/* IBM_PROLOG_BEGIN_TAG */
/* This is an automatically generated prolog. */
/* */
/* bos72V src/bos/usr/sbin/perf/pmapi/libpmapi/pmapi.h 1.32.1.9 */
/* */
/* Licensed Materials - Property of IBM */
/* */
/* Restricted Materials of IBM */
/* */
/* COPYRIGHT International Business Machines Corp. 1999,2020 */
/* 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 */
/* @(#)41 1.32.1.9 src/bos/usr/sbin/perf/pmapi/libpmapi/pmapi.h, pmapi, bos72V, v2020_17B7 4/22/20 00:49:06 */
#ifndef _H_PMAPI
#define _H_PMAPI
/*
* COMPONENT_NAME: PMAPI
*
* ORIGINS: 27
*
* -- ( when
* combined with the aggregated modules for this product)
* OBJECT CODE ONLY SOURCE MATERIALS
*
* (C) COPYRIGHT International Business Machines Corp. 1999, 2002.
* All Rights Reserved
* US Government Users Restricted Rights - Use, duplication or
* disclosure restricted by GSA ADP Schedule Contract with IBM Corp.
*/
#include <sys/types.h>
#include <sys/time.h>
#include <sys/corralid.h> /* cid_t */
#ifdef __cplusplus
extern "C" {
#endif
#define MAX_COUNTERS 8 /* maximum number of supported counters */
#define MIN_THRESH_VALUE 0 /* minimum threshold value */
#define MAX_THRESH_VALUE 63 /* maximum threshold value */
/* Each processor has a different event number for the "count-nothing event".
* To shield this from the user the following define is used.
*/
#define COUNT_NOTHING -1
/*
* defines for pm_initialize proctype argument
*/
#define PM_CURRENT -1
#define PM_PowerPC604 0
#define PM_PowerPC604e 1
#define PM_RS64_II 2
#define PM_POWER3 3
#define PM_RS64_III 4
#define PM_POWER3_II 5
#define PM_POWER4 6
#define PM_MPC7450 7
#define PM_POWER4_II 8
#define PM_POWER5 9
#define PM_PowerPC970 10
#define PM_POWER5_II 11
#define PM_POWER6 12
#define PM_PowerPC970MP 13
#define PM_POWERCOMPAT 14
#define PM_POWER7 15
/*#define PM_MAXPROCTYPE PM_POWER7*/
/* Defines for event filters */
#define PM_MAX_FILTER 4 /* # filters */
#define PM_VERIFIED 1 /* events that have been verified */
#define PM_UNVERIFIED 2 /* events that have not been verified*/
#define PM_CAVEAT 4 /* events that work with caveats */
#define PM_GET_GROUPS 8 /* want to receive group info */
/* Define performance monitor registers for POWER 8 */
#define PPMC1 771
#define PPMC2 772
#define PPMC3 773
#define PPMC4 774
#define PPMC5 775
#define PPMC6 776
#define PMMCR0 779
#define PMMCR2 769
#define PMMCRA 770
/* Define pragma functions to invoke PMC read/write millicode functions */
#pragma mc_func pmc_read_1to4 \
{ \
"48008493" \
}\
#pragma reg_killed_by pmc_read_1to4 gr3, gr4, lr
#pragma mc_func pmc_read_5to6 \
{ \
"480084D3" \
}\
#pragma reg_killed_by pmc_read_5to6 gr3, gr4, lr
#pragma mc_func mmcr_read \
{ \
"48008503" \
}\
#pragma reg_killed_by mmcr_read gr3, gr4, lr
#pragma mc_func sampled_regs_read \
{ \
"48008533" \
}\
#pragma reg_killed_by sampled_regs_read gr3, gr4, lr
#pragma mc_func pmc_write \
{ \
"48008563" \
}\
#pragma reg_killed_by pmc_write gr3, gr5, cr0, lr
#pragma mc_func mmcr_write \
{ \
"480085F3" \
}\
#pragma reg_killed_by mmcr_write gr3, gr5, cr0, lr
typedef uint ptid_t;
typedef struct { /* structure for available events */
int event_id; /* event number */
char status; /* verified/unverified/... */
char threshold; /* thresholdable event */
char *short_name; /* mnemonic name */
char *long_name; /* long name */
char *description; /* full description */
} pm_events_t;
typedef union { /* event status and characteristics */
int w;
struct {
unsigned unverified :1;
unsigned verified :1;
unsigned caveat :1;
unsigned broken :1;
unsigned spare1 :12; /* reserved for future usage */
unsigned group_only :1; /* grouped only event */
unsigned threshold :1; /* thresholdable event */
unsigned shared :1; /* shared event core level */
unsigned support_mode :1; /* support, user, kernel,hypervisor and
proctree counting modes applied */
unsigned overflow :1; /* generate an interrupt on overflow */
unsigned marked :1; /* marked event */
unsigned sharedchip :1; /* shared event chip level */
unsigned speculative :1; /* speculative event */
unsigned undefined :1; /* speculative behavior undefined */
unsigned spare2 :7; /* reserved for future usage */
} b;
} pm_status_t;
typedef struct { /* structure for available events */
int event_id; /* event number */
pm_status_t status ; /* event status */
char *short_name; /* mnemonic name */
char *long_name; /* long name */
char *description; /* full description */
long reserved; /* reserved for future usage */
} pm_events2_t;
typedef struct { /* structure returned by pminit */
int maxpmcs; /* number of available counters */
int *maxevents; /* number of events for each hw counter */
pm_events_t **list_events; /* list of available events */
int thresholdmult; /* threshold multiplier */
char *proc_name; /* processor name */
int hthresholdmult; /* upper threshold multiplier */
} pm_info_t;
typedef union { /* features supported by processor */
int w;
struct {
unsigned spare :27; /* reserved for future usage */
unsigned compatibility :1; /* Compatibility mode is enabled */
unsigned spurr :1; /* SPURR supported */
unsigned purr :1; /* PURR supported */
unsigned runlatch :1; /* runlatch mode */
unsigned hypervisor :1; /* hypervisor counting mode */
} b;
} pm_feature_t;
typedef struct { /* structure returned by pminitialize */
int maxpmcs; /* number of available counters */
int *maxevents; /* number of events for each hw counter */
pm_events2_t **list_events; /* list of available events */
int thresholdmult; /* threshold multiplier */
int hthresholdmult; /* upper threshold multiplier */
int Hthresholdmult; /* hyper threshold multiplier */
int reserved; /* reserved for future usage */
char *proc_name; /* processor name */
pm_feature_t proc_feature; /* processor feature list */
int reserved2; /* reserved for future usage */
} pm_info2_t;
typedef struct { /* structure for available events */
int group_id; /* group number */
int *events; /* events in this group, by ID # */
char *short_name; /* mnemonic name */
char *long_name; /* long name */
char *description; /* full description */
} pm_groups_t;
typedef struct {
int maxgroups; /* number of available groups */
pm_groups_t *event_groups; /* list of event groups */
} pm_groups_info_t;
typedef union { /* defines mode of operations */
int w;
struct {
unsigned threshold :6; /* threshold value */
unsigned thresh_res :1; /* use upper threshold multiplier if set */
unsigned runlatch :1; /* runlatch enable/disable */
unsigned hypervisor :1; /* turns hypervisor counting on */
unsigned thresh_hres :1; /* use hyper threshold multiplier if set */
unsigned nointerrupt :1; /* interruption counting disabled */
unsigned wpar_all :1; /* collect per-WPAR data */
unsigned no_inherit :1; /* Child threads to inherit the parent context or not; 0- Inherit; 1- Dont inherit */
unsigned spare :12;
unsigned shared :1;
unsigned is_group :1; /* is an event group */
unsigned process :1; /* process level group indicator */
unsigned kernel :1; /* turns kernel mode counting on */
unsigned user :1; /* turns user mode counting on */
unsigned count :1; /* counting state */
unsigned proctree :1; /* turns process tree counting on */
} b;
} pm_mode_t;
typedef struct { /* structure for PM programing */
pm_mode_t mode; /* mode of operation */
int events[MAX_COUNTERS]; /* list of counted events */
long reserved; /* reserved for future use */
} pm_prog_t;
typedef struct {
int members; /* number of threads in group */
union { /* group characteristics */
int w;
struct {
unsigned spare :29;
unsigned direct :1; /* hardware counters read in direct mode */
unsigned process :1; /* process level group indicator */
unsigned consistent :1; /* group data consistent with members */
} b;
} flags;
} pm_ginfo_t;
typedef struct { /* structure for PM data */
pm_ginfo_t ginfo; /* group information */
long long accu[MAX_COUNTERS]; /* accumulated data */
long reserved; /* reserved for future use */
} pm_data_t;
typedef struct {
timebasestruct_t accu_timebase; /* accumulated time base */
timebasestruct_t accu_purr; /* accumulated PURR time */
timebasestruct_t accu_spurr; /* accumulated SPURR time */
} pm_accu_time_t;
/* counters multiplexing support */
typedef int pm_events_prog_t[MAX_COUNTERS];
typedef unsigned int pm_mmcrs_prog_t[MAX_COUNTERS];
typedef struct { /* structure for PM programing */
pm_mode_t mode; /* mode of operation */
int slice_duration; /* duration of each time slice in ms */
int nb_events_prog; /* number of events_set */
pm_events_prog_t *events_set; /* list of counted events */
} pm_prog_mx_t;
typedef struct {
timebasestruct_t accu_time; /* accumulated time */
timebasestruct_t accu_purr; /* accumulated PURR time */
timebasestruct_t accu_spurr; /* accumulated SPURR time */
long long accu_data[MAX_COUNTERS];/* accumulated data */
} pm_accu_mx_t;
typedef struct { /* structure for PM data */
pm_ginfo_t ginfo; /* group information */
int nb_accu_mx; /* number of accu_set */
int nb_mx_round; /* number of loops on all the event
sets */
pm_accu_mx_t *accu_set; /* accumulated data */
} pm_data_mx_t;
/* multi-mode programmation support */
typedef struct { /* structure for PM programing */
int slice_duration; /* duration of each time slice in ms */
int nb_set_prog; /* number of events_set */
pm_prog_t *prog_set; /* list of counted events */
} pm_prog_mm_t;
/* unique WPAR opaque identifier */
typedef unsigned long long pm_wp_handle_t;
#define PM_INVALID_WP_HANDLE ((pm_wp_handle_t)-1)
typedef struct {
cid_t cid; /* corral identifier */
char name[MAXWPARNAMELEN + 1]; /* WPAR name */
pm_wp_handle_t hwpar; /* WPAR opaque identifier */
} pm_wpar_ctx_info_t;
typedef enum profiler_type {
P_THREAD = 0,
P_THREAD_GROUP,
P_PROCESS
}profiler_type_t;
typedef pm_accu_mx_t pm_accu_t;
typedef struct pm_data_time {
int nb_accu; /* number of accu_set */
int nb_mx_round; /* number of loops on all the event sets */
timebasestruct_t total_active_time; /* total time context is active and competing for PMU */
timebasestruct_t total_active_purr; /* total PURR time context is active and competing for PMU */
timebasestruct_t total_active_spurr; /* total SPURR time context is active and competing for PMU */
timebasestruct_t total_profiled_time; /* total time context got the PMU */
timebasestruct_t total_profiled_purr; /* total PURR time context got the PMU */
timebasestruct_t total_profiled_spurr; /* total SPURR time context got the PMU */
pm_ginfo_t ginfo; /* group information */
pm_accu_t *accu_set; /* accumulated data */
} pm_data_time_t;
/* function prototypes */
