Java* Bindings for MPI-2 Routines
Intel® MPI Library provides an experimental feature to enable support for Java* MPI applications. Intel MPI Library provides Java bindings for a subset of MPI-2 routines.
You can find all supported MPI routines in the table below. All the classes below belong to the mpi package.
NOTE:
- For static methods, parameters fully correspond to the ones of C routines.
- For non-static methods, the object that calls the method corresponds to the OUT parameter of the original C routine.
Java Class | Public Fields and Methods | Original C Routine |
---|---|---|
MPI | static int Init(String[] args) | MPI_Init |
static void Finalize() | MPI_Finalize | |
static double wTime() | MPI_Wtime | |
static void abort(Comm comm, int errorCode) | MPI_Abort | |
String getProcessorName() | MPI_Get_processor_name | |
Aint | static void getExtent(Datatype dt, Aint lb, Aint extent) | MPI_Type_get_extent |
static void getTrueExtent(Datatype dt, Aint true_lb, Aint true_extent) | MPI_Type_get_true_extent | |
static void getAddress(long location, Aint address) | MPI_Get_address | |
static void getContents(Datatype dt, int maxIntegers, int maxAddresses, int maxDatatypes, int[] integers, Aint[] addresses, Datatype[] datatypes) | MPI_Type_get_contents | |
Collective | static void allToAll(Object sendbuf, int sendcount, Datatype sendtype, Object recvbuf, int recvcount, Datatype recvtype, Comm comm) | MPI_Alltoall |
static void reduce(Object sendbuf, Object recvbuf, int count, Datatype type, Op op, int root, Comm comm) | MPI_Reduce | |
static void bcast(Object buffer, int count, Datatype type, int root, Comm comm) | MPI_Bcast | |
static void gather(Object sendBuffer, int sendCount, Datatype sendType, Object recvBuffer, int recvCount, Datatype recvType, int root, Comm comm) | MPI_Gather | |
static void gatherv(Object sendBuffer, int sendCount, Datatype sendType, Object recvBuffer, Object recvCount, Object displs, Datatype recvType, int root, Comm comm) | MPI_Gatherv | |
static void allGather(Object sendBuffer, int sendCount, Datatype sendType, Object recvBuffer, int recvCount, Datatype recvType, Comm comm) | MPI_Allgather | |
static void allGatherv(Object sendBuffer, int sendCount, Datatype sendType, Object recvBuffer, Object recvCount, Object displs, Datatype recvType, Comm comm) | MPI_Allgatherv | |
static void allReduce(Object sendbuf, Object recvbuf, int count, Datatype type, Op op, Comm comm) | MPI_Allreduce | |
static void allToAllv(Object sendbuf, Object sendCount, Object sdispls, Datatype sendType, Object recvbuf, Object recvCount, Object rdispls, Datatype recvType, Comm comm) | MPI_Alltoallv | |
static void reduceScatter(Object sendbuf, Object recvbuf, Object recvcounts, Datatype type, Op op, Comm comm) | MPI_Reduce_scatter | |
static void scatter(Object sendBuffer, int sendCount, Datatype sendType, Object recvBuffer, int recvCount, Datatype recvType, int root, Comm comm) | MPI_Scatter | |
static void scatterv(Object sendBuffer, Object sendCount, Object displs, Datatype sendType, Object recvBuffer, int recvCount, Datatype recvType, int root, Comm comm) | MPI_Scatterv | |
static void barrier(Comm comm) | MPI_Barrier | |
Comm | Static field: Comm WORLD | MPI_COMM_WORLD |
Static field: Comm SELF | MPI_COMM_SELF | |
int getSize() | MPI_Comm_size | |
int getRank() | MPI_Comm_rank | |
Comm create(Group group) | MPI_Comm_create | |
static Comm create(Comm comm, Group group) | MPI_Comm_create | |
Comm dup() | MPI_Comm_dup | |
Comm split(int color, int key) | MPI_Comm_split | |
Group | Static field: int MPI_PROC_NULL | MPI_PROC_NULL |
Static field: int MPI_IDENT | MPI_IDENT | |
Static field: int MPI_CONGRUENT | MPI_CONGRUENT | |
Static field: int MPI_SIMILAR | MPI_SIMILAR | |
Static field: int MPI_UNEQUAL | MPI_UNEQUAL | |
Static field: Group WORLD | MPI_GROUP_WORLD | |
void group(Comm comm) | MPI_Comm_group | |
int getSize() | MPI_Group_size | |
int getRank() | MPI_Group_rank | |
int MPI_Group_translate_ranks(int[] ranks1, Group group2, int[] ranks2) | MPI_Group_translate_ranks | |
static int MPI_Group_translate_ranks(Group group1, int[] ranks1, Group group2, int[] ranks2) | MPI_Group_translate_ranks | |
int MPI_Group_compare(Group group2) | MPI_Group_compare | |
