Namespaces
namespace	MPIPatternP2PInternal

Classes
class	MPICommunicatorP2P

class	MPIErrorCodeHandler

class	MPIPatternP2P
	A class template to store the communication pattern (i.e., which entries/nodes to receive from which processor and which entries/nodes to send to which processor). More...

class	MPIRequestersBase

class	MPIRequestersNBX

struct	Types
	A simple struct to return the MPIDatatype based on the user provided primitive data type (e.g., int, double, char, etc) More...

struct	Types< char >

struct	Types< double >

struct	Types< float >

struct	Types< int >

struct	Types< long >

struct	Types< long double >

struct	Types< long long int >

struct	Types< short >

struct	Types< signed char >

struct	Types< std::complex< double > >

struct	Types< std::complex< float > >

struct	Types< unsigned char >

struct	Types< unsigned int >

struct	Types< unsigned long >

struct	Types< unsigned long long int >

struct	Types< unsigned short >

struct	Types< wchar_t >

Typedefs
using	ErrorCode = int
	The following provides a unified framework to use typedefs that will be valid both with and without the use of an MPI library. This allows the user to write application code in terms of the following typedefs, and as a result, compile the code successfully both with and without MPI. The idea is that while not using an MPI library, we uses aliases (typedefs) for the MPI datatypes (e.g.m MPIFloat, MPIByte, etc.) On the other hand, while not using an MPI library, the same aliases are equated to int (integer). The choice of int is arbitrary, one can use any other low-memory datatype (e.e., char, unsigned cha, etc) More...

using	MPI_Status = struct { int count=0

using	MPIInfo = int

using	MPIDatatype = int

using	MPIComm = int

using	MPIRequest = int

using	MPIStatus = int

using	MPIGroup = int

using	MPIOp = int

using	MPIErrhandler = int

using	MPIUserFunction = void(void , void , int , MPIDatatype )

Enumerations
enum class	MPITags : std::uint16_t { DUMMY_MPI_TAG = 100 , MPI_REQUESTERS_NBX_TAG , MPI_P2P_PATTERN_TAG , MPI_P2P_COMMUNICATOR_SCATTER_TAG , MPI_P2P_COMMUNICATOR_GATHER_TAG = MPI_P2P_COMMUNICATOR_SCATTER_TAG + 200 }

Functions
int	MPITypeContiguous (int count, MPIDatatype oldtype, MPIDatatype *newtype)

int	MPIBarrier (MPIComm comm)

int	MPIIbarrier (MPIComm comm, MPIRequest *request)

int	MPICommCreateGroup (MPIComm comm, MPIGroup group, int tag, MPIComm *newcomm)

int	MPICommFree (MPIComm *comm)

int	MPICommGroup (MPIComm comm, MPIGroup *group)

int	MPICommRank (MPIComm comm, int *rank)

int	MPICommSize (MPIComm comm, int *size)

int	MPIGroupFree (MPIGroup *group)

int	MPIGroupIncl (MPIGroup group, int n, const int ranks[], MPIGroup *newgroup)

int	MPIGroupTranslateRanks (MPIGroup group1, int n, const int ranks1[], MPIGroup group2, int ranks2[])

int	MPIInit (int argc, char **argv)

int	MPIInitialized (int *flag)

int	MPIIprobe (int source, int tag, MPIComm comm, int flag, MPIStatus status)

int	MPITest (MPIRequest request, int flag, MPIStatus *status)

int	MPITestall (int count, MPIRequest requests, int flag, MPIStatus *statuses)

int	MPIInitThread (int argc, char *argv, int required, int provided)

int	MPIOpCreate (MPIUserFunction user_fn, int commute, MPIOp op)

int	MPIOpFree (MPIOp *op)

int	MPIRequestFree (MPIRequest *request)

int	MPITypeCommit (MPIDatatype *datatype)

int	MPITypeFree (MPIDatatype *datatype)

int	MPITypeVector (int count, int blocklength, int stride, MPIDatatype oldtype, MPIDatatype *newtype)

int	MPIWait (MPIRequest request, MPIStatus status)

int	MPIWaitall (int count, MPIRequest requests[], MPIStatus statuses[])

int	MPIErrorString (int errorcode, char string, int resultlen)

int	MPIFinalize (void)

int	MPIFinalized (int *flag)

double	MPIWtime (void)

bool	MPIErrIsSuccess (int errCode)

std::string	MPIErrMsg (int errCode)

std::pair< bool, std::string >	MPIErrIsSuccessAndMsg (int errCode)

template<MemorySpace memorySpace>
int	MPIAllreduce (const void sendbuf, void recvbuf, int count, MPIDatatype datatype, MPIOp op, MPIComm comm)

template<MemorySpace memorySpace>
int	MPIAllgather (const void sendbuf, int sendcount, MPIDatatype sendtype, void recvbuf, int recvcount, MPIDatatype recvtype, MPIComm comm)

template<MemorySpace memorySpace>
int	MPIAllgatherv (const void sendbuf, int sendcount, MPIDatatype sendtype, void recvbuf, const int recvcounts, const int displs, MPIDatatype recvtype, MPIComm comm)

template<MemorySpace memorySpace>
int	MPIBcast (void *buffer, int count, MPIDatatype datatype, int root, MPIComm comm)

template<MemorySpace memorySpace>
int	MPIIrecv (void buf, int count, MPIDatatype datatype, int source, int tag, MPIComm comm, MPIRequest request)

template<MemorySpace memorySpace>
int	MPIIsend (const void buf, int count, MPIDatatype datatype, int dest, int tag, MPIComm comm, MPIRequest request)

template<MemorySpace memorySpace>
int	MPIRecv (void buf, int count, MPIDatatype datatype, int source, int tag, MPIComm comm, MPIStatus status)

template<MemorySpace memorySpace>
int	MPIReduce (void sendbuf, void recvbuf, int count, MPIDatatype datatype, MPIOp op, int root, MPIComm comm)

template<MemorySpace memorySpace>
int	MPISend (const void *buf, int count, MPIDatatype datatype, int dest, int tag, MPIComm comm)

template<MemorySpace memorySpace>
int	MPISendrecv (const void sendbuf, int sendcount, MPIDatatype sendtype, int dest, int sendtag, void recvbuf, int recvcount, MPIDatatype recvtype, int source, int recvtag, MPIComm comm, MPIStatus *status)

template<MemorySpace memorySpace>
int	MPIIssend (const void buf, int count, MPIDatatype datatype, int dest, int tag, MPIComm comm, MPIRequest request)

template<MemorySpace memorySpace>
int	MPISsend (const void *buf, int count, MPIDatatype datatype, int dest, int tag, MPIComm comm)

Variables
int	cancelled = 0

int	MPI_SOURCE = 0

int	MPI_TAG = 0

int	MPI_ERROR = 0

int	MPISuccess = 0

int	MPIAnyTag = -1

int	MPIAnySource = -1

MPIStatus *	MPIStatusIgnore = nullptr

MPIStatus *	MPIStatusesIgnore = nullptr

int *	MPIErrCodesIgnore = nullptr

void *	MPIInPlace = (void *)-1

MPIDatatype	MPIChar = ((mpi::MPIDatatype)0x4c000101)

MPIDatatype	MPISignedChar = ((mpi::MPIDatatype)0x4c000118)

MPIDatatype	MPIUnsignedChar = ((mpi::MPIDatatype)0x4c000102)

MPIDatatype	MPIByte = ((mpi::MPIDatatype)0x4c00010d)

MPIDatatype	MPIWChar = ((mpi::MPIDatatype)0x4c00040e)

MPIDatatype	MPIShort = ((mpi::MPIDatatype)0x4c000203)

MPIDatatype	MPIUnsignedShort = ((mpi::MPIDatatype)0x4c000204)

MPIDatatype	MPIInt = ((mpi::MPIDatatype)0x4c000405)

MPIDatatype	MPIUnsigned = ((mpi::MPIDatatype)0x4c000406)

MPIDatatype	MPILong = ((mpi::MPIDatatype)0x4c000407)

MPIDatatype	MPIUnsignedLong = ((mpi::MPIDatatype)0x4c000408)

MPIDatatype	MPIFloat = ((mpi::MPIDatatype)0x4c00040a)

MPIDatatype	MPIDouble = ((mpi::MPIDatatype)0x4c00080b)

MPIDatatype	MPILongDouble = ((mpi::MPIDatatype)0x4c00080c)

MPIDatatype	MPILongLongInt = ((mpi::MPIDatatype)0x4c000809)

MPIDatatype	MPIUnsignedLongLong = ((mpi::MPIDatatype)0x4c000819)

MPIDatatype	MPILongLong = ((mpi::MPIDatatype)0x4c000809)

MPIDatatype	MPIComplex = ((mpi::MPIDatatype)1275070494)

MPIDatatype	MPIDoubleComplex = ((mpi::MPIDatatype)1275072546)

MPIComm	MPICommWorld = ((mpi::MPIComm)0x44000000)

MPIComm	MPICommSelf = ((mpi::MPIComm)0x44000001)

MPIComm	MPICommNull = ((mpi::MPIComm)0x04000000)

MPIGroup	MPIGroupNull = ((mpi::MPIGroup)0x08000000)

MPIDatatype	MPIDatatypeNull = ((mpi::MPIDatatype)0x0c000000)

MPIRequest	MPIRequestNull = ((mpi::MPIRequest)0x2c000000)

MPIErrhandler	MPIErrHandlerNull

MPIOp	MPIOpNull = ((mpi::MPIOp)0x18000000)

MPIOp	MPIMax = (mpi::MPIOp)(0x58000001)

MPIOp	MPIMin = (mpi::MPIOp)(0x58000002)

MPIOp	MPISum = (mpi::MPIOp)(0x58000003)

MPIOp	MPIProd = (mpi::MPIOp)(0x58000004)

MPIOp	MPILAnd = (mpi::MPIOp)(0x58000005)

MPIOp	MPIBAnd = (mpi::MPIOp)(0x58000006)

MPIOp	MPILOr = (mpi::MPIOp)(0x58000007)

MPIOp	MPIBOr = (mpi::MPIOp)(0x58000008)

MPIOp	MPILXOr = (mpi::MPIOp)(0x58000009)

MPIOp	MPIBXOr = (mpi::MPIOp)(0x5800000a)

MPIOp	MPIMinLoc = (mpi::MPIOp)(0x5800000b)

MPIOp	MPIMaxLoc = (mpi::MPIOp)(0x5800000c)

MPIOp	MPIReplace = (mpi::MPIOp)(0x5800000d)

int	MPIThreadSingle = 0

int	MPIThreadFunneled = 1

int	MPIThreadMultiple = 2

int	MPIThreadSerialized = 3

Typedef Documentation

◆ ErrorCode

using dftefe::utils::mpi::ErrorCode = typedef int

The following provides a unified framework to use typedefs that will be valid both with and without the use of an MPI library. This allows the user to write application code in terms of the following typedefs, and as a result, compile the code successfully both with and without MPI. The idea is that while not using an MPI library, we uses aliases (typedefs) for the MPI datatypes (e.g.m MPIFloat, MPIByte, etc.) On the other hand, while not using an MPI library, the same aliases are equated to int (integer). The choice of int is arbitrary, one can use any other low-memory datatype (e.e., char, unsigned cha, etc)

There are several useful and widely used macros that are defined in mpi.h (e.g., MPIAnyTag, MPIStatusIgnore, etc.). Thus, for the case where an MPI library is not used, we define those macros with default integral values. As as result, one can use those macros in an application code, irrespective of the use of an MPI library.

