Fix macOS wheel naming to use single architecture tags #26
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Important Review skippedBot user detected. To trigger a single review, invoke the You can disable this status message by setting the Note Other AI code review bot(s) detectedCodeRabbit has detected other AI code review bot(s) in this pull request and will avoid duplicating their findings in the review comments. This may lead to a less comprehensive review. WalkthroughThe PR fixes macOS wheel naming by implementing architecture-aware platform tag generation and environment-based build configuration. The workflow detects system architecture and exports compiler flags; setup.py intelligently selects the correct macOS platform tag based on machine architecture; new tests validate platform tag logic. Changes
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Co-authored-by: gkorland <[email protected]>
Co-authored-by: gkorland <[email protected]>
Co-authored-by: gkorland <[email protected]>
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@copilot please notice the CI is failing |
- Set CFLAGS, CXXFLAGS, and LDFLAGS in addition to ARCHFLAGS - Pass CFLAGS and LDFLAGS to Redis make command - Add debugging output to delocate-wheel process Co-authored-by: gkorland <[email protected]>
I've fixed the issue in commit 74b87b6. The problem was that architecture flags weren't being passed to the Redis build process. Changes:
This should ensure that Redis and other binaries are compiled for only the target architecture, preventing delocate-wheel from adding dual architecture tags to the wheel filename. Warning Firewall rules blocked me from connecting to one or more addresses (expand for details)I tried to connect to the following addresses, but was blocked by firewall rules:
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Co-authored-by: gkorland <[email protected]>
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@copilot tests are still failing in the CI |
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Pull request overview
This PR fixes macOS wheel naming to use single architecture tags instead of dual architecture tags (e.g., macosx_10_13_x86_64.macosx_15_0_arm64.whl). The fix ensures wheels are built for a single architecture and correctly tagged.
- Explicitly sets platform tags in
setup.pybased on runtime architecture - Passes architecture-specific compiler flags during Redis compilation
- Adds unit tests to validate platform tag logic
Reviewed changes
Copilot reviewed 3 out of 3 changed files in this pull request and generated 3 comments.
| File | Description |
|---|---|
setup.py |
Overrides wheel platform tag logic to set explicit architecture-specific tags and passes compiler flags to Redis build |
.github/workflows/publish.yml |
Sets architecture environment variables for macOS builds and adds debugging output for wheel inspection |
tests/test_wheel_naming.py |
Adds unit tests validating platform tag generation for different architectures |
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| @@ -0,0 +1,65 @@ | |||
| """Tests for wheel naming and platform tags""" | |||
| import distutils.util | |||
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The distutils module is deprecated as of Python 3.10 and removed in Python 3.12. Consider using sysconfig.get_platform() from the sysconfig module instead, which is the recommended replacement.
| else: | ||
| return 'macosx_10_13_x86_64' | ||
| else: | ||
| return distutils.util.get_platform().replace('-', '_').replace('.', '_') |
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This fallback uses the deprecated distutils.util.get_platform(). Consider using sysconfig.get_platform() for consistency with modern Python practices.
| self.plat_name = 'macosx_10_13_x86_64' | ||
| else: | ||
| # For Linux and other platforms, use the default | ||
| self.plat_name = distutils.util.get_platform().replace('-', '_').replace('.', '_') |
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The distutils.util.get_platform() function is deprecated. Consider using sysconfig.get_platform() as a replacement for better forward compatibility.
