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Build and test conda packages and wheels - #400
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🔵 Needs a closer look
Full-version builds and the external Jenkins handoff remain unverified and need maintainer validation.
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What changed in this PR
Adds GitHub Actions build and test support for mkl_fft’s conda-forge packages, preparing the repository for Intel Python CI’s future Jenkins integration.
Changes:
- Derives Linux and Windows build matrices from recipe Python variants, limiting pull requests to the two newest regular versions.
- Adds package-building and isolated testing scripts, with pytest JUnit reporting.
- Configures artifact naming, pins Miniforge, and documents the CI integration.
| File | Description |
|---|---|
conda-recipe-cf/conda_build_config.yaml |
Declares Python variants and NumPy 2. |
conda-recipe-cf/AGENTS.md |
Documents the recipe’s matrix role. |
ci/test.py |
Tests the installed package and writes JUnit results. |
ci/README.md |
Explains CI operation and local usage. |
ci/matrix.py |
Derives platform and Python build matrices. |
ci/hooks.py |
Installs artifacts into isolated test environments. |
ci/config.yml |
Defines workflow, artifact names, and test requirements. |
ci/build.py |
Builds and collects packages for a selected Python version. |
AGENTS.md |
Adds the Intel Python CI directory reference. |
.github/workflows/intel-ci.yml |
Orchestrates matrix generation, builds, and package tests. |
.github/AGENTS.md |
Documents the workflow and its matrix source. |
Review effort: Balanced
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vchamarthi
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Scripts look good and match the other repos, and the 22 jobs are green.
The PR description is out of date though. It says the workflow builds conda-recipe-cf (it's deleted now, and conda-recipe/ is replaced by the cf recipe), Linux and Windows only (macOS and wheels are built too), and that Jenkins isn't on for mkl_fft (it's enabled in config/gh-ci.json, dry run). The test counts in it are old as well, the head run shows 2793 and 2787.
It also doesn't say conda-package.yml is deleted. That workflow was the only one building and testing against the Intel channel (software.repos.intel.com/python/conda), which is what the shipped Intel package links against, and nothing replaces it. Rest is inline.
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| def require_scipy_fft(): | ||
| """Skips the test unless mkl_fft has its SciPy interface.""" | ||
| if scipy_fft is None: |
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When import mkl fails, the scipy-interface tests now skip instead of failing. So a conda cell where mkl-service is required in ci/config.yml but imports badly still goes green with about 240 fewer tests. You can already see it in the 3.15 wheel cells: 2551 passed and 54 skipped, against 2793 and 2 on Linux. Could ci/test.py check that the scipy interface loaded when mkl-service is in the requirements? Same pattern in test_basic.py and test_multithreading.py.
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Good catch. In 837aff0 ci/test.py fails before pytest runs when SciPy and mkl-service are both installed but mkl_fft.interfaces.scipy_fft doesn't import, so a broken mkl-service import can't turn into skips. The skips stay for cells without mkl-service, like the 3.15 wheels, as PyPI has no mkl-service for 3.15 yet.
| try: | ||
| import mkl_fft.interfaces.scipy_fft as fft | ||
| except ImportError: | ||
| pytest.skip("This test file needs mkl-service", allow_module_level=True) |
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Same as in test_interfaces.py: this skip hides a broken mkl-service import.
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The same ci/test.py check covers this one (837aff0).
| import mkl_fft.interfaces.scipy_fft as fft | ||
| except ImportError: | ||
| pytest.skip("This test file needs scipy", allow_module_level=True) | ||
| pytest.skip( |
| - python | ||
| - {{ pin_compatible('mkl') }} | ||
| - numpy >=1.26.4 | ||
| - numpy |
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Run requirement goes from numpy >=1.26.4 to a bare numpy, with ignore_run_exports: numpy. conda can now pair this with a numpy 1.x older than the numpy>=1.26.4 in pyproject.toml. Could we use numpy's run_exports instead of ignoring them?
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Agreed. In 837aff0 the recipe keeps numpy's run_exports, as the conda-forge feedstock does, and requires numpy >=1.26.4, as pyproject.toml does, so the package gets that floor plus numpy's upper bound.
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| test: | ||
| name: Test ${{ matrix.name }} Python ${{ matrix.python }} | ||
| needs: [matrix, build] |
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If any build leg fails, macOS included, all the test legs are skipped and the run fails. Jenkins needs a green run, so a macOS-only failure would block a tag release even though Jenkins ignores macOS. Intended? Same on test-wheel at line 175.
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Yes, a package that fails to build on any platform, macOS included, fails the run. Skipping every test leg wasn't intended, though: in 837aff0 the test jobs use if: ${{ !cancelled() && needs.matrix.result == 'success' }}, as mkl-service does, so every package that built still gets tested and only the failed leg's test fails. Same for test-wheel.
| # macOS runs on Intel runners, as MKL has no Apple silicon build; Jenkins ignores it. | ||
| build: | ||
| name: ${{ matrix.name }} Python ${{ matrix.python }} | ||
| needs: matrix |
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conda-package-cf.yml and this workflow now both build conda-recipe on every PR, so the runner load is doubled.
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Agreed, it was redundant. 837aff0 removes conda-package-cf.yml; intel-ci.yml builds and tests the recipe.
| """ | ||
| Intel Python CI (gh-ci) test for mkl_fft. | ||
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| GitHub Actions, through ci/hooks.py, and Intel's Jenkins both run this with one |
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This only talks about a conda package, but it tests the wheels too.