◆ MPI_Status

using dftefe::utils::mpi::MPI_Status = typedef struct { int count = 0

◆ MPIComm

using dftefe::utils::mpi::MPIComm = typedef int

◆ MPIDatatype

using dftefe::utils::mpi::MPIDatatype = typedef int

◆ MPIErrhandler

using dftefe::utils::mpi::MPIErrhandler = typedef int

◆ MPIGroup

using dftefe::utils::mpi::MPIGroup = typedef int

◆ MPIInfo

using dftefe::utils::mpi::MPIInfo = typedef int

◆ MPIOp

using dftefe::utils::mpi::MPIOp = typedef int

◆ MPIRequest

using dftefe::utils::mpi::MPIRequest = typedef int

◆ MPIStatus

using dftefe::utils::mpi::MPIStatus = typedef int

◆ MPIUserFunction

using dftefe::utils::mpi::MPIUserFunction = typedef void(void *, void *, int *, MPIDatatype *)

Enumeration Type Documentation

◆ MPITags

enum class dftefe::utils::mpi::MPITags : std::uint16_t

strong

Enumerator
DUMMY_MPI_TAG
MPI_REQUESTERS_NBX_TAG
MPI_P2P_PATTERN_TAG
MPI_P2P_COMMUNICATOR_SCATTER_TAG
MPI_P2P_COMMUNICATOR_GATHER_TAG

Function Documentation

◆ MPIAllgather()

template<MemorySpace memorySpace>

int dftefe::utils::mpi::MPIAllgather	(	const void *	sendbuf,
		int	sendcount,
		MPIDatatype	sendtype,
		void *	recvbuf,
		int	recvcount,
		MPIDatatype	recvtype,
		MPIComm	comm
	)

◆ MPIAllgatherv()

template<MemorySpace memorySpace>

int dftefe::utils::mpi::MPIAllgatherv	(	const void *	sendbuf,
		int	sendcount,
		MPIDatatype	sendtype,
		void *	recvbuf,
		const int *	recvcounts,
		const int *	displs,
		MPIDatatype	recvtype,
		MPIComm	comm
	)

◆ MPIAllreduce()

template<MemorySpace memorySpace>

int dftefe::utils::mpi::MPIAllreduce	(	const void *	sendbuf,
		void *	recvbuf,
		int	count,
		MPIDatatype	datatype,
		MPIOp	op,
		MPIComm	comm
	)

◆ MPIBarrier()

int dftefe::utils::mpi::MPIBarrier ( MPIComm comm )

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◆ MPIBcast()

template<MemorySpace memorySpace>

int dftefe::utils::mpi::MPIBcast	(	void *	buffer,
		int	count,
		MPIDatatype	datatype,
		int	root,
		MPIComm	comm
	)

◆ MPICommCreateGroup()

int dftefe::utils::mpi::MPICommCreateGroup	(	MPIComm	comm,
		MPIGroup	group,
		int	tag,
		MPIComm *	newcomm
	)

◆ MPICommFree()

int dftefe::utils::mpi::MPICommFree ( MPIComm * comm )

◆ MPICommGroup()

int dftefe::utils::mpi::MPICommGroup	(	MPIComm	comm,
		MPIGroup *	group
	)

◆ MPICommRank()

int dftefe::utils::mpi::MPICommRank	(	MPIComm	comm,
		int *	rank
	)

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◆ MPICommSize()

int dftefe::utils::mpi::MPICommSize	(	MPIComm	comm,
		int *	size
	)

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◆ MPIErrIsSuccess()

bool dftefe::utils::mpi::MPIErrIsSuccess ( int errCode )

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◆ MPIErrIsSuccessAndMsg()

std::pair< bool, std::string > dftefe::utils::mpi::MPIErrIsSuccessAndMsg ( int errCode )

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◆ MPIErrMsg()

std::string dftefe::utils::mpi::MPIErrMsg ( int errCode )

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◆ MPIErrorString()

int dftefe::utils::mpi::MPIErrorString	(	int	errorcode,
		char *	string,
		int *	resultlen
	)

◆ MPIFinalize()

int dftefe::utils::mpi::MPIFinalize ( void )

◆ MPIFinalized()

int dftefe::utils::mpi::MPIFinalized ( int * flag )

◆ MPIGroupFree()

int dftefe::utils::mpi::MPIGroupFree ( MPIGroup * group )

◆ MPIGroupIncl()

int dftefe::utils::mpi::MPIGroupIncl	(	MPIGroup	group,
		int	n,
		const int	ranks[],
		MPIGroup *	newgroup
	)

◆ MPIGroupTranslateRanks()

int dftefe::utils::mpi::MPIGroupTranslateRanks	(	MPIGroup	group1,
		int	n,
		const int	ranks1[],
		MPIGroup	group2,
		int	ranks2[]
	)

◆ MPIIbarrier()

int dftefe::utils::mpi::MPIIbarrier	(	MPIComm	comm,
		MPIRequest *	request
	)

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◆ MPIInit()

int dftefe::utils::mpi::MPIInit	(	int *	argc,
		char ***	argv
	)

◆ MPIInitialized()

int dftefe::utils::mpi::MPIInitialized ( int * flag )

◆ MPIInitThread()

int dftefe::utils::mpi::MPIInitThread	(	int *	argc,
		char ***	argv,
		int	required,
		int *	provided
	)

◆ MPIIprobe()

int dftefe::utils::mpi::MPIIprobe	(	int	source,
		int	tag,
		MPIComm	comm,
		int *	flag,
		MPIStatus *	status
	)

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◆ MPIIrecv()

template<MemorySpace memorySpace>

int dftefe::utils::mpi::MPIIrecv	(	void *	buf,
		int	count,
		MPIDatatype	datatype,
		int	source,
		int	tag,
		MPIComm	comm,
		MPIRequest *	request
	)

◆ MPIIsend()

template<MemorySpace memorySpace>

int dftefe::utils::mpi::MPIIsend	(	const void *	buf,
		int	count,
		MPIDatatype	datatype,
		int	dest,
		int	tag,
		MPIComm	comm,
		MPIRequest *	request
	)

◆ MPIIssend()

template<MemorySpace memorySpace>

int dftefe::utils::mpi::MPIIssend	(	const void *	buf,
		int	count,
		MPIDatatype	datatype,
		int	dest,
		int	tag,
		MPIComm	comm,
		MPIRequest *	request
	)

◆ MPIOpCreate()

int dftefe::utils::mpi::MPIOpCreate	(	MPIUserFunction *	user_fn,
		int	commute,
		MPIOp *	op
	)

◆ MPIOpFree()

int dftefe::utils::mpi::MPIOpFree ( MPIOp * op )

◆ MPIRecv()

template<MemorySpace memorySpace>

int dftefe::utils::mpi::MPIRecv	(	void *	buf,
		int	count,
		MPIDatatype	datatype,
		int	source,
		int	tag,
		MPIComm	comm,
		MPIStatus *	status
	)

◆ MPIReduce()

template<MemorySpace memorySpace>

int dftefe::utils::mpi::MPIReduce	(	void *	sendbuf,
		void *	recvbuf,
		int	count,
		MPIDatatype	datatype,
		MPIOp	op,
		int	root,
		MPIComm	comm
	)

◆ MPIRequestFree()

int dftefe::utils::mpi::MPIRequestFree ( MPIRequest * request )

◆ MPISend()

template<MemorySpace memorySpace>

int dftefe::utils::mpi::MPISend	(	const void *	buf,
		int	count,
		MPIDatatype	datatype,
		int	dest,
		int	tag,
		MPIComm	comm
	)

◆ MPISendrecv()

template<MemorySpace memorySpace>

int dftefe::utils::mpi::MPISendrecv	(	const void *	sendbuf,
		int	sendcount,
		MPIDatatype	sendtype,
		int	dest,
		int	sendtag,
		void *	recvbuf,
		int	recvcount,
		MPIDatatype	recvtype,
		int	source,
		int	recvtag,
		MPIComm	comm,
		MPIStatus *	status
	)

◆ MPISsend()

template<MemorySpace memorySpace>

int dftefe::utils::mpi::MPISsend	(	const void *	buf,
		int	count,
		MPIDatatype	datatype,
		int	dest,
		int	tag,
		MPIComm	comm
	)

