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Merge pull request #1038 from kawashima-fj/pr/man-correction

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man: Various manpage corrections
Этот коммит содержится в:
Jeff Squyres 2015-10-20 06:40:05 -04:00
родитель 2bd77ed4f9 7ab464fbb4
Коммит 630d6bf800
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180
ompi/mpi/man/man3/MPI.3in
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@ -66,85 +66,129 @@ For more information on Open MPI error codes, see \fImpi.h\fP in the \fIinclude\
Standard error return classes for Open MPI:
.sp
.nf
MPI_SUCCESS 0 Successful return code.
MPI_ERR_BUFFER 1 Invalid buffer pointer.
MPI_ERR_COUNT 2 Invalid count argument.
MPI_ERR_TYPE 3 Invalid datatype argument.
MPI_ERR_TAG 4 Invalid tag argument.
MPI_ERR_COMM 5 Invalid communicator.
MPI_SUCCESS 0 Successful return code.
MPI_ERR_BUFFER 1 Invalid buffer pointer.
MPI_ERR_COUNT 2 Invalid count argument.
MPI_ERR_TYPE 3 Invalid datatype argument.
MPI_ERR_TAG 4 Invalid tag argument.
MPI_ERR_COMM 5 Invalid communicator.
MPI_ERR_RANK 6 Invalid rank.
MPI_ERR_REQUEST 7 Invalid MPI_Request handle.
MPI_ERR_ROOT 7 Invalid root.
MPI_ERR_GROUP 8 Null group passed to function.
MPI_ERR_OP 9 Invalid operation.
MPI_ERR_TOPOLOGY 10 Invalid topology.
MPI_ERR_RANK 6 Invalid rank.
MPI_ERR_REQUEST 7 Invalid MPI_Request handle.
MPI_ERR_ROOT 8 Invalid root.
MPI_ERR_GROUP 9 Null group passed to function.
MPI_ERR_OP 10 Invalid operation.
MPI_ERR_DIMS 11 Illegal dimension argument.
MPI_ERR_ARG 12 Invalid argument.
MPI_ERR_UNKNOWN 13 Unknown error.
MPI_ERR_TRUNCATE 14 Message truncated on receive.
MPI_ERR_OTHER 15 Other error; use Error_string.
MPI_ERR_TOPOLOGY 11 Invalid topology.
MPI_ERR_DIMS 12 Illegal dimension argument.
MPI_ERR_ARG 13 Invalid argument.
MPI_ERR_UNKNOWN 14 Unknown error.
MPI_ERR_TRUNCATE 15 Message truncated on receive.
MPI_ERR_INTERN 16 Internal error code.
MPI_ERR_IN_STATUS 17 Look in status for error value.
MPI_ERR_PENDING 18 Pending request.
MPI_ERR_ACCESS 19 Permission denied.
MPI_ERR_AMODE 20 Unsupported amode passed to open.
MPI_ERR_OTHER 16 Other error; use Error_string.
MPI_ERR_INTERN 17 Internal error code.
MPI_ERR_IN_STATUS 18 Look in status for error value.
MPI_ERR_PENDING 19 Pending request.
MPI_ERR_ACCESS 20 Permission denied.
MPI_ERR_ASSERT 21 Invalid assert.
MPI_ERR_BAD_FILE 22 Invalid file name (for example,
path name too long).
MPI_ERR_BASE 23 Invalid base.
MPI_ERR_CONVERSION 24 An error occurred in a user-supplied
data-conversion function.
MPI_ERR_DISP 25 Invalid displacement.
MPI_ERR_AMODE 21 Unsupported amode passed to open.
MPI_ERR_ASSERT 22 Invalid assert.
MPI_ERR_BAD_FILE 23 Invalid file name (for example,
path name too long).
MPI_ERR_BASE 24 Invalid base.
MPI_ERR_CONVERSION 25 An error occurred in a user-supplied
data-conversion function.
MPI_ERR_DUP_DATAREP 26 Conversion functions could not
be registered because a data
representation identifier that was
already defined was passed to
MPI_REGISTER_DATAREP.
MPI_ERR_FILE_EXISTS 27 File exists.
MPI_ERR_FILE_IN_USE 28 File operation could not be
completed, as the file is currently
open by some process.
MPI_ERR_FILE 29
MPI_ERR_INFO_KEY 30 Illegal info key.
MPI_ERR_DISP 26 Invalid displacement.
MPI_ERR_DUP_DATAREP 27 Conversion functions could not
be registered because a data
representation identifier that was
already defined was passed to
MPI_REGISTER_DATAREP.
MPI_ERR_FILE_EXISTS 28 File exists.
MPI_ERR_FILE_IN_USE 29 File operation could not be
completed, as the file is currently
open by some process.
MPI_ERR_FILE 30 Invalid file handle.
MPI_ERR_INFO_NOKEY 31 No such key.
MPI_ERR_INFO_VALUE 32 Illegal info value.
MPI_ERR_INFO 33 Invalid info object.
MPI_ERR_IO 34 I/O error.
MPI_ERR_KEYVAL 35 Illegal key value.
MPI_ERR_INFO_KEY 31 Illegal info key.
MPI_ERR_INFO_NOKEY 32 No such key.
MPI_ERR_INFO_VALUE 33 Illegal info value.
MPI_ERR_INFO 34 Invalid info object.
MPI_ERR_IO 35 I/O error.
MPI_ERR_LOCKTYPE 36 Invalid locktype.
MPI_ERR_NAME 37 Name not found.
MPI_ERR_NO_MEM 38 Memory exhausted.
MPI_ERR_NOT_SAME 39
MPI_ERR_NO_SPACE 40 Not enough space.
MPI_ERR_KEYVAL 36 Illegal key value.
MPI_ERR_LOCKTYPE 37 Invalid locktype.
MPI_ERR_NAME 38 Name not found.
MPI_ERR_NO_MEM 39 Memory exhausted.
MPI_ERR_NOT_SAME 40 Collective argument not identical
on all processes, or collective
routines called in a different order
by different processes.
MPI_ERR_NO_SUCH_FILE 41 File (or directory) does not exist.
MPI_ERR_PORT 42 Invalid port.
MPI_ERR_QUOTA 43 Quota exceeded.
MPI_ERR_READ_ONLY 44 Read-only file system.
MPI_ERR_RMA_CONFLICT 45 Conflicting accesses to window.
MPI_ERR_NO_SPACE 41 Not enough space.
MPI_ERR_NO_SUCH_FILE 42 File (or directory) does not exist.
MPI_ERR_PORT 43 Invalid port.
MPI_ERR_QUOTA 44 Quota exceeded.
MPI_ERR_READ_ONLY 45 Read-only file system.
MPI_ERR_RMA_CONFLICT 46 Conflicting accesses to window.
MPI_ERR_RMA_SYNC 47 Erroneous RMA synchronization.
MPI_ERR_SERVICE 48 Invalid publish/unpublish.
MPI_ERR_SIZE 49 Invalid size.
MPI_ERR_SPAWN 50 Error spawning.
MPI_ERR_RMA_SYNC 46 Erroneous RMA synchronization.
MPI_ERR_SERVICE 47 Invalid publish/unpublish.
MPI_ERR_SIZE 48 Invalid size.
MPI_ERR_SPAWN 49 Error spawning.
MPI_ERR_UNSUPPORTED_DATAREP
50 Unsupported datarep passed to
MPI_File_set_view.
51 Unsupported datarep passed to
MPI_File_set_view.
MPI_ERR_UNSUPPORTED_OPERATION
51 Unsupported operation, such as
seeking on a file that supports
only sequential access.
MPI_ERR_WIN 52 Invalid window.
MPI_ERR_LASTCODE 53 Last error code.
52 Unsupported operation, such as
seeking on a file that supports
only sequential access.
MPI_ERR_WIN 53 Invalid window.
MPI_T_ERR_MEMORY 54 Out of memory.
MPI_T_ERR_NOT_INITIALIZED 55 Interface not initialized.
MPI_ERR_SYSRESOURCE -2 Out of resources
MPI_T_ERR_CANNOT_INIT 56 Interface not in the state to be
initialized.
MPI_T_ERR_INVALID_INDEX 57 The enumeration index is invalid.
MPI_T_ERR_INVALID_ITEM 58 The item index queried is out of
range.
MPI_T_ERR_INVALID_HANDLE 59 The handle is invalid.
MPI_T_ERR_OUT_OF_HANDLES 60 No more handles available.
MPI_T_ERR_OUT_OF_SESSIONS 61 No more sessions available.
MPI_T_ERR_INVALID_SESSION 62 Session argument is not a valid
session.
MPI_T_ERR_CVAR_SET_NOT_NOW
63 Variable cannot be set at this
moment.
MPI_T_ERR_CVAR_SET_NEVER 64 Variable cannot be set until end of
execution.
MPI_T_ERR_PVAR_NO_STARTSTOP
65 Variable cannot be started or stopped.
MPI_T_ERR_PVAR_NO_WRITE 66 Variable cannot be written or reset.
MPI_T_ERR_PVAR_NO_ATOMIC 67 Variable cannot be read and written
atomically.
MPI_ERR_RMA_RANGE 68 Target memory is not part of the
window (in the case of a window
created with MPI_WIN_CREATE_DYNAMIC,
target memory is not attached).
MPI_ERR_RMA_ATTACH 69 Memory cannot be attached (e.g.,
because of resource exhaustion).
MPI_ERR_RMA_FLAVOR 70 Passed window has the wrong flavor
for the called function.
MPI_ERR_RMA_SHARED 71 Memory cannot be shared (e.g., some
process in the group of the specified
communicator cannot expose shared
memory).
MPI_T_ERR_INVALID 72 Invalid use of the interface or bad
parameter values(s).
MPI_T_ERR_INVALID_NAME 73 The variable or category name is
invalid.
MPI_ERR_LASTCODE 93 Last error code.
.fi

