Charm++ Trace Module


Data Structures
class	TraceBluegene
class	StatTable
	track statistics for all entry points More...
class	CountLogPool
	counter log pool this implements functions for TraceCounter but that needed to be performed on a node-level More...
class	TraceCounter
	For each processor, TraceCounter calculates mean, stdev, etc of CPU performance counters for each entry point. More...
class	UsrEvent
struct	TraceThreadListener
class	LogEntry
	a log entry in trace projection More...
class	LogPool
	log pool in trace projection More...
class	StrKey
class	NestedEvent
class	TraceProjections
	class for recording trace projections events More...
class	toProjectionsFile
class	fromProjectionsFile
class	toProjectionsGZFile
class	compressedBuffer
	A class that reads/writes a buffer out of different types of data. More...
class	BinEntry
	Bin entry record CPU time in an interval. More...
class	PhaseEntry
	a phase entry for trace summary More...
class	PhaseTable
	table of PhaseEntry More...
class	SumEntryInfo
	info for each entry More...
class	SumLogPool
	summary log pool More...
class	TraceSummary
	class for recording trace summary events More...
class	TraceUtilizationInit
	A main chare that can create the BOC/group. More...
class	TraceUtilization
class	TraceUtilizationBOC
class	Trace
class	TraceArray
	Array of Traces modules, every event raised will go through every Trace module. More...
Typedefs
typedef void(*	mTFP )()
typedef CkVec< char * >	usrEventVec
typedef long_long	LONG_LONG_PAPI
Functions
void	_createTracebluegene (char **argv)
static void	writeData (void data, double t, double recvT, void ptr)
	CpvExtern (BGMach, bgMach)
void	BgPrintf (const char *str)
void	BgMark (const char *str)
void	BgSetStartEvent ()
	CkpvExtern (TraceBluegene *, _tracebg)
	CpvExtern (int, _traceCoreOn)
	CkpvDeclare (TraceArray *, _traces)
	CkpvDeclare (TraceBluegene *, _tracebg)
	CkpvDeclare (bool, dumpData)
	CkpvDeclare (double, traceInitTime)
	CkpvDeclare (double, traceInitCpuTime)
	CpvDeclare (int, traceOn)
	CkpvDeclare (int, traceOnPe)
	CkpvDeclare (char *, traceRoot)
	CkpvDeclare (char *, partitionRoot)
	CkpvDeclare (int, traceRootBaseLength)
	CkpvDeclare (char *, selective)
	CkpvDeclare (bool, verbose)
	CpvStaticDeclare (mTFP, machineTraceFuncPtr)
	CtvDeclare (int, curThreadEvent)
	CpvDeclare (int, curPeEvent)
double	TraceTimerCommon ()
void	CthSetEventInfo (CthThread t, int event, int srcPE)
static void	traceCommonInit (char **argv)
	decide parameters from command line
	CkpvExtern (CmiInt8, CtrLogBufSize)
	CkpvExtern (char *, traceRoot)
	CkpvExtern (char *, partitionRoot)
	CkpvExtern (int, traceRootBaseLength)
	CkpvExtern (char *, selective)
	CkpvExtern (bool, verbose)
	CkpvExtern (double, traceInitTime)
	CkpvExtern (double, traceInitCpuTime)
double	TraceTimer ()
double	TraceTimer (double t)
double	TraceCpuTimer ()
double	TraceCpuTimer (double t)
void	traceWriteSTS (FILE *stsfp, int nUserEvents)
	Write out the common parts of the .sts file.
void(*)()	registerMachineUserEvents ()
	CkpvExtern (int, papiEventSet)
	CkpvExtern (LONG_LONG_PAPI *, papiValues)
	CkpvExtern (int, papiStarted)
	CkpvExtern (int, papiStopped)
void	initPAPI ()
int	start_counters (int e0, int e1)
int	read_counters (int e0, long long c0, int e1, long long c1)
	CkpvStaticDeclare (Trace *, _trace)
	CpvStaticDeclare (CountLogPool *, _logPool)
	CpvStaticDeclare (char *, _logName)
	CpvStaticDeclare (char **, _counterNames)
	CpvStaticDeclare (char **, _counterDesc)
	CpvStaticDeclare (int, _numCounters)
	CpvStaticDeclare (int, _reductionID)
	CpvDeclare (double, version)
CmiHandler	StatTableReduction (char *msg)
void	_createTracecounter (char **argv)
CkReductionMsg *	outlierReduction (int nMsgs, CkReductionMsg **msgs)
CkReductionMsg *	minMaxReduction (int nMsgs, CkReductionMsg **msgs)
	CkpvStaticDeclare (TraceProjections *, _trace)
	CtvExtern (int, curThreadEvent)
	CkpvDeclare (CmiInt8, CtrLogBufSize)
	CkpvStaticDeclare (usrEventVec, usrEventlist)
	CkpvStaticDeclare (CkVec< UsrEvent * > *, usrEvents)
	CkpvStaticDeclare (CkVec< UsrEvent * > *, usrStats)
void	disableTraceLogOutput ()
	Disable the outputting of the trace logs.
void	enableTraceLogOutput ()
	Enable the outputting of the trace logs.
void	_createTraceprojections (char **argv)
	For each TraceFoo module, _createTraceFoo() must be defined.
static void	traceThreadListener_suspend (struct CthThreadListener *l)
static void	traceThreadListener_resume (struct CthThreadListener *l)
static void	traceThreadListener_free (struct CthThreadListener *l)
static void	updateProjLog (void data, double t, double recvT, void ptr)
void	registerOutlierReduction ()
static void	TraceProjectionsExitHandler ()
	IMPT NOTES:
void	initTraceProjectionsBOC ()
	CkpvStaticDeclare (TraceSummary *, _trace)
	CkpvDeclare (int, binCount)
	CkpvDeclare (double, binSize)
	CkpvDeclare (double, version)
	CkpvDeclare (int, previouslySentBins)
	compressedBuffer::compressedBuffer ()
	compressedBuffer::compressedBuffer (int bytes)
	compressedBuffer::compressedBuffer (void *buffer)
void	compressedBuffer::init (void *buffer)
void *	compressedBuffer::currentPtr ()
template<typename T>
T	compressedBuffer::read (int offset)
template<typename T>
void	compressedBuffer::write (T v, int offset)
template<typename T>
void	compressedBuffer::increment (int offset)
template<typename T>
void	compressedBuffer::accumulate (T v, int offset)
template<typename T>
int	compressedBuffer::push (T v)
template<typename T>
T	compressedBuffer::pop ()
template<typename T>
T	compressedBuffer::peek ()
template<typename T0, typename T>
T	compressedBuffer::peekSecond ()
int	compressedBuffer::datalength ()
void *	compressedBuffer::buffer ()
void	compressedBuffer::freeBuf ()
	compressedBuffer::~compressedBuffer ()
void	_createTracesummary (char **argv)
	For each TraceFoo module, _createTraceFoo() must be defined.
void	CkSummary_StartPhase (int phase)
	function call for starting a phase in trace summary logs
void	CkSummary_MarkEvent (int eventType)
	function call for adding an event mark
static void	writeU (FILE *fp, int u)
void	startCollectData (void *data, double currT)
static void	CombineSummary ()
void	initTraceSummaryBOC ()
void	collectUtilizationData (void *, double)
	CkpvStaticDeclare (TraceUtilization *, _trace)
void	_createTraceutilization (char **argv)
	For each TraceFoo module, _createTraceFoo() must be defined.
compressedBuffer	moveTinyEntriesToOther (compressedBuffer src, double threshold)
	Compress a buffer by merging all entries in a bin that are less than the threshold into a single "other" category.
CkReductionMsg *	sumDetailCompressedReduction (int nMsg, CkReductionMsg **msgs)
	A reducer for merging compressed sum detail data.
compressedBuffer	fakeCompressedMessage ()
	Create fake sum detail data in the compressed format (for debugging).
compressedBuffer	emptyCompressedBuffer ()
	Create an empty message.
void	printCompressedBuf (compressedBuffer b)
	print out the compressed buffer starting from its begining
bool	isCompressedBufferSane (compressedBuffer b)
double	averageUtilizationInBuffer (compressedBuffer b)
void	sanityCheckCompressedBuf (compressedBuffer b)
void	mergeCompressedBin (compressedBuffer srcBufferArray, int numSrcBuf, int numProcsRepresentedInMessage, int totalProcsAcrossAllMessages, compressedBuffer &destBuf)
	Merge the compressed entries from the first bin in each of the srcBuf buffers.
compressedBuffer	compressAvailableNewSumDetail (int max=10000)
void	traceClearEps ()
void	traceEnableCCS ()
double	CmiTraceTimer ()
void	traceAddThreadListeners (CthThread tid, envelope *e)
	CkpvExtern (int, traceOnPe)
	CpvExtern (int, curPeEvent)
	CkpvExtern (TraceArray *, _traces)
void	resetVTime ()
void	TraceBluegene::writePrint (char *, double t)
	TraceBluegene::TraceBluegene (char **argv)
void	TraceBluegene::traceClose ()
	TraceBluegene::~TraceBluegene ()
void	TraceBluegene::creatFiles ()
void	TraceBluegene::tlineEnd (void **parentLogPtr)
void	TraceBluegene::bgAddTag (const char *str)
void	TraceBluegene::bgDummyBeginExec (const char name, void *parentLogPtr, int split)
void	TraceBluegene::bgBeginExec (char msg, char str)
void	TraceBluegene::bgSetInfo (char msg, const char str, void **logs, int count)
void	TraceBluegene::bgAmpiBeginExec (char msg, char str, void **logs, int count)
void	TraceBluegene::bgAmpiLog (unsigned short op, unsigned int size)
void	TraceBluegene::bgEndExec (int)
virtual void	TraceBluegene::beginExecute (envelope , void )
virtual void	TraceBluegene::beginExecute (int event, int msgType, int ep, int srcPe, int mlen, CmiObjId idx, void obj)
void	TraceBluegene::getForwardDep (void log, void *fDepPtr)
void	TraceBluegene::getForwardDepForAll (void logs1, void logs2, int logsize, void *fDepPtr)
void	TraceBluegene::addBackwardDep (void *log)
void	TraceBluegene::userBracketEvent (const char name, double bt, double et, void *parentLogPtr)
void	TraceBluegene::userBracketEvent (const char name, double bt, double et, void parentLogPtr, CkVec< void > bgLogList)
void	TraceBluegene::bgPrint (const char *str)
void	TraceBluegene::bgMark (const char *str)
	StatTable::StatTable ()
	StatTable::~StatTable ()
void	StatTable::init (int argc)
void	StatTable::setEp (int epidx, int stat, long long value, double time)
	one entry is called for 'time' seconds, value is counter reading
void	StatTable::write (FILE *fp)
	write three lines for each stat: 1.
void	StatTable::clear ()
	set all of internals to null
void	StatTable::doReduction (int phase, double idleTime)
	do a reduction across processors to calculate the total count for each count, and if the count has flops, etc, then calc the the flops/s, etc.
	CountLogPool::CountLogPool ()
FILE *	CountLogPool::openFile (int phase=-1)
void	CountLogPool::write (int phase=-1)
void	CountLogPool::writeSts (int phase=-1)
void	CountLogPool::setEp (int epidx, int index1, long long count1, int index2, long long count2, double time)
	TraceCounter::TraceCounter ()
	constructor
	TraceCounter::~TraceCounter ()
	destructor
void	TraceCounter::traceInit (char **argv)
	process command line arguments!
void	TraceCounter::traceBegin ()
	turn trace on/off, note that charm will automatically call traceBegin() at the beginning of every run unless the command line option "+traceoff" is specified
void	TraceCounter::traceEnd ()
	turn trace on/off, note that charm will automatically call traceBegin() at the beginning of every run unless the command line option "+traceoff" is specified
void	TraceCounter::beginExecute (envelope *e)
	begin/end execution of a Charm++ entry point NOTE: begin/endPack and begin/endUnpack can be called in between a beginExecute and its corresponding endExecute.
void	TraceCounter::beginExecute (int event, int msgType, int ep, int srcPe, int ml=0, CmiObjId *idx=0)
	begin/end execution of a Charm++ entry point NOTE: begin/endPack and begin/endUnpack can be called in between a beginExecute and its corresponding endExecute.
void	TraceCounter::endExecute ()
	array idx
void	TraceCounter::beginIdle (double curWallTime)
	begin/end idle time for this pe
void	TraceCounter::endIdle (double curWallTime)
	begin/end idle time for this pe
void	TraceCounter::beginPack ()
	begin/end the process of packing a message (to send)
void	TraceCounter::endPack ()
	begin/end the process of packing a message (to send)
void	TraceCounter::beginUnpack ()
	begin/end the process of unpacking a message (can occur before calling a entry point or during an entry point when
void	TraceCounter::endUnpack ()
	begin/end the process of unpacking a message (can occur before calling a entry point or during an entry point when
void	TraceCounter::beginComputation ()
	begin/end of execution
void	TraceCounter::endComputation ()
	end computation, do a reduction here in hopes that it finishes before traceClose called and the program exits
void	TraceCounter::traceClearEps ()
	clear all data collected for entry points
void	TraceCounter::traceWriteSts ()
	write the summary sts file for this trace
void	TraceCounter::traceClose ()
	do any clean-up necessary for tracing
void	TraceCounter::beginOverview ()
	start/stop the overall counting ov eps (don't write to logCount, just print to screen
void	TraceCounter::endOverview ()
void	TraceCounter::switchCounters ()
	switch counters by whatever switching strategy
void	TraceCounter::registerArg (CounterArg *arg)
	add the argument parameters to the linked list of args choices
bool	TraceCounter::matchArg (CounterArg *arg)
	see if the arg (str or code) matches any in the linked list of choices and sets arg->code to the SGI code return true if arg matches, false otherwise
void	TraceCounter::usage ()
	print out usage argument
void	TraceCounter::printHelp ()
	print out all arguments in the linked-list of choices
virtual void	TraceProjections::traceAddThreadListeners (CthThread tid, envelope *e)
void	LogPool::openLog (const char *mode)
void	LogPool::closeLog (void)
	LogPool::LogPool (char *pgm)
void	LogPool::createFile (const char *fix="")
void	LogPool::createSts (const char *fix="")
void	LogPool::createRC ()
	LogPool::~LogPool ()
void	LogPool::writeHeader ()
void	LogPool::writeLog (void)
void	LogPool::write (int writedelta)
void	LogPool::writeSts (void)
void	LogPool::writeSts (TraceProjections *traceProj)
void	LogPool::writeRC (void)
void	LogPool::writeStatis ()
void	LogPool::flushLogBuffer ()
void	LogPool::add (unsigned char type, unsigned short mIdx, unsigned short eIdx, double time, int event, int pe, int ml=0, CmiObjId *id=0, double recvT=0.0, double cpuT=0.0, int numPe=0, double statVal=0.0)
void	LogPool::add (unsigned char type, double time, unsigned short funcID, int lineNum, char *fileName)
void	LogPool::addUserBracketEventNestedID (unsigned char type, double time, UShort mIdx, int event, int nestedID)
void	LogPool::addMemoryUsage (unsigned char type, double time, double memUsage)
void	LogPool::addUserSupplied (int data)
	add a record for a user supplied piece of data
void	LogPool::addUserSuppliedNote (char *note)
	add a record for a user supplied piece of data
void	LogPool::addUserSuppliedBracketedNote (char *note, int eventID, double bt, double et)
void	LogPool::addCreationMulticast (unsigned short mIdx, unsigned short eIdx, double time, int event, int pe, int ml=0, CmiObjId id=0, double recvT=0., int numPe=0, const int pelist=NULL)
void	LogPool::postProcessLog ()
void	LogPool::modLastEntryTimestamp (double ts)
void	LogEntry::pup (PUP::er &p)
	Constructor for a multicast log entry.
	TraceProjectionsInit::TraceProjectionsInit (CkArgMsg *msg)
void	TraceProjectionsBOC::traceProjectionsParallelShutdown (int)
void	TraceProjectionsBOC::flush_warning (int pe)
void	TraceProjectionsBOC::print_warning ()
void	KMeansBOC::startKMeansAnalysis ()
void	KMeansBOC::flushCheck (bool someFlush)
void	KMeansBOC::flushCheckDone ()
void	KMeansBOC::getNextPhaseMetrics ()
void	KMeansBOC::collectKMeansData ()
	Through a reduction, collectKMeansData aggregates each processors' data in order for global properties to be determined:.
void	KMeansBOC::globalMetricRefinement (CkReductionMsg *msg)
void	KMeansBOC::findInitialClusters (KMeansStatsMessage *msg)
double	KMeansBOC::calculateDistance (int k)
void	KMeansBOC::updateKSeeds (double *modVector, int n)
void	KMeansBOC::updateSeedMembership (KSeedsMessage *msg)
void	KMeansBOC::findRepresentatives ()
void	KMeansBOC::collectDistances (KSelectionMessage *msg)
void	KMeansBOC::findNextMinMax (CkReductionMsg *msg)
void	KMeansBOC::phaseDone ()
	Completion of the K-Means clustering and data selection of one phase of the computation.
void	TraceProjectionsBOC::startTimeAnalysis ()
void	TraceProjectionsBOC::startTimeDone (double result)
void	TraceProjectionsBOC::startEndTimeAnalysis ()
void	TraceProjectionsBOC::endTimeDone (double result)
void	TraceProjectionsBOC::kMeansDone (void)
void	TraceProjectionsBOC::kMeansDoneFlushed (void)
	This version is called (on processor 0) only if flushCheck fails.
void	TraceProjectionsBOC::finalize (void)
void	TraceProjectionsBOC::closingTraces (void)
void	TraceProjectionsBOC::closeParallelShutdown (void)
	PhaseEntry::PhaseEntry ()
	SumLogPool::~SumLogPool ()
void	SumLogPool::addEventType (int eventType, double time)
	SumLogPool::SumLogPool (char *pgm)
void	SumLogPool::initMem ()
int	SumLogPool::getUtilization (int interval, int ep)
void	SumLogPool::write (void)
void	SumLogPool::writeSts (void)
void	SumLogPool::add (double time, double idleTime, int pe)
void	SumLogPool::setEp (int epidx, double time)
void	SumLogPool::updateSummaryDetail (int epIdx, double startTime, double endTime)
void	SumLogPool::shrink (void)
void	SumLogPool::shrink (double max)
int	BinEntry::getU ()
int	BinEntry::getUIdle ()
void	BinEntry::write (FILE *fp)
	TraceSummary::TraceSummary (char **argv)
void	TraceSummary::traceClearEps ()
void	TraceSummary::traceWriteSts ()
void	TraceSummary::traceClose ()
void	TraceSummary::beginExecute (CmiObjId *tid)
void	TraceSummary::beginExecute (envelope e, void obj)
void	TraceSummary::beginExecute (char *msg)
void	TraceSummary::beginExecute (int event, int msgType, int ep, int srcPe, int mlen=0, CmiObjId idx=NULL, void obj=NULL)
void	TraceSummary::endExecute (void)
void	TraceSummary::endExecute (char *msg)
void	TraceSummary::beginIdle (double currT)
void	TraceSummary::endIdle (double currT)
void	TraceSummary::traceBegin (void)
void	TraceSummary::traceEnd (void)
void	TraceSummary::beginPack (void)
void	TraceSummary::endPack (void)
void	TraceSummary::beginUnpack (void)
void	TraceSummary::endUnpack (void)
void	TraceSummary::beginComputation (void)
void	TraceSummary::endComputation (void)
void	TraceSummary::addEventType (int eventType)
	for trace summary event mark
void	TraceSummary::startPhase (int phase)
	for starting a new phase
void	TraceSummary::traceEnableCCS ()
	Supporting methods for CCS queries.
void	TraceSummary::fillData (double *buffer, double reqStartTime, double reqBinSize, int reqNumBins)
void	TraceSummaryBOC::traceSummaryParallelShutdown (int pe)
void	TraceSummaryBOC::maxBinSize (double _maxBinSize)
void	TraceSummaryBOC::shrink (double _maxBinSize)
void	TraceSummaryBOC::sumData (double *sumData, int totalsize)
void	TraceSummaryBOC::initCCS ()
	for TraceSummaryBOC
void	TraceSummaryBOC::ccsRequestSummaryDouble (CkCcsRequestMsg *m)
	Return summary information as double precision values for each sample period.
void	TraceSummaryBOC::ccsRequestSummaryUnsignedChar (CkCcsRequestMsg *m)
	Return summary information as unsigned char values for each sample period.
void	TraceSummaryBOC::collectSummaryData (double startTime, double binSize, int numBins)
void	TraceSummaryBOC::summaryDataCollected (double *recvData, int numBins)
void	TraceSummaryBOC::startSumOnly ()
void	TraceSummaryBOC::askSummary (int size)
void	TraceSummaryBOC::sendSummaryBOC (double *results, int n)
void	TraceSummaryBOC::write ()
void	TraceUtilization::beginExecute (CmiObjId *tid)
void	TraceUtilization::beginExecute (envelope e, void obj)
void	TraceUtilization::beginExecute (int event, int msgType, int ep, int srcPe, int mlen=0, CmiObjId idx=NULL, void obj=NULL)
void	TraceUtilization::endExecute (void)
void	TraceUtilization::addEventType (int eventType)
void	TraceUtilizationBOC::ccsRequestSumDetailCompressed (CkCcsRequestMsg *m)
	Entry methods:.
void	TraceUtilizationBOC::collectSumDetailData ()
void	TraceUtilizationBOC::sumDetailDataCollected (CkReductionMsg *)
void	TraceUtilization::writeSts (void)
double	TraceUtilization::sumUtilization (int startBin, int endBin)
compressedBuffer	TraceUtilization::compressNRecentSumDetail (int desiredBinsToSend)
	Create a compressed buffer of the n most recent sum detail samples.
Variables
int	traceBluegeneLinked
static int	warned = 0
int	traceBluegeneLinked = 0
bool	outlierAutomatic
bool	findOutliers
int	numKSeeds
int	peNumKeep
bool	outlierUsePhases
double	entryThreshold
int	_threadMsg
	Tracing-specific registered Charm entities:.
int	_threadChare
int	_threadEP
int	_packMsg
int	_packChare
int	_packEP
int	_unpackMsg
int	_unpackChare
int	_unpackEP
int	_sdagMsg
int	_sdagChare
int	_sdagEP
bool	outlierAutomatic
bool	findOutliers
int	numKSeeds
int	peNumKeep
bool	outlierUsePhases
double	entryThreshold
int	_threadMsg
	Tracing-specific registered Charm entities:.
int	_threadChare
int	_threadEP
int	_packMsg
int	_packChare
int	_packEP
int	_unpackMsg
int	_unpackChare
int	_unpackEP
int	_sdagMsg
int	_sdagChare
int	_sdagEP
int	papiEvents [NUMPAPIEVENTS]
static const int	NUM_EXTRA_PERF = 6
static int	_numEvents = 0
static const int	NUM_COUNTER_ARGS = 32
	The following is the list of arguments that can be passed to the +counter{1\|2} command line arguments.
static TraceCounter::CounterArg	COUNTER_ARG [NUM_COUNTER_ARGS]
bool	checknested = false
CkGroupID	traceProjectionsGID
CkGroupID	kMeansGID
CkReduction::reducerType	outlierReductionType
CkReduction::reducerType	minMaxReductionType
static int	warned = 0
static int	_numEvents = 0
int	compressedBuffer::pos
	< byte position just beyond the previously read/written data
CkGroupID	traceSummaryGID
bool	summaryCcsStreaming
int	sumonly = 0
int	sumDetail = 0
double	epThreshold
double	epInterval
CProxy_TraceUtilizationBOC	traceUtilizationGroupProxy
CkReduction::reducerType	sumDetailCompressedReducer
	A reduction type for merging compressed sum detail data.
CProxy_TraceUtilizationBOC	traceUtilizationGroupProxy
int	_sdagMsg
int	_sdagChare
int	_sdagEP

Typedef Documentation

typedef void(* mTFP)()

Definition at line 54 of file trace-common.C.

typedef CkVec<char *> usrEventVec

Definition at line 48 of file trace-projections.C.

typedef CMK_TYPEDEF_INT8 LONG_LONG_PAPI

Definition at line 46 of file trace.h.

Function Documentation

void _createTracebluegene ( char ** argv )

Definition at line 19 of file trace-bluegene.C.

References Converse::CkMyPe(), and traceBluegeneLinked.

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static void writeData	(	void *	data,
		double	t,
		double	recvT,
		void *	ptr
	)			`[static]`

Definition at line 30 of file trace-bluegene.C.

References TraceBluegene::writePrint().

Referenced by TraceBluegene::bgMark(), and TraceBluegene::bgPrint().

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CpvExtern	(	BGMach	,
		bgMach
	)

void BgPrintf ( const char * str )

Definition at line 253 of file trace-bluegene.C.

void BgMark ( const char * str )

Definition at line 264 of file trace-bluegene.C.

Referenced by endTraceBigSim_20param(), and startTraceBigSim().

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void BgSetStartEvent ( )

Definition at line 269 of file trace-bluegene.C.

Referenced by startCFnCall().

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CkpvExtern	(	TraceBluegene *	,
		_tracebg
	)

CpvExtern	(	int	,
		_traceCoreOn
	)

CkpvDeclare	(	TraceArray *	,
		_traces
	)

CkpvDeclare	(	TraceBluegene *	,
		_tracebg
	)

CkpvDeclare	(	bool	,
		dumpData
	)

CkpvDeclare	(	double	,
		traceInitTime
	)

CkpvDeclare	(	double	,
		traceInitCpuTime
	)

CpvDeclare	(	int	,
		traceOn
	)

CkpvDeclare	(	int	,
		traceOnPe
	)

CkpvDeclare	(	char *	,
		traceRoot
	)

CkpvDeclare	(	char *	,
		partitionRoot
	)

CkpvDeclare	(	int	,
		traceRootBaseLength
	)

CkpvDeclare	(	char *	,
		selective
	)

CkpvDeclare	(	bool	,
		verbose
	)

CpvStaticDeclare	(	mTFP	,
		machineTraceFuncPtr
	)

CtvDeclare	(	int	,
		curThreadEvent
	)

CpvDeclare	(	int	,
		curPeEvent
	)

double TraceTimerCommon ( )

Definition at line 67 of file trace-common.C.

Referenced by handleOneRecvedMsg().

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void CthSetEventInfo	(	CthThread	t,
		int	event,
		int	srcPE
	)

Definition at line 733 of file threads.C.

Referenced by traceCommonInit().

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static void traceCommonInit ( char ** argv ) [static]

decide parameters from command line

Write out the common parts of the .sts file.

defined in moduleInit.C

traceInit: called at Converse level traceCharmInit: called at Charm++ level

initialize trace framework, also create the trace module(s).

In traceBegin(), CkpvAccessOther will be used which means this core needs to access to some cpv variable on another core in the same memory address space. It's possible the variable on the other core has not been initialized, which implies the CpvAcessOther will cause a bad memory access. Therefore, we need a barrier here for the traceCommonInit to finish here. -Chao Mei

Converse version

Charm++ version

traceClose: this function is called at Converse traceCharmClose: called at Charm++ level

Definition at line 75 of file trace-common.C.

CkpvExtern	(	CmiInt8	,
		CtrLogBufSize
	)

CkpvExtern	(	char *	,
		traceRoot
	)

CkpvExtern	(	char *	,
		partitionRoot
	)

CkpvExtern	(	int	,
		traceRootBaseLength
	)

CkpvExtern	(	char *	,
		selective
	)

CkpvExtern	(	bool	,
		verbose
	)

CkpvExtern	(	double	,
		traceInitTime
	)

CkpvExtern	(	double	,
		traceInitCpuTime
	)

double TraceTimer ( ) [inline]

double TraceTimer ( double t ) [inline]

Definition at line 89 of file trace-common.h.

double TraceCpuTimer ( ) [inline]

Definition at line 90 of file trace-common.h.

double TraceCpuTimer ( double t ) [inline]

Definition at line 91 of file trace-common.h.

void traceWriteSTS	(	FILE *	stsfp,
		int	nUserEvents
	)

Write out the common parts of the .sts file.

Referenced by traceCommonInit(), TraceUtilization::writeSts(), SumLogPool::writeSts(), writeSts(), LogPool::writeSts(), and CkMessageRecorder::~CkMessageRecorder().

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void(*)() registerMachineUserEvents ( )

Referenced by traceCommonInit().

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CkpvExtern	(	int	,
		papiEventSet
	)

CkpvExtern	(	LONG_LONG_PAPI *	,
		papiValues
	)

CkpvExtern	(	int	,
		papiStarted
	)

CkpvExtern	(	int	,
		papiStopped
	)

void initPAPI ( )

Referenced by traceCommonInit().

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int start_counters	(	int	e0,
		int	e1
	)

Referenced by TraceCounter::beginExecute(), TraceCounter::beginOverview(), and CmiStartCounters().

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int read_counters	(	int	e0,
		long long *	c0,
		int	e1,
		long long *	c1
	)

Referenced by CmiStopCounters(), TraceCounter::endExecute(), and TraceCounter::endOverview().

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CkpvStaticDeclare	(	Trace *	,
		_trace
	)

CpvStaticDeclare	(	CountLogPool *	,
		_logPool
	)

CpvStaticDeclare	(	char *	,
		_logName
	)

CpvStaticDeclare	(	char **	,
		_counterNames
	)

CpvStaticDeclare	(	char **	,
		_counterDesc
	)

CpvStaticDeclare	(	int	,
		_numCounters
	)

CpvStaticDeclare	(	int	,
		_reductionID
	)

CpvDeclare	(	double	,
		version
	)

CmiHandler StatTableReduction ( char * msg )

Definition at line 43 of file trace-counter.C.

References CmiFree(), CmiMyPe(), CmiPrintf(), NUM_EXTRA_PERF, and size.

Referenced by StatTable::StatTable().

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void _createTracecounter ( char ** argv )

Definition at line 185 of file trace-counter.C.

References CmiMyPe(), and TraceCounter::traceInit().

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CkReductionMsg * outlierReduction	(	int	nMsgs,
		CkReductionMsg **	msgs
	)

Definition at line 2867 of file trace-projections.C.

References CkReductionMsg::buildNew(), and CkReductionMsg::getSize().

Referenced by registerOutlierReduction().

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CkReductionMsg * minMaxReduction	(	int	nMsgs,
		CkReductionMsg **	msgs
	)

Definition at line 2929 of file trace-projections.C.

References CkReductionMsg::buildNew(), and CkReductionMsg::getSize().

Referenced by registerOutlierReduction().

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CkpvStaticDeclare	(	TraceProjections *	,
		_trace
	)

CtvExtern	(	int	,
		curThreadEvent
	)

CkpvDeclare	(	CmiInt8	,
		CtrLogBufSize
	)

CkpvStaticDeclare	(	usrEventVec	,
		usrEventlist
	)

CkpvStaticDeclare	(	CkVec< UsrEvent * > *	,
		usrEvents
	)

CkpvStaticDeclare	(	CkVec< UsrEvent * > *	,
		usrStats
	)

static void disableTraceLogOutput ( ) [inline]

Disable the outputting of the trace logs.

Definition at line 64 of file trace-projections.C.

Referenced by pathHistoryManager::broadcastCriticalPathProjections().

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static void enableTraceLogOutput ( ) [inline]

Enable the outputting of the trace logs.

Definition at line 70 of file trace-projections.C.

Referenced by pathHistoryManager::broadcastCriticalPathProjections().

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void _createTraceprojections ( char ** argv )

For each TraceFoo module, _createTraceFoo() must be defined.

This function is called in _createTraces() generated in moduleInit.C

Definition at line 100 of file trace-projections.C.

References Converse::CkMyPe().

Referenced by _createTraceall().

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static void traceThreadListener_suspend ( struct CthThreadListener * l ) [static]

Definition at line 130 of file trace-projections.C.

References PUP::a, and traceSuspend().

Referenced by TraceProjections::traceAddThreadListeners().

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static void traceThreadListener_resume ( struct CthThreadListener * l ) [static]

Definition at line 138 of file trace-projections.C.

References PUP::a, TraceThreadListener::base, Converse::CkMyPe(), CthGetThreadID(), TraceThreadListener::ep, TraceThreadListener::event, TraceThreadListener::ml, TraceThreadListener::msgType, TraceThreadListener::srcPe, and CthThreadListener::thread.

Referenced by TraceProjections::traceAddThreadListeners().

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static void traceThreadListener_free ( struct CthThreadListener * l ) [static]

Definition at line 150 of file trace-projections.C.

References PUP::a.

Referenced by TraceProjections::traceAddThreadListeners().

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static void updateProjLog	(	void *	data,
		double	t,
		double	recvT,
		void *	ptr
	)			`[static]`

Definition at line 562 of file trace-projections.C.

References LogPool::fp, p, LogEntry::pup(), LogEntry::recvTime, and LogEntry::time.

Referenced by LogPool::add().

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void registerOutlierReduction ( )

Definition at line 1811 of file trace-projections.C.

References CkReduction::addReducer(), minMaxReduction(), minMaxReductionType, outlierReduction(), and outlierReductionType.

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static void TraceProjectionsExitHandler ( ) [static]

**IMPT NOTES**:

This is the C++ code that is registered to be activated at module shutdown. This is called exactly once on processor 0. Module shutdown is initiated as a result of a CkExit() call by the application code

The exit function must ultimately call CkContinueExit() again to so that other module exit functions may proceed after this module is done.

Definition at line 1830 of file trace-projections.C.

References CkContinueExit(), Converse::CkMyPe(), and _ckGroupID::isZero().

Referenced by initTraceProjectionsBOC().

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void initTraceProjectionsBOC ( )

Definition at line 1851 of file trace-projections.C.

References BGConverse::BgNodeRank(), BGConverse::CkMyRank(), registerExitFn(), and TraceProjectionsExitHandler().

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CkpvStaticDeclare	(	TraceSummary *	,
		_trace
	)

CkpvDeclare	(	int	,
		binCount
	)

CkpvDeclare	(	double	,
		binSize
	)

CkpvDeclare	(	double	,
		version
	)

CkpvDeclare	(	int	,
		previouslySentBins
	)

compressedBuffer::compressedBuffer ( ) [inline, inherited]

Definition at line 44 of file trace-summary.C.

References compressedBuffer::buf, and compressedBuffer::pos.

compressedBuffer::compressedBuffer ( int bytes ) [inline, inherited]

Definition at line 49 of file trace-summary.C.

References compressedBuffer::buf, malloc(), and compressedBuffer::pos.

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compressedBuffer::compressedBuffer ( void * buffer ) [inline, inherited]

Definition at line 54 of file trace-summary.C.

References compressedBuffer::buf, and compressedBuffer::pos.

void compressedBuffer::init ( void * buffer ) [inline, inherited]

Definition at line 59 of file trace-summary.C.

References compressedBuffer::buf, and compressedBuffer::pos.

Referenced by sumDetailCompressedReduction().

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void* compressedBuffer::currentPtr ( ) [inline, inherited]

Definition at line 64 of file trace-summary.C.

References compressedBuffer::buf, and compressedBuffer::pos.

template<typename T>

T compressedBuffer::read ( int offset ) [inline, inherited]

Definition at line 69 of file trace-summary.C.

References compressedBuffer::buf.

template<typename T>

void compressedBuffer::write	(	T	v,
		int	offset
	)			`[inline, inherited]`

Definition at line 77 of file trace-summary.C.

References compressedBuffer::buf.

template<typename T>

void compressedBuffer::increment ( int offset ) [inline, inherited]

Definition at line 84 of file trace-summary.C.

Referenced by TraceUtilization::compressNRecentSumDetail(), mergeCompressedBin(), and moveTinyEntriesToOther().

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template<typename T>

void compressedBuffer::accumulate	(	T	v,
		int	offset
	)			`[inline, inherited]`

Definition at line 92 of file trace-summary.C.

template<typename T>

int compressedBuffer::push ( T v ) [inline, inherited]

Definition at line 100 of file trace-summary.C.

References compressedBuffer::pos.

Referenced by TraceUtilization::compressNRecentSumDetail(), emptyCompressedBuffer(), fakeCompressedMessage(), mergeCompressedBin(), moveTinyEntriesToOther(), and sumDetailCompressedReduction().

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template<typename T>

T compressedBuffer::pop ( ) [inline, inherited]

Definition at line 108 of file trace-summary.C.

References compressedBuffer::pos.

Referenced by averageUtilizationInBuffer(), isCompressedBufferSane(), mergeCompressedBin(), moveTinyEntriesToOther(), printCompressedBuf(), and sumDetailCompressedReduction().

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template<typename T>

T compressedBuffer::peek ( ) [inline, inherited]

Definition at line 115 of file trace-summary.C.

References compressedBuffer::pos.

Referenced by mergeCompressedBin().

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template<typename T0, typename T>

T compressedBuffer::peekSecond ( ) [inline, inherited]

Definition at line 121 of file trace-summary.C.

References compressedBuffer::buf, and compressedBuffer::pos.

int compressedBuffer::datalength ( ) [inline, inherited]

Definition at line 127 of file trace-summary.C.

References compressedBuffer::pos.

Referenced by TraceUtilizationBOC::ccsRequestSumDetailCompressed(), TraceUtilizationBOC::collectSumDetailData(), and sumDetailCompressedReduction().

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void* compressedBuffer::buffer ( ) [inline, inherited]

Definition at line 131 of file trace-summary.C.

References compressedBuffer::buf.

Referenced by TraceUtilizationBOC::ccsRequestSumDetailCompressed(), TraceUtilizationBOC::collectSumDetailData(), and sumDetailCompressedReduction().

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void compressedBuffer::freeBuf ( ) [inline, inherited]

Definition at line 135 of file trace-summary.C.

References compressedBuffer::buf, and free().

Referenced by TraceUtilizationBOC::ccsRequestSumDetailCompressed(), TraceUtilizationBOC::collectSumDetailData(), and sumDetailCompressedReduction().

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compressedBuffer::~compressedBuffer ( ) [inline, inherited]

Definition at line 139 of file trace-summary.C.

void _createTracesummary ( char ** argv )

For each TraceFoo module, _createTraceFoo() must be defined.

This function is called in _createTraces() generated in moduleInit.C

Definition at line 159 of file trace-summary.C.

References Converse::CkMyPe().

Referenced by _createTraceall().

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void CkSummary_StartPhase ( int phase )

function call for starting a phase in trace summary logs

Definition at line 172 of file trace-summary.C.

void CkSummary_MarkEvent ( int eventType )

function call for adding an event mark

Definition at line 179 of file trace-summary.C.

static void writeU	(	FILE *	fp,
		int	u
	)			`[inline, static]`

Definition at line 184 of file trace-summary.C.

Referenced by TraceSummaryBOC::write(), BinEntry::write(), and SumLogPool::write().

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void startCollectData	(	void *	data,
		double	currT
	)

Definition at line 1128 of file trace-summary.C.

References Converse::CkMyPe(), TraceSummaryBOC::collectionGranularity, TraceSummaryBOC::indicesPerBlock, int, TraceSummaryBOC::lastRequestedIndexBlock, and startTime.

Referenced by TraceSummaryBOC::initCCS().

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static void CombineSummary ( ) [static]

Definition at line 1285 of file trace-summary.C.

References CkContinueExit(), Converse::CkMyPe(), CmiPrintf(), _ckGroupID::isZero(), sumDetail, and sumonly.

Referenced by initTraceSummaryBOC().

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void initTraceSummaryBOC ( )

Definition at line 1313 of file trace-summary.C.

References BGConverse::BgNodeRank(), BGConverse::CkMyRank(), CombineSummary(), and registerExitFn().

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void collectUtilizationData	(	void *	,
		double
	)

Definition at line 18 of file trace-utilization.C.

References traceUtilizationGroupProxy.

Referenced by TraceUtilizationInit::TraceUtilizationInit().

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CkpvStaticDeclare	(	TraceUtilization *	,
		_trace
	)

void _createTraceutilization ( char ** argv )

For each TraceFoo module, _createTraceFoo() must be defined.

This function is called in _createTraces() generated in moduleInit.C

Definition at line 29 of file trace-utilization.C.

References CkReduction::addReducer(), sumDetailCompressedReducer, and sumDetailCompressedReduction().

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compressedBuffer moveTinyEntriesToOther	(	compressedBuffer	src,
		double	threshold
	)

Compress a buffer by merging all entries in a bin that are less than the threshold into a single "other" category.

Definition at line 220 of file trace-utilization.C.

References dest, compressedBuffer::increment(), compressedBuffer::pop(), compressedBuffer::pos, and compressedBuffer::push().

Referenced by sumDetailCompressedReduction().

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CkReductionMsg * sumDetailCompressedReduction	(	int	nMsg,
		CkReductionMsg **	msgs
	)

A reducer for merging compressed sum detail data.

Definition at line 277 of file trace-utilization.C.

References compressedBuffer::buffer(), CkReductionMsg::buildNew(), compressedBuffer::datalength(), dest, compressedBuffer::freeBuf(), CkReductionMsg::getSize(), compressedBuffer::init(), PUP::m, mergeCompressedBin(), moveTinyEntriesToOther(), compressedBuffer::pop(), and compressedBuffer::push().

Referenced by _createTraceutilization().

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compressedBuffer fakeCompressedMessage ( )

Create fake sum detail data in the compressed format (for debugging).

Definition at line 350 of file trace-utilization.C.

References Converse::CkMyPe(), isCompressedBufferSane(), and compressedBuffer::push().

Referenced by TraceUtilizationBOC::ccsRequestSumDetailCompressed(), and TraceUtilizationBOC::collectSumDetailData().

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compressedBuffer emptyCompressedBuffer ( )

Create an empty message.

Definition at line 380 of file trace-utilization.C.

References compressedBuffer::push().

Referenced by TraceUtilizationBOC::ccsRequestSumDetailCompressed().

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void printCompressedBuf ( compressedBuffer b )

print out the compressed buffer starting from its begining

Definition at line 390 of file trace-utilization.C.

