 fp=$D3 data=$D4 }, \
6 { ERROR trcnum=$D1 error=$D2 fp=$D3 data=$D4 }, \
7 { EXIT trcnum=$D1 fp=$D2 type=$D3 data=$D4 length=$D5 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
261 { "NFSLKU_WRITE_CHECKPOINT_BYTES " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 data=$D3 length=$D4 }, \
1 { ERROR trcnum=$D1 fp=$D2 data=$D3 length=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 p=$D4 bytes_left=$D5 }, \
3 { EXIT trcnum=$D1 fp=$D2 data=$D3 length=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
262 { "NFSLKU_READ_CHECKPOINT_RECORDS " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 }, \
1 { ERROR trcnum=$D1 fp=$D2 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
3 { EXIT trcnum=$D1 fp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
263 { "NFSLKU_READ_CHECKPOINT " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 }, \
1 { ERROR trcnum=$D1 fp=$D2 }, \
2 { ERROR trcnum=$D1 nfs_lku_rec_head=$D2 nfs_lku_rec_tail=$D3 }, \
3 { EXIT trcnum=$D1 fp=$D2 }, \
4 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
5 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
7 { ERROR trcnum=$D1 }, \
8 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
9 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
A { EXIT trcnum=$D1 fp=$D2 type=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
264 { "NFSLKU_READ_CHECKPOINT_BYTES " \
$D1, \
0 { ENTER trcnum=$D1 fp=$D2 data=$D3 length=$D4 }, \
1 { ERROR trcnum=$D1 fp=$D2 data=$D3 length=$D4 }, \
2 { ERROR trcnum=$D1 error=$D2 fp=$D3 p=$D4 }, \
3 { EXIT trcnum=$D1 }, \
4 { EXIT trcnum=$D1 fp=$D2 data=$D3 length=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
265 { "NFSLKU_SEARCH_KEY1 " \
$D1, \
0 { ENTER trcnum=$D1 type=$D2 key1=$D3 flags=$D4 }, \
1 { ERROR trcnum=$D1 type=$D2 key1=$D3 flags=$D4 }, \
2 { DEBUG trcnum=$D1 recp=$D2 }, \
3 { ERROR trcnum=$D1 recp=$D2 }, \
4 { EXIT trcnum=$D1 recp=$D2 }, \
5 { ERROR trcnum=$D1 recp=$D2 }, \
6 { EXIT trcnum=$D1 recp=$D2 }, \
7 { ERROR trcnum=$D1 key1=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
266 { "NFSLKU_SEARCH_KEY2 " \
$D1, \
0 { ENTER trcnum=$D1 type=$D2 key2=$D3 recpp=$D4 }, \
1 { ERROR trcnum=$D1 type=$D2 key2=$D3 recpp=$D4 }, \
2 { EXIT trcnum=$D1 recp=$D2 }, \
3 { EXIT trcnum=$D1 type=$D2 key2=$D3 recpp=$D4 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
267 { "NFSLKU_RNODE_CHECKPOINT_HOLD " \
$D1, \
0 { ENTER trcnum=$D1 rp=$D2 }, \
1 { ERROR trcnum=$D1 rp=$D2 }, \
2 { EXIT trcnum=$D1 rp=$D2 }, \
3 { EXIT trcnum=$D1 rp=$D2 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
268 { "NFSLKU_RESTART_INIT " \
$D1, \
0 { ENTER trcnum=$D1 }, \
1 { ERROR trcnum=$D1 nfs_lku_rec_head=$D2 nfs_lku_rec_tail=$D3 }, \
2 { EXIT trcnum=$D1 }, \
3 { ERROR trcnum=$D1 }, \
4 { ERROR trcnum=$D1 }, \
5 { ERROR trcnum=$D1 error=$D2 fp=$D3 NFS_LKU_FILENAME=$D3 }, \
6 { ERROR trcnum=$D1 error=$D2 fp=$D3 }, \
7 { ERROR trcnum=$D1 GV(nfs_lku_rec_head)=$D2 }, \
8 { ERROR trcnum=$D1 error=$D2 }, \
9 { ERROR trcnum=$D1 error=$D2 }, \
A { ERROR trcnum=$D1 error=$D2 }, \
B { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
269 { "NFSLKU_ADD_NODE " \
$D1, \
0 { ENTER trcnum=$D1 list=$D2 obj=$D3 }, \
1 { ERROR trcnum=$D1 list=$D2 obj=$D3 }, \
2 { ERROR trcnum=$D1 }, \
3 { EXIT trcnum=$D1 list=$D2 obj=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
270 { "NFSLKU_CHECK_NODE " \
$D1, \
0 { ENTER trcnum=$D1 list=$D2 obj=$D3 }, \
1 { ERROR trcnum=$D1 }, \
2 { EXIT trcnum=$D1 list=$D2 obj=$D3 }, \
3 { EXIT trcnum=$D1 list=$D2 obj=$D3 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
271 { "NFSLKU_FREE_NODES " \
$D1, \
0 { ENTER trcnum=$D1 list=$D2 }, \
1 { EXIT trcnum=$D1 }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 } }, \
\* { D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
2D9 1.0 "@NFS: krpc network hooks" \
$HD%D1, \
1 { "CLNT_KUDP_SOCLOSE " CLIENT=$D1 sock=$D2 }, \
2 { "RTCM_SOCLOSE_1 " rtcm=$D1 state=$D2 sock=$D3 rc=$D4 }, \
3 { "RTCM_CM_CLOSE " rtcm=$D1 }, \
4 { "RTCM_SOCLOSE_2 " rtcm=$D1 state=$D2 sock=$D3 rc=$D4 }, \
5 { "RTCM_SOCLOSE_3 " rtcm=$D1 state=$D2 sock=$D3 rc=$D4 }, \
6 { "RTCM_SOCLOSE_4 " rtcm=$D1 state=$D2 sock=$D3 rc=$D4 }, \
7 { "RTCM_SOCLOSE_5 " rtcm=$D1 state=$D2 sock=$D3 rc=$D4 }, \
8 { "RTCM_SOCLOSE_6 " rtcm=$D1 state=$D2 sock=$D3 rc=$D4 }, \
9 { "RTCM_SOCLOSE_7 " rtcm=$D1 state=$D2 sock=$D3 rc=$D4 }, \
10 { "SP_SOCLOSE " spint=$D1 sock=$D2 type=$D3 raddr=$D4 }, \
11 { "SVCUDP_SOCLOSE " xprt=$D1 sock=$D2 }, \
12 { "SVCTCP_SOCLOSE " xprt=$D1 alt sock=$D2 }, \
13 { "CLNTUDP_CREATE " sock=$D1 }, \
14 { "RTCM_SOCREATE " rtcm=$D1 sock=$D2 }, \
15 { "RTCM_CONNECT " rtcm=$D1 sock=$D2 raddr=$D3 port=$D4 }, \
16 { "KRPC_SSP_CLOSE1 " sock=$D1 state=$D2 raddr=$D3 }, \
17 { "KRPC_SSP_CLOSE2 " sock=$D1 state=$D2 raddr=$D3 }, \
18 { "KRPC_SSP_CLOSE3 " sock=$D1 state=$D2 raddr=$D3 }, \
19 { "SVC_NEW_CONNECT " newsock=$D1 raddr=$D2 sockpint=$D3 }, \
\* { `NFS NET mode=$HD` }
3AF 1.0 "@NFS: cachefs hooks" \
$HD%D1, \
1 { "IN_CFS_OPEN " vpp=$D1 flag=$D2 }, \
2 { "OUT_CFS_OPEN " exit=$D1 error=$D2 dbgval=$D3 vp=$D4 }, \
3 { "IN_CFS_CLOSE " vpp=$D1 flag=$D2 count=$D3 offset=$D4 },\
4 { "OUT_CFS_CLOSE " exit=$D1 error=$D2 backvp=$D3 vp=$D4 },\
5 { "IN_CFS_READ " vp=$D1 uiop=$D2 ioflag=$D3 },\
6 { "OUT_CFS_READ " exit=$D1 dbgval1=$D2 dbgval2=$D3 vp=$D4 },\
7 { "IN_CFS_WRITE " vp=$D1 uio_offset=$D2 uio_resid=$D3 c_flags=$D4 limit=$D5 },\
8 { "OUT_CFS_WRITE " exit=$D1 error=$D2 dbgval=$D3 vp=$D4 },\
9 { "IN_CFS_CHARGE_PAGE " cp=$D1 offset=$D2 },\
10 { "OUT_CFS_CHARGE_PAGE " exit=$D1 dbgval=$D2 cp=$D3 offset=$D4 },\
11 { "IN_CFS_WRITE_PAGE " vp=$D1 uio_offset=$D2 uio_resid=$D3 c_size=$D4 tcount=$D5 },\
12 { "OUT_CFS_WRITE_PAGE " exit=$D1 error=$D2 dbgval1=$D3 dbgval2=$D4 dbgval3=$D5 },\
13 { "IN_CFS_PUSH " vp=$D1 flags=$D2 vfs_flags=$D3 p_offset=$D4 },\
14 { "OUT_CFS_PUSH " exit=$D1 error=$D2 },\
15 { "IN_CFS_IOCTL " vp=$D1 cmd=$D2 arg=$D3 flag=$D4 },\
16 { "OUT_CFS_IOCTL " error=$D1 vp=$D2 cmd=$D3 },\
17 { "IN_CFS_GETATTR " vp=$D1 flags=$D2 },\
18 { "OUT_CFS_GETATTR " error=$D1 va_size=$D2 va_fsid=$D3 vp=$D4 },\
19 { "IN_CFS_SETATTR " vp=$D1 flags=$D2 mask=$D3 },\
20 { "OUT_CFS_SETATTR " exit=$D1 error=$D2 vp=$D3 },\
21 { "IN_CFSACCESS " mode=$D1 type=$D2 },\
22 { "OUT_CFSACCESS " exit=$D1 error=$D2 cp=$D3 },\
23 { "IN_CFS_ACCESS " vp=$D1 mode=$D2 flags=$D3 },\
24 { "OUT_CFS_ACCESS " error=$D1 vp=$D2 },\
25 { "IN_CFS_READLINK " vp=$D1 v_type=$D2 md_flags=$D3 c_flags=$D4 fs_flags=$D5 },\
26 { "OUT_CFS_READLINK " exit=$D1 error=$D2 vp=$D3 },\
27 { "IN_CFS_FSYNC " },\
28 { "OUT_CFS_FSYNC " },\
29 { "IN_SYNC_METADATA " cp=$D1 c_flags=$D2 },\
30 { "OUT_SYNC_METADATA " exit=$D1 error=$D2 cp=$D3 },\
31 { "IN_CFS_INACTIVE_QUEUE " vp=$D1 c_flags=$D2 c_backvp=$D3 v_count=$D4 },\
32 { "OUT_CFS_INACTIVE_QUEUE " error=$D1 vp=$D2 },\
33 { "IN_CFS_INACTIVE " vp=$D1 c_flags=$D2 md_flags=$D3 },\
34 { "OUT_CFS_INACTIVE " exit=$D1 dbgval=$D2 vp=$D3 },\
35 { "IN_CFS_INITSTATE " c_frontvp=$D1 c_flags=$D2 c_backvp=$D3 type=$D4 alloc=$D5 },\
36 { "OUT_CFS_INITSTATE " exit=$D1 error=$D2 cp=$D3 },\
37 { "IN_CFS_LOOKUP " c_flags=$D1 c_frontvp=$D2 fg_flags=$D3 md_flags=$D4 c_usage=$D5 },\
38 { "OUT_CFS_LOOKUP " exit=$D1 error=$D2 dvp=$D3 name=$D4 },\
39 { "IN_CFS_LOOKUP_BACK " c_backvp=$D1 md_flags=$D2 c_flags=$D3 fg_flags=$D4 d_offset=$D5 },\
40 { "OUT_CFS_LOOKUP_BACK " exit=$D1 error=$D2 dvp=$D3 name=$D4 },\
41 { "IN_CFS_CREATE_NON_LOCAL " dcp=$D1 c_flags=$D2 md_flags=$D3 exclusive=$D4 mode=$D5 },\
42 { "OUT_CFS_CREATE_NON_LOCAL " exit=$D1 error=$D2 dcp=$D3 name=$D4 },\
43 { "IN_CFS_CREATE " dvp=$D1 v_type=$D2 v_rdev=$D3 c_fileno=$D4 cr_uid=$D5 },\
44 { "OUT_CFS_CREATE " exit=$D1 error=$D2 dvp=$D3 name=$D4 },\
45 { "IN_CFS_REMOVE " dvp=$D1 fs_cache->c_flags=$D2 dcp->c_flags=$D3},\
46 { "OUT_CFS_REMOVE " exit=$D1 error=$D2 dbgval=$D3 dvp=$D4 name=$D5 },\
47 { "IN_CFS_LINK " tdvp=$D1 svp=$D2 fs_cache->c_flags=$D3 tdcp->c_flags=$D4 },\
48 { "OUT_CFS_LINK " exit=$D1 error=$D2 svp=$D3 tdvp=$D4 name=$D5 },\
49 { "IN_CFS_RENAME " fs_cache->c_flags=$D1 odcp->c_flags=$D2 ndcp->c_flags=$D3 },\
50 { "OUT_CFS_RENAME " exit=$D1 error=$D2 odvp=$D3 onm=$D4 ndvp=$D5 },\
51 { "IN_CFS_MKDIR " dvp=$D1 fs_cache->c_flags=$D2 dcp->c_flags=$D3 },\
52 { "OUT_CFS_MKDIR " exit=$D1 error=$D2 dvp=$D3 name=$D4 },\
53 { "IN_CFS_RMDIR " dvp=$D1 fs_cache->c_flags=$D2 dcp->c_flags=$D3 },\
54 { "OUT_CFS_RMDIR " exit=$D1 error=$D2 dvp=$D3 name=$D4 },\
55 { "IN_CFS_SYMLINK " dvp=$D1 fs_cache->c_flags=$D2 dcp->c_flags=$D3 },\
56 { "OUT_CFS_SYMLINK " exit=$D1 dbgval=$D2 dvp=$D3 lnm=$D4 tnm=$D5 },\
57 { "IN_CFS_READDIR " vp=$D1 fs_cache->c_flags=$D2 dcp->c_flags=$D3 md_flags=$D4 fg_flags=$D5 },\
58 { "OUT_CFS_READDIR " exit=$D1 error=$D2 vp=$D3 },\
59 { "IN_CFS_READDIR_BACK " }, \
60 { "OUT_CFS_READDIR_BACK " error=$D1 },\
61 { "IN_CFS_FID " fidp->fid_len=$D1 md_cookie.fid_len=$D2 },\
62 { "OUT_CFS_FID " error=$D1 vp=$D2 },\
63 { "IN_CFS_RWLOCK " v_type=$D1 write_lock=$D2 },\
64 { "OUT_CFS_RWLOCK " exit=$D1 },\
65 { "IN_CFS_RWUNLOCK " v_type=$D1 },\
66 { "OUT_CFS_RWUNLOCK " exit=$D1 },\
67 { "IN_CFS_GET_PAGE " v_flag=$D1 off=$D2 len=$D3 c_flags=$D4 c_size=$D5 },\
68 { "OUT_CFS_GET_PAGE " exit=$D1 error=$D2 vp=$D3 off=$D4 len=$D5 },\
69 { "IN_CFS_GETAPAGE " c_flags=$D1 fg_flags=$D2 off=$D3 len=$D4 fileno=$D5 },\
70 { "OUT_CFS_GETAPAGE " exit=$D1 error=$D2 vp=$D3 off=$D4 len=$D5 },\
71 { "IN_CFS_PUTPAGE " vfs_flag=$D1 off=$D2 len=$D3 flags=$D4 c_size=$D5 },\
72 { "OUT_CFS_PUTPAGE " exit=$D1 error=$D2 },\
73 { "IN_CFS_MAP " off=$D1 len=$D2 flags=$D3 v_flag=$D4 v_type=$D5 },\
74 { "OUT_CFS_MAP " exit=$D1 error=$D2 vp=$D3 off=$D4 len=$D5 },\
75 { "IN_CFS_FRLOCK " cmd=$D1 offset=$D2 flag=$D3 whence=$D4 },\
76 { "OUT_CFS_FRLOCK " exit=$D1 error=$D2 vp=$D3 offset=$D4 cmd=$D5 },\
77 { "IN_CFS_SPACE " cmd=$D1 flag=$D2 offset=$D3 l_len=$D4 l_start=$D5 },\
78 { "OUT_CFS_SPACE " exit=$D1 error=$D2 vp=$D3 offset=$D4 },\
79 { "IN_CFS_PIN " c_flags=$D1 },\
80 { "OUT_CFS_PIN " error=$D1 vp=$D2 },\
81 { "IN_CFS_PIN_LOCKED " md_flags=$D1 c_flags=$D2 fg_flags=$D3 v_type=$D4 va_size=$D5 },\
82 { "OUT_CFS_PIN_LOCKED " exit=$D1 error=$D2 vp=$D3 },\
83 { "IN_CFS_UNPIN " fg_flags=$D1 md_flags=$D2 c_flags=$D3 },\
84 { "OUT_CFS_UNPIN " exit=$D1 error=$D2 vp=$D3 },\
85 { "IN_CFS_CONVERT_MOUNT " cm_op=$D1 },\
86 { "OUT_CFS_CONVERT_MOUNT " exit=$D1 error=$D2 },\
87 { "IN_CFS_SETSECATTR " flag=$D1 c_flags=$D2 c_backvp=$D3 },\
88 { "OUT_CFS_SETSECATTR " error=$D1 vp=$D2 },\
89 { "IN_CFS_GETSECATTR " flag=$D1 c_flags=$D2 c_backvp=$D3 },\
90 { "OUT_CFS_GETSECATTR " error=$D1 vp=$D2 },\
91 { "IN_FLGRP_CREATE " fgsize=$D1 fileno=$D2 fg_flags=$D3 },\
92 { "OUT_FLGRP_CREATE " fg_fileno=$D1 fg_headersize=$D2 fg_filesize=$D3 fg_flags=$D4 },\
93 { "IN_FLGRP_DESTROY " fg_attrvp=$D1 fg_header=$D2 fg_flags=$D3 fg_dirvp=$D4 },\
94 { "OUT_FLGRP_DESTROY " exit=$D1 error=$D2 fgp=$D3 },\
95 { "IN_FLGRP_ALLOCATEATTR " fg_flags=$D1 },\
96 { "OUT_FLGRP_ALLOCATEATTR " exit=$D1 error=$D2 fgp=$D3 },\
97 { "IN_FLGRP_HOLD " fg_flags=$D1 fg_count=$D2 },\
98 { "OUT_FLGRP_HOLD " fg_flags=$D1 },\
99 { "IN_FLGRP_RELE " fg_flags=$D1 fg_count=$D2 },\
100 { "OUT_FLGRP_RELE " fg_count=$D1 },\
101 { "IN_FLGRP_FFHOLD " fg_flags=$D1 fg_count=$D2 fg_fileno=$D3 ach_nffs=$D4 },\
102 { "OUT_FLGRP_FFHOLD " exit=$D1 error=$D2 fgp=$D3 },\
103 { "IN_FLGRP_FFRELE " fg_flags=$D1 fg_dirvp=$D2 fg_count=$D3 ach_nffs=$D4 ach_count=$D5 },\
104 { "OUT_FLGRP_FFRELE " exit=$D1 fgp=$D2 error=$D3 },\
105 { "IN_FLGRP_SYNC " fg_flags=$D1 ach_nffs=$D2 ach_count=$D3 },\
106 { "OUT_FLGRP_SYNC " exit=$D1 error=$D2 fgp=$D3 },\
107 { "IN_FLGRP_READ_METAD " fg_flags=$D1 fileno=$D2 fg_fileno=$D3 },\
108 { "OUT_FLGRP_READ_METAD " exit=$D1 error=$D2 fgp=$D3 },\
109 { "IN_FLGRP_CREATE_METAD " fg_flags=$D1 fileno=$D2 fg_fileno=$D3 opt_fgsize=$D4 },\
110 { "OUT_FLGRP_CREATE_METAD " exit=$D1 error=$D2 fgp=$D3 },\
111 { "IN_FLGRP_WRITE_METAD " fg_flags=$D1 fileno=$D2 fg_fileno=$D3 ach_nblks=$D4 },\
112 { "OUT_FLGRP_WRITE_METAD " exit=$D1 error=$D2 fgp=$D3 fileno=$D4 },\
113 { "IN_FLGRP_DESTROY_METAD " fg_flags=$D1 fileno=$D2 fg_headersize=$D3 ach_count=$D4 },\
114 { "OUT_FLGRP_DESTROY_METAD " exit=$D1 error=$D2 fgp=$D3 fileno=$D4 },\
115 { "IN_FLGRP_LIST_FIND " fgsize=$D1 fileno=$D2 },\
116 { "OUT_FLGRP_LIST_FIND " fileno=$D1 },\
117 { "IN_FLGRP_LIST_ADD " }, \
118 { "OUT_FLGRP_LIST_ADD " fgp->fg_next=$D1 },\
119 { "IN_FLGRP_LIST_REMOVE " }, \
120 { "OUT_FLGRP_LIST_REMOVE " found=$D1 },\
121 { "IN_FLGRP_LIST_GC " fg_count=$D1 },\
122 { "OUT_FLGRP_LIST_GC " }, \
123 { "IN_FLGRP_SETUP " fg_flags=$D1 ach_nff=$D2 fg_count=$D3 flags=$D4 dolru=$D5 },\
124 { "OUT_FLGRP_SETUP " fg_flags=$D1 },\
125 { "IN_FLGRP_LIST_EN_CACH_RO" }, \
126 { "OUT_FLGRP_LIST_EN_CACH_RO" }, \
127 { "IN_FLGRP_LIST_EN_CACH_RW" }, \
128 { "OUT_FLGRP_LIST_EN_CACH_RW" }, \
129 { "IN_FLGRP_DIR_FIND " fg_flags=$D1 fg_fileno=$D2 ach_nffs=$D3 },\
130 { "OUT_FLGRP_DIR_FIND " error=$D1 },\
131 { "IN_FLGRP_ATTR_FIND " fg_flags=$D1 fg_fileno=$D2 fg_headersize=$D3 ach_nffs=$D4 fg_count=$D5 },\
132 { "OUT_FLGRP_ATTR_FIND " exit=$D1 error=$D2 fgp=$D3 },\
133 { "IN_FLGRP_DIR_CREATE " fg_flags=$D1 fg_fileno=$D2 },\
134 { "OUT_FLGRP_DIR_CREATE " exit=$D1 error=$D2 fgp=$D3 },\
135 { "IN_FLGRP_ATTR_CREATE " fg_flags=$D1 fg_fileno=$D2 fg_headersize=$D3 },\
136 { "OUT_FLGRP_ATTR_CREATE " exit=$D1 error=$D2 fgp=$D3 },\
137 { "I_FLGRP_FILENO_TOSLOT " fileno=$D1 fg_fileno=$D2 opt_fgsize=$D3 },\
138 { "O_FLGRP_FILENO_TOSLOT " exit=$D1 dbgval=$D2 fgp=$D3 fileno=$D4 },\
139 { "I_FLGRP_WRITE_SPACE " offset=$D1 cnt=$D2 },\
140 { "O_FLGRP_WRITE_SPACE " error=$D1 vp=$D2 offset=$D3 cnt=$D4 },\
141 { "IN_CACHE_CREATE " },\
142 { "OUT_CACHE_CREATE " exit=$D1 dbgval=$D2 },\
143 { "IN_CACHE_DESTROY " wq_thread_count=$D1 c_flags=$D2 },\
144 { "OUT_CACHE_DESTROY " },\
145 { "IN_CACHE_ACTIVE_RO " c_flags=$D1 c_usage.cu_flags=$D2 },\
146 { "OUT_CACHE_ACTIVE_RO " exit=$D1 error=$D2 cachep=$D3 cdvp=$D4 },\
147 { "IN_CACHE_ACTIVE_RW " c_flags=$D1 },\
148 { "OUT_CACHE_ACTIVE_RW " },\
149 { "IN_CACHE_DIRTY " c_flags=$D1 c_usage.cu_flags=$D2 lockit=$D3 },\
150 { "OUT_CACHE_DIRTY " error=$D1 },\
151 { "IN_CACHE_RESSYNC " c_flags=$D1 c_lru_idents=$D2 c_lru_ptrs=$D3 },\
152 { "OUT_CACHE_RESSYNC " exit=$D1 error=$D2 cachep=$D3 },\
153 { "IN_CACHE_SYNC " c_flags=$D1 c_usage.cu_flags=$D2 },\
154 { "OUT_CACHE_SYNC " exit=$D1 },\
155 { "IN_CACHE_UNIQUE " c_flags=$D1 c_usage.cu_flags=$D2 c_unique=$D3 },\
156 { "OUT_CACHE_UNIQUE " exit=$D1 dbgval=$D2 },\
157 { "IN_CREATE_FRONTFILE " fg_flags=$D1 c_flags=$D2 c_fileno=$D3 va_nodeid=$D4 },\
158 { "OUT_CREATE_FRONTFILE " exit=$D1 error=$D2 fgp=$D3 cp=$D4 },\
159 { "IN_REMOVE_FRONTFILE " md_flags=$D1 fileno=$D2 },\
160 { "OUT_REMOVE_FRONTFILE " exit=$D1 fgp=$D2 fileno=$D3 },\
161 { "IN_GET_FRONTFILE " md_flags=$D1 c_flags=$D2 v_type=$D3 v_count=$D4 },\
162 { "OUT_GET_FRONTFILE " exit=$D1 error=$D2 cp=$D3 },\
163 { "IN_INVAL_OBJECT " c_flags=$D1 c_frontvp=$D2 md_frontblocks=$D3 va_type=$D4 c_usage=$D5 },\
164 { "OUT_INVAL_OBJECT " exit=$D1 cp=$D2 },\
165 { "IN_NOCACHE " c_flag=$D1 c_fileno=$D2 },\
166 { "OUT_NOCACHE " },\
167 { "IN_CHECK_ALLOCMAP " c_flags=$D1 c_fileno=$D2 off=$D3 },\
168 { "OUT_CHECK_ALLOCMAP " exit=$D1 },\
169 { "IN_UPDATE_ALLOCMAP " off=$D1 size=$D2 c_flags=$D3 c_metadata.md_flags=$D4 c_size=$D5 },\
170 { "OUT_UPDATE_ALLOCMAP " exit=$D1 },\
171 { "IN_POPULATE " c_flags=$D1 off=$D2 popsize=$D3 },\
172 { "OUT_POPULATE " exit=$D1 error=$D2 cp=$D3 },\
173 { "IN_CLUSTER_ALLOCMAP " c_flags=$D1 off=$D2 c_metadata.md_allocents=$D3 c_size=$D4 },\
174 { "OUT_CLUSTER_ALLOCMAP " exit=$D1 popoffp=$D2 popsizep=$D3 },\
175 { "IN_CACHE_SYMLINK " c_flags=$D1 c_metadata.md_flags=$D2 c_fileno=$D3 },\
176 { "OUT_CACHE_SYMLINK " error=$D1 cp=$D2 },\
177 { "IN_GETBACKVP " cp=$D1 c_flags=$D2 c_fileno=$D3 v_type=$D4 },\
178 { "OUT_GETBACKVP " cp=$D1 c_backvp=$D2 error=$D3 },\
179 { "IN_GETCOOKIE " },\
180 { "OUT_GETCOOKIE " error=$D1 vp=$D2 },\
181 { "IN_ASYNC_START " wq_head=$D1 wq_halt_request=$D2 wq_thread_count=$D3 wq_keepone=$D4 wq_length=$D5 },\
182 { "OUT_ASYNC_START " wq_length=$D1 wq_thread_count=$D2 },\
183 { "IN_ASYNC_HALT " wq_keepone=$D1 wq_thread_count=$D2 wq_length=$D3 },\
184 { "OUT_ASYNC_HALT " error=$D1 qp=$D2 },\
185 { "IN_ADD_QUEUE " wq_thread_count=$D1 wq_length=$D2 wq_length=$D3 },\
186 { "OUT_ADD_QUEUE " exit=$D1 error=$D2 },\
187 { "IN_ASYNC_PUTPAGE " cp_off=$D1 cp_len=$D2 cp_flags=$D3 c_ioflags=$D4 c_nio=$D5 },\
188 { "OUT_ASYNC_PUTPAGE " }, \
189 { "IN_DO_REQ " cfs_cmd=$D1 },\
190 { "OUT_DO_REQ " },\
191 { "IN_KMEM_ALLOC " size=$D1 flag=$D2 },\
192 { "OUT_KMEM_ALLOC " },\
193 { "IN_KMEM_ZALLOC " size=$D1 flag=$D2 },\
194 { "OUT_KMEM_ZALLOC " },\
195 { "IN_KMEM_FREE " size=$D1 },\
196 { "OUT_KMEM_FREE " },\
197 { "IN_KSTAT_SNAPSHOT " enter_num=$D1 gc_count=$D2 gc_time=$D3 gc_before=$D4 gc_after=$D5 },\
198 { "OUT_KSTAT_SNAPSHOT " },\
199 { "IN_CATC " },\
200 { "OUT_CATC " exit=$D1 },\
201 { "IN_GET_CFS_WORK " enter_num=$D1 dbgval=$D2 },\
202 { "OUT_GET_CFS_WORK " exit=$D1 },\
203 { "IN_THROW_ARGS " what=$D1 },\
204 { "OUT_THROW_ARGS " exit=$D1 error=$D2 caller=$D3 },\
205 { "IN_CFS_ADDFREE " cp=$D1 fscp=$D2 },\
206 { "OUT_CFS_ADDFREE " cp=$D1 c_backvp=$D2 },\
207 { "IN_CFS_REMFREE " cp=$D1 c_backvp=$D2 },\
208 { "OUT_CFS_REMFREE " cp=$D1 c_backvp=$D2 },\
209 { "IN_CFS_ADDHASH " cp=$D1 fscp=$D2 },\
210 { "OUT_CFS_ADDHASH " cp=$D1 fscp=$D2 },\
211 { "IN_CFS_REMHASH " cp=$D1 fscp=$D2 },\
212 { "OUT_CFS_REMHASH " cp=$D1 fscp=$D2 found=$D3 },\
213 { "IN_CFS_CFIND " fscp=$D1 fileno=$D2 },\
214 { "OUT_CFS_CFIND " fscp=$D1 cp=$D2 found=$D3 },\
215 { "IN_CFS_INACTIVATE " cp=$D1 fscp=$D2 },\
216 { "OUT_CFS_INACTIVATE " fscp=$D1 },\
217 { "IN_CFS_INITCNODE " cp=$D1 fscp=$D2 },\
218 { "OUT_CFS_INITCNODE " cp=$D1 fscp=$D2 error=$D3 },\
219 { "IN_CFS_MAKECNODE " fileno=$D1 fscp=$D2 },\
220 { "OUT_CFS_MAKECNODE " cp=$D1 fscp=$D2 error=$D3 trcex=$D4 },\
221 { "IN_CFS_MOUNT " vfsp=$D1 },\
222 { "OUT_CFS_MOUNT " vfsp=$D1 error=$D2 },\
223 { "IN_CFS_UNMOUNT " vfsp=$D1 },\
224 { "OUT_CFS_UNMOUNT " vfsp=$D1 error=$D2 },\
225 { "IN_CFS_SYNC " gfsp=$D1 },\
226 { "OUT_CFS_SYNC " gfsp=$D1 },\
227 { "IN_CFS_VGET " vfsp=$D1 },\
228 { "OUT_CFS_VGET " vfsp=$D1 vp=$D2 error=$D3 xspot=$D4 },\
229 { "IN_CFS_STATVFS " vfsp=$D1 },\
230 { "OUT_CFS_STATVFS " vfsp=$D1 errno=$D2 },\
231 { "CFS_VMM " D1=$D1 D2=$D2 D3=$D3 D4=$D4 },\
240 { "IN_CFS_INIT_FID " fscp=$D1 },\
241 { "OUT_CFS_INIT_FID " exit=$D1 fscp=$D2 errno=$D3 },\
242 { "IN_CFS_FID_HASH " fid=$D1 },\
243 { "OUT_CFS_FID_HASH " fid=$D1 hash=$D2 },\
244 { "IN_CFS_ADD_FID " fidp=$D1 vp=$D2 },\
245 { "OUT_CFS_ADD_FID " exit=$D1 new/errno=$D2 tmp_vp=$D3 },\
246 { "IN_CFS_RM_FID_VP " fscp=$D1 vp=$D2 },\
247 { "OUT_CFS_RM_FID_VP " fscp=$D1 vp=$D2 rm=$D3 },\
248 { "IN_CFS_RM_FID " fscp=$D1 vp=$D2 },\
249 { "OUT_CFS_RM_FID " fscp=$D1 vp=$D2 rm=$D3 },\
250 { "IN_CFS_FIND_FID " fscp=$D1 fidp=$D2 },\
251 { "OUT_CFS_FIND_FID " fscp=$D1 fidp=$D2 vp=$D3 },\
252 { "IN_CFS_PURGE_FID " vfsp=$D1 },\
253 { "OUT_CFS_PURGE_FID " vfsp=$D1 },\
254 { "PROXY_CFS_FID " vp=$D1 f=$D2 cr=$D3 },\
255 { "PROXY_CFS_STALE " },\
256 { "IN_CFS_FSCACHE_SETUP " fscp=$D1 fsid=$D2 namep=$D3 optp=$D4 setflags=$D5 },\
257 { "OUT_CFS_FSCACHE_SETUP " where=$D1 fscp=$D2 errno=$D3 },\
258 { "IN_CFS_CREATE_EDGE " fscdirvp=$D1 evpp=$D2 },\
259 { "OUT_CFS_CREATE_EDGE " fscdirvp=$D1 evpp=$D2 errno=$D3 },\
260 { "IN_CFS_FSCACHE_SYNC " fscp=$D1 },\
261 { "OUT_CFS_FSCACHE_SYNC " fscp=$D1 },\
262 { "IN_CFS_FSCACHE_SYNC_UM " fscp=$D1 },\
263 { "OUT_CFS_FSCACHE_SYNC_UM " fscp=$D1 },\
264 { "IN_CFS_FLCKINIT " },\
265 { "OUT_CFS_FLCKINIT " },\
266 { "IN_CFS_FLOCK_ALLOC " frlock=$D1 },\
267 { "OUT_CFS_FLOCK_ALLOC " t=$D1 },\
268 { "IN_CFS_FLOCK_FREE " fr=$D1 frlock=$D2 },\
269 { "OUT_CFS_FLOCK_FREE " fl=$D1 frlock=$D2 },\
270 { "IN_CFS_INS_FLOCK " lck_list=$D1 lckdat=$D2 fl=$D3 gp=$D4 },\
271 { "OUT_CFS_INS_FLOCK " exit=$D1 sf/new=$D2 },\
272 { "IN_CFS_DEL_FLOCK " lck_list=$D1 fl=$D2 },\
273 { "OUT_CFS_DEL_FLOCK " },\
274 { "IN_CFS_REG_FLOCK " ld=$D1 flp=$D2 },\
275 { "OUT_CFS_REG_FLOCK " regntype=$D1 },\
276 { "IN_CFS_FLOCK_ADJ " where=$D1 D2=$D2 D3=$D3 D4=$D4 },\
277 { "OUT_CFS_FLOCK_ADJ " where=$D1 ret_val=$D2 l_type=$D3 ld=$D4 },\
278 { "IN_CFS_UNLOCKED " flp=$D1 lckdat=$D2 s=$D3 e=$D4 },\
279 { "OUT_CFS_UNLOCKED " where=$D1 s=$D2 e=$D3 l_start=$D4 error=$D5 },\
280 { "IN_CFS_CHK_LOCK " flp=$D1 lckdat=$D2 },\
281 { "OUT_CFS_CHK_LOCK " where=$D1 },\
282 { "IN_CFS_BLOCKED " flp=$D1 lckdat=$D2 insrt=$D3 gp=$D4 },\
283 { "OUT_CFS_BLOCKED " where=$D1 f=$D2 },\
284 { "IN_CFS_ULCK_ALL " gp=$D1 unlock_fcn=$D2 unlock_id=$D3 },\
285 { "OUT_CFS_ULCK_ALL " locked=$D1 },\
286 { "IN_CFS_RECLOCK " where=$D1 D2=$D2 D3=$D3 D4=$D4 },\
287 { "OUT_CFS_RECLOCK " where=$D1 errno=$D2 gp=$D3 size=$D4 offset=$D5 },\
288 { "IN_CFS_CONVOFF " size=$D1 offset=$D2 lckdat=$D3 whence=$D4 },\
289 { "OUT_CFS_CONVOFF " where=$D1 },\
290 { "IN_CFS_DEADLOCK " flp=$D1 lockdat=$D2 },\
291 { "OUT_CFS_DEADLOCK " where=$D1 },\
292 { "IN_CFS_LCK_WKUP " lp=$D1 retry_func=$D2 },\
293 { "OUT_CFS_LCK_WKUP " },\
294 { "IN_CFS_FLOCK_GROW " },\
295 { "OUT_CFS_FLOCK_GROW " grow=$D1 },\
296 { "IN_CFS_ASYNCIOSTART " head=$D1 halt=$D2 count=$D3 keep=$D4 length=$D5 },\
297 { "OUT_CFS_ASYNCIOSTART " length=$D1 count=$D2 },\
298 { "IN_CFS_ADDIOQUEUE " count=$D1 length=$D2 rp=$D3 qp=$D4 },\
299 { "OUT_CFS_ADDIOQUEUE " where=$D1 errno=$D2 },\
300 { "CFS_MKMNTDEV_EDGE " vfsp=$D1 val=$D2 },\
301 { "IN_CFS_VGET_EDGE " vfsp=$D1 fidp=$D2 },\
302 { "OUT_CFS_VGET_EDGE " vfsp=$D1 *vpp=$D2 error=$D3 where=$D4 },\
303 { "IN_CFS_HOLD_GN_CNT " vp=$D1 flags=$D2 },\
304 { "OUT_CFS_HOLD_GN_CNT " where=$D1 rd=$D2 wr=$D3 ex=$D4 },\
305 { "IN_CFS_RELE_GN_CNT " vp=$D1 flags=$D2 },\
306 { "OUT_CFS_RELE_GN_CNT " where=$D1 rd=$D2 wr=$D3 ex=$D4 },\
307 { "CFS_FSYNC_RANGE " },\
308 { "IN_CFS_FSYNC_OFFSET " vp=$D1 flag=$D2 flag=$D3 flag=$D4 },\
309 { "OUT_CFS_FSYNC_OFFSET " where=$D1 errno=$D2 vp=$D3 },\
310 { "IN_CFS_CREATE_EDGE_FID " cp=$D1 fidp=$D2 },\
311 { "OUT_CFS_CREATE_EDGE_FID " where=$D1 errno=$D2 },\
312 { "IN_CFS_FID_EDGE " len=$D1 len=$D2 },\
313 { "OUT_CFS_FID_EDGE " errno=$D1 },\
314 { "CFS_UNLOCK " efl=$D1 cfsulck=$D2 },\
315 { "IN_CFS_HANDLE_ULCK " vp=$D1 offset=$D2 cmd=$D3 type=$D4 },\
316 { "OUT_CFS_HANDLE_ULCK " where=$D1 type=$D2 errno=$D3 vp=$D4 },\
317 { "IN_CFS_HANDLE_LCK_T " vp=$D1 offset=$D2 cmd=$D3 type=$D4 },\
318 { "OUT_CFS_HANDLE_LCK_T " where=$D1 type=$D2 errno=$D3 vp=$D4 },\
319 { "IN_CFS_FINFO " vp=$D1 },\
320 { "OUT_CFS_FINFO " errno=$D1 vp=$D2 },\
321 { "CFS_WRITE_LCK " cp=$D1 },\
322 { "CFS_WRITE_ULCK " cp=$D1 },\
323 { "IN_CFS_WRITE_FID_EDGE " cp=$D1 },\
324 { "OUT_CFS_WRITE_FID_EDGE " where=$D1 errno=$D2 cp=$D3 },\
325 { "IN_CFS_LAST_CLOSE " vp=$D1 flags=$D2 },\
326 { "OUT_CFS_LAST_CLOSE " where=$D1 },\
327 { "IN_CFS_ADD_PROXY_FILE " cp=$D1 remove=$D2 },\
328 { "OUT_CFS_ADD_PROXY_FILE " where=$D1 new=$D2 remove=$D3 },\
329 { "IN_CFS_RM_PROXY_FILE " cp=$D1 rm=$D2 },\
330 { "OUT_CFS_RM_PROXY_FILE " cp=$D1 },\
331 { "IN_CFS_PURGE_PROXY_FILE " fscp=$D1 },\
332 { "OUT_CFS_PURGE_PROXY_FILE " fscp=$D1 num=$D2 },\
333 { "IN_CFS_INIT_PROXY_FILE " fscp=$D1 dvp=$D2 },\
334 { "OUT_CFS_INIT_PROXY_FILE " where=$D1 error=$D2 fscp=$D3 num=$D4 },\
335 { "IN_CFS_FILL_PROXY_FILE " fscp=$D1 count=$D2 buf=$D3 },\
336 { "OUT_CFS_FILL_PROXY_FILE " error=$D1 fscp=$D2 count=$D3 buf=$D4 },\
337 { "IN_CFS_INS_PROXY_FILE " fscp=$D1 new=$D2 },\
338 { "OUT_CFS_INS_PROXY_FILE " fs_num_proxy_file=$D1 },\
339 { "IN_CFS_CREATE_EDGE_S " fscp=$D1 fn=$D2 mfn=$D3 create=$D4 },\
340 { "OUT_CFS_CREATE_EDGE_S " where=$D1 error/edge=$D2 },\
341 { "IN_CFS_GET_FSCACHE " dcp=$D1 fn=$D2 nm=$D3 bkvp=$D4 },\
342 { "OUT_CFS_GET_FSCACHE " where=$D1 fscp/error=$D2 },\
343 { "IN_CFS_GET_P_EDGE " cp=$D1 edge=$D2 },\
344 { "OUT_CFS_GET_P_EDGE " where=$D1 mfn/error=$D2 },\
345 { "IN_CFS_COMMIT_AIX " bp=$D1 vp=$D2 off=$D3 len=$D4 cr=$D5 },\
346 { "OUT_CFS_COMMIT_AIX " w=$D1 cp=$D2 uid/off=$D3 ruid/len=$D4 },\
347 { "IN_CFS_COMMIT " vp=$D1 off=$D2 len=$D3 cr=$D4 bp=$D5 },\
348 { "OUT_CFS_COMMIT " w=$D1 vp=$D2 off=$D3 len=$D4 err=$D5 },\
349 { "IN_CFS_GET_BKVP_NOC " },\
350 { "OUT_CFS_GET_BKVP_NOC " },\
351 { "IN_CFS_MAP_LLOFF " off=$D1 len=$D2 f=$D3 vf=$D4 vt=$D5 },\
352 { "OUT_CFS_MAP_LLOFF " w=$D1 err=$D2 vp=$D3 off=$D4 len=$D5 },\
\* { `NFS NET mode=$HD` }
3B0 1.0 "@AutoFS: Client VNOP read/write routines" \
$HD%D1, \
1 { "MOUNT " vfsp=$D2 vp=$D3 uap=$D4 cr=$D5 }, \
2 { "MOUNT_ARGSZ " datalen=$D1 args_size=$D2 vfsp=$D3}, \
3 { "MOUNT_ERROUT " vfsp=$D1 rootvp=$D2 error=$D3 }, \
4 { "MOUNT_EXIT " \
$D1%D1, \
0 {makefnnode error vfsp=$D2 fnip=$D3 fi_path=$D4 cr=$D5 }, \
1 {mount exit vfsp=$D2 rootvp=$D3 fnip=$D4 } }, \
5 { "MOUNT_PREM " }, \
6 { "UNMOUNT " vfsp=$D1 fnip=$D2 }, \
7 { "UNMOUNT_EXIT " \
$D1%D1, \
0 {unmount_autofs failed rvp=$D2 vfsp=$D3 rc=$D4 }, \
1 {unmount exit(manual) vfsp=$D2 }, \
2 {dirents are active fnp=$D2 v_mvfsp=$D3 v_count=$D4 }, \
3 {unmount exit vfsp=$D2 } }, \
8 { "UNMOUNT_PERM " }, \
9 { "UNMOUNT_VCOUNT " v_count=$D1 }, \
10 { "I_ACCESS " mode=$D1 flags=$D2 cr_uid=$D3 an_uid=$D4 an_mode=$D5 }, \
11 { "I_AUTODIR_LOOKUP " v_type=$D1 hrestime=$D2 }, \
12 { "I_AUTO_DIRENTER " dap=$D1 ap=$D2 }, \
13 { "I_BUSY " mntflags=$D1 dirs=$D2 refs=$D3 adjust=$D4 }, \
14 { "I_CALL_AUTOMOUNTD " ai_path=$D1 ac_name=$D2 ai_direct=$D3 an_mntflags=$D4 }, \
15 { "I_CREATE " vfsmountedhere=$D1 mode=$D2 }, \
16 { "I_DO_MOUNT " ai_path=$D1 name=$D2 an_mntflags=$D3 }, \
17 { "I_DO_UNMOUNT " mntflags=$D1 vfsmountedhere=$D2 }, \
18 { "I_FORCE_REMOUNT " nm=$D1 v_flag=$D2 }, \
19 { "I_FREEAUTONODE " freautonode_count=$D1 anode_count=$D2 }, \
20 { "I_GETATTR " nodeid=$D1 size=$D2 type=$D3 mode=$D4 vfs_dev=$D5 }, \
21 { "I_GET_HIER_MOUNTS " }, \
22 { "I_INACTIVE " count=$D1 size=$D2 }, \
23 { "I_LOOKUP_ENTRY " flags=$D1 pid=$D2%P4 dvp=$D3 hrestime=$D4 }, \
24 { "I_LOOKUP_INFO " path=$D1 vfsmountedhere=$D2 dirents=$D3 mntflags=$D4 need_mount=$D5 }, \
25 { "I_MAKEAUTONODE " type=$D1 cr_uid=$D2 cr_gid=$D3 makeautonode_count=$D4 anode_cnt=$D5 }, \
26 { "I_MAKE_UNMOUNTED_L " an_name=$D1 vfsmountedhere=$D2 }, \
27 { "I_MKDIR " vfsmountedhere=$D1 namelen=$D2 }, \
28 { "I_READDIR " need_mount=$D1 vfsmountedhere=$D2 dirents=$D3 mntflags=$D4 }, \
29 { "I_REMOVE " dvp=$D1 vfsmountedhere=$D2 }, \
30 { "I_RENAME " o_vfsmountedhere=$D1 n_vfsmountedhere=$D2 }, \
31 { "I_RMDIR " vfsmountedhere=$D1 namelen=$D2 }, \
32 { "I_RM_AUTONODE " vfsmountedhere=$D1 v_count=$D2 refmin=$D3 an_mntflags=$D4 an_name=$D5 }, \
33 { "I_RM_HIERARCHY " dap=$D1 ap=$D2 }, \
34 { "I_RWLOCK " write_lock=$D1 }, \
35 { "I_SEND_UNMOUNT_REQ " }, \
36 { "I_SYMLINK " vfsmountedhere=$D1 }, \
37 { "I_UNMOUNT_HIERARCHY " mntflags=$D1 ref_time=$D2 mount_to=$D3 time_now=$D4%T4 an_name=$D5 }, \
38 { "I_XDR_UMOUNTR " x_op=$D1 }, \
39 { "O_ACCESS_BAD " }, \
40 { "O_ACCESS_OK " }, \
41 { "O_AUTODIR_LOOKUP " D1=$D1 error=$D2 }, \
42 { "O_AUTO_DIRENTER " D1=$D1 error=$D2 }, \
43 { "O_BUSY " D1=$D1 return=$D2 }, \
44 { "O_CALL_AUTOMOUNTD " D1=$D1 error=$D2 }, \
45 { "O_CREATE_EXIT " error=$D1 }, \
46 { "O_CREATE_NO_VFS " }, \
47 { "O_CREATE_VFS_ROOT " error=$D1 }, \
48 { "O_DO_MOUNT " D1=$D1 error=$D2 }, \
49 { "O_DO_UNMOUNT " }, \
50 { "O_FORCE_REMOUNT " error=$D1 }, \
51 { "O_FREEAUTONODE " }, \
52 { "O_GETATTR " }, \
53 { "O_GET_HIER_MOUNTS " vfs_dev=$D1 }, \
54 { "O_INACTIVE_EXIT " }, \
55 { "O_INACTIVE_VCOUNT " count=$D1 }, \
56 { "O_LOOKUP_ANDIR " }, \
57 { "O_LOOKUP_ENOSYS " }, \
58 { "O_LOOKUP_EXIT " error=$D1 }, \
59 { "O_LOOKUP_INTR " }, \
60 { "O_LOOKUP_MNT " error=$D1 }, \
61 { "O_LOOKUP_MNTERR " error=$D1 }, \
62 { "O_LOOKUP_OK_DOT " }, \
63 { "O_LOOKUP_OK_DOTDOT " }, \
64 { "O_LOOKUP_SPMKDIR " }, \
65 { "O_LOOKUP_UMINTR " }, \
66 { "O_LOOKUP_VFSROOT " error=$D1 }, \
67 { "O_LOOKUP_VFSROOT_1 " error=$D1 }, \
68 { "O_LOOKUP_VOPACC " error=$D1 }, \
69 { "O_LOOKUP_VOPLKU " error=$D1 }, \
70 { "O_LOOKUP_VOPLKU_1 " error=$D1 }, \
71 { "O_MAKEAUTONODE " vp=$D1 }, \
72 { "O_MAKE_UNMOUNTED_L " }, \
73 { "O_MKDIR_DOT " }, \
74 { "O_MKDIR_EXIT " error=$D1 }, \
75 { "O_MKDIR_LOOKUP " error=$D1 }, \
76 { "O_MKDIR_NOTSPECIAL " }, \
77 { "O_MKDIR_VACC " error=$D1 }, \
78 { "O_MKDIR_VFS_ROOT " error=$D1 }, \
79 { "O_READDIR_EXIT " error=$D1 }, \
80 { "O_READDIR_INTR " }, \
81 { "O_READDIR_IOVCNT " }, \
82 { "O_READDIR_MNT " error=$D1 }, \
83 { "O_READDIR_VFSROOT " error=$D1 }, \
84 { "O_READDIR_VRDIR " error=$D1 }, \
85 { "O_READDIR_WAITMNT " error=$D1 }, \
86 { "O_REMOVE_EXIT " error=$D1 }, \
87 { "O_REMOVE_NO_VFS " }, \
88 { "O_REMOVE_VFS_ROOT " error=$D1 }, \
89 { "O_RENAME_EXIT " error=$D1 }, \
90 { "O_RENAME_NO_VFS " }, \
91 { "O_RENAME_VFS_ROOT1 " error=$D1 }, \
92 { "O_RENAME_VFS_ROOT2 " error=$D1 }, \
93 { "O_RMDIR_BAD " error=$D1 }, \
94 { "O_RMDIR_DOT " }, \
95 { "O_RMDIR_DOTDOT " }, \
96 { "O_RMDIR_EXIT " }, \
97 { "O_RMDIR_LKUP " error=$D1 }, \
98 { "O_RMDIR_NOTSPECIAL " }, \
99 { "O_RMDIR_VFS_ROOT " error=$D1 }, \
100 { "O_RMDIR_VRMDIR " error=$D1 }, \
101 { "O_RM_AUTONODE " D1=$D1 }, \
102 { "O_RM_HIERARCHY " }, \
103 { "O_RWLOCK " }, \
104 { "O_SEND_UNMOUNT_REQ " D1=$D1 error=$D2 }, \
105 { "O_SYMLINK_EXIT " error=$D1 }, \
106 { "O_SYMLINK_NO_VFS " }, \
107 { "O_SYMLINK_VFS_ROOT " error=$D1 }, \
108 { "O_UNMOUNT_HIERARCHY " D1=$D1 }, \
109 { "O_XDR_UMOUNTR " D1=$D1 return=$D2 }, \
110 { "INKER_MOUNT " uap=$D1 vp=$D2 }, \
111 { "INKER_MOUNT_ROOT " error=$D1 }, \
112 { "INKER_VFS_MOUNT " vfsp=$D1 vp=$D2 uap=$D3 kcred=$D4 error=$D5 }, \
113 { "INKER_MOUNT_EXIT " \
$D1%D1, \
0 {vnode vp=$D2 already locked uap=$D3 }, \
1 {v_vfsmountedhere=$D2 FS is mounted on vnode vp=$D3 uap=$D4 }, \
2 {vmount error uap=$D2 vp=$D3 vfsp=$D4 error=$D5 } }, \
114 { "INKER_MOUNT_PERM " }, \
115 { "AUTOFS_TEST2 " error=$D1 data=$D2 args=$D3 vfsp=$D4 }, \
116 { "MOUNT_ERROR " vfsp=$D1 error=$D2 }, \
117 { "UNMOUNT_BUSY " fn_dirents=$D1 }, \
118 { "ROOT " vfsp=$D1 vpp=$D2 }, \
119 { "STATVFS " \
$D1%D1, \
0 {vfsp=$D2 }, \
1 {statvfs exit vfsp=$D2 sbp=$D3} }, \
120 { "MOUNT_PERM " }, \
122 { "SYMLINK " dvp=$D1 lnknm=$D2 tva=$D3 tnm=$D4 cred=$D5 }, \
123 { "SYMLINK_DONE " \
$D1%D1, \
0 {trigger mount failed dvp=$D2 tva=$D3 tnm=$D4 error=$D5 }, \
1 {symlink create error dvp=$D2 tnm=$D3 error=$D4 trc=$D5 }, \
2 {Symlink exit dvp=$D2 } }, \
124 { "READLINK_DONE " \
$D1%D1, \
0 {ReadLink error vp=$D2 error=$D3 trc=$D4}, \
1 {ReadLink exit vp=$D2 } }, \
125 { "INACTIVE " vp=$D1 v_count=$D2 fn_linkcnt=$D3 cred=$d4 }, \
126 { "INACTIVE_DONE " vp=$D1 v_count=$D2 fn_linkcnt=$D3 }, \
127 { "TRIG_MOUNT " vp=$D1 cred=$D2 newvp=$D3 fnp=$D4 fnip=$D5 }, \
128 { "TRIG_MOUNT_DONE " \
$D1%D1, \
0 {Trigger mount error vp=$D2 error=$D2 trc=$D4 }, \
1 {Trigger mount exit vp=$D2 trc=$D3 } }, \
129 { "SETATTR " vp=$D1 vap=$D2 flags=$D3 cred=$D4 }, \
130 { "SETATTR_DONE " \
$D1%D1, \
0 {trigger mount failed vp=$D2 cred=$D3 error=$D4 }, \
1 {Setattr error vp=$D2 cred=$D3 error=$D4 trc=$D5}, \
2 {Setattr exit vp=$D2 } }, \
131 { "ACCESS " vp=$D1 mode=$D2 flags=$D3 cred=$D4 tid=$D5 }, \
132 { "ACCESS_DONE " \
$D1%D1, \
0 {trigger mount failed vp=$D2 error=$D3 }, \
1 {autofs mount of namefs symlinks vp=$D2 newvp=$D3 err=$D4 }, \
2 {Access error vp=$D2 error=$D3 trc=$D4}, \
3 {Access exit vp=$D2 } }, \
133 { "LOOKUP " dvp=$D1 nm=$D2 vpp=$D3 fi_map=$D4 flags=$D5}, \
134 { "LOOKUP_TOP " dvp=$D1 dfnp=$D2 }, \
135 { "LOOKUP_EXIT " \
$D1%D1, \
0 {VOP_ACCESS error dvp=$D2 *vpp=$D3 nm=$D4 error=$D5 }, \
1 {nm=$D2 is a current directory dvp=$D3 *vpp=$D4 }, \
2 {nm=$D2 is a parent directory dvp=$D3 *vpp=$D4 pdfnp=$D5}, \
3 {wait4mount error dvp=$D2 dfnp=$D3 nm=$D4 error=$D5}, \
4 {v_vfsmountedhere=$D2 FS is mounted on dvp=$D3 err=$D4}, \
5 {Create failed for fn_dirents dfnip=$D2 dfnp=$D3 error=$D4} , \
6 {Created node for fn_dirents dfnip=$D2 dfnp=$D3 fnp=$D4} , \
7 {Create failed dfnip=$D2 dfnp=$D3 error=$D4}, \
8 {Created node dfnip=$D2 dfnp=$D3 fnp=$D4}, \
9 {Lookup exit error=$D3}, \
10 {wait4mount error dvp=$D2 dfnp=$D3 nm=$D4 error=$D5} , \
11 {Got the requested fnnode fnp=$D2 *vpp=$D3} , \
12 {Lookup error nm=$D2 *vpp=$D3 error=$D4 trc=$D5}, \
13 {Lookup exit nm=$D2 *vpp=$D3} }, \
136 { "CREATE " dvp=$D1 nm=$D2 va=$D3 mode=$D4 }, \
137 { "CREATE_DONE " \
$D1%D1, \
0 {trigger mount failed dvp=$D2 nm=$D3 error=$D4 }, \
1 {create error dvp=$D2 nm=$D3 error=$D4 trc=$D5}, \
2 {create exit dvp=$D2 nm=$D3} }, \
138 { "REMOVE " dvp=$D1 nm=$D2 cred=$D3 } , \
139 { "REMOVE_DONE " \
$D1%D1, \
0 {trigger mount failed dvp=$D2 nm=$D3 error=$D4 }, \
1 {remove error dvp=$D2 nm=$D3 error=$D4 trc=$D5}, \
2 {remove exit dvp=$D2 nm=$D3} }, \
140 { "LINK " tdvp=$D1 svp=$D2 nm=$D3 cred=$D4 }, \
141 { "LINK_DONE " \
$D1%D1, \
0 {trigger mount failed tdvp=$D2 svp=$D3 nm=$D4 error=$D5 }, \
1 {autonode link error tdvp=$D2 svp=$D3 nm=$D4 error=$D5 }, \
2 {Read only FS tdvp=$D2 svp=$D3 nm=$D4 error=$D5 }, \
3 {svp=$D2 is not autonode tdvp=$D3 nm=$D4 error=$D5 }, \
4 {Link error tdvp=$D2 svp=$D3 nm=$D4 error=$D5 }, \
5 {Link exit tdvp=$D2 svp=$D3 nm=$D4 } }, \
142 { "RENAME " odvp=$D1 onm=$D2 ndvp=$D3 nnm=$D4 cr=$D5 }, \
143 { "RENAME_DONE " \
$D1%D1, \
0 {trigger mount failed odvp=$D2 onm=$D3 nnm=$D4 error=$D5 }, \
1 {autonode rename error odvp=$D2 onm=$D3 nnm=$D4 error=$D5 }, \
2 {trigger mount real FS failed ndvp=$D2 onm=$D3 nnm=$D4 error=$D5 }, \
3 {target can't be autonode ndvp=$D2 onm=$D3 nnm=$D4 error=$D5 }, \
4 {Read only FS ndvp=$D2 onm=$D3 nnm=$D4 error=$D5 }, \
5 {Rename error ndvp=$D2 onm=$D3 nnm=$D4 error=$D5 }, \
6 {Rename exit ndvp=$D2 onm=$D3 nnm=$D4 } }, \
144 { "MKDIR " dvp=$D1 nm=$D2 va=$D3 vpp=$D4 cred=$D5 }, \
145 { "MKDIR_DONE " \
$D1%D1, \
0 {trigger mount failed dvp=$D2 nm=$D3 va=$D4 error=$D5 }, \
1 {mkdir error dvp=$D2 nm=$D3 trc=$D4 error=$D5 }, \
2 {mkdir exit dvp=$D2 nm=$D3 va=$D4} }, \
146 { "RMDIR " dvp=$D1 nm=$D2 cdir=$D3 cred=$D4}, \
147 { "RMDIR_DONE " \
$D1%D1, \
0 {trigger mount failed dvp=$D2 nm=$D3 cdir=$D4 error=$D5 }, \
1 {rmdir error dvp=$D2 nm=$D3 trc=$D4 error=$D5 }, \
2 {rmdir exit dvp=$D2 nm=$D3 cdir=$D4} }, \
148 { "READDIR " vp=$D1 uiop=$D2 cred=$D3 offset=$D4 }, \
149 { "READDIR_EINVAL " iovcnt=$D1 }, \
150 { "READDIR_DONE " \
$D1%D1, \
0 {VOP_LOOKUP failed vp=$D2 cred=$D3 error=$D4 }, \
1 {VFS_ROOT error vp=$D2 vp->v_mvfsp=$D3 cred=$D4 error=$D5 }, \
2 {VOP_READDIR error vp=$D2 vp->v_mvfsp=$D3 nvp=$D4 error=$D5 }, \
3 {VOP_READDIR success vp=$D2 vp->v_mvfsp=$D3 nvp=$D4 }, \
4 {auto_calldaemon failed fnip=$D2 status=$D3 error=D4 trc2=$D5 }, \
5 {empty directory fnip=$D2 fnp=$D3 status=D4 trc2=$D5 }, \
6 {alloclen < data vp=$D2 alloccnt=$D3 datalen=$D4 error=$D5 }, \
7 {alloclen < data and outcnt vp=$D2 alloccnt=$D3 datalen=$D4 outcnt=$D5 }, \
8 {Readdir error vp=$D2 error=$D3 trc=$D4 }, \
9 {Readdir exit vp=$D2 } }, \
151 { "POLL " vp=$D1 }, \
152 { "PATHCONF " vp=$D1 cmd=$D2 valp=$D3 cr=$D4 }, \
153 { "OPEN " vpp=$D1 flag=$D2 cred=$D3 }, \
154 { "GETATTR " vp=$D1 vap=$D2 flags=$D3 cred=$D4 }, \
155 { "GETATTR_DONE " }, \
156 { "READLINK " vp=$D1 uiop =$D2 cr=$3 }, \
157 { "FREEFNNODE " fnp=$D1 vp=$D2 v_count=$D3%D1 caller=$D4 caller2=$D5 }, \
158 { "FREEFNNODE_DONE " fnnode_cnt=$D1 }, \
159 { "DISCONNECT " dfnp=$D1 fnp=$D2 }, \
160 { "DISCONNECT_DONE " \
$D1%D1, \
0 {vp=$D2 vp->v_vfsmounted=$D3 dfnp=$D4 fnp=$D5 }, \
1 {Not in dirent list fnp=$D2 dfnp=$D3} , \
2 {disconnect exit fnp=$D2 dfnp=$D3} }, \
161 { "ENTER " dfnp=$D1 name=$D2 fnpp=$D3 cred=$D4 }, \
162 { "ENTER_DONE " \
$D1%D1, \
0 {makefnnode error dvp=$D2 dvp->v_vfsp=$D3 name=$D4 cred=$D5 }, \
1 {fnnode created fnp=$D2 } }, \
163 { "SEARCH " dfnp=$D1 name=$D2 fnpp=$D3 cred=$D4 }, \
164 { "SEARCH_DONE " \
$D1%D1, \
0 {Not directory dvp=$D2 dvp->v_type=$D3 }, \
1 {search error dfnp=$D2 name=$D3 error=$D4}, \
2 {search exit dfnp=$D2 name=$D3 } }, \
165 { "GETMNTPNT " dvp=$D1 path=$D2 mvpp=$D3 cred=$D4 }, \
166 { "GETMNTPNT_DONE " \
$D1%D1, \
0 {getmntpnt error dvp=$D2 path=$D3, error=$D4, trc=$D5 }, \
1 {getmntpnt exit dvp=$D2 path=$D3} }, \
167 { "INKER_UMOUNT " vfsp=$D1 }, \
168 { "INKER_UMOUNT_DONE " \
$D1%D1, \
0 {inkernel unmnt error vfsp=$D2 error=$D3 }, \
1 {inkrnel unmnt exit vfsp=$D2 } }, \
169 { "TRIGGERS " fnp=$D1 alp=$D2 }, \
170 { "TRIGGERS_BUSY " fnp=$D1 nfnp=$D2 }, \
171 { "TRIGGERS_BUSY_DONE " \
$D1%D1, \
0 {triggers busy error fnp=$D2 error=$D3 trc=$D4 }, \
1 {triggers busy exit fnp=$D2 } }, \
172 { "TRIGGERS_DONE " \
$D1%D1, \
0 {inkernel unmnt error tvp=$D2 vfsp=$D3 error=$D4 }, \
1 {unmnt triggers success vfsp=$D2 } }, \
173 { "UNMOUNT_NODE " vfsp=$D1 }, \
174 { "UNMOUNT_NODE_DONE " \
$D1%D1, \
0 {umnt node error vfsp=$D2 error=$D3 trc=$D4 }, \
1 { umnt node exit vfsp=$D2 } }, \
175 { "AUTO_NODE " vp=$D1 }, \
176 { "AUTO_NODE_DONE " \
$D1%D1, \
0 {Check auto node error vp=$D2 error=$D3 }, \
1 {Check auto node exit vp=$D2 } }, \
177 { "UNMOUNT_ROOT " rootvp=$D1 }, \
178 { "UNMOUNT_ROOT_DONE " \
$D1%D1, \
0 {umnt root node error rootvp=$D2 error=$D3 }, \
1 {umnt root node exit rootvp=$D2 } }, \
180 { "UNMOUNT_TREE_NAME " fn_name=$D1 }, \
181 { "UNMOUNT_TREE_DONE " \
$D1%D1, \
0 {cant unmount nfs nodes tvp=$D2 error=$D3}, \
1 {vp=$D2 error=$D3}, \
2 {connection dropped vp=$D2 fi_path=$D3 error=$D4}, \
3 {can't remount triggers fnp=$D2 error=$D3}, \
4 {unmount_tree exit tid=$D2} }, \
182 { "DO_UNMOUNT " }, \
183 { "UNMOUNT_THREAD " }, \
184 { "UNMOUNT_THR_FAIL " }, \
185 { "NULL_REQ " fnip=$D1 cred=$D2 hard=$D3 }, \
186 { "NULL_REQ_DONE " \
$D1%D1, \
0 {NULL request error fnip=$D2 error=$D3}, \
1 {NULL request exit fnip=$D2 } }, \
187 { "LOOKUP_REQ " fnip=$D1 key=$D2 cred=$D3 }, \
188 { "LOOKUP_REQ_DONE " \
$D1%D1, \
0 {Lookup request error fnip=$D2 key=$D3 error=$D4 trc=$D5}, \
1 {Lookup request exit fnip=$D2 key=$D3 trc=$D4} }, \
189 { "MOUNT_REQ " fnip=$D1 key=$D2 cred=$D3}, \
190 { "MOUNT_REQ_DONE " \
$D1%D1, \
0 {Mount request error fnip=$D2 key=$D3 error=$D4 trc=$D5}, \
1 {Mount request exit fnip=$D2 key=$D3 trc=$D4} }, \
191 { "POSTMOUNT_REQ " m=$D1 devid=$D2 fnip=$D3 hard=$D4 cred=$D5 }, \
192 { "POSTMOUNT_REQ_DONE " error=$D1}, \
193 { "SEND_UMOUNT_REQ " fnip=$D1 ul=$D2 cred=$D3 }, \
194 { "SEND_UMOUNT_REQ_DONE " \
$D1%D1, \
0 {send umnt request error fnip=$D2 error=$D3 }, \
1 {send umnt request exit fnip=$D2 } }, \
195 { "POST_UMOUNT_REQ " }, \
196 { "POST_UMOUNT_REQ_DONE " }, \
197 { "PERFORM_ACT " dfnip=$D1 dfnp=$D2 alp=$D3 cred=$D4 }, \
198 { "PERFORM_ACT_DONE " \
$D1%D1, \
0 {AuFS mntpt exists mfnp=$D2 }, \
1 {mntpnt create failed dfnp=$D2 mntpnt=$D3 error=$D4 }, \
2 {getmntpnt error dvp=$D2 mntpnt=$D3 error=$D4 }, \
3 {mntpnt mvp=$D2 is symlink v_type=$D3 }, \
4 {inkernel mount failed m=$D2 mvp=$D3 global_path=$D4 error=$D5 }, \
5 {perform actions error dfnip=$D2 dfnp=$D3 error=$D4 }, \
6 {perform actions exit dfnip=$D2 dfnp=$D3 } }, \
199 { "PERFROM_LINK " fnp=$D1 linkp=$D2 cred=$D3 }, \
200 { "DO_UNMOUNT_THR_FAIL " }, \
201 { "WAIT4MOUNT " fnp=$D1 lock=$D2 thread_id=$D3}, \
202 { "WAIT4MOUNT_DONE " \
$D1%D1, \
0 {Not waiting to finish operation fnp=$D2}, \
1 {wait4mount error fnp=$D2 error=$D3 }, \
2 {wait4mount exit fnp=$D2 } }, \
203 { "LOOKUP_AUX " fnp=$D1 name=$D2 cred=$D3 }, \
204 { "LOOKUP_AUX_DONE " \
$D1%D1, \
0 {Lookup_aux error fnp=$D2 name=$D3 error=$D4 trc=$D5}, \
1 {Lookup_aux exit fnp=$D2 name=$D3 trc=$D4} }, \
205 { "MOUNT_THREAD " argsp=$D1 threadid=$D2 }, \
206 { "MOUNT_THREAD_STOP " \
$D1%D1, \
0 {Mount thread error fnip=$D2 tid=$D3 error=$D4 trc=$D5}, \
1 {Mount_thread exit fnip=$D2 tid=$D3 trc=$D4} }, \
207 { "NEW_MOUNT_THREAD " fnp=$D1 name=$D2 cred=$D3 }, \
208 { "NEW_MOUNT_THREAD_DONE " thr_success=$D1 }, \
209 { "CALLDEAMON " fnip=$D1 which=$D2 xdrargs=$D3 cred=$D4 thread_id=$D5 }, \
210 { "CALLDEAMONPORT " error=$D1 }, \
211 { "CALLDEAMON_ENOENT " D1=$D1 status=$D2 }, \
212 { "CALLDEAMON_DONE " \
$D1%D1, \
0 {call_daemon error fnip=$D2 which=$D3 error=$D4 trc=$D5}, \
1 {call_daemon exit fnip=$D2 which=$D3 trc=$D4} }, \
213 { "POSTUMOUNT_REQ " fnip=$D1 ul=$D2 cred=$D3 hard=$D4}, \
214 { "POSTUMOUNT_REQ_DONE " error=$D1 }, \
215 { "UNMOUNT_TREE " }, \
216 { "START_UM_THR " }, \
217 { "FREEFNNODE2 " fnp=$D1 fn_linkcnt=$D2 fn_dirents=$D3 fn_parent=$D4 fn_size=$D5}, \
218 { "UNMOUNT_ROOT2 " fnp=$D1 vp=$D2 v_count=$D3%D1 caller=$D4 caller2=$D5}, \
219 { "INACTIVE2 " fnp=$D1 vp=$D2 v_count=$D3%D1 caller=$D4 caller2=$D5}, \
220 { "INACTIVE3 " fnp=$D1 vp=$D2 v_count=$D3%D1 caller=$D4 caller2=$D5}, \
221 { "HOLD " vp=$D1 v_count=$D2 caller=$D3 caller2=$D4 caller3=$D5}, \
222 { "RELE " vp=$D1 v_count=$D2 caller=$D3 caller2=$D4 caller3=$D5}, \
223 { "UNMOUNT2 " fnp=$D1 vp=$D2 v_count=$D3%D1 caller=$D4 caller2=$D5 }, \
224 { "VMNTINIT " \
$D1%D1, \
0 {vp=$D2 map=$D3 mntpnt=$D4}, \
1 {vmount_init exit vmntp=$D2 args=$D3 vfsp=$D4 } }, \
225 { "PATHNAME " \
$D1%D1, \
0 {vp=$D2 path=$D3 }, \
1 {pathname exit vp=$D2 path=$D3 } }, \
226 { "AUFS_CLNT " \
$D1%D1, \
0 {cmd=$D2 p=$D3 size=$D4 }, \
1 {invalid size unit cmd=$D2 p=$D3 size=$D4 }, \
2 {Not a root user cmd=$D2 p=$D3 cr=$D4 cr->cr_uid=$D5 }, \
3 {Set mount timeout error cmd=$D2 p=$D3 size=$D4 error=$D5 }, \
4 {Get mount timeout error cmd=$D2 p=$D3 size=$D4 error=$D5 }, \
5 {Set unmnt timer error cmd=$D2 p=$D3 size=$D4 error=$D5 }, \
6 {umnt timer error cmd=$D2 p=$D3 size=$D4 timer=$D5 }, \
7 {Get umnt timer error cmd=$D2 p=$D3 size=$D4 error=$D5 }, \
8 {Set automountd daemon PID error in 64bit size=$D2 error=$D3}, \
9 {Set automountd daemon PID error in 32bit size=$D2 error=$D3}, \
10 {Get automountd PID error in 64bit size=$D2 error=$D3 }, \
11 {Get automountd PID error in 32bit size=$D2 error=$D3 }, \
12 {Get AUFS DBG error cmd=$D2 p=$D3 size=$D4 error=$D5 }, \
13 {Set AUFS DBG error cmd=$D2 p=$D3 size=$D4 error=$D5 }, \
14 {Autofs clnt exit cmd=$D2 p=$D3 size=$D4 }, \
15 {clnt exit with bad size cmd=$D2 p=$D3 size=$D4 trc=$D5} }, \
227 { "AUTO RELE EXIT " \
$D1%D1, \
0 {vp=$D2 vcnt=$D3 caller1=$D4 caller2=$D5 }, \
1 {vp=$D2 vcnt=$D3 caller1=$D4 caller2=$D5 } }, \
228 { "PATHCONF DONE " \
$D1%D1, \
0 {Pathconf error vp=$D2 cmd=$D3 valp=$D4 error=$D5 }, \
1 {Pathconf exit vp=$D2 cmd=$D3 valp=$D4 } }, \
229 { "OPEN DONE " \
$D1%D1, \
0 {Open error vp=$D2 flag=$D3 cred=$D4 error=$D5 }, \
1 {Open exit vp=$D2 flag=$D3 cred=$D4 } }, \
230 { "CHECK ACCESS " \
$D1%D1, \
0 {Check Access fnp=$D2 }, \
1 {Thread=$D1 is creaded fnnode fnp=$D2 }, \
2 {Thread=$D1 is creaded fnnode fnp=$D2 }, \
3 {Check Access exit fnp=$D2 } }, \
231 { "TRIGGERS UNLOCK " \
$D1%D1, \
0 {Triggers unlock fnp=$D2 }, \
1 {Triggers unlck exit fnp=$D2 } }, \
232 { "CHECK DIRENT MOUNTED " fnp=$D1 }, \
\* { `mode=$HD` D1=$D1 D2=$D2 D3=$D3 D4=$D4 D5=$D5 }
410 1.0 "@NFS Version 4 Client State" \
$HD%D1, \
1 { "update_renew_time " srvp=$D1 last_renew=$D2 }, \
2 { "allocate_state_info " rp=$D1 }, \
3 { "free_state_info " rp=$D1 }, \
4 { "update_state_info " rp=$D1 }, \
10 { "fsid_hold enter " fsidp=$D1 flags=$D2 }, \
11 { " fsid_hold exit " fsidp=$D1 chage_count=$D2 }, \
12 { " fsid_hold interrupted " fsidp=$D1 }, \
13 { "fsid_rele enter " fsidp=$D1 change_count=$D2 }, \
20 { "start_state_change enter " rp=$D1 fsidp=$D2 }, \
21 { " start_state_change exit " rp=$D1 flags=$D2 }, \
22 { " start_state_change_nohold enterrupted " rp=$D1 }, \
23 { " start_state_chane_nohold exit " rp=$D1 }, \
24 { "end_state_change " rp=$D1 flags=$D2 }, \
25 { "block_state_change enter " rp=$D1 flags=$D2 }, \
26 { " block_state_change interrupted " rp=$D1 }, \
27 { " block_state_change exit " rp=$D1 flags=$D2 }, \
30 { "start_io enter" rp=$D1 }, \
31 { " start_io fsid hold interrupted " rp=$D1 }, \
32 { " start_io sleep interrupted " rp=$D1 }, \
33 { " start_io exit " rp=$D1 io_count=$D2 }, \
34 { "end_io exit " rp=$D1 io_count=$D2 }, \
35 { "deleg_flush_io enter " rp=$D1 }, \
36 { " deleg_flush_io_exit " rp=$D1 error=$D2 }, \
40 { "get_client_owner " rp=$D1 owner_index=$D2 owner_val=$D3 }, \
41 { " get_client_owner exit old owner " rp=$D1 cop=$D2 owner_index=$D3 owner_val=$D4 }, \
42 { " get_client_owner exit new owner " rp=$D1 cop=$D2 owner_index=$D3 owner_val=$D4 }, \
43 { "unlock_client_owner " cop=$D1 }, \
44 { "invalidate_owner enter " rp=$D1 cop=$D2 }, \
45 { " invalidate_owner exit " cop=$D1 owner_val=$D2 }, \
50 { "open_owner_delay enter " cop=$D1 status=$D2 vp=$D3 }, \
51 { " open_owner_delay fsidp reclaim " cop=$D1 vp=$D2 }, \
52 { " open_owner_delay too long " cop=$D1 vp=$D2 }, \
53 { " open_owner_delay interrupted " cop=$D1 vp=$D2 }, \
54 { " open_owner_delay exit " cop=$D1 vp=$D2 sleep=$D3 }, \
60 { "get_lock_owner enter " rp=$D1 pid=$D2 }, \
61 { " get_lock_owner pid found " rp=$D1 pid=$D2 CLP=$D3 }, \
62 { " get_lock_owner active found " rp=$D1 pid=$D2 clp=$D3 }, \
63 { " get_lock_owner inactive found " rp=$D1 pid=$D2 clp=$D3 }, \
64 { " get_lock_owner allocated " rp=$D1 pid=$D2 clp=$D3 }, \
65 { "update_lock_owner " clp=$D1 }, \
66 { "lock_owner_delay enter " clp=$D1 }, \
67 { " lock_owner_delay exit " clp=$D1 error=$D2 }, \
70 { "get_io_stateid no state " rp=$D1 }, \
71 { "get_io_stateid delegation sid " rp=$D1 }, \
72 { "get_io_stateid lock sid " rp=$D1 }, \
73 { "get_io_stateid open sid " rp=$D1 }, \
80 { "state_call_server enter " fsidp=$D1 which=$D2 }, \
81 { " state_call_server no handle " fsidp=$D1 which=$D2 }, \
82 { " state_call_server exit " fsidp=$D1 which=$D2 rpcerr=$D3 }, \
90 { "get_new_client_owner exit " fsidp=$D1 cop=$D2 }, \
100 { "open_no_create enter " vp=$D1 dvp=$D2 fsidp=$D3 call_type=$D4 }, \
101 { " open_no_create enter " vp=$D1 access=$D2 deny=$D3 flags=$D4 r_flags=$D5 }, \
102 { " open_no_create call done " vp=$D1 error=$D1 }, \
103 { " open_no_create add deleg " vp=$D1 type=$D2 }, \
104 { " open_no_create exit " vp=$D1 error=$D2 r_flags=$D3 }, \
110 { "open_create enter " dvp=$D1 fsidp=$D2 flags=$D3 access=$D4 }, \
111 { " open_create call done " dvp=$D1 error=$D2 rp=$D3 }, \
112 { " open_create add deleg " dvp=$D1 rp=$D2 type=$D3 }, \
113 { " open_create exit " dvp=$D1 rp=$D2 error=$D3 r_flags=$D4 }, \
120 { "open_close enter " vp=$D1 r_flags=$D2 }, \
121 { " open_close call done " vp=$D1 error=$D2 }, \
122 { " open_close exit " vp=$D1 error=$D2 r_flags=$D3 }, \
123 { " open_close no server open " vp=$D1 }, \
130 { "open_downgrade enter " vp=$D1 access=$D2 deny=$D3 r_flags=$D4 }, \
131 { " open_downgrade call done " vp=$D2 error=$D3 }, \
132 { " open_downgrade exit " vp=$D1 error=$D2 r_flags=$D3 }, \
140 { "confirm_open enter " rp=$D1 cop=$D2 }, \
141 { " confirm_open call done " rp=$D1 error=$D2 }, \
142 { " confirm_open exit " rp=$D1 error=$D2 }, \
150 { "open_reply enter " dvp=$D1 vp=$D2 epcerr=$D3 call_type=$D4 }, \
151 { " open_reply bump seqid " cop=$D1 next_seqid=$D2 }, \
152 { " open_reply non-state error " dvp=$D1 vp=$D2 error=$D3 }, \
153 { " open_reply state error " dvp=$D1 vp=$D2 error=$D3 }, \
154 { " open_reply open race " dvp=$D1 vp=$D2 }, \
155 { " open_reply no create fh " dvp=$D1 vp=$D2 }, \
156 { " open_reply no create attr " dvp=$D1 vp=$D2 }, \
157 { " open_reply no create rnode " dvp=$D1 vp=$D2 error=$D3 }, \
158 { " open_reply exit " dvp=$D1 vp=$D2 error=$D3 }, \
160 { "set_create_attrs exit " status=$D1 }, \
170 { "create_race enter " vp=$D1 }, \
171 { " create_race needed confirm " vp=$D1 }, \
172 { " create_race call done " vp=$D1 rpcerr=$D2 }, \
173 { " create_race exit " vp=$D1 }, \
180 { "open_race enter " rp=$D1 }, \
181 { " open_race needed confirm " rp=$D1 }, \
182 { " open_race exit " rp=$D1 }, \
183 { " open_race bg old_" rp=$D1 }, \
184 { " open_race bg not regular old_" rp=$D1 }, \
185 { " open_race bg no open owner old_" rp=$D1 }, \
186 { " open_race bg no work needed old_" rp=$D1 }, \
187 { " open_race bg exit old_" rp=$D1 }, \
188 { "close_ord enter old_" rp=$D1 }, \
189 { " close_ord exit old_" rp=$D1 }, \
200 { "lock_lock enter " rp=$D1 pid=$D2 start=$D3 length=$D4 }, \
201 { " lock_lock enter " rp=$D1 type=$D2 reclaim=$D3 }, \
202 { " lock_lock call done " rp=$D1 rpcerr=$D2 error=$D3 }, \
203 { " lock_lock dead or bad locks " rp=$D1 }, \
204 { " lock_lock exit " rp=$D1 error=$D2 r_flags=$D3 }, \
210 { "lock_unlock enter " rp=$D1 pid=$D2 start=$D3 length=$D4 }, \
211 { " lock_unlock call done " rp=$D1 rpcerr=$D2 error=$D3 }, \
212 { " lock_unlock exit " rp=$D1 error=$D2 r_flags=$D3 }, \
213 { " lock_unlock dead or bad locks " rp=$D1 r_flags=$D2 }, \
220 { "lock_test enter " vp=$D1 pid=$D2 type=$D3 }, \
221 { " lock_test call done " vp=$D1 rpcerr=$D3 }, \
222 { " lock_test exit " vp=$D1 }, \
230 { "release_lock_owner " rp=$D1 id=$D2 }, \
300 { "add_delegation enter " rp=$D1 type=$D2 r_flags=$D3 create=$D4 }, \
301 { " add_delegation was recalled " rp=$D1 }, \
302 { " add_delegation nocreate exit " rp=$D1 r_flags=$D2 }, \
303 { " add_delegation create exit " rp=$D1 r_flags=$D2 }, \
310 { "remove_delegation enter " rp=$D1 r_flags=$D2 }, \
320 { " remove_delegation no delegation " rp=$D1 r_flags=$D2 }, \
321 { " remove_delegation exit " rp=$D1 r_flags=$D2 }, \
330 { " return_delegation enter " rp=$D1 r_flags=$D2 }, \
331 { " return_delegation sync " rp=$D1 }, \
332 { " return_delegation in progress " rp=$D1 r_flags=$D2 }, \
333 { " return_delegation calling open " rp=$D1 access=$D2 deny=$D3 }, \
334 { " return_delegation call done " rp=$D1 rpcerr=$D2 status=$D3 }, \
335 { " return_delegation exit " rp=$D1 r_flags=$D2 }, \
340 { "return_delegations_vfs enter " vfsp=$D1 }, \
341 { " return_delegations_vfs interrupted " vfsp=$D1 }, \
342 { " return_delegations_vfs return failed " vfsp=$D1 }, \
343 { " return_delegations_vfs exit " vfsp=$D1 }, \
350 { "return_stale_delegations enter " srvp=$D1 }, \
351 { " return_state_delegations exit " srvp=$D1 }, \
360 { "return_delegation_fh_sid enter " fsidp=$D1 }, \
370 { " return_delegation_on_close returning due to resources " rp=$D1 }, \
380 { "return_delegation_admin enter " path=$D1 }, \
381 { " return_delegation_admin exit " error=$D1 }, \
400 { "reclaim_fsid enter " fsidp=$D1 }, \
401 { " reclaim_fsid skipping file " fsidp=$D1 rp=$D2 }, \
402 { " reclaim_fsid adding file " fsidp=$D1 rp=$D2 }, \
403 { " reclaim_fsid scan complete " fsidp=$D1 count=$D2 }, \
404 { " reclaim_fsid ntm_start " fsidp=$D1 }, \
405 { " reclaim_fsid waiting " fsidp=$D1 reclaim_count=$D2 }, \
406 { " reclaim_fsid exit " fsidp=$D1 }, \
407 { " reclaim_fsid no files found " fsidp=$D1 }, \
410 { " recover_fsid_files enter " fsidp=$D1 }, \
411 { " recover_fsid_files file done " fsidp=$D1 rp=$D2 }, \
412 { " recover_fsid_files exit " fsidp=$D1 }, \
420 { "recover_open_state enter " rp=$D1 r_flags=$D2 }, \
421 { " recover_open_state removing delegation " rp=$D1 }, \
422 { " recover_open_state calling open previous " rp=$D1 access=$D2 deny=$D3 }, \
423 { " recover_open_state open previous call done " rp=$D1 error=$D2 }, \
424 { " recover_open_state calling open null " rp=$D1 access=$D2 deny=$D3 }, \
425 { " recover_open_state open null call done " rp=$D1 error=$D2 }, \
426 { " recover_open_state no grace marking as bad " rp=$D1 }, \
427 { " recover_open_state exit " rp=$D1 r_flags=$D2 }, \
428 { " recover_open_state not opened " rp=$D1 }, \
430 { "recover_lock_state enter " rp=$D1 grace=$D2 }, \
431 { " recover_lock_state calling lock " rp=$D1 }, \
432 { " recover_lock_state lock failed " rp=$D1 error=$D2 }, \
433 { " recover_lock_state start scan " rp=$D1 filocks=$D2 }, \
434 { " recover_lock_state local locking " rp=$D1 }, \
435 { " recover_lock_state exit " rp=$D1 r_flags=$D2 }, \
440 { "recover_revoked_state enter " rp=$D1 r_flags=$D2 }, \
441 { " recover_revoked_state already done " rp=$D1 }, \
442 { " recover_revoked_state no state " rp=$D1 }, \
443 { " recover_revoked_state file changed marking bad " rp=$D1 }, \
444 { " recover_revoked_state open failed making bad " rp=$D1 }, \
445 { " recover_revoked_state exit " rp=$D1 r_flags=$D2 }, \
800 { "nfs4_get_clientid_otw enter " fsid=$D1 }, \
801 { " nfs4_get_clientid_otw exit " fsid=$D2 error=$D3 place=$D1 }, \
802 { " nfs4_get_clientid_otw_error " fsid=$D2 error=$D3 place=$D1 }, \
803 { " nfs4_get_clientid_otw_auth_error " fsid=$D2 sec=$D3 place=$D1 }, \
804 { "nfs4_renew enter " serv=$D1 }, \
805 { " nfs4_renew exit " serv=$D1 place=$D1 }, \
806 { " nfs4_renew error " error=$D1 place=$D2 }, \
807 { "nfs4_get_clientid_data enter " addr=$D1 }, \
808 { " nfs4_get_clientid_data exit " addr=$D1 }, \
809 { "nfs4_start_server_recovery enter " serv=$D1 }, \
810 { " nfs4_start_server_recovery in progress " serv=$D1 }, \
811 { " nfs4_start_server_recovery mark fsid " serv=$D1 fsid=$D2 }, \
812 { " nfs4_start_server_recovery exit " serv=$D2 place=$D1 }, \
813 { "nfs4updateid enter " serv=$D1 }, \
814 { " nfs4updateid exit " serv=$D1 }, \
815 { "nfs4_trash_id enter " addr=$D1 }, \
816 { " nfs4_trash_id error " addr=$D2 error=$D3 place=$D1 }, \
817 { " nfs4_trash_id bad rpc " addr=$D2 rpcerr=$D3 len=$D4 status=$D5 place=$D1 }, \
818 { " nfs4_trash_id exit " addr=$D2 place=$D1 }, \
900 { "nfs4_callback enter " xprt=$D1 }, \
901 { " nfs4_callback null prog " xprt=$D1 }, \
902 { " nfs4_callback no proc " xprt=$D1 }, \
903 { " nfs4_callback minor version mismatch " xprt=$D1 }, \
904 { " nfs4_callback new op " cprt=$D1 op=$D2 }, \
905 { " nfs4_callback getattr " xprt=$D1 rp=$D2 }, \
906 { " nfs4_callback recall " xprt=$D1 rp=$D2 }, \
907 { " nfs4_callback reply sent " xprt=$D1 }, \
908 { " nfs4_callback exit " xprt=$D1 }, \
910 { "callback_getattr enter " rp=$D1 }, \
\* { "unknown subhook " id=$HD%UW }
411 1.0 "@NFSv4 Client Data Management" \
$HOOKENV, \
32 { \
HT & 0x7, \
0 { \
$D1%D1, \
1 { "target fsid : " G8 $HL%S1 }, \
2 { "target vp : " G8 $HL%S1 }, \
3 { "target name : " G8 $HL%S1 }, \
4 { "target pathname : " G8 $HL%S1 }, \
5 { "current server name : " G8 $HL%S1 }, \
6 { "favored server name : " G8 $HL%S1 } \
$BREAK \
} }, \
64 { \
HT & 0x4000, \
0x4000 { \
$D1%D1, \
1 { "target fsid : " G16 $HL%S1 }, \
2 { "target vp : " G16 $HL%S1 }, \
3 { "target name : " G16 $HL%S1 }, \
4 { "target pathname : " G16 $HL%S1 }, \
5 { "current server name : " G16 $HL%S1 }, \
6 { "favored server name : " G16 $HL%S1 } \
$BREAK \
} } \
$HD%D1, \
1 { "dm_moved_detected " We got MOVED }, \
2 { "dm_replication " It is a REPLICATION fsid=$D1 }, \
3 { "dm_waiting " MOVING is in progress \
$D1, \
0 { We are in stateless call wait }, \
1 { We are in state call no wait } }, \
4 { "dm_interrupted " We got INTERRUPTED }, \
5 { "dm_processing " Thats handle the MOVED error }, \
6 { "dm_put_request " Put in MOVE request fsid=$D1 }, \
7 { "dm_get_fs_loc " Getting the FS_LOCATIONS4 vp=$D1 nm=$D2 \
$D3, \
0 { We are not in the middle of MOVE }, \
1 { We are in the middle of MOVE } }, \
8 { "dm_got_fs_loc " Got the FS_LOCATIONS4 error=$D1 fslp=$D2 }, \
9 { "dm_pro_fs_loc " Processing FS_LOCATIONS4 fslp=$D1 serv=$D2 prefer=$D3 flag=$D4 }, \
10 { "dm_no_fs_loc " There is no FS_LOCATIONS4 }, \
11 { "dm_no_cur " There is no current server }, \
12 { "dm_d_p_fs_loc " Done processing FS_LOCATIONS4 }, \
13 { "dm_move_done " \
$D2, \
0 { MOVE triggerred error=$D1 }, \
1 { MOVE done error=$D1 } }, \
14 { "dm_referral " It is a REFERRAL fsid=$D1 rootvp=$D2 }, \
15 { "dm_migration " It is a MIGRATION fsid=$D1 f_locp=$D2 }, \
16 { "dm_renew_fs_loc " Renewing FS_LOCATIONS fsidp=$D1 }, \
17 { "dm_renew_not_yet " Not Yet fsid renew time=$D1 time=$D2 }, \
18 { "dm_same " They are the same }, \
19 { "dm_new_time " New time time=$D1 }, \
20 { "dm_n4bg_move " N4BG handling MOVE fsid=$D1 }, \
21 { "dm_waiting_state " N4BG waiting for state }, \
22 { "dm_move_type " MOVE type is \
$D1, \
0 { REPLICATION }, \
1 { REFERRAL }, \
2 { Automatic Failover On First Contact}, \
3 { MIGRATION } }, \
23 { "dm_waiting_state " N4BG MOVE done error=$D1 }, \
24 { "dm_auto_move " Automatic Failover On First Contact fsid=$D1 }, \
25 { "dm_autodone " Automatic Failover On First Contact done }, \
26 { "dm_pick_server " Picking Server fsid=$D1 favored=$D2 flag=$D3 }, \
27 { "dm_trying_server " Trying Server f_loc=$D1 }, \
28 { "dm_lookup_path " Looking up Path flags=$D1 }, \
29 { "dm_no_good " It is not compatible f_loc=$D1 }, \
30 { "dm_got_one " We found one f_loc=$D1 }, \
31 { "dm_n4bg_ref " We got the new rnode for referral vp=$D1 }, \
32 { "dm_compare " The new f_loc=$D1 is \
$D3, \
0 { not the same as the old f_loc=$D2 }, \
1 { the same as the old f_loc=$D2 } }, \
33 { "dm_move_old " the current (old) f_loc=$D1 }, \
34 { "dm_got_sid " Got the server client id }, \
35 { "dm_moved " MOVE done last_move_seq=$D1 }, \
36 { "dm_not_ready " this f_loc=$D1 is on prohibation f_eligible=$D2 curtime=$D3 }, \
37 { "dm_all_failed " Tried all server and alll failed }, \
38 { "dm_p_s_done " Pick server done error=$D1 }, \
39 { "dm_populate " Populating the fsid=$D1 with new FS_LOCATIONS4 }, \
40 { "dm_populate_2nd " Automatic Fail over }, \
41 { "dm_loop " alread perform automatic fail over return ELOOP}, \
42 { "dm_p_done " Populating done error=$D1 }, \
43 { "dm_h_p_move " \
$D1, \
0 { Server response in time no REPLICATION }, \
b { Server did not response in time REPLICATION kicked in } \
f_start=$D2 start=$D3 end=$D4 }, \
44 { "dm_enfs_moved " REPLICATION needs to start return NFS4ERR_MOVED }, \
45 { "dm_enfs_delay " REPLICATION just finished need to retry }
482 1.0 "@RPCSEC client" \
$HD%D1, \
1 { "out of memory " }, \
2 { "auth structure not in building list " }, \
3 { "already building auth structure " }, \
4 { "auth structure already in cache " }, \
5 { "must restart build " }, \
6 { "must wait for existing structure " }, \
7 { "rpc call returned " stat=$D1 }, \
8 { "got null handle " }, \
9 { "refreshing " }, \
10 { "xdr failed " }, \
11 { "bad sequence number " }, \
12 { "getmic result " maj=$D1 min=$D2 }, \
13 { "verifymic result " maj=$D1 min=$D2 }, \
14 { "wrap result " maj=$D1 min=$D2 }, \
15 { "unwrap result " maj=$D1 min=$D2 }, \
16 { "init result " maj=$D1 min=$D2 }, \
17 { "server failure " maj=$D1 min=$D2 }
483 1.0 "@RPCSEC server" \
$HD%D1, \
1 { "getting free entry" }, \
2 { "got entry from list " handle=$D1 }, \
3 { "got entry from idle " handle=$D1 }, \
4 { "got entry from alloc " handle=$D1 }, \
5 { "got entry from purge " handle=$D1 }, \
6 { "no free entries to get " }, \
7 { "unable to fill credential " }, \
8 { "building verifier " }, \
9 { "reply was too long " rlen=$D1 }, \
10 { "verifying headers " }, \
11 { "credential too short " clen=$D1 }, \
12 { "bad handle " }, \
13 { "credential too long " }, \
14 { "bad sequence number " seqnum=$D1 }, \
15 { "out of memory " }, \
16 { "xdr function failed " }, \
17 { "packet dropped by sequence number algorithm " }, \
18 { "sending reply with integrity " }, \
19 { "sending reply with privacy " }, \
20 { "got a data request " service=$D1 }, \
21 { "request was malformed " }, \
22 { "sequence number already seen " }, \
23 { "unable to set decoded arguments " }, \
24 { "got a context creation request " proc=$D1 service=$D2 }, \
25 { "context not found " }, \
26 { "context already completed " }, \
27 { "got destroy request " }, \
28 { "got RPCSEC_GSS request " vers=$D1 proc=$D2 }, \
29 { "getmic failed " maj=$D1 min=$D2 }, \
30 { "verifymic failed " maj=$D1 min=$D2 }, \
31 { "wrap failed " maj=$D1 min=$D2 }, \
32 { "unwrap failed " maj=$D1 min=$D2 }, \
33 { "accept failed " maj=$D1 min=$D2 }, \
34 { "bad verf " flavor=$D1 }
484 1.0 "@NFS GSS Daemon" \
$HD%D1, \
1 { "Acquire credential enter " uid=$D1 euid=$D2 pag=$D3 }, \
2 { "Acquire credential exit " exit=$D1 }, \
3 { "Add credential enter " uid=$D1 euid=$D2 pag=$D3 }, \
4 { "Add credential exit " exit=$D1 }, \
5 { "Release credential enter " uid=$D1 euid=$D2 pag=$D3 }, \
6 { "Release credential exit " exit=$D1 }, \
7 { "Init security context enter " uid=$D1 euid=$D2 pag=$D3 }, \
8 { "Init security context exit " exit=$D1 }, \
9 { "Accept security context enter " }, \
10 { "Accept security context exit " exit=$D1 }, \
11 { "Delete security context enter " }, \
12 { "Delete security context exit " exit=$D1 }, \
13 { "Export security context enter " }, \
14 { "Export security context exit " exit=$D1 }, \
15 { "Get MIC enter " }, \
16 { "Get MIC exit " exit=$D1 }, \
17 { "Verify MIC enter " }, \
18 { "Verify MIC exit " exit=$D1 }, \
19 { "Wrap enter " }, \
20 { "Wrap exit " exit=$D1 }, \
21 { "Unwrap enter " }, \
22 { "Unwrap exit " exit=$D1 }, \
23 { "Inquire credential enter " uid=$D1 }, \
24 { "Inquire credential exit " exit=$D1 }, \
25 { "Credential handle " handle=$D1 }, \
26 { "Context handle " handle=$D1 }
485 1.0 "@NFS KGSS" \
$HD%D1, \
1 { "Acquire credential enter " uid=$D1 euid=$D2 pag=$D3%D8 }, \
2 { "Acquire credential exit " uid=$D1 euid=$D2 exit=$D3 }, \
3 { "Add credential enter " uid=$D1 euid=$D2 pag=$D3%D8 }, \
4 { "Add credential exit " uid=$D1 euid=$D2 exit=$D3 }, \
5 { "Release credential enter " uid=$D1 euid=$D2 pag=$D3%D8 }, \
6 { "Release credential exit " uid=$D1 euid=$D2 pag=$D3%D8 exit=$D4 }, \
7 { "Init security context enter " uid=$D1 euid=$D2 pag=$D3%D8 }, \
8 { "Init security context exit " uid=$D1 euid=$D2 pag=$D3%D8 exit=$D4 }, \
9 { "Accept security context enter " }, \
10 { "Accept security context exit " exit=$D1 }, \
11 { "Delete security context enter " }, \
12 { "Delete security context exit " exit=$D1 }, \
13 { "Export security context enter " }, \
14 { "Export security context exit " context=$D1 exit=$D2 }, \
15 { "Get MIC enter " }, \
16 { "Get MIC exit " context=$D1 exit=$D2 }, \
17 { "Verify MIC enter " }, \
18 { "Verify MIC exit " context=$D1 exit=$D2 }, \
19 { "Wrap enter " }, \
20 { "Wrap exit " context=$D1 exit=$D2 }, \
21 { "Unwrap enter " }, \
22 { "Unwrap exit " context=$D1 exit=$D2 }, \
23 { "Inquire credential enter " uid=$D1 }, \
24 { "Inquire credential exit " exit=$D1 }, \
25 { "Credential handle " handle=$D1 }, \
26 { "Context handle " handle=$D1 }, \
27 { "Import security context enter " }, \
28 { "Import security context exit " context=$D1 exit=$D2 }
487 1.0 "@NFS SYSCALL" \
$HOOKENV, \
32 { \
HT & 0x7, \
0 { \
$D1%D4, \
1 { "exportfs enter: dname=" G8 $HD%S1 }, \
5 { "unexport enter: dname=" G8 $HD%S1 }, \
\* { `NFS_SYSCALL genmode=$D1` } \
$BREAK \
} }, \
64 { \
HT & 0X4000, \
0x4000 { \
$D1%D4, \
1 { "exportfs enter: dname=" G16 $HL%S1 }, \
5 { "unexport enter: dname=" G16 $HL%S1 }, \
\* { `NFS_SYSCALL genmode=$D1` } \
$BREAK \
} } \
$HD%D1, \
2 { "exportfs exit:" rval=$D1 error=$D2 trcnum=$D3 }, \
3 { "nfs_getfh enter" }, \
4 { "nfs_getfh exit:" error=$D1 }, \
6 { "unexport exit:" error=$D1 trcnum=$D2 }, \
\* { "NFS_SYSCALL" }
488 1.0 "@NFSv4 Client VOPS" \
$HOOKENV, \
32 { \
HT & 0x7, \
0 { \
$D1%D1, \
1 { "NFS4_LINK, link target " G8 $HL%S1 }, \
2 { "NFS4_MKDIR, making " G8 $HL%S1 }, \
3 { "NFS4_MKNOD, making " G8 $HL%S1 }, \
4 { "NFS4_REMOVE, removing " G8 $HL%S1 }, \
5 { "NFS4_RENAME, rename from " G8 $HL%S1 }, \
6 { "NFS4_RMDIR, removing " G8 $HL%S1 }, \
7 { "NFS4_LOOKUP, looking up " G8 $HL%S1 }, \
10 { "NFS4_CREATE, creating " G8 $HL%S1 }, \
39 { "NFS4_CREATE_ATTR, creating with attr " G8 $HL%S1 }, \
48 { "NFS4_ACCESS_MISS, no access looking up " G8 $HL%S1 }, \
49 { "NFS4_ACCESS_EXPIRED, access expired looking up " G8 $HL%S1 }, \
50 { "NFS4_DNLC_MISS, dnlc miss looking up " G8 $HL%S1 }, \
51 { "NFS4_LOOKUP1, looking up " G8 $HL%S1 }, \
63 { "NFS4_NFS4CREATE, internal create " G8 $HL%S1 }, \
67 { "NFS4_NFS4RENAME, internal rename from " G8 $HL%S1 }, \
4101 { "NFS4_RENAME, rename to " G8 $HL%S1 }, \
4163 { "NFS4_NFS4RENAME, internal rename to " G8 $HL%S1 } \
$BREAK \
} }, \
64 { \
HT & 0x4000, \
0x4000 { \
$D1%D1, \
1 { "NFS4_LINK, link target " G16 $HL%S1 }, \
2 { "NFS4_MKDIR, making " G16 $HL%S1 }, \
3 { "NFS4_MKNOD, making " G16 $HL%S1 }, \
4 { "NFS4_REMOVE, removing " G16 $HL%S1 }, \
5 { "NFS4_RENAME, rename from " G16 $HL%S1 }, \
6 { "NFS4_RMDIR, removing " G16 $HL%S1 }, \
7 { "NFS4_LOOKUP, looking up " G16 $HL%S1 }, \
10 { "NFS4_CREATE, creating " G16 $HL%S1 }, \
39 { "NFS4_CREATE_ATTR, creating with attr " G16 $HL%S1 }, \
48 { "NFS4_ACCESS_MISS, no access looking up " G16 $HL%S1 }, \
49 { "NFS4_ACCESS_EXPIRED, access expired looking up " G16 $HL%S1 }, \
50 { "NFS4_DNLC_MISS, dnlc miss looking up " G16 $HL%S1 }, \
51 { "NFS4_LOOKUP1, looking up " G16 $HL%S1 }, \
63 { "NFS4_NFS4CREATE, internal create " G16 $HL%S1 }, \
67 { "NFS4_NFS4RENAME, internal rename from " G16 $HL%S1 }, \
4101 { "NFS4_RENAME, rename to " G16 $HL%S1 }, \
4163 { "NFS4_NFS4RENAME, internal rename to " G16 $HL%S1 } \
$BREAK \
} } \
$HD%D1, \
1 { "NFS4_LINK " \
$D1, \
0 { trcpt $D1%D1 start target vp=$D2 parent=$D3 name=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 name is not utf8 EINVAL dp=$D2 vp=$D3 name=$D4 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 fsid is read only EROFS }, \
3 { trcpt $D1%D1 fsid does not support link EOPNOTSUPP vp=$D2 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 fs of parent is "!=" target EOPNOTSUPP dp=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 done new vp=$D2 name=$D3 error=$D4 dp=$D5 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 done new vp=$D2 v_count=$D3 error=$D4 dp=$D5 endtimer($TID,$HD%D1) } }, \
2 { "NFS4_MKDIR " \
$D1, \
0 { trcpt $D1%D1 start parent=$D2 name=$D3 mode=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 name is not utf8 EINVAL name=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 fsid is read only EROFS endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 done error=$D2 } dvp=$D3 name=$D4 endtimer($TID,$HD%D1) }, \
3 { "NFS4_MKNOD " \
$D1, \
0 { trcpt $D1%D1 start parent=$D2 name=$D3 mode=$D4 dev=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 name is not utf8 EINVAL name=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 fsid is read only EROFS endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 mknod on VDIR or VNON error=$D2 mode=$D3 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 done error=$D2 dvp=$D3 name=$D4 endtimer($TID,$HD%D1) } }, \
4 { "NFS4_REMOVE " \
$D1, \
0 { trcpt $D1%D1 start parent=$D3 target vp=$D2 name=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 fsid is read only EROFS endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 lookup failed error=$D2 dvp=$D3 name=$D4 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 target is a VDIR EPERM dvp=$D2 name=$D3 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 remove interrupted dvp=$D2 name=$D3 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 done error=$D2 dvp=$D3 name=$D4 endtimer($TID,$HD%D1) } }, \
5 { "NFS4_RENAME " \
$D1, \
0 { trcpt $D1%D1 start source=$D2 name=$D3 target=$D4 tname=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 name is not utf8 EINVAL tname=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 source fsid is read only EROFS endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 target fsid is read only EROFS endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 done error=$D2 endtimer($TID,$HD%D1) } }, \
6 { "NFS4_RMDIR " \
$D1, \
0 { trcpt $D1%D1 start parent=$D3 target vp=$D2 name=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 name is not utf8 EINVAL }, \
2 { trcpt $D1%D1 fsid is read only EROFS endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 lookup failed error=$D2 dvp=$D3 name=$D4 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 target is current directory EINVAL dvp=$D2 name=$D3 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 it is not a VDIR ENOTDIR dvp=$D2 name=$D3 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 done error=$D2 dvp=$D3 name=$D4 endtimer($TID,$HD%D1) } }, \
7 { "NFS4_LOOKUP " \
$D1, \
0 { trcpt $D1%D1 start parent=$D2 name=$D3 flags=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 name is not utf8 EINVAL }, \
2 { trcpt $D1%D1 lookup failed error=$D2 dvp=$D3 name=$D4 }, \
3 { trcpt $D1%D1 done error=$D2 dvp=$D3 name=$D4 endtimer($TID,$HD%D1) } }, \
8 { "NFS4_FID " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 filehandle too long fidlen=$D2 fhlen=$D3 vp=$D4 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 done fh=$D2 fid=$D3 endtimer($TID,$HD%D1) } }, \
9 { "NFS4_OPEN " \
$D1, \
0 { trcpt $D1%D1 open start vp=$D2 flags=$D3 ext=$D4 vinfop=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 open failed nolargefiles EOVERFLOW r_size=$D2 flags=$D3 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 open fialed fsid is read only EROFS vp=$D2 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 open failed vp is VDIR EISDIR vp=$D2 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 open failed access failed vp=$D2 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 open failed setattr failed error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 open done error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
7 { trcpt $D1%D1 open failed check_dio_cio failed error=$D2 rp=$D3 endtimer($TID,$HD%D1) }, \
8 { trcpt $D1%D1 open failed start_state_change failed error=$D2 rp=$D3 endtimer($TID,$HD%D1) }, \
9 { trcpt $D1%D1 open failed error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
a { trcpt $D1%D1 open succeed error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
b { trcpt $D1%D1 open cid=$D2 rs_rdcnt=$D3 rs_wrcnt=$D4 rs_excnt=$D5 }, \
c { trcpt $D1%D1 open call_server=$D2 gn_rdcnt=$D3 gn_wrcnt=$D4 gn_excnt=$D5 }, \
d { trcpt $D1%D1 open rdcnt diff=$D2 wrcnt diff=$D3 excnt diff=$D4 } }, \
10 { "NFS4_CREATE " \
$D1, \
0 { trcpt $D1%D1 start NOT SUPPORTED ENOSYS } }, \
11 { "NFS4_HOLD " \
$D1, \
0 { trcpt $D1%D1 vp=$D2 v_count=$D3%D1 caller=vnop_hold caller2=$D4 caller3=$D5 }, \
1 { trcpt $D1%D1 vp=$D2 v_count=$D3%D1 caller=makenfs4node caller2=$D4 caller3=$D5 } }, \
12 { "NFS4_RELE " \
$D1, \
0 { trcpt $D1%D1 vp=$D2 v_count=$D3%D1 caller=vnop_rele caller2=$D4 caller3=$D5 }, \
1 { trcpt $D1%D1 vp=$D2 v_count=$D3%D1 caller=nfs4_rele caller2=$D4 caller3=$D5 }, \
2 { trcpt $D1%D1 vp=$D2 v_count=0 caller=$D3 caller2=$D4 caller3=$D5 }, \
3 { trcpt $D1%D1 vp=$D2 v_count=$D3%D1 caller=makenfs4node caller2=$D4 caller3=$D5 } }, \
13 { "NFS4_CLOSE " \
$D1, \
0 { trcpt $D1%D1 close start vp=$D2 flags=$D3 vinfo=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 close no NAMED_OPEN_MAGIC do not need close vinfo=$D2 }, \
2 { trcpt $D1%D1 close done error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 close cid=$D2 rs_rdcnt=$D3 rs_wrcnt=$D4 rs_excnt=$D5 }, \
4 { trcpt $D1%D1 close rsp=$D2 gn_rdcnt=$D3 gn_wrcnt=$D4 gn_excnt=$D5 }, \
5 { trcpt $D1%D1 close rdcnt diff=$D2 wrcnt diff=$D3 excnt diff=$D4 } }, \
14 { "NFS4_MAP " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 len=$D3 off=$D4 flag=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 off+len invalid ENXIO off=$D2 len=$D3 maxfsize=$D4 vp=$D5 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 off+len too big EFBIG off=$D2 len=$D3 vp=$D4 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 off or off+len is invalid ENXIO off=$D2 len=$D3 vp=$D4 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 vp is not VREG ENODEV v_type=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 NOAC is on EAGAIN r_flags=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 dio/cio check failure error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
7 { trcpt $D1%D1 getting seg vp=$D2 }, \
8 { trcpt $D1%D1 seg=$D3 error=$D2 }, \
9 { trcpt $D1%D1 gn_mwrcnt=$D2 v_count=$D3 }, \
a { trcpt $D1%D1 done vp=$D2 error=$D3 seg=$D4 gn_mwrcnt=$D5 }, \
b { trcpt $D1%D1 done1 v_count=$D2 endtimer($TID,$HD%D1) } }, \
15 { "NFS4_UNMAP " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 flag=$D3 gn_mwrcnt=$D4 r_vh=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 v_count=$D2 }, \
2 { trcpt $D1%D1 done vp=$D2 gn_mwrcnt=$D3 r_vh=$D4 v_count=$D5 endtimer($TID,$HD%D1) } }, \
16 { "NFS4_ACCESS " \
$D1, \
0 { trcpt $D1%D1 start v$D2 mode=$D3 who=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 nfs4_validate_caches failed error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 \
$D2%D1, \
0 { from access cache passed }, \
13 { from access cache deny } \
nfs4_check_access returns error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 from server done error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 who is not self vp=$D2 who=$D3 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 EROFS vp=$D2 endtimer($TID,$HD%D1) } }, \
17 { "NFS4_GETATTR " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 vap=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 done error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 done r_error=$D2 va_dev=$D3 \
va_serialno=$D4 vp=$D5 endtimer($TID,$HD%D1) } }, \
18 { "NFS4_SETATTR " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 op=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 arg1=$D2 arg2=$D3 arg3=$D4 }, \
2 { trcpt $D1%D1 bad op op=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 vp=$D2 mask=$D3 &va=$D4 mask=$D5 }, \
4 { trcpt $D1%D1 mask "==" AT_NOSET EINVAL mask=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 not the owner EPERM vp=$D2 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 cr_uid=$D2 r_attr.va_uid=$D3 }, \
7 { trcpt $D1%D1 EPERM flags=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
8 { trcpt $D1%D1 nfs4_access failed vp=$D2 &va=$D3 error=$D4 endtimer($TID,$HD%D1) }, \
9 { trcpt $D1%D1 done vp=$D2 &va=$D3 error=$D4 endtimer($TID,$HD%D1) } }, \
19 { "NFS4_FCLEAR " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 flags=$D3 off=$D4 len=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 off+len < 0 EINVAL off=$D2 len=$D3 vp=$D4 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 len is too big EFBIG }, \
3 { trcpt $D1%D1 len is too big EFBIG len=$D2 max=$D3 }, \
4 { trcpt $D1%D1 &ui=$D2 }, \
5 { trcpt $D1%D1 &ui=$D2 error=$D3 vp=$D4 }, \
6 { trcpt $D1%D1 done error=$D2 vp=$D3 endtimer($TID,$HD%D1) } }, \
20 { "NFS4_FSYNC " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 flags=$D3 vinfo=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 swapvp vp=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 after sync error=$D2 }, \
3 { trcpt $D1%D1 done error=$D2 vp=$D3 endtimer($TID,$HD%D1) } }, \
21 { "NFS4_FTRUNC " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 flags=$D3 len=$D4 vinfo=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 XPG failed EFBIG len=$D2 ulimit=$D3 }, \
2 { trcpt $D1%D1 EFBIG len=$D2 f_maxfsize=$D3 flags=$D4 }, \
3 { trcpt $D1%D1 fsid is read only EROFS f_flag=$D2 }, \
4 { trcpt $D1%D1 done error=$D2 vp=$D3 endtimer($TID,$HD%D1) } }, \
22 { "NFS4_RDWR " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 op=$D3 flags=$D4 uiop=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 fsid is read only EROFS f_flag=$D2 }, \
2 { trcpt $D1%D1 error=$D2 vattrp=$D3 }, \
3 { trcpt $D1%D1 done error=$D3 endtimer($TID,$HD%D1) } }, \
23 { "NFS4_READ " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 off=$D3 resid=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 vp is not VREG v_type=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 resid is 0 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 off EFBIG ioflags=$D2 off=$D3 f_maxfsize=$D4 vp=$D5 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 off+resid is invalid resid=$D2 off=$D3 vp=$D4 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 done resid=$D2 off=$D3 error=$D4 vp=$D5 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 r_flags=$D3 vci_flags=$D4 } }, \
24 { "NFS4_WRITE " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 resid=$D3 off=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 vp is not VREG v_type=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 resid "==" 0 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 fsid is read only EROFS f_flag=$D2 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 write error error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 nfs4getattr failed error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 off EFBIG ioflags=$D2 off=$D3 f_maxfsize=$D4 vp=$D5 endtimer($TID,$HD%D1) }, \
7 { trcpt $D1%D1 off+resid is EINVAL off=$D2 len+resid=$D3 vp=$D4 endtimer($TID,$HD%D1) }, \
8 { trcpt $D1%D1 EFBIG vp=$D2 endtimer($TID,$HD%D1) }, \
9 { trcpt $D1%D1 EFBIG off+resid=$D2 f_maxfsize=$D3 ioflags=$D4 vp=$D5 endtimer($TID,$HD%D1) }, \
a { trcpt $D1%D1 vp=$D2 off=$D3 resid=$D4 ioflags=$D5 }, \
b { trcpt $D1%D1 create seg error=$D2 r_sid=$D3 rp=$D4 }, \
c { trcpt $D1%D1 nocache }, \
d { trcpt $D1%D1 vp=$D2 off=$D3 len=$D4 }, \
e { trcpt $D1%D1 done vp=$D2 resid=$D3 error=$D4 off=$D5 endtimer($TID,$HD%D1) }, \
f { trcpt $D1%D1 r_flags=$D3 vci_minpout=$D4 vci_maxpout=$D5} }, \
25 { "NFS4_LOCKCTL " }, \
26 { "NFS4_IOCTL " vp=$D1 cmd=$D2 arg=$D3 flags=$D4 ext=$D5 }, \
27 { "NFS4_READLINK " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 uiop=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 fsid does EOPNOTSUPP symlink f_flags=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 vp is not VLNK EINVAL v_type=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 uiomove vp=$D2 error=$D3 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 done vp=$D2 error=$D3 endtimer($TID,$HD%D1) } }, \
28 { "NFS4_SELECT " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 which=$D3 req=$D4 rt=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 ENOSYS func=$D2 } }, \
29 { "NFS4_SYMLINK " \
$D1, \
0 { trcpt $D1%D1 start parent=$D2 name=$D3 link=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 fsid is read only EROFS f_flag=$D2 dvp=$D3 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 fsid does EOPNOTSUPP symlink f_flags=$D2 dvp=$D3 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 done error=$D2 dvp=$D3 name=$D4 link=$D5 endtimer($TID,$HD%D1) } }, \
30 { "NFS4_READDIR "}, \
31 { "NFS4_STRATEGY " ENOSYS vp=$D1 bp=$D2 }, \
32 { "NFS4_REVOKE " EOPNOTSUPP vp=$D1 cmd=$D2 flags=$D3 vattrp=$D4 }, \
33 { "NFS4_GETACL " }, \
34 { "NFS4_SETACL " }, \
35 { "NFS4_GETPCL " }, \
36 { "NFS4_SETPCL " }, \
37 { "NFS4_SEEK " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 off=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 vp is VDIR vp=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 offset is invalid EINVAL off=$D2 f_maxfsize=$D3 vp=$D4 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 done endtimer($TID,$HD%D1) } }, \
38 { "NFS4_FSYNC_RANGE " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 flags=$D3 vinfo=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 off=$D2 len=$D3 }, \
2 { trcpt $D1%D1 done error=$D2 vp=$D3 endtimer($TID,$HD%D1) } }, \
39 { "NFS4_CREATE_ATTR " \
$D1, \
0 { trcpt $D1%D1 start parent=$D2 flags=$D3 name=$D4 vap=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 vcf=$D2 vinfop=$D3 }, \
2 { trcpt $D1%D1 no type or mode EINVAL mask=$D2 dvp=$D3 name=$D4 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 vap is not VREG va_type=$D2 dvp=$D3 name=$D4 error=$D5 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 vinfop "==" NULL EINVAl dvp=$D2 name=$D3 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 xmemout failed EINVAL error=$D2 dvp=$D3 name=$D4 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 done error=$D2 dvp=$D3 name=$D4 endtimer($TID,$HD%D1) } }, \
40 { "NFS4_FINFO " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 cmd=$D3 bufp=$D4 len=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 cmd "!=" FI_PATHCONF EINVAL }, \
2 { trcpt $D1%D1 init_compound_args failed error=$D2 vp=$D3 }, \
3 { trcpt $D1%D1 add_putfh failed error=$D2 vp=$D3 }, \
4 { trcpt $D1%D1 getsec failed error=$D2 vp=$D3 }, \
5 { trcpt $D1%D1 rfs4call failed error=$D2 vp=$D3 }, \
6 { trcpt $D1%D1 retry }, \
7 { trcpt $D1%D1 nfs4expiredfh error=$D2 }, \
8 { trcpt $D1%D1 FHEXPIRED error=$D2 }, \
9 { trcpt $D1%D1 nfs4_handle_putfh_wrongsec error=$D2 }, \
a { trcpt $D1%D1 WRONGSEC error=$D2 }, \
b { trcpt $D1%D1 unknown error error=$D2 }, \
c { trcpt $D1%D1 done error=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
d { trcpt $D1%D1 FI_DIOCAP exit endtimer($TID,$HD%D1) }, \
e { trcpt $D1%D1 FI_KDM_FHANDLE exit endtimer($TID,$HD%D1) }, \
f { trcpt $D1%D1 FI_KDM_MOUNT exit endtimer($TID,$HD%D1) } }, \
41 { "NFS4_MAP_LLOFF " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 off=$D3 len=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 vp=$D2 addr=$D3 mflags=$D4 }, \
2 { trcpt $D1%D1 off+len is ENXIO off=$D2 len=$D3 max=$D4 vp=$D5 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 off+len is EFBIG off=$D2 len=$D3 fflags=$D4 vp=$D5 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 sign off+len < 0 ENXIO off=$D2 len=$D3 vp=$D4 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 vp is not VREG ENODEV v_type=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 NOAC is on EAGAIN vp=$D2 endtimer($TID,$HD%D1) }, \
7 { trcpt $D1%D1 create sid error=$D2 r_sid=$D3 vp=$D4 }, \
8 { trcpt $D1%D1 done vp=$D2 error=$D3 r_sid=$D4 gn_mwrcnt=$D5 endtimer($TID,$HD%D1) }, \
9 { trcpt $D1%D1 dio cio error vp=$D2 endtimer($TID,$HD%D1) } }, \
42 { "NFS4_READDIR_EOFP " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 uiop=$D3 eofp=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 vp=$D2 nfs4_ncookie=$D3 }, \
2 { trcpt $D1%D1 NOAC }, \
3 { trcpt $D1%D1 no NOAC }, \
4 { trcpt $D1%D1 nothing to read vp=$D2 }, \
5 { trcpt $D1%D1 interruped vp=$D2 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 interruped vp=$D2 endtimer($TID,$HD%D1) }, \
7 { trcpt $D1%D1 error in rdc vp=$D2 error=$D3 endtimer($TID,$HD%D1) }, \
8 { trcpt $D1%D1 \
$D2, \
0 { from readdir cache }, \
1 { from server } \
eof is true in rdc vp=$D2 error=$D3 endtimer($TID,$HD%D1) }, \
9 { trcpt $D1%D1 \
$D2, \
0 { from readdir cache }, \
1 { from server } \
nfs_async_readdir vp=$D2 error=$D3 endtimer($TID,$HD%D1) }, \
a { trcpt $D1%D1 \
$D2, \
0 { from readdir cache }, \
1 { from server } \
done vp=$D2 error=$D3 endtimer($TID,$HD%D1) }, \
b { trcpt $D1%D1 do_nfs4readdir failed vp=$D2 error=$D3 endtimer($TID,$HD%D1) } }, \
43 { "NFS4_RDWR_ATTR " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 rw=$D3 ff=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 uiop=$D2 vi=$D3 }, \
2 { trcpt $D1%D1 nfs4_getattr error=$D2 }, \
3 { trcpt $D1%D1 done error=$D2 vp=$D3 endtimer($TID,$HD%D1) } }, \
44 { "NFS4_MEMCNTL " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 cmd=$D3 arg=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 F_ATTINFO endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 F_DETACH endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 F_ATTACH rc=$D2 vp=$D3 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 default vp=$D2 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 done rc=$D2 vp=$D3 endtimer($TID,$HD%D1) } }, \
45 { "NFS4_CHECK_ACCESS " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 access=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 !ATTRCACHE_VALID NFS4ERR_EXPIRED endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 done acp=$D2 \
$D3, \
0 { access cache hit not expired }, \
\* { access cache hit expired } \
endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 NFS4ERR_ACCESS acp=$D2 allowed=$D3 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 NFS4ERR_NOENT endtimer($TID,$HD%D1) } }, \
46 { "NFS4_UPDATE_ACCESS " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 known=$D3 allowed=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 !ATTRCACHE_VALID NFS4ERR_EXPIRED endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 done without allocate endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 can not allocate NFS4ERR_RESOURCE endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 allocated and done endtimer($TID,$HD%D1) } }, \
47 { "NFS4_SETATTR2 " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 vap=$D3 flags=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 fsid is read only EROFS f_flag=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 done error=$D2 rp=$D3 endtimer($TID,$HD%D1) } }, \
48 { "NFS4_ACCESS_MISS " \
$D1, \
0 { trcpt $D1%D1 start parent=$D2 nm=$D3 lookupp=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done !FH4_PERSISTENT vpp=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 done dnlc hit vp=$D2 error=$D3 }, \
3 { trcpt $D1%D1 done vpp=$D2 error=$D3 dvp=$D4 name=$D5 endtimer($TID,$HD%D1) } }, \
49 { "NFS4_ACCESS_EXPIRED " \
$D1, \
0 { trcpt $D1%D1 start parent=$D2 nm=$D3 lookupp=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 !FH4_PERSISTENT }, \
2 { trcpt $D1%D1 dnlc hit vp=$D2 error=$D3 }, \
3 { trcpt $D1%D1 done vpp=$D2 error=$D3 dvp=$D4 name=$D5 endtimer($TID,$HD%D1) } }, \
50 { "NFS4_DNLC_MISS " \
$D1, \
0 { trcpt $D1%D1 start parent=$D2 nm=$D3 lookupp=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 not utf8 name=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 done vpp=$D2 error=$D3 dvp=$D4 name=$D5 endtimer($TID,$HD%D1) } }, \
51 { "NFS4_LOOKUP1 " \
$D1, \
0 { trcpt $D1%D1 start dvp=$D2 nm=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 *nm "==" '\0' vpp=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 dvp is not VDIR dvp=$D2 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 nfs4_access failed error=$D2 dvp=$D3 name=$D4 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 nm "==" . vpp=$D2 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 nfs4_validate_caches failed error=$D2 dvp=$D3 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 \
$D3, \
0 { dnlc positive hit }, \
\* { dnlc negative hit } endtimer($TID,$HD%D1) }, \
7 { trcpt $D1%D1 no access vpp=$D2 }, \
8 { trcpt $D1%D1 error=$D2 }, \
9 { trcpt $D1%D1 from server done vpp=$D2 error=$D3 dvp=$D4 name=$D5 endtimer($TID,$HD%D1) } }, \
52 { "NFS4_WRITERP " \
$D1, \
0 { trcpt $D1%D1 start rp=$D2 off=$D3 resid=$D4 tcount=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 vp=$D2 off=$D3 resid=$D4 r_size=$D5 }, \
2 { trcpt $D1%D1 vm_uio vp=$D2 error=$D3 resid=$D4 r_size=$D5 }, \
3 { trcpt $D1%D1 noac startp=$D2 pcount=$D3 old_off=$D4 off=$D5 }, \
4 { trcpt $D1%D1 done vp=$D2 resid=$D3 off=$D4 error=$D5 endtimer($TID,$HD%D1) } }, \
53 { "NFS4_COMMIT " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 off=$D3 count=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 recover=$D2 recoververf=$D3 }, \
2 { trcpt $D1%D1 vp=$D2 off=$D3 count=$D4 recover=$D5 }, \
3 { trcpt $D1%D1 done error=$D2 vp=$D3 off=$D4 count=$D5 endtimer($TID,$HD%D1) } }, \