- Add _thin_macos_binary() function to thin universal binaries using lipo - Thin FalkorDB module after download if it's a universal binary - Thin Redis binaries after build on macOS - Simplify delocate-wheel step since binaries are pre-thinned Co-authored-by: gkorland <[email protected]>
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Actionable comments posted: 1
🧹 Nitpick comments (2)
.github/workflows/publish.yml (1)
99-112: Good debugging additions; minor redundancy.The dependency listing and wheel file output help diagnose delocate behavior. Note that
ARCHis already available in$GITHUB_ENVfrom line 60, so line 100 is redundant (though harmless).# Strip libraries to single architecture before bundling to avoid dual-arch wheels - ARCH=$(uname -m) # First, list dependencies to see what's being bundledtests/test_wheel_naming.py (1)
11-23: Consider testing the actual implementation instead of duplicating logic.The
_get_platform_taghelper duplicates the logic fromsetup.py'sBdistWheel.finalize_options(). If the implementation insetup.pychanges, these tests could pass while the actual code is broken.Consider importing and testing the actual
BdistWheelclass, or extracting the platform tag logic into a shared function that bothsetup.pyand the tests use:# In setup.py, extract to a testable function: def get_macos_platform_tag(machine): """Get platform tag for macOS based on machine architecture.""" if machine in ['arm64', 'aarch64']: return 'macosx_11_0_arm64' return 'macosx_10_13_x86_64' # In tests, import and test that function directly
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.github/workflows/publish.yml(2 hunks)setup.py(2 hunks)tests/test_wheel_naming.py(1 hunks)
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tests/test_wheel_naming.py
[error] 59-59: TestWheelPlatformTags.test_linux_platform_tag failed: expected 'linux' in platform tag, but got 'macosx_10_13_universal2'.
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🔇 Additional comments (3)
.github/workflows/publish.yml (1)
58-64: LGTM! Architecture flags correctly exported for single-arch builds.The architecture detection and flag propagation to
GITHUB_ENVensures subsequent build steps compile for a single architecture. This correctly addresses the dual-arch wheel naming issue.setup.py (2)
148-161: LGTM! Architecture flags correctly passed to make.The conditional flag propagation ensures Redis compiles for a single architecture when the environment variables are set. This works in conjunction with the workflow's flag exports.
338-352: LGTM! Platform tag selection logic is correct.The explicit platform tags prevent delocate from inferring dual-architecture tags:
macosx_11_0_arm64for ARM64 (macOS Big Sur minimum, appropriate for Apple Silicon)macosx_10_13_x86_64for Intel (macOS High Sierra minimum)
| def test_linux_platform_tag(self): | ||
| """Test that Linux uses correct platform tag""" | ||
| with patch('platform.system', return_value='Linux'), \ | ||
| patch('platform.machine', return_value='x86_64'): | ||
| plat_name = self._get_platform_tag( | ||
| platform.system().lower(), | ||
| platform.machine().lower() | ||
| ) | ||
|
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||
| # Should contain linux and architecture | ||
| self.assertIn('linux', plat_name.lower()) | ||
| # Should not have multiple platform tags | ||
| self.assertEqual(plat_name.count('linux'), 1) |
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Fix failing test: distutils.util.get_platform() is not affected by the mocks.
The pipeline failure occurs because distutils.util.get_platform() uses lower-level OS calls, not platform.system()/platform.machine(). When this test runs on macOS CI, it returns the actual macOS platform string.