References xi::numEntries, compressedBuffer::pop(), and compressedBuffer::pos.

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bool isCompressedBufferSane ( compressedBuffer b )

Definition at line 416 of file trace-utilization.C.

References ckout, endl(), compressedBuffer::pop(), and compressedBuffer::pos.

Referenced by fakeCompressedMessage(), and sanityCheckCompressedBuf().

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double averageUtilizationInBuffer ( compressedBuffer b )

Definition at line 454 of file trace-utilization.C.

References compressedBuffer::pop(), and compressedBuffer::pos.

Referenced by TraceUtilizationBOC::sumDetailDataCollected().

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void sanityCheckCompressedBuf ( compressedBuffer b )

Definition at line 477 of file trace-utilization.C.

References isCompressedBufferSane().

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void mergeCompressedBin	(	compressedBuffer *	srcBufferArray,
		int	numSrcBuf,
		int *	numProcsRepresentedInMessage,
		int	totalProcsAcrossAllMessages,
		compressedBuffer &	destBuf
	)

Merge the compressed entries from the first bin in each of the srcBuf buffers.

Definition at line 566 of file trace-utilization.C.

References count, compressedBuffer::increment(), compressedBuffer::peek(), compressedBuffer::pop(), and compressedBuffer::push().

Referenced by sumDetailCompressedReduction().

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compressedBuffer compressAvailableNewSumDetail ( int max = 10000 )

void traceClearEps ( )

void traceEnableCCS ( )

double CmiTraceTimer ( )

Referenced by traceCommonInit().

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void traceAddThreadListeners	(	CthThread	tid,
		envelope *	e
	)

Referenced by Chare::CkAddThreadListeners().

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CkpvExtern	(	int	,
		traceOnPe
	)

CpvExtern	(	int	,
		curPeEvent
	)

CkpvExtern	(	TraceArray *	,
		_traces
	)

void resetVTime ( )

void TraceBluegene::writePrint	(	char *	str,
		double	t
	)			`[inherited]`

Definition at line 37 of file trace-bluegene.C.

References Converse::CkMyPe(), TraceBluegene::creatFiles(), and TraceBluegene::pfp.

Referenced by writeData().

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TraceBluegene::TraceBluegene ( char ** argv ) [inherited]

Definition at line 44 of file trace-bluegene.C.

void TraceBluegene::traceClose ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 48 of file trace-bluegene.C.

References Converse::CkMyPe(), and TraceBluegene::pfp.

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TraceBluegene::~TraceBluegene ( ) [inherited]

Definition at line 56 of file trace-bluegene.C.

void TraceBluegene::creatFiles ( ) [inherited]

Definition at line 60 of file trace-bluegene.C.

References Converse::CkMyPe(), CmiAbort(), xi::fname, and TraceBluegene::pfp.

Referenced by TraceBluegene::writePrint().

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void TraceBluegene::tlineEnd ( void ** parentLogPtr ) [inherited]

Definition at line 70 of file trace-bluegene.C.

void TraceBluegene::bgAddTag ( const char * str ) [inherited]

Definition at line 77 of file trace-bluegene.C.

void TraceBluegene::bgDummyBeginExec	(	const char *	name,
		void **	parentLogPtr,
		int	split
	)			`[inherited]`

Definition at line 84 of file trace-bluegene.C.

References _threadEP, and startTime.

void TraceBluegene::bgBeginExec	(	char *	msg,
		char *	str
	)			`[inherited]`

Definition at line 105 of file trace-bluegene.C.

void TraceBluegene::bgSetInfo	(	char *	msg,
		const char *	str,
		void **	logs,
		int	count
	)			`[inherited]`

Definition at line 114 of file trace-bluegene.C.

void TraceBluegene::bgAmpiBeginExec	(	char *	msg,
		char *	str,
		void **	logs,
		int	count
	)			`[inherited]`

Definition at line 125 of file trace-bluegene.C.

void TraceBluegene::bgAmpiLog	(	unsigned short	op,
		unsigned int	size
	)			`[inherited]`

Definition at line 136 of file trace-bluegene.C.

void TraceBluegene::bgEndExec ( int commit ) [inherited]

Definition at line 144 of file trace-bluegene.C.

void TraceBluegene::beginExecute	(	envelope *	e,
		void *	obj
	)			`[virtual, inherited]`

Reimplemented from Trace.

Definition at line 154 of file trace-bluegene.C.

References envelope::getEpIdx().

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void TraceBluegene::beginExecute	(	int	event,
		int	msgType,
		int	ep,
		int	srcPe,
		int	mlen,
		CmiObjId *	idx,
		void *	obj
	)			`[virtual, inherited]`

Reimplemented from Trace.

Definition at line 162 of file trace-bluegene.C.

void TraceBluegene::getForwardDep	(	void *	log,
		void **	fDepPtr
	)			`[inherited]`

Definition at line 174 of file trace-bluegene.C.

void TraceBluegene::getForwardDepForAll	(	void **	logs1,
		void **	logs2,
		int	logsize,
		void *	fDepPtr
	)			`[inherited]`

Definition at line 185 of file trace-bluegene.C.

void TraceBluegene::addBackwardDep ( void * log ) [inherited]

Definition at line 210 of file trace-bluegene.C.

void TraceBluegene::userBracketEvent	(	const char *	name,
		double	bt,
		double	et,
		void **	parentLogPtr
	)			`[inherited]`

Definition at line 218 of file trace-bluegene.C.

References _threadEP.

void TraceBluegene::userBracketEvent	(	const char *	name,
		double	bt,
		double	et,
		void **	parentLogPtr,
		CkVec< void * >	bgLogList
	)			`[inherited]`

Definition at line 232 of file trace-bluegene.C.

References _threadEP, and CkVec< T >::size().

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void TraceBluegene::bgPrint ( const char * str ) [inherited]

Definition at line 244 of file trace-bluegene.C.

References CmiDisableIsomalloc(), CmiEnableIsomalloc(), CmiMemoryIs(), CmiPrintf(), strdup(), and writeData().

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void TraceBluegene::bgMark ( const char * str ) [inherited]

Definition at line 258 of file trace-bluegene.C.

References strdup(), and writeData().

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StatTable::StatTable ( ) [inherited]

Definition at line 196 of file trace-counter.C.

References CmiMyPe(), CmiRegisterHandler(), and StatTableReduction().

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StatTable::~StatTable ( ) [inherited]

Definition at line 207 of file trace-counter.C.

References StatTable::stats_.

void StatTable::init ( int argc ) [inherited]

Definition at line 210 of file trace-counter.C.

References StatTable::clear(), CmiMyPe(), StatTable::Statistics::desc, desc, StatTable::Statistics::name, name, StatTable::numStats_, and StatTable::stats_.

Referenced by CountLogPool::init().

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void StatTable::setEp	(	int	epidx,
		int	stat,
		long long	value,
		double	time
	)			`[inherited]`

one entry is called for 'time' seconds, value is counter reading

Definition at line 230 of file trace-counter.C.

References StatTable::Statistics::avgCount, StatTable::Statistics::maxCount, StatTable::Statistics::minCount, StatTable::Statistics::numCalled, StatTable::stats_, StatTable::Statistics::stdDevCount, and StatTable::Statistics::totTime.

Referenced by CountLogPool::setEp().

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void StatTable::write ( FILE * fp ) [inherited]

write three lines for each stat: 1.

number of calls for each entry 2. average count for each entry 3. total time in us spent for each entry

Definition at line 263 of file trace-counter.C.

References _entryTable, CmiMyPe(), desc, StatTable::Statistics::minCount, name, StatTable::numStats_, and StatTable::stats_.

Referenced by CountLogPool::write().

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void StatTable::clear ( ) [inherited]

set all of internals to null

Definition at line 314 of file trace-counter.C.

References StatTable::Statistics::avgCount, StatTable::Statistics::maxCount, StatTable::Statistics::minCount, StatTable::Statistics::numCalled, StatTable::numStats_, StatTable::stats_, StatTable::Statistics::stdDevCount, and StatTable::Statistics::totTime.

Referenced by CountLogPool::clearEps(), and StatTable::init().

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void StatTable::doReduction	(	int	phase,
		double	idleTime
	)			`[inherited]`

do a reduction across processors to calculate the total count for each count, and if the count has flops, etc, then calc the the flops/s, etc.

..

Definition at line 331 of file trace-counter.C.

References StatTable::Statistics::avgCount, CmiAlloc(), CmiMyPe(), Converse::CmiSyncSendAndFree(), index, msg, NUM_EXTRA_PERF, StatTable::Statistics::numCalled, StatTable::numStats_, StatTable::stats_, and StatTable::Statistics::totTime.

Referenced by CountLogPool::doReduction().

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CountLogPool::CountLogPool ( ) [inherited]

Definition at line 409 of file trace-counter.C.

References CmiMyPe().

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FILE * CountLogPool::openFile ( int phase = -1 ) [inherited]

Definition at line 418 of file trace-counter.C.

References CmiAbort(), CmiMyPe(), xi::fname, len, and snprintf().

Referenced by CountLogPool::write().

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void CountLogPool::write ( int phase = -1 ) [inherited]

Definition at line 448 of file trace-counter.C.

References _entryTable, CmiMyPe(), CountLogPool::lastPhase_, StatTable::numStats(), CountLogPool::openFile(), CountLogPool::stats_, version, and StatTable::write().

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void CountLogPool::writeSts ( int phase = -1 ) [inherited]

Definition at line 462 of file trace-counter.C.

References _chareTable, _entryTable, _msgTable, _numEvents, CmiAbort(), CmiMyPe(), CmiPrintf(), xi::fname, CountLogPool::lastPhase_, name, size, and snprintf().

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void CountLogPool::setEp	(	int	epidx,
		int	index1,
		long long	count1,
		int	index2,
		long long	count2,
		double	time
	)			`[inherited]`

Definition at line 513 of file trace-counter.C.

References CmiAbort(), StatTable::setEp(), and CountLogPool::stats_.

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TraceCounter::TraceCounter ( ) [inherited]

constructor

Definition at line 529 of file trace-counter.C.

References NUM_COUNTER_ARGS, and TraceCounter::registerArg().

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TraceCounter::~TraceCounter ( ) [inherited]

destructor

Definition at line 562 of file trace-counter.C.

References TraceCounter::commandLine_, and TraceCounter::traceClose().

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void TraceCounter::traceInit ( char ** argv ) [inherited]

process command line arguments!

Definition at line 568 of file trace-counter.C.

References TraceCounter::CounterArg::arg, Converse::CkMyPe(), CmiAbort(), CmiGetArgFlag(), CmiGetArgFlagDesc(), CmiGetArgString(), CmiGetArgStringDesc(), CmiMyPe(), CmiPrintf(), TraceCounter::CounterArg::code, TraceCounter::commandLine_, TraceCounter::commandLineSz_, ConverseExit(), TraceCounter::counter1_, TraceCounter::counter1Sz_, TraceCounter::counter2_, TraceCounter::counter2Sz_, TraceCounter::CounterArg::desc, TraceCounter::CounterArg::index, Trace::malloc(), TraceCounter::matchArg(), TraceCounter::CounterArg::next, TraceCounter::noLog_, NUM_COUNTER_ARGS, offset, TraceCounter::overview_, TraceCounter::printHelp(), TraceCounter::switchByPhase_, TraceCounter::switchRandom_, TraceCounter::usage(), version, and TraceCounter::writeByPhase_.

Referenced by _createTracecounter().

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void TraceCounter::traceBegin ( void ) [virtual, inherited]

turn trace on/off, note that charm will automatically call traceBegin() at the beginning of every run unless the command line option "+traceoff" is specified

Reimplemented from Trace.

Definition at line 761 of file trace-counter.C.

References TraceCounter::beginOverview(), CmiMyPe(), CmiPrintf(), TraceCounter::idleTime_, TraceCounter::overview_, TraceCounter::phase_, print(), TraceCounter::traceOn_, and TraceCounter::writeByPhase_.

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void TraceCounter::traceEnd ( void ) [virtual, inherited]

turn trace on/off, note that charm will automatically call traceBegin() at the beginning of every run unless the command line option "+traceoff" is specified

Reimplemented from Trace.

Definition at line 785 of file trace-counter.C.

References CmiMyPe(), CmiPrintf(), TraceCounter::dirty_, TraceCounter::endOverview(), TraceCounter::idleTime_, TraceCounter::noLog_, TraceCounter::overview_, TraceCounter::phase_, print(), TraceCounter::reductionPhase_, TraceCounter::switchByPhase_, TraceCounter::switchCounters(), TraceCounter::traceOn_, and TraceCounter::writeByPhase_.

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void TraceCounter::beginExecute ( envelope * e ) [inherited]

begin/end execution of a Charm++ entry point NOTE: begin/endPack and begin/endUnpack can be called in between a beginExecute and its corresponding endExecute.

Definition at line 823 of file trace-counter.C.

References _threadEP, and envelope::getEpIdx().

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void TraceCounter::beginExecute	(	int	event,
		int	msgType,
		int	ep,
		int	srcPe,
		int	mlen = `0`,
		CmiObjId *	idx = `0`
	)			`[inherited]`

begin/end execution of a Charm++ entry point NOTE: begin/endPack and begin/endUnpack can be called in between a beginExecute and its corresponding endExecute.

Parameters:

msgType	event type defined in trace-common.h
ep	message type
srcPe	Charm++ entry point (will correspond to sts file)
mlen	Which PE originated the call
idx	message size

Definition at line 834 of file trace-counter.C.

References CmiAbort(), CmiMyPe(), CmiPrintf(), TraceCounter::CounterArg::code, TraceCounter::counter1_, TraceCounter::counter2_, TraceCounter::execEP_, TraceCounter::genStart_, TraceCounter::IDLE, TraceCounter::overview_, print(), start_counters(), TraceCounter::startEP_, TraceCounter::status_, TraceCounter::traceOn_, TraceTimer(), and TraceCounter::WORKING.

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void TraceCounter::endExecute ( void ) [virtual, inherited]

array idx

begin/end execution of a Charm++ entry point NOTE: begin/endPack and begin/endUnpack can be called in between a beginExecute and its corresponding endExecute.