extern double pm_cycles(void);
extern void pm_error(char *where, int error);
extern char *pm_strerror(char *where, int error);
extern int pm_init(int filter, pm_info_t *pminfo,
pm_groups_info_t *pmgroups);
extern int pm_initialize(int filter, pm_info2_t *pminfo,
pm_groups_info_t *pmgroups, int proctype);
extern int pm_set_program(pm_prog_t *prog);
extern int pm_set_program_mx(pm_prog_mx_t *prog);
extern int pm_set_program_mm(pm_prog_mm_t *prog);
extern int pm_set_program_wp(cid_t, pm_prog_t *);
extern int pm_set_program_wp_mm(cid_t, pm_prog_mm_t *);
extern int pm_get_program(pm_prog_t *prog);
extern int pm_get_program_mx(pm_prog_mx_t *prog);
extern int pm_get_program_mm(pm_prog_mm_t *prog);
extern int pm_get_program_wp(cid_t, pm_prog_t *);
extern int pm_get_program_wp_mm(cid_t, pm_prog_mm_t *);
extern int pm_start(void);
extern int pm_tstart(timebasestruct_t *time);
extern int pm_start_wp(cid_t);
extern int pm_tstart_wp(cid_t, timebasestruct_t *);
extern int pm_stop(void);
extern int pm_tstop(timebasestruct_t *time);
extern int pm_stop_wp(cid_t);
extern int pm_tstop_wp(cid_t, timebasestruct_t *);
extern int pm_reset_data(void);
extern int pm_reset_data_wp(cid_t);
extern int pm_get_data(pm_data_t *data);
extern int pm_get_tdata(pm_data_t *data, timebasestruct_t *time);
extern int pm_get_Tdata(pm_data_t *data, pm_accu_time_t *times);
extern int pm_get_data_mx(pm_data_mx_t *data);
extern int pm_get_tdata_mx(pm_data_mx_t *data, timebasestruct_t *time);
extern int pm_get_data_lcpu(int lcpuid, pm_data_t *data);
extern int pm_get_data_cpu(int cpuid, pm_data_t *data);
extern int pm_get_tdata_lcpu(int lcpuid, pm_data_t *data,
timebasestruct_t *time);
extern int pm_get_tdata_cpu(int cpuid, pm_data_t *data,
timebasestruct_t *time);
extern int pm_get_Tdata_lcpu(int lcpuid, pm_data_t *data,
pm_accu_time_t *time);
extern int pm_get_Tdata_cpu(int cpuid, pm_data_t *data,
pm_accu_time_t *time);
extern int pm_get_data_lcpu_mx(int lcpuid, pm_data_mx_t *data);
extern int pm_get_data_cpu_mx(int cpuid, pm_data_mx_t *data);
extern int pm_get_tdata_lcpu_mx(int lcpuid, pm_data_mx_t *data,
timebasestruct_t *time);
extern int pm_get_tdata_cpu_mx(int cpuid, pm_data_mx_t *data,
timebasestruct_t *time);
extern int pm_get_data_wp(pm_wp_handle_t, pm_data_t *);
extern int pm_get_tdata_wp(pm_wp_handle_t, pm_data_t *,
timebasestruct_t *);
extern int pm_get_Tdata_wp(pm_wp_handle_t, pm_data_t *, pm_accu_time_t *);
extern int pm_get_data_wp_mx(pm_wp_handle_t, pm_data_mx_t *);
extern int pm_get_tdata_wp_mx(pm_wp_handle_t, pm_data_mx_t *,
timebasestruct_t *);
extern int pm_get_data_lcpu_wp(pm_wp_handle_t, int, pm_data_t *);
extern int pm_get_tdata_lcpu_wp(pm_wp_handle_t, int, pm_data_t *,
timebasestruct_t *);
extern int pm_get_Tdata_lcpu_wp(pm_wp_handle_t, int, pm_data_t *,
pm_accu_time_t *);
extern int pm_get_data_lcpu_wp_mx(pm_wp_handle_t, int, pm_data_mx_t *);
extern int pm_get_tdata_lcpu_wp_mx(pm_wp_handle_t, int, pm_data_mx_t *,
timebasestruct_t *);
extern int pm_delete_program(void);
extern int pm_delete_program_wp(cid_t);
extern int pm_get_wplist(const char *, pm_wpar_ctx_info_t *, int *);
extern int pm_set_program_mythread(pm_prog_t *prog);
extern int pm_set_program_mythread_mx(pm_prog_mx_t *prog);
extern int pm_get_program_mythread(pm_prog_t *prog);
extern int pm_get_program_mythread_mx(pm_prog_mx_t *prog);
extern int pm_tstart_mythread(timebasestruct_t *time);
extern int pm_start_mythread(void);
extern int pm_tstop_mythread(timebasestruct_t *time);
extern int pm_stop_mythread(void);
