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windows.yml
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name: Windows CI
on:
push:
branches-ignore:
- "ghxyz"
paths:
- ".github/actions/**"
- ".github/workflows/windows.yml"
- "conanfile.py"
- "CMakePresets.json"
- "CMakeHPXPresets.json"
- "environment/cmake/**"
- "environment/script/write_conan_profile.py"
- "source/**"
- "!source/qa/python/qa/**"
jobs:
build:
strategy:
matrix:
os: ["windows-2022"]
compiler:
- { name: "visual studio", c: cl, cxx: cl }
vs:
# - { name: "Visual Studio 16 2019", version: "16"} # , toolset: "v142" }
- { name: "Visual Studio 17 2022", version: "17"} # , toolset: "v143" }
# toolset: ["14.2", "14.3"]
python_version: ["3.9"]
architecture: ["amd64"]
fail-fast: false
runs-on: ${{ matrix.os }}
name: ${{ matrix.os }} / ${{ matrix.vs.name }} / python - ${{ matrix.python_version }}
defaults:
run:
shell: bash -l {0}
working-directory: .
env:
lue_source_directory: lue_source
lue_build_directory: lue_build
lue_runtime_install_directory: lue_runtime_install
lue_development_install_directory: lue_development_install
lue_consume_source_directory: lue_consume_source
lue_consume_build_directory: lue_consume_build
hpx_version: 1.9.1
hpx_source_directory: hpx_source
hpx_build_directory: hpx_build
hpx_install_directory: hpx_install
mdspan_source_directory: mdspan_source
mdspan_build_directory: mdspan_build
mdspan_install_directory: mdspan_install
steps:
- uses: actions/checkout@v4
with:
path: ${{ env.lue_source_directory }}
- uses: conda-incubator/setup-miniconda@v2
with:
auto-update-conda: true
python-version: ${{ matrix.python_version }}
channels: conda-forge
- name: setup platform
run: |
# Don't install C++ libraries with Conda. Use Conan for that. The Conan compiler
# settings are used when building LUE. Mixing Conda/Conan packages likely results
# in conflicts. Make an exception for numpy. Use Conda only for Python packages.
# conda-build provides the conda-develop command used below
# TODO Use the GDAL Conan package instead of the Conda package, once the GDAL
# Conan package actually works
# Use different solver than the default to work around "picosat: out of memory in 'new'"
conda install -n base -c defaults conda-libmamba-solver
conda install --solver=libmamba \
boost-cpp \
"conan>=2" \
conda-build \
docopt \
gdal \
jinja2 \
libhwloc \
matplotlib \
mimalloc \
ninja \
numpy \
ruamel.yaml
- uses: ilammy/msvc-dev-cmd@v1
with:
arch: ${{ matrix.architecture }}
# toolset: ${{ matrix.toolset }}
vsversion: ${{ matrix.vs.version }}
- name: "install hpx"
uses: ./lue_source/.github/actions/install_hpx
with:
cache_key: ${{ matrix.os }}_${{ matrix.compiler.cxx }}_python-${{ matrix.python_version }}_hpx-${{ env.hpx_version }}
c_compiler: ${{ matrix.compiler.c }}
cxx_compiler: ${{ matrix.compiler.cxx }}
build_type: Release
cmake_preset: hpx_release_windows_node_configuration
cmake_preset_file: ${{ env.lue_source_directory }}/CMakeHPXPresets.json
cmake_flags: "-D HWLOC_ROOT=$CONDA_PREFIX/Library -D HWLOC_LIBRARY=$CONDA_PREFIX/Library/lib/hwloc.lib"
hpx_version: ${{ env.hpx_version }}
source_directory: ${{ env.hpx_source_directory }}
build_directory: ${{ env.hpx_build_directory }}
install_directory: ${{ env.hpx_install_directory }}
- name: "install mdspan"
uses: ./lue_source/.github/actions/install_mdspan
with:
cxx_compiler: ${{ matrix.compiler.cxx }}
build_type: Release
mdspan_tag: a799088 # 20191010
source_directory: ${{ env.mdspan_source_directory }}
build_directory: ${{ env.mdspan_build_directory }}
install_directory: ${{ env.mdspan_install_directory }}
- name: configure
run: |
# TODO Use the GDAL Conan package instead of the Conda package, once the GDAL
# Conan package actually works
# boost gdal hdf5 hwloc mimalloc
mkdir ${{ env.lue_build_directory }}
python ${{ env.lue_source_directory }}/environment/script/write_conan_profile.py \
${{ matrix.compiler.cxx }} \
${{ env.lue_source_directory }}/host_profile
python ${{ env.lue_source_directory }}/environment/script/write_conan_profile.py \
${{ matrix.compiler.cxx }} \
${{ env.lue_source_directory }}/build_profile
LUE_CONAN_PACKAGES="docopt.cpp fmt glfw imgui nlohmann_json vulkan-headers vulkan-loader" \
conan install ${{ env.lue_source_directory }} \
--profile:host=${{ env.lue_source_directory }}/host_profile \
--profile:build=${{ env.lue_source_directory }}/build_profile \
--build=missing \
--output-folder=${{ env.lue_build_directory }}
CMAKE_PREFIX_PATH=${{ env.lue_build_directory }} \
cmake \
-S ${{ env.lue_source_directory }} \
-B ${{ env.lue_build_directory }} \
--preset conan-release \
-D CMAKE_POLICY_DEFAULT_CMP0144=NEW \
-D LUE_BUILD_QA=TRUE \
-D LUE_QA_WITH_PYTHON_API=TRUE \
-D LUE_QA_WITH_TESTS=TRUE \
-D LUE_QA_TEST_NR_LOCALITIES_PER_TEST=1 \
-D LUE_QA_TEST_NR_THREADS_PER_LOCALITY=2 \
-D LUE_DATA_MODEL_WITH_PYTHON_API=TRUE \
-D LUE_DATA_MODEL_WITH_UTILITIES=TRUE \
-D LUE_FRAMEWORK_WITH_PYTHON_API=TRUE \
-D HPX_ROOT=${{ env.hpx_install_directory }} \
-D MDSPAN_ROOT=${{ env.mdspan_install_directory }}
- name: build
run: |
cmake --build ${{ env.lue_build_directory }} --target all
- name: install
run: |
cmake \
--install ${{ env.lue_build_directory }} \
--prefix ${{ env.lue_runtime_install_directory }} \
--component lue_runtime \
--strip
cmake \
--install ${{ env.lue_build_directory }} \
--prefix ${{ env.lue_development_install_directory }} \
--component lue_development \
--strip
- name: test
run: |
# Unit tests
ctest --test-dir ${{ env.lue_build_directory }} --output-on-failure
# TODO See gh598
### # Tests of runtime targets
### # Add location of dependencies installed with Conan to the runtime environment
### ${{ env.lue_build_directory }}/conanrun.bat
### export PATH="${{ env.lue_runtime_install_directory }}/bin:$PATH"
### ${{ env.lue_runtime_install_directory }}/bin/lue_translate --version
### ${{ env.lue_runtime_install_directory }}/bin/lue_validate --version
### ${{ env.lue_runtime_install_directory }}/bin/lue_view --version || echo "TODO: Error executing lue_view!"
### # Add our package to the set of Conda packages
### conda-develop ${{ env.lue_runtime_install_directory }}/lib/python${{ matrix.python_version }}
### ${{ env.lue_runtime_install_directory }}/bin/lue_calculate --version
### ${{ env.lue_runtime_install_directory }}/bin/lue_scalability --version
### python -c "import lue, lue.data_model, lue.framework, lue.pcraster, lue.qa.scalability; print(lue.__version__)"
### dumpbin //imports ${{ env.lue_runtime_install_directory }}/bin/lue_view.exe
### # Test of imported CMake targets
### git clone https://github.com/computationalgeography/lue_consume.git ${{ env.lue_consume_source_directory }}
### cmake \
### -S ${{ env.lue_consume_source_directory }} \
### -B ${{ env.lue_consume_build_directory }} \
### -G "Ninja" \
### -D CMAKE_CXX_COMPILER=${{ matrix.compiler.cxx }} \
### -D CMAKE_BUILD_TYPE=Release \
### -D CMAKE_POLICY_DEFAULT_CMP0144=NEW \
### -D LUE_ROOT=${{ env.lue_development_install_directory }} \
### -D HPX_ROOT=${{ env.hpx_install_directory }} \
### -D MDSPAN_ROOT=${{ env.mdspan_install_directory }}
### cmake --build ${{ env.lue_consume_build_directory }} --target all
### ${{ env.lue_consume_build_directory }}/lue_consume_data_model
### ${{ env.lue_consume_build_directory }}/lue_consume_framework