Reimplemented from Trace.

Definition at line 877 of file trace-counter.C.

References CmiAbort(), CmiMyPe(), CmiPrintf(), TraceCounter::CounterArg::code, TraceCounter::counter1_, TraceCounter::counter2_, TraceCounter::dirty_, TraceCounter::execEP_, TraceCounter::genStart_, TraceCounter::IDLE, TraceCounter::CounterArg::index, TraceCounter::overview_, print(), read_counters(), TraceCounter::startEP_, TraceCounter::status_, TraceCounter::switchByPhase_, TraceCounter::switchCounters(), PUP::t, TraceCounter::traceClose(), TraceCounter::traceOn_, TraceTimer(), and TraceCounter::WORKING.

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void TraceCounter::beginIdle ( double curWallTime ) [virtual, inherited]

begin/end idle time for this pe

Reimplemented from Trace.

Definition at line 922 of file trace-counter.C.

References TraceCounter::startIdle_, TraceCounter::traceOn_, and TraceTimer().

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void TraceCounter::endIdle ( double curWallTime ) [virtual, inherited]

begin/end idle time for this pe

Reimplemented from Trace.

Definition at line 927 of file trace-counter.C.

References TraceCounter::idleTime_, TraceCounter::startIdle_, TraceCounter::traceOn_, and TraceTimer().

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void TraceCounter::beginPack ( void ) [virtual, inherited]

begin/end the process of packing a message (to send)

Reimplemented from Trace.

Definition at line 932 of file trace-counter.C.

References CmiMyPe().

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void TraceCounter::endPack ( void ) [virtual, inherited]

begin/end the process of packing a message (to send)

Reimplemented from Trace.

Definition at line 943 of file trace-counter.C.

References CmiMyPe().

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void TraceCounter::beginUnpack ( void ) [virtual, inherited]

begin/end the process of unpacking a message (can occur before calling a entry point or during an entry point when

Reimplemented from Trace.

Definition at line 954 of file trace-counter.C.

References CmiMyPe().

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void TraceCounter::endUnpack ( void ) [virtual, inherited]

begin/end the process of unpacking a message (can occur before calling a entry point or during an entry point when

Reimplemented from Trace.

Definition at line 965 of file trace-counter.C.

References CmiMyPe().

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void TraceCounter::beginComputation ( void ) [virtual, inherited]

begin/end of execution

Reimplemented from Trace.

Definition at line 975 of file trace-counter.C.

void TraceCounter::endComputation ( void ) [virtual, inherited]

end computation, do a reduction here in hopes that it finishes before traceClose called and the program exits

Reimplemented from Trace.

Definition at line 981 of file trace-counter.C.

References TraceCounter::idleTime_.

void TraceCounter::traceClearEps ( void ) [virtual, inherited]

clear all data collected for entry points

Reimplemented from Trace.

Definition at line 986 of file trace-counter.C.

void TraceCounter::traceWriteSts ( void ) [virtual, inherited]

write the summary sts file for this trace

Reimplemented from Trace.

Definition at line 991 of file trace-counter.C.

References CmiMyPe(), TraceCounter::noLog_, and TraceCounter::traceOn_.

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void TraceCounter::traceClose ( void ) [virtual, inherited]

do any clean-up necessary for tracing

Reimplemented from Trace.

Definition at line 998 of file trace-counter.C.

References CmiMyPe(), CmiPrintf(), TraceCounter::dirty_, TraceCounter::endOverview(), TraceCounter::noLog_, and TraceCounter::overview_.

Referenced by TraceCounter::endExecute(), TraceCounter::endOverview(), and TraceCounter::~TraceCounter().

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void TraceCounter::beginOverview ( ) [private, inherited]

start/stop the overall counting ov eps (don't write to logCount, just print to screen

Definition at line 1022 of file trace-counter.C.

References CmiAbort(), CmiMyPe(), CmiPrintf(), TraceCounter::CounterArg::code, TraceCounter::counter1_, TraceCounter::counter2_, TraceCounter::dirty_, TraceCounter::genStart_, start_counters(), TraceCounter::startEP_, and TraceTimer().

Referenced by TraceCounter::traceBegin().

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void TraceCounter::endOverview ( ) [private, inherited]

Definition at line 1037 of file trace-counter.C.

References _entryTable, TraceCounter::CounterArg::arg, CmiAbort(), CmiMyPe(), CmiPrintf(), TraceCounter::CounterArg::code, TraceCounter::counter1_, TraceCounter::counter2_, TraceCounter::dirty_, TraceCounter::genStart_, TraceCounter::idleTime_, TraceCounter::CounterArg::index, TraceCounter::phase_, read_counters(), TraceCounter::startEP_, TraceCounter::switchCounters(), PUP::t, TraceCounter::traceClose(), and TraceTimer().

Referenced by TraceCounter::traceClose(), and TraceCounter::traceEnd().

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void TraceCounter::switchCounters ( ) [private, inherited]

switch counters by whatever switching strategy

Definition at line 1074 of file trace-counter.C.

References TraceCounter::CounterArg::arg, CmiMyPe(), TraceCounter::counter1_, TraceCounter::counter1Sz_, TraceCounter::counter2_, TraceCounter::counter2Sz_, int, TraceCounter::CounterArg::next, TraceCounter::switchRandom_, and TraceTimer().

Referenced by TraceCounter::endExecute(), TraceCounter::endOverview(), and TraceCounter::traceEnd().

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void TraceCounter::registerArg ( CounterArg * arg ) [private, inherited]

add the argument parameters to the linked list of args choices

Definition at line 1105 of file trace-counter.C.

References TraceCounter::CounterArg::arg, TraceCounter::argStrSize_, check(), CmiAbort(), CmiMyPe(), CmiPrintf(), TraceCounter::CounterArg::code, TraceCounter::firstArg_, TraceCounter::lastArg_, len, and TraceCounter::CounterArg::next.

Referenced by TraceCounter::TraceCounter().

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bool TraceCounter::matchArg ( CounterArg * arg ) [private, inherited]

see if the arg (str or code) matches any in the linked list of choices and sets arg->code to the SGI code return true if arg matches, false otherwise

Definition at line 1135 of file trace-counter.C.

References TraceCounter::CounterArg::arg, TraceCounter::CounterArg::code, TraceCounter::CounterArg::desc, TraceCounter::firstArg_, match(), and TraceCounter::CounterArg::next.

Referenced by TraceCounter::traceInit().

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void TraceCounter::usage ( ) [private, inherited]

print out usage argument

Definition at line 1164 of file trace-counter.C.

References CmiPrintf().

Referenced by TraceCounter::traceInit().

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void TraceCounter::printHelp ( ) [private, inherited]

print out all arguments in the linked-list of choices

Definition at line 1199 of file trace-counter.C.

References TraceCounter::CounterArg::arg, TraceCounter::argStrSize_, CmiPrintf(), TraceCounter::CounterArg::code, TraceCounter::CounterArg::desc, TraceCounter::firstArg_, TraceCounter::CounterArg::next, and snprintf().

Referenced by TraceCounter::traceInit().

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void TraceProjections::traceAddThreadListeners	(	CthThread	tid,
		envelope *	e
	)			`[private, virtual, inherited]`

Reimplemented from Trace.

Definition at line 156 of file trace-projections.C.

References PUP::a, TraceThreadListener::base, CthAddListener(), TraceThreadListener::ep, TraceThreadListener::event, CthThreadListener::free, envelope::getEpIdx(), envelope::getEvent(), envelope::getMsgtype(), envelope::getSrcPe(), envelope::getTotalsize(), TraceThreadListener::ml, TraceThreadListener::msgType, CthThreadListener::resume, TraceThreadListener::srcPe, CthThreadListener::suspend, traceThreadListener_free(), traceThreadListener_resume(), and traceThreadListener_suspend().

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void LogPool::openLog ( const char * mode ) [inherited]

Definition at line 175 of file trace-projections.C.

References Converse::CkMyPe(), CmiAbort(), LogPool::compressed, LogPool::fname, LogPool::fp, and LogPool::zfp.

Referenced by LogPool::createFile().

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void LogPool::closeLog ( void ) [inherited]

Definition at line 203 of file trace-projections.C.

References LogPool::compressed, LogPool::fp, fsync(), and LogPool::zfp.

Referenced by LogPool::~LogPool().

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LogPool::LogPool ( char * pgm ) [inherited]

Definition at line 217 of file trace-projections.C.

void LogPool::createFile ( const char * fix = "" ) [inherited]

Definition at line 262 of file trace-projections.C.

References Converse::CkMyPe(), CmiMkdir(), LogPool::compressed, LogPool::fileCreated, LogPool::fname, len, LogPool::nSubdirs, LogPool::openLog(), and LogPool::pgmname.

Referenced by LogPool::writeLog(), and LogPool::~LogPool().

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void LogPool::createSts ( const char * fix = "" ) [inherited]

Definition at line 315 of file trace-projections.C.

References Converse::CkMyPe(), CmiAbort(), CmiMkdir(), CmiPrintf(), LogPool::fname, and LogPool::stsfp.

Referenced by LogPool::~LogPool().

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void LogPool::createRC ( ) [inherited]

Definition at line 336 of file trace-projections.C.

References CmiAbort(), LogPool::fname, and LogPool::rcfp.

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LogPool::~LogPool ( ) [inherited]

Definition at line 351 of file trace-projections.C.

References Converse::CkMyPe(), LogPool::closeLog(), LogPool::createFile(), LogPool::createSts(), LogPool::fname, LogPool::pool, LogPool::postProcessLog(), LogPool::writeData, LogPool::writeHeader(), LogPool::writeLog(), LogPool::writeStatis(), LogPool::writeSts(), and LogPool::writeSummaryFiles.

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void LogPool::writeHeader ( ) [private, inherited]

Definition at line 379 of file trace-projections.C.

References LogPool::binary, LogPool::compressed, LogPool::fp, LogPool::headerWritten, LogPool::numEntries, and LogPool::zfp.

Referenced by LogPool::writeLog(), and LogPool::~LogPool().

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void LogPool::writeLog ( void ) [inherited]

Definition at line 399 of file trace-projections.C.

References LogPool::createFile(), LogPool::write(), and LogPool::writeHeader().

Referenced by LogPool::flushLogBuffer(), and LogPool::~LogPool().

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void LogPool::write ( int writedelta ) [inherited]

Definition at line 408 of file trace-projections.C.

References LogPool::binary, LogPool::compressed, LogPool::deltafp, LogPool::deltazfp, LogPool::fp, LogPool::keepPhase, LogPool::numEntries, p, LogPool::pool, LogPool::prevTime, LogEntry::pup(), LogEntry::time, stats::time(), LogPool::timeErr, type, and LogPool::zfp.

Referenced by LogPool::writeLog().

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void LogPool::writeSts ( void ) [inherited]

Definition at line 476 of file trace-projections.C.

References length, LogPool::numPhases, papiEvents, LogPool::stsfp, and traceWriteSTS().

Referenced by LogPool::writeSts(), and LogPool::~LogPool().

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void LogPool::writeSts ( TraceProjections * traceProj ) [inherited]

Definition at line 506 of file trace-projections.C.

References LogPool::stsfp, and LogPool::writeSts().

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void LogPool::writeRC ( void ) [inherited]

Definition at line 512 of file trace-projections.C.

References Converse::CkMyPe(), LogPool::globalEndTime, LogPool::globalStartTime, and LogPool::rcfp.

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void LogPool::writeStatis ( void ) [inherited]

Definition at line 532 of file trace-projections.C.

References LogPool::beginComputationTime, Converse::CkMyPe(), CmiAbort(), CmiPrintf(), LogPool::endComputationTime, LogPool::fname, LogPool::statisfp, LogPool::statisTotalCreationBytes, LogPool::statisTotalCreationMsgs, LogPool::statisTotalExecutionTime, LogPool::statisTotalIdleTime, LogPool::statisTotalMCastBytes, LogPool::statisTotalMCastMsgs, LogPool::statisTotalPackTime, LogPool::statisTotalRecvBytes, LogPool::statisTotalRecvMsgs, and LogPool::statisTotalUnpackTime.

Referenced by LogPool::~LogPool().

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void LogPool::flushLogBuffer ( ) [inherited]

Definition at line 575 of file trace-projections.C.

References Converse::CkMyPe(), LogPool::hasFlushed, _ckGroupID::isZero(), LogPool::lastCreationEvent, LogPool::numEntries, LogPool::pool, TraceTimer(), and LogPool::writeLog().

Referenced by LogPool::add(), LogPool::addCreationMulticast(), LogPool::addMemoryUsage(), LogPool::addUserBracketEventNestedID(), and LogPool::addUserSuppliedBracketedNote().

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void LogPool::add	(	unsigned char	type,
		unsigned short	mIdx,
		unsigned short	eIdx,
		double	time,
		int	event,
		int	pe,
		int	ml = `0`,
		CmiObjId *	id = `0`,
		double	recvT = `0.0`,
		double	cpuT = `0.0`,
		int	numPe = `0`,
		double	statVal = `0.0`
	)			`[inherited]`

Definition at line 593 of file trace-projections.C.

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void LogPool::add	(	unsigned char	type,
		double	time,
		unsigned short	funcID,
		int	lineNum,
		char *	fileName
	)			`[inherited]`

Definition at line 692 of file trace-projections.C.

References LogPool::flushLogBuffer(), LogPool::lastCreationEvent, LogPool::numEntries, LogPool::pool, and LogPool::poolSize.

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void LogPool::addUserBracketEventNestedID	(	unsigned char	type,
		double	time,
		UShort	mIdx,
		int	event,
		int	nestedID
	)			`[inherited]`

Definition at line 707 of file trace-projections.C.

References Converse::CkMyPe(), LogPool::flushLogBuffer(), LogPool::numEntries, LogPool::pool, and LogPool::poolSize.

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void LogPool::addMemoryUsage	(	unsigned char	type,
		double	time,
		double	memUsage
	)			`[inherited]`

Definition at line 717 of file trace-projections.C.

References LogPool::flushLogBuffer(), LogPool::lastCreationEvent, LogPool::numEntries, LogPool::pool, and LogPool::poolSize.

