![[Jenkins]](/static/755cd4af/images/svgs/logo.svg){kind=logo}
Started by timer Running as SYSTEM Building in workspace /var/lib/jenkins/jobs/HDF5Benchmarks/workspace Updating https://github.com/kc9qey/SWTools-BWCI/trunk/hdf5Benchmark@HEAD at revision HEAD At revision 24 No changes for https://github.com/kc9qey/SWTools-BWCI/trunk/hdf5Benchmark since the previous build [workspace] $ /bin/sh -xe /tmp/jenkins3888535432777044779.sh + /usr/local/bin/jenkins_sync /var/lib/jenkins/jobs/HDF5Benchmarks/workspace/hdf5Benchmark [SSH] script: PATH="/sw/tools/bin:/sw/tools/bin:$PATH" SW_CONFIG="/scratch/system/bwjenkins/sw_config" PYTHONPATH="/sw/tools/bin:/sw/tools/bin:$PYTHONPATH" SW_ROOT="/scratch/system/bwjenkins/tests" #export PATH=/sw/tools/bin:$PATH echo $PATH $SW_CONFIG $PYTHONPATH > /dev/null export SW_CONFIG=$SW_CONFIG # added by tbouvet 1 line #export PATH=/sw/tools/bin:$PATH cd $SW_ROOT cd hdf5Benchmark/1.0/cle5.2_cray8.3.4 swbuildwait [SSH] executing... swbuild -s -a hdf5Benchmark -v 1.0 -b cle5.2_cray8.3.4 rm -f *.o *.mod ftn -g -c KIND_MODULE.f95 ftn -g -c NUMERICAL_MODULE.f95 ftn -g -c data_module.f95 ftn -g -c IO_MODULE.f95 USE HDF5 ^ ftn-1774 crayftn: ERROR IO_MODULE, File = IO_MODULE.f95, Line = 22, Column = 7 File "/opt/cray/hdf5-parallel/1.10.0.1/CRAY/8.3/include/HDF5.mod" contains modules and/or submodules. It must be recompiled as its format is old and unsupported. It is version 94 from release 8.3 INTEGER(HID_T) :: file_id ! HDF5 File identifier ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 195, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: group_id ! HDF5 Group identifier ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 196, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataset_id ! HDF5 dataset identifier ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 197, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataspace_id ! HDF5 dataspace identifier ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 198, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: plist_id ! HDF5 property list ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 199, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T) :: thresshold = 524288 ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 201, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T) :: alignment = 262144 ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 202, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(SIZE_T) :: sieve_buffer = 524288 ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 203, Column = 13 "SIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(1) :: datasize1d ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 209, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(2) :: datasize2d ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 210, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(2) :: mydatasize2d ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 211, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(2) :: slab_offset2d ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 212, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(3) :: datasize3d ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 213, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(3) :: mydatasize3d ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 214, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(3) :: slab_offset3d ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 215, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(4) :: datasize4d ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 216, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(4) :: mydatasize4d ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 217, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(4) :: slab_offset4d ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 218, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(5) :: datasize5d ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 219, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(5) :: mydatasize5d ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 220, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(5) :: slab_offset5d ^ ftn-868 crayftn: ERROR MODEL_WRITE_HDF5, File = IO_MODULE.f95, Line = 221, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: group_id ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_INT, File = IO_MODULE.f95, Line = 609, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(1), INTENT(IN) :: datasize ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_INT, File = IO_MODULE.f95, Line = 610, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataset_id ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_INT, File = IO_MODULE.f95, Line = 613, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataspace_id ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_INT, File = IO_MODULE.f95, Line = 614, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: atype_id ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_INT, File = IO_MODULE.f95, Line = 615, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: attr_id ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_INT, File = IO_MODULE.f95, Line = 616, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(SIZE_T) :: attr_len ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_INT, File = IO_MODULE.f95, Line = 617, Column = 13 "SIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), DIMENSION(1) :: adims = (/1/) ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_INT, File = IO_MODULE.f95, Line = 618, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: group_id ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_DOUBLE, File = IO_MODULE.f95, Line = 661, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(1), INTENT(IN) :: datasize ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_DOUBLE, File = IO_MODULE.f95, Line = 662, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataset_id ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_DOUBLE, File = IO_MODULE.f95, Line = 665, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataspace_id ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_DOUBLE, File = IO_MODULE.f95, Line = 666, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: atype_id ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_DOUBLE, File = IO_MODULE.f95, Line = 667, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: attr_id ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_DOUBLE, File = IO_MODULE.f95, Line = 668, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(SIZE_T) :: attr_len ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_DOUBLE, File = IO_MODULE.f95, Line = 669, Column = 13 "SIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), DIMENSION(1) :: adims = (/1/) ^ ftn-868 crayftn: ERROR WRITE_1D_SLAB_DOUBLE, File = IO_MODULE.f95, Line = 670, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: group_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_2D, File = IO_MODULE.f95, Line = 716, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(2), INTENT(IN) :: global_datasize ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_2D, File = IO_MODULE.f95, Line = 717, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(2), INTENT(IN) :: local_datasize ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_2D, File = IO_MODULE.f95, Line = 718, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(2), INTENT(IN) :: slab_offset ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_2D, File = IO_MODULE.f95, Line = 719, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: filespace ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_2D, File = IO_MODULE.f95, Line = 722, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: memspace ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_2D, File = IO_MODULE.f95, Line = 723, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: plist_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_2D, File = IO_MODULE.f95, Line = 724, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataset_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_2D, File = IO_MODULE.f95, Line = 725, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataspace_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_2D, File = IO_MODULE.f95, Line = 726, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: atype_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_2D, File = IO_MODULE.f95, Line = 727, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: attr_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_2D, File = IO_MODULE.f95, Line = 728, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(SIZE_T) :: attr_len ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_2D, File = IO_MODULE.f95, Line = 729, Column = 13 "SIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), DIMENSION(1) :: adims = (/1/) ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_2D, File = IO_MODULE.f95, Line = 730, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: group_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_3D, File = IO_MODULE.f95, Line = 786, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(3), INTENT(IN) :: global_datasize ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_3D, File = IO_MODULE.f95, Line = 787, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(3), INTENT(IN) :: local_datasize ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_3D, File = IO_MODULE.f95, Line = 788, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(3), INTENT(IN) :: slab_offset ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_3D, File = IO_MODULE.f95, Line = 789, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: filespace ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_3D, File = IO_MODULE.f95, Line = 792, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: memspace ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_3D, File = IO_MODULE.f95, Line = 793, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: plist_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_3D, File = IO_MODULE.f95, Line = 794, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataset_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_3D, File = IO_MODULE.f95, Line = 795, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataspace_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_3D, File = IO_MODULE.f95, Line = 796, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: atype_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_3D, File = IO_MODULE.f95, Line = 797, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: attr_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_3D, File = IO_MODULE.f95, Line = 798, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(SIZE_T) :: attr_len ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_3D, File = IO_MODULE.f95, Line = 799, Column = 13 "SIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), DIMENSION(1) :: adims = (/1/) ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_3D, File = IO_MODULE.f95, Line = 800, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: group_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_4D, File = IO_MODULE.f95, Line = 856, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(4), INTENT(IN) :: global_datasize ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_4D, File = IO_MODULE.f95, Line = 857, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(4), INTENT(IN) :: local_datasize ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_4D, File = IO_MODULE.f95, Line = 858, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(4), INTENT(IN) :: slab_offset ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_4D, File = IO_MODULE.f95, Line = 859, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: filespace ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_4D, File = IO_MODULE.f95, Line = 862, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: memspace ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_4D, File = IO_MODULE.f95, Line = 863, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: plist_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_4D, File = IO_MODULE.f95, Line = 864, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataset_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_4D, File = IO_MODULE.f95, Line = 865, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataspace_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_4D, File = IO_MODULE.f95, Line = 866, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: atype_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_4D, File = IO_MODULE.f95, Line = 867, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: attr_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_4D, File = IO_MODULE.f95, Line = 868, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(SIZE_T) :: attr_len ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_4D, File = IO_MODULE.f95, Line = 869, Column = 13 "SIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), DIMENSION(1) :: adims = (/1/) ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_4D, File = IO_MODULE.f95, Line = 870, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: group_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_5D, File = IO_MODULE.f95, Line = 926, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(5), INTENT(IN) :: global_datasize ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_5D, File = IO_MODULE.f95, Line = 927, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(5), INTENT(IN) :: local_datasize ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_5D, File = IO_MODULE.f95, Line = 928, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(5), INTENT(IN) :: slab_offset ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_5D, File = IO_MODULE.f95, Line = 929, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: filespace ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_5D, File = IO_MODULE.f95, Line = 932, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: memspace ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_5D, File = IO_MODULE.f95, Line = 933, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: plist_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_5D, File = IO_MODULE.f95, Line = 934, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataset_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_5D, File = IO_MODULE.f95, Line = 935, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataspace_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_5D, File = IO_MODULE.f95, Line = 936, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: atype_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_5D, File = IO_MODULE.f95, Line = 937, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: attr_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_5D, File = IO_MODULE.f95, Line = 938, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(SIZE_T) :: attr_len ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_5D, File = IO_MODULE.f95, Line = 939, Column = 13 "SIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), DIMENSION(1) :: adims = (/1/) ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_DBL_5D, File = IO_MODULE.f95, Line = 940, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: group_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_INT_3D, File = IO_MODULE.f95, Line = 996, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(3), INTENT(IN) :: global_datasize ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_INT_3D, File = IO_MODULE.f95, Line = 997, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(3), INTENT(IN) :: local_datasize ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_INT_3D, File = IO_MODULE.f95, Line = 998, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HSIZE_T), dimension(3), INTENT(IN) :: slab_offset ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_INT_3D, File = IO_MODULE.f95, Line = 999, Column = 13 "HSIZE_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: filespace ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_INT_3D, File = IO_MODULE.f95, Line = 1002, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: memspace ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_INT_3D, File = IO_MODULE.f95, Line = 1003, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: plist_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_INT_3D, File = IO_MODULE.f95, Line = 1004, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataset_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_INT_3D, File = IO_MODULE.f95, Line = 1005, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: dataspace_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_INT_3D, File = IO_MODULE.f95, Line = 1006, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. INTEGER(HID_T) :: atype_id ^ ftn-868 crayftn: ERROR WRITE_RAY_HYPERSLAB_INT_3D, File = IO_MODULE.f95, Line = 1007, Column = 13 "HID_T" is used in a constant expression, therefore it must be a constant. ftn-214 crayftn: LIMIT WRITE_RAY_HYPERSLAB_INT_3D, File = IO_MODULE.f95, Line = 1007 The maximum number, 100, of fatal errors has been exceeded. make: *** [IO_MODULE.o] Error 1 hdf5Benchmark make failed ['/scratch/system/bwjenkins/tests/hdf5Benchmark/1.0'] /scratch/system/bwjenkins/tests/hdf5Benchmark/1.0/cle5.2_cray8.3.4/rebuild : failed (1) [SSH] completed [SSH] exit-status: 0 [SSH] script: PATH="/sw/tools/bin:/sw/tools/bin:$PATH" SW_CONFIG="/scratch/system/bwjenkins/sw_config" PYTHONPATH="/sw/tools/bin:/sw/tools/bin:$PYTHONPATH" SW_ROOT="/scratch/system/bwjenkins/tests" SW_WORKDIR="/scratch/system/bwjenkins/sw_workdir" #export PATH=/sw/tools/bin:$PATH echo $PATH $SW_CONFIG $PYTHONPATH $SW_WORKDIR > /dev/null export SW_CONFIG=$SW_CONFIG export SW_WORKDIR=$SW_WORKDIR #added by tbouvet 1 line #export PATH=/sw/tools/bin:/opt/torque/6.0.3/bin/:$PATH cd $SW_ROOT cd hdf5Benchmark/1.0/cle5.2_cray8.3.4 # added next line tbouvet #export SW_BLDDIR=`pwd` swtestwait ls -l $SW_ROOT/hdf5Benchmark/1.0/cle5.2_cray8.3.4/ df . [SSH] executing... Waiting for job 598298.jyc to start ... Submitted job 598298.jyc is running. Following .running ... 598298.jyc Displaying test.log: ['/scratch/system/bwjenkins/tests/hdf5Benchmark/1.0'] /scratch/system/bwjenkins/tests/hdf5Benchmark/1.0/cle5.2_cray8.3.4/retest : batch submitted (2) Displaying status file: unverified total 60 -rw------- 1 bwjenkins BW_System 0 Dec 13 08:46 bandwidth -rw-rw-r-- 1 bwjenkins BW_System 30366 Dec 13 08:46 build.log -rw-rw-r-- 1 bwjenkins BW_System 0 Mar 14 2019 build-notes drwxrwxr-x 3 bwjenkins BW_System 4096 Dec 13 08:46 hdf5Benchmark-1.0 -rwxrwxr-x 1 bwjenkins BW_System 1533 Mar 14 2019 rebuild -rwxrwxr-x 1 bwjenkins BW_System 1559 Mar 14 2019 relink -rw-rw-r-- 1 bwjenkins BW_System 753 Mar 14 2019 remodule -rwxrwxr-x 1 bwjenkins BW_System 3321 Mar 14 2019 retest -rwxrwxr-x 1 bwjenkins BW_System 11 Dec 13 08:46 status -rw-rw-r-- 1 bwjenkins BW_System 150 Dec 13 08:46 test.log Filesystem 1K-blocks Used Available Use% Mounted on 10.10.84.39@o2ib:10.10.84.40@o2ib:/snx11000 121226935432 62358687020 57542959920 53% /mnt/abc [SSH] completed [SSH] exit-status: 0 [workspace] $ /bin/sh -xe /tmp/jenkins13148125643633146079.sh + scp JYC_REMOTE:/scratch/system/bwjenkins/tests/hdf5Benchmark/1.0/cle5.2_cray8.3.4/bandwidth /var/lib/jenkins/jobs/HDF5Benchmarks/workspace Recording plot data Saving plot series data from: /var/lib/jenkins/jobs/HDF5Benchmarks/workspace/bandwidth Not creating point with null values: y=null label=WallClock url= Finished: SUCCESS