# @(#)03 1.22.6.1 src/bos/usr/share/lib/terminfo/dec.ti, terminfo, bos720 8/14/07 15:53:06
# IBM_PROLOG_BEGIN_TAG
# This is an automatically generated prolog.
#
# bos720 src/bos/usr/share/lib/terminfo/dec.ti 1.22.6.1
#
# Licensed Materials - Property of IBM
#
# COPYRIGHT International Business Machines Corp. 1993,1995
# 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: Terminfo
#
# FUNCTIONS: dec.ti
#
# ORIGINS: 27 71
#
#
# (C) COPYRIGHT International Business Machines Corp. 1993,1995
# 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.
#
# (c) Copyright 1991, 1992 OPEN SOFTWARE FOUNDATION, INC.
# ALL RIGHTS RESERVED
#
# OSF/1 1.1
# "@(#)$RCSfile: dec.ti,v $ $Revision: 1.6.2.5 $ (OSF) $Date: 92/03/31 20:21:19 $"
# NAME: dec (Digital Equipment Corporation)
# Supported Terminals
#
# This module contains definitions for Digital Equipment Corporation's
# Supported terminals, terminal emulators, and terminal emulation modes.
#
# The following are trademarks of Digital Equipment Corporation:
# VT VT52 VT100 VT102 VT125 VT200 VT220
# VT240 VT241 VT300 VT320 VT330 VT340 VT400
# VT420
#
# The Supported terminals are the VT52 (emulation mode only), and selected
# members of the VT100, VT200, VT300, and VT400 series of terminals. Not all
# models of these series are currently Supported by Digital Equipment
# Corporation.
#
#
# EXECUTION ENVIRONMENT:
#
# VT52 definitions:
#
vt52|Digital VT52,
cr=^M, cud1=^J, ind=^J, nel=^J, bel=^G, cub1=^H, ed=\EJ, el=\EK,
clear=\EH\EJ, cup=\EY%p1%' '%+%c%p2%' '%+%c, cols#80, lines#24,
cuf1=\EC, ht=^I, it#8, ri=\EI, cuu1=\EA,
kcuu1=\EA, kcud1=\EB, kcuf1=\EC, kcub1=\ED, kbs=^H,
#
#
# EXECUTION ENVIRONMENT:
#
# VT100/ VT200/ VT300/ VT400 series definitions:
#
# Notes and Comments
#
# Note that the xenl glitch in "vt100" is not quite the same as a Concept
# terminal, since the cursor is left in a different position while in the
# weird state (the Concept terminal at beginning of next line, "vt100" at end
# of the current line) so all versions of vi before vi 3.7 don't handle xenl
# right on VT100 terminals. The correct way to handle xenl is when you output
# the char in column 80, immediately output CR LF and then assume you are in
# column 1 of the next line. If xenl is on, am should be on too.
#
# It is assumed you have smooth scroll off or are at a slow enough baud rate
# that it doesn't matter (1200? or less). Also this assumes that you set
# auto-nl to "on". If you set it off, use "vt100-nam" below.
#
# Digital provided only one thing here called "vt100", and Digital has chosen
# to make "vt100-am" the standard "vt100" terminal type, but the site
# administrator can make a local decision to make another of the VT100 entries
# standard by editing this file (dec.ti) and inserting "vt100|" immediately
# preceeding only ONE of the the other VT100 entries, and deleting "vt100|"
# from the "vt100|vt100-am" entry. There are several choices, but there are
# two primary choices. The choice is between nam (no automatic margins,
# "vt100-nam"), and am (automatic margins, "vt100-am", as determined by the
# wrapline switch (group 3 #2) in the VT100's setup. Since the LAST "vt100"
# entry in this file is the one that the tic(1) terminfo compiler will leave
# around, it is important that the "vt100" name be unique, else both
# "vt100-am" and "vt100-nam" will end up containing the last entry aliased to
# "vt100". Digital recommends turning on the bit in the VT100's setup, and
# using "vt100-am", since having characters overprint on the right margin is
# difficult to read. However, the xenl glitch does not occur if you turn the
# bit off. In the Digital supplied dec.ti source file, "vt100" is aliased
# only to the "vt100-am" entry, so the default for "vt100" is "vt100-am".
#
# The comments above also apply to the other root terminal type entries,
# such as "vt102", "vt125", "vt200", etc.
#
# The padding requirements listed here are guesses. It is historically claimed
# by some that the VT100 needs no padding. It is possible that it needs
# padding only if the xon/xoff switch is off. It is strongly recommended that
# that xon/xoff be enabled, as this is assumed here.
