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###
# Run a docker-based test of tests.
#
# See https://github.com/Unidata/docker-nctests
# How https://github.com/Unidata/netcdf-test-action
name: Run Docker-Based Regression Testing
on: [pull_request,workflow_dispatch]
concurrency:
group: ${{ github.workflow}}-${{ github.head_ref }}
cancel-in-progress: true
permissions: {}
####
# Serial Testing
###
jobs:
netcdf-tests-s3-serial:
name: Docker-Based NetCDF-C and Fortran Regression Testing, S3 (Internal) and Zarr (Serial)
runs-on: ubuntu-latest
strategy:
matrix:
repo-type: [ 'c' ]
c-compiler: [ 'gcc', 'clang' ]
h5ver: [ '1.14.6' ]
fortran-branch: [ 'main' ]
buildsystem: [ 'both' ]
steps:
- uses: actions/checkout@v4
- name: Pull and Run netCDF Regression Tests
uses: Unidata/netcdf-test-action@v2
with:
repo-type: '${{ matrix.repo-type }}'
run-c: 'TRUE'
build-system: '${{ matrix.buildsystem }}'
hdf5-version: '${{ matrix.h5ver }}'
ctest-repeat: 3
c-compiler: '${{ matrix.c-compiler }}'
run-fortran: 'TRUE'
fortran-branch: '${{ matrix.fortran-branch }}'
autotools-c-options: '--enable-s3 --enable-s3-internal'
cmake-c-options: '-DNETCDF_ENABLE_S3_INTERNAL=TRUE'
netcdf-test-matrix-serial:
name: Docker-Based NetCDF-C, Fortran Regression Testing (Serial)
runs-on: ubuntu-latest
strategy:
matrix:
repo-type: [ 'c' ]
c-compiler: [ 'gcc', 'clang' ]
h5ver: [ '1.12.1', '1.14.6' ]
fortran-branch: [ 'v4.6.2', 'main' ]
buildsystem: [ 'both' ]
steps:
- uses: actions/checkout@v4
- name: Pull and Run netCDF Regression Tests
uses: Unidata/netcdf-test-action@v2
with:
repo-type: '${{ matrix.repo-type }}'
run-c: 'TRUE'
build-system: '${{ matrix.buildsystem }}'
hdf5-version: '${{ matrix.h5ver }}'
ctest-repeat: 3
c-compiler: '${{ matrix.c-compiler }}'
run-fortran: 'TRUE'
fortran-branch: '${{ matrix.fortran-branch }}'
###
# Testing some combinatorics for various options.
###
netcdf-test-matrix-oneoff:
needs: netcdf-test-matrix-serial
name: Docker-Based NetCDF-C, Fortran Regression Testing (tinyxml2-related one-off tests)
runs-on: ubuntu-latest
strategy:
matrix:
repo-type: [ 'c' ]
h5ver: [ '1.14.6' ]
c-compiler: [ 'gcc' ]
fortran-branch: [ 'main' ]
buildsystem: [ 'both' ]
steps:
- uses: actions/checkout@v4
- name: Pull and Run netCDF Regression Tests
uses: Unidata/netcdf-test-action@v2
with:
repo-type: '${{ matrix.repo-type }}'
run-c: 'TRUE'
build-system: '${{ matrix.buildsystem }}'
hdf5-version: '${{ matrix.h5ver }}'
ctest-repeat: 3
c-compiler: '${{ matrix.c-compiler }}'
run-fortran: 'TRUE'
fortran-branch: '${{ matrix.fortran-branch }}'
autotools-c-options: '--disable-dap --disable-dap4 --disable-libxml2 --disable-nczarr'
cmake-c-options: '-DNETCDF_ENABLE_LIBXML2=OFF -DNETCDF_ENABLE_DAP4=OFF -DNETCDF_ENABLE_NCZARR=OFF'
###
# Parallel Testing
###
netcdf-test-matrix-parallel:
needs: netcdf-test-matrix-serial
name: Docker-Based NetCDF-C, Fortran Regression Testing (Parallel)
runs-on: ubuntu-latest
strategy:
matrix:
repo-type: [ 'c' ]
h5ver: [ '1.14.6' ]
c-compiler: [ 'mpicc' ]
mpich-version: [ 'default' ]
fortran-branch: [ 'v4.6.2', 'main' ]
buildsystem: [ 'cmake', 'autotools' ]
steps:
- uses: actions/checkout@v4
- name: Pull and Run netCDF Regression Tests
uses: Unidata/netcdf-test-action@v2
with:
repo-type: '${{ matrix.repo-type }}'
run-c: 'TRUE'
build-system: '${{ matrix.buildsystem }}'
hdf5-version: '${{ matrix.h5ver }}'
ctest-repeat: 3
c-compiler: '${{ matrix.c-compiler }}'
mpich-version: '${{ matrix.mpich-version }}'
run-fortran: 'TRUE'
fortran-branch: '${{ matrix.fortran-branch }}'
###
# Test with Java
###
netcdf-tests-java:
needs: netcdf-test-matrix-serial
name: Docker-Based NetCDF-C, Java Regression Testing (Serial, Java Only)
runs-on: ubuntu-latest
strategy:
matrix:
repo-type: [ 'c' ]
c-compiler: [ 'gcc' ]
h5ver: [ '1.14.6' ]
build-system: [ 'cmake', 'autotools' ]
run-java: [ 'TRUE' ]
java-branch: [ 'maint-5.x' ]
steps:
- uses: actions/checkout@v4
- name: Pull and Run netCDF Regression Tests
uses: Unidata/netcdf-test-action@v2
with:
repo-type: '${{ matrix.repo-type }}'
run-c: 'FALSE'
run-fortran: 'FALSE'
build-system: '${{ matrix.build-system }}'
hdf5-version: '${{ matrix.h5ver }}'
ctest-repeat: 3
c-compiler: '${{ matrix.c-compiler }}'
run-java: '${{ matrix.run-java }}'
java-branch: '${{ matrix.java-branch }}'
|
