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|
# (C) Copyright 2020- ECMWF.
#
# This software is licensed under the terms of the Apache Licence Version 2.0
# which can be obtained at http://www.apache.org/licenses/LICENSE-2.0.
# In applying this licence, ECMWF does not waive the privileges and immunities
# granted to it by virtue of its status as an intergovernmental organisation
# nor does it submit to any jurisdiction.
# --------------------------------------------------------------------------------------------------
# Add a test for installation of ecTrans
# --------------------------------------------------------------------------------------------------
configure_file( test-install.sh.in ${CMAKE_CURRENT_BINARY_DIR}/test-install.sh @ONLY )
unset( _test_args )
if( CMAKE_TOOLCHAIN_FILE )
list( APPEND _test_args "-DCMAKE_TOOLCHAIN_FILE=${CMAKE_TOOLCHAIN_FILE}" )
endif()
foreach( lang C CXX Fortran )
if( CMAKE_${lang}_COMPILER )
list( APPEND _test_args "-DCMAKE_${lang}_COMPILER=${CMAKE_${lang}_COMPILER}" )
endif()
endforeach()
foreach( lang C CXX Fortran )
if( CMAKE_${lang}_FLAGS )
list( APPEND _test_args "-DCMAKE_${lang}_FLAGS=${CMAKE_${lang}_FLAGS}" )
endif()
endforeach()
if( CMAKE_EXE_LINKER_FLAGS )
list( APPEND _test_args "-DCMAKE_EXE_LINKER_FLAGS=${CMAKE_EXE_LINKER_FLAGS}" )
endif()
if( NOT HAVE_DOUBLE_PRECISION )
list( APPEND _test_args "-DCOMPONENTS=single" )
endif()
add_test( NAME ectrans_test_install
COMMAND ${CMAKE_CURRENT_BINARY_DIR}/test-install.sh ${_test_args} )
# --------------------------------------------------------------------------------------------------
# Add a test for SETUP_TRANS0
# --------------------------------------------------------------------------------------------------
ecbuild_add_executable(
TARGET ectrans_test_setup_trans0
SOURCES trans/test_setup_trans0.F90
LIBS ectrans_common
LINKER_LANGUAGE Fortran
NOINSTALL)
set( ntasks 0 )
if( HAVE_MPI )
list( APPEND ntasks 1 2 )
endif()
foreach( mpi ${ntasks} )
ecbuild_add_test( TARGET ectrans_test_setup_trans0_mpi${mpi}
COMMAND ectrans_test_setup_trans0
MPI ${mpi}
)
endforeach()
# --------------------------------------------------------------------------------------------------
# Add a test for tangent-linear/adjoint correspondence of INV_TRANS and DIR_TRANS combined (CPU
# version only)
# --------------------------------------------------------------------------------------------------
if( HAVE_CPU )
set( precisions "" )
if( HAVE_DOUBLE_PRECISION )
list( APPEND precisions "dp" )
endif()
if( HAVE_SINGLE_PRECISION )
list( APPEND precisions "sp" )
endif()
set( ntasks 0 )
if( HAVE_MPI )
list( APPEND ntasks 1 2 )
endif()
foreach( precision ${precisions} )
foreach( mpi ${ntasks} )
set( test_name ectrans_test_adjoint_mpi${mpi}_${precision} )
ecbuild_add_test(TARGET ${test_name}
SOURCES trans/test_adjoint.F90
LIBS trans_${precision} parkind_${precision}
LINKER_LANGUAGE Fortran
MPI ${mpi}
)
if( TEST ${test_name} AND HAVE_OMP )
target_link_libraries( ${test_name} OpenMP::OpenMP_Fortran )
endif()
endforeach()
endforeach()
endif()
# --------------------------------------------------------------------------------------------------
# Add tests for tangent-linear/adjoint correspondence of INV_TRANS and DIR_TRANS
# --------------------------------------------------------------------------------------------------
set( platforms )
if( HAVE_CPU )
list( APPEND platforms cpu )
endif()
if( HAVE_GPU )
list( APPEND platforms gpu )
endif()
foreach( platform ${platforms} )
if( "${platform}" MATCHES "cpu" )
set( platform_tag "" )
endif()
if( "${platform}" MATCHES "gpu" )
set( platform_tag "_gpu" )
endif()
if( HAVE_DOUBLE_PRECISION )
set( trans trans${platform_tag}_dp )
set( parkind parkind_dp )
else()
set( trans trans${platform_tag}_sp )
set( parkind parkind_sp )
endif()
set( ntasks 0 )
if( HAVE_MPI )
list( APPEND ntasks 1 2 )
endif()
foreach( mpi ${ntasks} )
ecbuild_add_test(TARGET ectrans_test_dirtrans_adjoint_${platform}_mpi${mpi}
SOURCES trans/test_dirtrans_adjoint.F90
LIBS ${trans} ${parkind}
LINKER_LANGUAGE Fortran
MPI ${mpi}
OMP 1
)
if( TEST ectrans_test_dirtrans_adjoint_${platform}_mpi${mpi} AND HAVE_OMP )
target_link_libraries( ectrans_test_dirtrans_adjoint_${platform}_mpi${mpi} OpenMP::OpenMP_Fortran )
endif()
set_tests_properties(ectrans_test_dirtrans_adjoint_${platform}_mpi${mpi} PROPERTIES LABELS "${platform};Fortran")
ecbuild_add_test(TARGET ectrans_test_invtrans_adjoint_${platform}_mpi${mpi}
SOURCES trans/test_invtrans_adjoint.F90
LIBS ${trans} ${parkind}
LINKER_LANGUAGE Fortran
MPI ${mpi}
OMP 1
)
if( TEST ectrans_test_invtrans_adjoint_${platform}_mpi${mpi} AND HAVE_OMP )
target_link_libraries( ectrans_test_invtrans_adjoint_${platform}_mpi${mpi} OpenMP::OpenMP_Fortran )
endif()
set_tests_properties(ectrans_test_invtrans_adjoint_${platform}_mpi${mpi} PROPERTIES LABELS "${platform};Fortran")
endforeach() # mpi comm size
endforeach() # platform
# --------------------------------------------------------------------------------------------------
# Add a test for tangent-linear/adjoint correspondence of GPNORM_TRANSTL/AD (CPU version only)
# --------------------------------------------------------------------------------------------------
if( HAVE_CPU )
set( precisions "" )
if( HAVE_DOUBLE_PRECISION )
list( APPEND precisions "dp" )
endif()
if( HAVE_SINGLE_PRECISION )
list( APPEND precisions "sp" )
endif()
set( ntasks 0 )
if( HAVE_MPI )
list( APPEND ntasks 1 2 )
endif()
foreach( precision ${precisions} )
foreach( mpi ${ntasks} )
set( test_name ectrans_test_gpnorm_trans_adjoint_mpi${mpi}_${precision} )
ecbuild_add_test(TARGET ${test_name}
SOURCES trans/test_gpnorm_adjoint.F90
LIBS trans_${precision} parkind_${precision}
LINKER_LANGUAGE Fortran
MPI ${mpi}
)
if( TEST ${test_name} AND HAVE_OMP )
target_link_libraries( ${test_name} OpenMP::OpenMP_Fortran )
endif()
endforeach()
endforeach()
endif()