extern int pm_reset_data_mythread(void);
extern int pm_get_data_mythread(pm_data_t *data);
extern int pm_get_tdata_mythread(pm_data_t *data, timebasestruct_t *time);
extern int pm_get_Tdata_mythread(pm_data_t *data, pm_accu_time_t *time);
extern int pm_get_data_mythread_mx(pm_data_mx_t *data);
extern int pm_get_tdata_mythread_mx(pm_data_mx_t *data,
timebasestruct_t *time);
extern int pm_delete_program_mythread(void);
extern int pm_set_program_thread(pid_t pid, tid_t tid, pm_prog_t *prog);
extern int pm_set_program_thread_mx(pid_t pid, tid_t tid,
pm_prog_mx_t *prog);
extern int pm_set_program_thread_mm(pid_t pid, tid_t tid,
pm_prog_mm_t *prog);
extern int pm_get_program_thread(pid_t pid, tid_t tid, pm_prog_t *prog);
extern int pm_get_program_thread_mx(pid_t pid, tid_t tid,
pm_prog_mx_t *prog);
extern int pm_get_program_thread_mm(pid_t pid, tid_t tid,
pm_prog_mm_t *prog);
extern int pm_start_thread(pid_t pid, tid_t tid);
extern int pm_tstart_thread(pid_t pid, tid_t tid, timebasestruct_t *time);
extern int pm_stop_thread(pid_t pid, tid_t tid);
extern int pm_tstop_thread(pid_t pid, tid_t tid, timebasestruct_t *time);
extern int pm_reset_data_thread(pid_t pid, tid_t tid);
extern int pm_get_data_thread(pid_t pid, tid_t tid, pm_data_t *data);
extern int pm_get_tdata_thread(pid_t pid, tid_t tid, pm_data_t *data,
timebasestruct_t *time);
extern int pm_get_Tdata_thread(pid_t pid, tid_t tid, pm_data_t *data,
pm_accu_time_t *time);
extern int pm_get_data_thread_mx(pid_t pid, tid_t tid,
pm_data_mx_t *data);
extern int pm_get_tdata_thread_mx(pid_t pid, tid_t tid,
pm_data_mx_t *data, timebasestruct_t *time);
extern int pm_delete_program_thread(pid_t pid, tid_t tid);
extern int pm_set_program_pthread(pid_t pid, tid_t tid, ptid_t ptid,
pm_prog_t *prog);
extern int pm_set_program_pthread_mx(pid_t pid, tid_t tid, ptid_t ptid,
pm_prog_mx_t *prog);
extern int pm_set_program_pthread_mm(pid_t pid, tid_t tid, ptid_t ptid,
pm_prog_mm_t *prog);
extern int pm_get_program_pthread(pid_t pid, tid_t tid, ptid_t ptid,
pm_prog_t *prog);
extern int pm_get_program_pthread_mx(pid_t pid, tid_t tid, ptid_t ptid,
pm_prog_mx_t *prog);
extern int pm_get_program_pthread_mm(pid_t pid, tid_t tid, ptid_t ptid,
pm_prog_mm_t *prog);
extern int pm_start_pthread(pid_t pid, tid_t tid, ptid_t ptid);
extern int pm_tstart_pthread(pid_t pid, tid_t tid, ptid_t ptid,
timebasestruct_t *time);
extern int pm_stop_pthread(pid_t pid, tid_t tid, ptid_t ptid);
extern int pm_tstop_pthread(pid_t pid, tid_t tid, ptid_t ptid,
timebasestruct_t *time);
extern int pm_reset_data_pthread(pid_t pid, tid_t tid, ptid_t ptid);
extern int pm_get_data_pthread(pid_t pid, tid_t tid, ptid_t ptid,
pm_data_t *data);
extern int pm_get_tdata_pthread(pid_t pid, tid_t tid, ptid_t ptid,
pm_data_t *data, timebasestruct_t *time);
extern int pm_get_Tdata_pthread(pid_t pid, tid_t tid, ptid_t ptid,
pm_data_t *data, pm_accu_time_t *time);
extern int pm_get_data_pthread_mx(pid_t pid, tid_t tid, ptid_t ptid,
pm_data_mx_t *data);
extern int pm_get_tdata_pthread_mx(pid_t pid, tid_t tid, ptid_t ptid,
pm_data_mx_t *data, timebasestruct_t *time);
extern int pm_delete_program_pthread(pid_t pid, tid_t tid, ptid_t ptid);
extern int pm_set_program_mygroup(pm_prog_t *prog);
extern int pm_set_program_mygroup_mx(pm_prog_mx_t *prog);
extern int pm_set_program_mygroup_mm(pm_prog_mm_t *prog);
extern int pm_get_program_mygroup(pm_prog_t *prog);
extern int pm_get_program_mygroup_mx(pm_prog_mx_t *prog);