54 { "NFS4_NFS4WRITE " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 count=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 base+off=$D2 stab+count=$D3 }, \
2 { trcpt $D1%D1 vp=$D2 r_flags=$D3 off=$D4 stab_comm=$D5 }, \
3 { trcpt $D1%D1 done vp=$D2 count=$D3 base+off=$D4 error=$D5 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 done error $D2 vp=$D3 count=$D4 base+off=$D5 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 stale rnode rp=$D2 flags=$D3 endtimer($TID,$HD%D1) } }, \
55 { "NFS4_COPY_MBUF " \
$D1, \
0 { trcpt $D1%D1 start m=$D2 base=$D3 len=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done m=$D2 base=$D3 len=$D4 endtimer($TID,$HD%D1) } }, \
56 { "NFS4_NFS4READ " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 count=$D3 base=$D4 off=$D5$D6 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vp=$D2 count=$D3 base+off=$D4 error=$D5 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 stale rnode rp=$D2 r_flags=$D3 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 read interrupted vp=$D2 endtimer($TID,$HD%D1) } }, \
57 { "NFS4_READ_NC " \
$D1, \
0 { trcpt $D1%D1 start rp=$D2 resid=$D3 off=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done resid=$D2 off=$D3 error=$D4 endtimer($TID,$HD%D1) } }, \
58 { "NFS4_READLINK_CACHED " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vp=$D2 error=$D3 contents=$D4 endtimer($TID,$HD%D1) } }, \
59 { "NFS4_NFS4READLINK " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 uiop=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vp=$D2 uiop=$D3 error=$D4 endtimer($TID,$HD%D1) } }, \
60 { "NFS4_DO_NFS4READDIR " \
$D1, \
0 { trcpt $D1%D1 start rp=$D2 rdc=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done rp=$D2 rdc=$D3 error=$D4 }, \
2 { trcpt $D1%D1 rp=$D2 rdc=$D3 error=$D4 endtimer($TID,$HD%D1) } }, \
61 { "NFS4_RWLOCK " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 write_lock=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vp=$D2 write_lock=$D3 endtimer($TID,$HD%D1) } }, \
62 { "NFS4_RWUNLOCK " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 write_lock=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vp=$D2 write_lock=$D3 endtimer($TID,$HD%D1) } }, \
63 { "NFS4_INACTIVE " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 v_count=$D3 r_sid=$D4 r_count=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 vp=$D2 next=$D3 prev=$D4 r_unldvp=$D5 }, \
2 { trcpt $D1%D1 vp=$D2 v_count=$D3%D1 caller2=$D4 caller3=$D5 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 done vp=$D2 endtimer($TID,$HD%D1) } }, \
64 { "NFS4_NFS4CREATE " \
$D1, \
0 { trcpt $D1%D1 start parent=$D2 vap=$D3 name=$D4 link=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done parent=$D2 vap=$D3 name=$D4 error=$D5 endtimer($TID,$HD%D1) } }, \
65 { "NFS4_BP_COMMIT " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 bp=$D3 len=$D4 off=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 iodone bp=$D2 b_flags=$D3 b_error=$D4 off=$D5 }, \
2 { trcpt $D1%D1 done vp=$D2 bp=$D3 error=$D4 off=$D5 endtimer($TID,$HD%D1) } }, \
66 { "NFS4_BIO " \
$D1, \
0 { trcpt $D1%D1 start b_vp=$D2 bp=$D3 stab_comm=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 b_flags=$D2 b_blkno=$D3 b_bcount=$D4 }, \
2 { trcpt $D1%D1 EXCEPT_EOF bp=$D2 vp=$D3 flags=$D4 error=$D5 }, \
3 { trcpt $D1%D1 EXCEPT_EOF bp=$D2 vp=$D3 flags=$D4 error=$D5 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 B_PFPROT bp=$D2 vp=$D3 flags=$D4 error=$D5 }, \
5 { trcpt $D1%D1 r_count=$D2 vp=$D3 flags=$D4 error=$D5 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 vp=$D2 b_work=$D3 b_bcount=$D4 lldbtob=$D5 }, \
7 { trcpt $D1%D1 bp=$D2 vp=$D3 baddr=$D4 }, \
8 { trcpt $D1%D1 vp=$D2 rsize=$D3$D4 modaddr=$D5 }, \
9 { trcpt $D1%D1 off=$D2$D3 rem=$D4$D5 }, \
a { trcpt $D1%D1 modaddr=$D2$D3 count=$D4$D5 }, \
b { trcpt $D1%D1 vp=$D2 r_erro=$D3 error=$D4 count=$D5 }, \
c { trcpt $D1%D1 rp=$D2 r_attrp=$D3 vap=$D4 }, \
d { trcpt $D1%D1 b_vp=$D2 b_work=$D3 b_bcount=$D4 b_baddr=$D5 }, \
e { trcpt $D1%D1 iodone bp=$D2 b_flags=$D3 b_error=$D4 }, \
f { trcpt $D1%D1 bp=$D2 b_flags=$D3 error=$D4 }, \
10 { trcpt $D1%D1 vp=$D2 r_flags=$D3 r_error=$D4 endtimer($TID, $HD%D1) }, \
11 { trcpt $D1%D1 file truncated while in use vp=$D2 endtimer($TID,$HD%D1) } }, \
67 { "NFS4_BMAP " }, \
68 { "NFS4_NFS4RENAME " \
$D1, \
0 { trcpt $D1%D1 start odvp=$D2 onm=$D3 cr=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 ndvp=$D2 nnm=$D3 cr=$D4 }, \
2 { trcpt $D1%D1 over error=$D2 odvp=$D3 onm=$D4 nnm=$D5 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 done error=$D2 odvp=$D3 onm=$D4 nnm=$D5 endtimer($TID,$HD%D1) } }, \
69 { "NFS4_IO_STATEID " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 sidp=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 interruped vp=$D2 sidp=$D3 }, \
2 { trcpt $D1%D1 found it vp=$D2 sidp=$D3 }, \
3 { trcpt $D1%D1 done vp=$D2 sidp=$D3 endtimer($TID,$HD%D1) } }, \
70 { "NFS4_GETXACL " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2%XW controlFlags upper32=$D3%X4 lower32=$D4%X4}, \
1 { trcpt $D1%D1 aclType upper32=$D2%X4 lower32=$D3%X4 }, \
2 { trcpt $D1%D1 done error=$D2 aclType upper32=$D3%X4 lower32=$D4%X4 vp=$D5 }, \
3 { trcpt $D1%D1 size=$D2%DW mode=$D3%X4 },\
4 { trcpt $D1%D1 start nfs4_getxAclNFS4 get NFS4 acl }, \
5 { trcpt $D1%D1 end nfs4_getxAclNFS4 error=$D2 vp=$D3 }, \
6 { trcpt $D1%D1 start nfs4_getxAclAIXC get AIXC acl }, \
7 { trcpt $D1%D1 end nfs4_getxAclAIXC error=$D2 vp=$D3 } }, \
71 { "NFS4_SETXACL " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2%XW controlFlags upper32=$D3%X4 lower32=$D4%X4 mode=$D5}, \
1 { trcpt $D1%D1 aclType upper32=$D2%X4 lower32=$D3%X4 size=$D4%DW}, \
2 { trcpt $D1%D1 done error=$D2 vp=$D3 }, \
3 { trcpt $D1%D1 start nfs4_setxAclNFS4 set NFS4 acl }, \
4 { trcpt $D1%D1 end nfs4_setxAclNFS4 error=$D2 vp=$D3 }, \
5 { trcpt $D1%D1 start nfs4_setxAclAIXC set AIXC acl }, \
6 { trcpt $D1%D1 end nfs4_setxAclAIXC error=$D2 vp=$D3 } }, \
72 { "NFS4_EIO " id=$D1%DW iar=$D2 caller2=$D3 caller3=$D4 }, \
73 { "NFS4RENAME_OTW " \
$D1, \
0 { trcpt $D1%D1 start odvp=$D2 onm=$D3 cr=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 ndvp=$D2 nnm=$D3 cr=$D4 }, \
2 { trcpt $D1%D1 done error=$D2 odvp=$D3 onm=$D4 nnm=$D5 endtimer($TID,$HD%D1) } }
489 1.0 "@NFSv4 Client VFSOPS" \
{{ \
sec2auth(sec) \
$sec%D1, \
0 { AUTH_NONE }, \
1 { AUTH_SYS }, \
2 { AUTH_SHORT }, \
3 { AUTH_DES }, \
4 { AUTH_KERB }, \
6 { RPCSEC_GSS }, \
390003 { AUTH_KERB5 }, \
390003 { AUTH_KERB5I }, \
390003 { AUTH_KERB5P } \
}} \
$HD%D1, \
1 { "NFS4_INIT " \
$D1, \
0 { trcpt $D1%D1 start gfsp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done gfsp=$D2 error=$D3 endtimer($TID,$HD%D1) } }, \
2 { "NFS4_RNODE_NULL " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done endtimer($TID,$HD%D1) } }, \
3 { "NFS4_REPLICATE " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 fattr=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 supported=$D2 bitmap4_val=$D3 tmp=$D4 }, \
2 { trcpt $D1%D1 f_fs_type=$D2 fh_expire_type=$D3 }, \
3 { trcpt $D1%D1 link mismatch }, \
4 { trcpt $D1%D1 link mismatch }, \
5 { trcpt $D1%D1 symlink mismatch }, \
6 { trcpt $D1%D1 symlink mismatch }, \
7 { trcpt $D1%D1 cansettime mismatch }, \
8 { trcpt $D1%D1 cansettime mismatch }, \
9 { trcpt $D1%D1 case insensitive mismatch }, \
a { trcpt $D1%D1 case insensitive mismatch }, \
b { trcpt $D1%D1 homogeneous mismatch }, \
c { trcpt $D1%D1 maxfilesize mismatch }, \
d { trcpt $D1%D1 maxread mismatch }, \
e { trcpt $D1%D1 maxwrite mismatch }, \
f { trcpt $D1%D1 done endtimer($TID,$HD%D1) }, \
10 { trcpt $D1%D1 workp=$D2 }, \
11 { trcpt $D1%D1 done current=$D2 endtimer($TID,$HD%D1) } }, \
4 { "NFS4_UPDATEID " \
$D1, \
0 { trcpt $D1%D1 start workp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done error=$D2 endtimer($TID,$HD%D1) } }, \
5 { "NFS4_PUTFH " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 sec=sec2auth($D3) starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done error=$D2 endtimer($TID,$HD%D1) } }, \
6 { "NFS4_PSEUDO " \
$D1, \
0 { trcpt $D1%D1 start secinfo=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 not RPCSEC_GSS flavor=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 AUTH_KERB5 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 AUTH_KERB5I endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 AUTH_KERB5P endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 NOSEC endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 NOSEC endtimer($TID,$HD%D1) } }, \
7 { "NFS4_GETCOMMONSEC " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 name=$D3 seclist=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done error=$D2 vp=$D3 name=$D4 endtimer($TID,$HD%D1) } }, \
8 { "NFS4_NFS4GETSEC " \
$D1, \
0 { trcpt $D1%D1 start workp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 error=$D2 }, \
2 { trcpt $D1%D1 done error=$D2 vp=$D3 endtimer($TID,$HD%D1) } }, \
9 { "NFS4_FHLOOKUP " \
$D1, \
0 { trcpt $D1%D1 start workp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done error=$D2 endtimer($TID,$HD%D1) } }, \
10 { "NFS4_ATTR_OTW " \
$D1, \
0 { trcpt $D1%D1 start workp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 error=$D2 }, \
2 { trcpt $D1%D1 done error=$D2 vp=$D3 endtimer($TID,$HD%D1) } }, \
11 { "NFS4_GET_PARENT_FSID " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 ino=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vp=$D2 ino=$D3 error=$D4 endtimer($TID,$HD%D1) } }, \
12 { "NFS4_PROCESS_ENTRY " \
$D1, \
0 { trcpt $D1%D1 start rp=$D2 rdc=$D3 entries=$D4 size=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 nfs4_get_parent_fsid failed error=$D2 }, \
2 { trcpt $D1%D1 done rp=$D2 rdc=$D3 entries=$D4 size=$D5 endtimer($TID,$HD%D1) } }, \
13 { "NFS4_NEW_VERIFIER " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 vp=$D3 sec=sec2auth($D4) new=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 interrupted }, \
2 { trcpt $D1%D1 readdir failed rdc->error=$D2 }, \
3 { trcpt $D1%D1 new verifier fsidp=$D2 vp=$D3 sec=sec2auth($D4) new=$D5 }, \
4 { trcpt $D1%D1 interrupted }, \
5 { trcpt $D1%D1 readdir failed rdc->error=$D2 }, \
6 { trcpt $D1%D1 done new verifier fsidp=$D2 vp=$D3 sec=sec2auth($D4) new=$D5 endtimer($TID,$HD%D1) }, \
7 { trcpt $D1%D1 fsidp=$D2 vp=$D3 sec=sec2auth($D4) new=$D5 }, \
8 { trcpt $D1%D1 done error=$D2 endtimer($TID,$HD%D1) } }, \
14 { "NFS4_READDIR_CACHED " \
$D1, \
0 { trcpt $D1%D1 start workp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 workp=$D2 }, \
2 { trcpt $D1%D1 done error=$D2 vp=$D3 endtimer($TID,$HD%D1) } }, \
15 { "NFS4_NFS4READDIR " \
$D1, \
0 { trcpt $D1%D1 start workp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 workp=$D2 }, \
2 { trcpt $D1%D1 done workp=$D2 error=$D3 vp=$D4 endtimer($TID,$HD%D1) } }, \
16 { "NFS4_DO_RENEW " \
$D1, \
0 { trcpt $D1%D1 start idp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 CLNT_DEAD ESTALE }, \
2 { trcpt $D1%D1 CLNT_DEAD ESTALE }, \
3 { trcpt $D1%D1 renewed endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 done endtimer($TID,$HD%D1) } }, \
17 { "NFS4_N4BG " \
$D1, \
0 { trcpt $D1%D1 start starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done endtimer($TID,$HD%D1) } }, \
18 { "NFS4_UPDATE_FS_LOC " \
$D1, \
0 { trcpt $D1%D1 start fs_loc=$D2 fsidp=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done endtimer($TID,$HD%D1) } }, \
19 { "NFS4_UPDATE_N4RP " }, \
20 { "NFS4_STALE_CLNTID " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done fsidp=$D2 error=$D3 endtimer($TID,$HD%D1) } }, \
21 { "NFS4_REL_CLNTID " \
$D1, \
0 { trcpt $D1%D1 start current=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 f_serv_objp "==" NULL }, \
2 { trcpt $D1%D1 done endtimer($TID,$HD%D1) } }, \
22 { "NFS4_FSID_DUP " \
$D1, \
0 { trcpt $D1%D1 start old_fsid=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done new_fsid=$D2 endtimer($TID,$HD%D1) } }, \
23 { "NFS4_GET_CLNTID " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 id=$D3 hold=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 fsidp=$D2 id=$D3 hold=$D4 error=$D5 }, \
2 { trcpt $D1%D1 no ipv4/v6 address EINVAL }, \
3 { trcpt $D1%D1 interrupted }, \
4 { trcpt $D1%D1 waited error=$D2 }, \
5 { trcpt $D1%D1 done error=$D2 endtimer($TID,$HD%D1) } }, \
24 { "NFS4_MOUNT " \
$D1, \
0 { trcpt $D1%D1 start vfsp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 EPERM endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 ENOTDIR endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 get_nfs4_args failed error=$D2 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 done error=$D2 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 get_nfs4_args failed error=$D2 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 get_nfs4_args failed error=$D2 endtimer($TID,$HD%D1) }, \
7 { trcpt $D1%D1 lku in progress endtimer($TID,$HD%D1) } }, \
25 { "NFS4_ROOTVP " \
$D1, \
0 { trcpt $D1%D1 start rtvpp=$D2 vfsp=$D3 argsp=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 sync=$D2 shname=$d3 netname=$D4 nlen=$D5 }, \
2 { trcpt $D1%D1 done rtvpp=$D2 vfsp=$D3 fsidp=$D4 error=$D5 endtimer($TID,$HD%D1) } }, \
26 { "NFS4_ROOT " \
$D1, \
0 { trcpt $D1%D1 start vfsp=$D2 vpp=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vfsp=$D2 vpp=$D3 endtimer($TID,$HD%D1) } }, \
27 { "NFS4_STATFSVP " \
$D1, \
0 { trcpt $D1%D1 start vfsp=$D2 vp=$D3 sbp=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vfsp=$D2 vp=$D3 sbp=$D4 error=$D5 endtimer($TID,$HD%D1) } }, \
28 { "NFS4_STATFS " \
$D1, \
0 { trcpt $D1%D1 start vfsp=$D2 sbp=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vfsp=$D2 rtvp=$D3 sbp=$D4 endtimer($TID,$HD%D1) } }, \
29 { "NFS4_SYNC " \
$D1, \
0 { trcpt $D1%D1 start gfsp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done gfsp=$D2 endtimer($TID,$HD%D1) } }, \
30 { "NFS4_CNTL " \
$D1, \
0 { start vfs=$D2 cmd=$D3 arg=$D4 argsize=$D5 starttimer(0x212,$D2) }, \
1 { rmnt const failed vfs=$D2 cmd=$D3 arg=$D4 error=$D5 endtimer(0x212,$D2) }, \
2 { rmnt adjust failed vfs=$D2 cmd=$D3 arg=$D4 error=$D5 endtimer(0x212,$D2) }, \
3 { end vfs=$D2 cmd=$D3 arg=$D4 error=$D5 endtimer(0x212,$D2) }, \
4 { bad cmd vfs=$D2 cmd=$D3 arg=$D4 error=$D5 endtimer(0x212,$D2) } }, \
31 { "NFS4_QUOTACTL " \
$D1, \
0 { trcpt $D1%D1 start vfsp=$D2 cmd=$D3 uid=$D4 arg=$D5 } }, \
32 { "NFS4_BADOP " \
$D1, \
0 { trcpt $D1%D1 start } }, \
33 { "NFS4_FREE_FSID " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done fsidp=$D2 endtimer($TID,$HD%D1) } }, \
34 { "NFS4_NFS4_ARGS " \
$D1, \
0 { trcpt $D1%D1 start args=$D2 data=$D3 datalen=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done args=$D2 data=$D3 datalen=$D4 endtimer($TID,$HD%D1) } }, \
35 { "NFS4_VGET " \
$D1, \
0 { trcpt $D1%D1 start vfsp=$D2 vpp=$D3 fidp=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 rfind4 failed ESTALE endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 r_fsidp is NULL ESTALE endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 done vpp=$D2 endtimer($TID,$HD%D1) } }, \
36 { "NFS4_UNMOUNT " \
$D1, \
0 { trcpt $D1%D1 start vfsp=$D2 flags=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 EBUSY endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 EINTR endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 vp=$D2 v_count=$D3 vfsp=$D4 }, \
4 { trcpt $D1%D1 vp=$D2 v_count=$D3 vfsp=$D4 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 done error=$D2 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 lku in progress endtimer($TID,$HD%D1) } }, \
37 { "NFS4_2DIRENT " \
$D1, \
0 { trcpt $D1%D1 start e=$D2 buf=$D3 error=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 no rddir error sup e=$D2 buf=$D3 error=$D5 }, \
2 { trcpt $D1%D1 done e=$D2 buf=$D3 endtimer($TID,$HD%D1) } }, \
38 { "NFS4_N4RP " \
$D1, \
0 { trcpt $D1%D1 start starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done endtimer($TID,$HD%D1) } }, \
39 { "NFS4_ACLXCNTL " \
$D1, \
0 { D1=$D1 start vfsp=$D2 vp=$D3 cmd=$D4 size=$D5 }, \
1 { D1=$D1 done rc=$D2 vp=$D3 } }, \
40 { "NFS4_GET_A_RNODE " \
$D1, \
0 { trcpt $D1%D1 fh=$D2 vfsp=$D3 newnode=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 fsidp=$D2 sec=$D3 cr=$D4 }, \
2 { trcpt $D1%D1 fh is not null endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 found rp=$D2 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 found rp=$D2 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 got one rp=$D2 endtimer($TID,$HD%D1) } }, \
41 { "NFS_V4_ADJ_ARGS " \
$D1%D1, \
0 { trcpt $D1%D1 start args=$D2 error=$D3 starttimer(0x212,$D2) }, \
1 { trcpt $D1%D1 timeo bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
2 { trcpt $D1%D1 retrans bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
3 { trcpt $D1%D1 rsize bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
4 { trcpt $D1%D1 wsize bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
5 { trcpt $D1%D1 syncaddr bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
6 { trcpt $D1%D1 copyin64 bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
7 { trcpt $D1%D1 copyinstr64 bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
8 { trcpt $D1%D1 netname bad args=$D2 error=$D3 endtimer(0x212,$D2) }, \
\* { trcpt $D1%D1 end args=$D2 error=$D3 endtimer(0x212,$D2) } }, \
42 { "NFS_V4_REMOUNT " \
$D1%D1, \
0 { trcpt $D1%D1 start vfsp=$D2 vmtp=$D3 starttimer(0x212, $D2) }, \
\* { trcpt $D1%D1 end vfsp=$D2 vmtp=$D3 endtimer(0x212, $D2) } }
48A 1.0 "@NFSv4 Client MISCOPS" \
$HOOKENV, \
32 { \
HT & 0x7, \
0 { \
$D1%D1, \
34 { "NFS4_GET_FSID, getting fsid for " G8 $HL%S1 }, \
36 { "NFS4_LOOKUP_PATH, looking up " G8 $HL%S1 }, \
37 { "NFS4_MAKENFS4NODE, making rnode for " G8 $HL%S1 }, \
45 { "NFS4_PATHLOOKUP, looking up " G8 $HL%S1 }, \
53 { "NFS4_FIND_FSID finding fsid for " G8 $HL%S1 } \
$BREAK \
} }, \
64 { \
HT & 0x4000, \
0x4000 { \
$D1%D1, \
34 { "NFS4_GET_FSID, getting fsid for " G16 $HL%S1 }, \
36 { "NFS4_LOOKUP_PATH, looking up " G16 $HL%S1 }, \
37 { "NFS4_MAKENFS4NODE, making rnode for " G16 $HL%S1 }, \
45 { "NFS4_PATHLOOKUP, looking up " G16 $HL%S1 }, \
53 { "NFS4_FIND_FSID finding fsid for " G16 $HL%S1 } \
$BREAK \
} } \
{{ \
sec2auth(sec) \
$sec%D1, \
0 { AUTH_NONE }, \
1 { AUTH_SYS }, \
2 { AUTH_SHORT }, \
3 { AUTH_DES }, \
4 { AUTH_KERB }, \
6 { RPCSEC_GSS }, \
390003 { AUTH_KERB5 }, \
390003 { AUTH_KERB5I }, \
390003 { AUTH_KERB5P } \
}} \
$HD%D1, \
1 { "NFS4_GET_UID_GID " \
$D1, \
0 { trcpt $D1%D1 start ustr=$D2 gstr=$D3 flags=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done ustr=$D2 gstr=$D3 uid=$D5 gid=$D6 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 EINVAL }, \
3 { trcpt $D1%D1 SERVERFAULT } }, \
2 { "NFS4_GET_USER_GROUP_NAME " \
$D1, \
0 { trcpt $D1%D1 start uid=$D2 gid=$D3 flags=$D4 stmp=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 ENOMEM }, \
2 { trcpt $D1%D1 ENOMEM }, \
3 { trcpt $D1%D1 SERVERFAULT }, \
4 { trcpt $D1%D1 EINVAL }, \
5 { trcpt $D1%D1 error unknown error=$D2 }, \
6 { trcpt $D1%D1 done error=$D2 }, \
7 { trcpt $D1%D1 id=$D2 name=$D3 }, \
8 { trcpt $D1%D1 user=$D2 flags=$D3 stmp=$D4 }, \
9 { trcpt $D1%D1 ENOMEM }, \
a { trcpt $D1%D1 ENOMEM }, \
b { trcpt $D1%D1 SERVERFAULT }, \
c { trcpt $D1%D1 EINVAL }, \
d { trcpt $D1%D1 error unknown error=$D2 }, \
e { trcpt $D1%D1 done error=$D2 endtimer($TID,$HD%D1) } }, \
3 { "NFS4_UPDATE_TIME " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vp=$D2 endtimer($TID,$HD%D1) } }, \
4 { "NFS4_TO_VATTR " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 na=$D3 vap=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 get_uid_gid failed na=$D2 rc=$D3 }, \
2 { trcpt $D1%D1 done rc=$D2 endtimer($TID,$HD%D1) } }, \
5 { "NFS4_TO_FATTR4 " \
$D1, \
0 { trcpt $D1%D1 start vap=$D2 fa=$D3 flags=$D4 stmp=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 U/G ID2STR failed vap=$D2 fa=$D3 flags=$D4 rc=$D5 }, \
2 { trcpt $D1%D1 UID2STR failed vap=$D2 fa=$D3 flags=$D4 rc=$D5 }, \
3 { trcpt $D1%D1 GID2STR failed vap=$D2 fa=$D3 flags=$D4 rc=$D5 }, \
4 { trcpt $D1%D1 done vap=$D2 fa=$D3 flags=$D4 rc=$D5 endtimer($TID,$HD%D1) } }, \
6 { "NFS4_CACHE_CHECK " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 fattrp=$D3 seqp=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vp=$D2 fattrp=$D3 seqp=$D4 endtimer($TID,$HD%D1) } }, \
7 { "NFS4_NULL_ATTR " \
$D1, \
0 { trcpt $D1%D1 start attr=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 attr "==" NULL attr=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 attr "!=" NULL endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 attr "==" NULL attr=$D2 endtimer($TID,$HD%D1) } }, \
8 { "NFS4_ATTRCACHE " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 na=$D3 seq=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 fattr4_to_vattr failed vp=$D2 na=$D3 seq=$D4 error=$D5 }, \
2 { trcpt $D1%D1 done vp=$D2 na=$D3 seq=$D4 error=$D5 endtimer($TID,$HD%D1) } }, \
9 { "NFS4_POST_OP_ATTR " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 attr=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 nfs4_attrcache failed vp=$D2 attr=$D3 error=$D4 }, \
2 { trcpt $D1%D1 done vp=$D2 attr=$D3 endtimer($TID,$HD%D1) } }, \
10 { "NFS4_VALIDATE_CACHES " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 ATTRCACHE_VALID vp=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 etimedout vp=$D2 }, \
3 { trcpt $D1%D1 interrupted vp=$D2 }, \
4 { trcpt $D1%D1 attribute valid vp=$D2 }, \
5 { trcpt $D1%D1 done vp=$D2 error=$D3 endtimer($TID,$HD%D1) } }, \
11 { "NFS4_ADDLIST4 " \
$D1, \
0 { trcpt $D1%D1 start vfsp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 ENOMEM vfsp=$D2 }, \
2 { trcpt $D1%D1 done vfsp=$D2 endtimer($TID,$HD%D1) } }, \
12 { "NFS4_RMLIST4 " \
$D1, \
0 { trcpt $D1%D1 start vfsp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 interrupted vfsp=$D2 }, \
2 { trcpt $D1%D1 noent vfsp=$D2 list=$D3 type=$D4 }, \
3 { trcpt $D1%D1 done vfsp=$D2 endtimer($TID,$HD%D1) } }, \
13 { "NFS4_N4STHREAD " \
$D1, \
0 { trcpt $D1%D1 start sargs=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done sargs=$D2 endtimer($TID,$HD%D1) } }, \
14 { "NFS4_NFS4SYNC " \
$D1, \
0 { trcpt $D1%D1 start gfsnum=$D2 flag=$D3 cr=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done gfsnum=$D2 flag=$D3 cr=$D4 error=$D5 endtimer($TID,$HD%D1) } }, \
15 { "NFS4_NFS4SYNC_K " \
$D1, \
0 { trcpt $D1%D1 start argsp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done argsp=$D2 endtimer($TID,$HD%D1) } }, \
16 { "NFS4_NFS4GETATTR " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 vap=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 etimedout vp=$D2 vap=$D3 }, \
2 { trcpt $D1%D1 interrupted vp=$D2 vap=$D3 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 \
$D2, \
0 { from attribute cache }, \
1 { from server } \
done vp=$D2 vap=$D3 error=$D4 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 lku network blocked } }, \
17 { "NFS4_CHECK_DIR_CACHE " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 cinfo=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 change "==" after vp=$D2 cinfo=$D3 }, \
2 { trcpt $D1%D1 done vp=$D2 cinfo=$D3 endtimer($TID,$HD%D1) } }, \
18 { "NFS4_NFS4TSIZE " \
$D1, \
0 { trcpt $D1%D1 start ttype=$D2 } }, \
19 { "NFS4_TO_UNIX " \
$D1, \
0 { trcpt $D1%D1 start errno=$D2 } }, \
20 { "NFS4_GETERRNO4 " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 status=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 unknown fsidp=$D2 status=$D3 }, \
2 { trcpt $D1%D1 done fsidp=$D2 status=$D3 endtimer($TID,$HD%D1) } }, \
21 { "NFS4_INIT_ARGS " \
$D1, \
0 { trcpt $D1%D1 start num_args=$D2 args=$D3 argsp=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 res=$D2 tags=$D3 stmp=$D4 }, \
2 { trcpt $D1%D1 done stmp=$D2 endtimer($TID,$HD%D1) } }, \
22 { "NFS4_PUT_MASK " \
$D1, \
0 { trcpt $D1%D1 start mask=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done mask=$D2 endtimer($TID,$HD%D1) } }, \
23 { "NFS4_ADD_PUTFH " \
$D1, \
0 { trcpt $D1%D1 start argsp=$D2 vp=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done argsp=$D2 vp=$D3 error=$D4 endtimer($TID,$HD%D1) } }, \
24 { "NFS4_ADD_NVERIFY " \
$D1, \
0 { trcpt $D1%D1 start argsp=$D2 vp=$D3 stmp=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done argsp=$D2 vp=$D3 stmp=$D4 endtimer($TID,$HD%D1) } }, \
25 { "NFS4_ADD_GETATTR " \
$D1, \
0 { trcpt $D1%D1 start argsp=$D2 stmp=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done argsp=$D2 stmp=$D3 endtimer($TID,$HD%D1) } }, \
26 { "NFS4_GETSEC " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 sec=sec2auth($D3) starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vp=$D2 sec=sec2auth($D3) error=$D4 endtimer($TID,$HD%D1) } }, \
27 { "NFS4_FH4FREE " \
$D1, \
0 { trcpt $D1%D1 start fh4=$D2 } }, \
28 { "NFS4_FH4CMP " \
$D1, \
0 { trcpt $D1%D1 start dest=$D2 src=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 "==" dest=$D2 src=$D3 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 comparing dest=$D2 src=$D3 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 "!=" dest=$D2 src=$D3 endtimer($TID,$HD%D1) } }, \
29 { "NFS4_RFIND4 " \
$D1, \
0 { trcpt $D1%D1 start fh=$D2 vfsp=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 found fh=$D2 vfsp=$D3 rp=$D4 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 not found fh=$D2 vfsp=$D3 endtimer($TID,$HD%D1) } }, \
30 { "NFS4_PATH4_TO_STR " \
$D1, \
0 { trcpt $D1%D1 start p=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done pathname=$D2 endtimer($TID,$HD%D1) } }, \
31 { "NFS4_STRDUP4 " \
$D1, \
0 { trcpt $D1%D1 start str=$D2 sleep=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done str=$D2 sleep=$D3 rs=$D4 endtimer($TID,$HD%D1) } }, \
32 { "NFS4_PATH4_CMP " \
$D1, \
0 { trcpt $D1%D1 start p1=$D2 p2=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 "!=" p1=$D2 p2=$D3 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 "!=" p1=$D2 p2=$D3 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 "==" p1=$D2 p2=$D3 endtimer($TID,$HD%D1) } }, \
33 { "NFS4_FS_LOC4 " \
$D1, \
0 { trcpt $D1%D1 start fs_lp=$D2 serv=$D3 flag=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done fs_lp=$D2 serv=$D3 flag=$D4 head=$D5 endtimer($TID,$HD%D1) } }, \
34 { "NFS4_GET_FSID " \
$D1, \
0 { trcpt $D1%D1 start fhp=$D2 dvp=$D3 dfsidp=$D4 f_idp=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 nm=$D2 }, \
9 { trcpt $D1%D1 done fsidp=$D2 error=$D3 endtimer($TID,$HD%D1) } }, \
35 { "NFS4_MAKE_RNODE4 " \
$D1, \
0 { trcpt $D1%D1 start fh=$D2 vfsp=$D3 free=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 newnode=$D2 }, \
2 { trcpt $D1%D1 found vp=$D2 }, \
3 { trcpt $D1%D1 found vp=$D2 }, \
4 { trcpt $D1%D1 done vp=$D2 endtimer($TID,$HD%D1) } }, \
36 { "NFS4_LOOKUP_PATH " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 vp=$D3 len=$D4 name=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done name=$D2 error=$D3 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 done name=$D2 error=$D3 fsidp=$D2 vp=$D3 endtimer($TID,$HD%D1) } }, \
37 { "NFS4_MAKENFS4NODE " \
$D1, \
0 { trcpt $D1%D1 start fh=$D2 attr=$D3 vfsp=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 dvp=$D2 nm=$D3 fsidp=$D4 }, \
2 { trcpt $D1%D1 start2 sec=sec2auth($D2) error=$D3 }, \
3 { trcpt $D1%D1 get_uid_gid failed error=$D2 }, \
4 { trcpt $D1%D1 done newnode "==" 2 vp=$D2 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 done got new fsidvp=$D2 error=$D3 errorp=$D4 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 done got new vp=$D2 error=$D3 errorp=$D4 endtimer($TID,$HD%D1) } }, \
38 { "NFS4_RFS4CALL " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 proc=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 start1 xdrargs=$D2 argsp=$D3 }, \
2 { trcpt $D1%D1 start2 xdrres=$D2 resp=$D3 }, \
3 { trcpt $D1%D1 start3 douprintf=$D2 statusp=$D3 }, \
4 { trcpt $D1%D1 start4 secflavor=$D2 which $D3 }, \
5 { trcpt $D1%D1 NOSEC WRONGSEC }, \
6 { trcpt $D1%D1 done geterrno4 rpcerror=$D2 endtimer($TID,$HD%D1) }, \
7 { trcpt $D1%D1 done EACCES endtimer($TID,$HD%D1) }, \
8 { trcpt $D1%D1 done status=$D2 statusp=$D3 endtimer($TID,$HD%D1) }, \
9 { trcpt $D1%D1 done RPC_AUTHERROR WRONGSEC endtimer($TID,$HD%D1) }, \
a { trcpt $D1%D1 done RPC_ERROR rpcerror=$D2 endtimer($TID,$HD%D1) }, \
b { trcpt $D1%D1 done rpcerror=$D2 endtimer($TID,$HD%D1) } }, \
39 { "NFS4_ADD_SETATTR " \
$D1, \
0 { trcpt $D1%D1 start args=$D2 vap=$D3 flags=$D4 stmp=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done args=$D2 vap=$D3 flags=$D4 error=$d5 endtimer($TID,$HD%D1) } }, \
40 { "NFS4_HAS_ATTR4 " \
$D1, \
0 { trcpt $D1%D1 start attr4=$D2 attrid=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 attrid=$D2 index=$D3 }, \
2 { trcpt $D1%D1 attr4=$D2 attrid=$D3 bmap=$D4 }, \
3 { trcpt $D1%D1 done mask=$D2 "bmap & mask"=$D3 endtimer($TID,$HD%D1) } }, \
41 { "NFS4_RM_ATTR4 " \
$D1, \
0 { trcpt $D1%D1 start attr4=$D2 attrid=$D3 index=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done attr4=$D2 attrid=$D3 bmap=$D4 mask=$D5 endtimer($TID,$HD%D1) } }, \
42 { "NFS4_ADD_ATTR4 " \
$D1, \
0 { trcpt $D1%D1 start attr4=$D2 attrid=$D3 index=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done attr4=$D2 attrid=$D3 bmap=$D4 mask=$D5 endtimer($TID,$HD%D1) } }, \
43 { "NFS4_EXPIREDFH " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 putfh=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vp=$D2 putfh=$D3 error=$D4 endtimer($TID,$HD%D1) } }, \
44 { "NFS4_PUT_SLASHES " \
$D1, \
0 { trcpt $D1%D1 start str=$D2 len=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done str=$D2 len=$D3 endtimer($TID,$HD%D1) } }, \
45 { "NFS4_PATHLOOKUP " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 name=$D3 len=$D4 fhp=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 fattrp=$D2 bpp=$D3 secp=$D4 stm=$D5 }, \
2 { trcpt $D1%D1 not utf8 EINVAL }, \
3 { trcpt $D1%D1 done sec=sec2auth($D2) fattrp=$D3 fhp=$D4 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 done sec=sec2auth($D2) fattrp=$D3 fhp=$D4 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 done error=$D2 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 done error=$D2 fsidp=$D3 name=$D4 endtimer($TID,$HD%D1) } }, \
46 { "NFS4_FREE_F_LOC " \
$D1, \
0 { trcpt $D1%D1 start p=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done endtimer($TID,$HD%D1) } }, \
47 { "NFS4_RELEASE_FSID " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 mnt=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 f_count > 1 done }, \
2 { trcpt $D1%D1 f_count < 1 EINVAL }, \
3 { trcpt $D1%D1 not in the list ENOENT endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 done error=$D2 endtimer($TID,$HD%D1) } }, \
48 { "NFS4_PUT_WORK " \
$D1, \
0 { trcpt $D1%D1 start type=$D2 vp=$D3 ans=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done endtimer($TID,$HD%D1) } }, \
49 { "NFS4_GET_WORK " \
$D1, \
0 { trcpt $D1%D1 start starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done tmp_work=$D2 endtimer($TID,$HD%D1) } }, \
50 { "NFS4_PUTFH_WRONGSEC " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vp=$D2 error=$D3 endtimer($TID,$HD%D1) } }, \
51 { "NFS4_VMM_INIT4 " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done vp=$D2 type=$D3 m_xfer=$D4 mclust=$D5 endtimer($TID,$HD%D1) } }, \
52 { "NFS4_REMOVE_FSID_SEARCH " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done f_count > 0 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 done endtimer($TID,$HD%D1) } }, \
53 { "NFS4_FIND_FSID " \
$D1, \
0 { trcpt $D1%D1 start name=$D2 args=$D3 vfsp=$D4 sleep=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 }, \
2 { trcpt $D1%D1 ENOMEM }, \
3 { trcpt $D1%D1 ENOMEM }, \
4 { trcpt $D1%D1 done tmp=$D2 endtimer($TID,$HD%D1) } }, \
54 { "NFS4_UPDATE_OPTS " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 args=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done fsidp=$D2 args=$D3 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 done reset fsidp=$D2 args=$D3 endtimer($TID,$HD%D1) } }, \
55 { "NFS4_SET_N4INFO " \
$D1, \
0 { trcpt $D1%D1 start path=$D2 args=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done path=$D2 args=$D3 rc=$D4 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 start path=$D2 starttimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 done path=$D2 error=$D4 endtimer($TID,$HD%D1) } }, \
56 { "NFS4_TO_OPTS " \
$D1, \
0 { trcpt $D1%D1 start fsidp=$D2 args=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done fsidp=$D2 args=$D3 endtimer($TID,$HD%D1) } }, \
57 { "NFS4_CP_OUT_FS_LOC " \
$D1, \
0 { trcpt $D1%D1 start tmp=$D2 data=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 EFAULT }, \
2 { trcpt $D1%D1 EFAULT }, \
3 { trcpt $D1%D1 done data=$D2 endtimer($TID,$HD%D1) } }, \
58 { "NFS4_CP_OUT_STR " \
$D1, \
0 { trcpt $D1%D1 start str=$D2 data=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 EFAULT }, \
2 { trcpt $D1%D1 EFAULT }, \
3 { trcpt $D1%D1 done data=$D2 endtimer($TID,$HD%D1) } }, \
59 { "NFS4_CP_OUT " \
$D1, \
0 { trcpt $D1%D1 start tmp=$D2 data=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 EFAULT }, \
2 { trcpt $D1%D1 EFAULT }, \
3 { trcpt $D1%D1 EFAULT }, \
4 { trcpt $D1%D1 EFAULT }, \
5 { trcpt $D1%D1 done endtimer($TID,$HD%D1) } }, \
60 { "NFS4_SIZE_ERROR " \
$D1, \
0 { trcpt $D1%D1 start size=$D2 len=$D3 data=$D4 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 size < sizeof(len) EINVAL }, \
2 { trcpt $D1%D1 EFAULT }, \
3 { trcpt $D1%D1 done size=$D2 data=$D3 endtimer($TID,$HD%D1) } }, \
61 { "NFS4_INFO " \
$D1, \
0 { trcpt $D1%D1 start path=$D2 size=$D3 data=$D4 op=$D5 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 done count=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 done count=$D2 endtimer($TID,$HD%D1) }, \
3 { trcpt $D1%D1 done count=$D2 endtimer($TID,$HD%D1) }, \
4 { trcpt $D1%D1 done count=$D2 endtimer($TID,$HD%D1) }, \
5 { trcpt $D1%D1 done count=-2 endtimer($TID,$HD%D1) }, \
6 { trcpt $D1%D1 done error=$D2 count=-1 endtimer($TID,$HD%D1) } }, \
62 { "NFS4_CACHE_ATTR_OTW_RESULT " \
$D1, \
0 { trcpt $D1%D1 start vp=$D2 attr=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 error=$D2 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 done vp=$D2 attr=$D3 endtimer($TID,$HD%D1) } }, \
63 { "NFS4_GET_ROOT " \
$D1, \
0 { trcpt $D1%D1 start root=$D2 cr=$D3 starttimer($TID,$HD%D1) }, \
1 { trcpt $D1%D1 error=$D2 root=$D3 endtimer($TID,$HD%D1) }, \
2 { trcpt $D1%D1 done error=$D2 root=$D3 endtimer($TID,$HD%D1) } }, \
64 { "NFS4_RM_WORK " \
$D1, \
0 { trcpt $D1%D1 workp=$D2 }, \
1 { trcpt $D1%D1 workp=$D2 rc=$D3 } }, \
65 { "NFS4_HANDLE_ERRORS " \
$D1, \
0 { trcpt $D1%D1 vnode=$D2 status=$D3 caller2=$D4 caller3=$D5 } }, \
66 { "NFS4_FSID_HOLD " \
$D1, \
0 { trcpt $D1%D1 fsidp=$D2 f_ref=$D3 caller=$D4 caller2=$D5 }, \
1 { trcpt $D1%D1 fsidp=$D2 f_ref=$D3 caller3=$D4 } }, \
67 { "NFS4_FSID_RELE " \
$D1, \
0 { trcpt $D1%D1 fsidp=$D2 f_ref=$D3 lock=$D4 }, \
1 { trcpt $D1%D1 fsidp=$D2 caller=$D3 caller2=$D4 caller3=$D5 }, \
2 { trcpt $D1%D1 fsidp=$D2 vp=$D3 }, \
3 { trcpt $D1%D1 fsidp=$D2 f_ref=$D3 } }, \
68 { "NFS4_GET_SYMLINK_FH " \
$D1, \
0 { trcrpt $D1%D1 fsidp=$D2 fhp=$D3 path=$D4 flags=$D5 }, \
1 { trcrpt $D1%D1 sec=$D2 cr=$D3 }, \
2 { trcrpt $D1%D1 init_compound_args() failed error=$D2 }, \
3 { trcrpt $D1%D1 rfs4call() failed error=$D2 }, \
4 { trcrpt $D1%D1 res_len != args_len args_len=$D2 res_len=$D3 }, \
5 { trcrpt $D1%D1 name too long len=$D2 }, \
6 { trcrpt $D1%D1 restart error=$D2 }, \
7 { trcrpt $D1%D1 bad error=$D2 }, \
8 { trcrpt $D1%D1 done } }, \
69 { "NFS4_LOOKUP_FH " \
$D1, \
0 { trcrpt $D1%D1 fsidp=$D2 path=$D3 ifhp=$D4 ofhp=$D5 }, \
1 { trcrpt $D1%D1 flags=$D2 secp=$D3 recur=$D4 fsid=$D5 }, \
2 { trcrpt $D1%D1 cr=$D2 }, \
3 { trcrpt $D1%D1 nfs4_lookup_rootfh() failed error=$D2 }, \
4 { trcrpt $D1%D1 AF_FSIDNOTSAME }, \
5 { trcrpt $D1%D1 ifhp is NULL }, \
6 { trcrpt $D1%D1 path is null string }, \
7 { trcrpt $D1%D1 init_compound_args() failed error=$D2 }, \
8 { trcrpt $D1%D1 rfs4call() failed error=$D2 }, \
9 { trcrpt $D1%D1 restart error=$D2 }, \
10 { trcrpt $D1%D1 SYMLINK }, \
11 { trcrpt $D1%D1 WRONGSEC }, \
12 { trcrpt $D1%D1 MOVED no defer flags=$D2 }, \
13 { trcrpt $D1%D1 bad res_len=$D2 }, \
14 { trcrpt $D1%D1 nfs4_handle_pathname_moved() failed with restart or stale error=$D2 }, \
15 { trcrpt $D1%D1 nfs4_handle_pathname_moved() failed other error=$D2 }, \
16 { trcrpt $D1%D1 error=$D2 }, \
17 { trcrpt $D1%D1 args_len=$D2 != res_len=$D3 }, \
18 { trcrpt $D1%D1 bitmap mismatch bitmap4_len=$D2 bitmap4_val=$D3 }, \
19 { trcrpt $D1%D1 nfs4_handle_pathname_symlink() failed with ERESTART }, \
20 { trcrpt $D1%D1 nfs4_handle_pathname_symlink() failed with other error=$D2 }, \
21 { trcrpt $D1%D1 nfs4_alloc_gap() failed with error=$D2 }, \
22 { trcrpt $D1%D1 AF_FSIDNOTSAME flags=$D2 }, \
23 { trcrpt $D1%D1 done } }, \
70 { "NFS4_HANDLE_PN_SYMLINK " \
$D1, \
0 { trcrpt $D1%D1 fsidp=$D2 dfhp=$D3 lfhp=$D4 ofhp=$D5 }, \
1 { trcrpt $D1%D1 flags=$D2 secp=$D3 recur=$D4 cr=$D5 }, \
2 { trcrpt $D1%D1 too much recursion }, \
3 { trcrpt $D1%D1 nfs4_get_symlink_fh() failed error=$D2 }, \
4 { trcrpt $D1%D1 nfs4_lookup_fh() failed error=$D2 }, \
5 { trcrpt $D1%D1 done } }, \
71 { "NFS4_GETATTR_FH " \
$D1, \
0 { trcrpt $D1%D1 fsidp=$D2 ifhp=$D3 flags=$D4 bpp=$D5 }, \
1 { trcrpt $D1%D1 secp=$D2 stm=$D3 fattrp=$D4 }, \
2 { trcrpt $D1%D1 init_compound_args() failed error=$D2 }, \
3 { trcrpt $D1%D1 rfs4call() failed error=$D2 }, \
4 { trcrpt $D1%D1 MOVED nodefer }, \
5 { trcrpt $D1%D1 restart }, \
6 { trcrpt $D1%D1 WRONGSEC }, \
7 { trcrpt $D1%D1 error=$D2 }, \
8 { trcrpt $D1%D1 args_len=$D2 != res_len=$D3 }, \
9 { trcrpt $D1%D1 bitmap mismatch bitmap4_len=$D2 bitmap4_val=$D3 }, \
10 { trcrpt $D1%D1 done } }, \
72 { "NFS4_LOOKUP_ROOTFH " \
$D1, \
0 { trcrpt $D1%D1 fsidp=$D2 ofhp=$D3 flags=$D4 secp=$D5 }, \
1 { trcrpt $D1%D1 rfsid=$D2 cr=$D3 }, \
2 { trcrpt $D1%D1 init_compound_args() failed error=$D2 }, \
3 { trcrpt $D1%D1 rfs4call() failed error=$D2 }, \
4 { trcrpt $D1%D1 EXPIRED }, \
5 { trcrpt $D1%D1 SYMLINK }, \
6 { trcrpt $D1%D1 WRONGSEC }, \
7 { trcrpt $D1%D1 error=$D2 }, \
8 { trcrpt $D1%D1 args_len=$D2 != res_len=$D3 }, \
9 { trcrpt $D1%D1 bitmap mismatch bitmap4_len=$D2 bitmap4_val=$D3 }, \
10 { trcrpt $D1%D1 done } }, \
73 { "NFS4_ALLOC_GAP " \
$D1, \
0 { trcrpt $D1%D1 fsidp=$D2 }, \
1 { trcrpt $D1%D1 ENOMEM size=$D2 }, \
2 { trcrpt $D1%D1 ENOMEM size=$D2 }, \
3 { trcrpt $D1%D1 done new=$D2 name=$D3 } }, \
74 { "NFS4_FREE_GAP_LIST " \
$D1, \
0 { trcrpt $D1%D1 gap=$D2 }, \
1 { trcrpt $D1%D1 gap=$D2 name=$D3 } }, \
75 { "NFS4_GAP_2_STR " \
$D1, \
0 { trcrpt $D1%D1 gap=$D2 ng_next=$D3 }, \
1 { trcrpt $D1%D1 done }, \
2 { trcrpt $D1%D1 ENOMEM size=$D2 }, \
3 { trcrpt $D1%D1 path=$D2 } }, \
76 { "NFS4_FH4ALLOC " \
$D1, \
0 { trcpt $D1%D1 start fh4=$D2 } }
48B 1.0 "@NFS: nfsrgyd" \
HT & 0x7, \
0 { \
$D1, \
0e { "User: " G8 $HD%S1 }, \
0f { "Group: " G8 $HD%S1 }, \
10 { "Principal: " G8 $HD%S1 }, \
11 { "Hostname: " G8 $HD%S1 }, \
\* { `str= ` G8 $HD%S1 } \
$BREAK \
} \
$HD%D1, \
01 { "nfsrgyd NULL op " }, \
02 { "nfsrgyd Get Cred enter " auth_flavor=$D1%X4 }, \
03 { "nfsrgyd Get Cred exit " rc=$D1 uid=$D2%X4 gid=$D3%X4 num_groups=$D4%X4 }, \
04 { "nfsrgyd IDs to Strings enter " flags=$D1%X4 uid=$D2%X4 gid=$D3%X4 auth_flavor=$D4%X4 }, \
05 { "nfsrgyd IDs to Strings exit " rc=$D1 user_len=$D2 group_len=$D3 }, \
06 { "nfsrgyd Strings to IDs enter " flags=$D1%X4 }, \
07 { "nfsrgyd Strings to IDs exit " rc=$D1 uid=$D2%X4 gid=$D3%X4 }, \
08 { "nfsrgyd Get Sec List enter " list_len=$D1%X4 }, \
09 { "nfsrgyd Get Sec List exit " rc=$D1 list_len=$D2%X4 }, \
0a { "nfsrgyd Get CB Info enter " }, \
0b { "nfsrgyd Get CB Info exit " rc=$D1 }, \
0c { "nfsrgyd Host to IP enter " flags=$D1%X4 }, \
0d { "nfsrgyd Host to IP exit " rc=$D1 }
48C 1.0 "@NFS Name Registry Service" \
$HOOKENV, \
32 { \
HT & 0x7, \
0 { \
$D1%D1, \
13 { "User: " G8 $HD%S1 }, \
14 { "Group: " G8 $HD%S1 }, \
15 { "Principal: " G8 $HD%S1 }, \
16 { "Hostname: " G8 $HD%S1 }, \
19 { "User: " G8 $HD%S1 }, \
20 { "Group: " G8 $HD%S1 }, \
\* { `str= ` G8 $HD%S1 } \
$BREAK \
} \
}, \
64 { \
HT & 0x4000, \
0x4000 { \
$D1%D1, \
13 { "User: " G16 $HL%S1 }, \
14 { "Group: " G16 $HL%S1 }, \
15 { "Principal: " G16 $HL%S1 }, \
16 { "Hostname: " G16 $HL%S1 }, \
\* { `str= ` G16 $HL%S1 } \
$BREAK \
} \
} \
$HD%D1, \
01 { "NFS NRS IDs to Strings enter " flags=$D1%X4 uid=$D2%D1 gid=$D3%D1 }, \
02 { "NFS NRS IDs to Strings exit " rc=$D1 user_len=$D2%D1 group_len=$D3%D1 }, \
03 { "NFS NRS Strings to IDs enter " flags=$D1%X4 }, \
04 { "NFS NRS Strings to IDs exit " rc=$D1 uid=$D2%D1 gid=$D3%D1 }, \
05 { "NFS NRS Principal to Cred enter " flags=$D1%X4 auth_flavor=$D2%D1 }, \
06 { "NFS NRS Principal to Cred exit " principal=$D1 rc=$D2 }, \
07 { "NFS NRS Get Sec List enter " flags=$D1%X4 list_len=$D2%D1 }, \
08 { "NFS NRS Get Sec List exit " rc=$D1 list_len=$D2%D1 }, \
09 { "NFS NRS Get CB Info enter " flags=$D1%X4 principal_len=$D2%D1 }, \
10 { "NFS NRS Get CB Info exit " rc=$D1 principal_len=$D2%D1 }, \
11 { "NFS NRS Get IP Addr enter " flags=$D1%X4 }, \
12 { "NFS NRS Get IP Addr exit " rc=$D1 }, \
19 { "User name error " user=$D1%XW }, \
20 { "Group name error " group=$D1%XW }, \
21 { "Principal name error " principal=$D1%XW }, \
22 { "Host name error " host=$D1%XW }, \
23 { "Cannot contact rgyd " error=$D1 }
48D 1.0 "@NFS Version 4 Server" \
{{ \
nfs4op(opnum) \
$opnum%D1, \
3 { ACCESS }, \
4 { CLOSE }, \
5 { COMMIT }, \
6 { CREATE }, \
7 { DELEGPURGE }, \
8 { DELEGRETURN }, \
9 { GETATTR }, \
10 { GETFH }, \
11 { LINK }, \
12 { LOCK }, \
13 { LOCKT }, \
14 { LOCKU }, \
15 { LOOKUP }, \
16 { LOOKUPP }, \
17 { NVERIFY }, \
18 { OPEN }, \
19 { OPENATTR }, \
20 { OPEN_CONFIRM }, \
21 { OPEN_DOWNGRADE }, \
22 { PUTFH }, \
23 { PUTPUBFH }, \
24 { PUTROOTFH }, \
25 { READ }, \
26 { READDIR }, \
27 { READLINK }, \
28 { REMOVE }, \
29 { RENAME }, \
30 { RENEW }, \
31 { RESTOREFH }, \
32 { SAVEFH }, \
33 { SECINFO }, \
34 { SETATTR }, \
35 { SETCLIENTID }, \
36 { SETCLIENTID_CONFIRM }, \
37 { VERIFY }, \
38 { WRITE }, \
39 { RELEASE_LOCKOWNER }, \
10044 { ILLEGAL }, \
\* { $opnum } \
}} \
"RFS4" \
$HD%D1, \
1 { "DISP_ENTRY " XID=$D1 client=sinaddr($D2) starttimer(0x48D,$D1) }, \
2 { "Null Procedure " XID=$D1 }, \
3 { "Bad Procedure " XID=$D1 proc=$D2 }, \
4 { "COMPOUND4args bad XDR " XID=$D1 }, \
5 { "Call State Init failed " XID=$D1 }, \
6 { "Operation bad XDR " XID=$D1 op=nfs4op($D2) }, \
7 { "Bad Operation " XID=$D1 op=nfs4op($D2) }, \
8 { "Anonymous ID not allowed " XID=$D1 flavor=$D2 }, \
9 { "XDR buffer too small for reply " XID=$D1 }, \
10 { "Invalid op combination " XID=$D1 }, \
11 { "Call dropped - in progress " XID=$D1 }, \
12 { "Duplicate call " XID=$D1 }, \
13 { "Dup cache error " XID=$D1 dupstat=$D2 }, \
14 { "DISP_OP_ENTER " XID=$D1 flags=$D2 " " client=sinaddr($D4) op=nfs4op($D3) starttimer($D1,0x48D) }, \
15 { "DISP_OP_EXIT " XID=$D1 flags=$D2 status=$D3 client=sinaddr($D5) op=nfs4op($D4) endtimer($D1,0x48D) }, \
16 { "DISP_EXIT " XID=$D1 client=sinaddr($D2) endtimer(0x48D,$D1) }, \
17 { "Resource error " XID=$D1 op=nfs4op($D2) location=$D3%X4 }, \