◆ MPITest()

int dftefe::utils::mpi::MPITest	(	MPIRequest *	request,
		int *	flag,
		MPIStatus *	status
	)

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◆ MPITestall()

int dftefe::utils::mpi::MPITestall	(	int	count,
		MPIRequest *	requests,
		int *	flag,
		MPIStatus *	statuses
	)

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◆ MPITypeCommit()

int dftefe::utils::mpi::MPITypeCommit ( MPIDatatype * datatype )

◆ MPITypeContiguous()

int dftefe::utils::mpi::MPITypeContiguous	(	int	count,
		MPIDatatype	oldtype,
		MPIDatatype *	newtype
	)

◆ MPITypeFree()

int dftefe::utils::mpi::MPITypeFree ( MPIDatatype * datatype )

◆ MPITypeVector()

int dftefe::utils::mpi::MPITypeVector	(	int	count,
		int	blocklength,
		int	stride,
		MPIDatatype	oldtype,
		MPIDatatype *	newtype
	)

◆ MPIWait()

int dftefe::utils::mpi::MPIWait	(	MPIRequest *	request,
		MPIStatus *	status
	)

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◆ MPIWaitall()

int dftefe::utils::mpi::MPIWaitall	(	int	count,
		MPIRequest	requests[],
		MPIStatus	statuses[]
	)

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◆ MPIWtime()

double dftefe::utils::mpi::MPIWtime ( void )

Variable Documentation

◆ cancelled

int dftefe::utils::mpi::cancelled = 0

◆ MPI_ERROR

int dftefe::utils::mpi::MPI_ERROR = 0

◆ MPI_SOURCE

int dftefe::utils::mpi::MPI_SOURCE = 0

◆ MPI_TAG

int dftefe::utils::mpi::MPI_TAG = 0

◆ MPIAnySource

int dftefe::utils::mpi::MPIAnySource = -1

extern

◆ MPIAnyTag

int dftefe::utils::mpi::MPIAnyTag = -1

extern

◆ MPIBAnd

mpi::MPIOp dftefe::utils::mpi::MPIBAnd = (mpi::MPIOp)(0x58000006)

extern

◆ MPIBOr

mpi::MPIOp dftefe::utils::mpi::MPIBOr = (mpi::MPIOp)(0x58000008)

extern

◆ MPIBXOr

mpi::MPIOp dftefe::utils::mpi::MPIBXOr = (mpi::MPIOp)(0x5800000a)

extern

◆ MPIByte

mpi::MPIDatatype dftefe::utils::mpi::MPIByte = ((mpi::MPIDatatype)0x4c00010d)

extern

◆ MPIChar

mpi::MPIDatatype dftefe::utils::mpi::MPIChar = ((mpi::MPIDatatype)0x4c000101)

extern

◆ MPICommNull

mpi::MPIComm dftefe::utils::mpi::MPICommNull = ((mpi::MPIComm)0x04000000)

extern

◆ MPICommSelf

mpi::MPIComm dftefe::utils::mpi::MPICommSelf = ((mpi::MPIComm)0x44000001)

extern

◆ MPICommWorld

mpi::MPIComm dftefe::utils::mpi::MPICommWorld = ((mpi::MPIComm)0x44000000)

extern

◆ MPIComplex

mpi::MPIDatatype dftefe::utils::mpi::MPIComplex = ((mpi::MPIDatatype)1275070494)

extern

◆ MPIDatatypeNull

mpi::MPIDatatype dftefe::utils::mpi::MPIDatatypeNull = ((mpi::MPIDatatype)0x0c000000)

extern

◆ MPIDouble

mpi::MPIDatatype dftefe::utils::mpi::MPIDouble = ((mpi::MPIDatatype)0x4c00080b)

extern

◆ MPIDoubleComplex

mpi::MPIDatatype dftefe::utils::mpi::MPIDoubleComplex = ((mpi::MPIDatatype)1275072546)

extern

◆ MPIErrCodesIgnore

int * dftefe::utils::mpi::MPIErrCodesIgnore = nullptr

extern

◆ MPIErrHandlerNull

mpi::MPIErrhandler dftefe::utils::mpi::MPIErrHandlerNull

extern

Initial value:

=

((mpi::MPIErrhandler)0x14000000)

◆ MPIFloat

mpi::MPIDatatype dftefe::utils::mpi::MPIFloat = ((mpi::MPIDatatype)0x4c00040a)

extern

◆ MPIGroupNull

mpi::MPIGroup dftefe::utils::mpi::MPIGroupNull = ((mpi::MPIGroup)0x08000000)

extern

◆ MPIInPlace

void * dftefe::utils::mpi::MPIInPlace = (void *)-1

extern

◆ MPIInt

mpi::MPIDatatype dftefe::utils::mpi::MPIInt = ((mpi::MPIDatatype)0x4c000405)

extern

◆ MPILAnd

mpi::MPIOp dftefe::utils::mpi::MPILAnd = (mpi::MPIOp)(0x58000005)

extern

◆ MPILong

mpi::MPIDatatype dftefe::utils::mpi::MPILong = ((mpi::MPIDatatype)0x4c000407)

extern

◆ MPILongDouble

mpi::MPIDatatype dftefe::utils::mpi::MPILongDouble = ((mpi::MPIDatatype)0x4c00080c)

extern

◆ MPILongLong

mpi::MPIDatatype dftefe::utils::mpi::MPILongLong = ((mpi::MPIDatatype)0x4c000809)

extern

◆ MPILongLongInt

mpi::MPIDatatype dftefe::utils::mpi::MPILongLongInt = ((mpi::MPIDatatype)0x4c000809)

extern

◆ MPILOr

mpi::MPIOp dftefe::utils::mpi::MPILOr = (mpi::MPIOp)(0x58000007)

extern

◆ MPILXOr

mpi::MPIOp dftefe::utils::mpi::MPILXOr = (mpi::MPIOp)(0x58000009)

extern

◆ MPIMax

mpi::MPIOp dftefe::utils::mpi::MPIMax = (mpi::MPIOp)(0x58000001)

extern

◆ MPIMaxLoc

mpi::MPIOp dftefe::utils::mpi::MPIMaxLoc = (mpi::MPIOp)(0x5800000c)

extern

◆ MPIMin

mpi::MPIOp dftefe::utils::mpi::MPIMin = (mpi::MPIOp)(0x58000002)

extern

◆ MPIMinLoc

mpi::MPIOp dftefe::utils::mpi::MPIMinLoc = (mpi::MPIOp)(0x5800000b)

extern

◆ MPIOpNull

mpi::MPIOp dftefe::utils::mpi::MPIOpNull = ((mpi::MPIOp)0x18000000)

extern

◆ MPIProd

mpi::MPIOp dftefe::utils::mpi::MPIProd = (mpi::MPIOp)(0x58000004)

extern

◆ MPIReplace

mpi::MPIOp dftefe::utils::mpi::MPIReplace = (mpi::MPIOp)(0x5800000d)

extern

◆ MPIRequestNull

mpi::MPIRequest dftefe::utils::mpi::MPIRequestNull = ((mpi::MPIRequest)0x2c000000)

extern

◆ MPIShort

mpi::MPIDatatype dftefe::utils::mpi::MPIShort = ((mpi::MPIDatatype)0x4c000203)

extern

◆ MPISignedChar

mpi::MPIDatatype dftefe::utils::mpi::MPISignedChar = ((mpi::MPIDatatype)0x4c000118)

extern

◆ MPIStatusesIgnore

mpi::MPIStatus * dftefe::utils::mpi::MPIStatusesIgnore = nullptr

extern

◆ MPIStatusIgnore

mpi::MPIStatus * dftefe::utils::mpi::MPIStatusIgnore = nullptr

extern

◆ MPISuccess

int dftefe::utils::mpi::MPISuccess = 0

extern

Note: There are special MPI related macros that are usually defined in mpi.h. But since this part pertains to the case where an MPI library is not used, we will have to define those macros with some default values, so that the user side code can seamlessly use these macros both the cases (i.e., with and without MPI)

