sdf/tools/sdf3analysis/sdf3analysis.cc File Reference

#include "sdf3analysis.h"
#include "../../sdf.h"

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Classes
struct	_CPair
struct	_Settings
Typedefs
typedef struct _CPair	CPair
typedef list< CPair >	CPairs
typedef CPairs::iterator	CPairsIter
typedef struct _Settings	Settings
Functions
void	helpMessage (ostream &out)
CPairs	parseSwitchArgument (CString arguments)
void	parseCommandLine (int argc, char **argv)
CNode *	loadApplicationGraphFromFile (CString &file, CString module)
CNode *	loadArchitectureGraphFromFile (CString &file, CString module)
CNode *	loadMappingFromFile (CString &file, CString module)
void	initSettings (int argc, char **argv)
void	analyzeSDFG (TimedSDFgraph *g, CPairs &analyze, ostream &out)
void	analyzeSDFG (ostream &out)
int	main (int argc, char **argv)
Variables
Settings	settings

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Typedef Documentation

typedef struct _CPair CPair

typedef list<CPair> CPairs

typedef CPairs::iterator CPairsIter

typedef struct _Settings Settings

Settings Struct to store program settings.

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Function Documentation

void analyzeSDFG	(	TimedSDFgraph *	g,
		CPairs &	analyze,
		ostream &	out
	)

analyzeSDFG () The function analyzes the SDF graph.

References a, SDFgraph::actorsBegin(), SDFgraph::actorsEnd(), SDFstateSpaceBindingAwareThroughputAnalysis::analyze(), SDFstateSpaceSelfTimedMinimalLatencyAnalysis::analyze(), SDFstateSpaceMinimalLatencyAnalysis::analyze(), SDFstateSpaceSelfTimedLatencyAnalysis::analyze(), SDFstateSpaceThroughputAnalysisNingGao::analyze(), SDFstateSpaceBufferAnalysisNingGao::analyze(), SDFstateSpaceBufferAnalysis::analyze(), SDFstateSpaceThroughputAnalysis::analyze(), SDFstateSpaceMinimalLatencyAnalysis::analyzeSingleProc(), c, CGetChildNode(), CGetNodeContent(), SDFgraph::channelsBegin(), SDFgraph::channelsEnd(), CNextNode(), FSMSADF::computeRepetitionVector(), constructPlatformGraph(), MaxPlusAnalysis::Exploration::convertToHSDFByMP(), createCapacityConstrainedModel(), CFraction::denominator(), MaxPlusAnalysis::Exploration::explore(), MaxPlusAnalysis::Exploration::exploreDelayForSchedule(), MaxPlusAnalysis::Exploration::exploreEigen(), findSimpleCycles(), MaxPlusAnalysis::Exploration::g, MaxPlusAnalysis::Exploration::G, MaxPlus::Vector::get(), SDFgraph::getActor(), SDFgraph::getChannel(), SDFchannel::getDstActor(), TimedSDFactor::getExecutionTime(), SDFcomponent::getId(), SDFchannel::getInitialTokens(), SDFcomponent::getName(), SDFport::getRate(), MaxPlus::Vector::getSize(), SDFchannel::getSrcActor(), TimedSDFchannel::getStorageSpaceChannel(), SDFport::getType(), isAcyclic(), isConnected(), SDFstateSpaceDeadlockAnalysis::isDeadlockFree(), isHSDFgraph(), isSDFgraphConsistent(), latencyAnalysisForRandomStaticOrderSingleProc(), CFraction::lowestTerm(), maximumCycleMeanCycles(), maximumCycleMeanDasdanGupta(), maximumCycleMeanHoward(), maximumCycleMeanKarp(), maximumCycleYoungTarjanOrlin(), minStorageDistributions, modelAutoConcurrencyInSDFgraph(), modelCapacityConstrainedBuffer(), _StorageDistributionSet::next, SDFgraph::nrActors(), SDFgraph::nrChannels(), CFraction::numerator(), outputSDFasXML(), SDFactor::portsBegin(), SDFactor::portsEnd(), printTimer(), SDFstateSpaceStaticPeriodicSchedulerChao::schedule(), SDFstateSpaceStaticPeriodicScheduler::schedule(), setMappingPlatformGraph(), settings, _StorageDistribution::sp, startTimer(), stateSpaceBufferAnalysisCapacityConstrainedModel(), stopTimer(), stringtok(), stronglyConnectedComponents(), _StorageDistribution::thr, _StorageDistributionSet::thr, transformSDFtoHSDF(), v, CFraction::value(), and Settings::xmlArchGraph.

Referenced by analyzeSDFG(), and main().

void analyzeSDFG

(

ostream &

out

)

analyzeSDFG () The function analyzes the SDF graph.

References analyzeSDFG(), CGetChildNode(), TimedSDFgraph::construct(), and settings.

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void helpMessage

(

ostream &

out

)

helpMessage () Function prints help message for the tool.

References DOTTED_VERSION, and TOOL.

void initSettings	(	int	argc,
		char **	argv
	)

initSettings () The function initializes the program settings.

References helpMessage(), loadApplicationGraphFromFile(), loadArchitectureGraphFromFile(), loadMappingFromFile(), MODULE, parseCommandLine(), settings, and Settings::xmlArchGraph.

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CNode* loadApplicationGraphFromFile	(	CString &	file,
		CString	module
	)

loadApplicationGraphFromFile () The function returns a pointer to an XML data structures contained in the supplied file that describes the SDFG.

References CGetAttribute(), CGetChildNode(), CGetRootNode(), and CParseFile().

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CNode* loadArchitectureGraphFromFile	(	CString &	file,
		CString	module
	)

loadArchitectureGraphFromFile () The function returns a pointer to an XML data structures contained in the supplied file that describes the architecture.

References CGetAttribute(), CGetChildNode(), CGetRootNode(), and CParseFile().

Referenced by initSettings(), and parseSettingsFile().

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CNode* loadMappingFromFile	(	CString &	file,
		CString	module
	)

loadMappingFromFile () The function returns a pointer to an XML data structures contained in the supplied file that describes the mapping.

References CGetAttribute(), CGetChildNode(), CGetRootNode(), and CParseFile().

Referenced by initSettings().

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int main	(	int	argc,
		char **	argv
	)

main () It does none of the hard work, but it is very needed...

References analyzeSDFG(), initSettings(), MaxPlusAnalysis::out, Settings::outputFile, and settings.

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void parseCommandLine	(	int	argc,
		char **	argv
	)

parseCommandLine () The function parses the command line arguments and add info to the supplied settings structure.

References helpMessage(), Settings::outputFile, parseSwitchArgument(), and settings.

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CPairs parseSwitchArgument

(

CString

arguments

)

parseSwitchArgument () The function parses the string 'arguments' into a sequence of (arg, value) pairs. The syntax as as follows:

pair := key(value) arg := pair,pair,...

Note: value may be a pair itself, but this is not expanded into a set of pairs (i.e. nested pairs are not supported).

References c, _CPair::key, and _CPair::value.

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Variable Documentation

Settings settings

settings Program settings.