int MPI_Group_union(Group group1, Group group2) | MPI_Group_union | |
int MPI_Group_intersection(Group group1, Group group2) | MPI_Group_intersection | |
int MPI_Group_difference(Group group1, Group group2) | MPI_Group_difference | |
int MPI_Group_incl(Group group, int n, int[] ranks) | MPI_Group_incl | |
int MPI_Group_excl(Group group, int n, int[] ranks) | MPI_Group_excl | |
Datatype | Static field: Datatype NULL | MPI_DATATYPE_NULL |
Static field: Datatype BYTE | MPI_UINT8_T | |
Static field: Datatype CHAR | MPI_CHAR | |
Static field: Datatype SHORT | MPI_INT16_T | |
Static field: Datatype BOOLEAN | MPI_UINT8_T | |
Static field: Datatype INT | MPI_INT32_T | |
Static field: Datatype LONG | MPI_INT64_T | |
Static field: Datatype FLOAT | MPI_FLOAT | |
Static field: Datatype DOUBLE | MPI_DOUBLE | |
Static field: Datatype PACKED | MPI_PACKED | |
Static field: Datatype INT2 | MPI_2INT | |
Static field: Datatype SHORT_INT | MPI_SHORT_INT | |
Static field: Datatype LONG_INT | MPI_LONG_INT | |
Static field: Datatype FLOAT_INT | MPI_FLOAT_INT | |
Static field: Datatype DOUBLE_INT | MPI_DOUBLE_INT | |
Static field: Datatype FLOAT_COMPLEX | MPI_C_FLOAT_COMPLEX | |
Static field: Datatype DOUBLE_COMPLEX | MPI_C_DOUBLE_COMPLEX | |
void contiguous(int count, Datatype type) | MPI_Type_contiguous | |
void commit() | MPI_Type_commit | |
int getTypeSize() | MPI_Type_size | |
void free() | MPI_Type_free | |
void vector(int count, int blockLength, int stride, Datatype baseType) | MPI_Type_vector | |
void hvector(int count, int blockLength, int stride, Datatype oldType) | MPI_Type_create_hvector | |
void indexed(int count, int[] blockLength, int[] displacement, Datatype oldType) | MPI_Type_indexed | |
void hindexed(int count, int[] blockLength, Aint[] displacement, Datatype oldType) | MPI_Type_create_hindexed | |
void struct(int count, int[] blockLength, Aint[] displacement, Datatype[] oldTypes) | MPI_Type_struct | |
Op | Static field: Op MPI_OP_NULL | MPI_OP_NULL |
Static field: Op MPI_MAX | MPI_MAX | |
Static field: Op MPI_MIN | MPI_MIN | |
Static field: Op MPI_SUM | MPI_SUM | |
Static field: Op MPI_PROD | MPI_PROD | |
Static field: Op MPI_LAND | MPI_LAND | |
Static field: Op MPI_BAND | MPI_BAND | |
Static field: Op MPI_LOR | MPI_LOR | |
Static field: Op MPI_BOR | MPI_BOR | |
Static field: Op MPI_LXOR | MPI_LXOR | |
Static field: Op MPI_BXOR | MPI_BXOR | |
Static field: Op MPI_MINLOC | MPI_MINLOC | |
Static field: Op MPI_MAXLOC | MPI_MAXLOC | |
Op(UserFunction uf) | - | |
void setUserFunction(UserFunction userFunction) | - | |
void createOP(boolean commute) | MPI_Op_Create | |
UserFunction (abstract) | UserFunction(Datatype type, int length) | - |
void setInoutvec(ByteBuffer inoutvec) | - | |
void setInvec(ByteBuffer invec) | - | |
abstract void call(int type, int length) | - | |
PTP | static void send(Buffer buffer, int count, Datatype type, int dest, int tag, Comm comm) | MPI_Send |
static void send(<java array> buffer, int count, Datatype type, int dest, int tag, Comm comm) | MPI_Send | |
static Status recv(Buffer buf, int count, Datatype type, int source, int tag, Comm comm) | MPI_Recv | |
static Status recv(<java array> buf, int count, Datatype type, int source, int tag, Comm comm) | MPI_Recv | |
static Request isend(Buffer buffer, int count, Datatype type, int dest, int tag, Comm comm) | MPI_Isend | |
static Request isend(<java array> buffer, int count, Datatype type, int dest, int tag, Comm comm) | MPI_Isend | |
static Request irecv(Buffer buf, int count, Datatype type, int source, int tag, Comm comm) | MPI_Irecv | |
static Request irecv(<java array> buf, int count, Datatype type, int source, int tag, Comm comm) | MPI_Irecv | |
static Status sendRecv(Buffer sendbuf, int sendcount, Datatype sendtype, int senddest, int sendtag, Buffer recvbuf, int recvcount, Datatype recvtype, int recvsource, int recvtag, Comm comm) | MPI_Sendrecv | |
Request | Status Wait() | MPI_Wait |
static Status[] waitAll(int count, Request[] reqs) | MPI_Waitall | |
static Status waitAny(int count, Request[] reqs, int[] index) | MPI_Waitany | |
static Status[] waitSome(int count, Request[] reqs, int[] outcount, int[] indexes) | MPI_Waitsome | |
boolean test(Status status) | MPI_Test |
Parent topic: Miscellaneous