Hi Shiqing, Yes, it was parameter (MPI_STATUS_SIZE=) in mpif-config.h file.
BTW: see the attached CMakeCache.txt. > There is no f90 bindings at moment for Windows. Any idea when this available? Thank you. -Hiral On Thu, Mar 17, 2011 at 5:21 PM, Shiqing Fan <f...@hlrs.de> wrote: > > I tried building openmpi-1.5.2 on Windows 7 (as described below > environment) with OMPI_WANT_F77_BINDINGS_ON and > OMPI_WANT_F90_BINDINGS_ON using "ifort". > > I observed that it has generated mpif77.exe but didn't generated > mpif90.exe, any idea??? > > > There is no f90 bindings at moment for Windows. > > > BTW: while using above generated mpif77.exe to compile hello_f77.f got > following errors... > > c:\openmpi-1.5.2\examples> mpif77 hello_f77.f > Intel(R) Visual Fortran Compiler Professional for applications running on > IA-32, > Version 11.1 Build 20100414 Package ID: w_cprof_p_11.1.065 > Copyright (C) 1985-2010 Intel Corporation. All rights reserved. > C:/openmpi-1.5.2/installed/include\mpif-config.h(91): error #5082: Syntax > error, > found ')' when expecting one of: ( <IDENTIFIER> <CHAR_CON_KIND_PARAM> > <CHAR_NAM > _KIND_PARAM> <CHARACTER_CONSTANT> <INTEGER_CONSTANT> ... > parameter (MPI_STATUS_SIZE=) > ---------------------------------^ > compilation aborted for hello_f77.f (code 1) > > It seems MPI_STATUS_SIZE is not set. Could you please send me your > CMakeCache.txt to me off the mailing list, so that I can check what is going > wrong? A quick solution would be just set it to 0. > > > Regards, > Shiqing > > Thank you. > -Hiral > > > On Wed, Mar 16, 2011 at 8:11 PM, Damien <dam...@khubla.com> wrote: > > >> Hiral, >> >> To add to Shiqing's comments, 1.5 has been running great for me on Windows >> for over 6 months since it was in beta. You should give it a try. >> >> Damien >> >> On 16/03/2011 8:34 AM, Shiqing Fan wrote: >> >> Hi Hiral, >> >> >> >> > it's only experimental in 1.4 series. And there is only F77 bingdings on >> Windows, no F90 bindings. >> Can you please provide steps to build 1.4.3 with experimental f77 bindings >> on Windows? >> >> Well, I highly recommend to use 1.5 series, but I can also take a look and >> probably provide you a patch for 1.4 . >> >> >> >> BTW: Do you have any idea on: when next stable release with full fortran >> support on Windows would be available? >> >> There is no plan yet. >> >> >> Regards, >> Shiqing >> >> >> >> >> Thank you. >> -Hiral >> >> On Wed, Mar 16, 2011 at 6:59 PM, Shiqing Fan <f...@hlrs.de> wrote: >> >> >>> Hi Hiral, >>> >>> 1.3.4 is quite old, please use the latest version. As Damien noted, the >>> full fortran support is in 1.5 series, it's only experimental in 1.4 series. >>> And there is only F77 bingdings on Windows, no F90 bindings. Another choice >>> is to use the released binary installers to avoid compiling everything by >>> yourself. >>> >>> >>> Best Regards, >>> Shiqing >>> >>> On 3/16/2011 11:47 AM, hi wrote: >>> >>> Greetings!!! >>> >>> >>> >>> I am trying to build openmpi-1.3.4 and openmpi-1.4.3 on Windows 7 (64-bit >>> OS), but getting some difficuty... >>> >>> >>> >>> My build environment: >>> >>> OS : Windows 7 (64-bit) >>> >>> C/C++ compiler : Visual Studio 2008 and Visual Studio 2010 >>> >>> Fortran compiler: Intel "ifort" >>> >>> >>> >>> Approach: followed the "First Approach" described in README.WINDOWS file. >>> >>> >>> >>> *1) Using openmpi-1.3.4:*** >>> >>> Observed build time error in version.cc(136). This error is related >>> to getting SVN version information as described in >>> http://www.open-mpi.org/community/lists/users/2010/01/11860.php. As we >>> are using this openmpi-1.3.4 stable version on Linux platform, is there any >>> fix to this compile time error? >>> >>> >>> >>> *2) Using openmpi-1.4.3:*** >>> >>> Builds properly without F77/F90 support (i.e. i.e. Skipping MPI F77 >>> interface). >>> >>> Now to get the "mpif*.exe" for fortran programs, I provided proper >>> "ifort" path and enabled "OMPI_WANT_F77_BINDINGS=ON" and/or >>> OMPI_WANT_F90_BINDINGS=ON flag; but getting following errors... >>> >>> * 2.a) "ifort" with OMPI_WANT_F77_BINDINGS=ON gave following >>> errors... * >>> >>> Check ifort external symbol convention... >>> >>> Check ifort external symbol convention...single underscore >>> >>> Check if Fortran 77 compiler supports LOGICAL... >>> >>> Check if Fortran 77 compiler supports LOGICAL...done >>> >>> Check size of Fortran 77 LOGICAL... >>> >>> CMake Error at >>> contrib/platform/win32/CMakeModules/f77_get_sizeof.cmake:76 (MESSAGE): >>> >>> Could not determine size of LOGICAL. >>> >>> Call Stack (most recent call first): >>> >>> contrib/platform/win32/CMakeModules/f77_check.cmake:82 >>> (OMPI_F77_GET_SIZEOF) >>> >>> contrib/platform/win32/CMakeModules/ompi_configure.cmake:1123 >>> (OMPI_F77_CHECK) >>> >>> CMakeLists.txt:87 (INCLUDE) >>> >>> Configuring incomplete, errors occurred! >>> >>> >>> >>> * 2.b) "ifort" with OMPI_WANT_F90_BINDINGS=ON gave following >>> errors... * >>> >>> Skipping MPI F77 interface >>> >>> CMake Error: File >>> C:/openmpi-1.4.3/contrib/platform/win32/ConfigFiles/mpif90-wrapper-data.txt.cmake >>> does not exist. >>> >>> CMake Error at ompi/tools/CMakeLists.txt:93 (CONFIGURE_FILE): >>> >>> configure_file Problem configuring file >>> >>> CMake Error: File >>> C:/openmpi-1.4.3/contrib/platform/win32/ConfigFiles/mpif90-wrapper-data.txt.cmake >>> does not exist. >>> >>> CMake Error at ompi/tools/CMakeLists.txt:97 (CONFIGURE_FILE): >>> >>> configure_file Problem configuring file >>> >>> looking for ccp... >>> >>> looking for ccp...not found. >>> >>> looking for ccp... >>> >>> looking for ccp...not found. >>> >>> Configuring incomplete, errors occurred! >>> >>> >>> >>> * 2.c) "ifort" with OMPI_WANT_F77_BINDINGS=ON and >>> OMPI_WANT_F90_BINDINGS=ON gave following errors... * >>> >>> Check ifort external symbol convention... >>> >>> Check ifort external symbol convention...single underscore >>> >>> Check if Fortran 77 compiler supports LOGICAL... >>> >>> Check if Fortran 77 compiler supports LOGICAL...done >>> >>> Check size of Fortran 77 LOGICAL... >>> >>> CMake Error at >>> contrib/platform/win32/CMakeModules/f77_get_sizeof.cmake:76 (MESSAGE): >>> >>> Could not determine size of LOGICAL. >>> >>> Call Stack (most recent call first): >>> >>> contrib/platform/win32/CMakeModules/f77_check.cmake:82 >>> (OMPI_F77_GET_SIZEOF) >>> >>> contrib/platform/win32/CMakeModules/ompi_configure.cmake:1123 >>> (OMPI_F77_CHECK) >>> >>> CMakeLists.txt:87 (INCLUDE) >>> >>> Configuring incomplete, errors occurred! >>> >>> >>> >>> Any idea on resolving above errors to get mpif*.exe generated on Windows >>> platform using "ifort"? >>> >>> Please let me know if more information is required. >>> Thank you in advance. >>> >>> -Hiral >>> >>> >>> _______________________________________________ >>> users mailing >>> listusers@open-mpi.orghttp://www.open-mpi.org/mailman/listinfo.cgi/users >>> >>> >>> >>> >>> -- >>> --------------------------------------------------------------- >>> Shiqing Fan >>> High Performance Computing Center Stuttgart (HLRS) >>> Tel: ++49(0)711-685-87234 Nobelstrasse 19 >>> Fax: ++49(0)711-685-65832 70569 >>> Stuttgarthttp://www.hlrs.de/organization/people/shiqing-fan/ >>> email: f...