extern int pm_get_program_mygroup_mm(pm_prog_mm_t *prog);
extern int pm_start_mygroup(void);
extern int pm_tstart_mygroup(timebasestruct_t *time);
extern int pm_stop_mygroup(void);
extern int pm_tstop_mygroup(timebasestruct_t *time);
extern int pm_reset_data_mygroup(void);
extern int pm_get_data_mygroup(pm_data_t *data);
extern int pm_get_tdata_mygroup(pm_data_t *data, timebasestruct_t *time);
extern int pm_get_Tdata_mygroup(pm_data_t *data, pm_accu_time_t *time);
extern int pm_get_data_mygroup_mx(pm_data_mx_t *data);
extern int pm_get_tdata_mygroup_mx(pm_data_mx_t *data,
timebasestruct_t *time);
extern int pm_delete_program_mygroup(void);
extern int pm_set_program_group(pid_t pid, tid_t tid, pm_prog_t *prog);
extern int pm_set_program_group_mx(pid_t pid, tid_t tid,
pm_prog_mx_t *prog);
extern int pm_set_program_group_mm(pid_t pid, tid_t tid,
pm_prog_mm_t *prog);
extern int pm_get_program_group(pid_t pid, tid_t tid, pm_prog_t *prog);
extern int pm_get_program_group_mx(pid_t pid, tid_t tid,
pm_prog_mx_t *prog);
extern int pm_get_program_group_mm(pid_t pid, tid_t tid,
pm_prog_mm_t *prog);
extern int pm_start_group(pid_t pid, tid_t tid);
extern int pm_tstart_group(pid_t pid, tid_t tid, timebasestruct_t *time);
extern int pm_stop_group(pid_t pid, tid_t tid);
extern int pm_tstop_group(pid_t pid, tid_t tid, timebasestruct_t *time);
extern int pm_reset_data_group(pid_t pid, tid_t tid);
extern int pm_get_data_group(pid_t pid, tid_t tid, pm_data_t *data);
extern int pm_get_tdata_group(pid_t pid, tid_t tid, pm_data_t *data,
timebasestruct_t *time);
extern int pm_get_Tdata_group(pid_t pid, tid_t tid, pm_data_t *data,
pm_accu_time_t *time);
extern int pm_get_data_group_mx(pid_t pid, tid_t tid, pm_data_mx_t *data);
extern int pm_get_tdata_group_mx(pid_t pid, tid_t tid, pm_data_mx_t *data,
timebasestruct_t *time);
extern int pm_delete_program_group(pid_t pid, tid_t tid);
extern int pm_set_program_pgroup(pid_t pid, tid_t tid, ptid_t ptid,
pm_prog_t *prog);
extern int pm_set_program_pgroup_mx(pid_t pid, tid_t tid, ptid_t ptid,
pm_prog_mx_t *prog);
extern int pm_set_program_pgroup_mm(pid_t pid, tid_t tid, ptid_t ptid,
pm_prog_mm_t *prog);
extern int pm_get_program_pgroup(pid_t pid, tid_t tid, ptid_t ptid,
pm_prog_t *prog);
extern int pm_get_program_pgroup_mx(pid_t pid, tid_t tid, ptid_t ptid,
pm_prog_mx_t *prog);
extern int pm_get_program_pgroup_mm(pid_t pid, tid_t tid, ptid_t ptid,
pm_prog_mm_t *prog);
extern int pm_start_pgroup(pid_t pid, tid_t tid, ptid_t ptid);
extern int pm_tstart_pgroup(pid_t pid, tid_t tid, ptid_t ptid,
timebasestruct_t *time);
extern int pm_stop_pgroup(pid_t pid, tid_t tid, ptid_t ptid);
extern int pm_tstop_pgroup(pid_t pid, tid_t tid, ptid_t ptid,
timebasestruct_t *time);
extern int pm_reset_data_pgroup(pid_t pid, tid_t tid, ptid_t ptid);
extern int pm_get_data_pgroup(pid_t pid, tid_t tid, ptid_t ptid,
pm_data_t *data);
extern int pm_get_tdata_pgroup(pid_t pid, tid_t tid, ptid_t ptid,
pm_data_t *data, timebasestruct_t *time);
extern int pm_get_Tdata_pgroup(pid_t pid, tid_t tid, ptid_t ptid,
pm_data_t *data, pm_accu_time_t *time);
extern int pm_get_data_pgroup_mx(pid_t pid, tid_t tid, ptid_t ptid,
pm_data_mx_t *data);
extern int pm_get_tdata_pgroup_mx(pid_t pid, tid_t tid, ptid_t ptid,
pm_data_mx_t *data, timebasestruct_t *time);
extern int pm_delete_program_pgroup(pid_t pid, tid_t tid, ptid_t ptid);
extern int pm_get_data_generic( pid_t pid, tid_t tid, ptid_t ptid, profiler_type_t prof_type, pm_data_time_t *data);
#ifdef __cplusplus
}
#endif
#endif