Either mock distutils.util.get_platform directly, or restructure the test to validate the conditional logic without relying on the actual platform detection:
def test_linux_platform_tag(self):
"""Test that Linux uses correct platform tag"""
- with patch('platform.system', return_value='Linux'), \
- patch('platform.machine', return_value='x86_64'):
+ with patch('platform.system', return_value='Linux'), \
+ patch('platform.machine', return_value='x86_64'), \
+ patch('distutils.util.get_platform', return_value='linux-x86_64'):
plat_name = self._get_platform_tag(
platform.system().lower(),
platform.machine().lower()
)
# Should contain linux and architecture
self.assertIn('linux', plat_name.lower())
# Should not have multiple platform tags
- self.assertEqual(plat_name.count('linux'), 1)
+ self.assertEqual(plat_name, 'linux_x86_64')📝 Committable suggestion
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| def test_linux_platform_tag(self): | |
| """Test that Linux uses correct platform tag""" | |
| with patch('platform.system', return_value='Linux'), \ | |
| patch('platform.machine', return_value='x86_64'): | |
| plat_name = self._get_platform_tag( | |
| platform.system().lower(), | |
| platform.machine().lower() | |
| ) | |
| # Should contain linux and architecture | |
| self.assertIn('linux', plat_name.lower()) | |
| # Should not have multiple platform tags | |
| self.assertEqual(plat_name.count('linux'), 1) | |
| def test_linux_platform_tag(self): | |
| """Test that Linux uses correct platform tag""" | |
| with patch('platform.system', return_value='Linux'), \ | |
| patch('platform.machine', return_value='x86_64'), \ | |
| patch('distutils.util.get_platform', return_value='linux_x86_64'): | |
| plat_name = self._get_platform_tag( | |
| platform.system().lower(), | |
| platform.machine().lower() | |
| ) | |
| # Should contain linux and architecture | |
| self.assertIn('linux', plat_name.lower()) | |
| # Should not have multiple platform tags | |
| self.assertEqual(plat_name, 'linux_x86_64') |
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[error] 59-59: TestWheelPlatformTags.test_linux_platform_tag failed: expected 'linux' in platform tag, but got 'macosx_10_13_universal2'.
🤖 Prompt for AI Agents
In tests/test_wheel_naming.py around lines 49 to 61, the test mocks
platform.system()/platform.machine() but distutils.util.get_platform() still
queries the real OS, causing failures on CI; update the test to either patch
distutils.util.get_platform to return a deterministic Linux string (e.g.
'linux-x86_64') for the scope of the test, or change the test to call the
internal logic that builds the platform tag using the mocked system/machine
values rather than relying on distutils.util.get_platform; ensure the mock is
applied with patch('distutils.util.get_platform', return_value=...) or
restructure to isolate the conditional logic so the assertion on 'linux' and
single occurrence is deterministic.
- Improve _thin_macos_binary docstring with parameter descriptions - Use 'lipo -archs' for more reliable architecture detection - Move platform import to top of file Co-authored-by: gkorland <[email protected]>
I've identified and fixed the root cause in commits 944a366 and 8fe76d6. Problem: Binaries bundled into the wheel (Redis, FalkorDB module) were universal binaries containing multiple architectures. When Solution: Added binary thinning using the
This ensures all binaries are single-architecture before |
macOS wheels were being published with dual architecture tags (e.g.,
macosx_10_13_x86_64.macosx_15_0_arm64.whl) due to multi-architecture binaries being bundled into the wheel, whichdelocate-wheelthen detected and reflected in the filename.Root Cause
The issue was that binaries bundled into the wheel (Redis server, FalkorDB module) were universal/fat binaries containing multiple architectures. Even with compiler flags set, some binaries remained multi-architecture. When
delocate-wheelinspected these binaries, it detected multiple architectures and renamed the wheel to reflect both.Solution
The fix uses the macOS
lipotool to thin universal binaries to a single architecture before building the wheel, ensuringdelocate-wheeldoesn't detect multiple architectures.Changes
setup.py:_thin_macos_binary()function that useslipotool to extract only the target architecture from universal binariesdownload_falkordb_module()to thin the downloaded FalkorDB module to single architectureBuildRedis.run()to:BdistWheel.finalize_options()to set explicit platform tags based on runtime architecture:macosx_11_0_arm64macosx_10_13_x86_64.github/workflows/publish.yml:ARCHFLAGS,CFLAGS,CXXFLAGS, andLDFLAGSenvironment variables during macOS builds to compile for target architecture onlytests/test_wheel_naming.py: Add unit tests validating platform tag logic across architecturesHow It Works
lipo -archschecks if binaries contain multiple architectureslipo -thinextracts only the target architecture (arm64 or x86_64)delocate-wheelfinds only one architecture and doesn't add dual platform tagsExample
Before:
After:
Note: The
cp313-cp313format is correct per PEP 425 (Python tag + ABI tag), not a duplication issue.Original prompt
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