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void LogPool::addUserSupplied ( int data ) [inherited]

add a record for a user supplied piece of data

Definition at line 733 of file trace-projections.C.

References LogPool::numEntries, LogPool::pool, LogEntry::setUserSuppliedData(), and TraceTimer().

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void LogPool::addUserSuppliedNote ( char * note ) [inherited]

add a record for a user supplied piece of data

Definition at line 742 of file trace-projections.C.

References LogPool::numEntries, LogPool::pool, LogEntry::setUserSuppliedNote(), and TraceTimer().

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void LogPool::addUserSuppliedBracketedNote	(	char *	note,
		int	eventID,
		double	bt,
		double	et
	)			`[inherited]`

Definition at line 750 of file trace-projections.C.

References LogEntry::endTime, LogEntry::event, LogPool::flushLogBuffer(), LogPool::numEntries, LogPool::pool, and LogPool::poolSize.

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void LogPool::addCreationMulticast	(	unsigned short	mIdx,
		unsigned short	eIdx,
		double	time,
		int	event,
		int	pe,
		int	ml = `0`,
		CmiObjId *	id = `0`,
		double	recvT = `0.`,
		int	numPe = `0`,
		const int *	pelist = `NULL`
	)			`[inherited]`

Definition at line 787 of file trace-projections.C.

References LogPool::flushLogBuffer(), LogPool::lastCreationEvent, LogPool::numEntries, LogPool::pool, and LogPool::poolSize.

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void LogPool::postProcessLog ( ) [inherited]

Definition at line 799 of file trace-projections.C.

Referenced by LogPool::~LogPool().

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void LogPool::modLastEntryTimestamp ( double ts ) [inherited]

Definition at line 806 of file trace-projections.C.

References LogPool::numEntries, LogPool::pool, and LogEntry::time.

void LogEntry::pup ( PUP::er & p ) [inherited]

Constructor for a multicast log entry.

Definition at line 843 of file trace-projections.C.

References _chareTable, _entryTable, CmiError(), LogEntry::cputime, LogEntry::eIdx, LogEntry::endTime, LogEntry::event, PUP::er::isPacking(), PUP::er::isUnpacking(), length, LogEntry::memUsage, LogEntry::mIdx, LogEntry::msglen, ndims, LogEntry::nestedID, LogEntry::numpes, LogEntry::papiValues, LogEntry::pe, LogEntry::pes, PUP::PUParray(), LogEntry::recvTime, space, LogEntry::stat, LogEntry::time, LogEntry::type, LogEntry::userSuppliedData, and LogEntry::userSuppliedNote.

Referenced by updateProjLog(), and LogPool::write().

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TraceProjectionsInit::TraceProjectionsInit ( CkArgMsg * msg ) [inherited]

Options for Outlier Analysis

Definition at line 1874 of file trace-projections.C.

References CmiTimerAbsolute(), entryThreshold, findOutliers, numKSeeds, outlierAutomatic, outlierUsePhases, and peNumKeep.

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void TraceProjectionsBOC::traceProjectionsParallelShutdown ( int pe ) [inherited]

Definition at line 1891 of file trace-projections.C.

References TraceProjectionsBOC::analysisStartTime, Converse::CkMyPe(), CmiPrintf(), CmiWallTimer(), TraceProjectionsBOC::endPe, TraceProjectionsBOC::findOutliers, TraceProjectionsBOC::findStartTime, and TraceProjectionsBOC::parModulesRemaining.

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void TraceProjectionsBOC::flush_warning ( int pe ) [inherited]

Definition at line 1929 of file trace-projections.C.

References Converse::CkMyPe(), TraceProjectionsBOC::flush_count, and TraceProjectionsBOC::list.

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void TraceProjectionsBOC::print_warning ( ) [inherited]

Definition at line 1938 of file trace-projections.C.

References Converse::CkMyPe(), TraceProjectionsBOC::flush_count, and TraceProjectionsBOC::list.

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void KMeansBOC::startKMeansAnalysis ( ) [inherited]

Definition at line 1954 of file trace-projections.C.

References cb, Converse::CkMyPe(), KMeansBOC::flushCheck(), LogPool::hasFlushed, and CkReduction::logical_or_bool.

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void KMeansBOC::flushCheck ( bool someFlush ) [inherited]

Definition at line 1965 of file trace-projections.C.

Referenced by KMeansBOC::startKMeansAnalysis().

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void KMeansBOC::flushCheckDone ( ) [inherited]

Definition at line 1983 of file trace-projections.C.

References _entryTable, KMeansBOC::beginBlockTime, KMeansBOC::beginIdleBlockTime, Converse::CkMyPe(), KMeansBOC::currentExecTimes, KMeansBOC::currentPhase, KMeansBOC::incKSeeds, LogPool::initializePhases(), KMeansBOC::keepMetric, KMeansBOC::lastBeginEPIdx, KMeansBOC::lastPhaseIdx, KMeansBOC::markedBegin, KMeansBOC::markedIdle, KMeansBOC::numEntryMethods, KMeansBOC::numK, KMeansBOC::numMetrics, and KMeansBOC::selected.

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void KMeansBOC::getNextPhaseMetrics ( ) [inherited]

Definition at line 2018 of file trace-projections.C.

References _entryTable, KMeansBOC::beginBlockTime, KMeansBOC::beginIdleBlockTime, Converse::CkMyPe(), KMeansBOC::collectKMeansData(), KMeansBOC::currentExecTimes, KMeansBOC::currentPhase, LogEntry::eIdx, LogEntry::event, KMeansBOC::lastBeginEPIdx, KMeansBOC::lastPhaseIdx, KMeansBOC::markedBegin, KMeansBOC::markedIdle, LogPool::numEntries, KMeansBOC::numMetrics, LogPool::pool, LogEntry::time, LogEntry::type, and KMeansBOC::usePhases.

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void KMeansBOC::collectKMeansData ( ) [inherited]

Through a reduction, collectKMeansData aggregates each processors' data in order for global properties to be determined:.

1. min & max to determine normalization factors. 2. sum to determine global EP averages for possible metric reduction through thresholding. 3. sum of squares to compute stddev which may be useful in the future.

collectKMeansData will also keep the processor's data for the current phase so that it may be normalized and worked on subsequently.

Definition at line 2168 of file trace-projections.C.

References cb, KMeansBOC::currentExecTimes, KMeansBOC::globalMetricRefinement(), KMeansBOC::numMetrics, and outlierReductionType.

Referenced by KMeansBOC::getNextPhaseMetrics().

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void KMeansBOC::globalMetricRefinement ( CkReductionMsg * msg ) [inherited]

Definition at line 2198 of file trace-projections.C.

References Converse::CkMyPe(), Converse::CkNumPes(), KMeansBOC::entryThreshold, factor, KMeansStatsMessage::filter, CkReductionMsg::getData(), KMeansBOC::keepMetric, KMeansBOC::kNumMembers, KMeansBOC::kSeeds, KMeansStatsMessage::kSeedsPos, KMeansBOC::numK, KMeansStatsMessage::numKPos, KMeansBOC::numKReported, KMeansStatsMessage::numMetrics, KMeansBOC::numMetrics, KMeansStatsMessage::numStats, and KMeansStatsMessage::stats.

Referenced by KMeansBOC::collectKMeansData().

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void KMeansBOC::findInitialClusters ( KMeansStatsMessage * msg ) [inherited]

Definition at line 2299 of file trace-projections.C.

References KMeansBOC::calculateDistance(), cb, Converse::CkMyPe(), KMeansBOC::currentExecTimes, KMeansBOC::currentPhase, std::distance(), KMeansStatsMessage::filter, KMeansBOC::incKSeeds, KMeansBOC::keepMetric, KMeansStatsMessage::kSeedsPos, KMeansBOC::minDistance, KMeansBOC::minK, KMeansBOC::numK, KMeansStatsMessage::numKPos, KMeansStatsMessage::numMetrics, KMeansBOC::numMetrics, KMeansStatsMessage::numStats, KMeansBOC::phaseIter, KMeansStatsMessage::stats, CkReduction::sum_double, and KMeansBOC::updateKSeeds().

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double KMeansBOC::calculateDistance ( int k ) [inherited]

Definition at line 2382 of file trace-projections.C.

References Converse::CkMyPe(), KMeansBOC::currentExecTimes, KMeansBOC::currentPhase, KMeansBOC::incKSeeds, KMeansBOC::keepMetric, KMeansBOC::numMetrics, and KMeansBOC::phaseIter.

Referenced by KMeansBOC::findInitialClusters(), and KMeansBOC::updateSeedMembership().

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void KMeansBOC::updateKSeeds	(	double *	modVector,
		int	n
	)			`[inherited]`

Definition at line 2395 of file trace-projections.C.

References Converse::CkMyPe(), Converse::CkNumPes(), KMeansBOC::currentPhase, KMeansBOC::findRepresentatives(), int, KMeansBOC::kNumMembers, KMeansBOC::kSeeds, KSeedsMessage::kSeedsPos, KMeansBOC::numK, KSeedsMessage::numKPos, KMeansBOC::numMetrics, and KMeansBOC::phaseIter.

Referenced by KMeansBOC::findInitialClusters(), and KMeansBOC::updateSeedMembership().

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void KMeansBOC::updateSeedMembership ( KSeedsMessage * msg ) [inherited]

Definition at line 2460 of file trace-projections.C.

References KMeansBOC::calculateDistance(), cb, Converse::CkMyPe(), KMeansBOC::currentExecTimes, KMeansBOC::currentPhase, std::distance(), KMeansBOC::incKSeeds, KSeedsMessage::kSeedsPos, KMeansBOC::lastMinK, KMeansBOC::minDistance, KMeansBOC::minK, KMeansBOC::numK, KSeedsMessage::numKPos, KMeansBOC::numMetrics, KMeansBOC::phaseIter, CkReduction::sum_double, and KMeansBOC::updateKSeeds().

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void KMeansBOC::findRepresentatives ( ) [inherited]

Definition at line 2513 of file trace-projections.C.

References Converse::CkNumPes(), KMeansBOC::exemplarChoicesLeft, int, KMeansBOC::kNumMembers, max(), KSelectionMessage::maxIDs, KSelectionMessage::minIDs, KMeansBOC::numK, KSelectionMessage::numKMaxIDs, KSelectionMessage::numKMinIDs, KMeansBOC::numSelectionIter, KMeansBOC::outlierChoicesLeft, and KMeansBOC::peNumKeep.

Referenced by KMeansBOC::updateKSeeds().

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void KMeansBOC::collectDistances ( KSelectionMessage * msg ) [inherited]

Definition at line 2638 of file trace-projections.C.

References cb, Converse::CkMyPe(), KMeansBOC::findNextMinMax(), KMeansBOC::lastMinK, KSelectionMessage::maxIDs, KMeansBOC::minDistance, KSelectionMessage::minIDs, minMaxReductionType, KMeansBOC::numK, and KMeansBOC::selected.

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void KMeansBOC::findNextMinMax ( CkReductionMsg * msg ) [inherited]

Definition at line 2678 of file trace-projections.C.

References KMeansBOC::exemplarChoicesLeft, CkReductionMsg::getData(), int, KSelectionMessage::maxIDs, KSelectionMessage::minIDs, KMeansBOC::numK, KSelectionMessage::numKMaxIDs, KSelectionMessage::numKMinIDs, KMeansBOC::numSelectionIter, and KMeansBOC::outlierChoicesLeft.

Referenced by KMeansBOC::collectDistances().

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void KMeansBOC::phaseDone ( ) [inherited]

Completion of the K-Means clustering and data selection of one phase of the computation.

Called on every processor.

Definition at line 2725 of file trace-projections.C.

References Converse::CkMyPe(), KMeansBOC::currentPhase, LogPool::keepPhase, LogPool::numPhases, KMeansBOC::selected, LogPool::setAllPhases(), and KMeansBOC::usePhases.

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void TraceProjectionsBOC::startTimeAnalysis ( ) [inherited]

Definition at line 2759 of file trace-projections.C.

References cb, CkReduction::min_double, startTime, and TraceProjectionsBOC::startTimeDone().

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void TraceProjectionsBOC::startTimeDone ( double result ) [inherited]

Definition at line 2768 of file trace-projections.C.

References Converse::CkMyPe().

Referenced by TraceProjectionsBOC::startTimeAnalysis().

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void TraceProjectionsBOC::startEndTimeAnalysis ( ) [inherited]

Definition at line 2780 of file trace-projections.C.

References cb, TraceProjectionsBOC::endTime, TraceProjectionsBOC::endTimeDone(), and CkReduction::max_double.

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void TraceProjectionsBOC::endTimeDone ( double result ) [inherited]

Definition at line 2792 of file trace-projections.C.

References Converse::CkMyPe(), and TraceProjectionsBOC::parModulesRemaining.

Referenced by TraceProjectionsBOC::startEndTimeAnalysis().

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void TraceProjectionsBOC::kMeansDone ( void ) [inherited]

Definition at line 2808 of file trace-projections.C.

References TraceProjectionsBOC::analysisStartTime, Converse::CkMyPe(), CmiWallTimer(), and TraceProjectionsBOC::parModulesRemaining.

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void TraceProjectionsBOC::kMeansDoneFlushed ( void ) [inherited]

This version is called (on processor 0) only if flushCheck fails.

Definition at line 2826 of file trace-projections.C.

References TraceProjectionsBOC::analysisStartTime, Converse::CkMyPe(), CmiWallTimer(), and TraceProjectionsBOC::parModulesRemaining.

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void TraceProjectionsBOC::finalize ( void ) [inherited]

Definition at line 2836 of file trace-projections.C.

References Converse::CkMyPe().

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void TraceProjectionsBOC::closingTraces ( void ) [inherited]

Definition at line 2845 of file trace-projections.C.

References TraceProjectionsBOC::closeParallelShutdown(), and TraceProjectionsBOC::endPe.

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void TraceProjectionsBOC::closeParallelShutdown ( void ) [inherited]

Definition at line 2857 of file trace-projections.C.

References CkContinueExit(), Converse::CkMyPe(), and TraceProjectionsBOC::endPe.