@hlrs.de >>> >>> >> _______________________________________________ >> users mailing >> listusers@open-mpi.orghttp://www.open-mpi.org/mailman/listinfo.cgi/users >> >> >> >> >> -- >> --------------------------------------------------------------- >> Shiqing Fan >> High Performance Computing Center Stuttgart (HLRS) >> Tel: ++49(0)711-685-87234 Nobelstrasse 19 >> Fax: ++49(0)711-685-65832 70569 >> Stuttgarthttp://www.hlrs.de/organization/people/shiqing-fan/ >> email: f...@hlrs.de >> >> >> _______________________________________________ >> users mailing >> listusers@open-mpi.orghttp://www.open-mpi.org/mailman/listinfo.cgi/users >> >> _______________________________________________ > users mailing list > us...@open-mpi.org > http://www.open-mpi.org/mailman/listinfo.cgi/users > > > > > _______________________________________________ > users mailing > listusers@open-mpi.orghttp://www.open-mpi.org/mailman/listinfo.cgi/users > > > > -- > --------------------------------------------------------------- > Shiqing Fan > High Performance Computing Center Stuttgart (HLRS) > Tel: ++49(0)711-685-87234 Nobelstrasse 19 > Fax: ++49(0)711-685-65832 70569 > Stuttgarthttp://www.hlrs.de/organization/people/shiqing-fan/ > email: f...@hlrs.de > >
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CMAKE_SUPPRESS_DEVELOPER_WARNINGS:INTERNAL=FALSE //ADVANCED property for variable: CMAKE_USE_RELATIVE_PATHS CMAKE_USE_RELATIVE_PATHS-ADVANCED:INTERNAL=1 //ADVANCED property for variable: CMAKE_VERBOSE_MAKEFILE CMAKE_VERBOSE_MAKEFILE-ADVANCED:INTERNAL=1 //Result of TRY_COMPILE COMPILE_RESULT:INTERNAL=TRUE //COMPLEX16 check done COMPLEX16_CHECK_DONE:INTERNAL=TRUE //COMPLEX32 check done COMPLEX32_CHECK_DONE:INTERNAL=TRUE //COMPLEX8 check done COMPLEX8_CHECK_DONE:INTERNAL=TRUE //COMPLEX check done COMPLEX_CHECK_DONE:INTERNAL=TRUE //ADVANCED property for variable: CPACK_BINARY_NSIS CPACK_BINARY_NSIS-ADVANCED:INTERNAL=1 //ADVANCED property for variable: CPACK_BINARY_ZIP CPACK_BINARY_ZIP-ADVANCED:INTERNAL=1 //ADVANCED property for variable: CPACK_SOURCE_ZIP CPACK_SOURCE_ZIP-ADVANCED:INTERNAL=1 //CXX compiler executable CXX:INTERNAL=cl.exe //Compiler include paths. C_COMPILER_INCLUDE:INTERNAL=C:/Program Files (x86)/Microsoft Visual Studio 9.0/VC/bin/../../VC/include //Compiler libraries. C_COMPILER_LIB:INTERNAL=C:/Program Files (x86)/Microsoft Visual Studio 9.0/VC/bin/../../VC/lib;C:/Program Files/Microsoft SDKs/Windows/v6.1/lib //Compiler libraries path. C_COMPILER_LIBPATH:INTERNAL=C:/Program Files (x86)/Microsoft Visual Studio 9.0/VC/bin/../../VC/lib;C:/Program Files/Microsoft SDKs/Windows/v6.1/lib //Compiler binary paths. C_COMPILER_PATH:INTERNAL=C:/Program Files (x86)/Microsoft Visual Studio 9.0/VC/bin;C:/Program Files/Microsoft SDKs/Windows/v6.1/bin;C:/Program Files (x86)/Microsoft Visual Studio 9.0/VC/bin/../../Common7/IDE //Result of TRY_COMPILE C_HAS___inline:INTERNAL=TRUE //Result of TRY_COMPILE C_HAS___inline__:INTERNAL=FALSE //Result of TRY_COMPILE C_HAS_inline:INTERNAL=FALSE //CHECK_TYPE_SIZE: sizeof(double) DOUBLE:INTERNAL=8 //check for `DOUBLE' is done. DOUBLE_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: double _Complex unknown DOUBLE_COMPLEX:INTERNAL= //check for `DOUBLE_COMPLEX' is done. DOUBLE_COMPLEX_CHECK_DONE:INTERNAL=1 //DOUBLE_PRECISION check done DOUBLE_PRECISION_CHECK_DONE:INTERNAL=TRUE //the dumpbin application. DUMP_UTIL:INTERNAL=C:/Program Files (x86)/Microsoft Visual Studio 9.0/VC/bin/dumpbin.exe //Stored GUID EDIT_CACHE_GUID_CMAKE:INTERNAL=274C83F4-C187-4C48-AE12-C496136BB0FD //Name of the fortran compiler. F77:INTERNAL=ifort.exe //Compile flag for using dynamically-loaded, multithread C runtime. F77_DYNAMIC_FLAG:INTERNAL=/MD //Compile flag for using dynamically-loaded, multithread C runtime // (Debug). F77_DYNAMIC_FLAG_DEBUG:INTERNAL=/MDd //Fortran compiler option for compiling without linking. F77_OPTION_COMPILE:INTERNAL=/c //Fortran compiler option for setting executable file name. F77_OUTPUT_EXE:INTERNAL=/Fe //Fortran compiler option for setting object file name. F77_OUTPUT_OBJ:INTERNAL=/Fo //F77 CHARACTER check done or not. F77_SETUP_CHARACTER_DONE:INTERNAL=TRUE //F77 COMPLEX16 check done or not. F77_SETUP_COMPLEX16_DONE:INTERNAL=TRUE //F77 COMPLEX32 check done or not. F77_SETUP_COMPLEX32_DONE:INTERNAL=TRUE //F77 COMPLEX8 check done or not. F77_SETUP_COMPLEX8_DONE:INTERNAL=TRUE //F77 COMPLEX check done or not. F77_SETUP_COMPLEX_DONE:INTERNAL=TRUE //f77 setup done. F77_SETUP_DONE:INTERNAL=TRUE //F77 DOUBLE_PRECISION check done or not. F77_SETUP_DOUBLE_PRECISION_DONE:INTERNAL=TRUE //F77 INTEGER1 check done or not. F77_SETUP_INTEGER1_DONE:INTERNAL=TRUE //F77 INTEGER2 check done or not. F77_SETUP_INTEGER2_DONE:INTERNAL=TRUE //F77 INTEGER4 check done or not. F77_SETUP_INTEGER4_DONE:INTERNAL=TRUE //F77 INTEGER8 check done or not. F77_SETUP_INTEGER8_DONE:INTERNAL=TRUE //F77 INTEGER check done or not. F77_SETUP_INTEGER_DONE:INTERNAL=TRUE //F77 LOGICAL1 check done or not. F77_SETUP_LOGICAL1_DONE:INTERNAL=TRUE //F77 LOGICAL2 check done or not. F77_SETUP_LOGICAL2_DONE:INTERNAL=TRUE //F77 LOGICAL4 check done or not. F77_SETUP_LOGICAL4_DONE:INTERNAL=TRUE //F77 LOGICAL8 check done or not. F77_SETUP_LOGICAL8_DONE:INTERNAL=TRUE //F77 LOGICAL check done or not. F77_SETUP_LOGICAL_DONE:INTERNAL=TRUE //F77 REAL16 check done or not. F77_SETUP_REAL16_DONE:INTERNAL=TRUE //F77 REAL4 check done or not. F77_SETUP_REAL4_DONE:INTERNAL=TRUE //F77 REAL8 check done or not. F77_SETUP_REAL8_DONE:INTERNAL=TRUE //F77 REAL check done or not. F77_SETUP_REAL_DONE:INTERNAL=TRUE //found flex FLEX_FOUND:INTERNAL=TRUE //CHECK_TYPE_SIZE: sizeof(float) FLOAT:INTERNAL=4 //check for `FLOAT' is done. FLOAT_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: float _Complex unknown