#
# The VT100 entries use `rs2' and `rf', rather than `is2' and `if' because the
# tab settings are in non-volatile memory and don't need to be reset upon
# login. You can type "reset" to get them set to every 8 columns.
#
# The VT100 series terminals have cursor ("arrows") keys which can operate
# in two different modes: Cursor Mode and Application Mode. "Cursor Mode"
# is the "reset" state, and is assumed to be the normal state. "Application
# Mode" is the "set" state. In "Cursor Mode", the cursor keys transmit
# "Esc [ <code>" sequences, conforming to ANSI standards. In "Application
# Mode", the cursor keys transmit "Esc O <code>" sequences. "Application Mode"
# was provided primarily as an aid to the porting of VT52 applications. It is
# assumed that the cursor keys are normally in "Cursor Mode", and expected that
# applications such as "vi" will always transmit the "smkx" string. Therefore,
# the definitions for the cursor keys are made to match what the terminal
# transmits after the "smkx" string is transmitted. If the "smkx" string
# is a null string or is not defined, then cursor keys are assumed to be in
# "Cursor Mode", and the cursor keys definitions should match that assumption,
# else the appication may fail. It is also expected that applications will
# always transmit the "rmkx" string to the terminal before they exit.
#
# The VT100 series terminals have an auxilliary keypad, commonly referred to as
# the "Numeric Kerypad", because it is a cluster of numeric and function keys.
# The Numeric Keypad which can operate in two different modes: Numeric Mode and
# Application Mode. "Numeric Mode" is the "reset" state, and is assumed to be
# the normal state. "Application Mode" is the "set" state. In "Numeric Mode",
# the numeric and punctuation keys transmit ASCII 7-bit characters, and the
# <ENTER> key transmits the same as the <RETURN> key (Note: the <RETURN> key
# can be configured to send either LF (\015) or CR LF). In "Application Mode",
# all the keypad keys transmit "Esc O <code>" sequences. The PF1 - PF4 keys
# always send the same "Esc O <code>" sequences. It is assumed that the keypad
# is normally in "Numeric Mode". If an application requires that the keypad be
# in "Application Mode" then it is expected that the user, or the application,
# will set the TERM environment variable to point to a terminfo entry which has
# defined the "smkx" string to include the codes that switch the keypad into
# "Application Mode", and the terminfo entry will also define function key
# fields to match the "Application Mode" control codes. If the "smkx" string
# is a null string or is not defined, then the keypad is assumed to be in
# "Numeric Mode". If the "smkx" string switches the keypad into "Application
# Mode", it is expected that the "rmkx" string will contain the control codes
# necessary to reset the keypad to "Normal" mode, and it is also expected that
# applications which transnit the "smkx" string will also always transmit the
# "rmkx" string to the terminal before they exit.
#
# In general, the comments above also apply to the VT100, VT200, VT300 and
# VT400 series terminals. Exceptions should be noted immediately above the
# specific entry.
#
# VT100 series definitions:
#
# EXECUTION ENVIRONMENT:
#
# The "vt100-am" entry is the base for most VT1xx definitions. It basically
# defines the VT100 Model AB (VT100-AB) which has the "Advanced Video" option,
# and with Automatic Margins (am mode) enabled. It is assumed here that
# xon/xoff is enabled in the terminal.
#
# Normal VT100 entry, with automatic margins
#
vt100|vt100-am|Digital VT100,
cr=^M, bel=^G,
cud1=^J, cols#80, lines#24, clear=\E[H\E[2J$<50>, ind=^J,
cub1=^H, am, cup=\E[%i%p1%d;%p2%dH$<5>, cuf1=\E[C$<2>, cuu1=\E[A$<2>,
el=\E[K$<3>, ed=\E[J$<50>,
smso=\E[7m$<2>, rmso=\E[m$<2>, smul=\E[4m$<2>, rmul=\E[m$<2>,
bold=\E[1m$<2>, rev=\E[7m$<2>, blink=\E[5m$<2>, sgr0=\E[m\E(B,
il1=\E[L, dl1=\E[M,
tbc=\E[3g, hts=\EH,
rf=/usr/share/lib/tabset/vt100,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7h\E[?8h,