18 { "Server fault " XID=$D1 location=$D2%X4 error=$D3 }, \
19 { "Export enter " }, \
20 { "Export exit " vnode=$D1%X4 error=$D2 trcnum=$D3 }, \
21 { "Unexport enter " }, \
22 { "Unexport exit " error=$D1 }, \
23 { "Unexported " vp=$D1 pfsp=$D2 }, \
24 { "DISP_OP_EXIT " trcex=$D1 current vnode=$D2 }
493 1.0 "@NFSv4 State Manager" \
"SM4 Norm : " \
$D1, \
0x5343494200000000 { W1 A4.8 W2 "Set Clientid BEGIN :" "args ptr=" XW}, \
0x53434942 { W1 A4.8 W2 "Set Clientid BEGIN :" "args ptr=" XW}, \
0x5343494500000000 { W1 A4.8 W2 "Set Clientid END :" "CR ptr=" XW "CR LRU tail ptr=" XW "CR ndx=" XW}, \
0x53434945 { W1 A4.8 W2 "Set Clientid END :" "CR ptr=" XW "CR LRU tail ptr=" XW "CR ndx=" XW}, \
0x5343497000000000 { W1 A4.8 W2 "Set Clientid Previous Instance return :" "rc= " XW "CR ptr= " XW "p_cr->state= " XW}, \
0x53434970 { W1 A4.8 W2 "Set Clientid Previous Instance return :" "rc= " XW "CR ptr= " XW "p_cr->state= " XW}, \
0x5343434200000000 { W1 A4.8 W2 "Set Clientid Confirm BEGIN :" "CLID verifier=" XW "CLID ndx=" XW "CLID gen=" XW}, \
0x53434342 { W1 A4.8 W2 "Set Clientid Confirm BEGIN :" "CLID verifier=" XW "CLID ndx=" XW "CLID gen=" XW}, \
0x5343434500000000 { W1 A4.8 W2 "Set Clientid Confirm END :" "rc=" XW "CR ptr=" XW "p_cr->state=" XW}, \
0x53434345 { W1 A4.8 W2 "Set Clientid Confirm END :" "rc=" XW "CR ptr=" XW "p_cr->state=" XW}, \
0x526E774200000000 { W1 A4.8 W2 "Renew Clientid BEGIN :" "verifier=" XW "CR ndx=" XW "CR gen=" XW}, \
0x526E7742 { W1 A4.8 W2 "Renew Clientid BEGIN :" "verifier=" XW "CR ndx=" XW "CR gen=" XW}, \
0x526E774500000000 { W1 A4.8 W2 "Renew Clientid END :" "rc=" XW "CR ptr=" XW "CR state= " XW}, \
0x526E7745 { W1 A4.8 W2 "Renew Clientid END :" "rc=" XW "CR ptr=" XW "CR state= " XW}, \
0x5343724200000000 { W1 A4.8 W2 "Start Create BEGIN :" "VFS ptr=" XW "VFS cookie=" XW}, \
0x53437242 { W1 A4.8 W2 "Start Create BEGIN :" "VFS ptr=" XW "VFS cookie=" XW}, \
0x5343724500000000 { W1 A4.8 W2 "Start Create END :" "CR ptr=" XW "OO ptr=" XW "open handle=" XW}, \
0x53437245 { W1 A4.8 W2 "Start Create END :" "CR ptr=" XW "OO ptr=" XW "open handle=" XW}, \
0x4543724200000000 { W1 A4.8 W2 "End Create BEGIN :" "Parent VNODE=" XW "open handle=" XW "file create state=" XW}, \
0x45437242 { W1 A4.8 W2 "End Create BEGIN :" "Parent VNODE=" XW "open handle=" XW "file create state=" XW}, \
0x4543724500000000 { W1 A4.8 W2 "End Create END :" "OO ptr=" XW "OR ptr=" XW "FR ptr=" XW}, \
0x45437245 { W1 A4.8 W2 "End Create END :" "OO ptr=" XW "OR ptr=" XW "FR ptr=" XW}, \
0x534F704200000000 { W1 A4.8 W2 "Start Open BEGIN :" "VFS ptr=" XW "VFS cookie=" XW "FID=" XW}, \
0x534F7042 { W1 A4.8 W2 "Start Open BEGIN :" "VFS ptr=" XW "VFS cookie=" XW "FID=" XW}, \
0x534F704500000000 { W1 A4.8 W2 "Start Open END :" "CR ptr=" XW "OO ptr=" XW "OO state=" XW}, \
0x534F7045 { W1 A4.8 W2 "Start Open END :" "CR ptr=" XW "OO ptr=" XW "OO state=" XW}, \
0x454F704200000000 { W1 A4.8 W2 "End Open BEGIN :" "VFS ptr=" XW "VFS cookie=" XW "open handle=" XW}, \
0x454F7042 { W1 A4.8 W2 "End Open BEGIN :" "VFS ptr=" XW "VFS cookie=" XW "open handle=" XW}, \
0x454F704500000000 { W1 A4.8 W2 "End Open END :" "OR ptr=" XW "OO ptr=" XW "XVFS cookie ptr=" XW}, \
0x454F7045 { W1 A4.8 W2 "End Open END :" "OR ptr=" XW "OO ptr=" XW "XVFS cookie ptr=" XW}, \
0x4F65724200000000 { W1 A4.8 W2 "Open error BEGIN :" "seqid=" XW "error=" XW "CLID ndx=" XW}, \
0x4F657242 { W1 A4.8 W2 "Open error BEGIN :" "seqid=" XW "error=" XW "CLID ndx=" XW}, \
0x4F65724500000000 { W1 A4.8 W2 "Open error END :" "CR ptr=" XW "OO ptr=" XW "OO open seqid=" XW}, \
0x4F657245 { W1 A4.8 W2 "Open error END :" "CR ptr=" XW "OO ptr=" XW "OO open seqid=" XW}, \
0x424F704200000000 { W1 A4.8 W2 "Cleanup Open BEGIN :" "handle=" XW "error=" XW "FID=" XW}, \
0x424F7042 { W1 A4.8 W2 "Cleanup Open BEGIN :" "handle=" XW "error=" XW "FID=" XW}, \
0x424F704500000000 { W1 A4.8 W2 "Cleanup Open END :" "CR ptr=" XW "OO ptr=" XW "OO open seqid=" XW}, \
0x424F7045 { W1 A4.8 W2 "Cleanup Open END :" "CR ptr=" XW "OO ptr=" XW "OO open seqid=" XW}, \
0x4343724200000000 { W1 A4.8 W2 "Cleanup Create BEGIN :" "handle=" XW "error=" XW "VFS=" XW}, \
0x43437242 { W1 A4.8 W2 "Cleanup Create BEGIN :" "handle=" XW "error=" XW "VFS=" XW}, \
0x4343724300000000 { W1 A4.8 W2 "Cleanup Create trc pt cont :" "Parent dir=" XW "New file=" XW}, \
0x43437243 { W1 A4.8 W2 "Cleanup Create trc pt cont :" "Parent dir=" XW "New file=" XW}, \
0x4343724500000000 { W1 A4.8 W2 "Cleanup Create END :" "XVFS ptr=" XW "XVFS cookie ptr=" XW "CR ptr=" XW}, \
0x43437245 { W1 A4.8 W2 "Cleanup Create END :" "XVFS ptr=" XW "XVFS cookie ptr=" XW "CR ptr=" XW}, \
0x4F436E4200000000 { W1 A4.8 W2 "Open Confirm BEGIN :" "FID=" XW "VNODE=" XW "STID ptr=" XW}, \
0x4F436E42 { W1 A4.8 W2 "Open Confirm BEGIN :" "FID=" XW "VNODE=" XW "STID ptr=" XW}, \
0x4F436E4500000000 { W1 A4.8 W2 "Open Confirm END :" "CR ptr=" XW "OO ptr=" XW "OR ptr=" XW}, \
0x4F436E45 { W1 A4.8 W2 "Open Confirm END :" "CR ptr=" XW "OO ptr=" XW "OR ptr=" XW}, \
0x44776E4200000000 { W1 A4.8 W2 "Open Downgrade BEGIN :" "FID=" XW "VNODE=" XW "stateid ptr=" XW}, \
0x44776E42 { W1 A4.8 W2 "Open Downgrade BEGIN :" "FID=" XW "VNODE=" XW "stateid ptr=" XW}, \
0x44776E4500000000 { W1 A4.8 W2 "Open Downgrade END :" "rc=" XW "OO ptr=" XW "OR ptr=" XW}, \
0x44776E45 { W1 A4.8 W2 "Open Downgrade END :" "rc=" XW "OO ptr=" XW "OR ptr=" XW}, \
0x53494F4200000000 { W1 A4.8 W2 "Start I/O BEGIN :" "args ptr=" XW "FID ptr=" XW "VNODE=" XW}, \
0x53494F42 { W1 A4.8 W2 "Start I/O BEGIN :" "args ptr=" XW "FID ptr=" XW "VNODE=" XW}, \
0x53494F4500000000 { W1 A4.8 W2 "Start I/O END :" "FR ptr=" XW "OR ptr=" XW "rc=" XW}, \
0x53494F45 { W1 A4.8 W2 "Start I/O END :" "FR ptr=" XW "OR ptr=" XW "rc=" XW}, \
0x45494F4200000000 { W1 A4.8 W2 "End I/O BEGIN :" "handle=" XW "STID ndx=" XW "STID gen=" XW}, \
0x45494F42 { W1 A4.8 W2 "End I/O BEGIN :" "handle=" XW "STID ndx=" XW "STID gen=" XW}, \
0x45494F4500000000 { W1 A4.8 W2 "End I/O END :" "FR ptr=" XW "special STID=" XW "rc=" XW}, \
0x45494F45 { W1 A4.8 W2 "End I/O END :" "FR ptr=" XW "special STID=" XW "rc=" XW}, \
0x436C734200000000 { W1 A4.8 W2 "Close BEGIN :" "VFS ptr=" XW "FID=" XW "VNODE=" XW}, \
0x436C7342 { W1 A4.8 W2 "Close BEGIN :" "VFS ptr=" XW "FID=" XW "VNODE=" XW}, \
0x436C734500000000 { W1 A4.8 W2 "Close END :" "CR ptr=" XW "OO ptr=" XW "OR ptr=" XW}, \
0x436C7345 { W1 A4.8 W2 "Close END :" "CR ptr=" XW "OO ptr=" XW "OR ptr=" XW}, \
0x436C734300000000 { W1 A4.8 W2 "Close trc pt cont :" "Stateid=" XW "Seqid=" XW "sm4_close_t=" XW}, \
0x436C7343 { W1 A4.8 W2 "Close trc pt cont :" "Stateid=" XW "Seqid=" XW "sm4_close_t=" XW}, \
0x4C636B4200000000 { W1 A4.8 W2 "Lock BEGIN :" "VNODE=" XW "lock type=" XW "reclaim=" XW}, \
0x4C636B42 { W1 A4.8 W2 "Lock BEGIN :" "VNODE=" XW "lock type=" XW "reclaim=" XW}, \
0x4C636B3500000000 { W1 A4.8 W2 "Lock trc pt cont :" "FID=" XW "fid_ino=" XW "fid_gen=" XW}, \
0x4C636B35 { W1 A4.8 W2 "Lock trc pt cont :" "FID=" XW "fid_ino=" XW "fid_gen=" XW}, \
0x4C636B3600000000 { W1 A4.8 W2 "Lock trc pt cont :" "File Mode=" XW "sm4_lock_t=" XW "locker4=" XW}, \
0x4C636B36 { W1 A4.8 W2 "Lock trc pt cont :" "File Mode=" XW "sm4_lock_t=" XW "locker4=" XW}, \
0x4C636B3700000000 { W1 A4.8 W2 "Lock trc pt cont :" "Offset=" XW}, \
0x4C636B37 { W1 A4.8 W2 "Lock trc pt cont :" "Offset=" XW}, \
0x4C636B3800000000 { W1 A4.8 W2 "Lock trc pt cont :" "Length=" XW}, \
0x4C636B38 { W1 A4.8 W2 "Lock trc pt cont :" "Length=" XW}, \
0x4C636B4500000000 { W1 A4.8 W2 "Lock END :" "rc=" XW "FR ptr=" XW}, \
0x4C636B45 { W1 A4.8 W2 "Lock END :" "rc=" XW "FR ptr=" XW}, \
0x4C65724200000000 { W1 A4.8 W2 "Lock error BEGIN :" "args=" XW "error=" XW}, \
0x4C657242 { W1 A4.8 W2 "Lock error BEGIN :" "args=" XW "error=" XW}, \
0x4C65724500000000 { W1 A4.8 W2 "Lock error END :" "rc=" XW "bump=" XW}, \
0x4C657245 { W1 A4.8 W2 "Lock error END :" "rc=" XW "bump=" XW}, \
0x4C6B754200000000 { W1 A4.8 W2 "UnLock BEGIN :" "VNODE=" XW "lock type=" XW "FID ptr=" XW}, \
0x4C6B7542 { W1 A4.8 W2 "UnLock BEGIN :" "VNODE=" XW "lock type=" XW "FID ptr=" XW}, \
0X4C6B753700000000 { W1 A4.8 W2 "UnLock trc pt cont :" "fid_ino=" XW "fid_gen=" XW "Seqid=" XW}, \
0X4C6B7537 { W1 A4.8 W2 "UnLock trc pt cont :" "fid_ino=" XW "fid_gen=" XW "Seqid=" XW}, \
0X4C6B753800000000 { W1 A4.8 W2 "UnLock trc pt cont :" "Offset=" XW}, \
0X4C6B7538 { W1 A4.8 W2 "UnLock trc pt cont :" "Offset=" XW}, \
0X4C6B753900000000 { W1 A4.8 W2 "UnLock trc pt cont :" "Length=" XW}, \
0X4C6B7539 { W1 A4.8 W2 "UnLock trc pt cont :" "Length=" XW}, \
0x4C6B754500000000 { W1 A4.8 W2 "UnLock END :" "rc=" XW "OR ptr=" XW "Lock Owner ptr=" XW}, \
0x4C6B7545 { W1 A4.8 W2 "UnLock END :" "rc=" XW "OR ptr=" XW "Lock Owner ptr=" XW}, \
0x4C65754200000000 { W1 A4.8 W2 "UnLock error BEGIN :" "args=" XW "error=" XW}, \
0x4C657542 { W1 A4.8 W2 "UnLock error BEGIN :" "args=" XW "error=" XW}, \
0x4C65754500000000 { W1 A4.8 W2 "UnLock error END :" "rc=" XW "CR ptr=" XW "LO ptr=" XW}, \
0x4C657545 { W1 A4.8 W2 "UnLock error END :" "rc=" XW "CR ptr=" XW "LO ptr=" XW}, \
0x4C63544200000000 { W1 A4.8 W2 "Lock TEST BEGIN :" "VNODE=" XW "lock type=" XW}, \
0x4C635442 { W1 A4.8 W2 "Lock TEST BEGIN :" "VNODE=" XW "lock type=" XW}, \
0x4C63546400000000 { W1 A4.8 W2 "Lock TEST trc pt cont :" "FID=" XW "fid_ino=" XW "fid_gen=" XW}, \
0x4C635464 { W1 A4.8 W2 "Lock TEST trc pt cont :" "FID=" XW "fid_ino=" XW "fid_gen=" XW}, \
0x4C63546500000000 { W1 A4.8 W2 "Lock TEST trc pt cont :" "File mode=" XW "Offset=" XW}, \
0x4C635465 { W1 A4.8 W2 "Lock TEST trc pt cont :" "File mode=" XW "Offset=" XW}, \
0x4C63546600000000 { W1 A4.8 W2 "Lock TEST trc pt cont :" "Length=" XW}, \
0x4C635466 { W1 A4.8 W2 "Lock TEST trc pt cont :" "Length=" XW}, \
0x4C63544500000000 { W1 A4.8 W2 "Lock TEST END :" "rc=" XW "CR ptr=" XW "LO ptr=" XW}, \
0x4C635445 { W1 A4.8 W2 "Lock TEST END :" "rc=" XW "CR ptr=" XW "LO ptr=" XW}, \
0x726C6F4200000000 { W1 A4.8 W2 "Release Lockowner BEGIN :" "args=" XW "CR ndx=" XW "CR gen=" XW}, \
0x726C6F42 { W1 A4.8 W2 "Release Lockowner BEGIN :" "args=" XW "CR ndx=" XW "CR gen=" XW}, \
0x726C6F4500000000 { W1 A4.8 W2 "Release Lockowner END :" "rc=" XW "CR ptr=" XW "release count=" XW}, \
0x726C6F45 { W1 A4.8 W2 "Release Lockowner END :" "rc=" XW "CR ptr=" XW "release count=" XW}, \
0x5276664200000000 { W1 A4.8 W2 "Register VFS BEGIN :" "VFS=" XW "cookie=" XW}, \
0x52766642 { W1 A4.8 W2 "Register VFS BEGIN :" "VFS=" XW "cookie=" XW}, \
0x5276664500000000 { W1 A4.8 W2 "Register VFS END :" "XVFS ptr=" XW "Cookie ptr=" XW "XVFS cookie count=" XW}, \
0x52766645 { W1 A4.8 W2 "Register VFS END :" "XVFS ptr=" XW "Cookie ptr=" XW "XVFS cookie count=" XW}, \
0x5576664200000000 { W1 A4.8 W2 "Un-Register VFS BEGIN :" "VFS=" XW "cookie="XW "force=" XW}, \
0x55766642 { W1 A4.8 W2 "Un-Register VFS BEGIN :" "VFS=" XW "cookie="XW "force=" XW}, \
0x5576664500000000 { W1 A4.8 W2 "Un-Register VFS END :" "XVFS cookies=" XW "XVFS ptr=" XW "force=" XW}, \
0x55766645 { W1 A4.8 W2 "Un-Register VFS END :" "XVFS cookies=" XW "XVFS ptr=" XW "force=" XW}, \
0x434C534200000000 { W1 A4.8 W2 "Clear Statistics BEGIN :" "sm4_stats=" XW}, \
0x434C5342 { W1 A4.8 W2 "Clear Statistics BEGIN :" "sm4_stats=" XW}, \
0x434C534500000000 { W1 A4.8 W2 "Clear Statistics END :" "sm4_stats=" XW}, \
0x434C5345 { W1 A4.8 W2 "Clear Statistics END :" "sm4_stats=" XW}, \
0x476C744200000000 { W1 A4.8 W2 "Get Lease Time BEGIN :"}, \
0x476C7442 { W1 A4.8 W2 "Get Lease Time BEGIN :"}, \
0x476C744500000000 { W1 A4.8 W2 "Get Lease Time END :" "lease time=" XW}, \
0x476C7445 { W1 A4.8 W2 "Get Lease Time END :" "lease time=" XW}, \
0x7073734200000000 { W1 A4.8 W2 "Purge Stale State BEGIN :" "VFS=" XW "FID=" XW "fid_ino=" XW}, \
0x70737342 { W1 A4.8 W2 "Purge Stale State BEGIN :" "VFS=" XW "FID=" XW "fid_ino=" XW}, \
0x7073734500000000 { W1 A4.8 W2 "Purge Stale State END :" "XVFS ptr=" XW "FR ptr=" XW "p_fr->state=" XW}, \
0x70737345 { W1 A4.8 W2 "Purge Stale State END :" "XVFS ptr=" XW "FR ptr=" XW "p_fr->state=" XW}, \
0x77646A4200000000 { W1 A4.8 W2 "Work Item Do Job BEGIN :" "work item=" XW "type=" XW "data ptr=" XW}, \
0x77646A42 { W1 A4.8 W2 "Work Item Do Job BEGIN :" "work item=" XW "type=" XW "data ptr=" XW}, \
0x77646A4500000000 { W1 A4.8 W2 "Work Item Do Job END :" "enque time=" XW "completion time=" XW "next wi=" XW}, \
0x77646A45 { W1 A4.8 W2 "Work Item Do Job END :" "enque time=" XW "completion time=" XW "next wi=" XW}, \
0x636C6E3100000000 { W1 A4.8 W2 "Cleanup client :" "CR ptr=" XW "pend_cnt=" XW "CR gen=" XW}, \
0x636C6E31 { W1 A4.8 W2 "Cleanup client :" "CR ptr=" XW "pend_cnt=" XW "CR gen=" XW}, \
0x76726B4200000000 { W1 A4.8 W2 "Revoke VCM rights BEGIN :" "handle=" XW "rights=" XW "FR ptr=" XW}, \
0x76726B42 { W1 A4.8 W2 "Revoke VCM rights BEGIN :" "handle=" XW "rights=" XW "FR ptr=" XW}, \
0x76726B3100000000 { W1 A4.8 W2 "Revoke VCM rights trc cont :" "p_fr->state=" XW "flags=" XW "tag=" XW}, \
0x76726B31 { W1 A4.8 W2 "Revoke VCM rights trc cont :" "p_fr->state=" XW "flags=" XW "tag=" XW}, \
0x76726B4500000000 { W1 A4.8 W2 "Revoke VCM rights END :" "rc=" XW "p_fr->state=" XW "p_fr->vcm_rights =" XW}, \
0x76726B45 { W1 A4.8 W2 "Revoke VCM rights END :" "rc=" XW "p_fr->state=" XW "p_fr->vcm_rights =" XW}, \
0x6673664200000000 { W1 A4.8 W2 "Find Stale Fr Beginning :" "GV(p_sm4_istats)->stale_fr_search=" XW "GV(p_sm4_istats)->stale_fr_bypass=" XW "GV(p_sm4_istats)->stale_fr_hits)=" XW}, \
0x66736642 { W1 A4.8 W2 "Find Stale Fr Beginning :" "GV(p_sm4_istats)->stale_fr_search=" XW "GV(p_sm4_istats)->stale_fr_bypass=" XW "GV(p_sm4_istats)->stale_fr_hits)=" XW}, \
0x6673663100000000 { W1 A4.8 W2 "Find Stale Fr 1 :" "GV(sm4_stale_fr_time)=" XW "time=" XW "GV(p_sm4_istats)->stale_fr_bypass=" XW}, \
0x66736631 { W1 A4.8 W2 "Find Stale Fr 1 :" "GV(sm4_stale_fr_time)=" XW "time=" XW "GV(p_sm4_istats)->stale_fr_bypass=" XW}, \
0x6673664500000000 { W1 A4.8 W2 "Find Stale Fr Exit :" "GV(p_sm4_istats)->stale_fr_search=" XW "GV(p_sm4_istats)->stale_fr_bypass=" XW "GV(p_sm4_istats)->stale_fr_hits)=" XW}, \
0x66736645 { W1 A4.8 W2 "Find Stale Fr Exit :" "GV(p_sm4_istats)->stale_fr_search=" XW "GV(p_sm4_istats)->stale_fr_bypass=" XW "GV(p_sm4_istats)->stale_fr_hits)=" XW}, \
0x6563653500000000 { W1 A4.8 W2 "End Create Exist Fr 5 :" "p_fr=" XW "p_fr->p_vn=" XW "p_fr->holds" XW}, \
0x65636535 { W1 A4.8 W2 "End Create Exist Fr 5 :" "p_fr=" XW "p_fr->p_vn=" XW "p_fr->holds" XW}, \
0x65636E3100000000 { W1 A4.8 W2 "End Create New Fr 1 :" "p_fr=" XW "p_fr->p_vn=" XW "p_fr->holds" XW}, \
0x65636E31 { W1 A4.8 W2 "End Create New Fr 1 :" "p_fr=" XW "p_fr->p_vn=" XW "p_fr->holds" XW}, \
0x686E6C3100000000 { W1 A4.8 W2 "Handle New Lo 1 :" "rc2=" XW "p_fr->p_vn=" XW "p_lo" XW}, \
0x686E6C31 { W1 A4.8 W2 "Handle New Lo 1 :" "rc2=" XW "p_fr->p_vn=" XW "p_lo" XW}, \
0x686E6C3200000000 { W1 A4.8 W2 "Handle New Lo 2 :" "p_fr=" XW "p_fr->p_vn=" XW}, \
0x686E6C32 { W1 A4.8 W2 "Handle New Lo 2 :" "p_fr=" XW "p_fr->p_vn=" XW}, \
0x686C6F3200000000 { W1 A4.8 W2 "SM4 Handle Local Open 2 :" "p_fr=" XW "p_fr->p_vn=" XW "p_fr->holds" XW}, \
0x686C6F32 { W1 A4.8 W2 "SM4 Handle Local Open 2 :" "p_fr=" XW "p_fr->p_vn=" XW "p_fr->holds" XW}, \
0x726C633100000000 { W1 A4.8 W2 "Revoke Lo Chain 1 :" "rc=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
0x726C6331 { W1 A4.8 W2 "Revoke Lo Chain 1 :" "rc=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
0x6368633100000000 { W1 A4.8 W2 "Clean Lo Hash Chain 1 :" "rc=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
0x63686331 { W1 A4.8 W2 "Clean Lo Hash Chain 1 :" "rc=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
0x64656C3100000000 { W1 A4.8 W2 "Destroy Expired Locks 1 :" "rc=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
0x64656C31 { W1 A4.8 W2 "Destroy Expired Locks 1 :" "rc=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
0x7366633100000000 { W1 A4.8 W2 "SM4 Free Cr 1 :" "caller=" XW "caller2=" XW "caller3=" XW}, \
0x73666331 { W1 A4.8 W2 "SM4 Free Cr 1 :" "caller=" XW "caller2=" XW "caller3=" XW}, \
0x7366633200000000 { W1 A4.8 W2 "SM4 Free Cr 2 :" "p_cr=" XW "p_cr->ndx=" XW}, \
0x73666332 { W1 A4.8 W2 "SM4 Free Cr 2 :" "p_cr=" XW "p_cr->ndx=" XW}, \
0x73666C3100000000 { W1 A4.8 W2 "SM4 Free Lo 1 :" "caller=" XW "caller2=" XW "caller3=" XW}, \
0x73666C31 { W1 A4.8 W2 "SM4 Free Lo 1 :" "caller=" XW "caller2=" XW "caller3=" XW}, \
0x73666C3200000000 { W1 A4.8 W2 "SM4 Free Lo 2 :" "p_lo=" XW "p_lo->ndx=" XW}, \
0x73666C32 { W1 A4.8 W2 "SM4 Free Lo 2 :" "p_lo=" XW "p_lo->ndx=" XW}, \
0x726C6F3500000000 { W1 A4.8 W2 "Register Lock 5 :" "rc=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
0x726C6F35 { W1 A4.8 W2 "Register Lock 5 :" "rc=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
0x726C6F3600000000 { W1 A4.8 W2 "Register Lock 6 :" "rc2=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
0x726C6F36 { W1 A4.8 W2 "Register Lock 6 :" "rc2=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
0x736C743100000000 { W1 A4.8 W2 "SM4 Lockt 1 :" "rc=" XW "p_lt->p_vn=" XW "p_lo=" XW}, \
0x736C7431 { W1 A4.8 W2 "SM4 Lockt 1 :" "rc=" XW "p_lt->p_vn=" XW "p_lo=" XW}, \
0x736C753100000000 { W1 A4.8 W2 "SM4 Locku 1 :" "rc=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
0x736C7531 { W1 A4.8 W2 "SM4 Locku 1 :" "rc=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
0x73636C3100000000 { W1 A4.8 W2 "SM4 Close 1 :" "rc2=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
0x73636C31 { W1 A4.8 W2 "SM4 Close 1 :" "rc2=" XW "p_fr->p_vn=" XW "p_lo=" XW}, \
\* { W1 A4.8 W2 "d1=" XW "d2=" XW "d3=" XW }
494 1.0 "@NFSv4 State Manager" \
"SM4 ERROR : " \
$D1, \
0x496E693100000000 { W1 A4.8 W2 "SM4 Init :"}, \
0x496E6931 { W1 A4.8 W2 "SM4 Init :"}, \
0x54726D3100000000 { W1 A4.8 W2 "Terminate SM4 :" "rc=" XW "xvfs cookies=" XW}, \
0x54726D31 { W1 A4.8 W2 "Terminate SM4 :" "rc=" XW "xvfs cookies=" XW}, \
0x5343495800000000 { W1 A4.8 W2 "Set Clientid :" "Line=" DW "rc=" XW "data=" XW}, \
0x53434958 { W1 A4.8 W2 "Set Clientid :" "Line=" DW "rc=" XW "data=" XW}, \
0x6D63653100000000 { W1 A4.8 W2 "Mark CR expired :" "CR ptr=" XW "CR state=" XW}, \
0x6D636531 { W1 A4.8 W2 "Mark CR expired :" "CR ptr=" XW "CR state=" XW}, \
0x6763695800000000 { W1 A4.8 W2 "Set Security Info :" "Line=" DW "rc=" XW}, \
0x67636958 { W1 A4.8 W2 "Set Security Info :" "Line=" DW "rc=" XW}, \
0x5343433100000000 { W1 A4.8 W2 "Set Clientid Confirm :" "rc=" XW}, \
0x53434331 { W1 A4.8 W2 "Set Clientid Confirm :" "rc=" XW}, \
0x5343433200000000 { W1 A4.8 W2 "Set Clientid Confirm :" "rc=" XW "CR ptr=" XW "CR state=" XW}, \
0x53434332 { W1 A4.8 W2 "Set Clientid Confirm :" "rc=" XW "CR ptr=" XW "CR state=" XW}, \
0x5343435800000000 { W1 A4.8 W2 "Set Clientid Confirm :" "Line=" DW "rc=" XW "CR ptr=" XW}, \
0x53434358 { W1 A4.8 W2 "Set Clientid Confirm :" "Line=" DW "rc=" XW "CR ptr=" XW}, \
0x5343433300000000 { W1 A4.8 W2 "Set Clientid Confirm :" "rc=" XW "CR ptr=" XW "CR state=" XW}, \
0x53434333 { W1 A4.8 W2 "Set Clientid Confirm :" "rc=" XW "CR ptr=" XW "CR state=" XW}, \
0x526E773100000000 { W1 A4.8 W2 "Renew Clientid :" "rc=" XW}, \
0x526E7731 { W1 A4.8 W2 "Renew Clientid :" "rc=" XW}, \
0x526E773200000000 { W1 A4.8 W2 "Renew Clientid :" "CR ptr=" XW "Sec flavor=" XW "UID=" XW}, \
0x526E7732 { W1 A4.8 W2 "Renew Clientid :" "CR ptr=" XW "Sec flavor=" XW "UID=" XW}, \
0x4166723100000000 { W1 A4.8 W2 "Allocate FR :" "rc=" XW "CR Marker=" XW "FR free cnt=" XW}, \
0x41667231 { W1 A4.8 W2 "Allocate FR :" "rc=" XW "CR Marker=" XW "FR free cnt=" XW}, \
0x416F6F3700000000 { W1 A4.8 W2 "Allocate OO :" "rc=" XW "CR Marker=" XW "OO free cnt=" XW}, \
0x416F6F37 { W1 A4.8 W2 "Allocate OO :" "rc=" XW "CR Marker=" XW "OO free cnt=" XW}, \
0x416F723100000000 { W1 A4.8 W2 "Allocate OR :" "rc=" XW "CR Marker=" XW "OR free cnt=" XW}, \
0x416F7231 { W1 A4.8 W2 "Allocate OR :" "rc=" XW "CR Marker=" XW "OR free cnt=" XW}, \
0x4163723100000000 { W1 A4.8 W2 "Allocate CR :" "Line=" DW "rc=" XW "data=" XW}, \
0x41637231 { W1 A4.8 W2 "Allocate CR :" "Line=" DW "rc=" XW "data=" XW}, \
0x416C6F5800000000 { W1 A4.8 W2 "Allocate LO :" "Line=" DW "rc=" XW "CR Marker=" XW}, \
0x416C6F58 { W1 A4.8 W2 "Allocate LO :" "Line=" DW "rc=" XW "CR Marker=" XW}, \
0x5243495800000000 { W1 A4.8 W2 "Revoke Clientid :" "Line=" DW "rc=" XW "data=" XW}, \
0x52434958 { W1 A4.8 W2 "Revoke Clientid :" "Line=" DW "rc=" XW "data=" XW}, \
0x5243493500000000 { W1 A4.8 W2 "Revoke Clientid :" "rc=" XW "ndx=" XW "offset=" XW}, \
0x52434935 { W1 A4.8 W2 "Revoke Clientid :" "rc=" XW "ndx=" XW "offset=" XW}, \
0x5243493600000000 { W1 A4.8 W2 "Revoke Clientid :" "rc=" XW "CR gen=" XW "clid gen=" XW}, \
0x52434936 { W1 A4.8 W2 "Revoke Clientid :" "rc=" XW "CR gen=" XW "clid gen=" XW}, \
0x7276663100000000 { W1 A4.8 W2 "Revoke VFS :" "rc=" XW "xvfs hash=" XW}, \
0x72766631 { W1 A4.8 W2 "Revoke VFS :" "rc=" XW "xvfs hash=" XW}, \
0x7276663200000000 { W1 A4.8 W2 "Revoke VFS :" "XVFS ptr=" XW "cookie=" XW "xvfs hash=" XW}, \
0x72766632 { W1 A4.8 W2 "Revoke VFS :" "XVFS ptr=" XW "cookie=" XW "xvfs hash=" XW}, \
0x436C733200000000 { W1 A4.8 W2 "Close :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x436C7332 { W1 A4.8 W2 "Close :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x436C733300000000 { W1 A4.8 W2 "Close :" "rc=" XW "OO seqid=" XW "seqid=" XW}, \
0x436C7333 { W1 A4.8 W2 "Close :" "rc=" XW "OO seqid=" XW "seqid=" XW}, \
0x436C734F00000000 { W1 A4.8 W2 "Close :" "Line=" DW "OO ptr=" XW "data=" XW}, \
0x436C734F { W1 A4.8 W2 "Close :" "Line=" DW "OO ptr=" XW "data=" XW}, \
0x436C735200000000 { W1 A4.8 W2 "Close :" "Line=" DW "OR ptr=" XW "data=" XW}, \
0x436C7352 { W1 A4.8 W2 "Close :" "Line=" DW "OR ptr=" XW "data=" XW}, \
0x436C734600000000 { W1 A4.8 W2 "Close :" "Line=" DW "FR ptr=" XW "data=" XW}, \
0x436C7346 { W1 A4.8 W2 "Close :" "Line=" DW "FR ptr=" XW "data=" XW}, \
0x436C735800000000 { W1 A4.8 W2 "Close :" "Line=" DW "rc=" XW "data=" XW}, \
0x436C7358 { W1 A4.8 W2 "Close :" "Line=" DW "rc=" XW "data=" XW}, \
0x5343725800000000 { W1 A4.8 W2 "Start Create :" "Line=" DW "rc=" XW "data=" XW}, \
0x53437258 { W1 A4.8 W2 "Start Create :" "Line=" DW "rc=" XW "data=" XW}, \
0x5343723200000000 { W1 A4.8 W2 "Start Create :" "rc=" XW "Parent dir=" XW "New file=" XW}, \
0x53437232 { W1 A4.8 W2 "Start Create :" "rc=" XW "Parent dir=" XW "New file=" XW}, \
0x5443725800000000 { W1 A4.8 W2 "End Create :" "Line=" DW "rc=" XW "data=" XW}, \
0x54437258 { W1 A4.8 W2 "End Create :" "Line=" DW "rc=" XW "data=" XW}, \
0x53494F3500000000 { W1 A4.8 W2 "Start IO :" "rc=" XW "OR ptr=" XW "FR ptr=" XW}, \
0x53494F35 { W1 A4.8 W2 "Start IO :" "rc=" XW "OR ptr=" XW "FR ptr=" XW}, \
0x53494F3200000000 { W1 A4.8 W2 "End IO :" "FR ptr=" XW "OR ptr=" XW "rc=" XW}, \
0x53494F32 { W1 A4.8 W2 "End IO :" "FR ptr=" XW "OR ptr=" XW "rc=" XW}, \
0x4C636B3100000000 { W1 A4.8 W2 "Lock :" "rc=" XW}, \
0x4C636B31 { W1 A4.8 W2 "Lock :" "rc=" XW}, \
0x4C636B3200000000 { W1 A4.8 W2 "Lock :" "rc=" XW}, \
0x4C636B32 { W1 A4.8 W2 "Lock :" "rc=" XW}, \
0x4C636B3300000000 { W1 A4.8 W2 "Lock :" "rc=" XW}, \
0x4C636B33 { W1 A4.8 W2 "Lock :" "rc=" XW}, \
0x4C636B3400000000 { W1 A4.8 W2 "Lock :" "rc=" XW "FID hash=" XW "FR hash=" XW}, \
0x4C636B34 { W1 A4.8 W2 "Lock :" "rc=" XW "FID hash=" XW "FR hash=" XW}, \
0x4C63543300000000 { W1 A4.8 W2 "Lock Test :" "rc=" XW}, \
0x4C635433 { W1 A4.8 W2 "Lock Test :" "rc=" XW}, \
0x4C63543400000000 { W1 A4.8 W2 "Lock Test :" "rc=" XW}, \
0x4C635434 { W1 A4.8 W2 "Lock Test :" "rc=" XW}, \
0x4C63543500000000 { W1 A4.8 W2 "Lock Test :" "rc=" XW}, \
0x4C635435 { W1 A4.8 W2 "Lock Test :" "rc=" XW}, \
0x4C63543600000000 { W1 A4.8 W2 "Lock Test :" "rc=" XW "CR ptr=" XW}, \
0x4C635436 { W1 A4.8 W2 "Lock Test :" "rc=" XW "CR ptr=" XW}, \
0x4C63546100000000 { W1 A4.8 W2 "Lock Test :" "rc=" XW "CR ptr=" XW "CR state=" XW}, \
0x4C635461 { W1 A4.8 W2 "Lock Test :" "rc=" XW "CR ptr=" XW "CR state=" XW}, \
0x4C63546200000000 { W1 A4.8 W2 "Lock Test :" "rc=" XW "vnode=" XW "LO ptr=" XW}, \
0x4C635462 { W1 A4.8 W2 "Lock Test :" "rc=" XW "vnode=" XW "LO ptr=" XW}, \
0x4C63546300000000 { W1 A4.8 W2 "Lock Test :" "rc=" XW "Lock sysid=" XW "Lock PID=" XW}, \
0x4C635463 { W1 A4.8 W2 "Lock Test :" "rc=" XW "Lock sysid=" XW "Lock PID=" XW}, \
0x4C63545800000000 { W1 A4.8 W2 "Lock Test :" "Line=" DW "Conflicting CR=" XW "Conflicting LO=" XW}, \
0x4C635458 { W1 A4.8 W2 "Lock Test :" "Line=" DW "Conflicting CR=" XW "Conflicting LO=" XW}, \
0x4C63544300000000 { W1 A4.8 W2 "Lock Test :" "Conflicting CR state=" XW "Conflicting LO state=" XW}, \
0x4C635443 { W1 A4.8 W2 "Lock Test :" "Conflicting CR state=" XW "Conflicting LO state=" XW}, \
0x4C6B753100000000 { W1 A4.8 W2 "UnLock :" "rc=" XW}, \
0x4C6B7531 { W1 A4.8 W2 "UnLock :" "rc=" XW}, \
0x4C6B753200000000 { W1 A4.8 W2 "UnLock :" "rc=" XW}, \
0x4C6B7532 { W1 A4.8 W2 "UnLock :" "rc=" XW}, \
0x4C6B753300000000 { W1 A4.8 W2 "UnLock :" "rc=" XW}, \
0x4C6B7533 { W1 A4.8 W2 "UnLock :" "rc=" XW}, \
0x4C6B753400000000 { W1 A4.8 W2 "UnLock :" "rc=" XW}, \
0x4C6B7534 { W1 A4.8 W2 "UnLock :" "rc=" XW}, \
0x4C6B753500000000 { W1 A4.8 W2 "UnLock :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x4C6B7535 { W1 A4.8 W2 "UnLock :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x4C6B753600000000 { W1 A4.8 W2 "UnLock :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x4C6B7536 { W1 A4.8 W2 "UnLock :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x4C6B754C00000000 { W1 A4.8 W2 "UnLock :" "Line=" DW "LO ptr=" XW "LO state=" XW}, \
0x4C6B754C { W1 A4.8 W2 "UnLock :" "Line=" DW "LO ptr=" XW "LO state=" XW}, \
0x4C6B754600000000 { W1 A4.8 W2 "UnLock :" "Line=" DW "FR ptr=" XW "data=" XW}, \
0x4C6B7546 { W1 A4.8 W2 "UnLock :" "Line=" DW "FR ptr=" XW "data=" XW}, \
0x4C6B755800000000 { W1 A4.8 W2 "UnLock :" "Line=" DW "rc=" XW "data=" XW}, \
0x4C6B7558 { W1 A4.8 W2 "UnLock :" "Line=" DW "rc=" XW "data=" XW}, \
0x4C6B757300000000 { W1 A4.8 W2 "UnLock :" "seqid=" XW "LO seqid=" XW "Previous op=" XW}, \
0x4C6B7573 { W1 A4.8 W2 "UnLock :" "seqid=" XW "LO seqid=" XW "Previous op=" XW}, \
0x4C6B755300000000 { W1 A4.8 W2 "UnLock :" "rc=" XW "seqid=" XW "LO seqid=" XW}, \
0x4C6B7553 { W1 A4.8 W2 "UnLock :" "rc=" XW "seqid=" XW "LO seqid=" XW}, \
0x534F705800000000 { W1 A4.8 W2 "Start Open :" "Line=" DW "rc=" XW "data=" XW}, \
0x534F7058 { W1 A4.8 W2 "Start Open :" "Line=" DW "rc=" XW "data=" XW}, \
0x464F705800000000 { W1 A4.8 W2 "End Open :" "Line=" DW "rc=" XW "data=" XW}, \
0x464F7058 { W1 A4.8 W2 "End Open :" "Line=" DW "rc=" XW "data=" XW}, \
0x4F65725800000000 { W1 A4.8 W2 "Open Error :" "Line=" DW "rc=" XW "data=" XW}, \
0x4F657258 { W1 A4.8 W2 "Open Error :" "Line=" DW "rc=" XW "data=" XW}, \
0x434F703100000000 { W1 A4.8 W2 "Cleanup Open :" "VFS ptr=" XW "cookie=" XW "rc=" XW}, \
0x434F7031 { W1 A4.8 W2 "Cleanup Open :" "VFS ptr=" XW "cookie=" XW "rc=" XW}, \
0x4F436E3100000000 { W1 A4.8 W2 "Open Confirm :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x4F436E31 { W1 A4.8 W2 "Open Confirm :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x4F436E3200000000 { W1 A4.8 W2 "Open Confirm :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x4F436E32 { W1 A4.8 W2 "Open Confirm :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x4F436E3300000000 { W1 A4.8 W2 "Open Confirm :" "rc=" XW "seqid=" XW "OO seqid=" XW}, \
0x4F436E33 { W1 A4.8 W2 "Open Confirm :" "rc=" XW "seqid=" XW "OO seqid=" XW}, \
0x4F436E5800000000 { W1 A4.8 W2 "Open Confirm :" "Line=" DW "rc=" XW "data=" XW}, \
0x4F436E58 { W1 A4.8 W2 "Open Confirm :" "Line=" DW "rc=" XW "data=" XW}, \
0x4F436E4F00000000 { W1 A4.8 W2 "Open Confirm :" "Line=" DW "OO ptr=" XW "data=" XW}, \
0x4F436E4F { W1 A4.8 W2 "Open Confirm :" "Line=" DW "OO ptr=" XW "data=" XW}, \
0x4F436E5200000000 { W1 A4.8 W2 "Open Confirm :" "Line=" DW "OR ptr=" XW "data=" XW}, \
0x4F436E52 { W1 A4.8 W2 "Open Confirm :" "Line=" DW "OR=" XW "data=" XW}, \
0x4F436E4600000000 { W1 A4.8 W2 "Open Confirm :" "Line=" DW "FR=" XW "data=" XW}, \
0x4F436E46 { W1 A4.8 W2 "Open Confirm :" "Line=" DW "FR=" XW "data=" XW}, \
0x44776E3100000000 { W1 A4.8 W2 "Open Downgrade :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x44776E31 { W1 A4.8 W2 "Open Downgrade :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x44776E3200000000 { W1 A4.8 W2 "Open Downgrade :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x44776E32 { W1 A4.8 W2 "Open Downgrade :" "rc=" XW "Stateid ndx=" XW "Stateid gen=" XW}, \
0x44776E3300000000 { W1 A4.8 W2 "Open Downgrade :" "rc=" XW "seqid=" XW "OO seqid=" XW}, \
0x44776E33 { W1 A4.8 W2 "Open Downgrade :" "rc=" XW "seqid=" XW "OO seqid=" XW}, \
0x44776E5800000000 { W1 A4.8 W2 "Open Downgrade :" "Line=" DW "rc=" XW "data=" XW}, \
0x44776E58 { W1 A4.8 W2 "Open Downgrade :" "Line=" DW "rc=" XW "data=" XW}, \
0x44776E4F00000000 { W1 A4.8 W2 "Open Downgrade :" "Line=" DW "OO ptr=" XW "data=" XW}, \
0x44776E4F { W1 A4.8 W2 "Open Downgrade :" "Line=" DW "OO ptr=" XW "data=" XW}, \
0x44776E5200000000 { W1 A4.8 W2 "Open Downgrade :" "Line=" DW "OR ptr=" XW "data=" XW}, \
0x44776E52 { W1 A4.8 W2 "Open Downgrade :" "Line=" DW "OR ptr=" XW "data=" XW}, \
0x44776E4600000000 { W1 A4.8 W2 "Open Downgrade :" "Line=" DW "FR ptr=" XW "data=" XW}, \
0x44776E46 { W1 A4.8 W2 "Open Downgrade :" "Line=" DW "FR ptr=" XW "data=" XW}, \
0x7376723100000000 { W1 A4.8 W2 "VCM Register :" "rc=" XW}, \
0x73767231 { W1 A4.8 W2 "VCM Register :" "rc=" XW}, \
0x7675723100000000 { W1 A4.8 W2 "VCM UnRegister :" "Num Cookies=" XW "Force=" XW}, \
0x76757231 { W1 A4.8 W2 "VCM UnRegister :" "Num Cookies=" XW "Force=" XW}, \
0x7675723200000000 { W1 A4.8 W2 "VCM UnRegister :" "Num Cookies=" XW "Force=" XW "rc=" XW}, \
0x76757232 { W1 A4.8 W2 "VCM UnRegister :" "Num Cookies=" XW "Force=" XW "rc=" XW}, \
0x7647523100000000 { W1 A4.8 W2 "VCM Get Rights :" "rc=" XW "FR ptr=" XW "Pending rights=" XW}, \
0x76475231 { W1 A4.8 W2 "VCM Get Rights :" "rc=" XW "FR ptr=" XW "Pending rights=" XW}, \
0x7642433100000000 { W1 A4.8 W2 "VCM Begin Create :" "rc=" XW "VFS handle=" XW "Parent FID=" XW}, \
0x76424331 { W1 A4.8 W2 "VCM Begin Create :" "rc=" XW "VFS handle=" XW "Parent FID=" XW}, \
0x7642433200000000 { W1 A4.8 W2 "VCM Begin Create :" "rc=" XW "VFS handle=" XW "Parent FID=" XW}, \
0x76424332 { W1 A4.8 W2 "VCM Begin Create :" "rc=" XW "VFS handle=" XW "Parent FID=" XW}, \
0x7642433300000000 { W1 A4.8 W2 "VCM Begin Create :" "rc=" XW "VFS handle=" XW "Parent FID=" XW}, \
0x76424333 { W1 A4.8 W2 "VCM Begin Create :" "rc=" XW "VFS handle=" XW "Parent FID=" XW}, \
0x7645433100000000 { W1 A4.8 W2 "VCM End Create :" "rc=" XW "ctag=" XW "FR ptr=" XW}, \
0x76454331 { W1 A4.8 W2 "VCM End Create :" "rc=" XW "ctag=" XW "FR ptr=" XW}, \
0x7645433200000000 { W1 A4.8 W2 "VCM End Create :" "rc=" XW "ctag=" XW "FR ptr=" XW}, \
0x76454332 { W1 A4.8 W2 "VCM End Create :" "rc=" XW "ctag=" XW "FR ptr=" XW}, \
0x7645433300000000 { W1 A4.8 W2 "VCM End Create :" "rc=" XW "ctag=" XW "FR ptr=" XW}, \
0x76454333 { W1 A4.8 W2 "VCM End Create :" "rc=" XW "ctag=" XW "FR ptr=" XW}, \
0x7645433400000000 { W1 A4.8 W2 "VCM End Create :" "FR ndx=" XW "FID ndx=" XW "Flags=" XW}, \
0x76454334 { W1 A4.8 W2 "VCM End Create :" "FR ndx=" XW "FID ndx=" XW "Flags=" XW}, \
0x7645434300000000 { W1 A4.8 W2 "VCM End Create :" "VCM op_handle=" XW "FID ino=" XW "FID gen=" XW}, \
0x76454343 { W1 A4.8 W2 "VCM End Create :" "VCM op_handle=" XW "FID ino=" XW "FID gen=" XW}, \
0x7645433500000000 { W1 A4.8 W2 "VCM End Create :" "FR ndx=" XW "Revoked=" XW "Pending=" XW}, \
0x76454335 { W1 A4.8 W2 "VCM End Create :" "FR ndx=" XW "Revoked=" XW "Pending=" XW}, \
0x7645433600000000 { W1 A4.8 W2 "VCM End Create :" "FR ndx=" XW "VCM op_handle=" XW "Flags=" XW}, \
0x76454336 { W1 A4.8 W2 "VCM End Create :" "FR ndx=" XW "VCM op_handle=" XW "Flags=" XW}, \
0x7645433700000000 { W1 A4.8 W2 "VCM End Create :" "FR ndx=" XW "FID ndx=" XW "Flags=" XW}, \
0x76454337 { W1 A4.8 W2 "VCM End Create :" "FR ndx=" XW "FID ndx=" XW "Flags=" XW}, \
0x7645433800000000 { W1 A4.8 W2 "VCM End Create :" "FR ndx=" XW "Held=" XW "Pending=" XW}, \
0x76454338 { W1 A4.8 W2 "VCM End Create :" "FR ndx=" XW "Held=" XW "Pending=" XW}, \
0x4B75663100000000 { W1 A4.8 W2 "Revoke VFS :" "rc=" XW}, \
0x4B756631 { W1 A4.8 W2 "Revoke VFS :" "rc=" XW}, \
0x5276663100000000 { W1 A4.8 W2 "Register VFS :" "rc=" XW "cookie jar=" XW "XVFS ptr=" XW}, \
0x52766631 { W1 A4.8 W2 "Register VFS :" "rc=" XW "cookie jar=" XW "XVFS ptr=" XW}, \
0x5276665800000000 { W1 A4.8 W2 "Register VFS :" "Line=" DW "rc=" XW "data=" XW}, \
0x52766658 { W1 A4.8 W2 "Register VFS :" "Line=" DW "rc=" XW "data=" XW}, \
0x5576665800000000 { W1 A4.8 W2 "UnRegister VFS :" "Line=" DW "rc=" XW "data=" XW}, \
0x55766658 { W1 A4.8 W2 "UnRegister VFS :" "Line=" DW "rc=" XW "data=" XW}, \
0x5576664300000000 { W1 A4.8 W2 "UnRegister VFS cont :" "Cookie=" XW}, \
0x55766643 { W1 A4.8 W2 "UnRegister VFS cont :" "Cookie=" XW}, \
\* { W1 A4.8 W2 "d1=" XW "d2=" XW "d3=" XW}
495 1.0 "@NFSv4 State Manager" \
"SM4 DEBUG : " W1 A4.8 W2 "d1=" XW "d2=" XW "d3=" XW
5BB 1.0 "@NFSv4 Dset support" \
$HD%D1, \
1 { " Entering rfs4_dset_notify " event=$D1 intId=$D2 evArg=$D3 }, \
2 { " Entering rfs4_set_cs_dset_info " id=$D1 flags=$D2 setflags=$D3 }, \
3 { " Info from call state " id=$D1 flags=$D2 }, \
4 { " dset_prOpFindDset returned " rc=$D1 }, \
5 { " Setting RFS4_MOVED " }, \
6 { " Setting info " findflags=$D1 id=$D2 flags=$D3 ds_flags=$D4 }, \
7 { " dset_prOpFindDset failed " rc=$D1 }, \
8 { " Leaving rfs4_set_cs_dset_info " def=$D1 id=$D2 flags=$D3 rc=$D4 }, \
9 { " Entering rfs4_set_filehandle_dset " vp=$D1 fhp=$D2 cs=$D3 node=$D4 }, \
10 { " Leaving rfs4_set_filehandle_dset " where=$D1 rc=$D2 }, \
11 { " rfs4_set_filehandle_dset error " where=$D1 vp=$D2 fhp=$D3 error=$D4 }, \
12 { " usr dsid in cstate " id=$D1}, \
13 { " Unexpected reference " }, \
14 { " dset from prOpFindDset " id=$D1 dsflags=$D2 objflags=$D3 }, \
15 { " Leaving rfs4_set_filehandle_dset " id=$D1 flags=$D2 gen=$D3 }, \
16 { " rfs4_set_filehandle_dset " how=$D1 rc=$D2 error=$D3 }, \
17 { " Entering process_dref_target " }, \
18 { " Leaving process_dref_target " pfsp=$D1 }, \
19 { " Entering rfs4_check_dset_referral " }, \
20 { " Leaving rfs4_check_dset_referral " isref=$D1 vpp=$D2 rc=$D3 }, \
21 { " Entering rfs4_find_path " }, \
22 { " Leaving rfs4_find_path " where=$D1 rc=$D2 }, \
23 { " Entering convert_locations " rootp=$D1 numentries=$D2 }, \
24 { " Leaving convert_locations " rc=$D1 }, \
25 { " Entering rfs4_dset_fslocations " }, \
26 { " Leaving rfs4_dset_fslocations " where=$D1 rc=$D2 }, \
27 { " fslocations - finddsetbyintid " id=$D1 rc=$D2 }, \
28 { " fslocations after vp/cs eval " ref=$D1 id=$D2 dsnp=$D3 }, \
29 { " fslocations - getlocationbyuuid " uuid=$D1 rc=$D2 locp=$D3 }, \
30 { " Entering rfs4_compare_dsetid " }, \
31 { " rfs4_compare_dsetid - invalid args " cs=$D1 cur=$D2 sav=$D3}, \
32 { " rfs4_compare_dsetid - invalid args " cs=$D1 cur=$D2 sav=$D3}, \
33 { " Exiting rfs4_compare_dsetid " cur=$D1 sav=$D2 }, \
34 { " Entering rfs4_check_export_for_dsets " }, \
35 { " Leaving rfs4_check_export_for_dsets " where=$D1 }, \
36 { "check_export_for_dsets - find_provider " rc=$D1 }, \
37 { " Entering rfs4_export_release_dset_provider" }, \
38 { " Leaving rfs4_export_release_dset_provider "}, \
39 { " Entering rfs4_check_dset_fh_stale " }, \
40 { " check_dset_fh_stale - getdsetgenbyid " rc=$D1 }, \
41 { " Leaving rfs4_check_dset_fh_stale " exp=$D1 rc=$D2 gen=$D3 dsgen=$D4 }, \
42 { " Entering rfs4_set_fsid_dset " expi=$D1 id=$D2 cur=$D3}, \
43 { " set_fsid_dset - dsets are not on " eip=$D1 flags=$D2 }, \
44 { " set_fsid_dset - finddset " id=$D1}, \
45 { " set_fsid_dset - id from cs " id=$D1 }, \
46 { " Leaving rfs4_set_fsid_dset " status=$D1 major=$D2 }, \
47 { " Entering rfs4_dset_init " }, \
48 { " Leaving rfs4_dset_init " }, \
\* { "unknown subhook " id=$HD%UW }
5D0 1.0 "@NFS WPAR CHECKPOINT" \
$HD%D1, \
1 { " nfs_wpar_event enter " flags=$D1 cid=$D2%D4 }, \
2 { " nfs_wpar_event exit " flags=$D1 cid=$D2%D4 where=$D3 }, \
3 { " nfs_dr_event enter " event=$D1 cid=$D2%D4 }, \
4 { " nfs_dr_event exit " event=$D1 cid=$D2%D4 where=$D3 }, \
5 { " nfs_vars_init enter " }, \
6 { " nfs_vars_init exit " addr=$D1 error=$D2 where=$D3 }, \
7 { " nfs_wpar_vars_create enter " cid=$D1%D4 }, \
8 { " nfs_wpar_vars_create exit " addr=$D1 where=$D2 }, \
9 { " nfs_wpar_vars_destroy enter " cid=$D1%D4 }, \
10 { " nfs_wpar_vars_destroy exit " cid=$D1%D4 where=$D2 }, \
11 { " intialize_variables enter " vars=$D1 table=$D2 }, \
12 { " initialize_variables exit " vars=$D1 table=$D2 where=$D3 }, \
13 { " deallocate_vars enter " vars=$D1 table=$D3 }, \
14 { " deallocate_vars exit " vars=$D1 table=$D2 where=$D3 }, \
15 { " nfs_get_wpar_vars enter " cid=$D1%D4 }, \
16 { " nfs_get_wpar_vars exit " cid=$D1%D4 wparp=$D2 where=$D3 }, \
17 { " write_checkpoint_data enter " type=$D1 addr=$D2 size=$D3 }, \
18 { " write_checkpoint_data exit " type=$D1 left=$D2 written=$D3 error=$D4 where=$D5 }, \
19 { " read_checkpoint_data enter " addr=$D1 size=$D2 }, \
20 { " read_checkpoint_data exit " addr=$D1 left=$D2 READ=$D3 error=$D4 where=$D5 }, \
21 { " nfs_checkpoint enter " cid=$D1%D4 }, \
22 { " nfs_checkpoint exit " cid=$D1%D4 error=$D2 where=$D3 }, \
23 { " checkpoint_servers enter " cid=$D1%D4 }, \
24 { " checkpoint_servers exit " cid=$D1%D4 count=$D2 error=$D3 where=$D4 }, \
25 { " checkpoint_fsids enter " cid=$D1%D4 }, \
26 { " checkpoint_fsids exit " cid=$D1%D4 fcount=$D2 lcount=$D3 error=$D4 where=$D5 }, \
27 { " checkpoint_rnodes enter " cid=$D1%D4 }, \
28 { " checkpoint_rnodes exit " cid=$D1%D4 rcount=$D2 locount=$D3 error=$D4 where=$D5 }, \
29 { " checkpoint_tune enter " cid=$D1%D4 }, \
30 { " checkpoint_tune exit " cid=$D1%D4 error=$D2 where=$D3 }, \
31 { " write_serv_obj_ckpt enter " servp=$D1 }, \
32 { " write_serv_obj_ckpt exit " servp=$D1 error=$D2 where=$D3 }, \
33 { " write_fsid_ckpt enter " fsidp=$D1 }, \
34 { " write_fsid_ckpt exit " fsidp=$D1 error=$D2 where=$D3 }, \
35 { " write_f_loc_ckpt enter " flp=$D1 }, \
36 { " write_f_loc_ckpt exit " flp=$D1 error=$D2 where=$D3 }, \
37 { " write_rnode_ckpt enter " rp=$D1 }, \
38 { " write_rnode_ckpt exit " rp=$D1 error=$D2 where=$D3 }, \
39 { " write_lock_owner_ckpt enter " clp=$D1 }, \
40 { " write_lock_owner_ckpt exit " clp=$D1 error=$D2 where=$D3 }, \
41 { " nfs_restart enter " cid=$D1%D4 }, \
42 { " restart record " cid=$D1%D4 type=$D2 }, \
43 { " nfs_restart exit " cid=$D1%D4 error=$D2 where=$D3 }, \
44 { " restart_server enter " cid=$D1%D4 }, \
45 { " restart_server exit " cid=$D1%D4 error=$D2 servp=$D3 where=$D4 }, \
46 { " restart_fsid enter " cid=$D1%D4 }, \
47 { " restart_fsid exit " cid=$D1%D4 error=$D2 fsid=$D3 where=$D4 }, \
48 { " fsid promote " cid=$D1%D4 fsidp=$D2 }, \
49 { " restart_rnode enter " cid=$D1%D4 }, \
50 { " restart_rnode exit " cid=$D1%D4 error=$D2 rp=$D3 where=$D4 }, \
51 { " restart_tune enter " cid=$D1%D4 }, \
52 { " restart_tune exit " cid=$D1%D4 error=$D2 where=$D3 }, \
53 { " update_server enter " servp=$D1 }, \
54 { " update_server exit " servp=$D1 error=$D2 where=$D3 }, \
55 { " update_fsid enter " cid=$D1%D4 }, \
56 { " update_fsid exit " cid=$D1%D4 error=$D2 fsidp=$D3 where=$D4 }, \
57 { " nfs_checkpoint_pre enter " cid=$D1%D4 }, \
58 { " nfs_checkpoint_pre exit " cid=$D1%D4 error=$D2 where=$D3 }, \
59 { " nfs_checkpoint_post enter " cid=$D1%D4 }, \
60 { " nfs_checkpoint_post exit " cid=$D1%D4 error=$D2 where=$D3 }, \
61 { " nfs_restart_pre enter " cid=$D1%D4 }, \
62 { " nfs_restart_pre exit " cid=$D1%D4 error=$D2 where=$D3 }, \
63 { " nfs_restart_post enter " cid=$D1%D4 }, \
64 { " nfs_restart_port exit " cid=$D1%D4 error=$D2 where=$D3 }, \
65 { " nfs4_open_restart enter " cid=$D1%D4 rp=$D2 }, \
66 { " nfs4_open_restart exit " cid=$D1%D4 rp=$D2 error=$D3 where=$D4 }, \
67 { " nfs4_lock_restart enter "cid=$D1%D4 rp=$D2 }, \
68 { " nfs4_lock_restart exit " cid=$D1%D4 rp=$D2 error=$D3 where=$D4 }, \
\* { " unknown subhook " id=$HD%UW }
2DE 2.0 'IPSEC_FILTER' \
$GENERIC, \
1 { \
" " W2 $HL%S1 \
}, \
0 { $HD%D1, \
1 {` Rule out of scope, outside of IF rule.`}, \
2 {` Rule out of scope, ELSE following an ELSE.`}, \
3 {` Rule out of scope, stray ENDIF.`}, \
4 {` ERROR parsing filter rules does not have a matching IF.`}, \
5 {` Unbalanced or incorrectly formed IF statements.`}, \
6 {` fltr_ioctl4: 1 memcpy_fltr_entry() xmalloc pinned_heap failed, rc = $D1.`}, \
7 {` fltr_ioctl4: 2 memcpy_fltr_entry xmalloc pinned_heap failed, rc = $D1.`}, \
8 {` fltr_ioctl4: 3 memcpy_fltr_entry copyin failed rcode = $D1, for pattern_name.`}, \
9 {` fltr_ioctl4: 4 memcpy_fltr_entry xmalloc pinned_heap failed, rc = $D1.`}, \
10 {` fltr_ioctl4: 5 memcpy_fltr_entry copyin failed rcode = $D1, for pattern_blk.`}, \
11 {` fltr_ioctl4: 6 memcpy_fltr_entry pattern_to_GSALsig failed.`}, \
12 {` Cannot create shun rule, netmalloc failure.`}, \
13 {` fltr_config() - CFG_TERM: open_cnt = $D1.`}, \
14 {` fltro6: Bad encapsulation - rejecting.`}, \
15 {` fltro6: Returning default value of (DENY = 0, PERMIT = 1): $D1`}, \
16 {` fltro6: Error scanning packet, rejecting.`}, \
17 {` W2 $HL%S1`}, \
18 {` W2 $HL%S1`}, \
19 {` W2 $HL%S1`}, \
21 {` W2 $HL%S1`}, \
22 {` W2 $HL%S1`}, \
23 {` fltro6: Does not match filter rule $D1: bad direction checking.`}, \
24 {` fltro6: Does not match filter rule $D1: rule is not not for fragment.`}, \
25 {` fltro6: Does not match filter rule $D1: rule is for fragment header.`}, \
26 {` fltro6: Does not match filter rule $D1: rule is for fragment.`}, \
27 {` fltro6: Does not match filter rule $D1: bad local packet.`}, \
28 {` fltro6: Does not match filter rule $D1: bad routed packet.`}, \
29 {` fltro6: Does not match filter rule $D1: bad adapter name.`}, \
30 {` fltro6: Does not match filter rule $D1: bad protocol.`}, \
31 {` fltro6: Does not match filter rule $D1: bad TCP ACK checking.`}, \
32 {` fltro6: Does not match filter rule $D1: bad TCP SYN checking.`}, \
33 {` fltro6: Does not match filter rule $D1: bad TCP FIN checking.`}, \
34 {` fltro6: Does not match filter rule $D1: bad TCP RST checking.`}, \
35 {` fltro6: Does not match filter rule $D1: bad TCP PUSH checking.`}, \
36 {` fltro6: Does not match filter rule $D1: bad TCP URG checking.`}, \
37 {` fltro6: Does not match filter rule $D1: bad TCP ECN_ECHO checking.`}, \
38 {` fltro6: Does not match filter rule $D1: bad TCP CWR checking.`}, \
39 {` fltro6: Does not match filter rule $D1: bad protocol checking.`}, \
40 {` fltro6: Does not match filter rule $D1: bad source address.`}, \
41 {` fltro6: Does not match filter rule $D1: bad destination address.`}, \
42 {` fltro6: Does not match filter rule $D1: no source port.`}, \
43 {` fltro6: Does not match filter rule $D1: bad source port.`}, \
44 {` fltro6: Does not match filter rule $D1: no destination port.`}, \
45 {` fltro6: Does not match filter rule $D1: bad destination port.`}, \
46 {` fltro6: Matched rule $D1, action is (DENY = 0, PERMIT = 1): $D2`}, \
47 {` fltro6: No rule match, choosing default of (DENY = 0, PERMIT = 1): $D1.`}, \
48 {` ipsec_get_hdr_size6: begin.`}, \