FLOAT_COMPLEX:INTERNAL= //check for `FLOAT_COMPLEX' is done. FLOAT_COMPLEX_CHECK_DONE:INTERNAL=1 //Fortran handle max check done FORTRAN_MAX_HANDLE_CHECK_DONE:INTERNAL=TRUE //Fortran value true check done FORTRAN_VALUE_CHECK_DONE:INTERNAL=TRUE //Have function ceil HAVE_CEIL:INTERNAL=1 //Result of TRY_COMPILE HAVE_CHAR:INTERNAL=TRUE //Have symbol AF_INET6 HAVE_DECL_AF_INET6:INTERNAL=1 //Have symbol AF_UNSPEC HAVE_DECL_AF_UNSPEC:INTERNAL=1 //Have symbol PF_INET6 HAVE_DECL_PF_INET6:INTERNAL=1 //Have symbol PF_UNSPEC HAVE_DECL_PF_UNSPEC:INTERNAL=1 //Result of TRY_COMPILE HAVE_DOUBLE:INTERNAL=TRUE //Result of TRY_COMPILE HAVE_DOUBLE_COMPLEX:INTERNAL=FALSE //Have function execve HAVE_EXECVE:INTERNAL=1 //Result of TRY_COMPILE HAVE_FLOAT:INTERNAL=TRUE //Result of TRY_COMPILE HAVE_FLOAT_COMPLEX:INTERNAL=FALSE //have 'inline' definition HAVE_INLINE:INTERNAL=TRUE //Result of TRY_COMPILE HAVE_INT:INTERNAL=TRUE //Result of TRY_COMPILE HAVE_INT128_T:INTERNAL=FALSE //Result of TRY_COMPILE HAVE_INT16_T:INTERNAL=FALSE //Result of TRY_COMPILE HAVE_INT32_T:INTERNAL=FALSE //Result of TRY_COMPILE HAVE_INT64_T:INTERNAL=FALSE //Result of TRY_COMPILE HAVE_INT8_T:INTERNAL=FALSE //Result of TRY_RUN HAVE_INTERLOCKEDCOMPAREEXCHANGE:INTERNAL=1 //Result of TRY_RUN HAVE_INTERLOCKEDCOMPAREEXCHANGE64:INTERNAL=1 //Result of TRY_RUN HAVE_INTERLOCKEDCOMPAREEXCHANGEACQUIRE:INTERNAL=1 //Result of TRY_RUN HAVE_INTERLOCKEDCOMPAREEXCHANGERELEASE:INTERNAL=1 //Result of TRY_COMPILE HAVE_INTPTR_T:INTERNAL=TRUE //Have function isatty HAVE_ISATTY:INTERNAL=1 //Result of TRY_COMPILE HAVE_LONG:INTERNAL=TRUE //Result of TRY_COMPILE HAVE_LONG_DOUBLE:INTERNAL=TRUE //Result of TRY_COMPILE HAVE_LONG_DOUBLE_COMPLEX:INTERNAL=FALSE //Result of TRY_COMPILE HAVE_LONG_LONG:INTERNAL=TRUE //Have include malloc.h HAVE_MALLOC_H:INTERNAL=1 //Have include memory.h HAVE_MEMORY_H:INTERNAL=1 //Result of TRY_COMPILE HAVE_MODE_T:INTERNAL=FALSE //Result of TRY_COMPILE HAVE_PID_T:INTERNAL=FALSE //Result of TRY_COMPILE HAVE_PTRDIFF_T:INTERNAL=TRUE //Result of TRY_COMPILE HAVE_SHORT:INTERNAL=TRUE //Have include signal.h HAVE_SIGNAL_H:INTERNAL=1 //Result of TRY_COMPILE HAVE_SIZE_T:INTERNAL=TRUE //HAVE_SOCKLEN_T HAVE_SOCKLEN_T:INTERNAL=1 //Result of TRY_COMPILE HAVE_SSIZE_T:INTERNAL=FALSE //Have include stdarg.h HAVE_STDARG_H:INTERNAL=1 //Have include stddef.h HAVE_STDDEF_H:INTERNAL=1 //Have include stdint.h HAVE_STDINT_H:INTERNAL= //Have include stdlib.h HAVE_STDLIB_H:INTERNAL=1 //Have include string.h HAVE_STRING_H:INTERNAL=1 //HAVE_STRUCT_SOCKADDR_IN HAVE_STRUCT_SOCKADDR_IN:INTERNAL=1 //HAVE_STRUCT_SOCKADDR_IN6 HAVE_STRUCT_SOCKADDR_IN6:INTERNAL=1 //HAVE_STRUCT_SOCKADDR_STORAGE HAVE_STRUCT_SOCKADDR_STORAGE:INTERNAL=1 //Have include sys/stat.h HAVE_SYS_STAT_H:INTERNAL=1 //Have include sys/types.h HAVE_SYS_TYPES_H:INTERNAL=1 //Have include time.h HAVE_TIME_H:INTERNAL=1 //Result of TRY_COMPILE HAVE_UINT128_T:INTERNAL=FALSE //Result of TRY_COMPILE HAVE_UINT16_T:INTERNAL=FALSE //Result of TRY_COMPILE HAVE_UINT32_T:INTERNAL=FALSE //Result of TRY_COMPILE HAVE_UINT64_T:INTERNAL=FALSE //Result of TRY_COMPILE HAVE_UINT8_T:INTERNAL=FALSE //Result of TRY_COMPILE HAVE_UINTPTR_T:INTERNAL=TRUE //Result of TRY_COMPILE HAVE_UNSIGNED_CHAR:INTERNAL=TRUE //Result of TRY_COMPILE HAVE_UNSIGNED_INT:INTERNAL=TRUE //Result of TRY_COMPILE HAVE_UNSIGNED_LONG_DOUBLE:INTERNAL=TRUE //Result of TRY_COMPILE HAVE_UNSIGNED_LONG_LONG:INTERNAL=TRUE //Result of TRY_COMPILE HAVE_UNSIGNED_SHORT:INTERNAL=TRUE //Result of TRY_COMPILE HAVE_VOID_P:INTERNAL=TRUE //Have function vsnprintf HAVE_VSNPRINTF:INTERNAL=1 //Result of TRY_COMPILE HAVE_WCHAR:INTERNAL=FALSE //Have include wdm.h HAVE_WDM_H:INTERNAL= //Have include windows.h HAVE_WINDOWS_H:INTERNAL=1 //Have include winsock2.h HAVE_WINSOCK2_H:INTERNAL=1 //'inline' definition INLINE_STRING:INTERNAL=__inline //Stored GUID INSTALL_GUID_CMAKE:INTERNAL=3ABE96B8-9E33-4579-A6AE-DD653CBB507F //CHECK_TYPE_SIZE: sizeof(int) INT:INTERNAL=4 //CHECK_TYPE_SIZE: int128_t unknown INT128_T:INTERNAL= //check for `INT128_T' is done. INT128_T_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: int16_t unknown INT16_T:INTERNAL= //check for `INT16_T' is done. INT16_T_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: int32_t unknown INT32_T:INTERNAL= //check for `INT32_T' is done. INT32_T_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: int64_t unknown INT64_T:INTERNAL= //check for `INT64_T' is done. INT64_T_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: int8_t unknown INT8_T:INTERNAL= //check for `INT8_T' is done. INT8_T_CHECK_DONE:INTERNAL=1 //INTEGER16 check done INTEGER16_CHECK_DONE:INTERNAL=TRUE //INTEGER1 check done INTEGER1_CHECK_DONE:INTERNAL=TRUE //INTEGER2 check done INTEGER2_CHECK_DONE:INTERNAL=TRUE //INTEGER4 check done INTEGER4_CHECK_DONE:INTERNAL=TRUE //INTEGER8 check done INTEGER8_CHECK_DONE:INTERNAL=TRUE //INTEGER check done INTEGER_CHECK_DONE:INTERNAL=TRUE //CHECK_TYPE_SIZE: sizeof(intptr_t) INTPTR_T:INTERNAL=4 //check for `INTPTR_T' is done. INTPTR_T_CHECK_DONE:INTERNAL=1 //check for `INT' is done. INT_CHECK_DONE:INTERNAL=1 //LOGICAL1 check done LOGICAL1_CHECK_DONE:INTERNAL=TRUE //LOGICAL2 check done LOGICAL2_CHECK_DONE:INTERNAL=TRUE //LOGICAL4 check done LOGICAL4_CHECK_DONE:INTERNAL=TRUE //LOGICAL8 check done LOGICAL8_CHECK_DONE:INTERNAL=TRUE //LOGICAL check done LOGICAL_CHECK_DONE:INTERNAL=TRUE //CHECK_TYPE_SIZE: sizeof(long) LONG:INTERNAL=4 //check for `LONG' is done. LONG_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: sizeof(long double) LONG_DOUBLE:INTERNAL=8 //check for `LONG_DOUBLE' is done. LONG_DOUBLE_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: long double _Complex unknown LONG_DOUBLE_COMPLEX:INTERNAL= //check for `LONG_DOUBLE_COMPLEX' is done. LONG_DOUBLE_COMPLEX_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: sizeof(long long) LONG_LONG:INTERNAL=8 //check for `LONG_LONG' is done. LONG_LONG_CHECK_DONE:INTERNAL=1 //Microsoft check finished. MICROSOFT_CHECK_DONE:INTERNAL=TRUE //CHECK_TYPE_SIZE: mode_t unknown MODE_T:INTERNAL= //check for `MODE_T' is done. MODE_T_CHECK_DONE:INTERNAL=1 //ADVANCED property for variable: MSVC90_REDIST_DIR MSVC90_REDIST_DIR-ADVANCED:INTERNAL=1 //OMPI_ALIGNMENT_FORTRAN_CHARACTER OMPI_ALIGNMENT_FORTRAN_CHARACTER:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_COMPLEX OMPI_ALIGNMENT_FORTRAN_COMPLEX:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_COMPLEX16 OMPI_ALIGNMENT_FORTRAN_COMPLEX16:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_COMPLEX32 OMPI_ALIGNMENT_FORTRAN_COMPLEX32:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_COMPLEX8 OMPI_ALIGNMENT_FORTRAN_COMPLEX8:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_DOUBLE_COMPLEX OMPI_ALIGNMENT_FORTRAN_DOUBLE_COMPLEX:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_DOUBLE_PRECISION OMPI_ALIGNMENT_FORTRAN_DOUBLE_PRECISION:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_INTEGER OMPI_ALIGNMENT_FORTRAN_INTEGER:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_INTEGER1 OMPI_ALIGNMENT_FORTRAN_INTEGER1:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_INTEGER16 OMPI_ALIGNMENT_FORTRAN_INTEGER16:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_INTEGER2 OMPI_ALIGNMENT_FORTRAN_INTEGER2:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_INTEGER4 OMPI_ALIGNMENT_FORTRAN_INTEGER4:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_INTEGER8 OMPI_ALIGNMENT_FORTRAN_INTEGER8:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_LOGICAL OMPI_ALIGNMENT_FORTRAN_LOGICAL:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_LOGICAL1 OMPI_ALIGNMENT_FORTRAN_LOGICAL1:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_LOGICAL2 OMPI_ALIGNMENT_FORTRAN_LOGICAL2:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_LOGICAL4 OMPI_ALIGNMENT_FORTRAN_LOGICAL4:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_LOGICAL8 OMPI_ALIGNMENT_FORTRAN_LOGICAL8:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_REAL OMPI_ALIGNMENT_FORTRAN_REAL:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_REAL16 OMPI_ALIGNMENT_FORTRAN_REAL16:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_REAL2 OMPI_ALIGNMENT_FORTRAN_REAL2:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_REAL4 OMPI_ALIGNMENT_FORTRAN_REAL4:INTERNAL=4 //OMPI_ALIGNMENT_FORTRAN_REAL8 OMPI_ALIGNMENT_FORTRAN_REAL8:INTERNAL=4 //OMPI_BUILD_DATE OMPI_BUILD_DATE:INTERNAL=11:33 AM 03/17/2011 //c int max OMPI_CINT_MAX:INTERNAL=2147483647 //OMPI_CONFIGURE_DATE OMPI_CONFIGURE_DATE:INTERNAL=11:33 AM 03/17/2011 //C compiler option for C++ exceptions. OMPI_CXX_EXCEPTION:INTERNAL=/EHsc //C compiler option for compiling source as C++. OMPI_CXX_LAN_FLAG:INTERNAL=/TP //C compiler option for preprocessor definition. OMPI_C_DEF_PRE:INTERNAL=/D //C compiler option for including directory. OMPI_C_INCLUDE_DIR:INTERNAL=/I //C compiler option for compiling source as C. OMPI_C_LAN_FLAG:INTERNAL=/TC //C compiler option for Multi-thread DLL. OMPI_C_MD:INTERNAL=/MD //C compiler option for Multi-thread Debug DLL. OMPI_C_MD_DEBUG:INTERNAL=/MDd //C compiler option for compiling without linking. OMPI_C_OPTION_COMPILE:INTERNAL=/c //C compiler option for setting executable file name. OMPI_C_OUTPUT_EXE:INTERNAL=/Fe //C compiler option for setting object file name. OMPI_C_OUTPUT_OBJ:INTERNAL=/Fo //external symbol convention - captital OMPI_F77_CAPS:INTERNAL=1 //external symbol convention - double underscore OMPI_F77_DOUBLE_UNDERSCORE:INTERNAL=0 //external symbol convention - plain OMPI_F77_PLAIN:INTERNAL=0 //external symbol convention - single underscore OMPI_F77_SINGLE_UNDERSCORE:INTERNAL=0 //fortran int max OMPI_FINT_MAX:INTERNAL=0x7fffffff //Fortran handle max OMPI_FORTRAN_HANDLE_MAX:INTERNAL=2147483647 //Fortran value true OMPI_FORTRAN_VALUE_TRUE:INTERNAL=-1 //OMPI_HAVE_FORTRAN_CHARACTER OMPI_HAVE_FORTRAN_CHARACTER:INTERNAL=0 //OMPI_HAVE_FORTRAN_COMPLEX OMPI_HAVE_FORTRAN_COMPLEX:INTERNAL=0 //OMPI_HAVE_FORTRAN_COMPLEX16 OMPI_HAVE_FORTRAN_COMPLEX16:INTERNAL=0 //OMPI_HAVE_FORTRAN_COMPLEX32 OMPI_HAVE_FORTRAN_COMPLEX32:INTERNAL=0 //OMPI_HAVE_FORTRAN_COMPLEX8 OMPI_HAVE_FORTRAN_COMPLEX8:INTERNAL=0 //OMPI_HAVE_FORTRAN_DOUBLE_COMPLEX OMPI_HAVE_FORTRAN_DOUBLE_COMPLEX:INTERNAL=0 //OMPI_HAVE_FORTRAN_DOUBLE_PRECISION OMPI_HAVE_FORTRAN_DOUBLE_PRECISION:INTERNAL=0 //OMPI_HAVE_FORTRAN_INTEGER OMPI_HAVE_FORTRAN_INTEGER:INTERNAL=0 //OMPI_HAVE_FORTRAN_INTEGER1 OMPI_HAVE_FORTRAN_INTEGER1:INTERNAL=0 //OMPI_HAVE_FORTRAN_INTEGER16 OMPI_HAVE_FORTRAN_INTEGER16:INTERNAL=0 //OMPI_HAVE_FORTRAN_INTEGER2 OMPI_HAVE_FORTRAN_INTEGER2:INTERNAL=0 //OMPI_HAVE_FORTRAN_INTEGER4 OMPI_HAVE_FORTRAN_INTEGER4:INTERNAL=0 //OMPI_HAVE_FORTRAN_INTEGER8 OMPI_HAVE_FORTRAN_INTEGER8:INTERNAL=0 //OMPI_HAVE_FORTRAN_LOGICAL OMPI_HAVE_FORTRAN_LOGICAL:INTERNAL=0 //OMPI_HAVE_FORTRAN_LOGICAL1 OMPI_HAVE_FORTRAN_LOGICAL1:INTERNAL=0 //OMPI_HAVE_FORTRAN_LOGICAL2 OMPI_HAVE_FORTRAN_LOGICAL2:INTERNAL=0 //OMPI_HAVE_FORTRAN_LOGICAL4 OMPI_HAVE_FORTRAN_LOGICAL4:INTERNAL=0 //OMPI_HAVE_FORTRAN_LOGICAL8 OMPI_HAVE_FORTRAN_LOGICAL8:INTERNAL=0 //OMPI_HAVE_FORTRAN_REAL OMPI_HAVE_FORTRAN_REAL:INTERNAL=0 //OMPI_HAVE_FORTRAN_REAL16 OMPI_HAVE_FORTRAN_REAL16:INTERNAL=0 //OMPI_HAVE_FORTRAN_REAL2 OMPI_HAVE_FORTRAN_REAL2:INTERNAL=0 //OMPI_HAVE_FORTRAN_REAL4 OMPI_HAVE_FORTRAN_REAL4:INTERNAL=0 //OMPI_HAVE_FORTRAN_REAL8 OMPI_HAVE_FORTRAN_REAL8:INTERNAL=0 //command line for making static libraries. OMPI_LIB_CMD:INTERNAL=lib //Output option for making static libraries. OMPI_LIB_CMD_OUTPUT:INTERNAL=-OUT: //MPI_ADDRESS_KIND OMPI_MPI_ADDRESS_KIND:INTERNAL=0 //MPI_INTEGER_KIND OMPI_MPI_INTEGER_KIND:INTERNAL=0 //MPI_OFFSET_KIND OMPI_MPI_OFFSET_KIND:INTERNAL=0 //OMPI_SIZEOF_FORTRAN_CHARACTER OMPI_SIZEOF_FORTRAN_CHARACTER:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_COMPLEX OMPI_SIZEOF_FORTRAN_COMPLEX:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_COMPLEX16 OMPI_SIZEOF_FORTRAN_COMPLEX16:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_COMPLEX32 OMPI_SIZEOF_FORTRAN_COMPLEX32:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_COMPLEX8 OMPI_SIZEOF_FORTRAN_COMPLEX8:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_DOUBLE_COMPLEX OMPI_SIZEOF_FORTRAN_DOUBLE_COMPLEX:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_DOUBLE_PRECISION OMPI_SIZEOF_FORTRAN_DOUBLE_PRECISION:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_INTEGER OMPI_SIZEOF_FORTRAN_INTEGER:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_INTEGER1 OMPI_SIZEOF_FORTRAN_INTEGER1:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_INTEGER16 OMPI_SIZEOF_FORTRAN_INTEGER16:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_INTEGER2 OMPI_SIZEOF_FORTRAN_INTEGER2:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_INTEGER4 OMPI_SIZEOF_FORTRAN_INTEGER4:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_INTEGER8 OMPI_SIZEOF_FORTRAN_INTEGER8:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_LOGICAL OMPI_SIZEOF_FORTRAN_LOGICAL:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_LOGICAL1 OMPI_SIZEOF_FORTRAN_LOGICAL1:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_LOGICAL2 OMPI_SIZEOF_FORTRAN_LOGICAL2:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_LOGICAL4 OMPI_SIZEOF_FORTRAN_LOGICAL4:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_LOGICAL8 OMPI_SIZEOF_FORTRAN_LOGICAL8:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_REAL OMPI_SIZEOF_FORTRAN_REAL:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_REAL16 OMPI_SIZEOF_FORTRAN_REAL16:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_REAL2 OMPI_SIZEOF_FORTRAN_REAL2:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_REAL4 OMPI_SIZEOF_FORTRAN_REAL4:INTERNAL=4 //OMPI_SIZEOF_FORTRAN_REAL8 OMPI_SIZEOF_FORTRAN_REAL8:INTERNAL=4 //Result of TRY_RUN OPAL_ALIGNMENT_BOOL:INTERNAL=1 //Result of TRY_RUN OPAL_ALIGNMENT_CHAR:INTERNAL=1 //Sizeof cxx bool. OPAL_ALIGNMENT_CXX_BOOL:INTERNAL=1 //Sizeof c bool. OPAL_ALIGNMENT_C_BOOL:INTERNAL=1 //Result of TRY_RUN OPAL_ALIGNMENT_DOUBLE:INTERNAL=8 //Result of TRY_RUN OPAL_ALIGNMENT_FLOAT:INTERNAL=4 //Result of TRY_RUN OPAL_ALIGNMENT_INT:INTERNAL=4 //Result of TRY_RUN OPAL_ALIGNMENT_INTPTR_T:INTERNAL=4 //Result of TRY_RUN OPAL_ALIGNMENT_LONG:INTERNAL=4 //Result of TRY_RUN OPAL_ALIGNMENT_LONG_DOUBLE:INTERNAL=8 //Result of TRY_RUN OPAL_ALIGNMENT_LONG_LONG:INTERNAL=8 //Result of TRY_RUN OPAL_ALIGNMENT_PTRDIFF_T:INTERNAL=4 //Result of TRY_RUN OPAL_ALIGNMENT_SHORT:INTERNAL=2 //Result of TRY_RUN OPAL_ALIGNMENT_SIZE_T:INTERNAL=4 //Result of TRY_RUN OPAL_ALIGNMENT_UINTPTR_T:INTERNAL=4 //Result of TRY_RUN OPAL_ALIGNMENT_UNSIGNED_CHAR:INTERNAL=1 //Result of TRY_RUN OPAL_ALIGNMENT_UNSIGNED_INT:INTERNAL=4 //Result of TRY_RUN OPAL_ALIGNMENT_UNSIGNED_LONG_DOUBLE:INTERNAL=8 //Result of TRY_RUN OPAL_ALIGNMENT_UNSIGNED_LONG_LONG:INTERNAL=8 //Result of TRY_RUN OPAL_ALIGNMENT_UNSIGNED_SHORT:INTERNAL=2 //Result of TRY_RUN OPAL_ALIGNMENT_VOID_P:INTERNAL=4 //true if compiler doesn't support bool. OPAL_NEED_C_BOOL:INTERNAL=1 //Have include stddef.h OPAL_STDC_HEADERS:INTERNAL=1 //Stored GUID PACKAGE_GUID_CMAKE:INTERNAL=8991A43B-9DCE-45C3-A66A-0DF25A803F5E //CHECK_TYPE_SIZE: pid_t unknown PID_T:INTERNAL= //check for `PID_T' is done. PID_T_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: sizeof(ptrdiff_t) PTRDIFF_T:INTERNAL=4 //check for `PTRDIFF_T' is done. PTRDIFF_T_CHECK_DONE:INTERNAL=1 //REAL16 check done REAL16_CHECK_DONE:INTERNAL=TRUE //Real16 matches c type check done. REAL16_MATCHES_CHECK_DONE:INTERNAL=TRUE //REAL2 check done REAL2_CHECK_DONE:INTERNAL=TRUE //REAL4 check done REAL4_CHECK_DONE:INTERNAL=TRUE //REAL8 check done REAL8_CHECK_DONE:INTERNAL=TRUE //REAL check done REAL_CHECK_DONE:INTERNAL=TRUE //Stored GUID REBUILD_CACHE_GUID_CMAKE:INTERNAL=1E3A2C69-AFDF-450F-8772-6E9B6655201E //Stored GUID RUN_TESTS_GUID_CMAKE:INTERNAL=9932D364-8BDD-4611-95C4-7C548120A601 //Stored GUID SG_Filter_CMake Rules_GUID_CMAKE:INTERNAL=29394DA9-535A-4FEE-A5E4-10A8E4888118 //Stored GUID SG_Filter_Header Files_GUID_CMAKE:INTERNAL=6E60F5A6-622C-4B11-814C-E9453613BD02 //Stored GUID SG_Filter_Resources_GUID_CMAKE:INTERNAL=2A7B277F-5C28-4376-9EB4-C7D57909981C //Stored GUID SG_Filter_Source Files_GUID_CMAKE:INTERNAL=F47AB797-6AC0-40B1-A14B-8709E587F1FD //Stored GUID SG_Filter_asm_GUID_CMAKE:INTERNAL=9C5901C9-F216-4553-B242-8BF5663FEB24 //Stored GUID SG_Filter_attribute_GUID_CMAKE:INTERNAL=BCC070B5-4723-43A6-8722-9587BA41F663 //Stored GUID SG_Filter_class_GUID_CMAKE:INTERNAL=3A0785BE-843C-41B7-8155-5528C56FD4CD //Stored GUID SG_Filter_communicator_GUID_CMAKE:INTERNAL=2ABCD8C1-E8C9-4BF1-BC0E-288744C0D2D8 //Stored GUID SG_Filter_config_GUID_CMAKE:INTERNAL=72D7A75D-0146-4C09-89F2-9B31396CFF5E //Stored GUID SG_Filter_datatype_GUID_CMAKE:INTERNAL=1B8C402D-0145-4CE7-984A-47F00D8FD162 //Stored GUID SG_Filter_debuggers_GUID_CMAKE:INTERNAL=2A804DB9-70ED-43F1-8C20-031CFA5C011B //Stored GUID SG_Filter_dss_GUID_CMAKE:INTERNAL=3837443E-E4D3-4272-BDF4-1A7A407B1A1C //Stored GUID SG_Filter_errhandler_GUID_CMAKE:INTERNAL=C12F1395-8848-480C-B827-4801C1C78F5D //Stored GUID SG_Filter_etc_GUID_CMAKE:INTERNAL=3E22E39E-5505-4B65-9416-1D8610D5CBE0 //Stored GUID SG_Filter_event_GUID_CMAKE:INTERNAL=C6B07EAF-093D-4526-B637-A9577D647C8D //Stored GUID SG_Filter_file_GUID_CMAKE:INTERNAL=7A1294F4-0C3A-4BC3-9472-124CACE8A682 //Stored GUID SG_Filter_group_GUID_CMAKE:INTERNAL=812D734E-C93B-4935-8187-99B13069BC5F //Stored GUID SG_Filter_include_GUID_CMAKE:INTERNAL=D74B90C6-4662-4560-88D2-60625E168C18 //Stored GUID SG_Filter_info_GUID_CMAKE:INTERNAL=B547AFAE-2094-4BCD-B810-89C1B1CB7775 //Stored GUID SG_Filter_mca\allocator\base_GUID_CMAKE:INTERNAL=F4A6A80D-52E7-4B7D-B50A-3E3DBD926114 //Stored GUID SG_Filter_mca\allocator\basic_GUID_CMAKE:INTERNAL=C53DB8C5-173D-4D04-90CA-B986D64FB4F1 //Stored GUID SG_Filter_mca\allocator\bucket_GUID_CMAKE:INTERNAL=344D92AF-64DA-424B-BDB8-7152DC1C9A12 //Stored GUID SG_Filter_mca\allocator_GUID_CMAKE:INTERNAL=DE7D16C2-FCB5-4FF9-B79B-C8C8E6ECF013 //Stored GUID SG_Filter_mca\backtrace\base_GUID_CMAKE:INTERNAL=0FB6B593-B85D-471B-9CE2-6262F70A614D //Stored GUID SG_Filter_mca\backtrace\none_GUID_CMAKE:INTERNAL=448D2A8A-DF38-4C8C-86B9-34E8F649B4EF //Stored GUID SG_Filter_mca\backtrace_GUID_CMAKE:INTERNAL=5FA82A55-61D1-4CDC-9F68-87ABF1D53410 //Stored GUID SG_Filter_mca\base_GUID_CMAKE:INTERNAL=82D23D55-1FFE-41EA-B4D4-E0C9753A415B //Stored GUID SG_Filter_mca\bml\base_GUID_CMAKE:INTERNAL=74DEC9F3-B6DB-46EC-9630-73D48911D53C //Stored GUID SG_Filter_mca\bml\r2_GUID_CMAKE:INTERNAL=355CF193-C248-408D-9918-8C290B7118C4 //Stored GUID SG_Filter_mca\bml_GUID_CMAKE:INTERNAL=E9C56D81-BD0E-4D75-A139-0AFB8DBFD5EE //Stored GUID SG_Filter_mca\btl\base_GUID_CMAKE:INTERNAL=4D4D6B73-5CF2-4CD2-938E-B59EB6D6F1CB //Stored GUID SG_Filter_mca\btl\self_GUID_CMAKE:INTERNAL=8D7666B5-9E1C-4B6A-BE94-BB099504257F //Stored GUID SG_Filter_mca\btl\sm_GUID_CMAKE:INTERNAL=6861F848-9DD4-4C82-8E21-F3B737D9E35B //Stored GUID SG_Filter_mca\btl\tcp_GUID_CMAKE:INTERNAL=F2E2695C-7892-41CD-94D3-E02351EAB627 //Stored GUID SG_Filter_mca\btl_GUID_CMAKE:INTERNAL=37BB0C98-1F1C-4BAA-8A8A-D53403709070 //Stored GUID SG_Filter_mca\carto\auto_detect_GUID_CMAKE:INTERNAL=EAD10AFE-5E84-4A00-B495-69891526742A //Stored GUID SG_Filter_mca\carto\base_GUID_CMAKE:INTERNAL=02BB3A6D-D7DE-4CF1-8D1C-659AF9F47C89 //Stored GUID SG_Filter_mca\carto_GUID_CMAKE:INTERNAL=4FA2F853-19E0-41BB-8C5F-C1BF3EC7E022 //Stored GUID SG_Filter_mca\coll\base_GUID_CMAKE:INTERNAL=E80A723F-1D44-4B03-8903-D2B38986E3FC //Stored GUID SG_Filter_mca\coll\basic_GUID_CMAKE:INTERNAL=7F8B9276-A3FA-4005-8F69-22A298E931A2 //Stored GUID SG_Filter_mca\coll\hierarch_GUID_CMAKE:INTERNAL=E1C29FFC-4647-43C5-B3B2-EB7D91CCDB34 //Stored GUID SG_Filter_mca\coll\self_GUID_CMAKE:INTERNAL=A3765985-6596-4DBF-B915-BAC78D4DB42C //Stored GUID SG_Filter_mca\coll\sm_GUID_CMAKE:INTERNAL=D337BB4D-02EA-4010-8511-C9B54FFF2220 //Stored GUID SG_Filter_mca\coll\sync_GUID_CMAKE:INTERNAL=03DB2987-D2D0-4993-826E-CCF9102CE9AC //Stored GUID SG_Filter_mca\coll_GUID_CMAKE:INTERNAL=A4860707-220D-4422-B661-1B9E21EE5BC1 //Stored GUID SG_Filter_mca\common\sm_GUID_CMAKE:INTERNAL=9D0A16F2-BF31-437A-841A-6A88DC5FF14E //Stored GUID SG_Filter_mca\common_GUID_CMAKE:INTERNAL=F94AA07E-D75A-4689-A8AE-58A28516083E //Stored GUID SG_Filter_mca\crcp\base_GUID_CMAKE:INTERNAL=2A3595C6-AA49-4A41-9749-8E55B0E34E3A //Stored GUID SG_Filter_mca\crcp_GUID_CMAKE:INTERNAL=E91B06C6-07F4-4B69-BD54-8E8CA4F576E7 //Stored GUID SG_Filter_mca\crs\base_GUID_CMAKE:INTERNAL=60F6372C-5F8B-4A35-BB28-91F36868200B //Stored GUID SG_Filter_mca\crs\none_GUID_CMAKE:INTERNAL=E9AAC4F4-5F54-4930-AE2B-8EE44B878A2B //Stored GUID SG_Filter_mca\crs_GUID_CMAKE:INTERNAL=2A1CE84C-9343-4DA9-9016-C54C2EADC43C //Stored GUID SG_Filter_mca\dpm\base_GUID_CMAKE:INTERNAL=0D795BF4-749A-4B90-976C-3D7E18B64B31 //Stored GUID SG_Filter_mca\dpm\orte_GUID_CMAKE:INTERNAL=01E0BEFD-6CB1-4902-BC76-08E796ADC132 //Stored GUID SG_Filter_mca\dpm_GUID_CMAKE:INTERNAL=29FFE4A6-E7F1-4B9B-84F0-8D863FC489C8 //Stored GUID SG_Filter_mca\errmgr\base_GUID_CMAKE:INTERNAL=7208DF49-D3AC-4F78-BADF-1D1D6F573FCD //Stored GUID SG_Filter_mca\errmgr\default_GUID_CMAKE:INTERNAL=FFB0BBAE-39FE-48C0-8B57-740AA4BCA6C0 //Stored GUID SG_Filter_mca\errmgr_GUID_CMAKE:INTERNAL=CA29C025-73A0-4B73-9E3F-E18B395D9FF0 //Stored GUID SG_Filter_mca\ess\base_GUID_CMAKE:INTERNAL=B8D1954A-A7E0-4692-8B8F-2909EF5E9037 //Stored GUID SG_Filter_mca\ess\env_GUID_CMAKE:INTERNAL=A34E530F-55C0-4674-A9C4-328E898202F7 //Stored GUID SG_Filter_mca\ess\hnp_GUID_CMAKE:INTERNAL=BA74587A-465E-4276-ADBE-E57BC1BD9D03 //Stored GUID SG_Filter_mca\ess\singleton_GUID_CMAKE:INTERNAL=3ECD0729-4504-47E4-A8B0-0EA361E54A1D //Stored GUID SG_Filter_mca\ess\slave_GUID_CMAKE:INTERNAL=BE79116A-CFF8-493C-BEB1-41D0B7970F92 //Stored GUID SG_Filter_mca\ess\tool_GUID_CMAKE:INTERNAL=9266A774-9508-4730-851D-45595E1C12E2 //Stored GUID SG_Filter_mca\ess_GUID_CMAKE:INTERNAL=28119DD2-4606-456C-A032-4C78B292782C //Stored GUID SG_Filter_mca\filem\base_GUID_CMAKE:INTERNAL=5EEF8692-935C-4B88-AD76-CC9FA6ECAC2C //Stored GUID SG_Filter_mca\filem_GUID_CMAKE:INTERNAL=CE27E7FC-2B17-451A-B654-958120A4D79E //Stored GUID SG_Filter_mca\grpcomm\base_GUID_CMAKE:INTERNAL=573FBC81-B423-47D4-A054-F79C23B04D3D //Stored GUID SG_Filter_mca\grpcomm\basic_GUID_CMAKE:INTERNAL=9478A147-A57D-4788-8B09-B00179E27F76 //Stored GUID SG_Filter_mca\grpcomm_GUID_CMAKE:INTERNAL=23A06210-1C9F-4383-8788-F47430E91E01 //Stored GUID SG_Filter_mca\installdirs\base_GUID_CMAKE:INTERNAL=40D55BF8-BAF4-4E7D-A9BF-199F246D5264 //Stored GUID SG_Filter_mca\installdirs\config_GUID_CMAKE:INTERNAL=0767B7A7-9343-42C6-B16D-0C9AD009C8BA //Stored GUID SG_Filter_mca\installdirs\env_GUID_CMAKE:INTERNAL=E86DFB76-BFC4-4B00-AEB4-DCF34035A1CA //Stored GUID SG_Filter_mca\installdirs\windows_GUID_CMAKE:INTERNAL=29895599-2BC9-4CAA-A33B-16A3373DACC3 //Stored GUID SG_Filter_mca\installdirs_GUID_CMAKE:INTERNAL=66D8559C-ABBA-4B87-A26B-D0748A22AEDC //Stored GUID SG_Filter_mca\io\base_GUID_CMAKE:INTERNAL=FBF13B13-2336-43C5-A23A-BCF66664B265 //Stored GUID SG_Filter_mca\io_GUID_CMAKE:INTERNAL=F38B6ED1-28D7-4764-80DC-B747A39D04AA //Stored GUID SG_Filter_mca\iof\base_GUID_CMAKE:INTERNAL=F7D14C4D-B67E-42F9-BF78-DE684D8A2ECA //Stored GUID SG_Filter_mca\iof\hnp_GUID_CMAKE:INTERNAL=B5CE1E7E-3285-4C90-9247-3553DBFAC42D //Stored GUID SG_Filter_mca\iof\orted_GUID_CMAKE:INTERNAL=8EE94A14-ACBA-49BB-B413-C259F038E64C //Stored GUID SG_Filter_mca\iof\tool_GUID_CMAKE:INTERNAL=3E8C6EDD-E8CB-4CFF-83E6-290B14D1A369 //Stored GUID SG_Filter_mca\iof_GUID_CMAKE:INTERNAL=FF37D669-ECDB-413F-8005-0DC9853C2AC0 //Stored GUID SG_Filter_mca\maffinity\base_GUID_CMAKE:INTERNAL=FDDA6E08-29DA-461A-B785-2B2BF7193BD4 //Stored GUID SG_Filter_mca\maffinity\first_use_GUID_CMAKE:INTERNAL=C88DEBFB-F545-41FC-AC03-B03CA3C404F3 //Stored GUID SG_Filter_mca\maffinity_GUID_CMAKE:INTERNAL=4D9B3762-EC28-4800-A7B3-8ED85630659C //Stored GUID SG_Filter_mca\memchecker\base_GUID_CMAKE:INTERNAL=517C7518-7B5C-4869-98D2-D07A8D3A4EC5 //Stored GUID SG_Filter_mca\memchecker_GUID_CMAKE:INTERNAL=B69E8643-58B0-4F74-B9ED-C8EC8DA5F909 //Stored GUID SG_Filter_mca\memcpy\base_GUID_CMAKE:INTERNAL=76546148-AEF7-4F0C-9256-D3F324B9BD57 //Stored GUID SG_Filter_mca\memcpy_GUID_CMAKE:INTERNAL=FAAEB13F-8089-4B10-BBC1-1687011D3A08 //Stored GUID SG_Filter_mca\memory\base_GUID_CMAKE:INTERNAL=09DDF631-2641-4FE0-989E-B837F5036283 //Stored GUID SG_Filter_mca\memory_GUID_CMAKE:INTERNAL=D20EC120-0211-412D-95A9-2CD801D7E63C //Stored GUID SG_Filter_mca\mpool\base_GUID_CMAKE:INTERNAL=C3A334BA-35F4-471D-ADA9-722DE4EF5CBE //Stored GUID SG_Filter_mca\mpool\rdma_GUID_CMAKE:INTERNAL=B484BAF0-A1CB-45A9-A639-73D2BA0F7F9D //Stored GUID SG_Filter_mca\mpool\sm_GUID_CMAKE:INTERNAL=CA6F370E-2C25-4937-9129-2CECDF260A24 //Stored GUID SG_Filter_mca\mpool_GUID_CMAKE:INTERNAL=97BA1E3B-8334-4D9D-A717-B8AA5D239B9B //Stored GUID SG_Filter_mca\mtl\base_GUID_CMAKE:INTERNAL=8705B2B1-54E4-4D8D-A0A4-3C0658D602E1 //Stored GUID SG_Filter_mca\mtl_GUID_CMAKE:INTERNAL=7AEEA23F-C50B-4BB7-BF26-0C4455DDD110 //Stored GUID SG_Filter_mca\notifier\base_GUID_CMAKE:INTERNAL=E7677305-BD0D-4A20-BDC3-F6665F9B7222 //Stored GUID SG_Filter_mca\notifier_GUID_CMAKE:INTERNAL=F8306A27-9A00-4DB5-AAB9-92ECC27F1B46 //Stored GUID SG_Filter_mca\odls\base_GUID_CMAKE:INTERNAL=637B766A-22D7-479F-B1DA-CA266DF950FE //Stored GUID SG_Filter_mca\odls\process_GUID_CMAKE:INTERNAL=E51DC8CA-D72A-40F5-A17C-75CF2AA845B5 //Stored GUID SG_Filter_mca\odls_GUID_CMAKE:INTERNAL=E2A1E5CD-DEA0-49E3-A833-FB3388BD7B27 //Stored GUID SG_Filter_mca\oob\base_GUID_CMAKE:INTERNAL=AA03E234-EF61-4A0A-B9D0-FE5ECC26749A //Stored GUID SG_Filter_mca\oob\tcp_GUID_CMAKE:INTERNAL=692370A8-49AD-4EA9-A492-F18B1F7E1DD2 //Stored GUID SG_Filter_mca\oob_GUID_CMAKE:INTERNAL=276B6920-FAB4-4FC9-885D-BE4CD84B161E //Stored GUID SG_Filter_mca\op\base_GUID_CMAKE:INTERNAL=98D9B982-E526-4C98-91A9-D29E4932C9A6 //Stored GUID SG_Filter_mca\op_GUID_CMAKE:INTERNAL=44543A89-0CCE-47C7-A4FD-0663F0A01DDE //Stored GUID SG_Filter_mca\osc\base_GUID_CMAKE:INTERNAL=F5250A89-DB68-4F27-977B-0F451BDF79A3 //Stored GUID SG_Filter_mca\osc\pt2pt_GUID_CMAKE:INTERNAL=56F1DF1F-50BA-417C-AF0F-3856B5A7C5B3 //Stored GUID SG_Filter_mca\osc\rdma_GUID_CMAKE:INTERNAL=01D5FB0A-04B4-42FD-8C40-923310C743F6 //Stored GUID SG_Filter_mca\osc_GUID_CMAKE:INTERNAL=3F99DD3E-5DFF-4A14-ADA5-18166962F466 //Stored GUID SG_Filter_mca\paffinity\base_GUID_CMAKE:INTERNAL=906D8099-74BB-49A7-8B28-780BE66DC96F //Stored GUID SG_Filter_mca\paffinity_GUID_CMAKE:INTERNAL=E1B2EC67-DA51-4BDB-9103-842FFC1B7DA2 //Stored GUID SG_Filter_mca\plm\base_GUID_CMAKE:INTERNAL=B4E76A4B-65B4-41C9-8078-1BAEC5E059EC //Stored GUID SG_Filter_mca\plm\process_GUID_CMAKE:INTERNAL=05143A34-B8FE-4D69-B50C-8FCFD2C1AB0C //Stored GUID SG_Filter_mca\plm_GUID_CMAKE:INTERNAL=AB725BB0-15B0-447D-BBFC-94B0525BBF9E //Stored GUID SG_Filter_mca\pml\base_GUID_CMAKE:INTERNAL=154BC1A9-518C-4DE3-812C-6CBD0E64E74F //Stored GUID SG_Filter_mca\pml\cm_GUID_CMAKE:INTERNAL=8128B641-3DC8-4F91-882E-2B71E9912064 //Stored GUID SG_Filter_mca\pml\ob1_GUID_CMAKE:INTERNAL=6B442FDB-7572-4913-97A7-AB493775508B //Stored GUID SG_Filter_mca\pml_GUID_CMAKE:INTERNAL=6F99AC19-550E-4443-AA1E-78CBE5F98380 //Stored GUID SG_Filter_mca\pstat\base_GUID_CMAKE:INTERNAL=41B1B04B-3A69-46A2-BEA5-32A732317FEC //Stored GUID SG_Filter_mca\pstat_GUID_CMAKE:INTERNAL=1B345134-BABF-41A7-9491-49C3F07A5A1E //Stored GUID SG_Filter_mca\pubsub\base_GUID_CMAKE:INTERNAL=93A84297-FB34-4EC8-9EAD-9D0E8E329E99 //Stored GUID SG_Filter_mca\pubsub\orte_GUID_CMAKE:INTERNAL=E45E077C-62F2-45DF-BB29-D4FEF98898C2 //Stored GUID SG_Filter_mca\pubsub_GUID_CMAKE:INTERNAL=E8164466-BA62-48F9-A4BA-AD0FC9FD4954 //Stored GUID SG_Filter_mca\ras\base_GUID_CMAKE:INTERNAL=4EA5AF6A-9F18-403F-9FF0-6D7AC07AA42B //Stored GUID SG_Filter_mca\ras_GUID_CMAKE:INTERNAL=0659BD6D-F8C2-4F7F-946D-543ED0CF1C2B //Stored GUID SG_Filter_mca\rcache\base_GUID_CMAKE:INTERNAL=77D38B24-1F9B-4F6B-9BB8-E1AACA43471D //Stored GUID SG_Filter_mca\rcache_GUID_CMAKE:INTERNAL=10B7E4E0-8E5F-4A8B-AD61-6ED1A0E0D6B4 //Stored GUID SG_Filter_mca\rmaps\base_GUID_CMAKE:INTERNAL=9AF42B50-284B-45BA-BB86-5810D30AD49A //Stored GUID SG_Filter_mca\rmaps\round_robin_GUID_CMAKE:INTERNAL=F4BA11A9-FAC4-4E59-8FBE-EC7A2F956572 //Stored GUID SG_Filter_mca\rmaps\seq_GUID_CMAKE:INTERNAL=956CAE7A-5FF2-4B15-BA58-E22BE9E6384E //Stored GUID SG_Filter_mca\rmaps\topo_GUID_CMAKE:INTERNAL=92D0C741-BE8D-4A7E-8263-857276E8AFAE //Stored GUID SG_Filter_mca\rmaps_GUID_CMAKE:INTERNAL=8B168F01-524E-4338-A5A2-C4DFCDC63A34 //Stored GUID SG_Filter_mca\rmcast\base_GUID_CMAKE:INTERNAL=697F1C51-9F4D-4FC6-B92A-C4BC2064093E //Stored GUID SG_Filter_mca\rmcast_GUID_CMAKE:INTERNAL=8543B23D-2E21-46F7-B9E9-0A161545878E //Stored GUID SG_Filter_mca\rml\base_GUID_CMAKE:INTERNAL=0410AB36-93AC-4EAC-A810-BDFC388FA57F //Stored GUID SG_Filter_mca\rml\ftrm_GUID_CMAKE:INTERNAL=6D6E6A10-5DF6-499A-9984-1C064E832630 //Stored GUID SG_Filter_mca\rml\oob_GUID_CMAKE:INTERNAL=B17BBF23-0931-436A-91EE-10E9778CC570 //Stored GUID SG_Filter_mca\rml_GUID_CMAKE:INTERNAL=BF4789E1-CE8C-42ED-99A9-016EDD8F1B74 //Stored GUID SG_Filter_mca\routed\base_GUID_CMAKE:INTERNAL=A681D4E3-9E5B-4504-9A86-83D75626A627 //Stored GUID SG_Filter_mca\routed\binomial_GUID_CMAKE:INTERNAL=D4505CD0-9B11-43AE-B9CC-5ED898B90682 //Stored GUID SG_Filter_mca\routed\linear_GUID_CMAKE:INTERNAL=79237C92-FD96-4BAE-8CE0-0BBB23FAF119 //Stored GUID SG_Filter_mca\routed_GUID_CMAKE:INTERNAL=0B59D5AB-DD15-404A-951B-A7D295206FDC //Stored GUID SG_Filter_mca\snapc\base_GUID_CMAKE:INTERNAL=79472A32-6367-47F0-BAA9-8494A71DF668 //Stored GUID SG_Filter_mca\snapc_GUID_CMAKE:INTERNAL=41EBE608-BD22-45FB-8878-B212D8FEA3A8 //Stored GUID SG_Filter_mca\sysinfo\base_GUID_CMAKE:INTERNAL=E1CA2C18-2D20-4662-85CF-C55D2AD8092B //Stored GUID SG_Filter_mca\sysinfo_GUID_CMAKE:INTERNAL=39BD7E81-C7FA-413A-82C2-ABDCE664E678 //Stored GUID SG_Filter_mca\timer\base_GUID_CMAKE:INTERNAL=70BA82F0-FA3E-48A1-B143-181E78BA8F29 //Stored GUID SG_Filter_mca\timer\windows_GUID_CMAKE:INTERNAL=856D3234-0929-448A-B273-09FA511998A7 //Stored GUID SG_Filter_mca\timer_GUID_CMAKE:INTERNAL=DBD04B40-96C2-47D6-8A2A-706F6F6F333C //Stored GUID SG_Filter_mca\topo\base_GUID_CMAKE:INTERNAL=EE8DE6D8-3461-4BC7-B7EB-A1FCD9E69798 //Stored GUID SG_Filter_mca\topo\unity_GUID_CMAKE:INTERNAL=46966A22-7CE0-4BBE-B364-2BD93171F6FE //Stored GUID SG_Filter_mca\topo_GUID_CMAKE:INTERNAL=C31D3C5E-FD1F-4B5B-B9A1-7BD9639FBA68 //Stored GUID SG_Filter_mca_GUID_CMAKE:INTERNAL=D705468D-E148-484D-B9D5-11D5870641BB //Stored GUID SG_Filter_memoryhooks_GUID_CMAKE:INTERNAL=D595AF1D-E1BC-490B-9374-D2C86CC06F8F //Stored GUID SG_Filter_mpi\c\profile_GUID_CMAKE:INTERNAL=8D700293-5BDD-4887-AFC9-8272A4BB51F5 //Stored GUID SG_Filter_mpi\c_GUID_CMAKE:INTERNAL=CEB18A76-68BF-4860-B8B9-512DFC86F7CE //Stored GUID SG_Filter_mpi\f77\base_GUID_CMAKE:INTERNAL=A7E176C8-60FC-4E62-8B46-58FB68E52234 //Stored GUID SG_Filter_mpi\f77_GUID_CMAKE:INTERNAL=40B511F0-AB31-4B55-9020-904E89DFFCC4 //Stored GUID SG_Filter_mpi_GUID_CMAKE:INTERNAL=EC929A38-4A99-43B2-B6EE-B6B3B1BCE32C //Stored GUID SG_Filter_mpiext_GUID_CMAKE:INTERNAL=4F1A8977-965B-4961-9CD1-D81320549FC9 //Stored GUID SG_Filter_op_GUID_CMAKE:INTERNAL=67AF5899-27CD-49D3-A27D-E501181DE665 //Stored GUID SG_Filter_orted_GUID_CMAKE:INTERNAL=6CF965D8-0A2B-4FF1-8BEB-69530CE165AD //Stored GUID SG_Filter_peruse_GUID_CMAKE:INTERNAL=AC4B511A-D34A-46F9-853A-5F8135CE1556 //Stored GUID SG_Filter_proc_GUID_CMAKE:INTERNAL=3F8CB161-B46D-42E1-8BC3-2668026B9C9B //Stored GUID SG_Filter_profile_GUID_CMAKE:INTERNAL=F0BD5D4D-3675-4A22-B171-B226E211E370 //Stored GUID SG_Filter_request_GUID_CMAKE:INTERNAL=A1867A8B-671D-44A9-A309-C90CE2D0EB8C //Stored GUID SG_Filter_runtime_GUID_CMAKE:INTERNAL=E4A32205-165F-419D-8B96-EB1AAD653940 //Stored GUID SG_Filter_threads_GUID_CMAKE:INTERNAL=210700D2-399D-46A9-A021-B4FF3E048E13 //Stored GUID SG_Filter_util_GUID_CMAKE:INTERNAL=D5CEA2EB-B00A-4F1B-A86F-6D9BF500EC6F //Stored GUID SG_Filter_win32_GUID_CMAKE:INTERNAL=24B454E8-AC49-4C17-A396-2D54BCE38061 //Stored GUID SG_Filter_win_GUID_CMAKE:INTERNAL=2C717A2B-09A1-4CC6-8579-48C8F0CB4964 //CHECK_TYPE_SIZE: sizeof(short) SHORT:INTERNAL=2 //check for `SHORT' is done. SHORT_CHECK_DONE:INTERNAL=1 //Size of `char' SIZEOF_CHAR:INTERNAL=1 //Result of TRY_RUN SIZEOF_CXX_BOOL:INTERNAL=1 //Sizeof c bool. SIZEOF_C_BOOL:INTERNAL=1 //Size of `double' SIZEOF_DOUBLE:INTERNAL=8 //Size of `float' SIZEOF_FLOAT:INTERNAL=4 //Size of `int' SIZEOF_INT:INTERNAL=4 //Size of `intptr_t' SIZEOF_INTPTR_T:INTERNAL=4 //Size of `long' SIZEOF_LONG:INTERNAL=4 //Size of `long double' SIZEOF_LONG_DOUBLE:INTERNAL=8 //Size of `long long' SIZEOF_LONG_LONG:INTERNAL=8 //Size of `pid_t' SIZEOF_PID_T:INTERNAL=4 //Size of `ptrdiff_t' SIZEOF_PTRDIFF_T:INTERNAL=4 //Size of `short' SIZEOF_SHORT:INTERNAL=2 //Size of `size_t' SIZEOF_SIZE_T:INTERNAL=4 //Result of TRY_RUN SIZEOF_SOCKLEN_T:INTERNAL=4 //Result of TRY_RUN SIZEOF_STRUCT_SOCKADDR_IN:INTERNAL=16 //Result of TRY_RUN SIZEOF_STRUCT_SOCKADDR_IN6:INTERNAL=28 //Result of TRY_RUN SIZEOF_STRUCT_SOCKADDR_STORAGE:INTERNAL=128 //Size of `uintptr_t' SIZEOF_UINTPTR_T:INTERNAL=4 //Size of `unsigned char' SIZEOF_UNSIGNED_CHAR:INTERNAL=1 //Size of `unsigned int' SIZEOF_UNSIGNED_INT:INTERNAL=4 //Size of `unsigned long double' SIZEOF_UNSIGNED_LONG_DOUBLE:INTERNAL=8 //Size of `unsigned long long' SIZEOF_UNSIGNED_LONG_LONG:INTERNAL=8 //Size of `unsigned short' SIZEOF_UNSIGNED_SHORT:INTERNAL=2 //Size of `void *' SIZEOF_VOID_P:INTERNAL=4 //CHECK_TYPE_SIZE: sizeof(size_t) SIZE_T:INTERNAL=4 //check for `SIZE_T' is done. SIZE_T_CHECK_DONE:INTERNAL=1 //SOCKLEN_T check finished. SOCKLEN_T_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: ssize_t unknown SSIZE_T:INTERNAL= //check for `SSIZE_T' is done. SSIZE_T_CHECK_DONE:INTERNAL=1 //STRUCT_SOCKADDR_IN6 check finished. STRUCT_SOCKADDR_IN6_CHECK_DONE:INTERNAL=1 //STRUCT_SOCKADDR_IN check finished. STRUCT_SOCKADDR_IN_CHECK_DONE:INTERNAL=1 //STRUCT_SOCKADDR_STORAGE check finished. STRUCT_SOCKADDR_STORAGE_CHECK_DONE:INTERNAL=1 //Symbol convention check done. SYMBOL_CONVENTION_CHECK_DONE:INTERNAL=TRUE //Result of TRY_COMPILE TEST_OK:INTERNAL=TRUE //CHECK_TYPE_SIZE: uint128_t unknown UINT128_T:INTERNAL= //check for `UINT128_T' is done. UINT128_T_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: uint16_t unknown UINT16_T:INTERNAL= //check for `UINT16_T' is done. UINT16_T_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: uint32_t unknown UINT32_T:INTERNAL= //check for `UINT32_T' is done. UINT32_T_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: uint64_t unknown UINT64_T:INTERNAL= //check for `UINT64_T' is done. UINT64_T_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: uint8_t unknown UINT8_T:INTERNAL= //check for `UINT8_T' is done. UINT8_T_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: sizeof(uintptr_t) UINTPTR_T:INTERNAL=4 //check for `UINTPTR_T' is done. UINTPTR_T_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: sizeof(unsigned char) UNSIGNED_CHAR:INTERNAL=1 //check for `UNSIGNED_CHAR' is done. UNSIGNED_CHAR_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: sizeof(unsigned int) UNSIGNED_INT:INTERNAL=4 //check for `UNSIGNED_INT' is done. UNSIGNED_INT_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: sizeof(unsigned long double) UNSIGNED_LONG_DOUBLE:INTERNAL=8 //check for `UNSIGNED_LONG_DOUBLE' is done. UNSIGNED_LONG_DOUBLE_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: sizeof(unsigned long long) UNSIGNED_LONG_LONG:INTERNAL=8 //check for `UNSIGNED_LONG_LONG' is done. UNSIGNED_LONG_LONG_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: sizeof(unsigned short) UNSIGNED_SHORT:INTERNAL=2 //check for `UNSIGNED_SHORT' is done. UNSIGNED_SHORT_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: sizeof(void *) VOID_P:INTERNAL=4 //check for `VOID_P' is done. VOID_P_CHECK_DONE:INTERNAL=1 //CHECK_TYPE_SIZE: wchar unknown WCHAR:INTERNAL= //check for `WCHAR' is done. WCHAR_CHECK_DONE:INTERNAL=1 //Whether to regenerate configure template. WRITE_CONFIG_DONE:INTERNAL=TRUE //Stored GUID ZERO_CHECK_GUID_CMAKE:INTERNAL=F2762525-2BAD-4739-909E-60198932BAB6 //the value from the last configure. datarep_string_OLD_VALUE:INTERNAL=128 //the value from the last configure. error_string_OLD_VALUE:INTERNAL=256 //the value from the last configure. info_key_OLD_VALUE:INTERNAL=36 //the value from the last configure. info_val_OLD_VALUE:INTERNAL=256 //Stored GUID libmpi_GUID_CMAKE:INTERNAL=E02B8415-B48E-4EC8-84BB-C72A13C4FD66 //Stored GUID libmpi_cxx_GUID_CMAKE:INTERNAL=90F1B189-40CA-4094-BCC7-1502962080E8 //Stored GUID libmpi_f77_GUID_CMAKE:INTERNAL=22602BEB-C472-4346-9503-F7C299DA1368 //Stored GUID libopen-pal_GUID_CMAKE:INTERNAL=343A3654-DC56-4D12-9628-DAC9CEDE5867 //Stored GUID libopen-rte_GUID_CMAKE:INTERNAL=A9D9D40F-4276-4A8D-9186-B05A2B81FE63 //the value from the last configure. object_name_OLD_VALUE:INTERNAL=64 //have Fortran COMPLEX*32 ofc_have_type:INTERNAL=1 //Stored GUID ompi-server_GUID_CMAKE:INTERNAL=1848C228-A89D-4509-A86E-2220650BCBBE //F77 external symbol convention ompi_cv_f77_external_symbol:INTERNAL=upper case //ompi_fortran_character_t ompi_fortran_character_t:INTERNAL=int //ompi_fortran_double_precision_t ompi_fortran_double_precision_t:INTERNAL=int //ompi_fortran_integer16_t ompi_fortran_integer16_t:INTERNAL=int //ompi_fortran_integer1_t ompi_fortran_integer1_t:INTERNAL=int //ompi_fortran_integer2_t ompi_fortran_integer2_t:INTERNAL=int //ompi_fortran_integer4_t ompi_fortran_integer4_t:INTERNAL=int //ompi_fortran_integer8_t ompi_fortran_integer8_t:INTERNAL=int //ompi_fortran_integer_t ompi_fortran_integer_t:INTERNAL=int //ompi_fortran_logical1_t ompi_fortran_logical1_t:INTERNAL=int //ompi_fortran_logical2_t ompi_fortran_logical2_t:INTERNAL=int //ompi_fortran_logical4_t ompi_fortran_logical4_t:INTERNAL=int //ompi_fortran_logical8_t ompi_fortran_logical8_t:INTERNAL=int //ompi_fortran_logical_t ompi_fortran_logical_t:INTERNAL=int //ompi_fortran_real16_t ompi_fortran_real16_t:INTERNAL=int //ompi_fortran_real2_t ompi_fortran_real2_t:INTERNAL=int //ompi_fortran_real4_t ompi_fortran_real4_t:INTERNAL=int //ompi_fortran_real8_t ompi_fortran_real8_t:INTERNAL=int //ompi_fortran_real_t ompi_fortran_real_t:INTERNAL=int //Stored GUID ompi_info_GUID_CMAKE:INTERNAL=720AFC36-5AAF-44C5-8C17-20C77B572658 //Stored GUID opal-restart_GUID_CMAKE:INTERNAL=4BC329D1-52AD-4990-99CD-8F9397018AC8 //Stored GUID opal-wrapper_GUID_CMAKE:INTERNAL=C5724EC1-75AE-4931-BCDC-B37E994859CE //Stored GUID orte-checkpoint_GUID_CMAKE:INTERNAL=58D15260-C51D-458A-963E-7C7E0ED20F82 //Stored GUID orte-clean_GUID_CMAKE:INTERNAL=20FF053A-81A1-4ADF-A4B2-ADE1DE302D81 //Stored GUID orte-ps_GUID_CMAKE:INTERNAL=0A8FAB2E-812D-4E5C-9081-1F0DB01BBFE3 //Stored GUID orted_GUID_CMAKE:INTERNAL=D1A85356-9250-422A-B769-5A6A044361CF //Stored GUID orterun_GUID_CMAKE:INTERNAL=A5BBB402-57FA-4EBD-95EC-7D6BDBE4C604 //System support type for `pid_t' pid_t:INTERNAL=int //the value from the last configure. port_name_OLD_VALUE:INTERNAL=1024 //the value from the last configure. processor_name_OLD_VALUE:INTERNAL=256