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Fixed: the docstring says it runs with a conda package or a wheel.
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Adds a ci/ directory and .github/workflows/intel-ci.yml. The workflow builds conda-recipe/ with conda-build and the wheels with cibuildwheel, for every platform and Python version the recipe and pyproject.toml declare, and tests each package in a clean environment with ci/test.py. conda-recipe/ is now the only recipe, the conda-forge one that was conda-recipe-cf/; the Intel-channel recipe and conda-package.yml, which copied wheels out through WHEELS_OUTPUT_FOLDER, are removed. conda-package-cf.yml reports the same check names, so the required checks still run. conda_build_config.yaml now lists the Python versions, and numpy: '2', as conda-build otherwise defaults to 1.26. The Agent guidance job, ci/guidance.py, fails a pull request that adds a broken link, path, script or identifier claim to an agent guidance file it changes. Claims that already fail, and untouched files, never fail it. dokimi is installed with the hashes in ci/guidance-requirements.txt. [build-system] requires mkl-devel, and [tool.gh-ci] pin-compatible maps mkl to it: ci/build.py adds Requires-Dist mkl >= the mkl-devel version python -m build installed, < its next major, the way conda's run_exports pin it, and fails a build that logs no version. It takes METADATA's line ending from the headers. The repair commands exclude MKL's libraries by wildcard, and the Linux wheels are tagged manylinux_2_28 only, like the mkl wheel. The Linux wheels build with the hardening flags conda-forge's compilers set: -fstack-protector-strong, -D_FORTIFY_SOURCE=2 and -Wl,-z,relro -Wl,-z,now. ci/build.py refuses a wheel whose ELF files lack full RELRO. It keeps an RPATH or RUNPATH entry only when it is $ORIGIN or a directory under it, as meson-python keeps the isolated build env's absolute lib directory, and refuses a file left with none. It rewrites the wheels in scratch, so a refused wheel never reaches --output, and refuses two built packages with the same file name, which would overwrite each other there. conda-build gets --extra-meta remote_url=... sha=... when GitHub Actions sets GITHUB_SERVER_URL, GITHUB_REPOSITORY and GITHUB_SHA, so each conda package records the commit it was built from in info/about.json. ci/hooks.py tests each wheel in a venv made from conda-forge's Python, as pip users install it. Every python: entry in conda_build_config.yaml names its ABI, which ci/matrix.py requires. ci/matrix.py reads x86 as any x86 CPU and osx64 as undefined, as conda-build does, and refuses a conda-build skip that uses osx64. A pull request also builds and tests the newest free-threaded version, and every push and tag run gets a concurrency group of its own.
…iPy interface The test jobs run for each package that built, even when another build failed. The recipe keeps numpy's run_exports and requires numpy >=1.26.4, as pyproject.toml does. ci/test.py fails when SciPy and mkl-service are installed but mkl_fft.interfaces.scipy_fft does not import, as its tests would otherwise skip. conda-package-cf.yml is removed, as intel-ci.yml builds and tests the same recipe.
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Thanks for going through it. The description is updated: it covers macOS, the wheels, the current pins and the test-job change, and links a run on the current head. |

Adds
ci/and.github/workflows/intel-ci.yml, which build the conda packages for Linux, Windows and Intel macOS and the wheels for Linux and Windows, on every declared Python, and test each in a clean environment.conda-recipe/is now the only recipe: the conda-forge one that wasconda-recipe-cf/.conda-package.ymlandconda-package-cf.ymlare removed, asintel-ci.ymlbuilds and tests the recipe.python:list inconda_build_config.yaml, which also setsnumpy: '2', as conda-build otherwise falls back to NumPy 1.26. The recipe requiresnumpy >=1.26.4, aspyproject.tomldoes, and keeps numpy'srun_exportsfor the upper bound. The wheels follow thepyproject.tomlclassifiers: 3.10 to 3.15 plus 3.14t and 3.15t.mklfrom the mkl-devel version they were built with up to its next major, through[tool.gh-ci] pin-compatible, whichci/build.pyadds to each wheel. The Linux wheels build with conda-forge's hardening flags, andci/build.pyrefuses a wheel without full RELRO or with a library search path outside$ORIGIN.meson.buildaddsLibraryto CMake's search path on Windows, where mkl-devel puts its CMake config.ci/test.pyrunspytest --pyargs mkl_ffton the installed package. The SciPy interface tests skip without SciPy or mkl-service, as on the 3.15 wheels, which get no mkl-service from PyPI yet.ci/test.pyfails when both are installed but the SciPy interface does not import.masterand tags build them all.info/about.json.ci/benchmark.pyruns the asv suite inbenchmarks/against the installed package: one quick sample of each benchmark on a pull request, a full measurement on a tag.Agent guidancejob,ci/guidance.py, fails a pull request that adds a broken link, path, script or identifier claim to an agent guidance file it changes. dokimi is installed with the hashes inci/guidance-requirements.txt.Miniforge is pinned to 26.7.2-0, as 26.9.4-0 makes
setup-miniconda'sconda initfail on Windows runners.Overlap with #398. It changes
conda-recipe-cf/andconda-package-cf.yml, which this moves toconda-recipe/and removes, so whichever lands second needs a rebase.Validation: run 42669864447 on
837aff0builds and tests the reduced pull request matrix on Linux, Windows and macOS. Not run yet: the full matrix, which onlymasterand tags build.