49 {` ipsec_get_hdr_size6: no interface in pcb, search ifnet list`}, \
50 {` ipsec_get_hdr_size4: found a matching adress.`}, \
51 {` ipsec_get_hdr_size6: no interface found, return $D1.`}, \
52 {` W2 $HL%S1`}, \
53 {` ipsec_get_hdr_size6: filter is not activated, return $D1.`}, \
54 {` ipsec_get_hdr_size6: tid = $D1.`}, \
55 {` ipsec_get_hdr_size6: return $D1.`}, \
56 {` fltri4: Rejecting malformed pkt could be an attack.`}, \
57 {` fltri4: Returning default action of (DENY = 0, PERMIT = 1): $D1.`}, \
58 {` fltri4: Rejecting pkt -- loopback violation.`}, \
59 {` fltri4: Rejecting pkt because optlen is out of range: $D1.`}, \
60 {` fltri4: Rejecting pkt because it has no associated adapter.`}, \
61 {` fltri4: Rejecting pkt because it is a fragment attack.`}, \
62 {` W2 $HL%S1`}, \
66 {` fltri4: Got pkt that does not match tid of rule: rtid=$D1, ptid=$D2.`}, \
67 {` W2 $HL%S1`}, \
70 {` fltri4: No match for filter rules-choosing default of (DENY = 0,PERMIT = 1):$D1.`},\
71 {` df_fltri4: begin.`}, \
72 {` df_fltri4: On demand tunnel does not exist.`}, \
73 {` df_fltri4: Got pkt that does not match tid of rule: rtid=$D1, ptid=$D2.`}, \
74 {` df_fltri4: found a matching rule.`}, \
75 {` NAT_Traversal_auxiliay_process: enter.`}, \
76 {` NAT_Traversal_auxiliay_process: ignore NAT keep alive packet.`}, \
77 {` NAT_Traversal_auxiliay_process: m_pullup.`}, \
78 {` NAT_Traversal_auxiliay_process: drop too short UDP-encapsulated ESP packet.`}, \
79 {` NAT_Traversal_auxiliay_process: remove UDP header.`}, \
80 {` NAT_Traversal_auxiliay_process: leave.`}, \
81 {` fltr6_config() - CFG_TERM: open_cnt = $D1.`}, \
82 {` ipsec_scan6_pkt: Ran out of mbufs in pkt in split. Dropping pkt.`}, \
83 {` ipsec_scan6_pkt: Ran out of mbufs in pkt. Dropping pkt.`}, \
84 {` ipsec_scan6_pkt: Ran out of mbufs in ADD_OFFSET.`}, \
85 {` psec_scan6_pkt: current_hdr is $D1, cur_mbuf_offset is $D2.`}, \
86 {` ipsec_scan6_pkt: Found fragment header.`}, \
87 {` ipsec_scan6_pkt: Fragment if6_off is $D1.`}, \
88 {` ipsec_scan6_pkt: Found TCP header.`}, \
89 {` ipsec_scan6_pkt: Source port is $D1.`}, \
90 {` ipsec_scan6_pkt: Dest port is $D1.`}, \
91 {` ipsec_scan6_pkt: tcp_flags is $D1.`}, \
92 {` ipsec_scan6_pkt: Found UCP header.`}, \
93 {` ipsec_scan6_pkt: Source port is $D1.`}, \
94 {` ipsec_scan6_pkt: Dest port is $D1.`}, \
95 {` ipsec_scan6_pkt: Found OSPF header.`}, \
96 {` ipsec_scan6_pkt: OSPF type is $D1`}, \
97 {` ipsec_scan6_pkt: Found ICMP header.`}, \
98 {` ipsec_scan6_pkt: ICMP code is $D1.`}, \
99 {` ipsec_scan6_pkt: ICMP type is $D1.`}, \
100{` ipsec_scan6_pkt: Found routing header.`}, \
101{` ipsec_scan6_pkt: Found DOPT header.`}, \
102{` ipsec_scan6_pkt: Found MH header.`}, \
103{` ipsec_scan6_pkt: Hit NHDR_NONH.`}, \
104{` ipsec_scan6_pkt: Found protocol ($D1).`}, \
105{` prepare_GSAL_sig: wrong input parameters.`}, \
106{` prepare_GSAL_sig: xmalloc(GSALsigList) failed.`}, \
107{` prepare_GSAL_sig: xmalloc(pattern_name) failed.`}, \
108{` prepare_GSAL_sig: plen <= 0.`}, \
109{` prepare_GSAL_sig: xmalloc(tmp_patt) failed.`}, \
110{` prepare_GSAL_sig: xmalloc(GSLArec) failed.`}, \
111{` prepare_GSAL_sig: xmalloc(jumprec) failed.`}, \
112{` prepare_GSAL_sig: xmalloc(GSALsig) failed.`}, \
113{` rm_GSALsig_list: input is NULL.`}, \
114{` gc_GSALsig_list: input is NULL.`}, \
115{` GSAL_search: net_malloc(buf) failed.`}, \
116{` W2 $HL%S1`}, \
117{` fltri6: Entrance.`}, \
118{` fltri6: Dropping packet - dest addr is ANYADDR.`}, \
119{` fltri6: Got tunnel ID in protect struct: $D1.`}, \
120{` fltri6: Returning default action of (DENY = 0, PERMIT = 1): $D1.`}, \
121{` fltri6: Rejecting pkt based on default action.`}, \
122{` fltri6: Dropping pkt - dst addr is loopback, but src is not.`}, \
123{` fltri6: ATTACK: V6 pkt received without an interface.`}, \
124{` fltri6: Could not determine interface for pkt -- dropping pkt.`}, \
125{` fltri6: Dropping pkt--cannot scan headers.`}, \
126{` fltri6: Dropping pkt - fragment is too small.`}, \
127{` W2 $HL%S1`}, \
133{` fltri6: Does not match filter rule $D1: bad direction checking.`}, \
134{` fltri6: Does not match filter rule $D1: bad fragment checking.`}, \
135{` fltri6: Does not match filter rule $D1: rule is for fragment header.`}, \
136{` fltri6: Does not match filter rule $D1: rule is for fragment.`}, \
137{` fltri6: Does not match filter rule $D1: bad source routed.`}, \
138{` fltri6: Does not match filter rule $D1: bad adapter.`}, \
139{` fltri6: Does not match filter rule $D1: bad local packet.`}, \
140{` fltri6: Does not match filter rule $D1: bad routed packet.`}, \
141{` fltri6: Does not match filter rule bad source address.`}, \
142{` fltri6: Does not match filter rule bad dest address.`}, \
143{` fltri6: Does not match filter rule $D1: bad protocol.`}, \
144{` fltri6: Does not match filter rule $D1: bad TCP ACK checking.`}, \
145{` fltri6: Does not match filter rule $D1: bad TCP SYN checking.`}, \
146{` fltri6: Does not match filter rule $D1: bad TCP FIN checking.`}, \
147{` fltri6: Does not match filter rule $D1: bad TCP RST checking.`}, \
148{` fltri6: Does not match filter rule $D1: bad TCP PUSH checking.`}, \
149{` fltri6: Does not match filter rule $D1: bad TCP URG checking.`}, \
150{` fltri6: Does not match filter rule $D1: bad TCP ECN_ECHO checking.`}, \
151{` fltri6: Does not match filter rule $D1: bad TCP CWR checking.`}, \
152{` fltri6: Does not match filter rule $D1: bad protocol checking.`}, \
153{` fltri6: Does not match filter rule $D1: no source port.`}, \
154{` fltri6: Does not match filter rule $D1: bad source port.`}, \
155{` fltri6: Does not match filter rule $D1: no dest port.`}, \
156{` fltri6: Does not match filter rule $D1: bad dest port.`}, \
157{` fltri6: Got pkt that does not match tid of rule: rtid=$D1, ptid=$D2.`}, \
158{` fltri6: Does not match filter rule $D1: bad security protocol.`}, \
159{` fltri6: No match for filter rules-- default is (DENY = 0, PERMIT = 1): $D1.`}, \
160{` df6_fltri6: begin.`}, \
161{` df6_fltri6: On demand tunnel does not exist.`}, \
162{` df_fltri6: Got pkt that does not match tid of rule: rtid=$D1, ptid=$D2.`}, \
163{` df6_fltri6: found a matching rule.`}, \
164{` fltr_ioctl4: cmd=SIOCGFWLVL4: Get filter module level: $D1.`}, \
165{` fltr_ioctl4: cmd=SIOCSFWINA4: Set default action.`}, \
166{` fltr_ioctl4: cmd=SIOCSFWINA4 failed copyin(arg) $D1.`}, \
167{` fltr_ioctl4: Setting default action to $D1.`}, \
168{` fltr_ioctl4: Bad action for SIOCSFWINA4.`}, \
169{` fltr_ioctl4: cmd=SIOCSFWINI4: Activate filter.`}, \
170{` fltr_ioctl4: cmd=SIOCSFWDBG4 failed copyin(arg) $D1.`}, \
171{` fltr_ioctl4: cmd=SIOCSFWDBG4: Set logging to $D1.`}, \
172{` fltr_ioctl4: No fwl_ptr in SIOCSFWDBG4: No logging space.`}, \
173{` fltr_ioctl4: cmd=SIOCSFWTBL4: Load filter rules.`}, \
174{` fltr_ioctl4: SIOCSFWTBL4: copyin(arg) == $D1.`}, \
175{` fltr_ioctl4: No filter table in SIOCSFWTBL4.`}, \
176{` fltr_ioctl4: Bad size of filter table for SIOCSFWTBL4.`}, \
177{` fltr_ioctl4: SIOCSFWTBL4: Could not allocate memory for new filter table.(2).`}, \
178{` fltr_ioctl4: SIOCSFWTBL4: Filter table copyin failed.`}, \
179{` fltr_ioctl4: SIOCSFWTBL4: Could not allocate memory for new fltr_bld.(1).`}, \
180{` fltr_ioctl4: SIOCSFWTBL4: Could not allocate memory for new fltr_bld.(2).`}, \
181{` fltr_ioctl4: SIOCSFWTBL4: Set logging to $D1.`}, \
182{` fltr_ioctl4: SIOCSFWTBL4: Cannot enable logging.`}, \
183{` SIOCSFWTBL4: Freeing old filter table.`}, \
184{` fltr_ioctl4: cmd=SIOCGFWTBL4: Retrieve filter rules.`}, \
185{` fltr_ioctl4: SIOCGFWTBL4: copyin(arg)=$D1.`}, \
186{` fltr_ioctl4: SIOCGFWTBL4: fit_inout.fit_ptr=NULL.`}, \
187{` fltr_ioctl4: SIOCGFWTBL4: bad fit_len.`}, \
188{` fltr_ioctl4: SIOCGFWTBL4: Copyout of segment table failed.`}, \
189{` fltr_ioctl4: SIOCGFWTBL4: failed to get shared lock.`}, \
190{` fltr_ioctl4: cmd=SIOCGFWETR4: Retrieve filter rules buffer.`}, \
191{` fltr_ioctl4: SIOCGFWETR4: copyin(arg) == $D1.`}, \
192{` fltr_ioctl4: SIOCGFWETR4: fltr_elem_ptr == NULL.`}, \
193{` fltr_ioctl4: SIOCGFWETR4: invalid size for rules.`}, \
194{` fltr_ioctl4: SIOCGFWETR4: fltr_entry copyout fail, len=$D1.`}, \
195{` fltr_ioctl4: SIOCGFWETR4: copyout fltr_exp_time failed on len=$D1.`}, \
196{` fltr_ioctl4: SIOCGFWETR4: fltr_timer copyout failed, len=$D1.`}, \
197{` fltr_ioctl4: SIOCGFWETR4: copyout failed, len=$D1.`}, \
198{` fltr_ioctl4: SIOCGFWETR4: failed to get shared lock.`}, \
199{` fltr_ioctl4: cmd=SIOCSFWCLR4: Deactivate filter.`}, \
200{` fltr_ioctl4: cmd=SIOCGFWLOG4: Retrieve log buffer.`}, \
201{` fltr_ioctl4: SIOCGFWLOG4: failed copyin(arg)=$D1.`}, \
202{` fltr_ioctl4: SIOCGFWLOG4: No buffer to obtain log.`}, \
203{` fltr_ioctl4: SIOCGFWLOG4: fltr_log_ptr = NULL.`}, \
204{` fltr_ioctl4: SIOCGFWLOG4: Bad fltr_log_length.`}, \
205{` fltr_ioctl4: SIOCGFWLOG4: Logging disabled and empty buffer.`}, \
206{` fltr_ioctl4: SIOCGFWLOG4: copyout failed.`}, \
207{` fltr_ioctl4: Invalid ioctl cmd.`}, \
208{` idMgrUCreateNewId: copyin failed.`}, \
209{` idMgrUCreateNewId: out of memory.`}, \
210{` idMgrUAddRules: failed copyin(args)=$D1.`}, \
211{` ENOMEM in idMgrUAddRules() trying to xmalloc pinned for $D1 rules.`}, \
212{` idMgrUAddRules: failed copyin(mdf_modf_rules)=$D1.`}, \
213{` idMgrUAddRules: rules have different Ids.`}, \
214{` idMgrUAddRules: out of memory.`}, \
215{` idMgrUAddRules: invalid Id.`}, \
216{` idMgrUAddRules: idAfter does not exist.`}, \
217{` idMgrUMoveId: id and idAfter are the same.`}, \
218{` idMgrUMoveId: invalid id.`}, \
219{` idMgrUMoveId: invalid idAfter.`}, \
220{` idMgrUMoveId: id_set(id) does not exist.`}, \
221{` idMgrUDelIds: no ids specified.`}, \
222{` idMgrUDelIds: not specified.`}, \
223{` idMgrUDelIds: n=0, nothing done.`}, \
224{` idMgrUDelIds: out of memory.`}, \
225{` idMgrUDelType: out of memory.`}, \
226{` idMgrUDelType: id_count=0, nothing to do.`}, \
227{` idMgrUGetTblEtr: failed copyin(arg) = $D1.`}, \
228{` ENOMEM in idMgrUGetTblEtr trying to xmalloc $D1 pinned.`}, \
229{` DELIDS e_tmp=df_malloc($D1).`}, \
230{` DELIDS c_tmp=df_malloc($D1).`}, \
231{` DELIDS newTbl=df_malloc($D1).`}, \
232{` idMgrUCreateNewId: table changed while growing, retry allocation.`}, \
233{` idMgrUCreateNewId: Using preallocated mem to grow table.`}, \
234{` idMgrUCreateNewId: preallocated memory not used.`}, \
235{` idMgrUCreateNewId: preallocated memory not used.`}, \
236{` idMgrUCreateNewId: table grow completed.`}, \
237{` idMgrUCreateNewId: freeing preallocated mem.`}, \
238{` filter_if_mpx in.`}, \
239{` filter_if_mpx out bad.`}, \
240{` filter_if_mpx out.`}, \
241{` filter_if_open.`}, \
242{` filter_if_open: Attempted kernel open.`}, \
243{` filter_if_close.`}, \
244{` filter_if_read.`}, \
245{` filter_if_ioctl.`}, \
246{` fltr6_ioctl: cmd=SIOCGFWLVL6 Get filter6 level: $D1.`}, \
247{` fltr6_ioctl: cmd=SIOCSFWINA6: Set default action.`}, \
248{` fltr_ioctl6: cmd=SIOCSFWINA6 failed copyin(arg) $D1.`}, \
249{` fltr6_ioctl: Setting default action to (DENY = 0, PERMIT = 1): $D1.`}, \
250{` fltr6_ioctl: SIOCSFWINA6: Bad action.`}, \
251{` fltr6_ioctl: cmd is SIOCSFWINI6: Activate filter6.`}, \
252{` fltr_ioctl6: cmd=SIOCSFWDBG6 failed copyin(arg) $D1.`}, \
253{` fltr6_ioctl: cmd is SIOCSFWDBG6: Setting logging on/off.`}, \
254{` fltr6_ioctl: SIOCSFWDBG6: No logging space available.`}, \
255{` fltr6_ioctl: cmd is SIOCSFWTBL6: Load filter table.`}, \
256{` fltr_ioctl4: SIOCSFWTBL6: copyin(arg) == $D1.`}, \
257{` fltr6_ioctl: No filter table in SIOCSFWTBL6.`}, \
258{` fltr6_ioctl: Bad size of filter table for SIOCSFWTBL6.`}, \
259{` fltr6_ioctl: Could not allocate memory for filter table.(2).`}, \
260{` fltr_ioctl6: SIOCSFWTBL6: copyin(set_filt_fltr_set_ptr.`}, \
261{` fltr_ioctl6: SIOCSFWTBL6: Could not allocate memory for new fltr_bld.(1).`}, \
262{` fltr_ioctl6: SIOCSFWTBL6: Could not allocate memory for new fltr_bld.(2).`}, \
263{` W2 $HL%S1`}, \
264{` `}, \
265{` W2 $HL%S1`}, \
266{` `}, \
267{` W2 $HL%S1`}, \
268{` `}, \
269{` W2 $HL%S1`}, \
270{` `}, \
271{` W2 $HL%S1`}, \
272{` W2 $HL%S1`}, \
273{` W2 $HL%S1`}, \
274{` fltr_ioctl6: SIOCSFWTBL6: Set logging to $D1.`}, \
275{` fltr_ioctl6: SIOCSFWTBL6: Cannot enable logging.`}, \
276{` SIOCSFWTBL6: Freeing old filter table.`}, \
277{` fltr6_ioctl: cmd is SIOCGFWTBL6: Retrieve filter table.`}, \
278{` fltr_ioctl6: SIOCGFWTBL6: copyin(arg)=$D1.`}, \
279{` fltr6_ioctl: SIOCGFWTBL6: fit_inout.fit_ptr == NULL.`}, \
280{` fltr6_ioctl: SIOCGFWTBL6: Bad fit_len.`}, \
281{` fltr6_ioctl: SIOCGFWTBL6: Copyout of segment table failed.`}, \
282{` fltr6_ioctl: SIOCGFWTBL6: failed to get shared lock.`}, \
283{` fltr_ioctl6: cmd=SIOCGFWETR6: Retrieve filter rules buffer.`}, \
284{` fltr_ioctl6: SIOCGFWETR6: copyin(arg) == $D1.`}, \
285{` fltr_ioctl6: SIOCGFWETR6: fltr_elem_ptr == NULL.`}, \
286{` fltr_ioctl6: SIOCGFWETR6: invalid size for rules.`}, \
287{` fltrioctl6: SIOCGFWETR4: fltr6_entry copyout fail, len=$D1.`}, \
288{` fltr_ioctl4: SIOCGFWETR4: copyout fltr_exp_time failed on len=$D1.`}, \
289{` fltr_ioctl4: SIOCGFWETR4: fltr_timer copyout failed, len=$D1.`}, \
290{` fltr_ioctl6: SIOCGFWETR6: copyout failed, len=$D1.`}, \
291{` fltr_ioctl6: SIOCGFWETR6: failed to get shared lock.`}, \
292{` fltr6_ioctl: ioctl cmd is SIOCSFWCLR6: Deactivate filter.`}, \
293{` fltr6_ioctl: ioctl cmd is SIOCGFWLOG6: Retrieve filter log.`}, \
294{` fltr_ioctl6: SIOCGFWLOG6: failed copyin(arg)=$D1.`}, \
295{` fltr6_ioctl: SIOCGFWLOG6: fltr_log_ptr == NULL.`}, \
296{` fltr6_ioctl: SIOCGFWLOG6: Bad fltr_log_lgth.`}, \
297{` fltr6_ioctl: SIOCGFWLOG6: Logging disabled/Empty buffer.`}, \
298{` fltr6_ioctl: SIOCGFWLOG6: Copyout failed.`}, \
299{` fltr_ioctl6: Invalid ioctl cmd.`}, \
300{` filter6_if_mpx in.`}, \
301{` filter6_if_mpx out bad.`}, \
302{` filter6_if_mpx out.`}, \
303{` filter6_if_open.`}, \
304{` filter6_if_open: Attempted kernel open.`}, \
305{` filter6_if_close.`}, \
306{` filter6_if_read.`}, \
307{` filter6_if_ioctl: Received ioctl cmd.`}, \
308{` fltro4: Received pkt without V4 addr struct in addr chain: rejecting pkt.`}, \
309{` fltro4: Using default filter action of (DENY = 0, PERMIT = 1): $D1.`}, \
310{` W2 $HL%S1`}, \
311{` `}, \
312{` W2 $HL%S1`}, \
313{` `}, \
314{` fltro4: fragment info ip_fragment=$D1, pkt_sport=$D2, pkt_dport=$D3.`}, \
315{` fltro4: Matched rule $D1, action is (DENY = 0, PERMIT = 1): $D2.`}, \
316{` fltro4: No rule match, will (DENY = 0, PERMIT = 1): $D1 packet.`}, \
317{` df_fltro4 begin.`}, \
318{` df_filtro4, rule_cnt==0...`}, \
319{` df_fltro4: On demand tunnel does not exist.`}, \
320{` df_fltro4: ACTIVE.`}, \
321{` df_fltro4: NEGOCIATING.`}, \
322{` df_fltro4: DORMANT.`}, \
323{` df_fltro4: Matched rule $D1, action is (DENY = 0, PERMIT = 1): $D2, tid=$D3.`}, \
324{` ipsec_get_hdr_size4: begin.`}, \
325{` ipsec_get_hdr_size4: inpcb is NULL, returning 0.`}, \
326{` ipsec_get_hdr_size4: no interface in pcb, search ifnet list.`}, \
327{` ipsec_get_hdr_size4: found a matching address.`}, \
328{` ipsec_get_hdr_size4: no interface found, return 0.`}, \
329{` ipsec_get_hdr_size4: loopback interface, return 0.`}, \
330{` W2 $HL%S1`}, \
331{` ipsec_get_hdr_size4: _fltr_out_chk rejects - returning 0.`}, \
332{` ipsec_get_hdr_size4: tid = $D1.`}, \
333{` ipsec_get_hdr_size4: return $D1.`}, \
334{` fltrochk6: df6_fltro6 begin.`}, \
335{` fltrochk6: fltro6: Does not match filter rule $D1: rule isn't not for fragment.`},\
336{` fltrochk6: fltro6: Does not match filter rule $D1: rule is for fragment header.`},\
337{` fltrochk6: fltro6: Does not match filter rule $D1: rule is for fragment.`}, \
338{` fltrochk6: df6_fltro6: On demand tunnel does not exist.`}, \
339{` fltrochk6: df6_fltro6: ACTIVE.`}, \
340{` fltrochk6: df6_fltro6: NEGOCIATING.`}, \
341{` fltrochk6: df6_fltro6: DORMANT.`}, \
342{` crypto_if: ipsec_utils_config() - CFG_TERM: csys_head or mac_head not empty.`}, \
343{` W2 $HL%S1`}, \
344{` W2 $HL%S1`}, \
\* { " unknown subhook " id=$HD%UW } \
}
2DF 1.0 'IPSEC_FILTER_INFO' \
$GENERIC, \
1 { \
" " W2 $HL%S1 \
}
2E0 1.0 'IPSEC_CAPSUL' \
$GENERIC, \
1 { \
" " W2 $HL%S1 \
}, \
0 { $HD%D1, \
601{` ah_1826_cap4: ENT s_mac_alg $D1.`}, \
602{` ah_1826_cap4: NO_HDR.`}, \
603{` ah_1826_cap4: NO_TC.`}, \
604{` ah_1826_cap4: smb->size = $D1.`}, \
605{` ah_1826_cap4: NO_OMBUF.`}, \
606{` ah_1826_cap4: NO_PAD.`}, \
607{` ah_1826_cap4: NO_STPI.`}, \
608{` ah_1826_cap4: BAD_ENC.`}, \
609{` ah_1826_cap4: ENCAP_SYS_LAST.`}, \
610{` ah_1826_cap4: NO_OHDR.`}, \
611{` ah_1826_cap4: NO_STPI 2.`}, \
612{` ah_1826_cap4: BAD_ENC 2.`}, \
613{` ah_1826_cap4: BAD_ENC 3.`}, \
614{` ah_1826_cap4: EXIT.`}, \
615{` ah_1826_cap4: ENT s_mac_alg $D1.`}, \
616{` ah_1826_cap4: NO_HDR.`}, \
617{` ah_1826_cap4: No tunnel cache entry.`}, \
618{` ah_1826_cap4: ah_len = $D1, rmb.sys->size = $D2.`}, \
619{` ah_1826_cap4: bad ip_len $D1.`}, \
620{` ah_1826_cap4: m_pullup() err, i_off = $D1.`}, \
621{` ah_1826_cap4: W2 $HL%S1\.`}, \
622{` ah_1826_cap4: ah_p->protocol = $D1, transport_mode = $D2, i_off = $D3, m_input_p->m_len = $D4.`}, \
623{` ah_1826_cap4: BLD_HDR.`}, \
624{` ah_1826_cap4: NO_NEW_HDR.`}, \
625{` ah_1826_cap4: protocol $D1, auth_data_len $D2.`}, \
626{` ah_1826_cap4: auth_data[0] = $D1.`}, \
627{` ah_1826_cap4: DECAP_SYS_MODE.`}, \
628{` ah_1826_cap4: NO_STPI.`}, \
629{` ah_1826_cap4: BAD_ENC.`}, \
630{` ah_1826_cap4: BAD_ENC 2.`}, \
631{` ah_1826_cap4: BAD_MAC.`}, \
632{` ah_1826_cap4: m_pullup() err.`}, \
633{` ah_1826_cap4: EXIT.`}, \
634{` ah_1826_cap4: Returning no-error code in error path.`}, \
635{` ah_1826_cap4: NO_CS, crypto_alg_id $D1.`}, \
636{` ah_1826_cap4: prepare_key() err.`}, \
637{` ah_rply_cap4: ENT s_mac_alg $D1.`}, \
638{` ah_rply_cap4: NO_HDR.`}, \
639{` ah_rply_cap4: NO_TC.`}, \
640{` ah_rply_cap4: NO_OMBUF.`}, \
641{` ah_rply_cap4: NO_PAD.`}, \
642{` ah_rply_cap4: NO_STPI.`}, \
643{` ah_rply_cap4: BAD_ENC.`}, \
644{` ah_rply_cap4: ENCAP_SYS_LAST.`}, \
645{` ah_rply_cap4: NO_OHDR.`}, \
646{` ah_rply_cap4: NO_STPI 2.`}, \
647{` ah_rply_cap4: BAD_ENC 2.`}, \
648{` ah_rply_cap4: BAD_ENC 3.`}, \
649{` ah_rply_cap4: EXIT.`}, \
650{` ah_rply_cap4: ENT s_mac_alg $D1.`}, \
651{` ah_rply_cap4: NO_HDR.`}, \
652{` ah_rply_cap4: no tunnel cache entry.`}, \
653{` ah_rply_cap4: bad ip_len $D1.`}, \
654{` ah_rply_cap4: m_pullup() err, i_off $D1.`}, \
655{` ah_rply_cap4: replay check failed.`}, \
656{` ah_rply_cap4: W2 $HL%S1`}, \
657{` ah_rply_cap4: BLD_HDR.`}, \
658{` ah_rply_cap4: NO_NEW_HDR.`}, \
659{` ah_rply_cap4: protocol $D1, auth_data_len $D2.`}, \
660{` ah_rply_cap4: auth_data[0] $D1.`}, \
661{` ah_rply_cap4: DECAP_SYS_MODE.`}, \
662{` ah_rply_cap4: NO_STPI.`}, \
663{` ah_rply_cap4: BAD_ENC.`}, \
664{` ah_rply_cap4: BAD_ENC 2.`}, \
665{` ah_rply_cap4: BAD_MAC.`}, \
666{` ah_rply_cap4: W2 $HL%S1`}, \
667{` ah_rply_cap4: W2 $HL%S1`}, \
668{` ah_rply_cap4: m_pullup() err.`}, \
669{` ah_rply_cap4: EXIT.`}, \
670{` ah_rply_cap4: Returning no-error code in error path.`}, \
1840{` ah_rply_cap4: _encap4(): incorrect salt size ($D1).`}, \
1841{` ah_rply_cap4: _encap4(): failed to get random data.`}, \
1842{` ah_rply_cap4: _decap4(): incorrect salt size ($D1).`}, \
671{` ah_rply_cap6: ah_rply_encap.`}, \
672{` ah_rply_cap6: transport_mode = $D1.`}, \
673{` ah_rply_cap6: no header.`}, \
674{` ah_rply_cap6: no tunnel cache.`}, \
675{` ah_rply_cap6: tunnel mode not supported for mobility packet with Home Address option.`}, \
676{` ah_rply_cap6: error in cap6_make_complete_ipv6_packet.`}, \
677{` ah_rply_cap6: ah_nh = $D1, size_before_ah = $D2.`}, \
678{` ah_rply_cap6: no mbuf.`}, \
679{` ah_rply_cap6: ah_hdr = 0x$D1.`}, \
680{` ah_rply_cap6: Transport mode.`}, \
681{` ah_rply_cap6: No padding.`}, \
682{` ah_rply_cap6: error in IP6_take_invariant.`}, \
683{` ah_rply_cap6: bad encapsulation.`}, \
684{` ah_rply_cap6: last encapsulation.`}, \
685{` ah_rply_cap6: no header.`}, \
686{` ah_rply_cap6: error in IP6_take_invariant.`}, \
687{` ah_rply_cap6: bad encapsulation.`}, \
688{` ah_rply_cap6: 1st and not last encapsulation.`}, \
689{` ah_rply_cap6: bad encapsulation.`}, \
690{` ah_rply_cap6: return OK.`}, \
691{` ah_rply_cap6: ah_rply_decap.`}, \
692{` ah_rply_cap6: error in cap6_make_complete_ipv6_packet.`}, \
693{` ah_rply_cap6: ah_decap6 - no header.`}, \
694{` ah_rply_cap6: ah_decap6: no tunnel cache entry.`}, \
695{` ah_rply_cap6: ah_decap6: size_before_ah = $D1.`}, \
696{` ah_rply_cap6: ah_decap6: ah_len = $D1.`}, \
697{` ah_rply_cap6: ah_decap6: bad len.`}, \
698{` ah_rply_cap6: ah_decap6: pullup error.`}, \
699{` ah_rply_cap6: ah_rply_decap6(): replay check failed.`}, \
700{` ah_rply_cap6: ah_decap6: mode = $D1.`}, \
701{` ah_rply_cap6: W2 $HL%S1`}, \
702{` ah_rply_cap6: ah_decap6: pullup error.`}, \
703{` ah_rply_cap6: ah_decap6: pullup error.`}, \
704{` ah_rply_cap6: ah_decap6: cannot allocate new hdr.`}, \
705{` ah_rply_cap6: ah_decap6: cannot allocate new cluster.`}, \
706{` ah_rply_cap6: ah_decap6: error in IP6_take_invariant.`}, \
707{` ah_rply_cap6: ah_decap6: bad decapsulation 1.`}, \
708{` ah_rply_cap6: ah_decap6: bad decapsulation 2.`}, \
709{` ah_rply_cap6: ah_decap6: bad MAC.`}, \
710{` ah_rply_cap6: ah_Decap6: bad pullup.`}, \
711{` ah_rply_cap6: ah_decap6: return OK.`}, \
712{` ah_rply_cap6: ah_decap6: Returning non-error code in error path.`}, \
713{` ah_rply_cap6: ah_init6: no cs.`}, \
714{` ah_rply_cap6: ah_init6: error prepare key.`}, \
1845{` ah_rply_cap6: _encap6(): incorrect salt size ($D1).`}, \
1846{` ah_rply_cap6: _encap6(): failed to get random data.`}, \
1847{` ah_rply_cap6: _decap6(): incorrect salt size ($D1).`}, \
715{` crypto_cap4_if: Searching for id $D1, fmt $D2, Current ID $D3, fmt $D4.`}, \
716{` crypto_cap4_if: ipsp_id_to_cap_sys(): Match Found.`}, \
717{` crypto_cap6_if: cap6_add_cap_sys().`}, \
718{` crypto_cap6_if: cap6_del_cap_sys().`}, \
719{` crypto_cap6_if: cap6_id_to_cap_sys().`}, \
720{` crypto_cap6_if: cap6_name_to_cap_sys().`}, \
721{` crypto_cap6_if: cap6_release_cap_sys().`}, \
722{` crypto_cap6_if: ipsec_cap6_config().`}, \
723{` crypto_cap6_if: ipsec_cap6_config(): err = $D1.`}, \
724{` esp_1829_cap4: esp_1829_encap4() ENT, s_enc_alg $D1.`}, \
725{` esp_1829_cap4: esp_1829_encap4() NO_HDR.`}, \
726{` esp_1829_cap4: esp_1829_encap4() NO_TC.`}, \
727{` esp_1829_cap4: esp_1829_encap4() NO_OMBUF.`}, \
728{` esp_1829_cap4: esp_1829_encap4() NO_PAD.`}, \
729{` esp_1829_cap4: esp_1829_encap4() LONG_STPI.`}, \
730{` esp_1829_cap4: esp_1829_encap4() BAD_ENC.`}, \
731{` esp_1829_cap4: esp_1829_encap4() esp said $D1, iv 0x$D2 0x$D3.`}, \
732{` esp_1829_cap4: esp_1829_encap4() NO_OHDR.`}, \
733{` esp_1829_cap4: esp_1829_encap4() EXIT.`}, \
734{` esp_1829_cap4: esp_1829_decap4() ENT, s_enc_alg $D1.`}, \
735{` esp_1829_cap4: esp_1829_decap4() m_debug_p->m_len $D1.`}, \
736{` esp_1829_cap4: esp_1829_decap4() no tunnel cache entry.`}, \
737{` esp_1829_cap4: esp_1829_decap4() HDR_LEN $D1.`}, \
738{` esp_1829_cap4: esp_1829_decap4: invalid output_len ($D1).`}, \
739{` esp_1829_cap4: esp_1829_decap4() bad output_len $D1.`}, \
740{` esp_1829_cap4: esp_1829_decap4() NO_OMBUF.`}, \
741{` esp_1829_cap4: esp_1829_decap4() init_vector 0x$D1 0x$D2.`}, \
742{` esp_1829_cap4: esp_1829_decap4() BAD_ENC.`}, \
743{` esp_1829_cap4: esp_1829_decap4() BAD padding_len $D1.`}, \
744{` esp_1829_cap4: W2 $HL%S1`}, \
745{` esp_1829_cap4: esp_1829_decap4() PULLUP_ERR.`}, \
746{` esp_1829_cap4: esp_1829_decap4() NO_HMBUF.`}, \
747{` esp_1829_cap4: esp_1829_decap4() PULLUP_ERR.`}, \
748{` esp_1829_cap4: esp_1829_decap4() EXIT.`}, \
749{` esp_1829_cap4: esp_1829_decap4() exit bad.`}, \
750{` esp_1829_cap4: esp_1829_decap4() exit bad1.`}, \
751{` esp_1829_cap4: esp_1829_decap4: Returning non-error code in error path.`}, \
752{` esp_init: esp_1829_init4(): ipsp_id_to_kernel_crypto_sys() err.`}, \
753{` esp_init: esp_1829_init4(): crypto_alg_id $D1.`}, \
754{` esp_init: esp_1829_init4(): prepare_key() err.`}, \
755{` esp_init: esp_rply_init4() crypto_sys not found.`}, \
756{` esp_init: esp_rply_init4() Prepare key for DES failed.`}, \
757{` esp_init: esp_rply_init4() No encap_sys for mac.`}, \
758{` esp_init: esp_rply_init4() No mac system found for $D1.`}, \
759{` esp_init: esp_rply_init4() No encap_sys for mac.`}, \
760{` esp_init: esp_rply_init4() Prepare key for receiver ESP_AH failed.`}, \
761{` esp_init: esp_rply_init4() Prepare key for receiver ESP_AH failed.`}, \
762{` esp_init6: esp_init6: ipsp_id_to_kernel_crypto_sys() err.`}, \
763{` esp_init6: esp_init6: crypto_alg_id $D1.`}, \
764{` esp_init6: esp_init6: prepare_key() err.`}, \
765{` esp_init6: esp_rply_init6() crypto_sys not found.`}, \
766{` esp_init6: esp_rply_init6() Prepare key for DES failed.`}, \
767{` esp_init6: esp_rply_init6() Prepare key for DES failed.`}, \
768{` esp_init6: esp_rply_init6() No encap_sys for mac.`}, \
769{` esp_init6: esp_rply_init6() No mac system found for $D1.`}, \
770{` esp_init6: esp_rply_init6() Prepare key for receiver ESP_AH failed.`}, \
771{` esp_init6: esp_rply_init6() Prepare key for receiver ESP_AH failed.`}, \
772{` esp_rply_cap4: esp_rply_encap4(): ENT tunnel_cache_p->s_enc_alg $D1.`}, \
773{` esp_rply_cap4: esp_rply_encap4(): NO_HDR.`}, \
774{` esp_rply_cap4: esp_rply_encap4(): NO_TC.`}, \
775{` esp_rply_cap4: esp_rply_encap4(): NO_OMBUF.`}, \
776{` esp_rply_cap4: esp_rply_encap4(): Could not allocate pad.`}, \
777{` esp_rply_cap4: esp_rply_encap4(): no esp_hdr_p.`}, \
778{` esp_rply_cap4: esp_rply_encap4(): no m_digest_p.`}, \
779{` esp_rply_cap4: esp_rply_encap4(): Could not allocate udp_hdr.`}, \
780{` esp_rply_cap4: esp_rply_encap4(): LONG_STPI.`}, \
781{` esp_rply_cap4: esp_rply_encap4(): Pad length is $D1.`}, \
782{` esp_rply_cap4: esp_rply_encap4(): m_copy on null encrypt failed.`}, \
783{` esp_rply_cap4: esp_rply_encap4(): BAD_ENC.`}, \
784{` esp_rply_cap4: esp_rply_encap4(): esp_p said $D1 iv 0x$D2 0x$D3.`}, \
785{` esp_rply_cap4: esp_rply_encap4(): authentication failed.`}, \
786{` esp_rply_cap4: esp_rply_encap4(): MD5 digest = $D1 $D2 $D3.`}, \
787{` esp_rply_cap4: esp_rply_encap4(): NO_OHDR.`}, \
788{` esp_rply_cap4: esp_rply_encap4(): Add NATT UDP header.`}, \
789{` esp_rply_cap4: esp_rply_encap4(): EXIT.`}, \
790{` esp_rply_cap4: esp_rply_decap4(): ENT tunnel_cache_p->r_enc_alg $D1.`}, \
791{` esp_rply_cap4: esp_rply_decap4(): dm->m_len $D1.`}, \
792{` esp_rply_cap4: esp_rply_encap4(): no tunnel cache entry.`}, \
793{` esp_rply_cap4: esp_rply_decap4(): HDR_LEN $D1.`}, \
794{` esp_rply_cap4: esp_rply_decap4(): Payload length is $D1.`}, \
795{` esp_rply_cap4: esp_rply_decap4(): BAD_LEN for payload_len $D1.`}, \
796{` esp_rply_cap4: esp_rply_decap4(): ip_hdr_len = $D1, m_input_p->m_len = $D2.`}, \
797{` esp_rply_cap4: esp_rply_decap4(): authen func failed.`}, \
798{` esp_rply_cap4: W2 $HL%S1`}, \
799{` esp_rply_cap4: W2 $HL%S1`}, \
800{` esp_rply_cap4: esp_rply_decap4(): NO_OMBUF.`}, \
801{` esp_rply_cap4: esp_rply_decap4(): iv 0x$D1 0x$D2.`}, \
802{` esp_rply_cap4: esp_rply_decap4(): BAD_ENC.`}, \
803{` esp_rply_cap4: esp_rply_decap4(): m_copy on null decrypt failed.`}, \
804{` esp_rply_cap4: esp_rply_decap4(): Bad Payload i = $D1.`}, \
805{` esp_rply_cap4: W2 $HL%S1`}, \
806{` esp_rply_cap4: esp_rply_decap4(): PULLUP_ERR.`}, \
807{` esp_rply_cap4: esp_rply_decap4(): NO_HMBUF.`}, \
808{` esp_rply_cap4: esp_rply_decap4(): HPULLUP_ERR.`}, \
809{` esp_rply_cap4: esp_rply_decap4(): Returning non-error code in error path.`}, \
1800{` esp_rply_cap4: _encap4(): incorrect salt size ($D1).`}, \
1801{` esp_rply_cap4: _encap4(): Could not allocate esp_esn_hdr.`}, \
1802{` esp_rply_cap4: _encap4(): combined mode (ESN) encryption failed.`}, \
1803{` esp_rply_cap4: _encap4(): combined mode encryption failed.`}, \
1804{` esp_rply_cap4: _encap4(): m_copy (GMAC) failed.`}, \
1805{` esp_rply_cap4: _encap4(): combined mode GMAC (ESN) failed.`}, \
1806{` esp_rply_cap4: _encap4(): combined mode GMAC failed.`}, \
1807{` esp_rply_cap4: _encap4(): unsupported combined mode, alg_id = $D1.`}, \
1810{` esp_rply_cap4: _decap4(): incorrect salt size ($D1).`}, \
1811{` esp_rply_cap4: _decap4(): Could not allocate esp_hdr.`}, \
1812{` esp_rply_cap4: _decap4(): Could not allocate output buffer n.`}, \
1813{` esp_rply_cap4: _decap4(): combined mode decryption failed.`}, \
1814{` esp_rply_cap4: _decap4(): m_copy (GMAC) failed.`}, \
1815{` esp_rply_cap4: _decap4(): combined mode GMAC (ESN) failed.`}, \
1816{` esp_rply_cap4: _decap4(): combined mode GMAC failed.`}, \
1817{` esp_rply_cap4: _decap4(): unsupported combined mode, alg_id = $D1.`}, \
810{` esp_rply_cap6: _encap6(): Entrance: transport_mode = $D1.`}, \
811{` esp_rply_cap6: _encap6(): no header.`}, \
812{` esp_rply_cap6: _encap6(): tunnel mode not supported for mobility packet with Home Address option.`}, \
813{` esp_rply_cap6: _encap6(): error in cap6_make_complete_ipv6_packet.`}, \
814{` esp_rply_cap6: _encap6(): size_before_esP = $D1.`}, \
815{` esp_rply_cap6: _encap6(): no tunnel cache supplied.`}, \
816{` esp_rply_cap6: _encap6(): input_len = $D1, ip6_len = $D2, output_len = $D3.`}, \
817{` esp_rply_cap6: _encap6(): no mbuf for tmp_n_p.`}, \
818{` esp_rply_cap6: _encap6(): No mbuf for padding_p.`}, \
819{` esp_rply_cap6: _encap6(): no esp_hdr_p allocated.`}, \
820{` esp_rply_cap6: _encap6(): no m_digest_p allocated -- dropping pkt.`}, \
821{` esp_rply_cap6: _encap6(): Long stpi.`}, \
822{` esp_rply_cap6: _encap6(): padding_p->m_len = $D1, output_len = $D2.`}, \
823{` esp_rply_cap6: _encap6(): m_copy on null encrypt failed.`}, \
824{` esp_rply_cap6: _encap6(): encryption failed.`}, \
825{` esp_rply_cap6: _encap6(): Added ESP hdr; output_len = $D1.`}, \
826{` esp_rply_cap6: _encap6(): auth alg failed.`}, \
827{` esp_rply_cap6: _encap6(): ESP Auth Digest (part) is 0x$D1, AUTH_LEN is $D2.`}, \
828{` esp_rply_cap6: _encap6(): Added digest, output_len now $D1.`}, \
829{` esp_rply_cap6: _encap6(): transport mode.`}, \
830{` esp_rply_cap6: _encap6(): 2nd or last encapsulation, Set ip6_len to $D1.`}, \
831{` esp_rply_cap6: _encap6(): output_len with V6 hdr is $D1.`}, \
832{` esp_rply_cap6: _encap6(): 1st and not last encapsulation.`}, \
833{` esp_rply_cap6: _encap6(): return 0 output_len = $D1.`}, \
834{` esp_rply_cap6: _decap6(): no tunnel cache entry.`}, \
835{` esp_rply_cap6: _decap6(): hdr_len is $D1, block_len = $D2.`}, \
836{` esp_rply_cap6: _decap6(): output_len w/o iphdr or esphdr is $D1.`}, \
837{` esp_rply_cap6: _decap6(): remb.sys->alg_id was SEC_TUNNEL_HMAC_MD5 -- subtracting $D1 from $D2.`}, \
838{` esp_rply_cap6: _decap6(): bad len: $D1.`}, \
839{` esp_rply_cap6: _decap6(): took digest at offset $D1, digest (part) is 0x$D2.`}, \
840{` esp_rply_cap6: _decap6(): ESP auth func failed.`}, \
841{` esp_rply_cap6: _decap6(): calculated digest (part) is 0x$D1.`}, \
842{` esp_rply_cap6: _decap6(): auth digest compare error.`}, \
843{` esp_rply_cap6: _decap6(): mbuf failure for decrypted_data_p.`}, \
844{` esp_rply_cap6: _decap6(): decryption failed.`}, \
845{` esp_rply_cap6: _decap6(): m_copy on null decrypt failed.`}, \
846{` esp_rply_cap6: _decap6(): decryption succedded, but no data,mbuf len = 0.`}, \
847{` esp_rply_cap6: _decap6(): invalid padding length.`}, \
848{` esp_rply_cap6: _decap6(): invalid padding length.`}, \
849{` esp_rply_cap6: _decap6(): non conform padding received in ESP.`}, \
850{` esp_rply_cap6: W2 $HL%S1`}, \
851{` esp_rply_cap6: _decap6(): After removing padding, output_len = $D1.`}, \
852{` esp_rply_cap6: _decap6(): transport mode.`}, \
853{` esp_rply_cap6: _decap6(): pullup error.`}, \
854{` esp_rply_cap6: _decap6(): tunnel mode.`}, \
855{` esp_rply_cap6: _decap6(): no mbuf.`}, \
856{` esp_rply_cap6: _decap6(): error pullup.`}, \
857{` esp_rply_cap6: _decap6(): return 0.`}, \
858{` esp_rply_cap6: _decap6(): Returning non-error code in error path.`}, \
1820{` esp_rply_cap6: _encap6(): incorrect salt size ($D1).`}, \
1821{` esp_rply_cap6: _encap6(): Could not allocate esp_esn_hdr.`}, \
1822{` esp_rply_cap6: _encap6(): combined mode (ESN) encryption failed.`}, \
1823{` esp_rply_cap6: _encap6(): combined mode encryption failed.`}, \
1824{` esp_rply_cap6: _encap6(): m_copy (GMAC) failed.`}, \
1825{` esp_rply_cap6: _encap6(): combined mode GMAC (ESN) failed.`}, \
1826{` esp_rply_cap6: _encap6(): combined mode GMAC failed.`}, \
1827{` esp_rply_cap6: _encap6(): unsupported combined mode, alg_id = $D1.`}, \
1830{` esp_rply_cap6: _decap6(): incorrect salt size ($D1).`}, \
1831{` esp_rply_cap6: _decap6(): Could not allocate esp_hdr.`}, \
1832{` esp_rply_cap6: _decap6(): Could not allocate output buffer.`}, \
1833{` esp_rply_cap6: _decap6(): combined mode decryption failed.`}, \
1834{` esp_rply_cap6: _decap6(): m_copy (GMAC) failed.`}, \
1835{` esp_rply_cap6: _decap6(): combined mode GMAC (ESN) failed.`}, \
1836{` esp_rply_cap6: _decap6(): combined mode GMAC failed.`}, \
1837{` esp_rply_cap6: _decap6(): unsupported combined mode, alg_id = $D1.`}, \
859{` ip6_invariant: IP6_take_invariant().`}, \
860{` ip6_invariant: IP6_take_invariant(): no input packet.`}, \
861{` ip6_invariant: IP6_take_invariant(): cannot allocate mbuf.`}, \
862{` ip6_invariant: IP6_take_invariant(): cannot allocate cluster.`}, \
863{` ip6_invariant: IP6_take_invariant(): processing options.`}, \
864{` ipsec_cap4: ipsp_encapsulate(): tunnel $D1 has no tunnel cache entry.`}, \
865{` ipsec_cap4: ipsp_encapsulate(): ipsp_get_mbuf failed.`}, \
866{` ipsec_cap4: ipsp_encapsulate(): addr mismatch.`}, \
867{` ipsec_cap4: ipsp_encapsulate(): ESP lifesize reached.`}, \
868{` ipsec_cap4: ipsp_encapsulate(): AH lifesize reached.`}, \
869{` ipsec_cap4: ipsp_encapsulate(): MLEN $D1.`}, \
870{` ipsec_cap4: ipsp_encapsulate(): OLEN $D1.`}, \
871{` ipsec_cap4: ipsp_encapsulate(): failed to add SA for on-the-fly hardware encryption.`}, \
872{` ipsec_cap4: ipsp_decapsulate(): found offload mbuf, but not adapter struct.`}, \
873{` ipsec_cap4: ipsp_decapsulate(): illegal offload mbuf type: $D1.`}, \
874{` ipsec_cap4: ipsp_decapsulate(): STRIPS_HEADERS not handled yet.`}, \
875{` ipsec_cap4: ipsp_decapsulate(): offload mbuf but next proto = $D1.`}, \
876{` ipsec_cap4: ipsp_decapsulate(): ip_len $D1 hlen $D2.`}, \
877{` ipsec_cap4: ipsp_decapsulate(): ip_len $D1 hlen $D2.`}, \
878{` ipsec_cap4: ipsp_decapsulate(): m_pullup returned 0.`}, \
879{` ipsec_cap4: ipsp_decapsulate(): ip_len $D1 too short.`}, \
880{` ipsec_cap4: ipsp_decapsulate(): ip_hdr_len = $D1 ip_hdr_addr = $D2.`}, \
881{` ipsec_cap4: ipsp_decapsulate(): short pullup.`}, \
882{` ipsec_cap4: ipsp_decapsulate(): SAID = $D1, tc_get_flag = $D2, esp = $D3.`}, \
883{` ipsec_cap4: ipsp_decapsulate(): NO TC, said $D1.`}, \
884{` ipsec_cap4: ipsp_decapsulate(): W2 $HL%S1`}, \
885{` ipsec_cap4: ipsp_decapsulate(): Reloading SA due to rcv_missed_count: tid = 0x$D1, entry = $D2.`}, \
886{` ipsec_cap4: ipsp_decapsulate(): NDD call to modify tid 0x$D1 in entry $D2 failed.`}, \
887{` ipsec_cap4: ipsp_decapsulate(): ESP lifesize reached.`}, \
888{` ipsec_cap4: ipsp_decapsulate(): AH lifesize reached.`}, \
889{` ipsec_cap4: ipsp_decapsulate(): mismatch of nested tunnel ids.`}, \
890{` ipsec_cap4: ipsp_decapsulate(): offload mbuf len = $D1.`}, \
891{` ipsec_cap4: ipsp_decapsulate(): bad offload status = 0x$D1.`}, \
892{` ipsec_cap4: ipsp_decapsulate(): offload entry $D1 does not match tunnel cache.`}, \
893{` ipsec_cap4: ipsp_decapsulate(): offload esp err $D1.`}, \
894{` ipsec_cap4: ipsp_decapsulate(): offload ah err $D1.`}, \
895{` ipsec_cap4: ipsp_decapsulate(): decap err $D1.`}, \
896{` ipsec_cap4: ipsp_decapsulate(): MLEN $D1.`}, \
897{` ipsec_cap4: ipsp_decapsulate(): OLEN $D1.`}, \
898{` ipsec_cap4: ipsp_decapsulate(): NOTME.`}, \
899{` ipsec_cap4: ipsp_decapsulate(): decap\'d policy doesn\'t match stored policy.`}, \
900{` ipsec_cap4: ipsp_decapsulate(): decap\'d policy mismatch with stored policy t:$D1 d:$D2.`}, \
901{` ipsec_cap4: ipsp_decapsulate(): NO TC, said $D1.`}, \
902{` ipsec_cap6: cap6_input().`}, \
903{` ipsec_cap6: cap6_make_complete_ipv6_packet(): cannot invert mbuf chain.`}, \
904{` ipsec_cap6: cap6_make_complete_ipv6_packet(): cannot allocate mbuf.`}, \
905{` ipsec_cap6: cap6_make_complete_ipv6_packet(): cannot allocate cluster.`}, \
906{` ipsec_cap6: cap6_make_complete_ipv6_packet(): cannot invert mbuf chain.`}, \
907{` ipsec_cap6: cap6_encapulate().`}, \
908{` ipsec_cap6: cap6_encapsulate(): no tunnel cache.`}, \
909{` ipsec_cap6: cap6_encapsulate(): no hdr for 2nd IP hdr.`}, \
910{` ipsec_cap6: cap6_encapsulate(): addr mismatch for transport mode.`}, \
911{` ipsec_cap6: cap6_encapsulate(): ESP lifesize reached.`}, \
912{` ipsec_cap6: cap6_encapsulate(): AH lifesize reached.`}, \
913{` ipsec_cap6: cap6_encapsulate(): success.`}, \
914{` ipsec_cap6: IP6_packet_for_me().`}, \
915{` ipsec_cap6: cap6_decapsulate().`}, \
916{` ipsec_cap6: cap6_decapsulate(): [1]: ip_header_p->ip6_len = $D1.`}, \
917{` ipsec_cap6: cap6_decapsulate(): bad len.`}, \
918{` ipsec_cap6: cap6_decapsulate(): pullup error.`}, \
919{` ipsec_cap6: cap6_decapsulate(): decap begin.`}, \
920{` ipsec_cap6: cap6_decapsulate(): said=0x$D1, tunnel_id spec=$D2, tc_get_flag=$D3.`}, \
921{` ipsec_cap6: cap6_decapsulate(): no tunnel cache.`}, \
922{` ipsec_cap6: cap6_decapsulate(): no tunnel cache.`}, \
923{` ipsec_cap6: ipsp_decapsulate(): ESP lifesize reached.`}, \
924{` ipsec_cap6: ipsp_decapsulate(): AH lifesize reached.`}, \
925{` ipsec_cap6: cap6_decapsulate(): decapsulation error.`}, \
926{` ipsec_cap6: cap6_decapsulate(): ip_header_p->ip6_nh=$D1.`}, \
927{` ipsec_cap6: cap6_decapsulate(): decapsulation done.`}, \
928{` ipsec_cap6: cap6_decapsulate(): doing second decapsulation.`}, \
929{` ipsec_cap6: cap6_decapsulate(): decapsulated policy does not match stored policy.`}, \
930{` ipsec_cap6: cap6_decapsulate(): decapsulated policy order mismatch.`}, \
931{` ipsec_cap6: cap6_decapsulate(): return 0.`}, \
932{` ipsec_cap6: cap6_decapsulate(): NO TC, said $D1.`}, \
933{` ipsec_cap6: cap6_decapsulate(): bad decapsulation.`}, \
934{` ipsec_offload4: psec_offload_callback: ndd = 0x$D1.`}, \
935{` ipsec_offload4: ipsec_offload_callback: ndd offload not set in flags = 0x$D1.`}, \
936{` ipsec_offload4: ipsec_offload_callback: adapter_head = 0x$D1.`}, \
937{` ipsec_offload4: ipsec_offload_callback: no adapter struct.`}, \
938{` ipsec_offload4: ipsec_offload_callback: Unknown command = $D1.`}, \
939{` ipsec_offload4: ipsec_offload_adapter_p(): ndd_to_dev: Offload QUERY failed.`}, \
940{` ipsec_offload4: ipsec_offload_adapter_p(): ndd_to_dev: net_malloc returned NULL.`}, \
941{` ipsec_offload4: ndd_to_dev: init_dev_dep_functions returned error.`}, \
942{` ipsec_offload4: ndd_to_dev: offload REGISTER callback failed.`}, \
943{` ipsec_offload4: ipsec_SA_offloaded: failed to add SA for tid 0x$D1 in entry $D2.`}, \
944{` ipsec_offload4: ipsec_offload_dev_dep_data_change: can't find old adapter.`}, \
945{` ipsec_offload4: ipsec_offload_dev_dep_data_change: can't find new adapter.`}, \
946{` ipsec_offload4: ipsec_offload_dev_dep_data_change: can't find tunnel cache entry for tid 0x$D1.`}, \
947{` ipsec_offload4: ipsec_offload_dev_dep_data_change: undo failed.`}, \
948{` ipsec_offload4: ipsec_offload_esp_decap: pdev = 0x$D1 tc_p=0x$D2.`}, \
949{` ipsec_offload4: ipsec_offload_esp_decap: no ESP, status = 0x$D1.`}, \
950{` ipsec_offload4: ipsec_offload_esp_decap: adapter didn't do ESP - alg = $D1, status = 0x$D2.`}, \
951{` ipsec_offload4: ipsec_offload_esp_decap: invalid payload_len ($D1).`}, \
952{` ipsec_offload4: ipsec_offload_esp_decap: encrypt len ($D1) not multiple of 8.`}, \
953{` ipsec_offload4: ipsec_offload_esp_decap: chk_replay_window failed.`}, \
954{` ipsec_offload4: ipsec_offload_esp_decap: auth alg = $D1, status = 0x$D2.`}, \
955{` ipsec_offload4: ipsec_offload_esp_decap: m_copy failed.`}, \
956{` ipsec_offload4: ipsec_offload_esp_decap: pad_len ($D1) >= enc len ($D2).`}, \
957{` ipsec_offload4: ipsec_offload_esp_decap: header mismatch - transport = $D1, proto = $D2.`}, \
958{` ipsec_offload4: ipsec_offload_esp_decap: m_pullup failed, len = $D1.`}, \
959{` ipsec_offload4: ipsec_offload_esp_decap: ipsp_get_mbuf failed.`}, \
960{` ipsec_offload4: ipsec_offload_esp_decap: m_pullup (2) failed, len = $D1.`}, \
961{` ipsec_offload4: ipsec_offload_ah_decap: pdev = 0x$D1 tc_p=0x$D2.`}, \
962{` ipsec_offload4: ipsec_offload_ah_decap: bad offload status = 0x$D1.`}, \
963{` ipsec_offload4: ipsec_offload_ah_decap: No mbuf header.`}, \
964{` ipsec_offload4: ipsec_offload_ah_decap: bad ip_len = $D1.`}, \
965{` ipsec_offload4: ipsec_offload_ah_decap: m_pullup failed, len = $D1.`}, \
966{` ipsec_offload4: ipsec_offload_ah_decap: chk_replay_window failed.`}, \
967{` ipsec_offload4: ipsec_offload_ah_decap: header mismatch - transport = $D1, proto = $D2.`}, \
968{` ipsec_offload4: ipsec_offload_ah_decap: m_gethdr failed.`}, \
969{` ipsec_offload4: ipsec_offload_ah_decap: m_pullup (2) failed, size = $D1.`}, \
970{` ipsec_offload4: esp_rply_add_headers4() ENT tunnel_cache_p->s_enc_alg $D1.`}, \
971{` ipsec_offload4: esp_rply_add_headers4() NO_HDR.`}, \
972{` ipsec_offload4: esp_rply_add_headers4() NO_TC.`}, \
973{` ipsec_offload4: esp_rply_add_headers4() Could not allocate pad.`}, \
974{` ipsec_offload4: esp_rply_add_headers4:no esp_hdr_p.`}, \
975{` ipsec_offload4: esp_rply_add_headers4:no m_digest_p.`}, \
976{` ipsec_offload4: esp_rply_add_headers4() LONG_STPI.`}, \
977{` ipsec_offload4: esp_rply_add_headers4: Pad length is $D1.`}, \
978{` ipsec_offload4: esp_rply_add_headers4() m_copy failed.`}, \
979{` ipsec_offload4: esp_rply_add_headers4() esp_p said $D1.`}, \
980{` ipsec_offload4: esp_rply_add_headers4(): unsupported xmt offload capability: AH transport inside ESP transport.`}, \
981{` ipsec_offload4: esp_rply_add_headers4() NO_OHDR.`}, \
982{` ipsec_offload4: esp_rply_add_headers4() EXIT.`}, \
983{` ipsec_offload4: ah_rply_add_headers4() ENT s_mac_alg $D1.`}, \
984{` ipsec_offload4: ah_rply_add_headers4() NO_HDR.`}, \
985{` ipsec_offload4: ah_rply_add_headers4() NO_TC.`}, \
986{` ipsec_offload4: ah_rply_add_headers4() NO_OMBUF.`}, \
987{` ipsec_offload4: ah_rply_add_headers4() NO_PAD.`}, \
988{` ipsec_offload4: ah_rply_add_headers4() ENCAP_SYS_LAST.`}, \
989{` ipsec_offload4: ah_rply_add_headers4() NO_OHDR.`}, \
990{` ipsec_offload4: ah_rply_add_headers4() EXIT.`}, \
991{` replay: chk_replay_window: Got sequence number of 0.`}, \
992{` replay: chk_replay_window: seq=$D1, replay_p->cnt=$D2, bitmap=0x$D3.`}, \
993{` replay: update_replay_window: received seq == 0.`}, \
994{` replay: update_replay_window: bitmap=0x$D1, replay_p->cnt=$D2, seq=$D3.`}, \
995{` replay: chk_replay_window: replay_p is NULL. ` }, \
996{` replay: update_replay_window: replay_p is NULL. ` }, \
\* { " unknown subhook " id=$HD%UW } \
}
2E1 1.0 'IPSEC_CAPSUL_INFO' \
$GENERIC, \
1 { \
" " W2 $HL%S1 \
}
2E2 1.0 'IPSEC_CRYPTO' \
$GENERIC, \
1 { \
" " W2 $HL%S1 \
}, \
0 { $HD%D1, \
1201{` pkt_hmac_prepare_key() mb = NULL. `}, \
1202{` pkt_hmac_prepare_key() invalid parameter vaule for key. klen = $D1. `}, \
1203{` pkt_hmac_prepare_key() CLiC_hmac_new failed, err = $D1. `}, \
1204{` pkt_hmac_free_mem() CLiC_dispose failed, err = $D1. `}, \
