Open ndellingwood opened 2 years ago
ndellingwood
commented
1 year ago This test is also failing with newer intel compilers, recently tested with intel-oneapi/2021.4.0 on Blake testbed (SKX arch)
module load intel/oneAPI/hpc-toolkit/2021.4.0 intel/oneAPI/base-toolkit/2021.4.0 openmpi/4.0.5/intel-oneapi/2021.4.0 cmake/3.22.2
module swap gcc/7.2.0 gcc/10.2.0
module load openblas/0.3.21/gcc/10.2.0
jhux2
commented
1 year ago @ndellingwood Could you please post a minimal cmake script, thanks?
ndellingwood
commented
1 year ago @jhux2 here's a configuration on Blake that should reproduce:
module purge
module load intel/oneAPI/hpc-toolkit/2021.4.0 intel/oneAPI/base-toolkit/2021.4.0 openmpi/4.0.5/intel-oneapi/2021.4.0 cmake/3.22.2
module swap gcc/7.2.0 gcc/10.2.0
module load openblas/0.3.21/gcc/10.2.0
export OMPI_CXX="icpc"
export OMPI_CC="icc"
export OMPI_FC="ifort"
export OMPI_F77="ifort"
export OMPI_F90="ifort"
cmake \
-D CMAKE_INSTALL_PREFIX="${TRILINOS_INSTALL_DIR}" \
-D CMAKE_CXX_STANDARD="17" \
-D CMAKE_CXX_FLAGS="-g" \
-D CMAKE_Fortran_COMPILER="mpif77" \
-D CMAKE_BUILD_TYPE=DEBUG \
\
-D TPL_ENABLE_MPI=ON \
-D MPI_EXEC_POST_NUMPROCS_FLAGS:STRING="-bind-to;socket;-map-by;socket" \
\
-D TPL_ENABLE_BLAS:STRING=ON \
-D BLAS_LIBRARY_DIRS:FILEPATH=${BLAS_ROOT}/lib \
-D BLAS_LIBRARY_NAMES:STRING="openblas" \
-D TPL_ENABLE_LAPACK:STRING=ON \
-D LAPACK_INCLUDE_DIRS:FILEPATH="${LAPACK_ROOT}/include" \
-D LAPACK_LIBRARY_DIRS:FILEPATH=${LAPACK_ROOT}/lib \
-D LAPACK_LIBRARY_NAMES:STRING="openblas" \
\
-D Trilinos_ENABLE_TESTS=ON \
-D Trilinos_ENABLE_EXAMPLES=ON \
-D Trilinos_ENABLE_COMPLEX=ON \
\
-D Trilinos_ENABLE_Ifpack2=ON \
-D Ifpack2_ENABLE_TESTS=ON \
-D Trilinos_ENABLE_Kokkos=ON \
-D Kokkos_ENABLE_SERIAL=ON \
-D Kokkos_ARCH_SKX=ON \
-D Trilinos_ENABLE_KokkosKernels=ON \
$TRILINOS_DIRI'm able to reproduce. I rebuilt with the system blas rather than openblas, given there have been other problems reported in builds that use openblas. In the build with the system blas, the test fails in the same way as with openblas. (This isn't too surprising, since OpenMP isn't being used.)
ndellingwood
commented
1 year ago This issue is still present with newer versions of intel as well with SKX arch (e.g. intel/2021.4, see #11969)
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commented
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ndellingwood
commented
4 weeks ago I'll rerun with intel/2023.2.0 on Blake to see if this is still present with newer versions of intel
Bug Report
@trilinos/ifpack2
Description
The ifpack2 unit test
Ifpack2_BlockTriDiContainerUnitAndPerfTests_MPI_4fails in serial builds with intel/19 on SKX architecture in the sub-testIfpack2BlockTriDi_std_complex0double0_int_longlong_Unit_UnitTestOutput snip (collapsible):
Summary
``` test 1098 Start 1098: Ifpack2_BlockTriDiContainerUnitAndPerfTests_MPI_4 1098: Test command: /ascldap/users/projects/x86-64-skylake/openmpi/4.0.1/intel/19.3.199/bin/mpiexec "-np" "4" "-bind-to" "socket" "-map-by" "socket" "/ascldap/users/ndellin/trilinos/Trilinos/Build/ATDM-Blake-intel19/packages/ifpack2/test/unit_tests/Ifpack2_BlockTriDiContainerUnitAndPerfTests.exe" 1098: Test timeout computed to be: 500 1098: nranks 4 ni 10 nj 10 nk 10 bs 5 nrhs 1 isplit 4 jsplit 1 1098: Kokkos Version: 3.5.99 1098: Compiler: 1098: KOKKOS_COMPILER_INTEL: 1900 1098: Architecture: 1098: Default Device: N6Kokkos6SerialE 1098: KOKKOS_ENABLE_ISA_KNC: no 1098: KOKKOS_ENABLE_ISA_POWERPCLE: no 1098: KOKKOS_ENABLE_ISA_X86_64: no 1098: Atomics: 1098: KOKKOS_ENABLE_GNU_ATOMICS: no 1098: KOKKOS_ENABLE_INTEL_ATOMICS: no 1098: KOKKOS_ENABLE_WINDOWS_ATOMICS: no 1098: Vectorization: 1098: KOKKOS_ENABLE_PRAGMA_IVDEP: yes 1098: KOKKOS_ENABLE_PRAGMA_LOOPCOUNT: yes 1098: KOKKOS_ENABLE_PRAGMA_SIMD: no 1098: KOKKOS_ENABLE_PRAGMA_UNROLL: yes 1098: KOKKOS_ENABLE_PRAGMA_VECTOR: yes 1098: Memory: 1098: KOKKOS_ENABLE_HBWSPACE: no 1098: KOKKOS_ENABLE_INTEL_MM_ALLOC: no 1098: KOKKOS_ENABLE_POSIX_MEMALIGN: no 1098: Options: 1098: KOKKOS_ENABLE_ASM: yes 1098: KOKKOS_ENABLE_CXX14: yes 1098: KOKKOS_ENABLE_CXX17: no 1098: KOKKOS_ENABLE_CXX20: no 1098: KOKKOS_ENABLE_DEBUG_BOUNDS_CHECK: no 1098: KOKKOS_ENABLE_HWLOC: no 1098: KOKKOS_ENABLE_LIBRT: no 1098: Host Serial Execution Space: 1098: KOKKOS_ENABLE_SERIAL: yes 1098: Serial Atomics: 1098: KOKKOS_ENABLE_SERIAL_ATOMICS: no 1098: 1098: Serial Runtime Configuration: 1098: 1098: 1098: *** 1098: *** Unit test suite ... 1098: *** 1098: 1098: 1098: Sorting tests by group name then by the order they were added ... (time = 8.31e-06) 1098: 1098: Running unit tests ... 1098: ... 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig jacobi seq_method uniform_lines nvec 3 rd 0 1098: [Passed] (0.977 sec) 1098: FAIL: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 1 rd 0.139165 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 1 rd 1 1098: 1. Ifpack2BlockTriDi_std_complex0double0_int_longlong_Unit_UnitTest ... FAIL: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 1 rd 1 eps 2.22045e-15 1098: FAIL: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 1 rd 1 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 3 rd 1.55505e-16 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 3 rd 2.50048e-16 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 3 rd 2.64198e-10 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 3 r 0.000372322 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 3 rd 6.94675e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 3 rd 6.94675e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 3 rd 0 1098: FAIL: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 1 rd 1 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 1 rd 8.86271e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 3 rd 1.55505e-16 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 3 rd 2.27016e-16 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 3 rd 2.44986e-10 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 3 r 0.000355093 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 3 rd 7.13843e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 3 rd 7.13843e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 3 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 1 rd 1.58111e-16 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 1 rd 2.42604 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 1 rd 1.04708 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 1 r 0.000574496 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 1 rd 5.7773e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 1 rd 5.7773e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 3 rd 1.55505e-16 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 3 rd 2.50048e-16 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 3 rd 2.64198e-10 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 3 r 0.000372322 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 3 rd 6.94675e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 3 rd 6.94675e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 3 rd 0 1098: FAIL: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 1 rd 1.16297 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 1 rd 6.2792 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 1 rd 8.41819 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 1 rd 8.86271e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 1 rd 8.86271e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 3 rd 1.55505e-16 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 3 rd 2.27016e-16 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 3 rd 2.44986e-10 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 3 r 0.000355093 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 3 rd 7.13843e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 3 rd 7.13843e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 3 rd 0 1098: FAIL: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig tridiag seq_method uniform_lines nvec 1 rd 0.253631 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig tridiag seq_method uniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig tridiag seq_method uniform_lines nvec 1 rd 1 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig tridiag seq_method uniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig tridiag seq_method uniform_lines nvec 3 rd 1.65542e-16 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig tridiag seq_method uniform_lines nvec 3 rd 6.29747e-16 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig tridiag seq_method uniform_lines nvec 3 rd 2.64198e-10 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig tridiag seq_method uniform_lines nvec 3 rd 0 1098: FAIL: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig tridiag seq_method nonuniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig tridiag seq_method nonuniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig tridiag seq_method nonuniform_lines nvec 1 rd 1 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig tridiag seq_method nonuniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig tridiag seq_method nonuniform_lines nvec 3 rd 1.65542e-16 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig tridiag seq_method nonuniform_lines nvec 3 rd 6.05301e-16 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig tridiag seq_method nonuniform_lines nvec 3 rd 2.44986e-10 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig tridiag seq_method nonuniform_lines nvec 3 rd 0 1098: FAIL: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 1 rd 1 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 1 rd 0 eps 2.22045e-15 1098: FAIL: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 1 rd 1 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 3 rd 1.55505e-16 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 3 rd 2.74546e-16 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 3 rd 1.61002e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 3 r 0.00056089 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 3 rd 7.42676e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 3 rd 7.42676e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 3 rd 0 1098: FAIL: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 1 rd 4.86303 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 1 rd 4.11263 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 1 rd 3.91458e+15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 1 rd 9.4745e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 1 rd 9.4745e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 3 rd 1.55505e-16 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 3 rd 2.74546e-16 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 3 rd 1.61002e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 3 r 0.00056089 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 3 rd 7.42676e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 3 rd 7.42676e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 3 rd 0 1098: FAIL: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig jacobi seq_method uniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig jacobi seq_method uniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig jacobi seq_method uniform_lines nvec 1 rd 1 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig jacobi seq_method uniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 5 contig jacobi seq_method uniform_lines nvec 3 rd 1.65542e-16 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 5 contig jacobi seq_method uniform_lines nvec 3 rd 3.42114e-16 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 5 contig jacobi seq_method uniform_lines nvec 3 rd 1.84657e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 5 contig jacobi seq_method uniform_lines nvec 3 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 1 rd 7.23545e-17 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 1 rd 2.98831 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 1 rd 0.398355 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 1 r 0.000940966 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 1 rd 7.14889e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 1 rd 7.14889e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 3 rd 8.42157e-17 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 3 rd 1.67479e-15 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 3 rd 1.90964e-06 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 3 r 0.000584837 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 3 rd 7.46002e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 3 rd 7.46002e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 3 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 1 rd 7.23545e-17 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 1 rd 2.13849 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 1 rd 0.623542 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 1 r 0.000820243 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 1 rd 4.12403e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 1 rd 4.12403e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 3 rd 8.42157e-17 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 3 rd 1.23056e-15 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 3 rd 2.63335e-06 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 3 r 0.000785191 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 3 rd 7.49709e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 3 rd 7.49709e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 3 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 1 rd 7.23545e-17 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 1 rd 2.98831 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 1 rd 0.398355 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 1 r 0.000940966 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 1 rd 7.14889e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 1 rd 7.14889e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 3 rd 8.42157e-17 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 3 rd 1.67479e-15 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 3 rd 1.90964e-06 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 3 r 0.000584837 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 3 rd 7.46002e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 3 rd 7.46002e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 3 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 1 rd 7.23545e-17 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 1 rd 2.13849 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 1 rd 0.623542 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 1 r 0.000820243 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 1 rd 4.12403e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 1 rd 4.12403e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 3 rd 8.42157e-17 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 3 rd 1.23056e-15 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 3 rd 2.63335e-06 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 3 r 0.000785191 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 3 rd 7.49709e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 3 rd 7.49709e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 3 rd 0 1098: FAIL: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig tridiag seq_method uniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig tridiag seq_method uniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig tridiag seq_method uniform_lines nvec 1 rd 1 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig tridiag seq_method uniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig tridiag seq_method uniform_lines nvec 3 rd 4.07699e-17 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig tridiag seq_method uniform_lines nvec 3 rd 1.67725e-15 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig tridiag seq_method uniform_lines nvec 3 rd 1.90964e-06 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig tridiag seq_method uniform_lines nvec 3 rd 0 1098: FAIL: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig tridiag seq_method nonuniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig tridiag seq_method nonuniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig tridiag seq_method nonuniform_lines nvec 1 rd 1 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig tridiag seq_method nonuniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig tridiag seq_method nonuniform_lines nvec 3 rd 4.07699e-17 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig tridiag seq_method nonuniform_lines nvec 3 rd 1.23534e-15 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig tridiag seq_method nonuniform_lines nvec 3 rd 2.63335e-06 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig tridiag seq_method nonuniform_lines nvec 3 rd 0 1098: FAIL: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 1 rd 1.18355 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 1 rd 1.07325 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 1 rd 5.52711e+09 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 1 rd 8.45776e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 1 rd 8.45776e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 3 rd 8.42157e-17 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 