frib::analysis::CMPITriggerSorter Class Reference

Inheritance diagram for frib::analysis::CMPITriggerSorter:

Collaboration diagram for frib::analysis::CMPITriggerSorter:

Public Member Functions
	CMPITriggerSorter (int outputterRank, MPI_Datatype &headers, MPI_Datatype &param)
virtual	~CMPITriggerSorter ()
virtual void	emitItem (pParameterItem item)
Public Member Functions inherited from frib::analysis::CTriggerSorter
	CTriggerSorter ()
virtual	~CTriggerSorter ()
void	addItem (pParameterItem item)
void	flush ()

Constructor & Destructor Documentation

CMPITriggerSorter()

frib::analysis::CMPITriggerSorter::CMPITriggerSorter	(	int	outputterRank,
		MPI_Datatype &	headers,
		MPI_Datatype &	param
	)

constructor The parameters really tell us how to talk to the outputter:

Parameters

outputRank	- the rank to which we send our sorted items.
headers	- MPI Data type for FRIB_MPI_Parameter_MessageHeader normally AbstractApplication computed this.
param	- MPIData type for FRIB_MPI_Parameter_Value which, again, is normally created by AbstractApplication.

Note

- we're going to pre-allocate 100 FRIB_MPI_Parameter_Value items just to get us started.

~CMPITriggerSorter()

frib::analysis::CMPITriggerSorter::~CMPITriggerSorter ( )

virtual

Destructor -The cool thing about unique pointers is they destroy themselves.,\

Member Function Documentation

emitItem()

void frib::analysis::CMPITriggerSorter::emitItem ( pParameterItem  item )

virtual

emitItem Marshall the event up into a header and parameter block and send it on its way to the m_outputRank receiver.

Parameters

item	-pointer to the ring item that contains the parameters.

Note

item will be deleted after we no longer need its data.

Implements frib::analysis::CTriggerSorter.

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The documentation for this class was generated from the following files:

• base/MPITriggerSorter.h
• base/MPITriggerSorter.cpp