1205{` pkt_hmac() mb = NULL. `}, \
1206{` pkt_hmac() min = NULL. `}, \
1207{` pkt_hmac() hmac = NULL. `}, \
1208{` pkt_hmac() ilen <= i_off. ilen = $D1, i_off = $D2. `}, \
1209{` pkt_hmac() mb->aux_data.content is NULL. `}, \
1211{` pkt_hmac() CLiC_copy failed, err = $D1.`}, \
1212{` pkt_hmac() next mbuf is NULL. `}, \
1213{` pkt_hmac() CLiC_hmac_update failed, err = $D1. len = $D2.`}, \
1214{` pkt_hmac() m->m_next =NULL. `}, \
1215{` pkt_hmac() CLiC_hmac_update/final failed, err = $D1.`}, \
1216{` pkt_hmac() CLiC_dispose failed, err = $D1.`}, \
1251{` hmac_md5: hmac_pkt_md5() pkt_hmac failed. `}, \
1252{` hmac_md5: hmac_pkt_md5_prepare_key() pkt hmac_prepare_key failed. `}, \
1253{` hmac_md5: hmac_pkt_md5_free_mem() pkt_hmac_free_mem failed.`}, \
1254{` hmac_md5: hmac_md5_config: ipsp_del_kernel_mac_sys() err $D1.`}, \
1261{` hmac_sha: hmac_pkt_sha() pkt_hmac failed. `}, \
1262{` hmac_sha: hmac_pkt_sha_prepare_key() pkt hmac_prepare_key failed. `}, \
1263{` hmac_sha: hmac_pkt_sha_free_mem() pkt_hmac_free_mem failed.`}, \
1264{` hmac_sha: hmac_sha_config: ipsp_del_kernel_mac_sys() err $D1.`}, \
1271{` pkt_md5: pkt_md5_prepare_key() net_malloc failed. len = $D1. `}, \
1272{` pkt_md5: pkt_md5() output md5 = NULL .` }, \
1273{` pkt_md5: pkt_md5() ilen <=i_off, ilen = $D1, i_off = $D2 .` }, \
1274{` pkt_md5: pkt_md5_prepare_key() CLiC_digest_new failed, err = $D1, klen = $D2.`}, \
1275{` pkt_md5: pkt_md5_prepare_key() CLiC_digest_update(key) failed, err = $D1, klen = $D2.`}, \
1276{` pkt_md5: pkt_md5_prepare_key() CLiC_digest_update(keyfill) failed, err = $D1, padlen = $D2.`}, \
1277{` pkt_md5: pkt_md5() invalid mbuf (is NULL). `}, \
1278{` pkt_md5: pkt_md5() CLiC_digest_update(data) failed, err = $D1, len = $D2.`}, \
1279{` pkt_md5: pkt_md5() next mbuf is NULL. `}, \
1280{` pkt_md5: pkt_md5() CLiC_digest_update(key2) failed, err = $D1, klen = $D2.`}, \
1281{` pkt_md5: pkt_md5() CLiC_dispose failed, err $D1.`}, \
1282{` pkt_md5: pkt_md5_free_mem() key.content = NULL key.len = $D1.`}, \
1283{` pkt_md5: pkt_md5_config: ipsp_del_kernel_mac_sys() err $D1.`}, \
1284{` pkt_md5: pkt_md5() CLiC_copy failed, err $D1.`}, \
1285{` pkt_md5: pkt_md5_prepare_key() CLiC_dispose failed, err $D1.`}, \
1286{` pkt_md5: pkt_md5_free_mem() CLiC_dispose failed, err $D1. `}, \
1301{` pkt_initktab: crypto block (cb) is NULL. `}, \
1302{` pkt_initktab: invalid key input. keylen = $D1. `}, \
1303{` pkt_initktab: CLiC_cipher_new failed, err = $D1. `}, \
1304{` pkt_free_mem: CLiC_dispose failed, err = $D1. `}, \
1305{` enc_pkt: crypto block (cb) is NULL. `}, \
1306{` enc_pkt: in mbuf is NULL. `}, \
1307{` enc_pkt: out mbuf is NULL. `}, \
1308{` enc_pkt: wrong data lengths, ilen = $D1, i_off = $D2. `}, \
1310{` enc_pkt: cb->aux_data.content is NULL. `}, \
1311{` enc_pkt: data len is not multiple of crypto block size, plen = $D1. `}, \
1312{` enc_pkt: min_walk is NULL. `}, \
1313{` enc_pkt: CLiC_copy failed, err = $D1. `}, \
1314{` enc_pkt: CLiC_cipher_reset failed, err = $D1. `}, \
1315{` enc_pkt: CLiC_cipher_update failed, err = $D1. `}, \
1316{` enc_pkt: wrong fract_len = $D1. `}, \
1317{` enc_pkt: wrong plen = $D1. `}, \
1318{` enc_pkt: wrong olen = $D1. `}, \
1319{` enc_pkt: wrong len = $D1. `}, \
1320{` enc_pkt: no out buf (mout=NULL). `}, \
1321{` enc_pkt: no in buf (min_wlk=NULL). `}, \
1322{` enc_pkt: CLiC_dispose failed, err = $D1. `}, \
1323{` pkt_enc_auth: crypto block (cb) is NULL. `}, \
1324{` pkt_enc_auth: Both min and ADD are NULL. `}, \
1325{` pkt_enc_auth: mac is NULL or it has wrong size (mac_len = $D1). `}, \
1326{` pkt_enc_auth: IV len ($D1) is not 12. `}, \
1327{` pkt_enc_auth: wrong ilen ($D1) or i_off ($D2). `}, \
1328{` pkt_enc_auth: wrong add_len ($D1) or add_off ($D2). `}, \
1329{` pkt_enc_auth: No cipher object (aux_data.content is NULL). `}, \
1330{` pkt_enc_auth: CLiC_copy failed, err = $D1. `}, \
1331{` pkt_enc_auth: CLiC_cipher_reset failed, err = $D1. `}, \
1332{` pkt_enc_auth: net_malloc failed. `}, \
1333{` pkt_enc_auth: CLiC_cipher_message (GCM) failed, err = $D1. `}, \
1334{` pkt_enc_auth: mout is NULL. `}, \
1335{` pkt_enc_auth: ADD len ($D1) should be either 8 or 12. `}, \
1336{` pkt_enc_auth: CLiC_cipher_message (GMAC) failed, err = $D1. `}, \
1337{` pkt_enc_auth: Invalid inputs, don't know to do GCM or GMAC. `}, \
1338{` pkt_enc_auth: CLiC_dispose failed, err = $D1. `}, \
1340{` pkt_gmac: mac block (mb) is NULL. `}, \
1341{` pkt_gmac: min is NULL. `}, \
1342{` pkt_gmac: gmac is NULL. `}, \
1343{` pkt_gmac: wrong ilen ($D1) or i_off ($D2). `}, \
1344{` pkt_gmac: No cipher object (aux_data.content is NULL). `}, \
1345{` pkt_gmac: CLiC_copy failed, err = $D1. `}, \
1346{` pkt_gmac: CLiC_cipher_reset failed, err = $D1. `}, \
1347{` pkt_gmac: stpi is NULL. `}, \
1348{` pkt_gmac: CLiC_cipher_message (one mbuf, no ESN) failed, err = $D1. `}, \
1349{` pkt_gmac: net_malloc failed. `}, \
1750{` pkt_gmac: CLiC_cipher_message failed, err = $D1. `}, \
1751{` pkt_gmac: CLiC_dispose failed, err = $D1. `}, \
1752{` random: ipsec_random():CLiC_rng failed, err = $D1. `}, \
1351{` aes_pkt_if: aes_pkt_initktab() wrong key imput, key.len = $D1. `}, \
1352{` aes_pkt_if: aes_pkt_initktab() pkt_initktab failed. `}, \
1353{` aes_pkt_if: aes_pkt_free_mem() pkt_free_mem failed. `}, \
1354{` aes_pkt_if: aes_enc_pkt() enc_pkt failed. ` }, \
1355{` aes_pkt_if: aes_dec_pkt() enc_pkt failed. ` }, \
1356{` aes_pkt_if: aes_config() ipsp_del_kernel_crypto_sys failed, err = $D1. ` }, \
1361{` des_pkt_if: des_pkt_initktab() wrong key imput, key.len = $D1. `}, \
1362{` des_pkt_if: des_pkt_initktab() pkt_initktab failed. `}, \
1363{` des_pkt_if: des_pkt_free_mem() pkt_free_mem failed. `}, \
1364{` des_pkt_if: des_enc_pkt() enc_pkt failed. ` }, \
1365{` des_pkt_if: des_dec_pkt() enc_pkt failed. ` }, \
1366{` des_pkt_if: des_cbc_config() ipsp_del_kernel_crypto_sys failed, err = $D1. ` }, \
1371{` 3des_pkt_if: des3_pkt_initktab() wrong key imput, key.len = $D1. `}, \
1372{` 3des_pkt_if: des3_pkt_initktab() pkt_initktab failed. `}, \
1373{` 3des_pkt_if: des3_pkt_free_mem() pkt_free_mem failed. `}, \
1374{` 3des_pkt_if: des3_enc_pkt() enc_pkt failed. ` }, \
1375{` 3des_pkt_if: des3_dec_pkt() enc_pkt failed. ` }, \
1376{` 3des_pkt_if: triple_des_cbc_config() ipsp_del_kernel_crypto_sys failed, err = $D1. ` }, \
1401{` pkt_cmac_prepare_key() mb = NULL. `}, \
1402{` pkt_cmac_prepare_key() invalid parameter vaule for key. klen = $D1. `}, \
1403{` pkt_cmac_prepare_key() invalid cipher type. type = $D1. `}, \
1404{` pkt_cmac_prepare_key() invalid key length. keylen = $D1. `}, \
1405{` pkt_cmac_prepare_key() CLiC_cmac_new failed, err = $D1. `}, \
1406{` pkt_cmac_free_mem() CLiC_dispose failed, err = $D1. `}, \
1407{` pkt_cmac() mb = NULL. `}, \
1408{` pkt_cmac() min = NULL. `}, \
1409{` pkt_cmac() cmac = NULL. `}, \
1410{` pkt_cmac() ilen <= i_off. ilen = $D1, i_off = $D2. `}, \
1411{` pkt_cmac() mb->aux_data.content is NULL. `}, \
1412{` pkt_cmac() CLiC_copy failed, err = $D1.`}, \
1413{` pkt_cmac() next mbuf is NULL. `}, \
1414{` pkt_cmac() CLiC_cmac_update failed, err = $D1. len = $D2.`}, \
1415{` pkt_cmac() m->m_next =NULL. `}, \
1416{` pkt_cmac() CLiC_cmac_update/final failed, err = $D1.`}, \
1417{` pkt_cmac() CLiC_dispose failed, err = $D1.`}, \
1451{` cmac_aes: cmac_aes_xcbc: pkt_cmac() failed. `}, \
1452{` cmac_aes: cmac_aes_xcbc_prepare_key: pkt_cmac_prepare_key() failed. `}, \
1453{` cmac_aes: cmac_aes_xcbc_free_mem: pkt_cmac_free_mem() failed.`}, \
1454{` cmac_aes: cmac_aes_xcbc_config: ipsp_del_kernel_mac_sys() err $D1.`}, \
1471{` aes_gcm_pkt_initktab: wrong key (keylen = $D1). `}, \
1472{` aes_gcm_pkt_initktab: pkt_initktab() failed. `}, \
1473{` aes_gcm_pkt_free_mem: pkt_free_mem() failed.`}, \
1474{` aes_gcm_enc_pkt: pkt_enc_auth() failed.`}, \
1475{` aes_gcm_dec_pkt: pkt_enc_auth() failed.`}, \
1486{` aes_gmac_prepare_key: mb is NULL. `}, \
1487{` aes_gmac_prepare_key: key is NULL. `}, \
1488{` aes_gmac_prepare_key: wrong key len ($D1). `}, \
1489{` aes_gmac_prepare_key: CLiC_cipher_new failed, err = $D1. `}, \
1490{` aes_gmac_free_mem: pkt_cmac_free_mem() failed.`}, \
1491{` aes_gmac: pkt_gmac() failed.`}, \
\* { " unknown subhook " id=$HD%UW } \
}
2E3 1.0 'IPSEC_CRYPTO_INFO' \
$GENERIC, \
1 { \
" " W2 $HL%S1 \
}
2E4 1.0 'IPSEC_TUNNEL' \
$GENERIC, \
1 { \
" " W2 $HL%S1 \
}, \
0 { $HD%D1, \
1501{` tunnel_cache4: tc$D1_config():pincode() failed.`}, \
1502{` tunnel_cache4: del_offloaded_sa(): NDD call to delete tid 0x$D1 from entry $D2 failed.`}, \
1503{` tunnel_cache4: del_offloaded_sa(): tid 0x$D1 deleted from offloaded entry $D2.`}, \
1504{` tunnel_cache4: delete_tc_entry(): total_cache_cnt is $D1.`}, \
1505{` tunnel_cache4: delete_tc_entry(): tunnel id 0x$D1.`}, \
1506{` tunnel_cache4: delete_tc_entry(): found id cache entry to delete.`}, \
1507{` tunnel_cache4: delete_tc_entry(): didn't found id cache entry to delete.`}, \
1508{` tunnel_cache4: tc_spend_bytes: s_ah_nbytes=$D1, s_esp_nbytes=$D2, r_ah_nbytes=$D3, s_esp_nbytes=$D4.`}, \
1509{` tunnel_cache4: tc$D1_clear: Clearing tunnel cache: total_cnt = $D2.`}, \
1510{` tunnel_cache4: tc$D1_clear: Marked tunnel 0x$D2 for deletion.`}, \
1511{` tunnel_cache4: tc$D1_clear: Removing entry for tunnel 0x$D2.`}, \
1512{` tunnel_cache4: tc$D1_get: Bad parameters -- returning NULL.`}, \
1513{` tunnel_cache4: tc$D1_get: Got tunnel-ID hash result of $D2 for tunnel ID=0x$D3.`}, \
1514{` tunnel_cache4: tc$D1_get: No entries in tunnel ID cache bucket--return NULL.`}, \
1515{` tunnel_cache4: tc$D1_get: Looking through tunnel ID hash list: current entry tid is 0x$D2.`}, \
1516{` tunnel_cache4: tc$D1_get: Found entry for tid=0x$D2 in tunnel-ID hash list.`}, \
1517{` tunnel_cache4: tc$D1_get: Didn't find a match in tunnel-ID cache bucket -- return NULL.`}, \
1518{` tunnel_cache4: tc$D1_get: Rem addr param: 0x$D1.`}, \
1519{` tunnel_cache4: W2 $HL%S1`}, \
1520{` tunnel_cache4: tc$D1_get: tunnel hash result is $D2 (remote address hash).`}, \
1521{` tunnel_cache4: tc$D1_get: tunnel hash bucket count=($D2) - return NULL.`}, \
1522{` tunnel_cache4: tc$D1_get: .`}, \
1523{` tunnel_cache4: Table entry: tid=0x$D1: re=$D2: ra=$D3: le=$D4: la=$D5.`}, \
1524{` tunnel_cache4: tc$D1_get: Table entry: rem addr 0x$D2.`}, \
1525{` tunnel_cache4: W2 $HL%S1`}, \
1526{` tunnel_cache4: tc$D1_get: Table entry: local addr 0x$D1.`}, \
1527{` tunnel_cache4: W2 $HL%S1`}, \
1528{` tunnel_cache4: tc$D1_get: Skipping previously deleted tunnel entry.`}, \
1529{` tunnel_cache4: tc$D1_get: Removing entry for tunnel 0x$D2.`}, \
1530{` tunnel_cache4: tc$D1_get: tunnel 0x$D2 expired.`}, \
1531{` tunnel_cache4: tc$D1_get(2): Removing entry for tunnel 0x$D2.`}, \
1532{` tunnel_cache4: tc$D1_get: Addr mismatch.`}, \
1533{` tunnel_cache4: tc$D1_get: Addr mismatch.`}, \
1534{` tunnel_cache4: tc$D1_get: Mismatch in tids we want tid=0x$D2.`}, \
1535{` tunnel_cache4: tc$D1_get: SAid mismatch, *tc_said=$D2 *said_p=$D3 mysaid=$D4.`}, \
1536{` tunnel_cache4: tc$D1_get: Didn't find tunnel entry in tunnel hash list.`}, \
1537{` tunnel_cache4: tc$D1_get: retrieved tunnel id 0x$D2, policy 0x$D3.`}, \
1538{` tunnel_cache4: re=$D1: ra=$D2: le=$D3: la=$D4.`}, \
1539{` tunnel_cache4: tc$D1_release: tunnel id: 0x$D2, policy 0x$D3.`}, \
1540{` tunnel_cache4: re=$D1: ra=$D2: le=$D3: la=$D4.`}, \
1541{` tunnel_cache4: tc$D1_release: tunnel 0x$D2 expired.`}, \
1542{` tunnel_cache4: Threshold reached.`}, \
1543{` tunnel_cache4: tc$D1_release: no mem.`}, \
1544{` tunnel_cache4: Lifesize reached.`}, \
1545{` tunnel_cache4: tc$D1_release: no mem.`}, \
1546{` tunnel_cache4: Replay threshold reached.`}, \
1547{` tunnel_cache4: tc$D1_release: no mem.`}, \
1548{` tunnel_cache4: Replay rollover.`}, \
1549{` tunnel_cache4: tc$D1_release: no mem.`}, \
1550{` tunnel_cache4: tc$D1_insert: New entry: tid=0x$D2, policy 0x$D3.`}, \
1551{` tunnel_cache4: re=$D1: ra=$D2: le=$D3: la=$D4: deleted=$D5.`}, \
1552{` tunnel_cache4: tc$D1_insert: New entry: rem addr 0x$D2.`}, \
1553{` tunnel_cache4: W2 $HL%S1`}, \
1554{` tunnel_cache4: tc$D1_insert: New entry: local addr 0x$D2.`}, \
1555{` tunnel_cache4: W2 $HL%S1`}, \
1556{` tunnel_cache4: tc$D1_insert: Hash result for new entry is $D2.`}, \
1557{` tunnel_cache4: W2 $HL%S1`}, \
1558{` tunnel_cache4: tc$D1_insert: Table entry: rem addr 0x$D2.`}, \
1559{` tunnel_cache4: W2 $HL%S1`}, \
1560{` tunnel_cache4: tc$D1_insert: Table entry: local addr 0x$D2.`}, \
1561{` tunnel_cache4: W2 $HL%S1`}, \
1562{` tunnel_cache4: tc$D1_insert: Skipping deleted tc entry.`}, \
1563{` tunnel_cache4: tc$D1_insert: Removing entry for tunnel 0x$D2.`}, \
1564{` tunnel_cache4: tc$D1_insert: tunnel 0x$D2 expired.`}, \
1565{` tunnel_cache4: tc$D1_insert(2): Removing entry for tunnel 0x$D2.`}, \
1566{` tunnel_cache4: tc$D1_insert: Skipping- addr mismatch.`}, \
1567{` tunnel_cache4: tc$D1_insert: Skipping- addr mismatch.`}, \
1568{` tunnel_cache4: tc$D1_insert: Skipping- AH/ESP spi mismatch.`}, \
1569{` tunnel_cache4: tc$D1_insert: Skipping- my AH spi mismatch.`}, \
1570{` tunnel_cache4: tc$D1_insert: Skipping- my ESP spi mismatch.`}, \
1571{` tunnel_cache4: tc$D1_insert: Found another entry matching in SPI/addr.`}, \
1572{` tunnel_cache4: tc4_insert: NDD call to modify tid 0x$D1 in entry $D2 failed.`}, \
1573{` tunnel_cache4: tc4_insert: refreshed SA of tid 0x$D1 in offloaded entry $D2.`}, \
1574{` tunnel_cache4: tc4_insert: NDD call to modify tid 0x$D1 in entry $D2 failed.`}, \
1575{` tunnel_cache4: tc4_insert: refreshed SA of tid 0x$D1 in offload entry $D2.`}, \
1576{` tunnel_cache4: tc$D1_insert: tunnel-ID hash result is $D2 for tid=0x$D3.`}, \
1577{` tunnel_cache4: tc$D1_insert: Currently checking tunnel id chain: tid=0x$D2.`}, \
1578{` tunnel_cache4: tc$D1_insert: found existing tunnel ID hash entry, tid 0x$D2.`}, \
1579{` tunnel_cache4: tc$D1_insert: ID hash entry pointed to old tc bucket.`}, \
1580{` tunnel_cache4: tc$D1_insert: net_malloc failure during tunnel cache insert.`}, \
1581{` tunnel_cache4: tc$D1_insert: Have $D2 in tunnel-ID bucket for tunnel 0x$D3.`}, \
1582{` tunnel_cache4: tc$D1_insert: total_cache_cnt is $D2.`}, \
1583{` tunnel_cache4: tc$D1_delete: Criteria tid=0x$D2: said=$D3: mysaid=$D4.`}, \
1584{` tunnel_cache4: tc$D1_delete: rem addr is 0x$D2.`}, \
1585{` tunnel_cache4: W2 $HL%S1`}, \
1586{` tunnel_cache4: tc$D1_delete: tunnel hash result is $D2.`}, \
1587{` tunnel_cache4: tc$D1_delete:.`}, \
1588{` tunnel_cache4: Table entry: tid=0x$D1: re=$D2: ra=$D3: le=$D4: la=$D5.`}, \
1589{` tunnel_cache4: tc$D1_delete: Table entry: rem addr 0x$D2.`}, \
1590{` tunnel_cache4: W2 $HL%S1`}, \
1591{` tunnel_cache4: tc$D1_delete: Table entry: local addr 0x$D2.`}, \
1592{` tunnel_cache4: W2 $HL%S1`}, \
1593{` tunnel_cache4: tc$D1_delete: Skipping deleted tc entry.`}, \
1594{` tunnel_cache4: tc$D1_delete: Removing entry for tunnel 0x$D2.`}, \
1595{` tunnel_cache4: tc$D1_delete: tunnel 0x$D2 expired.`}, \
1596{` tunnel_cache4: tc$D1_delete: Removing entry for tunnel 0x$D2.`}, \
1597{` tunnel_cache4: tc$D1_delete: skipping entry - mismatch with addr.`}, \
1598{` tunnel_cache4: tc$D1_delete: skipping entry - mismatch in tid.`}, \
1599{` tunnel_cache4: tc$D1_delete: skipping entry - mismatch in SPI.`}, \
1600{` tunnel_cache4: tc$D1_delete: Marked tunnel 0x$D2 for deletion.`}, \
1601{` tunnel_cache4: tc$D1_delete(2): Removing entry for tunnel 0x$D2.`}, \
1602{` tunnel_cache4: get_tc_info(): tc_p->s_enc_key_len $D1.`}, \
1603{` tunnel_cache4: get_tc_info(): tc_p->r_enc_key_len $D1.`}, \
1604{` tunnel_cache4: get_tc_info(): tc_p->s_mac_key_len $D1.`}, \
1605{` tunnel_cache4: get_tc_info(): tc_p->r_mac_key_len $D1.`}, \
1606{` tunnel_cache4: get_tc_info(): tc_p->s_enc_mac_key_len $D1.`}, \
1607{` tunnel_cache4: get_tc_info(): tc_p->r_enc_mac_key_len $D1.`}, \
1608{` tunnel_cache4: tunnel_cache4_odt_activate: no mem.`}, \
1609{` tunnel_cache4: tunnel_cache6_odt_activate: no mem.`}, \
1701{` tunnel_cache4: get_tc_info(): tc_p->esp_salt_len $D1.`}, \
1702{` tunnel_cache4: get_tc_info(): tc_p->ah_salt_len $D1.`}, \
1703{`tunnel_cache4: tunnel_cache_delete(): the SA is not expired $D1.`}, \
1610{` tunnel_if4: tuif_open: Attempted kernel open.`}, \
1611{` tunnel_if4: tuif_write():net_malloc failed.`}, \
1612{` tunnel_if4: tuif_write():copyin s_enc_key failed: $D1.`}, \
1613{` tunnel_if4: tuif_write():copyin r_enc_key failed: $D1.`}, \
1614{` tunnel_if4: tuif_write():copyin s_mac_key failed: $D1.`}, \
1615{` tunnel_if4: tuif_write():copyin r_mac_key failed: $D1.`}, \
1616{` tunnel_if4: tuif_write():copyin s_enc_mac_key failed: $D1.`}, \
1617{` tunnel_if4: tuif_write():copyin r_enc_mac_key failed: $D1.`}, \
1618{` tunnel_if4: tuif_write: Send ESP alg= $D1, fmt=$D2.`}, \
1619{` tunnel_if4: tuif_write:no s crypto sys $D1 $D2.`}, \
1620{` tunnel_if4: tuif_write:sesys pre key failed.`}, \
1621{` tunnel_if4: tuif_write: No Send ESP Alg Defined.`}, \
1622{` tunnel_if4: tuif_write: Recv ESP alg=$D1, fmt=$D2.`}, \
1623{` tunnel_if4: tuif_write:no r crypto sys $D1 $D2.`}, \
1624{` tunnel_if4: tuif_write:resys pre key failed.`}, \
1625{` tunnel_if4: tuif_write: No Recv ESP Alg Defined.`}, \
1626{` tunnel_if4: tuif_write: Send AH alg=$D1, fmt=$D2.`}, \
1627{` tunnel_if4: tuif_write:no s mac sys $D1 $D2.`}, \
1628{` tunnel_if4: tuif_write:smsys pre key failed.`}, \
1629{` tunnel_if4: tuif_write: No Send AH Alg Defined.`}, \
1630{` tunnel_if4: tuif_write: Recv AH alg=$D1, fmt= $D2.`}, \
1631{` tunnel_if4: tuif_write:no r mac sys $D1, $D2.`}, \
1632{` tunnel_if4: tuif_write:rmsys pre key failed.`}, \
1633{` tunnel_if4: tuif_write: No Recv AH Alg Defined.`}, \
1634{` tunnel_if4: tuif_write():tunnel_cache_insert() failed.`}, \
1635{` tunnel_if4: tuif_write():tunnel_cache6_insert() failed.`}, \
1636{` tunnel_if4: tuif_read: ERROR: not user space.`}, \
1637{` tunnel_if4: tuif_read: no user data space.`}, \
1638{` tunnel_if4: tuif_read:copyin ext failed.`}, \
1639{` tunnel_if4: tuif_read:no ext.`}, \
1640{` tunnel_if4: tuif_read():tunnel_cache_get() failed.`}, \
1641{` tunnel_if4: tuif_read():copyout() failed.`}, \
1642{` tunnel_if4: tunel_if_ioctl: cannot get tunnel cache, tid=$D1.`}, \
1643{` tunnel_if4: tunnel_if_ioctl(): Error in copyout.`}, \
1644{` tunnel_if4: tunnel_if_ioctl(): copyin() failed for IPSEC_GET_TC_INFO.`}, \
1645{` tunnel_if4: tunnel_if_ioctl(): copyout() failed for IPSEC_GET_TC_INFO.`}, \
1646{` tunnel_if4: tunnel_if_ioctl(): copyout() failed for IPSEC_GET_IC_BUCKETS.`}, \
1647{` tunnel_if4: tunnel_if_ioctl(): copyout() failed for IPSEC_GET_TC_BUCKETS.`}, \
1648{` tunnel_if4: tunnel_if_config: pincode() failed.`}, \
1649{` tunnel_if4: tunnel_if_config() - CFG_TERM: open_cnt = $D1.`}, \
1650{` tunnel_if4: tuif_write():copyin s_esp_salt failed: $D1.`}, \
1651{` tunnel_if4: tuif_write():copyin r_esp_salt failed: $D1.`}, \
1652{` tunnel_if4: tuif_write():copyin s_ah_salt failed: $D1.`}, \
1653{` tunnel_if4: tuif_write():copyin r_ah_salt failed: $D1.`}, \
1654{` tunnel_if4: tunnel_if_ioctl(): copyin() failed for ALLOW_MULTI_SA.`}, \
\* { " unknown subhook " id=$HD%UW } \
}
2E5 1.0 'IPSEC_TUNNEL_INFO' \
$GENERIC, \
1 { \
" " W2 $HL%S1 \
}
2E9 2.0 'IPSEC' \
$GENERIC, \
1 { " STRING TRACE: " W2 $HL%S1}, \
0 { $HD%D1, \
\* {` unknown subhook id=$HD%UW`} \
}
5D3 1.1 "MCR" \
$HD & 0xF000, \
0x8000 { "TRACE " }, \
0x4000 { "DEBUG " }, \
0x2000 { "INFO " }, \
0x1000 { "WARNING " }, \
\* { "ERROR " } \
$HD%D1 & 4095, \
1 { "[" $D1%DW "]" "Can\'t add new thread " $D2%DW " (" $D3%DW ") to sync " }, \
2 { "[" $D1%DW "]" "Can\'t find parent process rpid:" $D2%DW "" }, \
3 { "[" $D1%DW "]" "Can\'t create vpid (ret=" $D2%DW ")" }, \
4 { "[" $D1%DW "]" "NEW ID id=" $D2%DW " vid=" $D3%DW " flags=0x" $D4%XW "" }, \
5 { "[" $D1%DW "]" "Can\'t find flags for pid " $D2%DW "" }, \
6 { "[" $D1%DW "]" "Can\'t delete thread " $D2%DW " pid " $D3%DW " (" $D4%DW ")" }, \
7 { "[" $D1%DW "]" "xorflag parameter is invalid : 0x" $D2%XW "" }, \
8 { "[" $D1%DW "]" "sync_xoruflags failed : " $D2%DW "" }, \
9 { "vpid_hook(" $D1%DW ", " $D2%DW ", " $D3%DW " ...)" }, \
10 { "(continued)(... " $D1%DW ", " $D2%DW ", " $D3%XW ")" }, \
11 { "Can\'t find container id " $D1%DW "" }, \
12 { "Unkown container " $D1%DW " for command " $D2%DW " pid=" $D3%DW " *rid=" $D4%DW "" }, \
13 { "[" $D1%DW "]" "can\'t convert virtual id " $D2%DW " (" $D3%DW ")" }, \
14 { "[" $D1%DW "]" "Convert vpid:" $D2%DW " rpid:" $D3%DW "" }, \
15 { "[" $D1%DW "]" "can\'t convert real id " $D2%DW " (" $D3%DW ")" }, \
16 { "[" $D1%DW "]" "Convert rpid:" $D2%DW " vpid:" $D3%DW "" }, \
17 { "[" $D1%DW "]" "PROF_MCRK " "New thread hook" }, \
18 { "[" $D1%DW "]" "PROF_MCRK " "New id hook" }, \
19 { "[" $D1%DW "]" "PROF_MCRK " "Delete thread hook" }, \
20 { "[" $D1%DW "]" "PROF_MCRK " "Get flags hook" }, \
21 { "[" $D1%DW "]" "Can\'t delete virtual id " $D2%DW " (" $D3%DW ")" }, \
22 { "Unexpected VPID command " $D1%DW "" }, \
23 { "[" $D1%DW "]" "PROF_MCRK " "Xor flags hook" }, \
24 { "[" $D1%DW "]" "Returning " $D2%DW " from vpid hook" }, \
25 { "[" $D1%DW "]" "Recreating thread pid=" $D2%DW " vpid=" $D3%DW " tid=" $D4%DW ", vtid=" $D5%DW "" }, \
26 { "[" $D1%DW "]" "Can\'t find restarted process rpid " $D2%DW "" }, \
27 { "[" $D1%DW "]" "Can\'t recreate thread rtid " $D2%DW " vtid " $D3%DW ": " $D4%DW "" }, \
28 { "signal_hook(" $D1%DW ", cid:" $D2%DW ", rpid:" $D3%DW ", vpid:" $D4%DW " ..." }, \
29 { "(continued)(... rtid:" $D1%DW ", vtid:" $D2%DW ", lastarg:" $D3%XW "" }, \
30 { "Can\'t find container id " $D1%DW "" }, \
31 { "[" $D1%DW "]" "No need to recreate thread..." }, \
32 { "[" $D1%DW "]" "Sending kill signal to process " $D2%DW "" }, \
33 { "ipc_hook(" $D1%DW ", cid " $D2%DW ", type " $D3%DW ", 0x" $D4%XW ", 0x" $D5%XW ")" }, \
34 { "Can\'t find container id " $D1%DW "" }, \
35 { "[" $D1%DW "]" "Unable to create ipcid(type=" $D2%DW ", rid=" $D3%DW "): " $D4%DW "" }, \
36 { "cmd=" $D1%DW " sid:" $D2%XW " vid:" $D3%XW "" }, \
37 { "[" $D1%DW "]" "Unable to remove ipcid(type=" $D2%DW ", rid=" $D3%DW "): " $D4%DW "" }, \
38 { "cmd=" $D1%DW " sid:" $D2%XW " vid:" $D3%XW "" }, \
39 { "cmd=" $D1%DW " sid:" $D2%XW " vid:" $D3%XW "" }, \
40 { "cmd=" $D1%DW " sid:" $D2%XW " vid:" $D3%XW "" }, \
41 { "Can\'t register new WPAR " $D1%DW "" }, \
42 { "[" $D1%DW "]" "WPAR " $D2%DW " registered" }, \
43 { "Creating wpar " $D1%DW "" }, \
44 { "Can\'t find WPAR " $D1%DW " to unregister" }, \
45 { "Deleting wpar " $D1%DW "" }, \
46 { "[" $D1%DW "]" "Can\'t add new thread " $D2%DW " vtid " $D3%DW " to sync, " "killing recreated process " $D4%DW "" }, \
47 { "Unable to register hooks" }, \
48 { "Unable to register notifier" }, \
49 { "Hooks and notifier registered" }, \
50 { "Unable to unregister MCR hooks (" $D1%DW ")" }, \
51 { "Unable to unregister notify hooks (" $D1%DW ")" }, \
52 { "[" $D1%DW "]" "PROF_MCRK " "Enter signal handler hook" }, \
53 { "[" $D1%DW "]" "PROF_MCRK " "New IPC id hook" }, \
54 { "[" $D1%DW "]" "PROF_MCRK " "Get real IPC id hook" }, \
55 { "[" $D1%DW "]" "PROF_MCRK " "Get virtual IPC id hook" }, \
56 { "[" $D1%DW "]" "PROF_MCRK " "Get real id hook" }, \
57 { "[" $D1%DW "]" "PROF_MCRK " "Get virtual id hook" }, \
58 { "PROF_MCRK " "Notify WPAR start hook" }, \
59 { "[" $D1%DW "]" "PROF_MCRK " "Exit signal handler hook" }, \
60 { "[" $D1%DW "]" "PROF_MCRK " "Delete IPC id hook" }, \
61 { "[" $D1%DW "]" "PROF_MCRK " "VPID hook end" }, \
62 { "[" $D1%DW "]" "PROF_MCRK " "Signal hook end" }, \
63 { "[" $D1%DW "]" "PROF_MCRK " "IPC hook end" }, \
64 { "PROF_MCRK " "Notify WPAR stop hook" }, \
65 { "PROF_MCRK " "Notify WPAR state hook end" }, \
66 { "[" $D1%DW "]" "Can\'t add thread " $D2%DW " of process " $D3%DW " (" $D4%DW ")" }, \
67 { "[" $D1%DW "]" "Thread cannot be recreated" }, \
68 { "[" $D1%DW "]" "Unknown process " $D2%DW " calling " $D3%DW " signal hook (" $D4%DW ")" }, \
69 { "[" $D1%DW "]" "Sending kill signal to process " $D2%DW "" }, \
70 { "[" $D1%DW "]" "Can\'t set parent pid " $D2%DW " to process " $D3%DW " : " $D4%DW "" }, \
71 { "[" $D1%DW "]" "Can\'t registrer Live Update hook\n" }, \
72 { "[" $D1%DW "]" "Can\'t get pathname of process pid " $D2%DW "" }, \
73 { "[" $D1%DW "]" "Error : process " $D2%DW " has not been cleaned properly\n" }, \
75 { "[" $D1%DW "]" "Can\'t unregister the Live Update hooks\n" }, \
77 { "[" $D1%DW "]" "Can\'t get process info for process " $D2%DW " (" $D3%DW ")" }, \
78 { "[" $D1%DW "]" "Can\'t add new thread " $D2%DW " (" $D3:$D4%DW ") to sync " }, \
100 { "[" $D1%DW "]" "delete container" }, \
101 { "Can\'t initialize vpid array" }, \
102 { "Can\'t initialize fd data" }, \
103 { "Can\'t initialize ipc vid arrays" }, \
104 { "Can\'t initialize deleted shm arrays" }, \
105 { "Container id already in use" }, \
106 { "ctr_create return " $D1%DW " (ctr:" $D2%XW ")" }, \
107 { "[" $D1%DW "]" "Killing helper process process " $D2%DW "" }, \
108 { "[" $D1%DW "]" "Process " $D2%DW " can\'t duplicate the log file descriptor" }, \
109 { "[" $D1%DW "]" "Killing master process process " $D2%DW "" }, \
200 { "[" $D1%DW "]" "Cannot reserve vpid " $D2%DW " (errno=" $D3%DW ")" }, \
201 { "[" $D1%DW "]" "Cannot allocate new vpid (errno:" $D2%DW ")" }, \
202 { "[" $D1%DW "]" "Cannot release virtual pid " $D2%XW " [" $D3%DW "]" }, \
203 { "[" $D1%DW "]" "Deleting vpe [pid:" $D2%DW " vpid:" $D3%DW " flags:" $D4%DW "]" }, \
204 { "[" $D1%DW "]" "Can\'t delete conflicting outside entry 0x" $D2%X8 " rpid:" $D3%DW " vpid:" $D4%DW "" }, \
205 { "[" $D1%DW "]" "Preserving vpe 0x" $D2%XW " [pid:" $D3%DW " vpid:" $D4%DW " flags:" $D5%DW "]" }, \
206 { "[" $D1%DW "]" "Deleting " $D2%DW " uneeded virtualization entries" }, \
207 { "[" $D1%DW "]" "Deleting outside entry rpid:" $D2%DW " vpid:" $D3%DW "" }, \
209 { "[" $D1%DW "]" "Reuse entry vpe [pid:" $D2%DW " vpid:" $D3%DW " flags:" $D4%DW "]: newflags:" $D5%DW "" }, \
210 { "[" $D1%DW "]" "Delete conficting outside entry rpid:" $D2%DW " vpid:" $D3%DW "" }, \
211 { "[" $D1%DW "]" "Cannot reuse vpid entry rpid:" $D2%DW " " "vpe:[pid:" $D3%DW " vpid:" $D4%DW " flags:0x" $D5%XW "]" }, \
212 { "[" $D1%DW "]" "vpe [pid:" $D2%DW " vpid:" $D3%DW " flags=0x" $D4%XW "]" }, \
213 { "[" $D1%DW "]" "use predifined value " $D2%DW " of rpid " $D3%DW "" }, \
214 { "[" $D1%DW "]" "Can\'t find pid " $D2%DW "" }, \
215 { "[" $D1%DW "]" "Can\'t find tid " $D2%DW "" }, \
216 { "[" $D1%DW "]" "pid " $D2%DW " setnext: pid=" $D3%DW ", tid=" $D4%DW "" }, \
217 { "[" $D1%DW "]" "Reserve vid " $D2%DW "" }, \
218 { "[" $D1%DW "]" "Can\'t reserve init virtual pid: " $D2%DW "" }, \
400 { "Exit is done" }, \
401 { "ACTION " $D1%DW " done nresponse:" $D2%DW "" }, \
402 { "Update proc " $D1%DW " status:" $D2%DW " nresponse:" $D3%DW " nthreads:" $D4%DW " " }, \
403 { "nacting:" $D1%DW " th2restore:" $D2%DW "" }, \
404 { "[" $D1%DW "]" "EXIT STARTING" }, \
405 { "[" $D1%DW "]" "No process has to do abort" }, \
406 { "[" $D1%DW "]" "Can\'t set action with NOPROCYET if there is " "a running process" }, \
407 { "[" $D1%DW "]" "Can\'t set action if there is no running process" }, \
408 { "[" $D1%DW "]" "Sending checkpoint signal to pid " $D2%DW "" }, \
409 { "[" $D1%DW "]" "Cannot send checkpoint signal to pid " $D2%DW " [" $D3%DW "]" }, \
410 { "[" $D1%DW "]" "SETACTION: pid=" $D2%DW " killed" }, \
411 { "[" $D1%DW "]" "ACTION:" $D2%DW " nacting:" $D3%DW " flags:0x" $D4%XW "" }, \
412 { "[" $D1%DW "]" "ACTION " $D2%DW " STATUS " $D3%DW "" }, \
413 { "[" $D1%DW "]" "SYNC.SETSTATUS PID:" $D2%DW " TID:" $D3%DW " action " $D4%DW " : " $D5%DW "" }, \
414 { "[" $D1%DW "]" "SYNC.NEWTHREAD rpid:" $D2%DW " rtid:" $D3%DW "" }, \
415 { "[" $D1%DW "]" "Internal error detected in mcrk_sync_newthread" }, \
416 { "[" $D1%DW "]" "SYNC.ADD PROCESS " $D2%DW " nacting:" $D3%DW "" }, \
417 { "[" $D1%DW "]" "ADDING Thread " $D2%DW " of process " $D3%DW "" }, \
418 { "[" $D1%DW "]" "SYNC.DELTHREAD rpid:" $D2%DW " rtid:" $D3%DW "" }, \
419 { "[" $D1%DW "]" "SYNC Acting thread " $D2%DW " of process " $D3%DW " is dying" }, \
420 { "[" $D1%DW "]" "Acting thread " $D2%DW " of process " $D3%DW " is dying unexpectedly" }, \
421 { "[" $D1%DW "]" "ADDING Thread " $D2%DW " of process " $D3%DW "" }, \
422 { "[" $D1%DW "]" "REMOVING Thread " $D2%DW " of process " $D3%DW "" }, \
423 { "[" $D1%DW "]" "Process " $D2%DW " fails to load MCRP" }, \
424 { "[" $D1%DW "]" "pe->flags:0x" $D2%XW " *flags:0x" $D3%XW " newvalue:0x" $D4%XW "" }, \
425 { "[" $D1%DW "]" "process " $D2%DW " vpid " $D3%DW " th2restore=" $D4%DW "" }, \
426 { "[" $D1%DW "]" "Adding process pid=" $D2%DW " to action" }, \
427 { "[" $D1%DW "]" "Cannot send checkpoint signal to new process " $D2%DW " [" $D3%DW "]" }, \
428 { "[" $D1%DW "]" "Process " $D2%DW " fails to allocate memory" }, \
429 { "[" $D1%DW "]" "Process " $D2%DW " cannot be checkpointed right now" }, \
430 { "[" $D1%DW "]" "Thread " $D2%DW " of process " $D3%DW " detected an error during " "the kernel rendez-vous" }, \
431 { "[" $D1%DW "]" "Can\'t find restarted process\'s descriptor (" $D2%DW ")" }, \
432 { "[" $D1%DW "]" "Can\'t find restarted process " $D2%DW "" }, \
433 { "[" $D1%DW "]" "Can\'t find process " $D2%DW "" }, \
434 { "[" $D1%DW "]" "Can\'t find thread " $D2%DW "" }, \
435 { "[" $D1%DW "]" "Process " $D2%DW " doesn\'t have enough space to load MCRP" }, \
436 { "[" $D1%DW "]" "Process " $D2%DW " timed out waiting for all threads to react to checkpoint signal" }, \
437 { "[" $D1%DW "]" "Process " $D2%DW " cannot be checkpointed (permanent limitation)" }, \
438 { "[" $D1%DW "]" "Process " $D2%DW " got an unexpected error " $D3%DW " on exit_handler" }, \
439 { "[" $D1%DW "]" "Process " $D2%DW " thread " $D3%DW " is the primary" }, \
440 { "[" $D1%DW "]" "Cannot send checkpoint signal to new process " $D2%DW " [" $D3%DW "] with parent ("$D4":"$D5%DW")" }, \
500 { "[" $D1%DW "]" "Flushing file id hash table" }, \
501 { "[" $D1%DW "]" "Not enough memory for file id hash entry" }, \
502 { "[" $D1%DW "]" "fsid 0x" $D2%X8 " may be an stdio" }, \
503 { "[" $D1%DW "]" "Can\'t get inode details for fd " $D2%DW " of " "pid " $D3%DW "" }, \
504 { "[" $D1%DW "]" "recognize fsid 0x" $D2%X8 " has stdio " $D3%DW "" }, \
505 { "[" $D1%DW "]" "fsid 0x" $D2%X8 " no more associated to stdio" }, \
506 { "[" $D1%DW "]" "pid " $D2%DW " registers new file struct 0x" $D3%X8 " " $D4%DW " " $D5%DW "" }, \
507 { "[" $D1%DW "]" "Mark file struct " $D2%X8 " as shared" }, \
508 { "[" $D1%DW "]" "Set stdio[" $D2%DW "] fsid:0x" $D3%X8 "" }, \
700 { "Unsupported uio_segflg " $D1%DW "" }, \
701 { "Too many io vectors (" $D1%DW ")" }, \
702 { "Can\'t pin mcrk memory: " $D1%DW "" }, \
704 { "mcrk is unloaded" }, \
705 { "mcrk unloading fails: " $D1%DW "" }, \
800 { "[" $D1%DW "]" "master/helper pid:" $D2%DW " (" $D3%DW ") is exiting" }, \
900 { "Can\'t find container id " $D1%DW " for pid " $D2%DW "" }, \
901 { "[" $D1%DW "]" "WPAR_NET_BLOCK has failed: " $D2%DW "" }, \
902 { "[" $D1%DW "]" "WPAR_NET_UNBLOCK has failed: " $D2%DW "" }, \
903 { "Invalid operation " $D1%DW " passed to " "mcrk_syscallx_kwpar_chkpnt_status\n" }, \
904 { "[" $D1%DW "]" "WPAR_NET_ARP_BLOCK has failed: " $D2%DW "" }, \
905 { "[" $D1%DW "]" "WPAR_NET_ARP_UNBLOCK has failed: " $D2%DW "" }, \
1000 { "[" $D1%DW "]" "Can\'t release type " $D2%DW " virtual id " $D3%XW " [" $D4%DW "]" }, \
1001 { "[" $D1%DW "]" "Unable to del incorrect type " $D2%DW " vid/sid pair " $D3%XW "/" $D4%XW "" }, \
1002 { "[" $D1%DW "]" "Unable to del non existing type " $D2%DW " vid/sid pair " $D3%XW "/" $D4%XW "" }, \
1003 { "[" $D1%DW "]" "can\'t find type " $D2%DW " sid " $D3%XW "" }, \
1004 { "[" $D1%DW "]" "can\'t find type " $D2%DW " vid " $D3%XW "" }, \
1005 { "[" $D1%DW "]" "Can\'t allocate new type " $D2%DW " vid (errno:" $D3%DW ")" }, \
1006 { "[" $D1%DW "]" "sid " $D2%DW " already converted into " $D3%DW "" }, \
1007 { "New sid=" $D1%XW ", vid=" $D2%XW "" }, \
1009 { "[" $D1%DW "]" "Cannot reserve type " $D2%DW " vid (errno:" $D3%DW ")" }, \
1012 { "Converted ipc type " $D1%DW " vid " $D2%XW " to sid " $D3%XW "" }, \
1015 { "Converted ipc type " $D1%DW " sid " $D2%XW " to vid " $D3%XW "" }, \
1016 { "[" $D1%DW "]" "initialize ipc data" }, \
1100 { "[" $D1%DW "]" "Flushing deleted shm id hash table" }, \
1101 { "[" $D1%DW "]" "dshm " $D2%X8 " hashing index:" $D3%DW "" }, \
1102 { "[" $D1%DW "]" "Not enough memory for deleted shm id hash entry" }, \
1103 { "[" $D1%DW "]" "new deleted shm id " $D2%DW "" }, \
1200 { "[" $D1%DW "]" "Skipping memory range update for this thread" }, \
1201 { "[" $D1%DW "]" "pid " $D2%DW " resetting its memory allocator" }, \
1202 { "[" $D1%DW "]" "Can\'t find mem allocator for process pid=" $D2%DW "" }, \
1203 { "[" $D1%DW "]" "umalloc failed for pid " $D2%DW "" }, \
1204 { "[" $D1%DW "]" "Can\'t find mem allocator for process pid=" $D2%DW "" }, \
1205 { "[" $D1%DW "]" "pid " $D2%DW ": invalid free of " $D3%X8 " bytes of memory " $D4%X8 "-" $D5%X8 "" }, \
1206 { "[" $D1%DW "]" "Can\'t find mem allocator for process pid=" $D2%DW "" }, \
1207 { "[" $D1%DW "]" "urealloc failed for pid " $D2%DW "" }, \
1300 { "new_map: Unable to allocate memory" }, \
1301 { "new_pidlist: Unable to allocate memory" }, \
1302 { "[" $D1%DW "]" "shrd_mmap: creating map record for mapid llu" }, \
1303 { "[" $D1%DW "]" "shrd_mmap: creating map record for mapid llu" }, \
1304 { "pidlist of pid " $D1%DW " not found in map llu" }, \
1305 { "shrd_mmap: creating new pidlist for pid " $D1%DW "" }, \
1306 { "pidlist of pid " $D1%DW " not found in map llu" }, \
1307 { "shrd_mmap: creating new pidlist for pid " $D1%DW "" }, \
1308 { "[" $D1%DW "]" "shrd_mmap: unable to allocate first dump element" }, \
1309 { "shrd_mmap: Unable to allocate inherit element" }, \
1310 { "shrd_mmap: Unable to allocate inherit element" }, \
1311 { "[" $D1%DW "]" "Entering mcrk_shrd_mmap_register " "[pid = " $D2%DW " mapid = llu 0xllX-0xllX]" }, \
1313 { "[" $D1%DW "]" "shrd_mmmap_register: " "this process already registered range " "[0xllX-0xllX]" }, \
1314 { "[" $D1%DW "]" "shrd_mmmap_register: " "range contained in [pid = " $D2%DW " 0xllX-0xllX]] " "appending inherit list" }, \
1315 { "[" $D1%DW "]" "shrd_mmmap_register: " "this process already registered range " "[0xllX-0xllX]" }, \
1316 { "[" $D1%DW "]" "shrd_mmmap_register: " "this range intersect by the top dump elt " "[pid = " $D2%DW " 0xllX-0xllX]" }, \
1317 { "[" $D1%DW "]" "shrd_mmmap_register: " "reducing range by the top to " "[0xllX-0xllX]" }, \
1318 { "[" $D1%DW "]" "shrd_mmmap_register: " "Unable to alloc memory for new dump elt" }, \
1319 { "[" $D1%DW "]" "shrd_mmmap_register: " "adding range [0xllX-0xllX] to dumplist" }, \
1320 { "[" $D1%DW "]" "shrd_mmmap_register: " "this process already registered range " "[0xllX-0xllX]" }, \
1321 { "[" $D1%DW "]" "shrd_mmmap_register: " "moving dump elt [pid = " $D2%DW " 0xllX-0xllX] to inheritlist" "of new map" }, \
1322 { "[" $D1%DW "]" "shrd_mmmap_register: " "this process already registered range " "[0xllX-0xllX]" }, \
1323 { "[" $D1%DW "]" "shrd_mmmap_register: " "moving dump elt [pid = " $D2%DW " 0xllX-0xllX] " "to inheritlist of new map" }, \
1324 { "[" $D1%DW "]" "shrd_mmmap_register: " "this process already registered range " "[0xllX-0xllX]" }, \
1325 { "[" $D1%DW "]" "shrd_mmmap_register: " "reducing range by the bottom to " "[0xllX-0xllX]" }, \
1326 { "[" $D1%DW "]" "shrd_mmmap_register: " "removing empty map [0xllX-0xllX]" }, \
1327 { "[" $D1%DW "]" "Entering mcrk_shrd_mmap_cleanup" }, \
1328 { "[" $D1%DW "]" "Entering mcrk_shrd_mmap_get_inheritlist" }, \
1330 { "[" $D1%DW "]" "Entering mcrk_shrd_mmap_get_dumplist" }, \
1400 { "[" $D1%DW "]" "PROF_MCRP " "Process restore" }, \
1401 { "[" $D1%DW "]" "PROF_MCRP " "Process dump" }, \
1402 { "[" $D1%DW "]" "PROF_MCRP " "Security dump" }, \
1403 { "[" $D1%DW "]" "PROF_MCRP " "IPC dump" }, \
1404 { "[" $D1%DW "]" "PROF_MCRP " "Memory dump" }, \
1405 { "[" $D1%DW "]" "PROF_MCRP " "Dump first phase end" }, \
1406 { "[" $D1%DW "]" "PROF_MCRP " "Shared libraries dump" }, \
1407 { "[" $D1%DW "]" "PROF_MCRP " "Fd (local) dump" }, \
1408 { "[" $D1%DW "]" "PROF_MCRP " "Shared anonymous memory dump" }, \
1409 { "[" $D1%DW "]" "PROF_MCRP " "Dump second phase end" }, \
1410 { "[" $D1%DW "]" "PROF_MCRP " "Fd (local) restore" }, \
1411 { "[" $D1%DW "]" "PROF_MCRP " "Dump third phase end" }, \
1412 { "[" $D1%DW "]" "PROF_MCRP " "Cleanup shared libraries" }, \
1413 { "[" $D1%DW "]" "PROF_MCRP " "Cleanup dump end" }, \
1414 { "[" $D1%DW "]" "PROF_MCRP " "Restore first A phase end" }, \
1415 { "[" $D1%DW "]" "PROF_MCRP " "Memory maps restore" }, \
1416 { "[" $D1%DW "]" "PROF_MCRP " "Shared anonymous memory restore" }, \
1417 { "[" $D1%DW "]" "PROF_MCRP " "IPC restore" }, \
1418 { "[" $D1%DW "]" "PROF_MCRP " "Security restore" }, \
1419 { "[" $D1%DW "]" "PROF_MCRP " "Restore first phase end" }, \
1420 { "[" $D1%DW "]" "PROF_MCRP " "TTY dump" }, \
1421 { "[" $D1%DW "]" "PROF_MCRP " "TTY restore" }, \
1422 { "[" $D1%DW "]" "PROF_MCRP " "Timebase dump" }, \
1423 { "[" $D1%DW "]" "PROF_MCRP " "Timebase restore" }, \
1424 { "[" $D1%DW "]" "PROF_MCRP " "Timebase restore2" }, \
1425 { "[" $D1%DW "]" "PROF_MCRP " "Shared anonymous inherited restore" }, \
1426 { "[" $D1%DW "]" "PROF_MCRP " "Shared anonymous inherited memory dump" }, \
1427 { "[" $D1%DW "]" "PROF_MCRP " "Memory locks dump" }, \
1428 { "[" $D1%DW "]" "PROF_MCRP " "Fd (all fds) restore" }, \
1429 { "[" $D1%DW "]" "PROF_MCRP " "Fd (shared) restore" }, \
1430 { "[" $D1%DW "]" "PROF_MCRP " "Dump first A phase end" }, \
1431 { "[" $D1%DW "]" "PROF_MCRP " "Fd (all fds) dump" }, \
1432 { "[" $D1%DW "]" "PROF_MCRP " "Fd (shared) dump" }, \
1500 { "[" $D1%DW "]" "PROF_FD_HELPER " "File descriptor checkpoint request" }, \
1502 { "[" $D1%DW "]" "PROF_FD_HELPER " "File descriptor restore request" }, \
1503 { "[" $D1%DW "]" "PROF_FD_HELPER " "File descriptor request end" }, \
\* { `unknown subhook id $HD` }
102F 1.0 "@CAA: Cluster Aware AIX routines" \
$HD%D1, \
1 { "XCLUSTER_PARM " \
$D1%D1, \
0 {"xcluster_parm enter " cmd=$D2 }, \
1 {"xcluster_parm Error: " rc=$D2 at Line Number=$D3 }, \
2 {"xcluster_parm exit " } }, \
2 { "XCLUSTER_CREATE " \
$D1%D1, \
0 {"xcluster_create enter " cluster_name=$D2 cluster_type=$D3 }, \
1 {"xcluster_create Error: " rc=$D2 at Line Number=$D3 }, \
2 {"xcluster_create successful." } }, \
3 { "_XCLUSTER_CREATE " \
$D1%D1, \
0 {"_xcluster_create enter " cluster_name=$D2 cluster_type=$D3 }, \
1 {"_xcluster_create Error: Invalid cluster multicast address family" family=$D2 rc=$D3 at Line Number=$D4 }, \
2 {"_xcluster_create Error: copyin u_nodelist failed " rc=$D2 at Line Number=$D3 }, \
3 {"_xcluster_create Error: Invalid u_nodelist " cnt=$D2 rc=$D3 at Line Number=$D4 }, \
4 {"_xcluster_create Error: Allocation failed " size=$D2 rc=$D3 at Line Number=$D4 }, \
5 {"_xcluster_create Error: Invalid u_disklist " cnt=$D2 rc=$D3 at Line Number=$D4 }, \
6 {"_xcluster_create enter: Valid multicast address " family=$D2 at Line Number=$D3 }, \
7 {"_xcluster_create Error: node_index > NODE_LIMIT " node_index=$D2 rc=$D3 at Line Number=$D4 }, \
8 {"_xcluster_create Error: node_index > NODE_LIMIT " node_index=$D2 rc=$D3 at Line Number=$D4 }, \
9 {"_xcluster_create Error: Invalid nodelist " node_index=$D2 hostname=$D3 rc=$D4 at Line Number=$D5 }, \
10 {"_xcluster_create Error: setdata != clusterp->kcl_num_nodes " setdata=$D2 num_nodes=$D3 }, \
11 {"_xcluster_create Error: SFW_ADD_CLUSTER call failed" name=$D2 rc=$D3 rv=$D4 at Line Number=$D5 }, \
12 {"_xcluster_create Error: SFW_ADD_NODE call failed" name=$D2 rc=$D3 rv=$D4 at Line Number=$D5 }, \
13 {"_xcluster_create Error: " rc=$D2 at Line Number=$D3 }, \
14 {"_xcluster_create successful." family=$D2 } }, \
4 { "XCLUSTER_DELETE " \
$D1%D1, \
0 {"xcluster_delete enter " cluster_name=$D2 cluster_type=$D3 }, \
1 {"xcluster_delete Error:cluster has active links" num_links=$D2 rc=$D3 at Line Number=$D4 }, \
2 {"xcluster_delete Error: SFW_DEL_LISTENER UP call failed " num_clusts=$D2 name=$D3 rc=$D4 rv=$D5 }, \
3 {"xcluster_delete Error: SFW_DEL_LISTENER DOWN call failed " num_clusts=$D2 name=$D3 rc=$D4 rv=$D5 }, \
4 {"xcluster_delete Error: SFW_DEL_CLUSTER call failed " name=$D2 rc=$D3 rv=$D4 }, \
5 {"xcluster_delete Error: SFW_DEL_NODE call failed " name=$D2 rc=$D3 rv=$D4 }, \
6 {"xcluster_delete Error: rc=$D2 at Line Number=$D3 }, \
7 {"xcluster_delete successful." } }, \
5 { "XCLUSTER_QUERY " \
$D1%D1, \
0 {"xcluster_query enter " cluster_name=$D2 cluster_type=$D3 }, \
1 {"xcluster_query Error: Invalid cluster uuid" rc=$D2 at Line Number=$D3 }, \
2 {"xcluster_query Error: copyin routine failed to copy cluster uuid" rc=$D2 at Line Number=$D3 }, \
3 {"xcluster_query Error: a_num < nodelistremote->num_nodes " a_num=$D2 num_nodes=$D3 rc=$D4 at Line Number=$D5 }, \
4 {"xcluster_query Error: a_num < disklistremote->num_disks " a_num=$D2 num_disks=$D3 rc=$D4 at Line Number=$D5 }, \
5 {"xcluster_query Error: a_num < clusterp->kcl_num_nodes" a_num=$D2 kcl_num_nodes=$D3 rc=$D4 at Line Number=$D5 }, \
6 {"xcluster_query Error: ick != clusterp->kcl_num_nodes" ick=$D2 kcl_num_nodes=$D3 size=$D4 sizeof(u_int32_t)=$D5 }, \
7 {"xcluster_query Error: a_num < clusterp->kcl_num_disks" a_num=$D2 kcl_num_disks=$D3 rc=$D4 at Line Number=$D5 }, \
8 {"xcluster_query Error: !a_disk, Bad disk count name " cluster_name=$D2 num_disks=$D3 rc=$D4 at Line Number=$D5 }, \
9 {"xcluster_query Error: rc=$D2 at Line Number=$D3 }, \
10 {"xcluster_query successful." } }, \
6 { "XCLUSTER_MODIFY " \
$D1%D1, \
0 {"xcluster_modify enter " add_resource=$D2 cluster_name=$D3 cluster_type=$D4 }, \
1 {"xcluster_modify Error: " rc=$D2 at Line Number=$D3 }, \
2 {"xcluster_modify Error: Invalid clustuuid_ur " add_resource=$D2 rc=$D3 at Line Number=$D4 }, \
3 {"xcluster_modify Error: copyin clustuuid_usr failed " rc=$D2 at Line Number=$D3 }, \
4 {"xcluster_modify Error: " rc=$D2 at Line Number=$D3 }, \
5 {"xcluster_modify Error: read in nodelist " num_disks=$D2 rc=$D3 at Line Number=$D4 }, \
6 {"xcluster_modify Error: read in disklist " num_disks=$D2 rc=$D3 at Line Number=$D4 }, \
7 {"xcluster_modify Error: process disklist " disk_name=$D2 rc=$D3 at Line Number=$D4 }, \
8 {"xcluster_modify Error: Attempt to add " host_name=$D2 kcl_name=$D3 num_nodes=$D4 at Line Number=$D5 }, \
9 {"xcluster_modify Error: Attempt to delete " host_name=$D2 kcl_name=$D3 num_nodes=$D4 at Line Number=$D5 }, \
10 {"xcluster_modify Error: node_index > NODE_LIMIT " shorthand_id=$D2 max_assigned=$D3 node_index=$D4 at Line Number=$D5 }, \
11 {"xcluster_modify Error: node_index > NODE_LIMIT " shorthand_id=$D2 max_assigned=$D3 node_index=$D4 at Line Number=$D5 }, \
12 {"xcluster_modify Error: SFW_ADD_NODE call failed " name=$D2 rc=$D3 rv=$D4 at Line Number=$D5 }, \
13 {"xcluster_modify Error: SFW_DEL_NODE call failed " name=$D2 rc=$D3 rv=$D4 at Line Number=$D5 }, \
14 {"xcluster_modify Error: " cnt=$D2 rc=$D3 at Line Number=$D4 }, \
15 {"xcluster_modify successful." } }, \
7 { "XCLUSTER_NODE_QUERY " \
$D1%D1, \
0 {"xcluster_node_query enter " size=$D2 }, \
1 {"xcluster_node_query Error: copyin u_node_name failed " u_node_name=$D2 rc=$D3 at Line Number=$D4 }, \
2 {"xcluster_node_query Error: copyout u_num_nodes failed " u_num_nodes=$D2 rc=$D3 at Line Number=$D4 }, \
3 {"xcluster_node_query Error: ick != num_nodes_unique " ick=$D2 num_nodes_unique=$D3 }, \
4 {"xcluster_node_query Error: size < req_size " size=$D2 req_size=$D3 rc=$D4 at Line Number=$D5 }, \
5 {"xcluster_node_query Error: SFW_ADD_NODE call failed " name=$D2 rc=$D3 rv=$D4 at Line Number=$D5 }, \
6 {"xcluster_node_query Error: cur_size > req_size " cur_size=$D2 req_size=$D3 at Line Number=$D4 }, \
7 {"xcluster_node_query Error: Bad count " host_name=$D2 num_clusters=$D3 rc=$D4 at Line Number=$D5 }, \
8 {"xcluster_node_query Error: cur_size > req_size " cur_size=$D2 req_size=$D3 at Line Number=$D4 }, \
9 {"xcluster_node_query Error: cur_size > req_size " cur_size=$D2 req_size=$D3 at Line Number=$D4 }, \
10 {"xcluster_node_query Error: cur_size > req_size " cur_size=$D2 req_size=$D3 at Line Number=$D4 }, \
11 {"xcluster_node_query Error: " ick=$D2 rc=$D3 at Line Number=$D4 }, \
12 {"xcluster_node_query successful." } }, \
8 { "XCLUSTER_STATS " \
$D1%D1, \
0 {"xcluster_stats enter " num_clusts=$D2 }, \
1 {"xcluster_stats Error: " rc=$D2 at Line Number=$D3 }, \
2 {"xcluster_stats successful." } }, \
9 { "XCLUSTER_FIND_NODE " \
$D1%D1, \
0 {"xcluster_find_node enter " cluster_name=$D2 cluster_type=$D3 }, \
1 {"xcluster_find_node Error: if alloc_size < req_size " alloc_size=$D2 req_size=$D3 rc=$D4 at Line Number=$D5 }, \
2 {"xcluster_find_node Error: " rc=$D2 at Line Number=$D3 }, \
3 {"xcluster_find_node successful." shorthand_id=$D2 } }, \
10 { "XCLUSTER_ZONES_QUERY " \
$D1%D1, \
0 {"xcluster_zones_query enter " *zones_size_usrp=$D2 }, \
1 {"xcluster_zones_query Error: " rc=$D2 }, \
2 {"xcluster_zones_query Error: copyin failed" rc=$D2 }, \
3 {"xcluster_zones_query Error: zone_size_usrp is invalid " rc=$D2 }, \
4 {"xcluster_zones_query Error: zones_size_usr < zones_size " rc=$D2 }, \
5 {"xcluster_zones_query Error: " rc=$D2 at Line Number=$D3 }, \
6 {"xcluster_zones_query successful." } }, \
11 { "SEC_ENCRYPTMSG " \
$D1%D1, \
0 {"sec_encryptMsg enter " length=$D2 sequence_no=$D3 }, \
1 {"sec_encryptMsg Error: enc_context not set. secinf_init should be invoked first " rc=$D2 }, \
2 {"sec_encryptMsg Error: sec_encryptMsg parameters are invalid " rc=$D2 }, \
3 {"sec_encryptMsg Error: CLiC_cipher_reset failed " rc=$D2 }, \
4 {"sec_encryptMsg Error: CLiC_cipher_update failed " rc=$D2 }, \
5 {"sec_encryptMsg successful." } }, \
12 { "SEC_DECRYPTMSG " \
$D1%D1, \
0 {"sec_decryptMsg enter " length=$D2 sequence_no=$D3 }, \
1 {"sec_decryptMsg Error: sec_decryptMsg parameters are invalid " rc=$D2 }, \
2 {"sec_decryptMsg Error: packet is not encrypted " rc=$D2 }, \
3 {"sec_decryptMsg Error: CLiC_cipher_reset failed " rc=$D2 }, \
4 {"sec_decryptMsg Error: CLiC_cipher_update failed " rc=$D2 }, \
5 {"sec_decryptMsg successful." } }, \
13 { "XCLUSTER_ZONE_CREATE " \
$D1%D1, \
0 {"xcluster_zone_create enter " cluster_name=$D2 cluster_type=$D3 }, \
1 {"xcluster_zone_create " zone_name=$D2 zone_num_nodes=$D3 }, \
2 {"xcluster_zone_create Error: " rc=$D2 at Line Number=$D3 }, \
3 {"xcluster_zone_create Error: zone node does not exist in cluster " zone_node_name=$D2 rc=$D3 at Line Number=$D4 }, \
4 {"xcluster_zone_create Error: " rc=$D2 at Line Number=$D3 }, \
5 {"xcluster_zone_create successful." kcl_num_zones=$D2 } }, \
14 { "XCLUSTER_ZONES_DELETE " \
$D1%D1, \
0 {"xcluster_zone_delete enter " cluster_name=$D2 cluster_type=$D3 zone_name_usr=$D4 }, \
1 {"xcluster_zone_delete " zone_name=$D2 zone_num_nodes=$D3 }, \
2 {"xcluster_zone_create Error: " rc=$D2 at Line Number=$D3 }, \
3 {"xcluster_zone_create successful." zone_name=$D2 } }, \
15 { "XCLUSTER_ZONE_QUERY " \
$D1%D1, \
0 {"xcluster_zone_query enter " cluster_name=$D2 cluster_type=$D3 }, \
1 {"xcluster_zone_query " zone_name=$D2 zone_num_nodes=$D3 }, \
2 {"xcluster_zone_query Error: " rc=$D2 at Line Number=$D3 }, \
3 {"xcluster_zone_query Error: " rc=$D2 at Line Number=$D3 }, \
4 {"xcluster_zone_query successful." } }, \
16 { "XCLUSTER_ZONE_MODIFY " \
$D1%D1, \
0 {"xcluster_zone_modify enter " cluster_name=$D2 cluster_type=$D3 }, \
1 {"xcluster_zone_modify " zone_name=$D2 zone_num_nodes=$D3 }, \
2 {"xcluster_zone_modify Error: " rc=$D2 at Line Number=$D3 }, \
3 {"xcluster_zone_modify Error: " rc=$D2 at Line Number=$D3 }, \
4 {"xcluster_zone_modify successful." } }, \
17 { "XCLUSTER_LOCK " \
$D1%D1, \
0 {"xcluster_lock enter " cmd=$D2 lockid=$D3 state=$D4 tid=$D5}, \
1 {"xcluster_lock Error: " rc=$D2 at Line Number=$D3 }, \
2 {"xcluster_lock successful." state=$D2} }, \
18 { "LOCK_THREAD " \
$D1%D1, \
0 {"lock_thread enter " threadid=$D2 }, \
1 {"lock_thread Error: " lock_id=$D2 at Line Number=$D3 }, \
2 {"lock_thread Error: kcluster_sendmsg failed " lock_id=$D2 msg.seq_no=$D3 send_rc=$D4 at Line Number=$D5 }, \
3 {msg.dst=$D2 msg.src=$D3 }, \
4 {"lock_thread Error: kcluster_sendmsg failed " lock_id=$D2 msg.seq_no=$D3 send_rc=$D4 at Line Number=$D5 }, \
5 {msg.dst=$D2 msg.src=$D3 }, \
6 {"lock_thread Error: dst == kcl_myid " dst=$D2 kcl_myid=$D3 at Line Number=$D4 }, \
7 {"lock_thread Error: kcluster_sendmsg failed " lock_id=$D2 msg.seq_no=$D3 send_rc=$D4 at Line Number=$D5 }, \
8 {msg.dst=$D2 msg.src=$D3 }, \
9 {"lock_thread Error: kcluster_sendmsg failed " lock_id=$D2 msg.seq_no=$D3 send_rc=$D4 at Line Number=$D5 }, \
10 {msg.dst=$D2 msg.src=$D3 }, \
11 {"lock_thread Error: kcluster_sendmsg failed " lock_id=$D2 msg.seq_no=$D3 send_rc=$D4 at Line Number=$D5 }, \
12 {msg.dst=$D2 msg.src=$D3 }, \
13 {"lock_thread Error: " at Line Number=$D5 }, \
14 {"lock_thread Error: " at Line Number=$D5 }, \
15 {"lock_thread Error: " at Line Number=$D5 }, \
16 {"lock_thread Error: response_count >= num_nodes_active" response_count=$D2 num_nodes_active=$D3 at Line Number=$D4 }, \
17 {"lock_thread Error: " at Line Number=$D5 }, \
18 {"lock_thread Error: kcluster_sendmsg failed " lock_id=$D2 msg.seq_no=$D3 send_rc=$D4 at Line Number=$D5 }, \
19 {msg.dst=$D2 msg.src=$D3 }, \
20 {"lock_thread Error: " at Line Number=$D5 }, \
21 {"xcluster_zone_create successful." } }, \
19 { "COUNT_ACTIVE_NODES " \
$D1%D1, \
0 {"count_active_nodes enter " }, \
1 {"count_active_nodes exit " num_nodes_active=$D2 } }, \
20 { "CLUSTER_PROD_UNLOCK " \
$D1%D1, \
0 {"cluster_prod_unlock enter " len=$D2 }, \
0 {"cluster_prod_unlock Error: " rc=$D2 at Line Number=$D3 }, \
1 {"count_active_nodes successful. " } }, \
21 { "XDISK_QUERY " \
$D1%D1, \
0 {"xdisk_query enter " cluster_name=$D2 cluster_type=$D3 }, \
1 {"xdisk_query Error: " rc=$D2 at Line Number=$D3 }, \
2 {"xdisk_query successful." } }, \
22 { "XINTERFACE_QUERY " \
$D1%D1, \
0 {"xinterface_query enter " cluster_name=$D2 cluster_type=$D3 }, \
1 {"xinterface_query Error: " rc=$D2 at Line Number=$D3 }, \
2 {"xinterface_query successful." } }, \
23 { "CLUSTER_HANDLE_OURS " \
$D1%D1, \
0 {"cluster_handle ours enter " pinfo->m=$D2 m_len=$D3 hlen=$D4 type=$D5 }, \
1 {"cluster_handle_ours " cmd:$D2 cmd_src=$D3 cmd_dst=$D4 true_size=$D5 }, \
2 {"cluster_handle_ours " sec_seq=$D2 }, \
3 {"cluster_handle_ours Error: " rc=$D2 at Line Number=$D3 }, \
4 {"cluster_handle_ours successful." } }, \
24 { "FRAGMENT_PROCESSING " \
$D1%D1, \
0 {"fragment_processing enter " ip_off=$D2 ip_v=$D3 ip_id=$D4 }, \
1 {"fragment_processing Error: " rc=$D2 at Line Number=$D3 }, \
2 {"fragment_processing successful." } }, \
25 { "CLUSTER_HANDLED " \
$D1%D1, \
0 {"cluster_handled enter " m=$D2 nddp=$D3 ndd_type=$D4 slot=$D5 }, \
1 {"cluster_handled Error: Invalid mbuf pointer " }, \
2 {"cluster_handled Error: " rc=$D2 at Line Number=$D3 }, \
3 {"cluster_handled Error: " rc=$D2 at Line Number=$D3 }, \
4 {"cluster_handled Error: " rc=$D2 at Line Number=$D3 }, \
5 {"cluster_handled Error: Invalid pkt_info.m pointer " rc=$D2 }, \
6 {"cluster_handled Error: " rc=$D2 at Line Number=$D3 }, \
7 {"cluster_handled Error: " rc=$D2 at Line Number=$D3 }, \
8 {"cluster_handled successful." } }, \
26 { "CLUSTER_HANDLE_ETH " \
$D1%D1, \
0 {"cluster_handle_eth enter " eh->ether_type=$D2 pinfo->m=$D3 }, \
1 {"cluster_handle_eth Error: " etype= $D2 rc=$D3 at Line Number=$D4 }, \
2 {"cluster_handle_eth successful." etype=$D2 } }, \
27 { "KCLUSTER_CLUSTERWIDE " \
$D1%D1, \
0 {"kcluster_clusterwide enter " cmd_real=$D2 cmd_clusterwide=$D3 }, \
1 {"kcluster_clusterwide Error: _kcluster_sendmsg failed " rc= $D2 rc=$D3 at Line Number=$D4 }, \
2 {"kcluster_clusterwide Error: " rc= $D2 rc=$D3 at Line Number=$D4 }, \
3 {"kcluster_clusterwide successful." } }, \
28 { "CLUSTERWIDE_RECV_OFFLVL " \
$D1%D1, \
0 {"clusterwide_recv_offlvl enter " tid=$D2 }, \
1 {"clusterwide_recv_offlvl Error: findcluster failed " }, \
2 {"clusterwide_recv_offlvl : " cmd_direction=$D2 cmd_clusterwide=$D3 }, \
3 {"clusterwide_recv_offlvl Error: net_malloc failed " }, \
4 {"clusterwide_recv_offlvl Error: get_netinfo failed " }, \
5 {"clusterwide_recv_offlvl Error: get_diskinfo failed " }, \
6 {"clusterwide_recv_offlvl Error: _kcluster_sendmsg failed " rc=$D2 }, \
7 {"clusterwide_recv_offlvl Error: Input with No interface output " }, \
8 {"clusterwide_recv_offlvl Error: Input with No disk output " }, \
9 {"cluster_handle_eth successful." } }, \
29 { "CLUST_INPUT " \
$D1%D1, \
0 {"clust_input enter " hsize=$D2 }, \
1 {"clust_input Error: Invalid clustp->true_size " return_value= $D2 }, \
2 {"clust_input Error: sock_clust_port_array failed " return_value= $D2 }, \
3 {"clust_input : " socket pid=$D2 tid=$D3 cmd_src=$D4 cmd_port_src=$D5 }, \
4 {"clust_input Error: m_pkthdr.len > sbspace(&so->so_rcv) " len=$D2 sbspace(&so->so_rcv)=$D3 return_value=$D4 }, \
5 {"clust_input Error: sbappendaddr failed " return_value= $D2 }, \
6 {"clust_input successful." } }, \
30 { "CLUST_OUTPUT " \
$D1%D1, \
0 {"clust_output enter " mbuf=$D2, socket pid=$D3 tid=$D4 }, \
1 {"clust_output Error: m_pkthdr.len < CLUST_MINMT" m_pkthdr.len= $D2 error=$D3 at Line Number=$D4 }, \
2 {"clust_output Error: " error=$D2 at Line Number=$D3 }, \
3 {"clust_output successful." } }, \
31 { "CLSOCK_RECV " \
$D1%D1, \
0 {"clsock_recv enter " socket state=$D2 pid=$D3 tid=$D4 }, \
1 {"clsock_recv Error: flag & MSG_OOB " flags=$D2 error=$D3 }, \
2 {"clsock_recv Error: if sum " sum=$D2 }, \
3 {"clsock_recv Error: " error=$D2 at Line Number=$D3 }, \
4 {"clsock_recv successful." } }, \
32 { "_IF_SET " \
$D1%D1, \
0 {"_if_set enter " args->cmd=$D2 if_name=$D3 if_unit=$D4 if_type=$D5 }, \
1 {"_if_set Error: " at Line Number=$D2 }, \
2 {"_if_set Error: " num_clusts=$D2 at Line Number=$D3 }, \
3 {"_if_set Error: ifset returning for interface " namebuf=$D2 at Line Number=$D3 }, \
4 {"_if_set Error: " icnt=$D2 error=$D3 at Line Number=$D4 }, \
5 {"_if_set Error: ns_alloc failed " error=$D2 at Line Number=$D4 }, \
6 {"_if_set Error: " error=$D2 at Line Number=$D3 }, \
7 {"_if_set successful." }, \
8 {"_if_set Error: " error=$D2 at Line Number=$D3 } }, \
33 { "IF_RESET " \
$D1%D1, \
0 {"if_reset enter " cmd=$D2 icnt=$D3 num_ifs=$D4 }, \
1 {"if_reset: " if_name=$D2 if_unit=$D3 sa_family=$D4}, \
2 {"if_reset: " sa->sa_family=$D4}, \
3 {"if_reset Error: " error=$D2 at Line Number=$D3 }, \
4 {"if_reset successful." } }, \
34 { "KCLUSTER_SENDMSG_EXT " \
$D1%D1, \
0 {"kcluster_sendmsg_ext enter " send_ext_cmd=$D2 flags=$D3 kcl_num_nodes=$D4}, \
1 {"kcluster_sendmsg_ext Error: len > ksendp->send_ext_rclen " len=$D2 send_ext_rclen=$D3 rc=$D4 at Line Number=$D5 }, \
3 {"kcluster_sendmsg_ext Error: len > ksendp->send_ext_rclen " len=$D2 send_ext_rclen=$D3 rc=$D4 at Line Number=$D5 }, \
4 {"kcluster_sendmsg_ext Error: " rc=$D2 at Line Number=$D3 }, \
2 {"kcluster_sendmsg_ext successful." } }, \
35 { "_KCLUSTER_SENDMSG " \
$D1%D1, \
0 {"_kcluster_sendmsg enter " payload_hdr.cmd=$D2 num_ifs=$D3 }, \
1 {"_kcluster_sendmsg Error: Invalid p_mbufout " rc=$D2 }, \
2 {"_kcluster_sendmsg Error: m_flags & M_EXT == 0 " m_flags=$D2 rc=$D3 }, \
3 {"_kcluster_sendmsg Error: mbuf_fixup failed" if_type=$D2 rc=$D3 }, \
4 {"_kcluster_sendmsg Error: Invalid isend " rc=$D2 }, \
5 {"_kcluster_sendmsg successful." } }, \
36 { "MBUF_FIXUP " \
$D1%D1, \
0 {"mbuf_fixup enter " type=$D2 true_size=$D3 queue=D4 noheader=$D5}, \
1 {"mbuf_fixup Error: find cluster failed " rc=$D2 at Line Number=$D3 }, \
2 {"mbuf_fixup Error: Invalid find " cmd_dst=$D2 rc=$D3 at Line Number=$D4 }, \
3 {"mbuf_fixup Error: net_malloc failed " rc=$D2 at Line Number=$D3 }, \
4 {"mbuf_fixup Error: net_malloc failed " len=$D2 rc=$D3 at Line Number=$D4 }, \
5 {"mbuf_fixup successful." } }, \
37 { "AHAFS_DISK_EVENT " \
$D1%D1, \
0 {"ahafs_storage_event enter " }, \
1 {"ahafs_storage_event SFW" event=$D2 disk=$D3 }, \
2 {"ahafs_storage_event exit " } }, \
38 { "GENERATE_EVENT " \
$D1%D1, \
0 {"generate_event enter " }, \
1 {"generate_event CBFN_ALLOC fail" rc =$D2 }, \
2 {"generate_event MSG_ALLOC fail " rc =$D2 }, \
3 {"generate_event BUF_ALLOC fail " rc =$D2 }, \
4 {"generate_event SEND_ALLOC fail" rc =$D2 }, \
5 {"generate_event" event=$D2 msg=$D3 }, \
6 {"generate_event kcluster_wraper_send fail" rc =$D2 }, \
7 {"generate_event kcluster_wraper_send link fail " rc =$D2 }, \
8 {"generate_event exit " }, \
9 {"generate_event " EVENT_TYPE=$D2 NODE_NUMBER=$D3 NODE_ID=$D4 } }, \
39 { "SET_CLUSTER " \
$D1%D1, \
0 {"set_cluster enter" }, \
1 {"set_cluster exit" nodeid=$D2 clustid=$D3 } }, \
40 { "UNSET_CLUSTER " \
$D1%D1, \
0 {"unset_cluster enter" nodeid=$D2 clustid=$D3 }, \
1 {"unset_cluster exit" } }, \
41 { "GET_CLUSTERID " \
$D1%D1, \
0 {"get_clusterid enter" clustid=$D2 }, \
1 {"get_clusterid exit " } }, \
42 { "GET_CREATE_PKT " \
$D1%D1, \
0 {"create_pkt" try=$D2 } \
}, \
43 { "PROCESS_MSG_LOCK " \
$D1%D1, \
0 {"process_msg_lock" lock_global_index=$D2 } \
}, \
44 { }
1031 1.0 "@CAA: CAA communication traces" \
$HD, \
0x01 { "clust_sock_init: domain_add error " rc=$D1 }, \
0x02 { "clust_sock_init: kcluster_rcvmsg error " rc=$D1 }, \
0x03 { "clust_input: Enter " hsize=$D1 mbuf=$D2 }, \
0x04 { "clust_input: input_socket_details " pid=$D1 tid=$D2 cmd_src=$D3 port_src=$D4 }, \
0x05 { "clust_input: invalid true_size" rc=$D1 }, \
0x06 { "clust_input: invalid clust_pcb" rc=$D1 }, \
0x07 { "clust_input: socket no space" rc=$D1 }, \
0x08 { "clust_input: sbappendaddr err" rc=$D1 }, \
0x09 { "clust_input: Exit" }, \
0x0a { "clust_output: Enter " mbuf=$D1 pid=$D2 tid=$D3 }, \
0x0b { "clust_output: Exit with error" rc=$D1 code=$D2 }, \
0x0c { "clust_output: packet len less than CLUST_MINMTU" mbuf=$D1 rc=$D2 }, \
0x0d { "clust_output: Exit" }, \
0x0e { "clsock_recv: Enter " so_state=$D1 pid=$D2 tid=$D3 }, \
0x0f { "clsock_recv: out-of-band error" flags=$D1 error=$D2 }, \
0x10 { "clsock_recv: Exit error" rc=$D1 code=$D2 }, \
0x11 { "clsock_recv: Exit" }, \
0x20 { "cluster_net_init: Invoked" }, \
0x21 { "cluster_net_init2: Invoked" }, \
0x22 { "cluster_net_init2: set_cluster failed " rc=$D1 }, \
0x23 { "cluster_net_init2: clust_sock_init failed " rc=$D1 }, \
0x24 { "cluster_net_init2: init_net_timer failed " rc=$D1 }, \
0x25 { "cluster_net_init2: kext_service_register failed " rc=$D1 }, \
0x26 { "cluster_net_init2: assign_multi failed " rc=$D1 }, \
0x27 { "cluster_net_init2: cluster_interface_discovery failed " rc=$D1 }, \
0x28 { "cluster_net_init2: no interface found " rc=$D1 }, \
0x29 { "cluster_net_init2: ndd_config failed " rc=$D1 }, \
0x40 { "kcluster_clusterwide: Entered " cmd_real=$D1 cmd_clusterwide$D2 }, \
0x41 { "kcluster_clusterwide: Exit with error " rc=$D1 code=$D2 }, \
0x42 { "kcluster_clusterwide: _kcluster_sendmsg failed " rc=$D1 }, \
0x43 { "kcluster_clusterwide: Exit" }, \
0x44 { "clusterwide_recv_offlvl: Enter " tid_offlvl=$D1 }, \
0x45 { "clusterwide_recv_offlvl: findcluster failed" }, \
0x46 { "clusterwide_recv_offlvl: net_malloc failed" cmd_direction=$D1 }, \
0x47 { "clusterwide_recv_offlvl: get_net_info failed" cmd_direction=$D1 }, \
0x48 { "clusterwide_recv_offlvl: get_disk_info failed" cmd_direction=$D1 }, \
0x49 { "clusterwide_recv_offlvl: _kcluster_sendmsg failed" }, \
0x4a { "clusterwide_recv_offlvl: getnetinfo invalid workqp_out" cmd_direction=$D1 }, \
0x4b { "clusterwide_recv_offlvl: getdiskinfo invalid workqp_out" cmd_direction=$D1 }, \
0x4c { "clusterwide_recv_offlvl: Exit" }, \
0x4d { "clusterwide_recv_offlvl: cmd info " cmd_direction=$D1 cmd_clusterwide=$D2 }, \
0x60 { "xdisk_query: Enter" }, \
0x61 { "xdisk_query: Exit" }, \
0x62 { "xdisk_query: Exit with error " rc=$D1 code=$D2 }, \
0x63 { "xdisk_query: for cluster " G16 $HL%S1 }, \
0x64 { "xinterface_query: Enter" }, \
0x65 { "xinterface_query: Exit" }, \
0x66 { "xinterface_query: Exit with error " rc=$D1 code=$D2 }, \
0x67 { "xinterface_query: findcluster failed for " G16 $HL%S1 }, \
0x68 { "xinterface_query: for cluster: " G16 $HL%S1 }, \
0x69 { "if_restrict: Enter" }, \
0x6a { "if_restrict: Exit" }, \
0x6b { "if_restrict: Exit with error " rc=$D1 code=$D2 }, \
0x6c { "xnetmon_update: Enter" }, \
0x6d { "xnetmon_update: Exit" }, \
0x6e { "xnetmon_update: Exit with error " rc=$D1 }, \
0x80 { "cluster_handled: Enter " mbuf=$D1 nddp=$D2 ndd_type=$D3 ndd_global_array_slot_2=$D4 }, \
0x81 { "cluster_handled: Exit with error " rc=$D1 eth_rc=$D2 code=$D3 }, \
0x82 { "cluster_handled: Exit" }, \
0x83 { "cluster_handle_eth: Enter " ether_type=$D1 mbuf=$D2 }, \
0x84 { "cluster_handle_eth: Exit with error " rc=$D1 code=$D2 }, \
0x85 { "cluster_handle_eth: Exit" }, \
0xa0 { "create_pkt: for fragment_processing " try=$D1 }, \
0xa1 { "fragment_processing: Entered " ip_off=$D1 ip_v=$D2 ip_id=$D3 }, \
0xa2 { "fragment_processing: Exit with error " rc=$D1 code=$D2 }, \
0xa3 { "fragment_processing: Exit" }, \
0xa4 { "cluster_handle_ours: Enter " mbuf=$D1 mbuf_len=$D2 header_len=$D3 pinfo_type=$D4 }, \
0xa5 { "cluster_handle_ours: cluster packet " cluster_cmd=$D1 cmd_src=$D2 cmd_dst=$D3 true_size=$D4 }, \
0xa6 { "cluster_handle_ours: Exit with error " rc=$D1 code=$D2 }, \
0xa7 { "cluster_handle_ours : Info Bringing Node UP " host_name=$D1 flags=$D2 },\
0xa8 { "cluster_handle_ours : Info Bringing Node DOWN " host_name=$D1 flags=$D2 },\
0xa9 { "cluster_handle_ours: Exit" }, \
0xc0 { "_if_set: Enter " cmd=$D1 if_unit=$D2 if_type=$D3 }, \
0xc1 { "_if_set: unknown interface type " }, \
0xc2 { "_if_set: no active cluster " num_clusts=$D1 }, \
0xc3 { "_if_set: interface already added " }, \
0xc4 { "_if_set: no space in IFS_ARRAY " error=$D1 }, \
0xc5 { "_if_set: ns_alloc failed " error=$D1 }, \
0xc6 { "_if_set: Exit with error " error=$D1 code=$D2 }, \
0xc7 { "_if_set: Exit with error " error=$D1 code=$D2 }, \
0xc8 { "_if_set: Exit" }, \
0xc9 { "if_reset: Enter " cmd=$D1 icnt=$D2 num_ifs=$D3 }, \
0xca { "if_reset: " if_unit=$D1 sa_family=$D2 }, \
0xcb { "if_reset: Exit with error " error=$D1 code=$D2 }, \
0xcc { "if_reset: Exit" }, \
0xcd { "ndd_set: called for " G16 $HL%S1 }, \
0xce { "ndd_set: ns_alloc failed " error=$D1 }, \
0xcf { "ndd_set: kifs_init failed " error=$D1 }, \
0xd0 { "ndd_set: ns_alloc failed " error=$D1 }, \
0xd1 { "ndd_set: Exit " kif_number=$D1 }, \
0xd2 { "ndd_config: Enter" }, \
0xd3 { "ndd_config: getdevno failed " error=$D1 }, \
0xd4 { "ndd_config: NDD_DISABLE_LARGE_RECEIVE failed " nddp=$D1 error=$D2 }, \
0xd5 { "ndd_config: init_cmd_template failed " error=$D1 }, \
0xd6 { "ndd_config: ns_add_filter failed " error=$D1 }, \
0xd7 { "ndd_config: NDD_JOIN failed " error=$D1 }, \
0xd8 { "ndd_config: NDD_SET_REPOS failed " error=$D1 }, \
0xd9 { "ndd_config: Exit" }, \
0xda { "kcluster_sendmsg_ext: Enter " cmd=$D1 flags=$D2 num_nodes=$D3 }, \
0xdb { "kcluster_sendmsg_ext: msg length error " len=$D1 error=$D2 }, \
0xdc { "kcluster_sendmsg_ext: msg length error " len=$D1 error=$D2 }, \
0xdd { "kcluster_sendmsg_ext: Exit with error " rc=$D1 code=$D2 }, \
0xde { "kcluster_sendmsg_ext: Exit" }, \
0xdf { "_kcluster_sendmsg: Enter " cmd=$D1 num_ifs=$D2 }, \
0xe0 { "_kcluster_sendmsg: bad transmit " rc=$D1 }, \
0xe1 { "_kcluster_sendmsg: bad transmit " m_flags=$D1 rc=$D2 }, \
0xe2 { "_kcluster_sendmsg: mbuf_fixup failed " if_type=$D1 rc=$D2 }, \
0xe3 { "_kcluster_sendmsg: no memory " if_type=$D1 rc=$D2 }, \
0xe4 { "_kcluster_sendmsg: ndd_output failed " if_type=$D1 rc=$D2 }, \
0xe5 { "_kcluster_sendmsg: Exit with error " rc=$D1 }, \
0xe6 { "_kcluster_sendmsg: Data larger than maximum number of fragments supported " datalen=$D1 rc=$D2 }, \
0xe7 { "_kcluster_sendmsg: Error " rc=$D1 }, \
0xe8 { "_kcluster_sendmsg: Exit" }, \
0xe9 { "_kcluster_sendmsg: Info Received a wrong target_siteid" target_siteid=$D1 }, \
0xea { "mbuf_fixup: Enter " type=$D1 true_size=$D2 queue=$D3 noheader=$D4 }, \
0xeb { "mbuf_fixup: findcluster failed " rc=$D1 }, \
0xec { "mbuf_fixup: node by UUID not found " cmd_dst=$D1 rc=$D2 }, \
0xed { "mbuf_fixup: net_malloc failed " error=$D1 }, \
0xee { "mbuf_fixup: net_malloc failed " error=$D1 }, \
0xef { "mbuf_fixup: Exit" }, \
0xf0 { "do_pacing: net_malloc failed " error=$D1 }, \
0xf1 { "tcpsock_if_set: Entry " nddp=$D1 }, \
0xf2 { "tcpsock_if_set: Info " ifdatap=$D1 }, \
0xf3 { "tcpsock_if_set: Error " rc=$D1 code=$D2 }, \
0xf4 { "tcpsock_if_set: Exit " }, \
0xf5 { "tcpsock_if_reset: Entry " ifdatap=$D1 }, \
0xf6 { "tcpsock_if_reset: Exit" }, \
0xf7 { "mcast_ping: Enter " ifdatap=$D1 kif_flags=$D2 kif_state=$D3 kif_ifp=$D4 kif_nddp=$D5 }, \
0xf8 { "mcast_ping: Error " rc=$D1 }, \
0xf9 { "mcast_ping: Exit" }, \
0xfa { "caa_ping_output: Enter " ifdatap=$D1 kif_flags=$D2 kif_state=$D3 kif_ifp=$D4 kif_nddp=$D5 }, \
0xfb { "caa_ping_output: Error " rc=$D1 }, \
0xfc { "caa_ping_output: Error1 clust_icmp_send failed " rc=$D1 }, \
0xfd { "caa_ping_output: Exit" rc=$D1 num_ping=$D2 ping_sent=$D3 netmon_state=$D4}, \
0xfe { "caa_ping_input: Enter" }, \
0xff { "caa_ping_input: Exit " ours=$D1 ifdatap=$D2 }, \
0x200 { "mac4_resolve: Exit " ifdatap=$D1 ret=$D2 }, \
0x201 { "mac6_resolve: Exit " ifdatap=$D1 ret=$D2 }, \
0x202 { "_kcluster_sendmsg: " mbufout=$D1 rc=$D2 cmd_kifstate=$D3 lbolt=$D4 time=$D5 }, \
0x100 { "clif config in " }, \
0x101 { "clif config err1 " cmd=$D1 uio=$D2 error=$D3 }, \
0x102 { "clif config err2 " cmd=$D1 uio=$D2 error=$D3 }, \
0x103 { "clif config err3 " cmd=$D1 uio=$D2 error=$D3 }, \
0x104 { "clif config err4 " cmd=$D1 uio=$D2 error=$D3 }, \
0x105 { "clif config err5 " init=$D1 error=$D2 }, \
0x106 { "clif config err6 " init=$D1 error=$D2 }, \
0x107 { "clif config err7 " unit=$D1 cl_ifsize=$D2 error=$D3 }, \
0x108 { "clif config err8 " error=$D1 }, \
0x109 { "clif config err9 " unit=$D1 type=$D2 error=$D3 }, \
0x10A { "clif config errA " error=$D1 }, \
0x10B { "clif config errB " error=$D1 }, \
0x10C { "clif config out " }, \
0x10D { "clif attach in " }, \
0x10E { "clif attach err1 " ifp_index=$D1 if_index=$D2 error=$D3 }, \
0x10F { "clif attach out " }, \
0x110 { "clif ioctl in " ifp=$D1 cmd=$D2 data=$D3 }, \
0x111 { "clif ioctl err1 " ifp=$D1 cmd=$D2 data=$D3 error=$D4 }, \
0x112 { "clif ioctl err2 " ifp=$D1 cmd=$D2 data=$D3 error=$D4 }, \
0x113 { "clif ioctl err3 " error=$D1 }, \
0x114 { "clif ioctl err4 " ipinfo=$D1 error=$D2 }, \
0x115 { "clif ioctl err5 " error=$D1 }, \
0x116 { "clif ioctl err6 " error=$D1 }, \
0x117 { "clif ioctl err7 " error=$D1 }, \
0x118 { "clif ioctl err8 " ifp=$D1 cmd=$D2 error=$D3 }, \
0x119 { "clif ioctl out " }, \
0x11A { "clif output in " ifp=$D1 m=$D2 dst=$D3 rt0=$D4 }, \
0x11B { "clif output err1 " ifp=$D1 flags=$D2 error=$D3 }, \
0x11C { "clif output err2 " ip_len=$D1 error=$D2 }, \
0x11D { "clif output err3 " proto=$D1 error=$D2 }, \
0x11E { "clif output err4 " family=$D1 error=$D2 }, \
0x11F { "clif output err5 " m=$D1 error=$D2 }, \
0x120 { "clif output out " }, \
0x121 { "clif input in" hsize=$D1 m=$D2 return_value=$D3 }, \
0x122 { "clif input err1" clp=$D1 m=$D2 }, \
0x123 { "clif input err2" proto=$D1 m=$D2 }, \
0x124 { "clif input out" }, \
0x300 { " kcluster_arp_send: Enter" }, \
0x301 { " kcluster_arp_send: Family not supported" family=$D1 rc=$D2 line=$D3 }, \
0x302 { "kcluster_arp_send: Duplictate Pseudo IP Found" rc= $D1 line=$D2 }, \
0x303 { "kcluster_arp_send: knodedata not found" rc= $D1 line=$D2 }, \
0x304 { "kcluster_arp_send: Exit error" rc= $D1 line=$D2 }, \
0x305 { "kcluster_arp_send: Exit" }, \
0x306 { "kcluster_arp_recv: Enter" }, \
0x307 { "kcluster_arp_recv: Duplicate Pseudo IP Found" *rv=$D1 }, \
0x308 { "kcluster_arp_recv: Sender knodedatap State is Down" }, \
0x309 { "kcluster_arp_recv: Exit" }, \
0x310 { "kcluster_check_duplicate_pseudoip: Enter" }, \
0x311 { "kcluster_check_duplicate_pseudoip: Duplicate Pseudo IP found" rc=$D1 line=$D2 }, \
0x312 { "kcluster_check_duplicate_pseudoip: Exit" }, \
0x313 { "kcluster_pseudo_sendmsg: Enter" }, \
0x314 { "kcluster_pseudo_sendmsg: Protocol Not supported" Protocol=$D1 rc=$D2 line=$D3 }, \
0x315 { "kcluster_pseudo_sendmsg: Address family not supported" Version=$D1 rc=$D2 line=$D3 }, \
0x316 { "kcluster_pseudo_sendmsg: Incorrect IP header length" Header Lenght=$D1 rc=$D2 line=$D3 }, \
0x317 { "kcluster_pseudo_sendmsg: Destination Node is Down" Address=$D1 rc=$D2 line=$D3 }, \
0x318 { "kcluster_pseudo_sendmsg: net_malloc failure" rc= $D1 line=$D2 }, \
0x319 { "kcluster_pseudo_sendmsg: Exit Error" rc= $D1 line=$D2}, \
0x320 { "kcluster_pseudo_sendmsg: Exit" }, \
0x321 { "preprocess_pseudo_sock_packet: Entry" }, \
0x322 { "preprocess_pseudo_sock_packet: Error from cl_input" rc= $D1 line=$D2}, \
0x323 { "preprocess_pseudo_sock_packet: Exit" rc= $D1 line=$D2 }, \
0x400 { "net_monitor: Error Bringing Down Node , Pending flag is " node=$D1 flag=$D2 }, \
0x401 { "if_monitor: Info Bringing Interface UP" ifdatap=$D1 ndd_name=$D2 netmon_state=$D3 }, \
0x402 { "if_monitor: Info Retrying untill the connection is established " retry_count=$D1 }, \
0x403 { "if_monitor: Info After Max Retries. Bringing interface DOWN" ifdatap=$D1 ndd_name=$D2 }, \
0x404 { "topology_monitor: Entry "}, \
0x405 { "topology_monitor: Error1 Starting Asymmetric Algorithm " i_can_contact=$D1 max_contact=$D2 code=$D3 }, \
0x406 { "topology_monitor: Error2 Bringing DOWN Node , to Bail Out " knd_shorthand_id=$D1 }, \
0x407 { "topology_monitor: Error3 Selected Candidate Node " shid=$D1 }, \
0x409 { "topology_monitor: Exit "}, \
0x40a { "print_can_contacts:Entry "}, \
0x40b { "print_can_contacts: Contactlist " knd_shorthand_id=$D1 knd_can_contact=$D2 }, \
0x40c { "print_can_contacts:Exit "}, \
0x500 { "xcluster_ctrl: Info Clearing Pending flag for Node " host_name=$D1 }, \
0x501 { "xcluster_ctrl: Info Local Node Restarted,Clearing Pending flag for Node " host_name=$D1 }, \
0x502 { "xcluster_ctrl: Info Clearing Pending flag for Node " host_name=$D1 }
1032 1.0 "@CAA: CAA lock routines" \
$HD, \
0x01 { "match_uuid_and_count: Up and Down nodes " Upnode=$D1 Downnode=$d2 }, \
0x02 { "get_storage_nodecnt: Cluster is not active " code=$D1 }, \
0x03 { "get_storage_nodecnt: NDD_NODE_CNT ioctl returning count " count=$D1 code=$D2 }, \
0x04 { "count_active_nodes: local_stand_alone NULL " code=$D1}, \
0x05 { "count_active_nodes: local_stand_alone NULL " code=$D1}, \
0x06 { "count_active_nodes: exit " active_nodes=$D1}, \
0x07 { "wait_on_node_bringup: local_stand_alone NULL " code=$D1}, \
0x08 { "wait_on_node_bringup: lock denied isolation " count=$D1 recv=$D2 disk_send=$D3 disk_recv=$D4 code=$D5 }, \
0x09 { "wait_on_node_bringup: more than 6 tries " code=$D1 }, \
0x0a { "wait_on_node_bringup: lock denied isolation. No communication " code=$D1 }, \
0x0b { "xcluster_lock: Enter " cmd=$D1 lockid=$D2 threadid=$D3 }, \
0x0c { "xcluster_lock: File system mounted: lock not held " cmd=$D1 lockid=$D2 threadid=$D3 }, \
0x0d { "xcluster_lock: " cmd=$D1 lockid=$D2 lock_state=$D3 }, \
0x0e { "xcluster_lock: exit with err" cmd=$D1 lockid=$D2 code=$D3 }, \
0x0f { "xcluster_lock: successful" cmd=$D1 lockid=$D2 lock_state=$D3 }, \
0x10 { "process_msg_lock: " lock_global_index=$D1 }, \
0x11 { "lock_thread: Enter " threadid=$D1 }, \
0x12 { "lock_thread: cluster unconfigured " i=$D1 }, \
0x13 { "lock_thread: got lock " message=$D1 lockid=$D2 }, \
0x14 { "lock_thread: bad lock id " lockid=$D1 code=$D2 }, \
0x15 { "lock_thread: File system mounted : lock not held " lockid=$D1 message=$D2 }, \
0x16 { "lock_thread: " lockid=$D1 message=$D2 lock_state=$D3 }, \
0x17 { "lock_thread: " kcluster_sendmsg() failed " lockid=$D1 send_rc=$D2 code=$D3 }, \
0x18 { "lock_thread: " dst=$D1 src=$D2 seq_no=$D3 }, \
0x19 { "lock_thread: " kcluster_sendmsg() failed " lockid=$D1 send_rc=$D2 code=$D3 }, \
0x1a { "lock_thread: " dst=$D1 src=$D2 seq_no=$D3 }, \
0x1b { "lock_thread: Got non-broadcast REQUEST when lock held " dst=$D1 kcl_myid=$D2 code=$D3 }, \
0x1c { "lock_thread: " kcluster_sendmsg() failed " lockid=$D1 send_rc=$D2 code=$D3 }, \
0x1d { "lock_thread: " dst=$D1 src=$D2 seq_no=$D3 }, \
0x1e { "lock_thread: " kcluster_sendmsg() failed " lockid=$D1 send_rc=$D2 code=$D3 }, \
0x1f { "lock_thread: " dst=$D1 src=$D2 seq_no=$D3 }, \
0x20 { "lock_thread: " kcluster_sendmsg() failed " lockid=$D1 send_rc=$D2 code=$D3 }, \
0x21 { "lock_thread: " dst=$D1 src=$D2 seq_no=$D3 }, \
0x22 { "lock_thread: Unknown lock state " code=$D1 }, \
0x23 { "lock_thread: Wrong packet received " code=$D1 }, \
0x24 { "lock_thread: No one should broadcast GRANT " code=$D1 }, \
0x25 { "lock_thread: ghost response " send_Infop->src=$D1 code=$D2 }, \
0x26 { "lock_thread: response_count >= active_nodes " response_cnt=$D1 active_nodes=$D2 code=$D3 }, \
0x27 { "lock_thread: Unknown lock state " code=$D1 }, \
0x28 { "lock_thread: " kcluster_sendmsg() failed " lockid=$D1 send_rc=$D2 code=$D3 }, \
0x29 { "lock_thread: " dst=$D1 src=$D2 seq_no=$D3 }, \
0x2a { "lock_thread: ghost response " send_Infop->src=$D1 code=$D2 }, \
0x2b { "lock_thread: Received unkwown type of message " code=$D1 }, \
0x2c { "lock_thread: Successful " }
1033 1.0 "@CAA: CAA ahafs routines" \
HT & 0x4000, \
0x4000 { \
$D1, \
0x07 { " kcluster_get_node_info: Node Information is " G16 $HL%S1 }, \
0x0a { "aha_thread_queue: The AHAFS event is " G16 $HL%S1 }, \
0x14 { "generate_event: The NODE_ID is " G16 $HL%S1 }, \
0x15 { "generate_event: The sp_name is " G16 $HL%S1 }, \
0x16 { "generate_event: The cb_msg is " G16 $HL%S1 }, \
0x1a { "set_cluster: The wwid_node_str is " G16 $HL%S1 }, \
0x1b { "unset_cluster: The wwid_node_str is " G16 $HL%S1 }, \
0x21 { "find_and_update: returned from find_disknode() and name is " G16 $HL%S1 }, \
0x23 { "find_and_update: Successful and name is " G16 $HL%S1 }, \
0x26 { "ahafs_storage_event: SFW storage event: event is " G16 $HL%S1 }, \
0x27 { "ahafs_storage_event: on event " G16 $HL%S1 }, \
0x2e { "event_post: name is " G16 $HL%S1 }, \
0x34 { "Add_event_disk: name is " G16 $HL%S1 }, \
0x36 { "Add_event_disk: SFW_GET_UUID failed on " G16 $HL%S1 }, \
0x38 { "Add_event_disk: SFW_GET_DISK failed on " G16 $HL%S1 }, \
0x3a { "Add_event_disk: SFW_GET_DISK successful and name is " G16 $HL%S1 }, \
0x3c { "Add_event_disk: SFW_SET_DISK failed on " G16 $HL%S1 }, \
0x3e { "Add_event_disk: SFW_SET_DISK successful and name is " G16 $HL%S1 }, \
0x44 { "Rem_event_disk: Disk being removed is " G16 $HL%S1 }, \
0x49 { "ahafs_vgstat_register: failed and name is " G16 $HL%S1 }, \
0x4f { "ahafs_Disk_State_register: Device file open failed and name is " G16 $HL%S1 }, \
0x51 { "ahafs_Disk_State_register: Add_event_disk() failed and device name is " G16 $HL%S1 }, \
0x56 { "ahafs_address_register: failed and name is " G16 $HL%S1 }, \
0x5b { "ahafs_interface_register: failed and name is " G16 $HL%S1 }, \
0x60 { "ahafs_contact_register: failed and name is " G16 $HL%S1 }, \
0x65 { "ahafs_nodeexit_register: failed and name is " G16 $HL%S1 }, \
0x6a { "ahafs_nodelist_register: failed and nodeListEvent name is " G16 $HL%S1 }, \
0x6f { "ahafs_disklist_register: failed and clDiskListEvent name is " G16 $HL%S1 }, \
0x74 { "ahafs_clDisk_State_register: failed and clDiskStateEvent name is " G16 $HL%S1 }, \
0x79 { "ahafs_repDisk_State_register: failed and repDiskStateEvent name is " G16 $HL%S1 }, \
0x7e { "ahafs_linked_Cl_register: failed and linkedClEvent name is " G16 $HL%S1 }, \
0x98 { "ahafs_cap_register: failed and capEvent name is " G16 $HL%S1 }, \
0xa9 { "ahafs_sfw_register: failed and sfwEvent name is " G16 $HL%S1 } \
$BREAK \
} \
$HD, \
0x01 { "get_buffer: Enter " type=$D1 }, \
0x02 { "process_msg_aha: ahafs out of buffer " size=$D1 }, \
0x03 { "get_recvnextseq: Event lost " count=$D1 }, \
0x04 { "aha_thread_recv: Event ID not obtained " rc=$D1 }, \
0x05 { "aha_thread_recv: Event ID not monitored " rc=$D1 }, \
0x06 { "aha_thread_recv: Event Loss " rc=$D1 }, \
0x08 { "kcluster_wraper_send: Exit " rc=$D1 code=$D2 }, \
0x09 { "get_nextseq: Event Lost " count=$D1 }, \
0x0b { "aha_thread_queue: QUEUE event failed " rc=$D1 }, \
0x0c { "send_rcv_clust_init: ahaqueue process creation failed " }, \
0x0d { "send_rcv_clust_init: ahaqueue process initialization failed " }, \
0x0e { "generate_event: Enter " }, \
0x0f { "generate_event: Memory allocation failed " rc=$D1 code=$D2 }, \
0x10 { "generate_event: Memory allocation failed " rc=$D1 code=$D2 }, \
0x11 { "generate_event: Memory allocation failed " rc=$D1 code=$D2 }, \
0x12 { "generate_event: Memory allocation failed " rc=$D1 code=$D2 }, \
0x13 { "generate_event: " TYPE=$D1 NODE_NUMBER=$D2 VALUE=$D3 }, \
0x17 { "generate_event: failed Exit " rc=$D1 code=$D2 }, \
0x18 { "generate_event: Successful " }, \
0x19 { "set_cluster: Enter " }, \
0x1c { "unset_cluster: Exit " }, \
0x1d { "get_clusterid: Enter " CLUSID=$D1 }, \
0x1e { "get_clusterid: Exit " }, \
0x1f { "find_and_update: Cluster is not active " code=$D1 }, \
0x20 { "find_and_update: returned from find_disknode() " rc=$D1 code=$D2 }, \
0x22 { "find_and_update: Successful " type=$D1 status_flag=$D2 }, \
0x24 { "ahafs_storage_event: Enter " }, \
0x25 { "ahafs_storage_event: Cluster is not active " }, \
0x28 { "ahafs_storage_event: Disk event found " state=$D1 type=$D2 }, \
0x29 { "ahafs_storage_event: Exit " }, \
0x2a { "ahafs_event_generation: Cluster is inactive " flag=$D1 }, \
0x2b { "event_post: Enter " state=$D1 vg_update=$D2 }, \
0x2c { "event_post: Cluster is inactive " }, \
0x2d { "event_post: returned from find_and_update() " rc=$D1 }, \
0x2f { "event_post: Successful " }, \
0x30 { "service_callback: kext_service_request() failed " cmd=$D1 errnoval=$D2 }, \
0x31 { "service_callback: kext_service_call() failed " cmd=$D1 errnoval=$D2 }, \
0x32 { "service_callback: Exit " cmd=$D1 rc=$D2 }, \
0x33 { "Add_event_disk: Enter " flag=$D1 }, \
0x35 { "Add_event_disk: SFW_GET_UUID failed " rc=$D1 rv=$D2 }, \
0x37 { "Add_event_disk: SFW_GET_DISK failed " rc=$D1 rv=$D2 }, \
0x39 { "Add_event_disk: SFW_GET_DISK Successful " state=$D1 height=$D2 mode=$D3 devno=$D4 }, \
0x3b { "Add_event_disk: SFW_SET_DISK failed " rc=$D1 rv=$D2 }, \
0x3d { "Add_event_disk: SFW_SET_DISK successful " rc=$D1 rv=$D2 }, \
0x3f { "Add_event_disk: SFW_ADD_LISTENER failed on UP " rc=$D1 rv=$D2 }, \
0x40 { "Add_event_disk: SFW_ADD_LISTENER failed on DOWN " rc=$D1 rv=$D2 }, \
0x41 { "Add_event_disk: Exit " rc=$D1 rv=$D2 }, \
0x42 { "Add_event_disk: Successful " }, \
0x43 { "Rem_event_disk: Enter " flag=$D1 }, \
0x45 { "Rem_event_disk: Successful " }, \
0x46 { "ahafs_vgstat_register: failed with EBUSY error " cmd=$D1 code=$D2 }, \
0x47 { "ahafs_vgstat_register: failed with ENOENT error " cmd=$D1 code=$D2 }, \
0x48 { "ahafs_vgstat_register: failed with EINVAL error " cmd=$D1 code=$D2 }, \
0x4a { "ahafs_vgstat_register: failed " cmd=$D1 code=$D2 }, \
0x4b { "ahafs_Disk_State_register: failed with EBUSY error " cmd=$D1 code=$D2 }, \
0x4c { "ahafs_Disk_State_register: failed with ENOENT error " cmd=$D1 code=$D2 }, \
0x4d { "ahafs_Disk_State_register: failed with EINVAL error " cmd=$D1 code=$D2 }, \
0x4e { "ahafs_Disk_State_register: fp_open() failed " cmd=$D1 code=$D2 }, \
0x50 { "ahafs_Disk_State_register: fp_getdevno() failed " cmd=$D1 code=$D2 }, \
0x52 { "ahafs_Disk_State_register: Failed " cmd=$D1 rc=$D2 code=$D3 }, \
0x53 { "ahafs_address_register: failed with EBUSY error " cmd=$D1 code=$D2 }, \
0x54 { "ahafs_address_register: failed with ENOENT error " cmd=$D1 code=$D2 }, \
0x55 { "ahafs_address_register: failed with EINVAL error " cmd=$D1 code=$D2 }, \
0x57 { "ahafs_address_register: Failed " cmd=$D1 rc=$D2 code=$D3 }, \
0x58 { "ahafs_interface_register: failed with EBUSY error " cmd=$D1 code=$D2 }, \
0x59 { "ahafs_interface_register: failed with ENOENT error " cmd=$D1 code=$D2 }, \
0x5a { "ahafs_interface_register: failed with EINVAL error " cmd=$D1 code=$D2 }, \
0x5c { "ahafs_interface_register: failed " cmd=$D1 rc=$D2 code=$D3 }, \
0x5d { "ahafs_contact_register: failed with EBUSY error " cmd=$D1 code=$D2 }, \
0x5e { "ahafs_contact_register: failed with ENOENT error " cmd=$D1 code=$D2 }, \
0x5f { "ahafs_contact_register: failed with EINVAL error " cmd=$D1 code=$D2 }, \
0x61 { "ahafs_contact_register: failed with ENOENT " cmd=$D1 code=$D2 }, \
0x62 { "ahafs_nodeexit_register: failed with EBUSY error " cmd=$D1 code=$D2 }, \
0x63 { "ahafs_nodeexit_register: failed with ENOENT error " cmd=$D1 code=$D2 }, \
0x64 { "ahafs_nodeexit_register: failed with EINVAL error " cmd=$D1 code=$D2 }, \
0x66 { "ahafs_nodeexit_register: failed with ENOENT " cmd=$D1 code=$D2 }, \
0x67 { "ahafs_nodelist_register: failed with EBUSY error " cmd=$D1 code=$D2 }, \
0x68 { "ahafs_nodelist_register: failed with ENOENT error " cmd=$D1 code=$D2 }, \
0x69 { "ahafs_nodelist_register: failed with EINVAL error " cmd=$D1 code=$D2 }, \
0x6b { "ahafs_nodelist_register: failed with ENOENT " cmd=$D1 code=$D2 }, \
0x6c { "ahafs_disklist_register: failed with EBUSY error " cmd=$D1 code=$D2 }, \
0x6d { "ahafs_disklist_register: failed with ENOENT error " cmd=$D1 code=$D2 }, \
0x6e { "ahafs_disklist_register: failed with EINVAL error " cmd=$D1 code=$D2 }, \
0x70 { "ahafs_disklist_register: failed with ENOENT " cmd=$D1 code=$D2 }, \
0x71 { "ahafs_clDisk_State_register: failed with EBUSY error " cmd=$D1 code=$D2 }, \
0x72 { "ahafs_clDisk_State_register: failed with ENOENT error " cmd=$D1 code=$D2 }, \
0x73 { "ahafs_clDisk_State_register: failed with EINVAL error " cmd=$D1 code=$D2 }, \
0x75 { "ahafs_clDisk_State_register: failed with ENOENT " cmd=$D1 code=$D2 }, \
0x76 { "ahafs_repDisk_State_register: failed with EBUSY error " cmd=$D1 code=$D2 }, \
0x77 { "ahafs_repDisk_State_register: failed with ENOENT error " cmd=$D1 code=$D2 }, \
0x78 { "ahafs_repDisk_State_register: failed with EINVAL error " cmd=$D1 code=$D2 }, \
0x7a { "ahafs_repDisk_State_register: failed with ENOENT " cmd=$D1 code=$D2 }, \
0x7b { "ahafs_linked_Cl_register: failed with EBUSY error " cmd=$D1 code=$D2 }, \
0x7c { "ahafs_linked_Cl_register: failed with ENOENT error " cmd=$D1 code=$D2 }, \
0x7d { "ahafs_linked_Cl_register: failed with EINVAL error " cmd=$D1 code=$D2 }, \
0x7f { "ahafs_linked_Cl_register: failed with ENOENT " cmd=$D1 code=$D2 }, \
0x80 { "ahafs_cluster_init: nodeState event register failed " rc=$D1 code=$D2 }, \
0x81 { "ahafs_cluster_init: nodeAddress event register failed " rc=$D1 code=$D2 }, \
0x82 { "ahafs_cluster_init: networkAdapterState event register failed " rc=$D1 code=$D2 }, \
0x83 { "ahafs_cluster_init: node connect event register failed " rc=$D1 code=$D2 }, \
0x84 { "ahafs_cluster_init: vgState event register failed " rc=$D1 code=$D2 }, \
0x85 { "ahafs_cluster_init: nodeList event register failed " rc=$D1 code=$D2 }, \
0x86 { "ahafs_cluster_init: diskList event register failed " rc=$D1 code=$D2 }, \
0x87 { "ahafs_cluster_init: clDiskState event register failed " rc=$D1 code=$D2 }, \
0x88 { "ahafs_cluster_init: repDiskState event register failed " rc=$D1 code=$D2 }, \
0x89 { "ahafs_cluster_init: linkedCl event register failed " rc=$D1 code=$D2 }, \
0x8a { "ahafs_cluster_init: diskState event register failed " rc=$D1 code=$D2 }, \
0x8b { "ahafs_cluster_uninit: nodeState event unregister failed " rc=$D1 code=$D2 }, \
0x8c { "ahafs_cluster_uninit: nodeAddress event unregister failed " rc=$D1 code=$D2 }, \
0x8d { "ahafs_cluster_uninit: networkAdapterState event unregister failed " rc=$D1 code=$D2 }, \
0x8e { "ahafs_cluster_uninit: vgState event unregister failed " rc=$D1 code=$D2 }, \
0x8f { "ahafs_cluster_uninit: nodeList event unregister failed " rc=$D1 code=$D2 }, \
0x90 { "ahafs_cluster_uninit: clDiskList event unregister failed " rc=$D1 code=$D2 }, \
0x91 { "ahafs_cluster_uninit: clDiskState event unregister failed " rc=$D1 code=$D2 }, \
0x92 { "ahafs_cluster_uninit: repDiskState event unregister failed " rc=$D1 code=$D2 }, \
0x93 { "ahafs_cluster_uninit: linkedCl event unregister failed " rc=$D1 code=$D2 }, \
0x94 { "ahafs_cluster_uninit: diskstate event unregister failed " rc=$D1 code=$D2 }, \
0x95 { "ahafs_cap_register: failed with EBUSY error " cmd=$D1 code=$D2 }, \
0x96 { "ahafs_cap_register: failed with ENOENT error " cmd=$D1 code=$D2 }, \
0x97 { "ahafs_cap_register: failed with EINVAL error " cmd=$D1 code=$D2 }, \
0x99 { "ahafs_cap_register: failed with ENOENT " cmd=$D1 code=$D2 }, \
0x9a { "ahafs_cluster_init: cap event register failed " rc=$D1 code=$D2 }, \
0x9b { "ahafs_cluster_uninit: cap event unregister failed " rc=$D1 code=$D2 }, \
0x9c { "ahafs_hostname_change_register: hostname change register failed " rc=$D1 code=$D2 }, \
0x9d { "ahafs_cluster_uninit: ahafs node contact event unregister failed " rc=$D1 code=$D2 }, \
0x9e { "ahafs_cluster_uninit: ahafs split merge event unregister failed " rc=$D1 code=$D2 }, \
0x9f { "ahafs_cluster_init: hostnameChange event register failed " rc=$D1 code=$D2 }, \
0xa0 { "ahafs_cluster_init: sfw event register failed " rc=$D1 code=$D2 }, \
0xa1 { "ahafs_cluster_uninit: sfw event unregister failed " rc=$D1 code=$D2 }, \
0xa2 { "regCaaEventListeners: SFW_ADD_LISTENER failed for PORT_UP " rc=$D1 rv=$D2 }, \
0xa3 { "regCaaEventListeners: SFW_ADD_LISTENER failed for PORT_DOWN " rc=$D1 rv=$D2 }, \
0xa4 { "regCaaEventListeners: SFW_ADD_LISTENER failed for ADAP_UP " rc=$D1 rv=$D2 }, \
0xa5 { "regCaaEventListeners: SFW_ADD_LISTENER failed for ADAP_DOWN " rc=$D1 rv=$D2 }, \
0xa6 { "ahafs_sfw_register: failed with EBUSY error " cmd=$D1 code=$D2 }, \
0xa7 { "ahafs_sfw_register: failed with ENOENT error " cmd=$D1 code=$D2 }, \
0xa8 { "ahafs_sfw_register: failed with EINVAL error " cmd=$D1 code=$D2 }, \
0xaa { "ahafs_sfw_register: Failed " cmd=$D1 rc=$D2 code=$D3 }
1034 1.0 "@CAA: CAA configuration routines" \
HT & 0x4000, \
0x4000 { \
$D1, \
0x11 { "xcluster_query: Cluster name is " G16 $HL%S1 }, \
0x19 { "xcluster_query: Cluster name is " G16 $HL%S1 }, \
0x1e { "xcluster_create: Cluster name is " G16 $HL%S1 }, \
0x22 { "_xcluster_create: Cluster name is " G16 $HL%S1 }, \
0x2c { "_xcluster_create: host_name is " G16 $HL%S1 }, \
0x2f { "_xcluster_create: sfclin_name is " G16 $HL%S1 }, \
0x31 { "_xcluster_create: sfnin_name is " G16 $HL%S1 }, \
0x33 { "_xcluster_create: kcl_name is " G16 $HL%S1 }, \
0x3b { "xcluster_modify: Cluster name is " G16 $HL%S1 }, \
0x3f { "xcluster_modify: Process disklist, Disk name is " G16 $HL%S1 }, \
0x41 { "xcluster_modify: Add node to cluster and host_name is " G16 $HL%S1 }, \
0x42 { "xcluster_modify: Add node to cluster and cluster name is " G16 $HL%S1 }, \
0x44 { "xcluster_modify: Del node from cluster and host_name is " G16 $HL%S1 }, \
0x45 { "xcluster_modify: Del node from cluster and cluster name is " G16 $HL%S1 }, \
0x48 { "xcluster_modify: Node add to zone, Invalid node and host_name is " G16 $HL%S1 }, \
0x4a { "xcluster_modify: SFW_ADD_NODE failed and sfnin_name is " G16 $HL%S1 }, \
0x4c { "xcluster_modify: SFW_DEL_NODE failed and sfnin_name is " G16 $HL%S1 }, \
0x50 { "xcluster_delete: Cluster name is " G16 $HL%S1 }, \
0x53 { "xcluster_delete: SFW_DEL_LISTENER UP call failed and sfwlisin_name is " G16 $HL%S1 }, \
0x55 { "xcluster_delete: SFW_DEL_LISTENER DOWN call failed and sfwlisin_name is " G16 $HL%S1 }, \
0x59 { "xcluster_delete: SFW_DEL_NODE call failed and sfnin_name is " G16 $HL%S1 }, \
0x5e { "xcluster_node_query: node_name is " G16 $HL%S1 }, \
0x63 { "xcluster_node_query: SFW_ADD_NODE call failed and sfnin_name is " G16 $HL%S1 }, \
0x66 { "xcluster_node_query: host_name is " G16 $HL%S1 }, \
0x71 { "xcluster_find_node: Cluster name is " G16 $HL%S1 }, \
0x7f { "cluster_remove_node: host name is " G16 $HL%S1 }, \
0x83 { "cluster_free: NDD_SET_RECEIVE_FUNC name is " G16 $HL%S1 }, \
0x84 { "cluster_free: NDD_SET_RECEIVE_FUNC failed and name is " G16 $HL%S1 }, \
0x8d { "validate_and_link: node already belongs to link and local cluster and cluster name is " G16 $HL%S1 }, \
0x8e { "validate_and_link: node name is " G16 $HL%S1 }, \
0x8f { "validate_and_link: cluster name is " G16 $HL%S1 }, \
0xc9 { "unRegCaaEventListeners: SFW_DEL_LISTENER PORT_UP call failed and sfwlisin_name is " G16 $HL%S1 }, \
0xcb { "unRegCaaEventListeners: SFW_DEL_LISTENER PORT_DOWN call failed and sfwlisin_name is " G16 $HL%S1 }, \
0xcd { "unRegCaaEventListeners: SFW_DEL_LISTENER ADAP_UP call failed and sfwlisin_name is " G16 $HL%S1 }, \
0xcf { "unRegCaaEventListeners: SFW_DEL_LISTENER ADAP_DOWN call failed and sfwlisin_name is " G16 $HL%S1 } \
$BREAK \
} \
$HD, \
0x01 { "cluster_init: failed on aha_rcv process creation " code=$D1 }, \
0x02 { "cluster_init: failed on aha_rcv process initialization " rc=$D1 code=$D2 }, \
0x03 { "cluster_init: failed on clean_if process creation " code=$D1 }, \
0x04 { "cluster_init: failed on clean_if process initialization " rc=$D1 code=$D2 }, \
0x05 { "cluster_init: failed on lock_rcv process creation " code=$D1 }, \
0x06 { "cluster_init: failed on lock_rcv process initialization " rc=$D1 code=$D2 }, \
0x07 { "cluster_init: failed on link_rcv process creation " code=$D1 }, \
0x08 { "cluster_init: failed on link_rcv process initialization " rc=$D1 code=$D2 }, \
0x09 { "cluster_init: failed on clusterwide_rcv process creation " code=$D1 }, \
0x0a { "cluster_init: failed on clusterwide_rcv process initialization " rc=$D1 code=$D2 }, \
0x0b { "xcluster_parm: Enter " cmd=$D1 }, \
0x0c { "xcluster_parm: Failed " cmd=$D1 code=$D2 }, \
0x0d { "xcluster_parm: Successful. " }, \
0x0e { "xcluster_query: Enter " }, \
0x0f { "xcluster_query: u_clustuuid is NULL " rc=$D1 code=$D2 }, \
0x10 { "xcluster_query: copyin() failed " rc=$D1 code=$D2 }, \
0x12 { "xcluster_query: " cluster_type=$D1 }, \
0x13 { "xcluster_query: a_num < num_nodes " a_num=$D1 num_nodes=$D2 rc=$D3 code=$D4 }, \
0x14 { "xcluster_query: a_num < num_disks " a_num=$D1 num_disks=$D2 rc=$D3 code=$D4 }, \
0x15 { "xcluster_query: a_num < kcl_num_nodes " a_num=$D1 kcl_num_nodes=$D2 rc=$D3 code=$D4 }, \
0x16 { "xcluster_query: ick != kcl_num_nodes " ick=$D1 kcl_num_nodes=$D2 }, \
0x17 { "xcluster_query: a_num < kcl_num_disks " a_num=$D1 kcl_num_disks=$D2 rc=$D3 code=$D4 }, \
0x18 { "xcluster_query: Bad disk count name " num_disks=$D1 rc=$D2 code=$D3 }, \
0x1a { "xcluster_query: Exit " rc=$D1 code=$D2 }, \
0x1b { "xcluster_query: Successful. " }, \
0x1c { "xcluster_create: Enter " }, \
0x1d { "xcluster_create: " type=$D1 }, \
0x1f { "xcluster_create: Exit " rc=$D1 code=$D2 }, \
0x20 { "xcluster_create: Successful. " }, \
0x21 { "_xcluster_create: Enter " cluster_type=$D1 }, \
0x23 { "_xcluster_create: It is not IPV4 multicast address " mfamily=$D1 rc=$D2 code=$D3 }, \
0x24 { "_xcluster_create: copyin() failed " rc=$D1 code=$D2 }, \
0x25 { "_xcluster_create: Invalid nodelist " cnt=$D1 rc=$D2 code=$D3 }, \
0x26 { "_xcluster_create: Allocation failed " size=$D1 rc=$D2 code=$D3 }, \
0x27 { "_xcluster_create: Invalid disklist " cnt=$D1 rc=$D2 code=$D3 }, \
0x28 { "_xcluster_create: copyin multicast address " family=$D1 code=$D2 }, \
0x29 { "_xcluster_create: node_index is more than NODE_LIMIT " node_index=$D1 rc=$D2 code=$D3 }, \
0x2a { "_xcluster_create: node_index > NODE_LIMIT " node_index=$D1 rc=$D2 code=$D3 }, \
0x2b { "_xcluster_create: Add node to zone, Invalid nodelist " node_index=$D1 rc=$D2 code=$D3 }, \
0x2d { "_xcluster_create: setdata != kcl_num_nodes " setdata=$D1 kcl_num_nodes=$D2 }, \
0x2e { "_xcluster_create: SFW_ADD_CLUSTER call failed " rc=$D1 rv=$D2 code=$D3 }, \
0x30 { "_xcluster_create: SFW_ADD_NODE call failed " rc=$D1 rv=$D2 code=$D3 }, \
0x32 { "_xcluster_create: Cluster created " num_nodes=$D1 num_disks=$D2 }, \
0x34 { "_xcluster_create: Exit " rc=$D1 code=$D2 }, \
0x35 { "_xcluster_create: Successful. " family=$D1 }, \
0x36 { "xcluster_modify: Enter " }, \
0x37 { "xcluster_modify: Exit " rc=$D1 code=$D2 }, \
0x38 { "xcluster_modify: Exit " clust_add_res=$D1 rc=$D2 code=$D3 }, \
0x39 { "xcluster_modify: copyin() failed " rc=$D1 code=$D2 }, \
0x3a { "xcluster_modify: Clustername and cluster type " type=$D1 }, \
0x3c { "xcluster_modify: Exit " rc=$D1 code=$D2 }, \
0x3d { "xcluster_modify: nodelist read failed " num_nodes=$D1 rc=$D2 code=$D3 }, \
0x3e { "xcluster_modify: disklist read failed " num_disks=$D1 rc=$D2 code=$D3 }, \
0x40 { "xcluster_modify: Attempt to add node which is already present in the cluster " num_nodes=$D1 rc=$D2 code=$D3 }, \
0x43 { "xcluster_modify: Attempt to delete node which is not present in the cluster " num_nodes=$D1 rc=$D2 code=$D3 }, \
0x46 { "xcluster_modify: Set shorthand id and node_index > NODE_LIMIT " shortid=$D1 Max_assign=$D2 node_index=$D3 rc=$D4 code=$D5 }, \
0x47 { "xcluster_modify: node_index > NODE_LIMIT " shortid=$D1 Max_assign=$D2 node_index=$D3 rc=$D4 code=$D5 }, \
0x49 { "xcluster_modify: SFW_ADD_NODE call failed " rc=$D1 rv=$D2 code=$D3 }, \
0x4b { "xcluster_modify: SFW_DEL_NODE call failed " rc=$D1 rv=$D2 code=$D3 }, \
0x4d { "xcluster_modify: Exit " cnt=$D1 rc=$D2 code=$D3 }, \
0x4e { "xcluster_modify: Successful." }, \
0x4f { "xcluster_delete: Enter " clust_type=$D1 }, \
0x51 { "xcluster_delete: CLUSTER_IS_LOCAL and has links " num_links=$D1 rc=$D2 code=$D3 }, \
0x52 { "xcluster_delete: SFW_DEL_LISTENER UP call failed " num_clusts=$D1 rc=$D2 rv=$D3 }, \
0x54 { "xcluster_delete: SFW_DEL_LISTENER DOWN call failed " num_clusts=$D1 rc=$D2 rv=$D3 }, \
0x56 { "xcluster_delete: ndd_unconfig call returned " state=$D1 rc=$D2 }, \
0x57 { "xcluster_delete: SFW_DEL_CLUSTER call failed " rc=$D1 rv=$D2 }, \
0x58 { "xcluster_delete: SFW_DEL_NODE call failed " rc=$D1 rv=$D2 }, \
0x5a { "xcluster_delete: Exit " rc=$D1 code=$D2 }, \
0x5d { "xcluster_delete: Successful " }, \
0x5c { "xcluster_node_query: Enter " }, \
0x5d { "xcluster_node_query: copyin() failed " rc=$D1 code=$D2 }, \
0x5f { "xcluster_node_query: copyout() failed " num_node_uniq=$D1 rc=$D2 code=$D3 }, \
0x60 { "xcluster_node_query: ick != num_nodes_unique " num_node_uniq=$D1 ick=$D2 }, \
0x61 { "xcluster_node_query: size < req_size " size=$D1 req_size=$D2 rc=$D3 code=$D4 }, \
0x62 { "xcluster_node_query: SFW_ADD_NODE call failed " rc=$D1 rv=$D2 }, \
0x64 { "xcluster_node_query: cur_size > req_size " cur_size=$D1 req_size=$D2 code=$D3 }, \
0x65 { "xcluster_node_query: Bad Count " knd_usr=$D1 numclusts=$D2 rc=$D3 code=$D4 }, \
0x67 { "xcluster_node_query: cur_size > req_size " cur_size=$D1 req_size=$D2 code=$D3 }, \
0x68 { "xcluster_node_query: cur_size > req_size " cur_size=$D1 req_size=$D2 code=$D3 }, \
0x69 { "xcluster_node_query: cur_size > req_size " cur_size=$D1 req_size=$D2 code=$D3 }, \
0x6a { "xcluster_node_query: Exit " ick=$D1 rc=$D2 code=$D3 }, \
0x6b { "xcluster_node_query: Successful " }, \
0x6c { "xcluster_stats: Enter " num_clusts=$D1 }, \
0x6d { "xcluster_stats: Exit " rc=$D1 code=$D2 }, \
0x6e { "xcluster_stats: Successful. " }, \
0x6f { "xcluster_find_node: Enter " }, \
0x70 { "xcluster_find_node: cluster type is " type=$D1 }, \
0x72 { "xcluster_find_node: alloc_size < req_size " allocsz=$D1 reqsz=$D2 rc=$D3 code=$D4 }, \
0x73 { "xcluster_find_node: Exit " rc=$D1 code=$D2 }, \
0x74 { "xcluster_find_node: Successful " shortid=$D1 }, \
0x75 { "xcluster_local_node_flags: cluster_find_by_shorthand_id() failed" }, \
0x76 { "xcluster_zones_query: Enter " }, \
0x77 { "xcluster_zones_query: Exit " code=$D1 }, \
0x78 { "xcluster_zones_query: copyin() failed " rc=$D1 code=$D2 }, \
0x79 { "xcluster_zones_query: Exit " rc=$D1 code=$D2 }, \
0x7a { "xcluster_zones_query: zones_size_user is " zones_szusr=$D1 }, \
0x7b { "xcluster_zones_query: zones_size_usr < zones_size " zones_size_usr=$D1 zones_size=$D2 code=$D3 }, \
0x7c { "xcluster_zones_query: Exit " rc=$D1 code=$D2 }, \
0x7d { "xcluster_zones_query: Successful " }, \
0x7e { "cluster_remove_node: Enter " kcl_flags=$D1 shortid=$D2 lock=$D3 }, \
0x80 { "cluster_remove_node: The cluster is a Zone " }, \
0x81 { "cluster_remove_node: End of function " }, \
0x82 { "cluster_free: Enter " max_assigned=$D1 num_ifs=$D2 cmd=$D3 }, \
0x85 { "cluster_free: NDD_SET_RECEIVE_FUNC failed " rc=$D1 }, \
0x86 { "cluster_free: End of the function " }, \
0x87 { "knd_init: Enter " num_nodes=$D1 node_index=$D2 }, \
0x88 { "knd_init: Exit " num_nodes=$D1 code=$D2 }, \
0x89 { "knd_init: node_slot >= NODE_ARRAYS " node_slot=$D1 code=$D2 }, \
0x8a { "knd_init: Memory Allocation failed " code=$D1 }, \
0x8b { "knd_init: End of this function " }, \
0x8c { "validate_and_link: Enter " type=$D1 num_clusts=$D2 }, \
0x90 { "validate_and_link: End of this function" }, \
0x91 { "allocate_and_initialize: Enter" }, \
0x92 { "allocate_and_initialize: Memory allocation failed " code=$D1 }, \
0x93 { "allocate_and_initialize: Memory allocation failed " code=$D1 }, \
0x94 { "allocate_and_initialize: End of this function " }, \
0x95 { "sec_encryptMsg: Enter " len=$D1 r=$D2 }, \
0x96 { "sec_encryptMsg: secinf_init should be invoked prior to this " len=$D1 r=$D2 code=$D3 }, \
0x97 { "sec_encryptMsg: arguments are invalid " len=$D1 r=$D2 code=$D3 }, \
0x98 { "sec_encryptMsg: CLiC_cipher_reset() failed " len=$D1 r=$D2 code=$D3 }, \
0x99 { "sec_encryptMsg: CLiC_cipher_update() failed " len=$D1 r=$D2 code=$D3 }, \
0x9a { "sec_encryptMsg: End of this function " len=$D1 }, \
0x9b { "sec_decryptMsg: Enter " len=$D1 seqno=$D2 }, \
0x9c { "sec_decryptMsg: Arguments are invalid " len=$D1 seqno=$D2 }, \
0x9d { "sec_decryptMsg: segno is 0 " len=$D1 }, \
0x9e { "sec_decryptMsg: CLiC_cipher_reset failed " r=$D1 }, \
0x9f { "sec_decryptMsg: CLiC_cipher_update failed " r=$D1 }, \
0xa0 { "sec_decryptMsg: End of this function " len=$D1 }, \
0xa1 { "cluster_init: failed on sec_rcv process creation " code=$D1 }, \
0xa2 { "cluster_init: failed on sec_rcv process initialization " rc=$D1 code=$D2 }, \
0xa3 { "process_msg_sec: failed to allocate memory }, \
0xa4 { "sec_thread: Asymmetric key generation failed " rc=$D1 code=$D2 message=$D3 }, \
0xab { "sec_thread: kcluster_sendmsg failed at PUBLIC_KEY_REQ " rc=$D1 code=$D2 message=$D3 }, \
0xa5 { "sec_thread: kcluster_sendmsg failed at SEC_REQ_SYM_KEY " rc=$D1 code=$D2 message=$D3 }, \
0xa6 { "sec_thread: ASymKeyEncrypt routine failed " rc=$D1 code=$D2 message=$D3 }, \
0xa7 { "sec_thread: kcluster_sendmsg failed at PUBLIC_KEY_RESP" rc=$D1 code=$D2 message=$D3 }, \
0xa8 { "sec_thread: ASymKeyDecrypt routine failed " rc=$D1 code=$D2 message=$D3 }, \
0xa9 { "sec_thread: kcluster_sendmsg failed at SEC_DISABLE " rc=$D1 code=$D2 message=$D3 }, \
0xac { "sec_thread: Default case " rc=$D1 code=$D2 message=$D3 }, \
0xad { "sec_proc: Sec_thread terminated }, \
0xae { "caaSecurity : Enter " cmd=$D1 }, \
0xaf { "caaSecurity : refmon failed " cmd=$D1 code=$D2 }, \
0xb0 { "caaSecurity : (!local_stand_alone || (!cluster_active())) " cmd=$D1 code=$D2 }, \
0xb1 { "caaSecurity : (!u_SymKeyAlg) || (!u_sec_level) " cmd=$D1 code=$D2 }, \
0xb2 { "caaSecurity : SymKeyAlg copyin failed " cmd=$D1 code=$D2 rc=$D3 }, \
0xb3 { "caaSecurity : sec_level copyin failed " cmd=$D1 code=$D2 rc=$D3 }, \
0xb5 { "caaSecurity : secinf_init failed " code=$D1 rc=$D2 }, \
0xb6 { "caaSecurity : xmalloc failed " code=$D1 rc=$D2 }, \
0xb7 { "caaSecurity : sec_genkey failed " code=$D1 rc=$D2 idx=$D3 }, \
0xb8 { "caaSecurity : (num_nodes_active == 1) " code=$D1 rc=$D2 idx=$D3 }, \
0xb9 { "caaSecurity : kcluster_sendmsg failed at CLUSTER_SEC_ENABLE " code=$D1 rc=$D2 }, \
0xba { "caaSecurity : THREAD TIMED OUT " code=$D1 wait_rc=$D2 }, \
0xbb { "caaSecurity : THREAD AWAKENED On SUCCESS " code=$D1 }, \
0xbc { "caaSecurity : THREAD AWAKENED On FAILURE " code=$D1 }, \
0xbd { "caaSecurity : THREAD AWAKENED For UNKNOWN REASON " code=$D1 }, \
0xc0 { "caaSecurity : kcluster_sendmsg failed at CLUSTER_SEC_DISABLE " code=$D1 rc=$D2 }, \
0xc1 { "caaSecurity : THREAD TIMED OUT " code=$D1 wait_rc=$D2 }, \
0xc2 { "caaSecurity : THREAD AWAKENED On SUCCESS " code=$D1 sec_event_flag=$D2 }, \
0xc3 { "caaSecurity : THREAD AWAKENED On FAILURE " code=$D1 sec_event_flag=$D2 }, \
0xc4 { "caaSecurity : THREAD AWAKENED For UNKNOWN REASON " code=$D1 wait_rc=$D2 }, \
0xc5 { "caaSecurity : Returned with failure " cmd=$D1 code=$D2 }, \
0xc6 { "caaSecurity : Returned with Success " cmd=$D1 }, \
0xc8 { "unRegCaaEventListeners: SFW_DEL_LISTENER PORT_UP call failed " num_clusts=$D1 rc=$D2 rv=$D3 }, \
0xca { "unRegCaaEventListeners: SFW_DEL_LISTENER PORT_DOWN call failed " num_clusts=$D1 rc=$D2 rv=$D3 }, \
0xcc { "unRegCaaEventListeners: SFW_DEL_LISTENER ADAP_UP call failed " num_clusts=$D1 rc=$D2 rv=$D3 }, \
0xce { "unRegCaaEventListeners: SFW_DEL_LISTENER ADAP_DOWN call failed " num_clusts=$D1 rc=$D2 rv=$D3 }
663 1.0 L=APPL "CAA User trace:" \
$HOOKENV, \
32 { \
$D1, \
0x01 { "hkwd_clutil_crlm_out" \n \
"cmd = " G8 $HL%S1 \n }, \
0x02 { "hkwd_clutil_crlm_out2" \n \
"args = " G8 $HL%S1 \n }, \
0x03 { "hkwd_clutil_crlm_out3" \n \
"out_ptr = " G8 $HL%S1 \n }, \
0x04 { "hkwd_clutil_crlm_err" \n \
"cmd = " G8 $HL%S1 \n }, \
0x05 { "hkwd_clutil_crlm_err2" \n \
"args = " G8 $HL%S1 \n }, \
0x06 { "hkwd_clutil_crlm_err3" \n \
"err_ptr= " G8 $HL%S1 \n } \
}, \
64 { \
$D1, \
0x01 { "hkwd_clutil_crlm_out" \n \
"cmd = " G16 $HL%S1 \n }, \
0x02 { "hkwd_clutil_crlm_out2" \n \
"args = " G16 $HL%S1 \n }, \
0x03 { "hkwd_clutil_crlm_out3" \n \
"out_ptr = " G16 $HL%S1 \n }, \
0x04 { "hkwd_clutil_crlm_err" \n \
"cmd = " G16 $HL%S1 \n }, \
0x05 { "hkwd_clutil_crlm_err2" \n \
"args = " G16 $HL%S1 \n }, \
0x06 { "hkwd_clutil_crlm_err3" \n \
"err_ptr= " G16 $HL%S1 \n } \
}
66B0 1.0 "@CAA: CAA Link Cluster traces" \
$HD, \
0x01 { "cluster_handle_tcpsock_ndd : Entry " nddp=$D1 p_mbuf=$D2 }, \
0x02 { "cluster_handle_tcpsock_ndd : Error Incomplete configuration Dropping packet" code=$D1 }, \
0x03 { "cluster_handle_tcpsock_ndd : Error Unable to find ifdatap " nddp=$D1 }, \
0x04 { "cluster_handle_tcpsock_ndd : Exit " }, \
0x10 { "update_site_state: Entry " site_shid=$D1 }, \
0x11 { "update_site_state: Error Unable to find site " site_shid=$D1 }, \
0x12 { "update_site_state: Info " site=$D1 new_site_up=$D2 old_site_up=$D3 }, \
0x13 { "update_site_state: Exit "}, \
0x40 { "multisite_init: Entry " kcl_myid=$D1 kcl_site_shid=$D2 }, \
0x41 { "multisite_init: Error " code=$D1 }, \
0x42 { "multisite_init: Error " rc=$D1 code=$D2 }, \
0x43 { "multisite_init: Exit" }, \
0x44 { "multisite_connection_monitor: Entry " }, \
0x45 { "multisite_connection_monitor: Info " knd_shorthand_id=$D1 ipv4addr=$D2 port=$D3 }, \
0x46 { "multisite_connection_monitor: Info " knd_shorthand_id=$D1 ipv6addr=$D2 port=$D3 }, \
0x47 { "multisite_connection_monitor: Exit " }, \
0x48 { "multisite_findtcpsock_ifdatap: Entry " knodedatap=$D1 }, \
0x49 { "multisite_findtcpsock_ifdatap: Info " contact_if=$D1 }, \
0x4a { "multisite_findtcpsock_ifdatap: Exit " }, \
0x4b { "multisite_cleanup: Entry " }, \
0x4c { "multisite_cleanup: Exit " }, \
0x70 { "tcpsock_listen: Entry " port=$D1 }, \
0x71 { "tcpsock_listen: Error socreate failed " rc=$D1 } , \
0x72 { "tcpsock_listen: Error caa_get_mbuf failed " code=$D1 }, \
0x73 { "tcpsock_listen: Error sobind failed " rc=$D1 }, \
0x74 { "tcpsock_listen: Error solisten failed " rc=$D1 }, \
0x75 { "tcpsock_listen: Exit Listener started " port=$D1 socket=$D2 }, \
0x76 { "tcpsock_accept: Entry " so=$D1 }, \
0x77 { "tcpsock_accept: Error k_soaccept failed" rc=$D1 },\
0x78 { "tcpsock_accept: Exit " aso=$D1 }, \
0x79 { "tcpsock_connect: Entry " port=$D1 }, \
0x7a { "tcpsock_connect: Error caa_get_mbuf failed " code=$D1 }, \
0x7b { "tcpsock_connect: Error socreate failed " rc=$D1 }, \
0x7c { "tcpsock_connect: Info " ipv4addr=$D1 }, \
0x7d { "tcpsock_connect: Info " ipv6addr=$D2 }, \
0x7e { "tcpsock_connect: Error soconnect failed " rc=$D1 code=$D2 }, \
0x7f { "tcpsock_connect: Error so_error" code=$D1 }, \
0x80 { "tcpsock_connect: Error " addr=$D1 port=$D2 so_error=$D3 so_state=$D3 }, \
0x81 { "tcpsock_connect: Exit " so=$D1 }, \
0x82 { "tcpsock_recv: Entry " so=$D1 sz=$D2 }, \
0x83 { "tcpsock_recv: Error soreceive error " rc=$D1 }, \
0x84 { "tcpsock_recv: Error caa_get_mbuf failed " code=$D1 }, \
0x85 { "tcpsock_recv: Error " m=$D1 uio_resid=$D2 retry=$D3 code=$D4 }, \
0x86 { "tcpsock_recv: Exit " m=$D1 }, \
0x87 { "tcpsock_send: Entry " so=$D1 m=$D2 }, \
0x88 { "tcpsock_send: Error sosend error " retry=$D1 rc=$D2 code=$D3 }, \
0x89 { "tcpsock_send: Error sosend error " rc=$D1 code=$D2 }, \
0x8a { "tcpsock_send: Error " uio_resid=$D1 rc=$D2 code=$D3 }, \
0x8b { "tcpsock_send: Exit "}, \
0x100 { "tcpsock_ndd_close: Exit " nddp=$D1 }, \
0x101 { "tcpsock_ns_alloc: Entry " }, \
0x102 { "tcpsock_ns_alloc: Error " code=$D1 }, \
0x103 { "tcpsock_ns_alloc: Exit " nddp=$D1 code=$D2 }, \
0x104 { "tcpsock_ndd_ctl: Entry " nddp=$D1 type=$D2 port=$D3 }, \
0x105 { "tcpsock_ndd_ctl: tcp_connect " so=$D1 }, \
0x106 { "tcpsock_ndd_ctl: tcp_accept " so=$D1 }, \
0x107 { "tcpsock_ndd_ctl: Exit " so=$D1 }, \
0x108 { "tcpsock_ndd_ctl: Error " }, \
0x109 { "tcpsock_ndd_set " tcpsock_nddp=$D1 so=$D2 }, \
0x10a { "tcpsock_ndd_send_thread: Entry " nddp=$D1 }, \
0x10b { "tcpsock_ndd_send_thread: Error" nddp=$D1 rc=$D2 code=$D3 }, \
0x10c { "tcpsock_ndd_send_thread: Exit" }, \
0x10d { "tcpsock_ndd_recv_thread: Entry " nddp=$D1 }, \
0x10e { "tcpsock_ndd_recv_thread: Error nd_receive not set " nddp=$D1 code=$D1 }, \
0x10f { "tcpsock_ndd_recv_thread: Error " code=$D1 }, \
0x110 { "tcpsock_ndd_recv_thread: Exit " code=$D1 }, \
0x111 { "tcpsock_ndd_add2_sendq: Entry " nddp=$D1 m=$D2 }, \
0x112 { "tcpsock_ndd_add2_sendq: Error ndd Down " flags=$D1 }, \
0x113 { "tcpsock_ndd_add2_sendq: Exit " rc=$D1 }, \
0x114 { "tcpsock_ndd_create_threads: Entry " nddp=$D1 }, \
0x115 { "tcpsock_ndd_create_threads: Error " code=$D1 }, \
0x116 { "tcpsock_ndd_create_threads: Error " code=$D1 }, \
0x117 { "tcpsock_ndd_create_threads: Exit " nddp=$D1 }, \
0x118 { "tcpsock_ns_free: Entry " nddp=$D1 }, \
0x119 { "tcpsock_ns_free: Exit" }, \
0x11a { "tcpsock_ndd_unset: Entry" nddp=$D1 }, \
0x11b { "tcpsock_ndd_unset: Exit" }
910 1.0 L=APPL "HACMP:clstrmgr" \ {{ $minor = $HD }} \
$minor, \
0000 \
{ $D1, \
0000 \
{ $D2, \
0003 "Cluster Manager started.", \
0004 "Start main cycle", \
0005 "Caught signal: " { $D3%D4 }, \
0006 "Cluster Manager exiting after reconfiguration.", \
002E "Cluster Manager version: " { $D3%D2 \
"." $D4%D2 }, \
\* "CLSTRMGR UNKNOWN BASIC INFO for: " { $D1 $D2 } }, \
0006 \
{ $D2, \
000B "Cluster Manager has been unstable for too long. ", \
\* "CLSTRMGR UNKNOWN BASIC INFO for: " { $D1 $D2 } }, \
004B \
{ $D2, \
0007 "Cluster ID: "{ $D3%D2 }, \
0008 "Cluster State: In Transition", \
0009 "Cluster State: " \
{ $D3, \
0000 "STABLE", \
0001 "UNSTABLE", \
\* "UNKNOWN STATE" }, \
000A "End of Networks", \
\* "CLSTRMGR UNKNOWN BASIC INFO for: " { $D1 $D2 } }, \
004C \
{ $D2, \
000A "End of Networks", \
\* "CLSTRMGR UNKNOWN BASIC INFO for: " { $D1 $D2 } }, \
004D \
{ $D2, \
000B "NETWORK: "{ $D3%D2 \
"SEND TO: --" }, \
000C "NETWORK: "{ $D3%D2 \
"SEND TO: "$D4%X4 }, \
000D "NETWORK: "{ $D3%D2 \
"RECEIVE FROM: --" }, \
000E "NETWORK: "{ $D3%D2 \
"RECEIVE FROM: "$D4%X4 \
"RC:" $D5%D2}, \
\* "CLSTRMGR UNKNOWN BASIC INFO for: " { $D1 $D2 } }, \
\* "CLSTRMGR UNKNOWN BASIC INFO for: " { $D1 } }, \
0004 "Entering Function: " \
{ $D1, \
0000 "main", \
0001 "do_complete_cycle", \
0002 "src_handler", \
0003 "initialize_bitmasks", \
0004 "table_matches_kas", \
0005 "compare_bitmasks", \
0006 "calculate_values", \
0007 "dump_sbtable", \
0008 "different_bits", \
0009 "check_all_ifs", \
000A "check_other_svcs", \
000B "heard_from_recently", \
000C "check_ifs_states", \
000D "immediate_network_check", \
000E "is_local_interface", \
000F "get_local_interfaces", \
0010 "add_interface", \
0011 "check_ka_values", \
0012 "send_packet", \
0013 "send_reset_packet", \
0014 "send_ka_message_set", \
0015 "process_ka_packet", \
0016 "recv_packet", \
0017 "read_cluster_configuration", \
0018 "handle_script_failure", \
0019 "config_complete", \
001A "system_reconfig", \
001B "TEnew", \
001C "remove_te_event", \
001D "remove_te_events_byinfo", \
001E "free_te_list", \
001F "primary_election", \
0020 "check_for_node_failures", \
0021 "check_for_global_network_failure", \
0022 "add_te_event", \
0023 "is_fail_event", \
0025 "configure_procedure", \
0026 "move_stby_to_end", \
0027 "valid_standby", \
0028 "share_active_networks", \
0029 "other_node_standby", \
002A "remote_interface_failure", \
002B "failed_svc_ifs", \
002C "send_local_message", \
002D "rpc_broadcast. PROC:"{ $D3%D4 }, \
002E "fill_auth", \
0030 "cl_prog", \
0031 "rpc_run_script", \
0032 "send_message", \
0033 "rpc_init", \
0034 "check_scripts", \
0035 "start_script", \
0036 "script_complete", \
0037 "clear_job_table", \
0038 "sync_point", \
0039 "check_sync_bits", \
003A "local_sync_init", \
003B "make_deadman", \
003C "accept_deadman", \
003D "die_clstrmgr", \
003E "cl_init", \
0040 "open_local_sockets", \
0041 "close_local_socket", \
0042 "socket_local", \
0043 "die", \
0044 "detach", \
0045 "is_cm_alive", \
0046 "check_perms", \
0047 "check_local_sockets", \
0049 "netmon_netmap", \
004A "serial_open", \
\* "CLSTRMGR UNKNOWN ENTERING FUNCTION for: " { $D1 } }, \
0006 "Exiting Function: " \
{ $D1, \
0000 "main", \
0001 "do_complete_cycle", \
0002 "src_handler" \
{ $D2, \
0000 "NULL_MSG received.", \
000A "STOP_NORMAL received.", \
000B "STOP_FORCED received.", \
0028 "TRACE_ON_SHORT received.", \
0029 "TRACE_ON_LONG received.", \
002A "TRACE_OFF received.", \
\* "UNKNOWN SRC EVENT" }, \
0003 "initialize_bitmasks", \
0004 "table_matches_kas" { $D3%D2 }, \
0005 "compare_bitmasks" { $D3%D2 }, \
0006 "calculate_values" { $D3%D2 }, \
0007 "dump_sbtable", \
0008 "different_bits", \
0009 "check_all_ifs", \
000A "check_other_svcs: " \
{ $D3, \
0000 "LOCAL FAIL.", \
0001 "REMOTE FAIL.", \
0002 "CANNOT TELL." , \
\* "UNKNOWN SERVICE" }, \
000B "heard_from_recently" { $D3%D2 }, \
000C "check_ifs_states", \
000D "immediate_network_check", \
000E "is_local_interface" { $D3%D2 }, \
000F "get_local_interfaces" { $D3%D2 }, \
0010 "add_interface" { $D3%D2 }, \
0011 "check_ka_values", \
0012 "send_packet", \
0013 "send_reset_packet", \
0014 "send_ka_message_set", \
0015 "process_ka_packet", \
0016 "recv_packet", \
0017 "read_cluster_configuration", \
0018 "handle_script_failure", \
0019 "config_complete", \
001A "system_reconfig", \
001B "TEnew; pte: " { $D3%X4 }, \
001C "remove_te_event", \
001D "remove_te_events_byinfo", \
001E "free_te_list", \
001F "primary_election", \
0020 "check_for_node_failures", \
0021 "check_for_global_network_failure", \
0022 "add_te_event", \
0023 "is_fail_event returns: "{ $D3%D4 }, \
0025 "configure_procedure", \
0026 "move_stby_to_end", \
0027 "valid_standby: "{ $D3%D4 }, \
0028 "share_active_networks: "{ $D3%D4 }, \
0029 "other_node_standby: "{ $D3%D4 }, \
002A "remote_interface_failure", \
002B "failed_svc_ifs"{ $D3%D4 }, \
002C "send_local_message", \
002D "rpc_broadcast", \
002E "fill_auth", \
0030 "cl_prog", \
0031 "rpc_run_script: " \
{ $D3, \
0000 "RPC_CMD_OK.", \
FFFF "RPC_CMD_SYSTEM_ERROR.", \
FFFE "RPC_CMD_ALREADY_RUNNING.", \
FFFD "RPC_PERMISSION_DENIED." , \
FFFC "RPC_UNKNOWN_HOST." , \
FFFB "RPC_NO_ROOTID." , \
\* "UNKNOWN RPC RETURN CODE" }, \
0032 "send_message", \
0033 "rpc_init", \
0034 "check_scripts", \
0035 "start_script - rc: "{ $D3%D4 }, \
0036 "script_complete: "{ $D3%D4 }, \
0037 "clear_job_table", \
0038 "sync_point", \
0039 "check_sync_bits - rc: "{ $D3%D4 }, \
003A "local_sync_init", \
003B "make_deadman", \
003C "accept_deadman", \
003D "die_clstrmgr", \
003E "cl_init", \
0040 "open_local_sockets", \
0041 "close_local_socket", \
0042 "socket_local - rc: "{ $D3%D2 }, \
0043 "die - Cluster Manager for nodeid: " { $D3%D4 \
"is exiting with code: " $D4%D4 }, \
0044 "detach", \
0045 "is_cm_alive", \
0046 "check_perms - rc: "{ $D3%D4 }, \
0047 "check_local_sockets", \
0049 "netmon_netmap - rc: "{ $D3%D4 }, \
004A "serial_open - RC:"{ $D3%D4 }, \
\* "CLSTRMGR UNKNOWN EXITING FUNCTION for: " { $D1 } }, \
0008 \
{ $D1, \
0000 \
{ $D2, \
0007 "RPC Program returned: " { $D3%D4 }, \
0008 "Flapping set: " { $D3%D4 }, \
0009 "noflap - time_to_wait: " { $D3%D4 }, \
000A "time_to_wait: " { $D3%D4 \
"seconds: " $D4%D4 \
"usec: " $D5%D4 }, \
\* "CLSTRMGR UNKNOWN GENERAL INFO for: " { $D1 $D2 } }, \
\* "CLSTRMGR UNKNOWN GENERAL INFO for: " { $D1 } }, \
0010 \
{ $D1, \
0009 \
{ $D2, \
0005 "NETMON did not know about interface w/adress: " { $D3%X4 }, \
0006 "NETMON returned unknown state of adapter.", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
0011 "Version skew: Expected version" { $D2%D2 \
"." $D3%D2 \
", got" $D4%D2 \
"." $D5%D2 }, \
0013 \
{ $D2, \
0008 "RESET packet sent to node: " { $D3%X4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
0014 \
{ $D2, \
0008 "The cluster has been in reconfiguration too long; Something may be wrong.", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
0015 \
{ $D2, \
0009 "RESET packet received from node: " { $D3%D4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
0016 \
{ $D2, \
000A "Cluster Config File error: " { $D3%X4 }, \
000B "Unable to initialize network monitor: " { $D3%X4 }, \
000C "Local node is not defined in configuration file.", \
000D "All service interfaces not configured or UP.", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
0018 \
{ $D2, \
000E "Cluster Managers failed running the reconfigure script on node w/index: " { $D3%D2 }, \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
0019 \
{ $D2, \
0010 "Invalid Topology Event Type in config_complete!", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
001B \
{ $D2, \
002D "Memory error trying to add Topology Event to list.", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
001D \
{ $D2, \
0011 "Invalid use of remove_te_events_byinfo. ", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
001F \
{ $D2, \
0012 "CMs voted differently for primary. ", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
002B \
{ $D2, \
0013 "NETCHNG.RC failed to swap interface w/address: " { $D3%X4 \
" for interface w/address:" $D4%X4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
002D \
{ $D2, \
0014 "rpc_broadcast: " { $D3%D4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
0033 \
{ $D2, \
0015 "Cannot create the RCP tcp service.", \
0016 "Unable to register portmapper: " { $D3%D4 "," $D4%D4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
0035 \
{ $D2, \
0017 "EXECUTING COMMAND (SCRIPT) ", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
003B \
{ $D2, \
0018 "Could not find port clm_lkm.", \
0019 "Unable to open lckmgr socket.", \
001A "Cluster Manager already running.", \
001B "Unable to bind lckmgr port.", \
001C "Listen failed on lock manager socket.", \
001D "Could not find port clm_prg.", \
001E "Unable to open purged socket.", \
001F "Bind failed for purged port.", \
0021 "Unable to listen on purged socket.", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
003C \
{ $D2, \
0022 "Accept failed for CLM.", \
0023 "Accept failed for purged.", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
0042 \
{ $D2, \
0024 "Could not find service port - clm_keepalive.", \
0025 "Cannot open socket for UDP keep-alives on interface w/address: "{ $D3%X4 }, \
0026 "Cannot bind socket for UDP keep-alives on address:"{ $D3%X4 }, \
0027 "Cannot perform FIONBIO on socket for UDP keep-alives.", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
0044 \
{ $D2, \
0028 "Could not fork daemon.", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
0046 \
{ $D2, \
0029 "Not owned by root. UID:"{ $D3%D2 }, \
002A "Can not allow group or other write access. MODE:{ $D3%D2 }", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
0048 \
{ $D2, \
002B "NETMON had an error.", \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
004A \
{ $D2, \
002C "Not a character device : "{ $D3%D2 }, \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 $D2 } }, \
\* "CLSTRMGR UNKNOWN LEVEL 0 DEBUG for: " { $D1 } }, \
0011 \
{ $D1, \
0014 \
{ $D2, \
0010 "Sending all nodes KA event type: " { $D3%D2 }, \
\* "CLSTRMGR UNKNOWN LEVEL 1 DEBUG for: " { $D1 $D2 } }, \
0015 \
{ $D2, \
0001 "Unrecognized type in KA request. ", \
\* "CLSTRMGR UNKNOWN LEVEL 1 DEBUG for: " { $D1 $D2 } }, \
0016 \
{ $D2, \
0001 "Unknown socket: " { $D3%D4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 1 DEBUG for: " { $D1 $D2 } }, \
002B \
{ $D2, \
0002 "Replacing FAILED SVC w/address: " { $D3%X4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 1 DEBUG for: " { $D1 $D2 } }, \
0035 \
{ $D2, \
0003 "Could not fork script. ERRNO: " { $D3%X2 }, \
0004 "Could not open logfile. ERRNO:"{ $D3%X2 }, \
\* "CLSTRMGR UNKNOWN LEVEL 1 DEBUG for: " { $D1 $D2 } }, \
0044 \
{ $D2, \
0005 "Cluster Manager Daemon Pid: "{ $D3%D4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 1 DEBUG for: " { $D1 $D2 } }, \
004A \
{ $D2, \
0006 "Does not contain a tty name. ", \
\* "CLSTRMGR UNKNOWN LEVEL 1 DEBUG for: " { $D1 $D2 } }, \
\* "CLSTRMGR UNKNOWN LEVEL 1 DEBUG for: " { $D1 } }, \
0012 \
{ $D1, \
0015 \
{ $D2, \
0001 "Packet was not bound for us. " { $D3%D4 \
" != " $D4%D4 }, \
0002 "source nodeid invalid (out of range). " { $D3%D4 }, \
0003 "source nodeid not mentioned in local cluster configuration file. " { $D3%D4 }, \
0004 "source process id has changed for node: " { $D3%D4 }, \
0005 "KA Packet type: " { $D3%D4 \
"recieved from: " $D4%D4 }, \
0006 "KA packet from: " { $D3%X4 \
"( " $D4%D4 \
") has self marked down." }, \
\* "CLSTRMGR UNKNOWN LEVEL 2 DEBUG for: " { $D1 $D2 } }, \
0016 \
{ $D2, \
0007 "KA size mismatch: " { $D3%D4 \
"!= " $D4%D4 }, \
0009 "Network address length mismatch: " { $D3%D4 \
"!= " $D4%D4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 2 DEBUG for: " { $D1 $D2 } }, \
0025 \
{ $D2, \
000A "CONFIG: Process event type: " { $D3%D4 \
"Node: " $D4%D4 \
"Network: " $D5%D4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 2 DEBUG for: " { $D1 $D2 } }, \
002D \
{ $D2, \
000B "TOPOLOGY_EVENT: " { $D3%D4 \
"Sequence: " $D4%D4 },\
000C "MACHINE_DESCRIPTION - SEQ:" { $D3%D4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 2 DEBUG for: " { $D1 $D2 } }, \
0042 \
{ $D2, \
000D "Binding KA socket for address: "{ $D3%X4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 2 DEBUG for: " { $D1 $D2 } }, \
004E \
{ $D2, \
000E "Read: " { $D3%D4 \
" out of: " $D4%D4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 2 DEBUG for: " { $D1 $D2 } }, \
\* "CLSTRMGR UNKNOWN LEVEL 2 DEBUG for: " { $D1 } }, \
0013 \
{ $D1, \
0003 \
{ $D2, \
0008 "Node: " { $D3%D4 \
"Network: " $D4%D4 \
"marked UP." }, \
\* "CLSTRMGR UNKNOWN LEVEL 3 DEBUG for: " { $D1 $D2 } }, \
0007 \
{ $D2, \
000C "KAL Node: " { $D3%D4 }, \
000D "KAL Node (continued): " { $D3%X4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 3 DEBUG for: " { $D1 $D2 } }, \
0012 \
{ $D2, \
0008 "Sending packet to address: " { $D3%X4 \
", type: " $D4%D2 }, \
0007 "Possible configuration error; cannot get IP packets to: " { $D3%X4 \
" adress: " D4%X4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 3 DEBUG for: " { $D1 $D2 } }, \
0035 \
{ $D2, \
000E "Too Many Jobs already running.", \
000F "CM running script. ", \
\* "CLSTRMGR UNKNOWN LEVEL 3 DEBUG for: " { $D1 $D2 } }, \
0049 \
{ $D2, \
0010 "NETMON unable to ask for the network of: "{ $D3%X4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 3 DEBUG for: " { $D1 $D2 } }, \
\* "CLSTRMGR UNKNOWN LEVEL 3 DEBUG for: " { $D1 } }, \
0014 \
{ $D1, \
0016 \
{ $D2, \
0001 "Received KA from IP " { $D3%D4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 4 DEBUG for: " { $D1 $D2 } }, \
002C \
{ $D2, \
0002 "Sending event on MESSAGE QUEUE.", \
0003 "Event sent without error.", \
\* "CLSTRMGR UNKNOWN LEVEL 4 DEBUG for: " { $D1 $D2 } }, \
\* "CLSTRMGR UNKNOWN LEVEL 4 DEBUG for: " { $D1 } }, \
0015 \
{ $D1, \
0015 \
{ $D2, \
0001 "Node is already configured: " { $D3%D4 }, \
\* "CLSTRMGR UNKNOWN LEVEL 5 DEBUG for: " { $D1 $D2 } }, \
\* "CLSTRMGR UNKNOWN LEVEL 5 DEBUG for: " { $D1 } }, \
\* "CLSTRMGR UNKNOWN MINOR EVENT ID for: " { $minor }
911 1.0 L=APPL "HACMP:clinfo" \ {{ $minor = $HD }} \
$minor, \
0000 \
{ $D1, \
0000 \
{ $D2, \
001B "Waiting for event", \
001C "Select time out time (sec): " { $D3%D4 }, \
0010 "Cluster ID: " { $D3%D4 }, \
001D "No activity delay time (sec): " { $D3%D4 }, \
001E "Map request delay time (sec): " { $D3%D4 }, \
001F "Skew delay time (sec):" { $D3%D4 }, \
0020 "Clstrmgr program number offset: " { $D3%D4 }, \
0021 "Clinfo program number offset: " { $D3%D4 }, \
0022 "Debug level: " { $D3%D4 }, \
\* "CLINFO UNKNOWN BASIC INFO for: " { $D1 $D2 } }, \
001A \
{ $D2, \
0010 "Cluster ID: "{ $D3%D4 }, \
0013 "Cluster State: " \
{ $D3, \
0000 "INVALID", \
0001 "DOWN", \
0002 "UP", \
\* "UNKNOWN STATE" }, \
0014 "Cluster Substate: " \
{ $D3, \
0000 "STABLE", \
0001 "UNSTABLE", \
0002 "CONFIG_STARTED", \
0003 "CONFIG_COMPLETE", \
\* "UNKNOWN SUBSTATE" }, \
0015 "Primary Node ID: "{ $D3%D4 }, \
0016 "Number of Nodes: "{ $D3%D4 }, \
0033 "cl_model_retr_cluster returned: "{ $D3%D4 }, \
0034 "Node: "{ $D3%D4 \
"State: " \
$D4, \
0000 "INVALID ", \
0001 "DOWN ", \
0002 "UP ", \
\* "UNKNOWN STATE" \
"Number of Interfaces: " $D5%D4 }, \
0035 "Interface: "{ $D3%D4 \
"State: " $D4%D4 \
$D4, \
0000 "INVALID", \
0001 "DOWN", \
0002 "UP", \
\* "UNKNOWN STATE" }, \
\* "CLINFO UNKNOWN BASIC INFO for: " { $D1 $D2 } }, \
0026 "broadcast_done: Received ACK from cluster " { $D2 }, \
0040 "Exiting with signal: " { $D2 }, \
\* "CLINFO UNKNOWN BASIC INFO for: " { $D1 } }, \
0004 "Entering Function: " \
{ $D1, \
0000 "main", \
0001 "select", \
0002 "service_context", \
0003 "src_rqst" { $D2 }, \
0004 "src_reply" { $D2 }, \
0005 "check_sequence", \
0006 "check_cluster", \
0007 "clinfo_rc", \
0008 "initialize_map", \
0009 "init_interfaces", \
000A "mark_all_nodes_down", \
000B "ping_cluster", \
000C "set_substate", \
000D "skew_delay", \
000E "te_handler", \
000F "update_node", \
0010 "accept_deadman", \
0011 "send_deadman_reply", \
0012 "broadcast_map_request", \
0013 "broadcast_done", \
0014 "cleanup_deadman", \
0015 "clear_deadman", \
0016 "convert_from_mdnode", \
0017 "convert_from_ifs", \
0018 "convert_type", \
0019 "dispatch", \
001a "dump_valid_nodes", \
001b "fail_interface", \
001c "fail_network", \
001d "fail_node", \
001e "join_interface", \
001f "join_network", \
0020 "join_node", \
0021 "new_primary", \
0022 "remove_interface", \
0023 "register_with_portmapper", \
0024 "create_local_deadman", \
0040 "quit_clinfo", \
\* "CLINFO UNKNOWN ENTERING FUNCTION for: " { $D1 } }, \
0006 "Exiting Function: " \
{ $D1, \
0000 "main", \
0001 "select", \
0002 "service_context", \
0003 "src_rqst" { $D2 }, \
0004 "src_reply" { $D2 }, \
0005 "check_sequence: offset " { $D2%D4 }, \
0006 "check_cluster, broadcast: " { $D2%D4 }, \
0007 "clinfo_rc", \
0008 "initialize_map", \
0009 "init_interfaces", \
000A "mark_all_nodes_down, rcode:" { $D2%D4 }, \
000B "ping_cluster", \
000C "set_substate, rcode: "{ $D2%D4 }, \
000D "skew_delay, amount: "{ $D2%D4 }, \
000E "te_handler, rcode: "{ $D2%D4 }, \
000F "update_node"{ $D2%D4 }, \
0010 "accept_deadman, socket: "{ $D2%D4 }, \
0011 "send_deadman_reply, rcode: "{ $D2%D4 }, \
0012 "broadcast_map_request", \
0013 "broadcast_done", \
0014 "cleanup_deadman", \
0015 "clear_deadman", \
0016 "convert_from_mdnode", \
0017 "convert_from_ifs", \
0018 "convert_type", \
0019 "dispatch", \
001A "dump_valid_nodes, rcode: "{ $D2%D4 }, \
001B "fail_interface, rcode: "{ $D2%D4 }, \
001C "fail_network, rcode: "{ $D2%D4 }, \
001D "fail_node, rcode: "{ $D2%D4 }, \
001E "join_interface, rcode: "{ $D2%D4 }, \
001F "join_network, rcode: "{ $D2%D4 }, \
0020 "join_node, rcode: " { $D2%D4 }, \
0021 "new_primary, rcode: "{ $D2%D4 }, \
0022 "remove_interface, rcode: "{ $D2%D4 }, \
0023 "register_with_portmapper, sd: "{ $D2%D4 }, \
0024 "create_local_deadman, sd: "{ $D2%D4 }, \
0040 "quit_clinfo", \
\* "CLINFO UNKNOWN EXITING FUNCTION for: " { $D1 } }, \
0008 \
{ $D1, \
0002 \
{ $D2, \
0010 "Cluster ID: "{ $D3%D4 }, \
0011 "Time Expired: "{ $D3%D4 }, \
\* "CLINFO UNKNOWN GENERAL INFO for: " { $D1 $D2 } }, \
0005 \
{ $D2, \
0018 "Invalid Cluster ID: "{ $D3%D2 "or " \
"Invalid Node ID: "$D4%D2 }, \
0019 "Missed "{ $D3%D2 \
"Message CID: " $D4%D2 "or " \
"NID: "$D5%D2 }, \
\* "CLINFO UNKNOWN GENERAL INFO for: " { $D1 $D2 } }, \
0006 \
{ $D2, \
0018 "Invalid Cluster ID: "{ $D3%D2 "or " \
"Invalid Node ID: "$D4%D2 }, \
001A "Dead Node CID: "{ $D3%D2 \
"NID: "$D4%D2 }, \
0019 "Invalid node state: "{ $D3%D2 }, \
0008 "Node: "{ $D3%D2 \
"au_state: "$D4%D2 \
"("$D4%D2")" }, \
\* "CLINFO UNKNOWN GENERAL INFO for: " { $D1 $D2 } }, \
0008 \
{ $D2, \
0036 "cl_model_aquire, rcode: " {$D3%D2 }, \
0037 "cl_model_lock_write, rcode: " {$D3%D2 }, \
\* "CLINFO UNKNOWN GENERAL INFO for: " { $D1 $D2 } }, \
000B \
{ $D2, \
0038 "Pinging interfaces." {$D3%D2 }, \
0039 "callrpc of CL_RPC_PING on client side - OK.", \
003A "Failed ping of cluster:" {$D3%D2 }, \
\* "CLINFO UNKNOWN GENERAL INFO for: " { $D1 $D2 } }, \
000C \
{ $D2, \
0018 "Invalid substate: " {$D3%D2 }, \
\* "CLINFO UNKNOWN GENERAL INFO for: " { $D1 $D2 } }, \
000E \
{ $D2, \
0018 "Invalid Topology Event:" {$D3%D2 }, \
003B "TE_JOIN_NODE", \
003C "TE_JOIN_NETWORK/INTERFACE", \
003D "TE_FAIL_NODE", \
003E "TE_FAIL_IF", \
003F "TE_FAIL_NK", \
0040 "TE_NEW_PRIMARY", \
0040 "TE_SUB_STATE" {$D3%D2 }, \
\* "CLINFO UNKNOWN GENERAL INFO for: " { $D1 $D2 } }, \
0010 \
{ $D2, \
0017 "Select timeout deny request.", \
\* "CLINFO UNKNOWN GENERAL INFO for: " { $D1 $D2 } }, \
0019 \
{ $D2, \
0024 "Null Proc", \
0025 "CL_RPC_MACHINE_DESCRIPTION", \
0026 "getargs: xdr_md failed.", \
0027 "unpack_md: re-requesting map", \
0028 "Cluster ID conversion failed.", \
0005 "check_sequence: Old message.", \
0029 "Update node failed.", \
002A "recieved CL_RPC_TOPOLOGY_EVENT", \
002B "ERROR: getargs: xdr_te: re-requesting map.", \
002C "Cluster ID conversion failed", \
002D "TEnode dump", \
002E "tte_type: " { $D3%D4 }, \
002F "tte_clusterid: " { $D3%D4 }, \
0030 "tte_nodeid: " { $D3%D4 }, \
0031 "tte_network: " { $D3%D4 }, \
0032 "Process topology event failed", \
\* "CLINFO UNKNOWN GENERAL INFO for: " { $D1 $D2 } }, \
0023 \
{ $D2, \
0023 "Receive buffer size: "{ $D3%D4 }, \
\* "CLINFO UNKNOWN GENERAL INFO for: " { $D1 $D2 } }, \
0025 \
{ $D2, \
0008 "Found interface in kernel: "{ $D3%U4 }, \
\* "CLINFO UNKNOWN GENERAL INFO for: " { $D1 $D2 } }, \
\* "CLINFO UNKNOWN GENERAL INFO for: " { $D1 } }, \
\* "CLINFO UNKNOWN MINOR EVENT ID for: " { $minor }
913 1.0 L=APPL "HACMP:clsmuxpd" \ {{ $minor = $HD }} \
$minor, \
0000 \
{ $D1, \
0000 "main" \
{ $D2, \
0000 "clsmuxpd_main: smuxp_init" { $D3%D4 }, \
0001 "clsmuxpd_main: app_createPort" { $D3%D4 }, \
0002 "clsmuxpd_main: smuxp_run", \
0003 "hacmp_handler: duplicate key encountered.", \
0004 "hacmp_handler: lnInsert", \
0005 "clsmuxpd_main: config_init" { $D3%D4 }, \
0006 "clsmuxpd_main: msgq_init" { $D3%D4 }, \
0007 "clsmuxpd_main: clsmuxpd is exiting", \
0008 "hacmp_handler: cls_createDeadman" { $D3%D4 }, \
0009 "hacmp_handler: Cluster Manager ACTIVE", \
000A "hacmp_handler: Cluster Manager INACTIVE", \
000B "src_handler: SRC Request" { $D3%D4 }, \
000C "hacmp_handler: App registration Request" { $D3%D4 }, \
000D "hacmp_handler: Message queue request" { $D3%D4 }, \
000E "sig_handler: Signal received" { $D3%D4 }, \
000F "smuxp_run: Select loop found" { $D3%D4 }, \
0010 "refresh_appGroup: Refresh App (PID)" { $D3%D4 }, \
\* "CLSMUXPD UNKNOWN MAIN INFO for: " { $D1 $D2 } }, \
\* "CLSMUXPD UNKNOWN BASIC INFO for: " { $D1 $D2 } }, \
0004 "Entering Function: " \
{ $D1, \
0000 "main", \
0001 "hacmp_handler", \
0002 "hacmp_init", \
0003 "o_clsmuxpd", \
0004 "o_address", \
0005 "o_application", \
0006 "o_clinfo", \
0007 "s_clinfo", \
0008 "o_cllockd", \
0009 "s_cllockd", \
000A "o_clstrmgr", \
000B "s_clstrmgr", \
000C "o_cluster", \
000D "o_network", \
000D "o_node", \
000F "app_createPort", \
0010 "app_accept", \
0011 "smuxp_init", \
0012 "smuxp_objInit", \
0013 "smuxp_run", \
0014 "smuxp_entTrap", \
0015 "smuxp_doit", \
0016 "smuxp_get", \
0017 "smuxp_getNext", \
0018 "smuxp_saveBindList", \
0019 "smuxp_set", \
001A "smuxp_commitOrRollback", \
001B "smuxp_encode", \
001C "getConfig", \
001D "transState", \
001E "getStat", \
001F "startSubsys", \
0020 "stopSubsys", \
0021 "childWait", \
0022 "msgq_init", \
0023 "o_event", \
0024 "cls_createDeadman", \
\* "CLSMUXPD UNKNOWN ENTERING FUNCTION for: " { $D1 } }, \
0006 "Exiting Function: " \
{ $D1, \
0001 "hacmp_handler", \
0002 "hacmp_init", \
0003 "o_clsmuxpd" { $D2%D4 }, \
0004 "o_address" { $D2%D4 }, \
0005 "o_application" { $D2%D4 }, \
0006 "o_clinfo" { $D2%D4 }, \
0007 "s_clinfo" { $D2%D4 }, \
0008 "o_cllockd" { $D2%D4 }, \
0009 "s_cllockd" { $D2%D4 }, \
000A "o_clstrmgr" { $D2%D4 }, \
000B "s_clstrmgr" { $D2%D4 }, \
000C "o_cluster" { $D2%D4 }, \
000D "o_network" { $D2%D4 }, \
000E "o_node" { $D2%D4 }, \
000F "app_createPort" { $D2%D4 }, \
0010 "app_accept" { $D2%D4 }, \
0011 "smuxp_init" { $D2%D4 }, \
0012 "smuxp_objInit" { $D2%D4 }, \
0013 "smuxp_run", \
0014 "smuxp_entTrap" { $D2%D4 }, \
0015 "smuxp_doit", \
0016 "smuxp_get" { $D2%D4 }, \
0017 "smuxp_getNext" { $D2%D4 }, \
0018 "smuxp_saveBindList" { $D2%D4 }, \
0019 "smuxp_set" { $D2%D4 }, \
001A "smuxp_commitOrRollback" { $D2%D4 }, \
001B "smuxp_encode" { $D2%D4 }, \
001C "getConfig" { $D2%D4 }, \
001D "transState" { $D2%D4 }, \
001E "getStat" { $D2%D4 }, \
001F "startSubsys" { $D2%D4 }, \
0020 "stopSubsys" { $D2%D4 }, \
0021 "childWait" { $D2%D4 }, \
0022 "msgq_init" { $D2%D4 }, \
0023 "o_event" { $D2%D4 }, \
0024 "cls_createDeadman" { $D2%D4 }, \
\* "CLSMUXPD UNKNOWN EXITING FUNCTION for: " { $D1 } }, \
\* "CLSMUXPD UNKNOWN MINOR EVENT ID for: " { $minor }