2
ompi/mpi/man/man3/MPI_Alltoallv.3in
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@ -40,7 +40,7 @@ MPI_ALLTOALLV(\fISENDBUF, SENDCOUNTS, SDISPLS, SENDTYPE,
INTEGER \fICOMM, IERROR\fP
MPI_IALLTOALLV(\fISENDBUF, SENDCOUNTS, SDISPLS, SENDTYPE,
RECVBUF, RECVCOUNTS, RDISPLS, RECVTYPE, REQUEST, COMM, IERROR\fP)
RECVBUF, RECVCOUNTS, RDISPLS, RECVTYPE, COMM, REQUEST, IERROR\fP)
<type> \fISENDBUF(*), RECVBUF(*)\fP
INTEGER \fISENDCOUNTS(*), SDISPLS(*), SENDTYPE\fP

6
ompi/mpi/man/man3/MPI_Barrier.3in
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@ -43,8 +43,8 @@ MPI_Ibarrier(\fIcomm\fP, \fIrequest\fP, \fIierror\fP)
.fi
.SH C++ Syntax
.nf
import mpi.*;
void MPI.COMM_WORLD.Barrier()
#include <mpi.h>
void MPI::Comm::Barrier() const = 0
.fi
.SH INPUT PARAMETER
@ -53,7 +53,7 @@ void MPI.COMM_WORLD.Barrier()
comm
Communicator (handle).
.SH OUTPUT PARAMETER
.SH OUTPUT PARAMETERS
.ft R
.TP 1i
request

4
ompi/mpi/man/man3/MPI_Bsend_init.3in
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@ -42,8 +42,8 @@ MPI_Bsend_init(\fIbuf\fP, \fIcount\fP, \fIdatatype\fP, \fIdest\fP, \fItag\fP, \f
.fi
.SH C++ Syntax
.nf
import mpi.*;
Prequest MPI.COMM_WORLD.Bsend_init(const void* \fIbuf\fP, int \fIcount\fP, const
#include <mpi.h>
Prequest Comm::Bsend_init(const void* \fIbuf\fP, int \fIcount\fP, const
Datatype& \fIdatatype\fP, int \fIdest\fP, int \fItag\fP) const
.fi

5
ompi/mpi/man/man3/MPI_Comm_f2c.3in
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@ -4,7 +4,7 @@
.\" $COPYRIGHT$
.TH MPI_Comm_f2c 3 "#OMPI_DATE#" "#PACKAGE_VERSION#" "#PACKAGE_NAME#"
.SH NAME
\fBMPI_Comm_f2c, MPI_Comm_c2f, MPI_File_f2c, MPI_File_c2f, MPI_Info_f2c, MPI_Info_c2f, MPI_Op_f2c, MPI_Op_c2f, MPI_Request_f2c, MPI_Request_c2f, MPI_Type_f2c, MPI_Type_c2f, MPI_Win_f2c, MPI_Win_c2f \fP \- Translates a C handle into a Fortran handle, or vice versa.
\fBMPI_Comm_f2c, MPI_Comm_c2f, MPI_File_f2c, MPI_File_c2f, MPI_Info_f2c, MPI_Info_c2f, MPI_Message_f2c, MPI_Message_c2f, MPI_Op_f2c, MPI_Op_c2f, MPI_Request_f2c, MPI_Request_c2f, MPI_Type_f2c, MPI_Type_c2f, MPI_Win_f2c, MPI_Win_c2f \fP \- Translates a C handle into a Fortran handle, or vice versa.
.SH SYNTAX
.ft R
@ -23,6 +23,9 @@ MPI_Fint MPI_Group_c2f(MPI Group \fIgroup\fP)
MPI_Info MPI_Info_f2c(MPI_Fint \fIinfo\fP)
MPI_Fint MPI_Info_c2f(MPI_Info \fIinfo\fP)
MPI_Message MPI_Message_f2c(MPI_Fint \fImessage\fP)
MPI_Fint MPI_Message_c2f(MPI_Message \fImessage\fP)
MPI_Op MPI_Op_f2c(MPI_Fint \fIop\fP)
MPI_Fint MPI_Op_c2f(MPI_Op \fIop\fP)

2
ompi/mpi/man/man3/MPI_Compare_and_swap.3in
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@ -13,7 +13,7 @@
.SH C Syntax
.nf
#include <mpi.h>
int MPI_Compare_and_swap(const void *\fIorigin_addr\fP, const void *\fIcompar_addr\fP,
int MPI_Compare_and_swap(const void *\fIorigin_addr\fP, const void *\fIcompare_addr\fP,
void *\fIresult_addr\fP, MPI_Datatype \fIdatatype\fP, int \fItarget_rank\fP,
MPI_Aint \fItarget_disp\fP, MPI_Win \fIwin\fP)

8
ompi/mpi/man/man3/MPI_Exscan.3in
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@ -114,7 +114,13 @@ as \fIrecvbuf\fP is not significant for process 0. The value of
\fIrecvbuf\fP on process 1 is always the value in \fIsendbuf\fP on
process 0.
.sp
No MPI_IN_PLACE operation is supported.
.SH USE OF IN-PLACE OPTION
The `in place' option for intracommunicators is specified by passing MPI_IN_PLACE in the \fIsendbuf\fP argument. In this case, the input data is taken from the receive buffer, and replaced by the output data.
.sp
Note that MPI_IN_PLACE is a special kind of value; it has the same restrictions on its use as MPI_BOTTOM.
.sp
Because the in-place option converts the receive buffer into a send-and-receive buffer, a Fortran binding that includes INTENT must mark these as INOUT, not OUT.
.sp
.SH NOTES
.ft R

3
ompi/mpi/man/man3/MPI_Get_address.3in
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@ -22,7 +22,8 @@ USE MPI
! or the older form: INCLUDE 'mpif.h'
MPI_GET_ADDRESS(\fILOCATION, ADDRESS, IERROR\fP)
<type> \fILOCATION\fP(*)
INTEGER \fIADDRESS, IERROR\fP
INTEGER(KIND=MPI_ADDRESS_KIND) \fIADDRESS\fP
INTEGER \fIIERROR\fP
.fi
.SH Fortran 2008 Syntax

2
ompi/mpi/man/man3/MPI_Get_version.3in
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@ -55,7 +55,7 @@ Fortran only: Error status (integer).
.SH DESCRIPTION
.ft R
Since Open MPI is MPI 2.1 compliant, this function will return a version value of 2 and a subversion value of 1 for this release.
Since Open MPI is MPI 3.1 compliant, this function will return a version value of 3 and a subversion value of 1 for this release.
.SH NOTE
.ft R

2
ompi/mpi/man/man3/MPI_Grequest_start.3in
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@ -26,7 +26,7 @@ MPI_GREQUEST_START(\fIQUERY_FN, FREE_FN, CANCEL_FN, EXTRA_STATE,
REQUEST, IERROR\fP)
INTEGER \fIREQUEST, IERROR\fP
EXTERNAL \fIQUERY_FN, FREE_FN, CANCEL_FN\fP
INTEGER (KIND=MPI_ADDRESS_KIND) \fIEXTRA_STATE\fP
INTEGER(KIND=MPI_ADDRESS_KIND) \fIEXTRA_STATE\fP
.fi
.SH Fortran 2008 Syntax

1
ompi/mpi/man/man3/MPI_Message_c2f.3in Обычный файл
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@ -0,0 +1 @@
.so man3/MPI_Comm_f2c.3

1
ompi/mpi/man/man3/MPI_Message_f2c.3in Обычный файл
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@ -0,0 +1 @@
.so man3/MPI_Comm_f2c.3

68
ompi/mpi/man/man3/MPI_Op_commutative.3in Обычный файл
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@ -0,0 +1,68 @@
.\" -*- nroff -*-
.\" Copyright 2015 FUJITSU LIMITED. All rights reserved.
.\" $COPYRIGHT$
.TH MPI_Op_commutative 3 "#OMPI_DATE#" "#PACKAGE_VERSION#" "#PACKAGE_NAME#"
.SH NAME
\fBMPI_Op_commutative\fP \- Query of commutativity of reduction operation.
.SH SYNTAX
.ft R
.SH C Syntax
.nf
#include <mpi.h>
int MPI_Op_commutative(MPI_Op \fIop\fP, int *\fIcommute\fP)
.fi
.SH Fortran Syntax
.nf
USE MPI
! or the older form: INCLUDE 'mpif.h'
MPI_OP_COMMUTATIVE(\fIOP, COMMUTE, IERROR\fP)
LOGICAL \fICOMMUTE\fP
INTEGER \fIOP, IERROR\fP
.fi
.SH Fortran 2008 Syntax
.nf
USE mpi_f08
MPI_Op_commutative(\fIop\fP, \fIcommute\fP, \fIierror\fP)
TYPE(MPI_Op), INTENT(IN) :: \fIop\fP
INTEGER, INTENT(OUT) :: \fIcommute\fP
INTEGER, OPTIONAL, INTENT(OUT) :: \fIierror\fP
.fi
.SH C++ Syntax
.nf
#include <mpi.h>
bool Op::Is_commutative()
.fi
.SH INPUT PARAMETER
.TP 1i
op
Operation (handle).
.SH OUTPUT PARAMETERS
.ft R
.TP 1i
commute
True if op is commutative, false otherwise (logical).
.ft R
.TP 1i
IERROR
Fortran only: Error status (integer).
.SH DESCRIPTION
.ft R
Reduction operations can be queried for their commutativity.
.SH ERRORS
Almost all MPI routines return an error value; C routines as the value of the function and Fortran routines in the last argument. C++ functions do not return errors. If the default error handler is set to MPI::ERRORS_THROW_EXCEPTIONS, then on error the C++ exception mechanism will be used to throw an MPI::Exception object.
.sp
Before the error value is returned, the current MPI error handler is
called. By default, this error handler aborts the MPI job, except for I/O function errors. The error handler may be changed with MPI_Comm_set_errhandler; the predefined error handler MPI_ERRORS_RETURN may be used to cause error values to be returned. Note that MPI does not guarantee that an MPI program can continue past an error.
.SH SEE ALSO
.sp
MPI_Op_create

2
ompi/mpi/man/man3/MPI_Pack_external.3in
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@ -29,7 +29,7 @@ MPI_PACK_EXTERNAL(\fIDATAREP, INBUF, INCOUNT, DATATYPE,
OUTBUF, OUTSIZE, POSITION, IERROR\fP)
INTEGER \fIINCOUNT, DATATYPE, IERROR\fP
INTEGER (KIND=MPI_ADDRESS_KIND) \fIOUTSIZE, POSITION\fP
INTEGER(KIND=MPI_ADDRESS_KIND) \fIOUTSIZE, POSITION\fP
CHARACTER*(*) \fIDATAREP\fP
<type> \fIINBUF(*), OUTBUF(*)\fP

2
ompi/mpi/man/man3/MPI_Pack_external_size.3in
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@ -26,7 +26,7 @@ USE MPI
MPI_PACK_EXTERNAL_SIZE(\fIDATAREP, INCOUNT, DATATYPE, SIZE, IERROR\fP)
INTEGER \fIINCOUNT, DATATYPE, IERROR\fP
INTEGER (KIND=MPI_ADDRESS_KIND) \fISIZE\fP
INTEGER(KIND=MPI_ADDRESS_KIND) \fISIZE\fP
CHARACTER*(*) \fIDATAREP\fP
.fi

2
ompi/mpi/man/man3/MPI_Put.3in
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@ -123,7 +123,7 @@ The communication must satisfy the same constraints as for a similar message-pas
.sp
The \fItarget_datatype\fP argument is a handle to a datatype object defined at the origin process. However, this object is interpreted at the target process: The outcome is as if the target datatype object were defined at the target process, by the same sequence of calls used to define it at the origin process. The target data type must contain only relative displacements, not absolute addresses. The same holds for get and accumulate.
.sp
\fBMPI_Rput\bP is similar to \fBMPI_Put\fI, except that it allocates a communication request object and associates it with the request handle (the argument \fIrequest\fP). The completion of an MPI_Rput operation (i.e., after the corresponding test or wait) indicates that the sender is now free to update the locations in the \fIorigin_addr\fP buffer. It does not indicate that the data is available at the target window. If remote completion is required, \fBMPI_Win_flush\fP, \fBMPI_Win_flush_all\fP, \fBMPI_Win_unlock\fP, or \fBMPI_Win_unlock_all\fP can be used.
\fBMPI_Rput\fP is similar to \fBMPI_Put\fP, except that it allocates a communication request object and associates it with the request handle (the argument \fIrequest\fP). The completion of an MPI_Rput operation (i.e., after the corresponding test or wait) indicates that the sender is now free to update the locations in the \fIorigin_addr\fP buffer. It does not indicate that the data is available at the target window. If remote completion is required, \fBMPI_Win_flush\fP, \fBMPI_Win_flush_all\fP, \fBMPI_Win_unlock\fP, or \fBMPI_Win_unlock_all\fP can be used.
.SH NOTES
The \fItarget_datatype\fP argument is a handle to a datatype object that is defined at the origin process, even though it defines a data layout in the target process memory. This does not cause problems in a homogeneous or heterogeneous environment, as long as only portable data types are used (portable data types are defined in Section 2.4 of the MPI-2 Standard).

2
ompi/mpi/man/man3/MPI_Reduce_local.3in
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@ -72,8 +72,6 @@ Fortran only: Error status (integer).
.SH DESCRIPTION
.ft R
.I The MPI_Reduce_local function is proposed for MPI-2.2 and (as of 10 Jan 2009) has not yet been ratified. Use at your own risk. See https://svn.mpi-forum.org/trac/mpi-forum-web/ticket/24.
.sp
The global reduce functions (MPI_Reduce_local, MPI_Op_create, MPI_Op_free, MPI_Allreduce, MPI_Reduce_local_scatter, MPI_Scan) perform a global reduce operation (such as sum, max, logical AND, etc.) across all the members of a group. The reduction operation can be either one of a predefined list of operations, or a user-defined operation. The global reduction functions come in several flavors: a reduce that returns the result of the reduction at one node, an all-reduce that returns this result at all nodes, and a scan (parallel prefix) operation. In addition, a reduce-scatter operation combines the functionality of a reduce and a scatter operation.
.sp
MPI_Reduce_local combines the elements provided in the input and input/output buffers of the local process, using the operation op, and returns the combined value in the inout/output buffer. The input buffer is defined by the arguments inbuf, count, and datatype; the output buffer is defined by the arguments inoutbuf, count, and datatype; both have the same number of elements, with the same type. The routine is a local call. The process can provide one element, or a sequence of elements, in which case the combine operation is executed element-wise on each entry of the sequence. For example, if the operation is MPI_MAX and the input buffer contains two elements that are floating-point numbers (count = 2 and datatype = MPI_FLOAT), then inoutbuf(1) = global max (inbuf(1)) and inoutbuf(2) = global max(inbuf(2)).