◆ MPISum

mpi::MPIOp dftefe::utils::mpi::MPISum = (mpi::MPIOp)(0x58000003)

extern

◆ MPIThreadFunneled

int dftefe::utils::mpi::MPIThreadFunneled = 1

extern

◆ MPIThreadMultiple

int dftefe::utils::mpi::MPIThreadMultiple = 2

extern

◆ MPIThreadSerialized

int dftefe::utils::mpi::MPIThreadSerialized = 3

extern

◆ MPIThreadSingle

int dftefe::utils::mpi::MPIThreadSingle = 0

extern

◆ MPIUnsigned

mpi::MPIDatatype dftefe::utils::mpi::MPIUnsigned = ((mpi::MPIDatatype)0x4c000406)

extern

◆ MPIUnsignedChar

mpi::MPIDatatype dftefe::utils::mpi::MPIUnsignedChar = ((mpi::MPIDatatype)0x4c000102)

extern

◆ MPIUnsignedLong

mpi::MPIDatatype dftefe::utils::mpi::MPIUnsignedLong = ((mpi::MPIDatatype)0x4c000408)

extern

◆ MPIUnsignedLongLong

mpi::MPIDatatype dftefe::utils::mpi::MPIUnsignedLongLong = ((mpi::MPIDatatype)0x4c000819)

extern

◆ MPIUnsignedShort

mpi::MPIDatatype dftefe::utils::mpi::MPIUnsignedShort = ((mpi::MPIDatatype)0x4c000204)

extern

◆ MPIWChar

mpi::MPIDatatype dftefe::utils::mpi::MPIWChar = ((mpi::MPIDatatype)0x4c00040e)

extern

Namespaces

Classes

Typedefs

Enumerations

Functions

Variables

Typedef Documentation

◆ ErrorCode

◆ MPI_Status

◆ MPIComm

◆ MPIDatatype

◆ MPIErrhandler

◆ MPIGroup

◆ MPIInfo

◆ MPIOp

◆ MPIRequest

◆ MPIStatus

◆ MPIUserFunction

Enumeration Type Documentation

◆ MPITags

Function Documentation

◆ MPIAllgather()

◆ MPIAllgatherv()

◆ MPIAllreduce()

◆ MPIBarrier()

◆ MPIBcast()

◆ MPICommCreateGroup()

◆ MPICommFree()

◆ MPICommGroup()

◆ MPICommRank()

◆ MPICommSize()

◆ MPIErrIsSuccess()

◆ MPIErrIsSuccessAndMsg()

◆ MPIErrMsg()

◆ MPIErrorString()

◆ MPIFinalize()

◆ MPIFinalized()

◆ MPIGroupFree()

◆ MPIGroupIncl()

◆ MPIGroupTranslateRanks()

◆ MPIIbarrier()

◆ MPIInit()

◆ MPIInitialized()

◆ MPIInitThread()

◆ MPIIprobe()

◆ MPIIrecv()

◆ MPIIsend()

◆ MPIIssend()

◆ MPIOpCreate()

◆ MPIOpFree()

◆ MPIRecv()

◆ MPIReduce()

◆ MPIRequestFree()

◆ MPISend()

◆ MPISendrecv()

◆ MPISsend()

◆ MPITest()

◆ MPITestall()

◆ MPITypeCommit()

◆ MPITypeContiguous()

◆ MPITypeFree()

◆ MPITypeVector()

◆ MPIWait()

◆ MPIWaitall()

◆ MPIWtime()

Variable Documentation

◆ cancelled

◆ MPI_ERROR

◆ MPI_SOURCE

◆ MPI_TAG

◆ MPIAnySource

◆ MPIAnyTag

◆ MPIBAnd

◆ MPIBOr

◆ MPIBXOr

◆ MPIByte

◆ MPIChar

◆ MPICommNull

◆ MPICommSelf

◆ MPICommWorld