smkx=\E=, rmkx=\E>,
kcuu1=\E[A, kcud1=\E[B, kcuf1=\E[C, kcub1=\E[D, kbs=^H,
cuu=\E[%p1%dA,
cud=\E[%p1%dB,
cuf=\E[%p1%dC,
cub=\E[%p1%dD,
home=\E[H, kf1=\EOP, kf2=\EOQ, kf3=\EOR, kf4=\EOS,
khome=\E[H, kich1=\E[2~,
ht=^I, ri=\EM$<5>, vt#3, xenl,
smcup=\E[?7h\E[?1l\E(B\E=, rmcup=\E[?7h,
sc=\E7, rc=\E8, csr=\E[%i%p1%d;%p2%dr,
it#8, xon,
sgr=\E[%?%p1%t;7%;%?%p2%t;4%;%?%p3%t;7%;%?%p4%t;5%;%?%p6%t;1%;m
%?%p9%t\E(0%e\E(B%;,
box1=lqkxjmwuvtn, batt1=f1,
box2=lqkxjmwuvtn, batt2=f1md,
font0=\E(B, font1=\E(0, msgr,
knl=\r,
ktab=^I, civis=\E[?25l, cnorm=\E[?25h, cvvis=\E[?25h,
nel=\n, mc5=\E[5i, mc4=\E[4i,
#
# EXECUTION ENVIRONMENT:
#
# Normal VT100 entry, no auto margin.
# vt100x is needed for usability use of vt100 emulation
vt100-nam|vt100x|ibm5550|ibm5570|VT100 w/no am,
am@, xenl@, smcup=\E[?7l\E[?1l\E(B\E=, rmcup=\E[?7l,
use=vt100-am,
#
# EXECUTION ENVIRONMENT:
#
# VT100's with one of the 24 lines used as a status line.
# We put the status line on the top.
#
vt100-s|vt100-s-top|VT100 with status line at top,
lines#23, is2=\E[2;24r\E[24;1H, cup@, home=\E[H^J,
clear=\E[;H^J\E[0J$<50>,
hs, eslok, tsl=\E7\E[1;%p1%dH\E[1K, fsl=\E8,
dsl=\E7\E[1;24r\E8,
use=vt100-am,
vt100-s-bot|VT100 with status line at bottom,
lines#23, is2=\E[1;23r\E[23;1H,
hs, eslok, tsl=\E7\E[24;%p1%dH\E[1K, fsl=\E8,
dsl=\E7\E[1;24r\E8,
use=vt100-am,
#
# EXECUTION ENVIRONMENT:
#
# Ordinary VT100 in 132 column ("wide") mode.
vt100-w|vt100-w-am|VT100 132 cols (w/advanced video),
cols#132, lines#24,
rf=/usr/share/lib/tabset/vt100,
rs2=\E>\E[?3h\E[?4l\E[?5l\E[?7h\E[?8h,
use=vt100-am,
# VT100 in 132 column ("wide") mode with no automatic margins
vt100-w-nam|VT100 132 cols (w/advanced video); no am,
am@, xenl@,
rs2=\E>\E[?3h\E[?4l\E[?5l\E[?7l\E[?8h, vt@,
use=vt100-w-am,
#
# EXECUTION ENVIRONMENT:
#
# VT100 Model AA (VT100-AA) (with NO Advanced Video option)
#
# The VT100-AA does NOT have Bold, Blink, Underline, nor Negative (Reverse)
# character attributes. Cursor Display is blinking underline (_) or
# blinking block, controled by cursor switch (group 1 #4) in the setup,
# only. Therefore, there is only ONE character attribute -- the Cursor
# Display attribute -- and specifying either Underline or Negative displays
# whatever the Cursor Display is set to. Attempts to tell the terminal to
# display in Bold or Blink are ignored.
#
# The VT100-AA also displays only 14 scroll lines when it is set to "wide"
# mode (132 columns).
#
vt100-nav|vt100-nav-am|Digital VT100 Model AA (VT100-AA) w/ am,
bold@, blink@,
sgr@,
use=vt100-am,
vt100-nav-nam|VT100-AA w/no autowrap,
am@, xenl@,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7l\E[?8h,
use=vt100-nav-am,
vt100-nav-w|vt100-nav-w-am|vt100-14-w|VT100-AA 132 cols (14 lines),
cols#132, lines#14,
is2=\E[1;14r\E[14;1H,
rs2=\E>\E[?3h\E[?4l\E[?5l\E[?7h\E[?8h\E[1;14r\E[14;1H,
use=vt100-nav-am,
vt100-nav-w-nam|vt100-14-w-nam|VT100-AA 132 cols (14 lines); w/no autowrap,
am@, xenl@, vt@,
rs2=\E>\E[?3h\E[?4l\E[?5l\E[?7l\E[?8h\E[1;14r\E[14;1H,
use=vt100-nav-w-am,
#
#
# EXECUTION ENVIRONMENT:
#
# VT102 definitions:
#
# The VT102 is like the VT100 Model AB (VT100-AB) (a VT100 with Advanced
# Video option), except it has no expansion capabilities. It cannot
# be hardware-upgraded. It cannot have printers attached.
#
# It has multiple character display attributes, just like the VT100-AB.
# In `wide' mode, it has 24 lines, just like the VT100-AB.
#
# In addition, it has insert/replace mode, insert line, delete line, and
# delete character capabilities. It does NOT have the "insert null"
# glitch problem. These capabilities do not exist in the VT100 terminals.
#
VT102|vt102-am|Digital VT102 with autowrap,
smir=\E[4h, rmir=\E[4l, mir,
il1=\E[1L, il=\E[%p1%dL,
dl1=\E[1M, dl=\E[%p1%dM,
dch1=\E[1P, dch=\E[%p1%dP,
use=vt100-am,
vt102-nam|VT102 w/no autowrap,
am@, xenl@,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7l\E[?8h,
use=vt102-am,
vt102-w|VT102 132 cols,
use=vt100-w-am,
vt102-w-nam|VT102 132 cols; w/no autowrap,
use=vt100-w-nam,
vt102|dec vt102,
use=VT102,
#
#
# EXECUTION ENVIRONMENT:
#
# VT125 definitions:
#
# The VT125 is like the VT102 but with additional capabilities.
#
vt125|vt125-am|Digital VT125,
cr=^M, cud1=^J, ind=^J, bel=^G,
cr=^M, nel=^J, bel=^G, ht=^I,
xenl, cud1=^J, cols#80, lines#24, clear=\E[H\E[2J$<50>,
am, cub1=^H, cup=\E[%i%p1%d;%p2%dH$<5>,
cuf1=\E[C$<2>, cuu1=\E[A$<2>, el=\E[K$<3>, ed=\E[J$<50>,
smso=\E[7m$<2>, rmso=\E[m$<2>,
smul=\E[4m$<2>, rmul=\E[m$<2>,
bold=\E[1m$<2>, rev=\E[7m$<2>, blink=\E[5m$<2>,
sgr0=\E[m$<2>, if=/usr/share/lib/tabset/vt100,
is2=\E[1;24r\E[24;1H, rf=/usr/share/lib/tabset/vt100,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7h\E[?8h\E[1;24r\E[24;1H,
smkx=\E=, rmkx=\E[?1l, kcuu1=\EOA, kcud1=\EOB,
kcuf1=\EOC, kcub1=\EOD, kbs=^H, home=\E[H, kf1=\EOP, kf2=\EOQ,
kf3=\EOR, kf4=\EOS, ht=^I, ri=\EM$<5>, vt#3, sc=\E7, rc=\E8,
csr=\E[%i%p1%d;%p2%dr,
vt125-nam|Digital VT125 no automatic margin,
cr=^M, cud1=^J, ind=^J, bel=^G,
am@,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7l\E[?8h\E[1;24r\E[24;1H,
use=vt125-am,
#
#
# EXECUTION ENVIRONMENT:
#
# VT200 series definitions:
#
# The VT200 series is like the VT102, but has additional feaures, such
# as 8-bit character sets, erase character capabilities, and can run
# in "8-Bit Controls" mode. Some models have graphics and color
# capabilities.
#
# The beginning of VT200-series 8-bit terminals.
#
# VT200 and VT220 definitions; 7-Bit Controls Mode:
#
vt200|vt200-am|vt200-js|Digital VT200 series with am,
smir=\E[4h, rmir=\E[4l, mir,
il1=\E[1L, il=\E[%p1%dL,
dl1=\E[1M, dl=\E[%p1%dM,
dch1=\E[1P, dch=\E[%p1%dP,
el=\E[K, clear=\E[H\E[J, ed=\E[J,
cup=\E[%i%p1%d;%p2%dH, cuf1=\E[C, cuu1=\E[A,
smso=\E[7m, rmso=\E[27m, smul=\E[4m, rmul=\E[24m,
bold=\E[1m, rev=\E[7m, blink=\E[5m, sgr0=\E[m,
nel=\n,
eo, km,
ech=\E[%p1%dX,
kf6=\E[17~, kf7=\E[18~, kf8=\E[19~, kf9=\E[20~,
kf10=\E[21~, kf11=\E[23~, kf12=\E[24~, kf13=\E[25~,
kf14=\E[26~, kf17=\E[31~, kf18=\E[32~, kf19=\E[33~,
kf20=\E[34~, kdo=\E[29~,
kich1=\E[2~, knp=\E[6~,
kpp=\E[5~, khlp=\E[28~, civis=\E[?25l, cnorm=\E[?25h,
cvvis=\E[?25h,
use=vt100-am,
vt200-nam|VT200 w/no am,
am@,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7l\E[?8h,
use=vt200-am,
#
vt200-ss|vt220-ss|Digital VT200 series with smooth scroll,
rs2=\E>\E[?3l\E[?4h\E[?5l\E[?7h\E[?8h,
use=vt220-am,
vt200-w|vt220-w|vt200-wj|vt220-wj|VT200 series; 132 col.,
cols#132,
rf=/usr/share/lib/tabset/vt100,
rs2=\E>\E[?3h\E[?4l\E[?5l\E[?7h\E[?8h,
use=vt200-am,
vt200-ws|vt220-ws|Digital VT200 series; 132 col.; smooth scroll,
cols#132,
rf=/usr/share/lib/tabset/vt100,
rs2=\E>\E[?3h\E[?4h\E[?5l\E[?7h\E[?8h,
use=vt200-ss,
#
#
# EXECUTION ENVIRONMENT:
#
# VT200 series Color terminals:
#
# VT240 and VT241 definitions; 7-Bit Controls Mode:
#
# This generic "vt240" entry does not alter foreground/background colors
# when doing a "tset" or "reset".
vt240|vt240-am|Digital VT240 with autowrap; no color,
use=vt200-am,
vt240-nam|Digital VT240; no autowrap,
use=vt200-nam,
#
# colored backgrounds for VT24x:
#
vt240black|vt241black|Digital VT240 black background,
rmul=\E[m\EPpS(M0(AD))\E\\,
rmso=\E[m\EPpS(M0(AD))\E\\,
clear=\E[;H\E[2J\EPpS(M0(AD))\E\\,
is2=\E[1;24r\E[24;1H\EPpS(M0(AD))\E\\,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7h\E[?8h\E[1;24r\E[24;1H\EPpS(M0(AD))\E\\,
use=vt240-am,
vt240red|vt241red|Digital VT240 red background,
rmul=\E[m\EPpS(M0(AR))\E\\,
rmso=\E[m\EPpS(M0(AR))\E\\,
clear=\E[;H\E[2J\EPpS(M0(AR))\E\\,
is2=\E[1;24r\E[24;1H\EPpS(M0(AR))\E\\,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7h\E[?8h\E[1;24r\E[24;1H\EPpS(M0(AR))\E\\,
use=vt240-am,
vt240green|vt241green|Digital VT240 green background,
rmul=\E[m\EPpS(M0(AG))\E\\,
rmso=\E[m\EPpS(M0(AG))\E\\,
clear=\E[;H\E[2J\EPpS(M0(AG))\E\\,
is2=\E[1;24r\E[24;1H\EPpS(M0(AG))\E\\,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7h\E[?8h\E[1;24r\E[24;1H\EPpS(M0(AG))\E\\,
use=vt240-am,
vt240blue|vt241blue|Digital VT240 blue background,
rmul=\E[m\EPpS(M0(AB))\E\\,
rmso=\E[m\EPpS(M0(AB))\E\\,
clear=\E[;H\E[2J\EPpS(M0(AB))\E\\,
is2=\E[1;24r\E[24;1H\EPpS(M0(AB))\E\\,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7h\E[?8h\E[1;24r\E[24;1H\EPpS(M0(AB))\E\\,
use=vt240-am,
vt240cyan|vt241cyan|Digital VT240 cyan background,
rmul=\E[m\EPpS(M0(AC))\E\\,
rmso=\E[m\EPpS(M0(AC))\E\\,
clear=\E[;H\E[2J\EPpS(M0(AC))\E\\,
is2=\E[1;24r\E[24;1H\EPpS(M0(AC))\E\\,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7h\E[?8h\E[1;24r\E[24;1H\EPpS(M0(AC))\E\\,
use=vt240-am,
vt240yellow|vt241yellow|Digital VT240 yellow background,
rmul=\E[m\EPpS(M0(AY))\E\\,
rmso=\E[m\EPpS(M0(AY))\E\\,
clear=\E[;H\E[2J\EPpS(M0(AY))\E\\,
is2=\E[1;24r\E[24;1H\EPpS(M0(AY))\E\\,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7h\E[?8h\E[1;24r\E[24;1H\EPpS(M0(AY))\E\\,
use=vt240-am,
vt240magenta|vt241magenta|Digital VT240 magenta background,
rmul=\E[m\EPpS(M0(AM))\E\\,
rmso=\E[m\EPpS(M0(AM))\E\\,
clear=\E[;H\E[2J\EPpS(M0(AM))\E\\,
is2=\E[1;24r\E[24;1H\EPpS(M0(AM))\E\\,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7h\E[?8h\E[1;24r\E[24;1H\EPpS(M0(AM))\E\\,
use=vt240-am,
vt240white|vt241white|Digital VT240 white background,
rmul=\E[m\EPpS(M0(AW))\E\\,
rmso=\E[m\EPpS(M0(AW))\E\\,
clear=\E[;H\E[2J\EPpS(M0(AW))\E\\,
is2=\E[1;24r\E[24;1H\EPpS(M0(AW))\E\\,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7h\E[?8h\E[1;24r\E[24;1H\EPpS(M0(AW))\E\\,
use=vt240-am,
vt241|vt241-am|Digital VT241,
use=vt240-am,
vt241-nam|Digital VT241 w/no autowrap,
use=vt240-nam,
#
#
# EXECUTION ENVIRONMENT:
#
# VT300 series definitions:
#
# The beginning of VT300 series 8-bit terminals.
#
# The VT300 series terminals are like the VT200 series, but with more
# features.
#
# Tabstops can be set and reset more efficiently via a control code sequence
# designed for this series. Therefore, the `rf' field references a different
# "tabset" file.
#
# VT300 and VT320 definitions; 7-Bit Controls Mode:
# Definitions include functionality of 25th line as a status line.
#
vt300|vt300-am|Digital VT300,
hs, eslok, tsl=\E[1$}\E[;H\E[K, fsl=\E[0$}, dsl=\E[1$}\E[;H\E[K\E[0$},
rf=/usr/share/lib/tabset/vt100,
use=vt200-am,
vt300-nam|VT300 w/no am,
am@,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7l\E[?8h,
use=vt300-am,
vt320|vt320-am|Digital VT320,
use=vt300-am,
vt320-nam|Digital VT320 w/no am,
use=vt300-nam,
#
#
# EXECUTION ENVIRONMENT:
#
# VT300 series Graphics and Color terminals:
#
# VT330 and VT340 definitions; 7-Bit Controls Mode:
#
# VT330 Graphics terminal (monochrome):
#
vt330|vt330-am|Digital VT320,
use=vt320-am,
vt330-nam|Digital VT330 w/no am,
use=vt320-nam,
#
# VT340 Graphics and Color terminal:
#
vt340|vt340-am|Digital VT340,
use=vt330-am,
vt340-nam|VT340 w/no am,
use=vt330-nam,
#
#
# EXECUTION ENVIRONMENT:
#
# VT400 series definitions:
#
# The beginning of VT400-series 8-bit terminals.
#
# VT400 and VT420 definitions; 7-Bit Controls Mode:
#
# The VT420 terminal is like the VT320 terminal, but has more
# memory and more features.
#
vt400|vt400-am|vt420|vt420-am|Digital VT420,
rs2=\E>\E[80$|\E[24*|\E[24t\E[?4l\E[?5l\E[?7h\E[?8h\E[1;24r\E[24;1H,
use=vt320-am,
vt400-nam|vt420-nam|VT420 w/no am,
am@,
rs2=\E>\E[80$|\E[24*|\E[24t\E[?4l\E[?5l\E[?7l\E[?8h\E[1;24r\E[24;1H,
use=vt320-am,
vt400-w|vt420-w|VT400 series; vt420-am 132 cols,
cols#132,
rs2=\E>\E[132$|\E[24*|\E[24t\E[?4l\E[?5l\E[?7h\E[?8h\E[1;24r\E[24;1H,
use=vt320-am,
vt400-w-nam|vt420-w-nam|VT400 series; vt420-nam 132 cols,
cols#132, am@,
rs2=\E>\E[132$|\E[24*|\E[24t\E[?4l\E[?5l\E[?7l\E[?8h\E[1;24r\E[24;1H,
use=vt320-am,
vt400-36|vt420-36|VT400 series; vt420-am 36 lines; 80 cols,
lines#36, is2=\E[1;36r\E[36;1H,
rs2=\E>\E[80$|\E[36*|\E[36t\E[?4l\E[?5l\E[?7h\E[?8h\E[1;36r\E[36;1H,
use=vt320-am,
vt400-36-nam|vt420-36-nam|VT400 series; vt420-nam 36 lines; 80 cols,
lines#36, am@, is2=\E[1;36r\E[36;1H,
rs2=\E>\E[80$|\E[36*|\E[36t\E[?4l\E[?5l\E[?7l\E[?8h\E[1;36r\E[36;1H,
use=vt320-am,
vt400-36-w|vt420-36-w|VT400 series; vt420-am 36 lines; 132 cols,
cols#132, lines#36, is2=\E[1;36r\E[36;1H,
rs2=\E>\E[132$|\E[36*|\E[36t\E[?4l\E[?5l\E[?7h\E[?8h\E[1;36r\E[36;1H,
use=vt320-am,
vt400-36-w-nam|vt420-36-w-nam|VT400; vt420-nam 36 lines; 132 cols,
cols#132, lines#36, am@, is2=\E[1;36r\E[36;1H,
rs2=\E>\E[132$|\E[36*|\E[36t\E[?4l\E[?5l\E[?7l\E[?8h\E[1;36r\E[36;1H,
use=vt320-am,
# dec_Unsupported.ti 4.1 (DEC OSF/1) 03/01/92
#
# NAME: dec_Unsuppported (Digital Equipment Corporation)
# Unsupported Terminals
#
# This module contains definitions for Digital Equipment Corporation's
# Unsupported terminals, terminal emulators, and terminal emulation modes.
# The Unsupported terminals are terminals manufactured by Digital Equipment
# Corporation that are no longer sold or maitained by Digital. "terminals"
# also includes certain terminal modes, and terminal/peripherals combinations,
# and emulators.
#
# This information is provided "as is". Its accuracy or correctness has not
# been verified.
#
# The following are trademarks of Digital Equipment Corporation:
# VT VT100 VT101 VT132 VT200 VT220
#
#
# EXECUTION ENVIRONMENT:
#
# VT100/ VT200 series definitions:
#
# Notes and Comments
#
# Note that the xenl glitch in "vt100" is not quite the same as a Concept
# terminal, since the cursor is left in a different position while in the
# weird state (the Concept terminal at beginning of next line, "vt100" at end
# of this line) so all versions of vi before vi 3.7 don't handle xenl right on
# VT100 terminals. The correct way to handle xenl is when you output the char
# in column 80, immediately output CR LF and then assume you are in column 1 of
# the next line. If xenl is on, am should be on too.
#
# It is assumed you have smooth scroll off or are at a slow enough baud rate
# that it doesn't matter (1200? or less). Also this assumes that you set
# auto-nl to "on". If you set it off, use "vt100-nam" below.
#
# Since there are two things here called "vt100", the site administrator can
# make a local decision to make either one standard "vt100" by editing this
# file (dec.ti) and inserting "vt100|" immediately preceeding only one of the
# two "vt100-???" entries, and deleting "vt100|" from the other of the two
# "vt100-???" entries. The choice is between nam (no automatic margins,
# "vt100-nam"), and am (automatic margins, "vt100-am", as determined by the
# wrapline switch (group 3 #2) in the VT100's setup. Since the last "vt100"
# in this file is the one that the tic(1) terminfo compiler will leave around,
# it is important that the "vt100" name be unique, else both "vt100-am" and
# "vt100-nam" will end up containing the last entry aliased to "vt100".
# Digital recommends turning on the bit in the VT100's setup, and using
# "vt100-am", since having stuff hammer on the right margin is sort of hard to
# read. However, the xenl glitch does not occur if you turn the bit off.
# In the Digital-supplied dec.ti source file, "vt100" is aliased only to the
# "vt100-am" entry, so the default for "vt100" is "vt100-am".
#
# The padding requirements listed here are guesses. It is historically claimed
# by some that the VT100 needs no padding. It is possible that it needs
# padding only if the xon/xoff switch is off. It is strongly recommended that
# that xon/xoff be enabled, as this is assumed here.
#
# The VT100 entries use `rs2' and `rf', rather than `is2' and `if' because the
# tab settings are in non-volatile memory and don't need to be reset upon
# login. You can type "reset" to get them set.
#
# VT100 series definitions:
#
# EXECUTION ENVIRONMENT:
#
# The "vt100-am" entry is the base for most VT1xx definitions. It basically
# defines the VT100 Model AB (VT100-AB) which has the "Advanced Video" option,
# with Automatic Margins (am mode) enabled.
#
#
vt100-np|VT100 with no padding (for psl games),
clear=\E[H\E[2J, ri=\EM,
cup=\E[%i%p1%d;%p2%dH, cuf1=\E[C, cuu1=\E[A, el=\E[K, ed=\E[J,
smso=\E[7m, rmso=\E[m, smul=\E[4m, rmul=\E[m, bold=\E[1m,
rev=\E[7m, blink=\E[5m, sgr0=\E[m, use=vt100,
#
# The beginning of "vt100p" with printer options. It is identical to
# "vt100-nam" (VT100 w/no am) with some insert delete chars improvement.
#
vt100p|vt100p-nam|Digital VT100 with printer options,
il1=\E[L, bel=^G, cub1=^H,
ed=\E[J$<50>, el=\E[K$<3>, clear=\E[;H\E[2J$<50>,
cup=\E[%i%p1%d;%p2%dH$<10>,
cols#80, cr=^M, csr=\E[%i%p1%d;%p2%dr, tbc=\E[3g$<2>, hts=\EH$<2>,
dch1=\E[P, dl1=\E[M, cud1=^J, rmir=\E[4l, home=\E[H,
smir=\E[4h, is2=\E[1;24r\E[24;1H, kf1=\EOP, kf2=\EOQ, kf3=\EOR,
kf4=\EOS, kbs=^H, kcud1=\EOB, rmkx=\E[?1l, kcub1=\EOD,
kcuf1=\EOC, smkx=\E[?1h, kcuu1=\EOA, cub1=^H, lines#24,
bold=\E[1m$<2>, rev=\E[7m$<2>, blink=\E[5m$<2>, sgr0=\E[m$<2>, mir,
cuf1=\E[C, nel=^J, ht=^I, rc=\E8,
rf=/usr/share/lib/tabset/vt100,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7l\E[?8h, sc=\E7, rmso=\E[m,
smso=\E[7m, ri=\EM, ht=^I, rmul=\E[m, cuu1=\E[A, smul=\E[4m,
vt#3, xenl,
#
# VT101 definitions:
# The VT101 is a VT100 Model AA (a VT100 without Advanced Video option)
# with no expansion capabilities. In `wide' mode, it has only 14 lines.
# It cannot be upgraded. It cannot have printers attached.
#
vt101|vt101-am|vt101-nav|vt101-nav-am|Digital VT101 w/ am,
cr=^M, cud1=^J, ind=^J, bel=^G,
use=vt100-am,
vt101-nam|vt101-nav-nam|VT101 w/no autowrap,
cr=^M, cud1=^J, ind=^J, bel=^G,
am@, xenl@,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7l\E[?8h, use=vt101-am,
vt101-w|vt101-w-am|vt101-14-w|vt101-14-w-am|VT101 132 cols (14 lines),
cr=^M, cud1=^J, ind=^J, bel=^G,
cols#132, lines#14,
is2=\E[1;14r\E[14;1H,
rs2=\E>\E[?3h\E[?4l\E[?5l\E[?7h\E[?8h\E[1;14r\E[14;1H,
use=vt101-am,
vt101-w-nam|vt101-14-w-nam|VT101 132 cols (14 lines)\054 w/no autowrap,
cr=^M, cud1=^J, ind=^J, bel=^G,
am@, xenl@, vt@,
rs2=\E>\E[?3h\E[?4l\E[?5l\E[?7l\E[?8h\E[1;14r\E[14;1H,
use=vt101-w-am,
#
#
# EXECUTION ENVIRONMENT:
#
# Like vt100 but slower and has ins/del line and such.
vt132|Digital Equipment Co VT132,
il1=\E[L$<99>, dl1=\E[M$<99>, ip=$<7>, dch1=\E[P$<7>, rmir=\E[4l,
smir=\E[4h, xenl, ind=^J$<30>, use=vt100,
#
# EXECUTION ENVIRONMENT:
#
# This entry is defined for vt220 when using 7 bit controls.
vt220|Digital Equipment Co VT220,
msgr, eo, km, it#8, lines#24, cols#80,
bel=^G, cr=^M, ed=\E[J, el=\E[K,
ind=^J, il1=\E[L, dl1=\E[M, clear=\E[H\E[2J,
cup=\E[%i%p1%d;%p2%dH, ech=\E[%p1%dX, home=\E[H,
cuu1=\E[A, cuu=\E[%p1%dA, kcuu1=\E[A,
cud1=\E[B, cud=\E[%p1%dB, kcud1=\E[B,
cuf1=\E[C, cuf=\E[%p1%dC, kcuf1=\E[C,
cub1=^H, cub=\E[%p1%dD, kcub1=\E[D,
smcup=\E[?7l\E[?1l\E(B, rmcup=\E[?7h,
blink=\E[5m, bold=\E[1m, rev=\E[7m, sgr0=\E[0m\E(B,
smso=\E[7m, rmso=\E[0m, smul=\E[4m, rmul=\E[0m,
sgr=\E[%?%p1%t;7%;%?%p2%t;4%;%?%p3%t;7%;%?%p4%t;5%;%?%p6%t;1%;m
%?%p9%t\E(0%e\E(B%;,
box1=\154\161\153\170\152\155\167\165\166\164\156, batt1=f1,
box2=\154\161\153\170\152\155\167\165\166\164\156, batt2=f1md,
font0=\E(B, font1=\E(0,
kf1=\EOP, kf2=\EOQ, kf3=\EOR, kf4=\EOS,
kf6=\E[17~, kf7=\E[18~, kf8=\E[19~, kf9=\E[20~,
kf10=\E[21~, kf11=\E[23~, kf12=\E[24~, kf13=\E[25~,
kf14=\E[26~, kf17=\E[31~, kf18=\E[32~, kf19=\E[33~,
kf20=\E[34~, kbs=^H, kdo=\E[29~,
kich1=\E[2~, knl=\r, knp=\E[6~, ktab=^I,
kpp=\E[5~, khlp=\E[28~, civis=\E[?25l, cnorm=\E[?25h,
cvvis=\E[?25h,
mc5=\E[5i, mc4=\E[4i,
#
vt220-nam|VT22 w/no am,
am@,
rs2=\E>\E[?3l\E[?4l\E[?5l\E[?7l\E[?8h,
use=vt200-am,
vt220-am|vt220-js|VT220 with am,
use=vt200-am,
#
# EXECUTION ENVIRONMENT:
#
# Terminal with 8 bit controls.
vt220-8|vt320-8|vt330-8|Digital Equipment Co VT220/320/330,
bel=^G, ed=\233J, el=\233K,
cr=^M, ind=^J,
il1=\233L, dl1=\233M,
box1=\154\161\153\170\152\155\167\165\166\164\156, batt1=f1,
box2=\154\161\153\170\152\155\167\165\166\164\156, batt2=f1md,
clear=\233H\233J, cup=\233%i%p1%d;%p2%dH,
cols#80, cud=\233%p1%dB, cud1=\233B, eo,
lines#24,
it#8, font0=\E(B, font1=\E(0, kf1=\217P,
kf2=\217Q, kf3=\217R, kf4=\217S, kf6=\23317~,
kf7=\23318~, kf8=\23319~, kf9=\23320~, kf10=\23321~,
kbs=^H, kcud1=\233B,
kdo=\23329~, kich1=\2332~, kcub1=\233D, km,
knl=^M, knp=\2336~, ktab=^I,
kpp=\2335~, khlp=\23328~, kcuf1=\233C, kcuu1=\233A,
cub=\233%p1%dD, cub1=^H, blink=\2335m,
smcup=\233?7l\233?1l\E(B, rmcup=\233?7h,
bold=\2331m, sgr0=\2330m\E(B, rev=\2337m,
cuf=\233%p1%dC, rmso=\2330m, smso=\2337m, cuf1=\233C,
sgr=\E[%?%p1%t;7%;%?%p2%t;4%;%?%p3%t;7%;%?%p4%t;5%;%?%p6%t;1%;m
%?%p9%t\E(0%e\E(B%;,
ech=\2330%p1%dX, civis=\2330?25l, cnorm=\2330?25h, cvvis=\2330?25h,
rmul=\2330m, cuu=\233%p1%dA, cuu1=\233A, smul=\2334m,
mc5=\E[5i, mc4=\E[4i,