1
ompi/mpi/man/man3/MPI_Topo_test.3in
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@ -65,6 +65,7 @@ The output value \fItop_type\fP is one of the following:
.nf
MPI_GRAPH graph topology
MPI_CART Cartesian topology
MPI_DIST_GRAPH distributed graph topology
MPI_UNDEFINED no topology
.fi

2
ompi/mpi/man/man3/MPI_Type_get_contents.3in
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@ -96,7 +96,7 @@ The committed state of returned derived data types is undefined, that is, the da
.sp
Note that MPI_Type_get_contents can be invoked with a data-type argument that was constructed using MPI_Type_create_f90_real, MPI_Type_create_f90_integer, or MPI_Type_create_f90_complex (an unnamed predefined data type). In such a case, an empty \fIarray_of_datatypes\fP is returned.
.sp
In the MPI-1 data-type constructor calls, the address arguments in Fortran are of type INTEGER. In the new MPI-2 calls, the address arguments are of type INTEGER(KIND=MPI ADDRESS KIND). The call MPI_Type_get_contents returns all addresses in an argument of type INTEGER(KIND=MPI ADDRESS KIND). This is true even if the old MPI-1 calls were used. Thus, the location of values returned can be thought of as being returned by the C bindings. It can also be determined by examining the new MPI-2 calls for data-type constructors for the deprecated MPI-1 calls that involve addresses.
In the MPI-1 data-type constructor calls, the address arguments in Fortran are of type INTEGER. In the new MPI-2 calls, the address arguments are of type INTEGER(KIND=MPI_ADDRESS_KIND). The call MPI_Type_get_contents returns all addresses in an argument of type INTEGER(KIND=MPI_ADDRESS_KIND). This is true even if the old MPI-1 calls were used. Thus, the location of values returned can be thought of as being returned by the C bindings. It can also be determined by examining the new MPI-2 calls for data-type constructors for the deprecated MPI-1 calls that involve addresses.
.SH FORTRAN 77 NOTES
.ft R

2
ompi/mpi/man/man3/MPI_Unpack_external.3in
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@ -29,7 +29,7 @@ MPI_UNPACK_EXTERNAL(\fIDATAREP, INBUF, INSIZE, POSITION,
OUTBUF, OUTCOUNT, DATATYPE, IERROR\fP)
INTEGER \fIOUTCOUNT, DATATYPE, IERROR\fP
INTEGER (KIND=MPI_ADDRESS_KIND) \fIINSIZE, POSITION\fP
INTEGER(KIND=MPI_ADDRESS_KIND) \fIINSIZE, POSITION\fP
CHARACTER*(*) \fIDATAREP\fP
<type> \fIINBUF(*), OUTBUF(*)\fP

2
ompi/mpi/man/man3/MPI_Win_shared_query.3in
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@ -23,7 +23,7 @@ USE MPI
! or the older form: INCLUDE 'mpif.h'
MPI_WIN_SHARED_QUERY(WIN, RANK, SIZE, DISP_UNIT, BASEPTR, IERROR)
INTEGER WIN, RANK, DISP_UNIT, IERROR
INTEGER (KIND=MPI_ADDRESS_KIND) SIZE, BASEPTR
INTEGER(KIND=MPI_ADDRESS_KIND) SIZE, BASEPTR
.fi
.SH Fortran 2008 Syntax

3
ompi/mpi/man/man3/Makefile.extra
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@ -235,6 +235,8 @@ mpi_api_man_pages = \
mpi/man/man3/MPI_Keyval_create.3 \
mpi/man/man3/MPI_Keyval_free.3 \
mpi/man/man3/MPI_Lookup_name.3 \
mpi/man/man3/MPI_Message_c2f.3 \
mpi/man/man3/MPI_Message_f2c.3 \
mpi/man/man3/MPI_Mprobe.3 \
mpi/man/man3/MPI_Mrecv.3 \
mpi/man/man3/MPI_Neighbor_allgather.3 \
@ -248,6 +250,7 @@ mpi_api_man_pages = \
mpi/man/man3/MPI_Neighbor_alltoallw.3 \
mpi/man/man3/MPI_Ineighbor_alltoallw.3 \
mpi/man/man3/MPI_Op_c2f.3 \
mpi/man/man3/MPI_Op_commutative.3 \
mpi/man/man3/MPI_Op_create.3 \
mpi/man/man3/MPI_Open_port.3 \
mpi/man/man3/MPI_Op_f2c.3 \