static void MonCbTaskStop(mon_task_t *mt, lpel_taskstate_t state)
{
if (mt->mw==NULL) return;
FILE *file = mt->mw->outfile;
lpel_timing_t et;
assert( mt != NULL );
if FLAG_TIMES(mt) {
LpelTimingNow(&mt->times.stop);
PrintNormTS(&mt->times.stop, file);
}
/* print general info: tid, disp.cnt, state */
fprintf( file, "%lu disp %lu ", mt->tid, mt->disp);
if ( state==TASK_BLOCKED) {
fprintf( file, "st %c ", mt->blockon);
} else {
fprintf( file, "st %c ", state);
}
/* print times */
if FLAG_TIMES(mt) {
fprintf( file, "et ");
/* execution time */
LpelTimingDiff(&et, &mt->times.start, &mt->times.stop);
/* update total execution time */
LpelTimingAdd(&mt->times.total, &et);
PrintTiming( &et , file);
if ( state == TASK_ZOMBIE) {
fprintf( file, "creat ");
PrintTiming( &mt->times.creat, file);
if (strlen(mt->name) > 0) {
fprintf( file, "'%s' ", mt->name);
}
}
}
/* print stream info */
if FLAG_STREAMS(mt) {
/* print (and reset) dirty list */
PrintDirtyList(mt);
}
fprintf( file, "\n");
//FIXME only for debugging purposes
//fflush( file);
}
static void MonCbTaskStop( mon_task_t *mt, lpel_taskstate_t state)
{
if ( mt->mw==NULL) return;
FILE *file = mt->mw->outfile;
lpel_timing_t et;
assert( mt != NULL );
if FLAG_TIMES(mt) {
LpelTimingNow(&mt->times.stop);
PrintNormTS(&mt->times.stop, file);
}
/* print general info: status, id */
if ( state==TASK_BLOCKED) {
fprintf( file, "%c", mt->blockon);
} else {
fprintf( file, "%c", state);
}
fprintf( file, "%lu ", mt->tid);
/* print times */
if FLAG_TIMES(mt) {
/* execution time */
LpelTimingDiff(&et, &mt->times.start, &mt->times.stop);
PrintTiming( &et , file);
fprintf( file, " ");
if ( state == TASK_ZOMBIE) { // task finish
PrintTiming( &mt->times.creat, file);
fprintf(file, " ");
}
}
/* print stream info */
if FLAG_STREAMS(mt) {
/* print (and reset) dirty list */
PrintDirtyList(mt);
}
/* print user events */
if FLAG_MESSAGE(mt) {
PrintUsrEvt(mt);
}
fprintf( file, "%c", end_entry);
//FIXME only for debugging purposes
// fflush( file);
}
//=============================================================================
void Amesos_Mumps::Destroy()
{
if (!NoDestroy_)
{
// destroy instance of the package
MDS.job = -2;
if (Comm().MyPID() < MaxProcs_) dmumps_c(&(MDS));
#if 0
if (IsComputeSchurComplementOK_ && (Comm().MyPID() == 0)
&& MDS.schur) {
delete [] MDS.schur;
MDS.schur = 0;
}
#endif
#ifdef HAVE_MPI
if (MUMPSComm_)
{
MPI_Comm_free( &MUMPSComm_ );
MUMPSComm_ = 0;
}
#endif
if( (verbose_ && PrintTiming_) || verbose_ == 2) PrintTiming();
if( (verbose_ && PrintStatus_) || verbose_ == 2) PrintStatus();
}
}
static void MonCbWorkerWaitStop(mon_worker_t *mon)
{
if (FLAG_WORKER(mon) || FLAG_LOAD(mon)) {
LpelTimingEnd(&mon->wait_current);
}
if (FLAG_WORKER(mon)) {
if (FLAG_TIMES(mon)) {
lpel_timing_t tnow;
LpelTimingNow(&tnow);
PrintNormTS(&tnow, mon->outfile);
}
// waiting time in second
// fprintf(mon->outfile, "%c %lu.%09lu %c", worker_wait,
// (unsigned long) mon->wait_current.tv_sec, (unsigned long)mon->wait_current.tv_nsec, end_entry
// );
/* waiting time in nanosecond */
fprintf( mon->outfile, "%c", worker_wait);
PrintTiming( &mon->wait_current, mon->outfile);
fprintf( mon->outfile, "%c", end_entry);
}
if (FLAG_LOAD(mon))
LpelTimingAdd(&mon->wait_time, &mon->wait_current);
}
//=============================================================================
Amesos_Umfpack::~Amesos_Umfpack(void)
{
if (Symbolic) umfpack_di_free_symbolic (&Symbolic);
if (Numeric) umfpack_di_free_numeric (&Numeric);
// print out some information if required by the user
if ((verbose_ && PrintTiming_) || verbose_ == 2) PrintTiming();
if ((verbose_ && PrintStatus_) || verbose_ == 2) PrintStatus();
}
//=============================================================================
Amesos_Dscpack::~Amesos_Dscpack(void)
{
// MS // print out some information if required by the user
if( (verbose_ && PrintTiming_) || verbose_ == 2 ) PrintTiming();
if( (verbose_ && PrintStatus_) || verbose_ == 2 ) PrintStatus();
if ( MyDscRank>=0 && A_and_LU_built ) {
DSC_FreeAll( PrivateDscpackData_->MyDSCObject_ ) ;
DSC_Close0( PrivateDscpackData_->MyDSCObject_ ) ;
}
DSC_End( PrivateDscpackData_->MyDSCObject_ ) ;
}
//=============================================================================
Amesos_Scalapack::~Amesos_Scalapack(void) {
if ( ScaLAPACK1DMap_ ) delete ScaLAPACK1DMap_ ;
if ( ScaLAPACK1DMatrix_ ) delete ScaLAPACK1DMatrix_ ;
// print out some information if required by the user
if( (verbose_ && PrintTiming_) || verbose_ == 2 ) PrintTiming();
if( (verbose_ && PrintStatus_) || verbose_ == 2 ) PrintStatus();
if( Time_ ) delete Time_;
if( FatOut_ ) delete FatOut_;
if( VectorMap_ ) delete VectorMap_;
}
//=============================================================================
Amesos_Paraklete::~Amesos_Paraklete(void) {
if(ParakleteComm_) {
MPI_Comm_free(&ParakleteComm_);
ParakleteComm_ = 0 ;
}
// print out some information if required by the user
if( (verbose_ && PrintTiming_) || verbose_ == 2 ) PrintTiming();
if( (verbose_ && PrintStatus_) || verbose_ == 2 ) PrintStatus();
}
//=============================================================================
Amesos_Klu::~Amesos_Klu(void) {
// print out some information if required by the user
if( (verbose_ && PrintTiming_) || verbose_ == 2 ) PrintTiming();
if( (verbose_ && PrintStatus_) || verbose_ == 2 ) PrintStatus();
}
static void printStatistic(mon_worker_t *mon){
fprintf(mon->outfile, "WC%dWT", mon->wait_cnt);
PrintTiming( &mon->wait_time, mon->outfile);
}