#include <partitionedAnalysis.h>
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| PartitionedAnalysis (IntraPartitionDataflow *intraFactory) |
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void | initMaster () |
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IntraPartitionDataflow * | getMasterDFAnalysis () |
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bool | activatePart (IntraPartitionDataflow *part) |
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std::set
< IntraPartitionDataflow * > | split (IntraPartitionDataflow *origA, std::vector< IntraPartitionDataflowCheckpoint * > partitionChkpts, const Function &func, NodeState *fState, bool newSplit, bool newPartActive) |
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void | join (IntraPartitionDataflow *joinA, IntraPartitionDataflowCheckpoint *chkpt, const Function &func, NodeState *fState) |
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virtual std::set
< IntraPartitionDataflow * > | preJoin (partSplit *s, const Function &func, NodeState *fState, const std::map< IntraPartitionDataflow *, IntraPartitionDataflowCheckpoint * > &parts2chkpts)=0 |
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virtual void | postFinish (partSplit *s, const std::map< IntraPartitionDataflow *, IntraPartitionDataflowCheckpoint * > &parts2chkpts)=0 |
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bool | runAnalysis (const Function &func, NodeState *state) |
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void | setInterAnalysis (InterProceduralAnalysis *interAnalysis) |
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virtual | ~IntraProceduralAnalysis () |
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| Analysis (bool(*f)(CFGNode)=defaultFilter) |
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Definition at line 75 of file partitionedAnalysis.h.
void PartitionedAnalysis::initMaster |
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The documentation for this class was generated from the following file: