ckPairCalculator.ci File Reference

Go to the source code of this file.

Functions
initnode	registersumMatrixDouble (void)
entry[nokeep] void	acceptLeftData (paircalcInputMsg *msg)
entry[nokeep] void	acceptRightData (paircalcInputMsg *msg)
entry[nokeep] void	setupRDMALeft (RDMASetupRequestMsg< RDMApair_GSP_PC > *msg)
entry[nokeep] void	setupRDMARight (RDMASetupRequestMsg< RDMApair_GSP_PC > *msg)
entry void	lbsync ()
entry void	bwbarrier (CkReductionMsg *msg)
entry void	sendBWResult (sendBWsignalMsg *msg)
entry void	sendBWResultDirect (sendBWsignalMsg *msg)
entry[nokeep] void	initGRed (initGRedMsg *msg)
entry[nokeep] void	initResultSection (initResultMsg *msg)
entry void	multiplyForwardRDMA ()
entry[nokeep] void	multiplyResult (multiplyResultMsg *msg)
entry[nokeep] void	acceptOrthoT (multiplyResultMsg *msg)
entry[nokeep, inline] void	multiplyResultI (multiplyResultMsg *msg)
entry[local] void	multiplyForward (bool)
entry[local] void	bwMultiplyDynOrthoT ()
entry[local] void	multiplyPsiV ()
entry void	phantomDone ()

Variables
module	pcMessages
readonly ComlibInstanceHandle	mcastInstanceCP
readonly ComlibInstanceHandle	mcastInstanceACP
message	initResultMsg
message	initGRedMsg
message	sendBWsignalMsg
message	sendFWRDMAsignalMsg
message	partialResultMsg
message	priorSumMsg
message	mySendMsg
message	paircalcInputMsg
message	multiplyResultMsg
internalType	matrix2 []
message	entireResultMsg
message	entireResultMsg2
message	RDMAHandleMsg
module	RDMAMessages
template<class tokenType >
message	RDMASetupConfirmationMsg
module	pcMaps
group	SCalcMap
module	inputDataHandler
message	RDMASetupRequestMsg< RDMApair_GSP_PC >
message	RDMASetupConfirmationMsg< RDMApair_GSP_PC >
template<class leftHandlerType , class rightHandlerType >
array[4D]	InputDataHandler
module	ckPairCalculator
include paircalc pcFwdDeclarations	h
array[4D]	InputDataHandler< CollatorType, CollatorType >
array[4D]	PairCalculator

Variable Documentation

module ckPairCalculator

Initial value:

{

    extern module pcMessages

Definition at line 99 of file ckPairCalculator.ci.

message entireResultMsg

Initial value:

{
      double matrix[]

Definition at line 43 of file ckPairCalculator.ci.

message entireResultMsg2

Initial value:

{
      double matrix1[]

Definition at line 47 of file ckPairCalculator.ci.

module inputDataHandler

Initial value:

{
    extern module RDMAMessages

Definition at line 77 of file ckPairCalculator.ci.

template<class leftHandlerType , class rightHandlerType >

array [4D] InputDataHandler

Initial value:

{
        entry InputDataHandler(CProxy_PairCalculator pcProxy)

Definition at line 87 of file ckPairCalculator.ci.

message multiplyResultMsg

Initial value:

{
        internalType matrix1[]

Definition at line 38 of file ckPairCalculator.ci.

message mySendMsg

Initial value:

{
      complex data[]

Definition at line 30 of file ckPairCalculator.ci.

message paircalcInputMsg

Initial value:

{
        inputType points[]

Definition at line 34 of file ckPairCalculator.ci.

array [4D] PairCalculator

Initial value:

{
        entry PairCalculator(CProxy_InputDataHandler<CollatorType,CollatorType> inProxy, const pc::pcConfig cfg)

Definition at line 108 of file ckPairCalculator.ci.

message partialResultMsg

Initial value:

{
      complex result[]

Definition at line 22 of file ckPairCalculator.ci.

module pcMaps

Initial value:

{
    include "load_balance/IntMap.h"

Definition at line 67 of file ckPairCalculator.ci.

module pcMessages

Initial value:

{

    include "paircalc/pcFwdDeclarations.h"

Definition at line 5 of file ckPairCalculator.ci.

message priorSumMsg

Initial value:

{
      complex result[]

Definition at line 26 of file ckPairCalculator.ci.