# --------------------------------------------------------------------------------------------------
# Add tests for common call patterns of ecTrans, using the benchmark program
# This tests CPU and/or GPU versions, depending on which are enabled
# --------------------------------------------------------------------------------------------------
macro(ectrans_set_test_properties target)
if( "${target}" MATCHES "gpu" )
set_tests_properties(${target} PROPERTIES LABELS "gpu;Fortran")
endif()
set_tests_properties( ${target} PROPERTIES FIXTURES_SETUP checksum_tests )
endmacro()
# Determine which benchmarks are available
set( benchmarks "" )
if( TARGET ectrans-benchmark-cpu-dp )
list( APPEND benchmarks ectrans-benchmark-cpu-dp )
endif()
if( TARGET ectrans-benchmark-cpu-sp )
list( APPEND benchmarks ectrans-benchmark-cpu-sp )
endif()
if( TARGET ectrans-benchmark-gpu-dp )
list( APPEND benchmarks ectrans-benchmark-gpu-dp )
endif()
if( TARGET ectrans-benchmark-gpu-sp )
list( APPEND benchmarks ectrans-benchmark-gpu-sp )
endif()
foreach( benchmark ${benchmarks} )
# Establish which task/thread parameters to test
set( ntasks 0 )
set( nthreads 1 )
if( HAVE_MPI )
list( APPEND ntasks 1 2 )
endif()
if( ${benchmark} MATCHES "cpu" )
if( HAVE_OMP )
list( APPEND nthreads 8 )
endif()
endif()
if( NOT TEST compare_checksums AND (HAVE_MPI OR HAVE_OMP) )
configure_file( compare_checksums.py ${CMAKE_CURRENT_BINARY_DIR}/compare_checksums.py @ONLY )
list( JOIN ntasks "," ntasks_joined )
list( JOIN nthreads "," nthreads_joined )
ecbuild_add_test( TARGET compare_checksums
COMMAND "${CMAKE_CURRENT_BINARY_DIR}/compare_checksums.py"
ARGS "." ${ntasks_joined} ${nthreads_joined}
)
set_tests_properties( compare_checksums PROPERTIES FIXTURES_REQUIRED checksum_tests )
endif()
# Add test for each parameter combination
foreach( mpi ${ntasks} )
foreach( omp ${nthreads} )
# TCO47 truncation
set( t 47 )
set( grid O48 )
# Base arguments -> 2 iterations, memory consumption/pinning information, spectral norms, and
# verbose output
set( base_args --niter 2 --meminfo --norms -v )
foreach( callmode 1 2 )
set (base_title "${benchmark}_T${t}_${grid}_mpi${mpi}_omp${omp}_callmode${callmode}")
# Check it works with 0 3D scalar fields
ecbuild_add_test( TARGET ${base_title}_nfld0
COMMAND ${benchmark}
ARGS --truncation ${t} --grid ${grid} --nfld 0 --check 100 --callmode ${callmode} --dump-checksums ${base_title}_nfld0 ${base_args}
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld0 )
# Check it works with 10 3D scalar fields and 20 levels
ecbuild_add_test( TARGET ${base_title}_nfld10_nlev20
COMMAND ${benchmark}
ARGS --truncation ${t} --grid ${grid} --nfld 10 --nlev 20 --check 100 --callmode ${callmode} --dump-checksums ${base_title}_nfld10_nlev20 ${base_args}
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld10_nlev20 )
# Check it works with 10 3D scalar fields, 20 levels, and derivatives
ecbuild_add_test( TARGET ${base_title}_nfld10_nlev20_derivatives
COMMAND ${benchmark}
ARGS --truncation ${t} --grid ${grid} --nfld 10 --nlev 20 --scders --uvders --check 100 --callmode ${callmode} --dump-checksums ${base_title}_nfld10_nlev20_derivatives ${base_args}
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld10_nlev20_derivatives )
# Check it works with 10 3D scalar fields, 20 levels, and vordiv in grid point space
ecbuild_add_test( TARGET ${base_title}_nfld10_nlev20_vordiv
COMMAND ${benchmark}
ARGS --truncation ${t} --grid ${grid} --nfld 10 --nlev 20 --vordiv --check 100 --callmode ${callmode} --dump-checksums ${base_title}_nfld10_nlev20_vordiv ${base_args}
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld10_nlev20_vordiv )
# Check it works with 10 3D scalar fields, 20 levels, and NPROMA=16
ecbuild_add_test( TARGET ${base_title}_nfld10_nlev20_nproma16
COMMAND ${benchmark}
ARGS --truncation ${t} --grid ${grid} --nfld 10 --nlev 20 --nproma 16 --check 100 --callmode ${callmode} --dump-checksums ${base_title}_nfld10_nlev20_vordiv_uvders ${base_args}
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld10_nlev20_nproma16 )
# Check it works with 10 3D scalar fields, 20 levels, and NPROMATR=20 (feature only works for CPU)
if( ${benchmark} MATCHES "cpu" AND ${callmode} MATCHES "1" )
ecbuild_add_test( TARGET ${base_title}_nfld10_nlev20_npromatr20
COMMAND ${benchmark}
ARGS --truncation ${t} --grid ${grid} --nfld 10 --nlev 20 --npromatr 20 --check 100 --callmode ${callmode} --dump-checksums ${base_title}_nfld10_nlev20_vordiv_uvders ${base_args}
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld10_nlev20_npromatr20 )
endif()
if( ${benchmark} MATCHES "cpu" )
# Check it works with 10 3D scalar fields, 20 levels, and the fast Legendre tranform (CPU only)
# TODO: Find out why the FLT gives so much higher errors
ecbuild_add_test( TARGET ${base_title}_nfld10_nlev20_flt
COMMAND ${benchmark}
ARGS --truncation ${t} --grid ${grid} --nfld 10 --nlev 20 --flt --check 1000000 --callmode ${callmode} --dump-checksums ${base_title}_nfld10_nlev20_flt ${base_args}
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld10_nlev20 )
endif()
endforeach()
endforeach()
endforeach()
endforeach()
# --------------------------------------------------------------------------------------------------
# Add tests for common call patterns of ecTrans LAM benchmark (i.e. etrans), using the benchmark
# program
# --------------------------------------------------------------------------------------------------
if( HAVE_ETRANS )
# Set resolution
set( nlon 48 )
set( nlat 40 )
foreach( prec dp sp )
if( TARGET ectrans-lam-benchmark-cpu-${prec} )
set( ntasks 0 )
set( nthreads 1 )
if( HAVE_MPI )
list( APPEND ntasks 1 2 )
endif()
if( HAVE_OMP )
list( APPEND nthreads 8 )
endif()
# Base arguments -> nlat x nlon, 2 iterations, memory consumption/pinning information,
# spectral norms, and verbose output
set( base_args --nlon ${nlon} --nlat ${nlat} --niter 2 --meminfo --norms -v )
foreach( mpi ${ntasks} )
foreach( omp ${nthreads} )
set(base_title "ectrans_lam_test_benchmark_${prec}_${nlon}x${nlat}_mpi${mpi}_omp${omp}" )
ecbuild_add_test( TARGET ${base_title}_nfld0
COMMAND ectrans-lam-benchmark-cpu-${prec} ARGS ${base_args} --nfld 0 --dump-checksums ${base_title}_nfld0
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld0 )
