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Jenkinsfile
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def gcc_versions = [
"centos7": ["4.8", "7", "8", "9", "10", "11"],
"rocky8": ["8", "9", "10", "11"],
"rocky9": ["11"],
"focal": ["9", "10"],
"jammy": ["11", "12"]
]
def jdk_versions = [
"centos7": ["1.8.0", "11"],
"rocky8": ["1.8.0", "11", "17"],
"rocky9": ["1.8.0", "11", "17"],
"focal": ["1.8.0", "11", "17"],
"jammy": ["1.8.0", "11", "17"]
]
def openmpi_versions = [ "4.1" ]
def fftw_versions = [ "3.3.10" ]
def openblas_versions = [ "0.3.21" ]
def scalapack_versions = [ "2.2.1" ]
node (params.os_label) {
stage("Checkout repo") {
checkout scm
}
stage("GCC ${gcc_versions[os_label]}") {
gcc_versions[os_label].each { gcc_ver ->
catchError(stageResult: "FAILURE") {
sh label: "GCC ${gcc_ver}", script: """
module load gcc/${gcc_ver}
\$CC --version | head -n1 | grep 'gcc (.\\+) ${gcc_ver}\\.'
\$CXX --version | head -n1 | grep 'g++ (.\\+) ${gcc_ver}\\.'
\$FC --version | head -n1 | grep 'GNU Fortran (.\\+) ${gcc_ver}\\.'
cd hello-world
make clean
make
make test
"""
}
}
}
stage("Intel Compilers") {
catchError(stageResult: "FAILURE") {
sh """
module load intel
\$CC --version | head -n1 | grep '^icc'
\$CXX --version | head -n1 | grep '^icpc'
\$FC --version | head -n1 | grep '^ifort'
cd hello-world
make clean
make
make test
"""
}
catchError(stageResult: "FAILURE") {
sh """
module load intelx
\$CC --version | head -n1 | grep 'oneAPI DPC++/C++'
\$CXX --version | head -n1 | grep 'oneAPI DPC++/C++'
\$FC --version | head -n1 | grep '^ifx'
cd hello-world
make clean
make
make test
"""
}
}
stage("IntelMPI") {
catchError(stageResult: "FAILURE") {
sh label: "intel", script: """
module load intel intelmpi
mpicc --version | head -n1 | grep '^icc'
mpicxx --version | head -n1 | grep '^icpc'
mpifc --version | head -n1 | grep '^ifort'
mpif90 --version | head -n1 | grep '^ifort'
mpiicc --version | head -n1 | grep '^icc'
mpiicpc --version | head -n1 | grep '^icpc'
mpiifort --version | head -n1 | grep '^ifort'
cd mpi-hello-world
make clean
make
make test
"""
}
catchError(stageResult: "FAILURE") {
sh label: "intelx", script: """
module load intelx intelmpi
mpicc --version | head -n1 | grep 'oneAPI DPC++/C++'
mpicxx --version | head -n1 | grep 'oneAPI DPC++/C++'
mpifc --version | head -n1 | grep '^ifx'
mpif90 --version | head -n1 | grep '^ifx'
mpiicc --version | head -n1 | grep 'oneAPI DPC++/C++'
mpiicxx --version | head -n1 | grep 'oneAPI DPC++/C++'
mpiifort --version | head -n1 | grep '^ifx'
cd mpi-hello-world
make clean
make
make test
"""
}
}
stage("JDK ${jdk_versions[os_label]}") {
jdk_versions[os_label].each { jdk_ver ->
catchError(stageResult: "FAILURE") {
sh label: "JDK ${jdk_ver}", script: """
module load jdk/${jdk_ver}
java -version 2>&1 | head -n1 | grep 'openjdk version "${jdk_ver}[._]'
javac -version 2>&1 | head -n1 | grep 'javac ${jdk_ver}[._]'
"""
}
}
}
stage("Miniconda") {
catchError(stageResult: "FAILURE") {
sh """
module load conda
"""
}
}
stage("CUDA") {
catchError(stageResult: "FAILURE") {
sh """
module load cuda
nvcc --version
"""
}
}
