void WriteEnabled_pthread_Operations (FILE * fd)
{
unsigned u;
int anypresent = FALSE;
#if defined(HAVE_BFD)
int createpresent = FALSE;
#endif
for (u = 0; u < MAX_PTHREAD_TYPE_ENTRIES; u++)
{
anypresent = anypresent || pthread_event_presency_label[u].present;
#if defined(HAVE_BFD)
if (pthread_event_presency_label[u].eventtype == PTHREAD_CREATE_EV)
createpresent = TRUE;
#endif
}
if (anypresent)
{
fprintf (fd, "EVENT_TYPE\n");
fprintf (fd, "%d %d %s\n", 0, PTHREAD_BASE_EV, "pthread call");
fprintf (fd, "VALUES\n");
fprintf (fd, "0 Outside pthread call\n");
for (u = 0; u < MAX_PTHREAD_TYPE_ENTRIES; u++)
if (pthread_event_presency_label[u].present)
fprintf (fd, "%d %s\n",
pthread_event_presency_label[u].eventval,
pthread_event_presency_label[u].description);
LET_SPACES(fd);
}
#if defined(HAVE_BFD)
/* Hey, pthread & OpenMP share the same labels? */
if (createpresent)
Address2Info_Write_OMP_Labels (fd, PTHREAD_FUNC_EV, "pthread function",
PTHREAD_FUNC_LINE_EV, "pthread function line and file",
get_option_merge_UniqueCallerID());
#endif
}
void OMPEvent_WriteEnabledOperations (FILE * fd)
{
if (inuse[JOIN_OMP_INDEX])
{
fprintf (fd, "EVENT_TYPE\n");
fprintf (fd, "0 %d OpenMP Worksharing join\n", JOIN_EV);
fprintf (fd, "VALUES\n"
"0 End\n"
"%d Join (w wait)\n"
"%d Join (w/o wait)\n\n",
JOIN_WAIT_VAL, JOIN_NOWAIT_VAL);
}
if (inuse[WRK_OMP_INDEX])
{
fprintf (fd, "EVENT_TYPE\n");
fprintf (fd, "0 %d OpenMP Worksharing work dispatcher\n", WORK_EV);
fprintf (fd, "VALUES\n"
"0 End\n"
"1 Begin\n\n");
}
if (inuse[PAR_OMP_INDEX])
{
fprintf (fd, "EVENT_TYPE\n");
fprintf (fd, "0 %d Parallel (OMP)\n", PAR_EV);
fprintf (fd, "VALUES\n"
"0 close\n"
"1 DO (open)\n"
"2 SECTIONS (open)\n"
"3 REGION (open)\n\n");
}
if (inuse[WSH_OMP_INDEX])
{
fprintf (fd, "EVENT_TYPE\n");
fprintf (fd, "0 %d Worksharing (OMP)\n", WSH_EV);
fprintf (fd, "VALUES\n"
"0 End\n"
"4 DO \n"
"5 SECTIONS\n"
"6 SINGLE\n\n");
}
#if defined(HAVE_BFD)
if (inuse[FNC_OMP_INDEX])
{
Address2Info_Write_OMP_Labels (fd, OMPFUNC_EV, "Executed OpenMP parallel function",
OMPFUNC_LINE_EV, "Executed OpenMP parallel function line and file",
get_option_merge_UniqueCallerID());
Address2Info_Write_OMP_Labels (fd, TASKFUNC_EV, "Executed OpenMP task function",
TASKFUNC_LINE_EV, "Executed OpenMP task function line and file",
get_option_merge_UniqueCallerID());
Address2Info_Write_OMP_Labels (fd, TASKFUNC_INST_EV, "Instantiated OpenMP task function",
TASKFUNC_INST_LINE_EV, "Instantiated OpenMP task function line and file",
get_option_merge_UniqueCallerID());
}
#endif
if (inuse[LCK_OMP_INDEX])
{
fprintf (fd, "EVENT_TYPE\n");
fprintf (fd, "0 %d OpenMP named-Lock\n", NAMEDCRIT_EV);
fprintf (fd, "VALUES\n"
"%d Unlocked status\n"
"%d Lock\n"
"%d Unlock\n"
"%d Locked status\n\n",
UNLOCKED_VAL, LOCK_VAL, UNLOCK_VAL, LOCKED_VAL);
fprintf (fd, "EVENT_TYPE\n");
fprintf (fd, "0 %d OpenMP named-Lock address name\n", NAMEDCRIT_NAME_EV);
}
if (inuse[ULCK_OMP_INDEX])
{
fprintf (fd, "EVENT_TYPE\n");
fprintf (fd, "0 %d OpenMP unnamed-Lock\n", UNNAMEDCRIT_EV);
fprintf (fd, "VALUES\n"
"%d Unlocked status\n"
"%d Lock\n"
"%d Unlock\n"
"%d Locked status\n\n",
UNLOCKED_VAL, LOCK_VAL, UNLOCK_VAL, LOCKED_VAL);
}
if (inuse[BARRIER_OMP_INDEX])
{
fprintf (fd, "EVENT_TYPE\n");
fprintf (fd, "0 %d OpenMP barrier\n", BARRIEROMP_EV);
fprintf (fd, "VALUES\n0 End\n1 Begin\n");
}
if (inuse[GETSETNUMTHREADS_INDEX])
{
fprintf (fd, "EVENT_TYPE\n");
fprintf (fd, "0 %d OpenMP set num threads\n", OMPSETNUMTHREADS_EV);
fprintf (fd, "0 %d OpenMP get num threads\n", OMPGETNUMTHREADS_EV);
fprintf (fd, "VALUES\n"
"0 End\n"
"1 Begin\n");
}
if (inuse[TASKWAIT_INDEX])
{
fprintf (fd, "EVENT_TYPE\n");
fprintf (fd, "0 %d OMP taskwait\n", TASKWAIT_EV);
fprintf (fd, "VALUES\n0 End\n1 Begin\n\n");
}
if (inuse[TASKLOOP_INDEX])
{
fprintf (fd, "EVENT_TYPE\n"
"0 %d Taskloop Identifier\n\n",
TASKLOOPID_EV);
fprintf (fd, "EVENT_TYPE\n");
fprintf (fd, "0 %d OMP taskloop\n", TASKLOOP_EV);
fprintf (fd, "VALUES\n0 End\n1 Begin\n\n");
}
if (inuse[ORDERED_INDEX])
{
fprintf (fd, "EVENT_TYPE\n");
fprintf (fd, "0 %d OpenMP ordered section\n", ORDERED_EV);
fprintf (fd, "VALUES\n"
"%d Outside ordered\n"
"%d Waiting to enter\n"
"%d Signaling the exit\n"
"%d Inside ordered\n\n",
OUTORDERED_VAL, WAITORDERED_VAL, POSTORDERED_VAL, INORDERED_VAL);
}
if (inuse[OMPT_CRITICAL_INDEX])
{
fprintf (fd, "EVENT_TYPE\n"
"0 %d OMP critical\n"
"VALUES\n0 End\n1 Begin\n\n",
OMPT_CRITICAL_EV);
}
if (inuse[OMPT_ATOMIC_INDEX])
{
fprintf (fd, "EVENT_TYPE\n"
"0 %d OMP atomic\n"
"VALUES\n0 End\n1 Begin\n\n",
OMPT_ATOMIC_EV);
}
if (inuse[OMPT_LOOP_INDEX])
{
fprintf (fd, "EVENT_TYPE\n"
"0 %d OMP loop\n"
"VALUES\n0 End\n1 Begin\n\n",
OMPT_LOOP_EV);
}
if (inuse[OMPT_WORKSHARE_INDEX])
{
fprintf (fd, "EVENT_TYPE\n"
"0 %d OMP workshare\n"
"VALUES\n0 End\n1 Begin\n\n",
OMPT_WORKSHARE_EV);
}
if (inuse[OMPT_SECTIONS_INDEX])
{
fprintf (fd, "EVENT_TYPE\n"
"0 %d OMP sections\n"
"VALUES\n0 End\n1 Begin\n\n",
OMPT_SECTIONS_EV);
}
if (inuse[OMPT_SINGLE_INDEX])
{
fprintf (fd, "EVENT_TYPE\n"
"0 %d OMP single\n"
"VALUES\n0 End\n1 Begin\n\n",
OMPT_SINGLE_EV);
}
if (inuse[OMPT_MASTER_INDEX])
{
fprintf (fd, "EVENT_TYPE\n"
"0 %d OMP master\n"
"VALUES\n0 End\n1 Begin\n\n",
OMPT_MASTER_EV);
}
if (inuse[TASKGROUP_START_INDEX])
{
fprintf (fd, "EVENT_TYPE\n"
"0 %d Taskgroup calls\n"
"VALUES\n0 Outside\n1 Start\n2 End\n",
TASKGROUP_START_EV);
fprintf (fd, "EVENT_TYPE\n"
"0 %d Within Taskgroup region\n"
"VALUES\n0 End\n1 Begin\n\n",
TASKGROUP_INGROUP_DEEP_EV);
}
if (inuse[TASK_INDEX])
{
fprintf (fd, "EVENT_TYPE\n"
"0 %d Task Identifier\n\n",
TASKID_EV);
}
if (inuse[OMP_STATS_INDEX])
{
fprintf (fd,
"EVENT_TYPE\n"
"0 %d Number of OpenMP instantiated tasks\n"
"0 %d Number of OpenMP executed tasks\n\n",
OMP_STATS_BASE+OMP_NUM_TASKS_INSTANTIATED,
OMP_STATS_BASE+OMP_NUM_TASKS_EXECUTED);
}
}