ecbuild_add_test( TARGET ${base_title}_nfld10
COMMAND ectrans-lam-benchmark-cpu-${prec} ARGS ${base_args} --nfld 10 --dump-checksums ${base_title}_nfld10
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld10 )
ecbuild_add_test( TARGET ${base_title}_nfld10_nlev20
COMMAND ectrans-lam-benchmark-cpu-${prec} ARGS ${base_args} --nfld 10 --nlev 20 --dump-checksums ${base_title}_nfld20
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld10_nlev20 )
ecbuild_add_test( TARGET ${base_title}_nfld10_nlev20_scders
COMMAND ectrans-lam-benchmark-cpu-${prec} ARGS ${base_args} --nfld 10 --nlev 20 --scders --dump-checksums ${base_title}_nfld10_nlev20_scders
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld10_nlev20_scders )
ecbuild_add_test( TARGET ${base_title}_nfld10_nlev20_vordiv
COMMAND ectrans-lam-benchmark-cpu-${prec} ARGS ${base_args} --nfld 10 --nlev 20 --vordiv --dump-checksums ${base_title}_nfld10_nlev20_vordiv
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld10_nlev20_vordiv )
ecbuild_add_test( TARGET ${base_title}_nfld10_nlev20_vordiv_uvders
COMMAND ectrans-lam-benchmark-cpu-${prec} ARGS ${base_args} --nfld 10 --nlev 20 --vordiv --uvders --dump-checksums ${base_title}_nfld10_nlev20_vordiv_uvders
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld10_nlev20_vordiv_uvders )
ecbuild_add_test( TARGET ${base_title}_nfld10_nlev20_nproma16
COMMAND ectrans-lam-benchmark-cpu-${prec} ARGS ${base_args} --nfld 10 --nlev 20 --nproma 16 --dump-checksums ${base_title}_nfld10_nlev20_nproma16
MPI ${mpi}
OMP ${omp}
)
ectrans_set_test_properties( ${base_title}_nfld10_nlev20_nproma16 )
endforeach()
endforeach()
endif()
endforeach()
endif()
# --------------------------------------------------------------------------------------------------
# Add tests for transi
# --------------------------------------------------------------------------------------------------
if( HAVE_TRANSI )
check_include_files( malloc.h EC_HAVE_MALLOC_H )
ecbuild_debug_var( EC_HAVE_MALLOC_H )
if( EC_HAVE_MALLOC_H )
list( APPEND TEST_DEFINITIONS
TRANSI_HAVE_MEMORY
)
else()
ecbuild_warn( "ectrans tests checking memory leaks are disabled as malloc.h was not found" )
endif()
find_package( CMath )
ecbuild_add_library( TARGET ectrans_test
VERSION 0d
SOURCES transi/transi_test.h transi/transi_test.c
PUBLIC_LIBS transi_dp ${CMATH_LIBRARIES}
NOINSTALL
)
target_compile_definitions( ectrans_test PUBLIC ${TEST_DEFINITIONS} )
if( HAVE_GPU )
ecbuild_add_library( TARGET ectrans_test_gpu
SOURCES transi/transi_test.h transi/transi_test.c
PUBLIC_LIBS transi_gpu_dp
NOINSTALL
)
target_compile_definitions( ectrans_test PUBLIC ${TEST_DEFINITIONS} )
endif()
ecbuild_add_test( TARGET ectrans_test_transi_program
SOURCES transi/transi_test_program.c
LIBS ectrans_test
LINKER_LANGUAGE C
ENVIRONMENT TRANS_USE_MPI=0 )
if( HAVE_GPU )
ecbuild_add_test( TARGET ectrans_test_transi_program_gpu
SOURCES transi/transi_test_program.c
LIBS ectrans_test_gpu
LINKER_LANGUAGE C
DEFINITIONS GPU_VERSION
ENVIRONMENT TRANS_USE_MPI=0 )
set_tests_properties(ectrans_test_transi_program_gpu PROPERTIES LABELS gpu)
ecbuild_add_test( TARGET ectrans_test_transi_invtrans_adjoint_gpu
SOURCES transi/transi_test_invtrans_adjoint.c
LIBS ectrans_test_gpu
LINKER_LANGUAGE C
DEFINITIONS GPU_VERSION
ENVIRONMENT TRANS_USE_MPI=0 )
set_tests_properties(ectrans_test_transi_invtrans_adjoint_gpu PROPERTIES LABELS gpu)
ecbuild_add_test( TARGET ectrans_test_transi_dirtrans_adjoint_gpu
SOURCES transi/transi_test_dirtrans_adjoint.c
LIBS ectrans_test_gpu
LINKER_LANGUAGE C
DEFINITIONS GPU_VERSION
ENVIRONMENT TRANS_USE_MPI=0 )
set_tests_properties(ectrans_test_transi_dirtrans_adjoint_gpu PROPERTIES LABELS gpu)
endif()
ecbuild_add_test( TARGET ectrans_test_transi_timings
SOURCES transi/transi_test_timings.c
LIBS ectrans_test
LINKER_LANGUAGE C
ENVIRONMENT TRANS_USE_MPI=0 )
ecbuild_add_test( TARGET ectrans_test_transi_lonlat
SOURCES transi/transi_test_lonlat.c
LIBS ectrans_test
LINKER_LANGUAGE C
ENVIRONMENT TRANS_USE_MPI=0 )
ecbuild_add_test( TARGET ectrans_test_transi_io
SOURCES transi/transi_test_io.c
LIBS ectrans_test
LINKER_LANGUAGE C
ENVIRONMENT TRANS_USE_MPI=0 )
ecbuild_add_test( TARGET ectrans_test_transi_memory
SOURCES transi/transi_test_memory.c
LIBS ectrans_test
CONDITION EC_HAVE_MALLOC_H
LINKER_LANGUAGE C
ENVIRONMENT TRANS_USE_MPI=0 )
ecbuild_add_test( TARGET ectrans_test_transi_memory_lonlat
SOURCES transi/transi_test_memory_lonlat.c
LIBS ectrans_test
CONDITION EC_HAVE_MALLOC_H
LINKER_LANGUAGE C
ENVIRONMENT TRANS_USE_MPI=0 )
ecbuild_add_test( TARGET ectrans_test_transi_vordiv_to_UV
SOURCES transi/transi_test_vordiv_to_UV.c
LIBS ectrans_test
LINKER_LANGUAGE C
ENVIRONMENT TRANS_USE_MPI=0 )
ecbuild_add_test( TARGET ectrans_test_transi_dirtrans_adjoint
SOURCES transi/transi_test_dirtrans_adjoint.c
LIBS ectrans_test
LINKER_LANGUAGE C
ENVIRONMENT TRANS_USE_MPI=0 )
ecbuild_add_test( TARGET ectrans_test_transi_invtrans_adjoint
SOURCES transi/transi_test_invtrans_adjoint.c
LIBS ectrans_test
LINKER_LANGUAGE C
ENVIRONMENT TRANS_USE_MPI=0 )
ecbuild_add_test( TARGET ectrans_test_transi_lonlat_diff_incr
SOURCES transi/transi_test_lonlat_diff_incr.c
LIBS ectrans_test
LINKER_LANGUAGE C
ENVIRONMENT TRANS_USE_MPI=0 )
ecbuild_add_option( FEATURE MEMORY_TESTS DEFAULT ON DESCRIPTION "Enable memory tests" )
if( NOT HAVE_MEMORY_TESTS )
set_tests_properties( ectrans_test_transi_memory ectrans_test_transi_memory_lonlat PROPERTIES DISABLED ON )
endif()
ecbuild_add_test( TARGET ectrans_test_transi_lam
SOURCES transi/transi_test_lam.c
LIBS ectrans_test
LINKER_LANGUAGE C
CONDITION HAVE_ETRANS
ENVIRONMENT TRANS_USE_MPI=0 )
ecbuild_add_test( TARGET ectrans_test_transi_lam_dirtrans_adjoint
SOURCES transi/transi_test_lam_dirtrans_adjoint.c
LIBS ectrans_test
LINKER_LANGUAGE C
CONDITION HAVE_ETRANS
ENVIRONMENT TRANS_USE_MPI=0 )
ecbuild_add_test( TARGET ectrans_test_transi_lam_invtrans_adjoint
SOURCES transi/transi_test_lam_invtrans_adjoint.c
LIBS ectrans_test
LINKER_LANGUAGE C
CONDITION HAVE_ETRANS
ENVIRONMENT TRANS_USE_MPI=0 )
endif()
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