Referenced by TraceProjectionsBOC::closingTraces().

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PhaseEntry::PhaseEntry ( ) [inherited]

Definition at line 189 of file trace-summary.C.

References _entryTable, PhaseEntry::count, PhaseEntry::maxtimes, PhaseEntry::nEPs, and PhaseEntry::times.

SumLogPool::~SumLogPool ( ) [inherited]

Definition at line 204 of file trace-summary.C.

References SumLogPool::cpuTime, SumLogPool::epInfo, SumLogPool::events, SumLogPool::fp, SumLogPool::markcount, SumLogPool::numExecutions, SumLogPool::pool, SumLogPool::sdfp, sumDetail, sumonly, and SumLogPool::write().

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void SumLogPool::addEventType	(	int	eventType,
		double	time
	)			`[inherited]`

Definition at line 223 of file trace-summary.C.

References SumLogPool::events, SumLogPool::markcount, and SumLogPool::MarkEntry::time.

Referenced by TraceSummary::addEventType().

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SumLogPool::SumLogPool ( char * pgm ) [inherited]

Definition at line 235 of file trace-summary.C.

References Converse::CkMyPe(), CmiAbort(), SumLogPool::cpuTime, xi::fname, SumLogPool::markcount, SumLogPool::pool, SumLogPool::poolSize, and SumLogPool::stsfp.

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void SumLogPool::initMem ( ) [inherited]

Definition at line 266 of file trace-summary.C.

References _entryTable, SumLogPool::cpuTime, SumLogPool::epInfo, SumLogPool::epInfoSize, SumLogPool::numExecutions, SumLogPool::poolSize, and sumDetail.

Referenced by TraceSummary::beginComputation().

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int SumLogPool::getUtilization	(	int	interval,
		int	ep
	)			`[inline, inherited]`

Definition at line 293 of file trace-summary.C.

References SumLogPool::getCPUtime().

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void SumLogPool::write ( void ) [inherited]

Definition at line 297 of file trace-summary.C.

References _entryTable, Converse::CkMyPe(), Converse::CkNumPes(), CmiAbort(), count, SumLogPool::epInfo, SumLogPool::events, xi::fname, SumLogPool::fp, SumLogPool::getCPUtime(), SumLogPool::getNumExecutions(), BinEntry::getU(), BinEntry::getUIdle(), SumEntryInfo::HIST_SIZE, len, SumLogPool::markcount, SumLogPool::numBins, xi::numEntries, PhaseTable::numPhasesCalled(), SumLogPool::pgm, SumLogPool::phaseTab, SumLogPool::pool, SumLogPool::sdfp, sumDetail, sumonly, stats::time(), PUP::u, version, PhaseTable::write(), and writeU().

Referenced by SumLogPool::~SumLogPool().

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void SumLogPool::writeSts ( void ) [inherited]

Definition at line 482 of file trace-summary.C.

References _numEvents, CmiAbort(), xi::fname, SumLogPool::stsfp, and traceWriteSTS().

Referenced by TraceSummary::traceClose(), and TraceSummary::traceWriteSts().

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void SumLogPool::add	(	double	time,
		double	idleTime,
		int	pe
	)			`[inherited]`

Definition at line 504 of file trace-summary.C.

References SumLogPool::numBins, SumLogPool::pool, SumLogPool::poolSize, and SumLogPool::shrink().

Referenced by TraceSummary::beginExecute(), TraceSummary::beginIdle(), TraceSummary::endComputation(), TraceSummary::endExecute(), and TraceSummary::endIdle().

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void SumLogPool::setEp	(	int	epidx,
		double	time
	)			`[inherited]`

Definition at line 514 of file trace-summary.C.

References CmiAbort(), SumLogPool::epInfo, SumLogPool::epInfoSize, SumLogPool::phaseTab, PhaseTable::setEp(), and SumEntryInfo::setTime().

Referenced by TraceSummary::endExecute(), TraceSummary::endPack(), and TraceSummary::endUnpack().

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void SumLogPool::updateSummaryDetail	(	int	epIdx,
		double	startTime,
		double	endTime
	)			`[inherited]`

Definition at line 527 of file trace-summary.C.

References SumLogPool::addToCPUtime(), Converse::CkMyPe(), CmiAbort(), SumLogPool::epInfoSize, SumLogPool::incNumExecutions(), int, SumLogPool::poolSize, and SumLogPool::shrink().

Referenced by TraceSummary::endExecute(), TraceSummary::endPack(), and TraceSummary::endUnpack().

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void SumLogPool::shrink ( void ) [inherited]

Definition at line 563 of file trace-summary.C.

References SumLogPool::cpuTime, SumLogPool::epInfoSize, SumLogPool::getCPUtime(), BinEntry::getIdleTime(), SumLogPool::getNumExecutions(), SumLogPool::numBins, SumLogPool::numExecutions, SumLogPool::pool, SumLogPool::setCPUtime(), SumLogPool::setNumExecutions(), sumDetail, and BinEntry::time().

Referenced by SumLogPool::add(), SumLogPool::shrink(), and SumLogPool::updateSummaryDetail().

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void SumLogPool::shrink ( double max ) [inherited]

Definition at line 591 of file trace-summary.C.

References SumLogPool::shrink().

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int BinEntry::getU ( ) [inherited]

Definition at line 598 of file trace-summary.C.

References BinEntry::_time.

Referenced by BinEntry::write(), and SumLogPool::write().

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int BinEntry::getUIdle ( ) [inherited]

Definition at line 603 of file trace-summary.C.

References BinEntry::_idleTime.

Referenced by SumLogPool::write().

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void BinEntry::write ( FILE * fp ) [inherited]

Definition at line 607 of file trace-summary.C.

References BinEntry::getU(), and writeU().

Referenced by TraceSummaryBOC::write().

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TraceSummary::TraceSummary ( char ** argv ) [inherited]

Definition at line 612 of file trace-summary.C.

References TraceSummary::_logPool, TraceSummary::binStart, Converse::CkMyPe(), CmiGetArgDoubleDesc(), CmiGetArgFlagDesc(), CmiGetArgIntDesc(), CmiInitTime(), CmiPrintf(), CmiTimerAbsolute(), TraceSummary::depth, epInterval, epThreshold, TraceSummary::execEp, TraceSummary::inExec, TraceSummary::inIdle, sumDetail, sumonly, and version.

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void TraceSummary::traceClearEps ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 654 of file trace-summary.C.

References TraceSummary::_logPool, and SumLogPool::clearEps().

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void TraceSummary::traceWriteSts ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 659 of file trace-summary.C.

References TraceSummary::_logPool, Converse::CkMyPe(), and SumLogPool::writeSts().

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void TraceSummary::traceClose ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 665 of file trace-summary.C.

References TraceSummary::_logPool, Converse::CkMyPe(), and SumLogPool::writeSts().

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void TraceSummary::beginExecute ( CmiObjId * tid ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 675 of file trace-summary.C.

References _threadEP, and TraceSummary::beginExecute().

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void TraceSummary::beginExecute	(	envelope *	e,
		void *	obj
	)			`[virtual, inherited]`

Reimplemented from Trace.

Definition at line 680 of file trace-summary.C.

References _threadEP, and envelope::getEpIdx().

Referenced by TraceSummary::beginExecute(), and TraceSummary::traceBegin().

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void TraceSummary::beginExecute ( char * msg ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 691 of file trace-summary.C.

References _entryTable, TraceSummary::beginExecute(), and envelope::getEpIdx().

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void TraceSummary::beginExecute	(	int	event,
		int	msgType,
		int	ep,
		int	srcPe,
		int	mlen = `0`,
		CmiObjId *	idx = `NULL`,
		void *	obj = `NULL`
	)			`[virtual, inherited]`

Reimplemented from Trace.

Definition at line 704 of file trace-summary.C.

References TraceSummary::_logPool, SumLogPool::add(), TraceSummary::binIdle, TraceSummary::binStart, TraceSummary::binTime, Converse::CkMyPe(), TraceSummary::depth, TraceSummary::endExecute(), TraceSummary::execEp, TraceSummary::inExec, TraceSummary::inIdle, TraceSummary::start, PUP::t, and TraceTimer().

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void TraceSummary::endExecute ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 752 of file trace-summary.C.

References TraceSummary::_logPool, SumLogPool::add(), TraceSummary::binIdle, TraceSummary::binStart, TraceSummary::binTime, Converse::CkMyPe(), TraceSummary::depth, TraceSummary::execEp, TraceSummary::inExec, TraceSummary::inIdle, SumLogPool::setEp(), TraceSummary::start, sumDetail, PUP::t, TraceTimer(), and SumLogPool::updateSummaryDetail().

Referenced by TraceSummary::beginExecute(), TraceSummary::beginIdle(), TraceSummary::endExecute(), and TraceSummary::traceEnd().

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void TraceSummary::endExecute ( char * msg ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 803 of file trace-summary.C.

References _entryTable, TraceSummary::endExecute(), and envelope::getEpIdx().

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void TraceSummary::beginIdle ( double currT ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 816 of file trace-summary.C.

References TraceSummary::_logPool, SumLogPool::add(), TraceSummary::binIdle, TraceSummary::binStart, TraceSummary::binTime, Converse::CkMyPe(), TraceSummary::endExecute(), TraceSummary::execEp, TraceSummary::idleStart, TraceSummary::inExec, TraceSummary::inIdle, PUP::t, and TraceTimer().

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void TraceSummary::endIdle ( double currT ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 841 of file trace-summary.C.

References TraceSummary::_logPool, SumLogPool::add(), TraceSummary::binIdle, TraceSummary::binStart, TraceSummary::binTime, Converse::CkMyPe(), TraceSummary::idleStart, TraceSummary::inExec, TraceSummary::inIdle, PUP::t, and TraceTimer().

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void TraceSummary::traceBegin ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 864 of file trace-summary.C.

References TraceSummary::beginExecute().

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void TraceSummary::traceEnd ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 871 of file trace-summary.C.

References TraceSummary::endExecute().

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void TraceSummary::beginPack ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 876 of file trace-summary.C.

References CmiWallTimer(), and TraceSummary::packstart.

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void TraceSummary::endPack ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 881 of file trace-summary.C.

References TraceSummary::_logPool, _packEP, CmiWallTimer(), TraceSummary::packstart, SumLogPool::setEp(), sumDetail, TraceTimer(), and SumLogPool::updateSummaryDetail().

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void TraceSummary::beginUnpack ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 888 of file trace-summary.C.

References CmiWallTimer(), and TraceSummary::unpackstart.

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void TraceSummary::endUnpack ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 893 of file trace-summary.C.

References TraceSummary::_logPool, _unpackEP, CmiWallTimer(), SumLogPool::setEp(), sumDetail, TraceTimer(), TraceSummary::unpackstart, and SumLogPool::updateSummaryDetail().

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void TraceSummary::beginComputation ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 900 of file trace-summary.C.

References TraceSummary::_logPool, and SumLogPool::initMem().

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void TraceSummary::endComputation ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 906 of file trace-summary.C.

References TraceSummary::_logPool, SumLogPool::add(), TraceSummary::binIdle, TraceSummary::binStart, TraceSummary::binTime, Converse::CkMyPe(), CpuTopoDetails::done, TraceSummary::msgNum, PUP::t, and TraceTimer().

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void TraceSummary::addEventType ( int eventType ) [inherited]

for trace summary event mark

Definition at line 932 of file trace-summary.C.

References TraceSummary::_logPool, SumLogPool::addEventType(), and TraceTimer().

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void TraceSummary::startPhase ( int phase ) [inherited]

for starting a new phase

Definition at line 937 of file trace-summary.C.

References TraceSummary::_logPool, and SumLogPool::startPhase().

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void TraceSummary::traceEnableCCS ( ) [virtual, inherited]

Supporting methods for CCS queries.

Reimplemented from Trace.

Definition at line 942 of file trace-summary.C.

void TraceSummary::fillData	(	double *	buffer,
		double	reqStartTime,
		double	reqBinSize,
		int	reqNumBins
	)			`[inherited]`

Definition at line 948 of file trace-summary.C.

References SumLogPool::getTime(), int, and TraceSummary::pool().

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void TraceSummaryBOC::traceSummaryParallelShutdown ( int pe ) [inherited]

Definition at line 971 of file trace-summary.C.

References cb, CkReduction::max_double, and TraceSummaryBOC::maxBinSize().

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void TraceSummaryBOC::maxBinSize ( double _maxBinSize ) [inherited]

Definition at line 981 of file trace-summary.C.

Referenced by TraceSummaryBOC::traceSummaryParallelShutdown().

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void TraceSummaryBOC::shrink ( double _maxBinSize ) [inherited]

Definition at line 987 of file trace-summary.C.

References TraceSummaryBOC::_maxBinSize, cb, CkReduction::sum_double, and TraceSummaryBOC::sumData().

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void TraceSummaryBOC::sumData	(	double *	sumData,
		int	totalsize
	)			`[inherited]`

Definition at line 1001 of file trace-summary.C.

References TraceSummaryBOC::_maxBinSize, CkContinueExit(), Converse::CkNumPes(), xi::fname, xi::numEntries, and version.

Referenced by TraceSummaryBOC::shrink().

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void TraceSummaryBOC::initCCS ( ) [inherited]

for TraceSummaryBOC

Definition at line 1025 of file trace-summary.C.

References CcdCallOnConditionKeep(), TraceSummaryBOC::ccsBufferedData, CcsRegisterHandler(), Converse::CkMyPe(), TraceSummaryBOC::collectionGranularity, TraceSummaryBOC::firstTime, TraceSummaryBOC::indicesPerBlock, TraceSummaryBOC::lastRequestedIndexBlock, TraceSummaryBOC::nBufferedBins, startCollectData(), and summaryCcsStreaming.

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void TraceSummaryBOC::ccsRequestSummaryDouble ( CkCcsRequestMsg * m ) [inherited]

Return summary information as double precision values for each sample period.

The actual data collection is in double precision values.

The units on the returned values are total execution time across all PEs.

Definition at line 1060 of file trace-summary.C.

References TraceSummaryBOC::ccsBufferedData, CcsSendDelayedReply(), Converse::CkMyPe(), CkVec< T >::free(), CkVec< T >::getVec(), CkVec< T >::length(), and CkCcsRequestMsg::reply.

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void TraceSummaryBOC::ccsRequestSummaryUnsignedChar ( CkCcsRequestMsg * m ) [inherited]

Return summary information as unsigned char values for each sample period.

The actual data collection is in double precision values.

This returns the utilization in a range from 0 to 200.

Definition at line 1091 of file trace-summary.C.

References TraceSummaryBOC::ccsBufferedData, CcsSendDelayedReply(), Converse::CkMyPe(), Converse::CkNumPes(), CkVec< T >::free(), CkVec< T >::getVec(), CkVec< T >::length(), and CkCcsRequestMsg::reply.

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void TraceSummaryBOC::collectSummaryData	(	double	startTime,
		double	binSize,
		int	numBins
	)			`[inherited]`

Definition at line 1153 of file trace-summary.C.

References cb, CkReduction::sum_double, and TraceSummaryBOC::summaryDataCollected().

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void TraceSummaryBOC::summaryDataCollected	(	double *	recvData,
		int	numBins
	)			`[inherited]`

Definition at line 1176 of file trace-summary.C.

References TraceSummaryBOC::ccsBufferedData, Converse::CkMyPe(), and CkVec< T >::insertAtEnd().

Referenced by TraceSummaryBOC::collectSummaryData().

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void TraceSummaryBOC::startSumOnly ( ) [inherited]

Definition at line 1191 of file trace-summary.C.

References Converse::CkMyPe(), p, and size.

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void TraceSummaryBOC::askSummary ( int size ) [inherited]

Definition at line 1200 of file trace-summary.C.

References cb, BinEntry::getIdleTime(), n, TraceSummaryBOC::sendSummaryBOC(), CkReduction::sum_double, and BinEntry::time().

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void TraceSummaryBOC::sendSummaryBOC	(	double *	results,
		int	n
	)			`[inherited]`

Definition at line 1224 of file trace-summary.C.

References TraceSummaryBOC::bins, CkContinueExit(), Converse::CkMyPe(), int, TraceSummaryBOC::nBins, TraceSummaryBOC::nTracedPEs, stats::time(), and TraceSummaryBOC::write().

Referenced by TraceSummaryBOC::askSummary().

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void TraceSummaryBOC::write ( void ) [private, inherited]

Definition at line 1240 of file trace-summary.C.

References _entryTable, TraceSummaryBOC::bins, Converse::CkMyPe(), Converse::CkNumPes(), CmiAbort(), TraceSummaryBOC::count, xi::fname, TraceSummaryBOC::nBins, TraceSummaryBOC::nTracedPEs, xi::numEntries, BinEntry::time(), PUP::u, version, BinEntry::write(), and writeU().

Referenced by TraceSummaryBOC::sendSummaryBOC().

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void TraceUtilization::beginExecute ( CmiObjId * tid ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 45 of file trace-utilization.C.

References _threadEP, and TraceUtilization::beginExecute().

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void TraceUtilization::beginExecute	(	envelope *	e,
		void *	obj
	)			`[virtual, inherited]`

Reimplemented from Trace.

Definition at line 50 of file trace-utilization.C.

References _threadEP, and envelope::getEpIdx().

Referenced by TraceUtilization::beginExecute().

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void TraceUtilization::beginExecute	(	int	event,
		int	msgType,
		int	ep,
		int	srcPe,
		int	mlen = `0`,
		CmiObjId *	idx = `NULL`,
		void *	obj = `NULL`
	)			`[virtual, inherited]`

Reimplemented from Trace.

Definition at line 61 of file trace-utilization.C.

References TraceUtilization::execEp, TraceUtilization::start, and TraceTimer().

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void TraceUtilization::endExecute ( void ) [virtual, inherited]

Reimplemented from Trace.

Definition at line 73 of file trace-utilization.C.

References TraceUtilization::execEp, TraceUtilization::start, TraceTimer(), and TraceUtilization::updateCpuTime().

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void TraceUtilization::addEventType ( int eventType ) [inherited]

Definition at line 93 of file trace-utilization.C.

void TraceUtilizationBOC::ccsRequestSumDetailCompressed ( CkCcsRequestMsg * m ) [inherited]

Entry methods:.

Send back to the client compressed sum-detail style measurements about the utilization for each active PE combined across all PEs.

The data format sent by this handler is a bunch of records(one for each bin) of the following format: samples (EP,utilization)*

One example record for two EPS that executed during the sample period. EP 3 used 150/200 of the time while EP 122 executed for 20/200 of the time. All of these would be packed as bytes into the message: 2 3 150 122 20

Definition at line 115 of file trace-utilization.C.

References PUP::b, compressedBuffer::buffer(), CcsSendDelayedReply(), compressedBuffer::datalength(), emptyCompressedBuffer(), fakeCompressedMessage(), compressedBuffer::freeBuf(), CkReductionMsg::getData(), CkReductionMsg::getSize(), msg, CkCcsRequestMsg::reply, and TraceUtilizationBOC::storedSumDetailResults.

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void TraceUtilizationBOC::collectSumDetailData ( ) [inherited]

Definition at line 153 of file trace-utilization.C.

References PUP::b, compressedBuffer::buffer(), cb, TraceUtilization::compressNRecentSumDetail(), TraceUtilization::cpuTimeEntriesAvailable(), TraceUtilization::cpuTimeEntriesSentSoFar(), compressedBuffer::datalength(), fakeCompressedMessage(), compressedBuffer::freeBuf(), sumDetailCompressedReducer, and PUP::t.

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void TraceUtilizationBOC::sumDetailDataCollected ( CkReductionMsg * msg ) [inherited]

Definition at line 181 of file trace-utilization.C.

References averageUtilizationInBuffer(), PUP::b, Converse::CkMyPe(), CkReductionMsg::getData(), and TraceUtilizationBOC::storedSumDetailResults.

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void TraceUtilization::writeSts ( void ) [inherited]

Definition at line 197 of file trace-utilization.C.

References CmiAbort(), xi::fname, and traceWriteSTS().

Referenced by TraceUtilization::initMem().

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double TraceUtilization::sumUtilization	(	int	startBin,
		int	endBin
	)			`[inherited]`

Definition at line 483 of file trace-utilization.C.

References PUP::a, TraceUtilization::cpuTime, TraceUtilization::epInfoSize, and TraceUtilization::getEpInfoSize().

Referenced by TraceUtilization::compressNRecentSumDetail().

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compressedBuffer TraceUtilization::compressNRecentSumDetail ( int desiredBinsToSend ) [inherited]

Create a compressed buffer of the n most recent sum detail samples.

Definition at line 498 of file trace-utilization.C.

References PUP::b, Converse::CkMyPe(), Converse::CkNumPes(), TraceUtilization::cpuTimeEntriesSentSoFar(), TraceUtilization::getEpInfoSize(), TraceUtilization::getUtilization(), compressedBuffer::increment(), TraceUtilization::incrementNumCpuTimeEntriesSent(), xi::numEntries, compressedBuffer::push(), and TraceUtilization::sumUtilization().

Referenced by TraceUtilizationBOC::collectSumDetailData().

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Variable Documentation

int traceBluegeneLinked

Definition at line 35 of file trace-common.C.

Referenced by _createTracebluegene().

int warned = 0 [static]

Definition at line 22 of file trace-common.C.

Referenced by arg_init(), FEM_AdaptL::edge_bisect(), FEM_AdaptL::edge_contraction(), FEM_AdaptL::edge_flip(), and FEM_AdaptL::vertex_remove().

int traceBluegeneLinked = 0

Definition at line 35 of file trace-common.C.

bool outlierAutomatic

Definition at line 47 of file trace-common.C.

Referenced by traceCommonInit(), and TraceProjectionsInit::TraceProjectionsInit().

bool findOutliers

Definition at line 48 of file trace-common.C.

Referenced by traceCommonInit(), and TraceProjectionsInit::TraceProjectionsInit().

int numKSeeds

Definition at line 49 of file trace-common.C.

Referenced by traceCommonInit(), and TraceProjectionsInit::TraceProjectionsInit().

int peNumKeep

Definition at line 50 of file trace-common.C.

Referenced by traceCommonInit(), and TraceProjectionsInit::TraceProjectionsInit().

bool outlierUsePhases

Definition at line 51 of file trace-common.C.

Referenced by traceCommonInit(), and TraceProjectionsInit::TraceProjectionsInit().

double entryThreshold

Definition at line 52 of file trace-common.C.

Referenced by traceCommonInit(), and TraceProjectionsInit::TraceProjectionsInit().

int _threadMsg

Tracing-specific registered Charm entities:.

Definition at line 58 of file trace-common.C.

Referenced by traceCommonInit().

int _threadChare

Definition at line 58 of file trace-common.C.

Referenced by traceCommonInit().

int _threadEP

Definition at line 58 of file trace-common.C.

Referenced by TraceUtilization::beginExecute(), TraceTau::beginExecute(), TraceSummary::beginExecute(), TraceSimple::beginExecute(), TraceCounter::beginExecute(), TraceBluegene::bgDummyBeginExec(), charm_beginExecute(), charm_endExecute(), controlPointManager::doExitNow(), traceCommonInit(), and TraceBluegene::userBracketEvent().

int _packMsg

Definition at line 59 of file trace-common.C.

Referenced by traceCommonInit().

int _packChare

Definition at line 59 of file trace-common.C.

Referenced by traceCommonInit().

int _packEP

Definition at line 59 of file trace-common.C.

Referenced by TraceSummary::endPack(), and traceCommonInit().

int _unpackMsg

Definition at line 60 of file trace-common.C.

Referenced by traceCommonInit().

int _unpackChare

Definition at line 60 of file trace-common.C.

Referenced by traceCommonInit().

int _unpackEP

Definition at line 60 of file trace-common.C.

Referenced by TraceSummary::endUnpack(), and traceCommonInit().

int _sdagMsg

Definition at line 61 of file trace-common.C.

Referenced by traceCommonInit().

int _sdagChare

Definition at line 61 of file trace-common.C.

Referenced by traceCommonInit().

int _sdagEP

Definition at line 61 of file trace-common.C.

Referenced by traceCommonInit().

bool outlierAutomatic

Definition at line 47 of file trace-common.C.

Referenced by traceCommonInit(), and TraceProjectionsInit::TraceProjectionsInit().

bool findOutliers

Definition at line 48 of file trace-common.C.

Referenced by traceCommonInit(), and TraceProjectionsInit::TraceProjectionsInit().

int numKSeeds

Definition at line 49 of file trace-common.C.

Referenced by traceCommonInit(), and TraceProjectionsInit::TraceProjectionsInit().

int peNumKeep

Definition at line 50 of file trace-common.C.

Referenced by traceCommonInit(), and TraceProjectionsInit::TraceProjectionsInit().

bool outlierUsePhases

Definition at line 51 of file trace-common.C.

Referenced by traceCommonInit(), and TraceProjectionsInit::TraceProjectionsInit().

double entryThreshold

Definition at line 52 of file trace-common.C.

Referenced by traceCommonInit(), and TraceProjectionsInit::TraceProjectionsInit().

int _threadMsg

Tracing-specific registered Charm entities:.

Definition at line 58 of file trace-common.C.

Referenced by traceCommonInit().

int _threadChare

Definition at line 58 of file trace-common.C.

Referenced by traceCommonInit().

int _threadEP

Definition at line 58 of file trace-common.C.

Referenced by TraceUtilization::beginExecute(), TraceTau::beginExecute(), TraceSummary::beginExecute(), TraceSimple::beginExecute(), TraceCounter::beginExecute(), TraceBluegene::bgDummyBeginExec(), charm_beginExecute(), charm_endExecute(), controlPointManager::doExitNow(), traceCommonInit(), and TraceBluegene::userBracketEvent().

int _packMsg

Definition at line 59 of file trace-common.C.

Referenced by traceCommonInit().

int _packChare

Definition at line 59 of file trace-common.C.

Referenced by traceCommonInit().

int _packEP

Definition at line 59 of file trace-common.C.

Referenced by TraceSummary::endPack(), and traceCommonInit().

int _unpackMsg

Definition at line 60 of file trace-common.C.

Referenced by traceCommonInit().

int _unpackChare

Definition at line 60 of file trace-common.C.

Referenced by traceCommonInit().

int _unpackEP

Definition at line 60 of file trace-common.C.

Referenced by TraceSummary::endUnpack(), and traceCommonInit().

int _sdagMsg

Definition at line 61 of file trace-common.C.

int _sdagChare

Definition at line 61 of file trace-common.C.

int _sdagEP

Definition at line 61 of file trace-common.C.

int papiEvents[NUMPAPIEVENTS]

Referenced by traceCommonInit(), and LogPool::writeSts().

const int NUM_EXTRA_PERF = 6 [static]

Definition at line 30 of file trace-counter.C.

Referenced by StatTable::doReduction(), and StatTableReduction().

int _numEvents = 0 [static]

Definition at line 39 of file trace-counter.C.

Referenced by SumLogPool::writeSts(), and CountLogPool::writeSts().

const int NUM_COUNTER_ARGS = 32 [static]

The following is the list of arguments that can be passed to the +counter{1|2} command line arguments.

To add or change, change NUM_COUNTER_ARGS and follow the examples Use three constructor arguments: 1) Code (for SGI libperfex) associated with counter. 2) String to be entered on the command line. 3) String that is the description of the counter. All NUM_COUNTER_ARGS are automatically registered via TraceCounter::TraceCounter() definition.

Definition at line 148 of file trace-counter.C.

Referenced by TraceCounter::TraceCounter(), and TraceCounter::traceInit().

TraceCounter::CounterArg COUNTER_ARG[NUM_COUNTER_ARGS] [static]

Definition at line 149 of file trace-counter.C.

bool checknested = false

Definition at line 26 of file trace-projections.C.

CkGroupID traceProjectionsGID

Definition at line 30 of file trace-projections.C.

CkGroupID kMeansGID

Definition at line 31 of file trace-projections.C.

CkReduction::reducerType outlierReductionType

Definition at line 39 of file trace-projections.C.