stage("OpenMPI ${openmpi_versions}") {
openmpi_versions.each { mpi_ver ->
gcc_versions[os_label].each { gcc_ver ->
catchError(stageResult: "FAILURE") {
sh label: "OpenMPI ${mpi_ver} - GCC ${gcc_ver}", script: """
module load gcc/${gcc_ver} openmpi/${mpi_ver}
cd mpi-hello-world
make clean
make
make test
"""
}
}
catchError(stageResult: "FAILURE") {
sh label: "OpenMPI ${mpi_ver} - Intel", script: """
module load intel openmpi/${mpi_ver}
cd mpi-hello-world
make clean
make
make test
"""
}
}
}
stage("FFTW ${fftw_versions}") {
fftw_versions.each { fftw_ver ->
openmpi_versions.each { mpi_ver ->
gcc_versions[os_label].each { gcc_ver ->
catchError(stageResult: "FAILURE") {
sh label: "FFTW ${fftw_ver} - OpenMPI ${mpi_ver} - GCC ${gcc_ver}", script: """
module load gcc/${gcc_ver} openmpi/${mpi_ver} fftw/${fftw_ver}
cd fftw
make clean
make
make test
"""
}
}
catchError(stageResult: "FAILURE") {
sh label: "FFTW ${fftw_ver} - OpenMPI ${mpi_ver} - Intel", script: """
module load intel openmpi/${mpi_ver} fftw/${fftw_ver}
cd fftw
make clean
make
make test
"""
}
}
catchError(stageResult: "FAILURE") {
sh label: "FFTW ${fftw_ver} - IntelMPI", script: """
module load intel intelmpi fftw/${fftw_ver}
cd fftw
make clean
make
make test
"""
}
}
}
stage("OpenBLAS ${openblas_versions}") {
openblas_versions.each { openblas_ver ->
gcc_versions[os_label].each { gcc_ver ->
catchError(stageResult: "FAILURE") {
sh label: "OpenBLAS ${openblas_ver} - GCC ${gcc_ver}", script: """
module load gcc/${gcc_ver} openblas/${openblas_ver}
cd openblas
make clean
make
make test
"""
}
}
catchError(stageResult: "FAILURE") {
sh label: "OpenBLAS ${openblas_ver} - Intel", script: """
module load intel openblas/${openblas_ver}
cd openblas
make clean
make
make test
"""
}
}
}
stage("ScaLAPACK ${scalapack_versions}") {
scalapack_versions.each { scalapack_ver ->
openmpi_versions.each { mpi_ver ->
gcc_versions[os_label].each { gcc_ver ->
catchError(stageResult: "FAILURE") {
sh label: "ScaLAPACK ${scalapack_ver} - OpenMPI ${mpi_ver} - GCC ${gcc_ver} - OpenBLAS", script: """
module load gcc/${gcc_ver} openmpi/${mpi_ver} scalapack/${scalapack_ver} openblas
cd scalapack
make clean
make
make test
"""
}
}
catchError(stageResult: "FAILURE") {
sh label: "ScaLAPACK ${scalapack_ver} - OpenMPI ${mpi_ver} - Intel - OpenBLAS", script: """
module load intel openmpi/${mpi_ver} scalapack/${scalapack_ver} openblas
cd scalapack
make clean
make
make test
"""
}
catchError(stageResult: "FAILURE") {
sh label: "ScaLAPACK ${scalapack_ver} - OpenMPI ${mpi_ver} - Intel - MKL", script: """
module load intel openmpi/${mpi_ver} scalapack/${scalapack_ver}
cd scalapack
make clean
make mkl
make test
"""
}
}
catchError(stageResult: "FAILURE") {
sh label: "ScaLAPACK ${scalapack_ver} - IntelMPI - OpenBLAS", script: """
module load intel intelmpi scalapack/${scalapack_ver} openblas
cd scalapack
make clean
make
make test
"""
}
catchError(stageResult: "FAILURE") {
sh label: "ScaLAPACK ${scalapack_ver} - IntelMPI - MKL", script: """
module load intel intelmpi scalapack/${scalapack_ver}
cd scalapack
make clean
make mkl
make test
"""
}
}
}
}