3 rd 9.33773e-17 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 3 rd 9.77452e-09 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 3 r 0.000789175 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 3 rd 7.02456e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 3 rd 7.02456e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 3 rd 0 1098: FAIL: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 1 rd 1.18355 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 1 rd 1.07325 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 1 rd 5.52711e+09 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 1 rd 8.45776e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 1 rd 8.45776e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 3 rd 8.42157e-17 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 3 rd 9.33773e-17 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 3 rd 9.77452e-09 1098: SUCCESS: test_BR_BTDC (A = D + R, norm) test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 3 r 0.000789175 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 3 rd 7.02456e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = D + R, damping factor) test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 3 rd 7.02456e-17 eps 2.22045e-15 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 3 rd 0 1098: FAIL: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig jacobi seq_method uniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig jacobi seq_method uniform_lines nvec 1 rd 1 1098: FAIL: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig jacobi seq_method uniform_lines nvec 1 rd 1 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig jacobi seq_method uniform_lines nvec 1 rd 0 1098: SUCCESS: test_BR_BTDC (A = I + R) test_BR_BTDC: bs 1 contig jacobi seq_method uniform_lines nvec 3 rd 4.07699e-17 1098: SUCCESS: test_BR_BTDC (A = D) test_BR_BTDC: bs 1 contig jacobi seq_method uniform_lines nvec 3 rd 1.0812e-16 1098: SUCCESS: test_BR_BTDC (A = D + R) test_BR_BTDC: bs 1 contig jacobi seq_method uniform_lines nvec 3 rd 9.77452e-09 1098: SUCCESS: test_BR_BTDC (A = I) test_BR_BTDC: bs 1 contig jacobi seq_method uniform_lines nvec 3 rd 0 1098: 1098: TEST: test_StructuredBlockPart 1098: passed 1098: TEST: test_bcrs_matrix 1098: passed 1098: TEST: test_bcrs_matrix tridiags only 1098: passed 1098: TEST: test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 5 contig tridiag uniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 5 contig tridiag nonuniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 5 contig tridiag overlap_comm uniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 5 contig tridiag overlap_comm nonuniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 5 contig tridiag seq_method uniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 5 contig tridiag seq_method uniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 5 contig tridiag seq_method nonuniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 5 contig tridiag seq_method nonuniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 5 contig jacobi uniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 5 contig jacobi overlap_comm uniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 5 contig jacobi seq_method uniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 5 contig jacobi seq_method uniform_lines nvec 3 1098: passed 1098: TEST: test_StructuredBlockPart 1098: passed 1098: TEST: test_bcrs_matrix 1098: passed 1098: TEST: test_bcrs_matrix tridiags only 1098: passed 1098: TEST: test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 1 contig tridiag uniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 1 contig tridiag nonuniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 1 contig tridiag overlap_comm uniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 1 contig tridiag overlap_comm nonuniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 1 contig tridiag seq_method uniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 1 contig tridiag seq_method uniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 1 contig tridiag seq_method nonuniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 1 contig tridiag seq_method nonuniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 1 contig jacobi uniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 1 contig jacobi overlap_comm uniform_lines nvec 3 1098: passed 1098: TEST: test_BR_BTDC: bs 1 contig jacobi seq_method uniform_lines nvec 1 1098: FAILED ==> /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:306 1098: TEST: test_BR_BTDC: bs 1 contig jacobi seq_method uniform_lines nvec 3 1098: passed 1098: [FAILED] (1.01 sec) Ifpack2BlockTriDi_std_complex0double0_int_longlong_Unit_UnitTest 1098: Location: /ascldap/users/ndellin/trilinos/Trilinos/packages/ifpack2/test/unit_tests/Ifpack2_UnitTestBlockTriDiContainer.cpp:317 1098: 1098: 1098: The following tests FAILED: 1098: 1. Ifpack2BlockTriDi_std_complex0double0_int_longlong_Unit_UnitTest ... 1098: 1098: Total Time: 1.98 sec 1098: 1098: Summary: total = 2, run = 2, passed = 1, failed = 1 1098: 1098: End Result: TEST FAILED 1/1 Test #1098: Ifpack2_BlockTriDiContainerUnitAndPerfTests_MPI_4 ...***Failed Required regular expression not found. Regex=[End Result: TEST PASSED ] 2.69 sec 0% tests passed, 1 tests failed out of 1 Subproject Time Summary: Ifpack2 = 10.76 sec*proc (1 test) Total Test time (real) = 20.07 sec The following tests FAILED: 1098 - Ifpack2_BlockTriDiContainerUnitAndPerfTests_MPI_4 (Failed) ```Steps to Reproduce
SHA1: 55d7185956289a91f9f75d4510b1a734ed4efd22
This can be reproduced on the Blake testbed in a serial build with complex types enabled and specifying Skylake architecture with the option
-DKokkos_ARCH_SKX=ON.Modules: