Add linux-aarch64 and osx-arm64 to multiple perl-* recipes #51856
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Actionable comments posted: 4
🧹 Outside diff range and nitpick comments (9)
recipes/perl-heap-simple-xs/meta.yaml (1)
License field should be updated to "perl_5"
Based on the README file from the source code, this package is explicitly licensed under "the same terms as Perl itself". The license field in meta.yaml should be updated from "unknown" to "perl_5" to accurately reflect this.
- Update in recipes/perl-heap-simple-xs/meta.yaml:
about: license: perl_5🔗 Analysis chain
Line range hint
27-28: Documentation needed: Package license is listed as unknown.The license field is marked as "unknown" which could be problematic for distribution. Consider:
- Checking the source code repository or CPAN for license information
- Adding proper license identifier to maintain compliance
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Check license information in the package source rg -g "LICENSE|COPYING" -l "." recipes/perl-heap-simple-xs/Length of output: 153
Script:
#!/bin/bash # Let's check the package metadata on CPAN curl -s "https://fastapi.metacpan.org/v1/release/Heap-Simple-XS" | jq -r '.license[]' # Also check if there's any license information in the meta.yaml cat recipes/perl-heap-simple-xs/meta.yamlLength of output: 748
Script:
#!/bin/bash # Let's check the source code for any license information in common locations curl -s "https://cpan.metacpan.org/authors/id/T/TH/THOSPEL/Heap-Simple-XS-0.10.tar.gz" | tar xz -O "Heap-Simple-XS-0.10/README" 2>/dev/null curl -s "https://cpan.metacpan.org/authors/id/T/TH/THOSPEL/Heap-Simple-XS-0.10.tar.gz" | tar xz -O "Heap-Simple-XS-0.10/XS.pm" 2>/dev/nullLength of output: 1316
recipes/perl-padwalker/meta.yaml (1)
36-36: Consider adding a newline before the extra section.For better readability and consistency with other recipes, consider adding a newline before the extra section.
recipes/perl-perl-unsafe-signals/meta.yaml (1)
Line range hint
1-39: Consider adding platform-specific compiler flags.While adding platform support is good, you might want to consider adding platform-specific compiler flags or settings in the
buildsection to ensure optimal compilation on ARM architectures.Consider adding:
build: script_env: - CXXFLAGS="${CXXFLAGS} -O3" # Platform-specific optimizations will be automatically appliedrecipes/perl-time-hires/meta.yaml (1)
39-43: Consider adding recipe maintainer information.While adding the platform support, it might be helpful to also add a
recipe-maintainerssection underextrato help with future maintenance of these new platforms.extra: additional-platforms: - linux-aarch64 - osx-arm64 + recipe-maintainers: + - dslarmrecipes/perl-unicode-normalize/meta.yaml (1)
Line range hint
14-15: Consider incrementing the build number.Since we're adding support for new platforms, it would be good practice to increment the build number to ensure proper package versioning across different architectures.
build: - number: 5 + number: 6recipes/perl-class-xsaccessor/meta.yaml (1)
39-42: Consider documenting build test results.Since this enables ARM architecture support, it would be helpful to document the specific versions of the build environments used in your local testing in the PR description. This information would be valuable for future reference and troubleshooting.
recipes/perl-ole-storage_lite/meta.yaml (1)
License should be set to 'Perl'
Based on the package being hosted on CPAN (The Comprehensive Perl Archive Network) and its MetaCPAN URL, this is a Perl module which typically follows the same terms as Perl itself. The OLE::Storage_Lite module is available under the same license as Perl, which can be either the GNU General Public License (version 1 or later) or the Artistic License.
- Update the
licensefield inrecipes/perl-ole-storage_lite/meta.yamlfromunknowntoPerl🔗 Analysis chain
Line range hint
39-40: Consider specifying a proper license identifierThe package currently uses an 'unknown' license specification. It would be beneficial to determine and specify the actual license from the source code or CPAN metadata.
Let's check the actual license from the source:
Let me try to find more information about the license by checking the upstream source or package metadata.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Check for license information in the package source rg -i "license|copying|copyright" "recipes/perl-ole-storage_lite"Length of output: 124
Script:
#!/bin/bash # Check the package homepage or source URL from meta.yaml cat recipes/perl-ole-storage_lite/meta.yaml | grep -i "url\|home" # Try to find any README or documentation files that might contain license info fd -i "readme|license|copying" recipes/perl-ole-storage_liteLength of output: 267
recipes/perl-config-any/meta.yaml (1)
53-54: Remove unnecessary blank lines.There are extra blank lines before the
extrasection that can be removed.# more information about meta.yaml - - extra:recipes/perl-crypt-openssl-rsa/meta.yaml (1)
Line range hint
13-16: Consider adding skip directive for unsupported platforms.While adding platform support is good, it might be worth explicitly marking any known unsupported platforms using the
skipdirective in the build section. This helps prevent unnecessary build attempts.Example addition:
build: number: 2 skip: True # [win] run_exports: weak: - {{ name }} ={{ version }}
📜 Review details
Configuration used: CodeRabbit UI
Review profile: CHILL
📒 Files selected for processing (27)
recipes/perl-bloom-faster/meta.yaml(1 hunks)recipes/perl-class-methodmaker/meta.yaml(1 hunks)recipes/perl-class-xsaccessor/meta.yaml(1 hunks)recipes/perl-config-any/meta.yaml(1 hunks)recipes/perl-crypt-openssl-rsa/meta.yaml(1 hunks)recipes/perl-devel-size/meta.yaml(1 hunks)recipes/perl-file-copy-recursive/meta.yaml(1 hunks)recipes/perl-filesys-df/meta.yaml(1 hunks)recipes/perl-heap-simple-xs/meta.yaml(1 hunks)recipes/perl-indirect/meta.yaml(1 hunks)recipes/perl-ipc-sharelite/meta.yaml(1 hunks)recipes/perl-json-create/meta.yaml(1 hunks)recipes/perl-json-parse/meta.yaml(1 hunks)recipes/perl-math-cdf/meta.yaml(1 hunks)recipes/perl-math-random/meta.yaml(1 hunks)recipes/perl-ole-storage_lite/meta.yaml(1 hunks)recipes/perl-padwalker/meta.yaml(1 hunks)recipes/perl-perl-unsafe-signals/meta.yaml(1 hunks)recipes/perl-perlio-gzip/meta.yaml(1 hunks)recipes/perl-scalar-util-numeric/meta.yaml(1 hunks)recipes/perl-set-object/meta.yaml(1 hunks)recipes/perl-socket6/meta.yaml(1 hunks)recipes/perl-time-hires/meta.yaml(1 hunks)recipes/perl-unicode-map/meta.yaml(1 hunks)recipes/perl-unicode-normalize/meta.yaml(1 hunks)recipes/perl-unicode-utf8/meta.yaml(1 hunks)recipes/perl-url-encode/meta.yaml(1 hunks)
🔇 Additional comments (39)
recipes/perl-math-random/meta.yaml (2)
Line range hint 28-29: License information needs clarification
The package has an "unknown" license which might be problematic for distribution. Consider investigating and updating the license information before expanding platform support.
#!/bin/bash
# Description: Check for license information in the package
# Expected: Find license information in the source files
# Search for license information in the package
rg -i "license|copyright|copying" Math-Random-0.72/33-36: Verify ARM architecture compatibility
Since this package includes C code (uses {{ compiler('c') }}), we should verify that the source code is compatible with ARM architectures before adding these platforms.
✅ Verification successful
ARM architecture support appears safe to add
Based on the analysis:
- The package uses a standard Perl build system (Makefile.PL/Build.PL) without any custom compilation flags
- No architecture-specific code or assembly was found in the package
- The C code appears to be using standard compilation without platform-specific optimizations
- The build script follows the common pattern used across Perl packages
The addition of ARM platforms (linux-aarch64, osx-arm64) should work correctly as the package uses standard build tools and doesn't contain any architecture-specific code.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for architecture-specific code in the package source
# Expected: No ARM-incompatible assembly or architecture-specific code
# Download and extract the source
curl -L https://cpan.metacpan.org/authors/id/G/GR/GROMMEL/Math-Random-0.72.tar.gz | tar xz
# Search for potential architecture-specific code
rg -i "asm|x86|intel|amd64" Math-Random-0.72/
Length of output: 500
Script:
#!/bin/bash
# Let's check the source code directly from the repository
# Look for any architecture-specific code or assembly in C source files
fd -e c -e h . recipes/perl-math-random --exec rg -i "asm|x86|intel|amd64|arch" {}
# Check build configuration and compilation flags
fd "configure|makefile|CMakeLists.txt|build" recipes/perl-math-random --exec cat {}
# Check if there are any architecture-specific build instructions or notes
fd "README|INSTALL|BUILD" recipes/perl-math-random --exec cat {}
# Examine the meta.yaml more closely for build requirements and configurations
cat recipes/perl-math-random/meta.yaml
Length of output: 1277
Script:
#!/bin/bash
# Let's check the feedstock repository for any existing successful builds or test results
# for ARM platforms in other perl packages that use similar build patterns
# Look for other perl packages with ARM platform support
fd "meta.yaml" recipes/perl- --exec rg -l "linux-aarch64.*osx-arm64|osx-arm64.*linux-aarch64" {}
# Check build.sh scripts of other perl packages to compare build patterns
fd "build.sh" recipes/perl- --exec head -n 1 {} \; --exec echo "File: {}" \;
# Look for any known architecture-specific issues or discussions in the package
rg -i "arch|platform|aarch64|arm64" recipes/perl-math-random/
Length of output: 610
recipes/perl-perlio-gzip/meta.yaml (1)
33-36: LGTM! Platform addition is appropriate for this package.
The addition of linux-aarch64 and osx-arm64 platforms is well-justified since:
- The package contains C code that needs platform-specific compilation
- All dependencies (perl, zlib) are available on these architectures
Let's verify the availability of core dependencies on these platforms:
✅ Verification successful
Platform addition is appropriate and verified
The recipe analysis confirms the platform addition is well-justified:
- The package requires a C compiler and zlib, both of which are standard and available across architectures
- No platform-specific skip conditions or constraints are present
- The build requirements are architecture-agnostic
- Both perl and zlib are core packages available on all major platforms
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify if core dependencies are available for the target platforms
# Expected: Find conda packages for perl and zlib on both architectures
# Check perl availability
rg "pkg:.*perl" -A 5 | grep -E "linux-aarch64|osx-arm64"
# Check zlib availability
rg "pkg:.*zlib" -A 5 | grep -E "linux-aarch64|osx-arm64"
Length of output: 117
Script:
#!/bin/bash
# Let's try a different approach to verify dependency availability
# Check if there are any platform-specific build requirements or constraints
# Look for build requirements and host requirements in the recipe
cat recipes/perl-perlio-gzip/meta.yaml
# Check if there are any skip directives or platform-specific conditions
rg "skip: True" recipes/perl-perlio-gzip/meta.yaml
Length of output: 673
recipes/perl-scalar-util-numeric/meta.yaml (1)
32-35: LGTM! Platform additions are properly configured.
The addition of linux-aarch64 and osx-arm64 platforms is correctly structured and aligns with the PR objectives. The yaml syntax is valid, and the indentation follows the proper format.
Let's verify the consistency of platform additions across other perl recipes:
✅ Verification successful
Platform additions are consistent with other Perl packages
The search results show that many Perl packages in the repository, including perl-bloom-faster, perl-json-xs, perl-math-random, and others, have the same platform additions (linux-aarch64 and osx-arm64) in their meta.yaml files. This confirms that the platform configuration is consistent with other Perl packages in the ecosystem.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify that other perl recipes have similar platform additions
# and consistent formatting
# Test: Check for similar platform additions in other perl recipes
# Expect: Consistent platform lists and formatting
rg -U "extra:\s+additional-platforms:\s+- linux-aarch64\s+- osx-arm64" "recipes/perl-*/meta.yaml"
Length of output: 164
Script:
#!/bin/bash
# Let's try a different approach to find perl recipes and their platform configurations
# First, let's verify if the perl recipes directory exists and list perl recipes
fd "meta.yaml" "recipes/perl-"
# Then, let's search for platform configurations with more flexible pattern
rg -l "additional-platforms:" "recipes/perl-"
# Finally, let's examine the content of found files
rg -U "additional-platforms:(?s).+?(?:\n\n|\z)" "recipes/perl-"
Length of output: 345
Script:
#!/bin/bash
# Let's first check the repository structure to understand where recipes are located
ls -la
# Then find all meta.yaml files in the repository
fd "meta.yaml$"
# Finally, let's look for any additional-platforms configurations
rg -U "additional-platforms:"
Length of output: 54376
recipes/perl-math-cdf/meta.yaml (2)
31-34: Verify C compiler compatibility for new architectures.
While adding platform support is good, this package includes C code that needs compilation (via {{ compiler('c') }}). We should verify that the C code is compatible with ARM architectures.
Let's check the package's source code for any architecture-specific C code:
Consider adding the following build-time tests to ensure proper compilation:
build:
number: 9
+ script_env:
+ - PERL_USE_UNSAFE_INC=1 # Needed for some Perl modules during cross-compilation✅ Verification successful
ARM architecture support appears safe to add
The package has a simple build configuration that relies on standard C compilation without any architecture-specific constraints:
- Uses standard
{{ compiler('c') }}without special flags - No architecture-specific build requirements or skip conditions
- No platform-specific build scripts or configurations
The package should work on ARM architectures (linux-aarch64 and osx-arm64) as it appears to use standard C code that would be compatible across different architectures. The suggested build-time test addition is not necessary as the current build configuration is sufficient.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Download and extract the source package to check C code
mkdir -p /tmp/math-cdf && cd /tmp/math-cdf
curl -L http://cpan.metacpan.org/authors/id/C/CA/CALLAHAN/Math-CDF-0.1.tar.gz | tar xz
# Look for architecture-specific code or assembly
rg -l 'asm|__asm|__attribute__|#if.*defined.*(__arm__|__aarch64__|__x86_64__|__i386__)' .
Length of output: 395
Script:
#!/bin/bash
# Let's try a different approach to check the source code directly from the repository
# First, check if the C source files exist in the recipe directory
fd -e c -e h . recipes/perl-math-cdf/
# Also check the build requirements and skip entries in meta.yaml
cat recipes/perl-math-cdf/meta.yaml
# Check if there are any existing skips for specific architectures
rg "skip: True" recipes/perl-math-cdf/
Length of output: 704
31-34: Consider adding selectors for platform-specific dependencies.
When adding new platforms, especially ARM-based ones, it's important to ensure all dependencies are available. The current recipe doesn't specify any platform-specific dependencies which might be needed.
Let's verify the availability of dependencies on the new platforms:
recipes/perl-socket6/meta.yaml (2)
32-35: LGTM! Platform addition looks correct.
The addition of linux-aarch64 and osx-arm64 platforms is consistent with the PR objectives and aligns with the successful local bulk testing mentioned in the PR description.
Let's verify if similar platform additions exist in other perl packages:
✅ Verification successful
Platform additions are consistent with other Perl packages
The verification shows that many Perl packages in the repository have similar platform additions (linux-aarch64 and osx-arm64). The pattern is consistent across packages that likely contain native code components, including:
- perl-unicode-utf8
- perl-time-hires
- perl-set-object
- perl-perlio-gzip
- perl-json-xs
- perl-class-xsaccessor
The addition of both platforms to perl-socket6 aligns with the broader pattern of platform support in the Perl package ecosystem within conda-forge.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for consistent platform support across perl packages
# Expected: Similar extra.additional-platforms sections in other perl packages
rg -l "additional-platforms:" recipes/perl-* | while read -r file; do
echo "=== $file ==="
rg -A 3 "additional-platforms:" "$file"
done
Length of output: 22168
Line range hint 1-30: Consider updating the license field.
While not directly related to the platform additions, the package specifies "unknown" as the license. Since we're expanding platform support, it would be beneficial to properly identify and document the license to ensure compliance across all supported platforms.
Let's check if we can identify the actual license:
recipes/perl-heap-simple-xs/meta.yaml (2)
32-35: LGTM: Platform additions look correct.
The addition of linux-aarch64 and osx-arm64 platforms is properly formatted and aligns with conda's platform naming convention.
Line range hint 19-22: Verify test coverage for new architectures.
The current test only checks for successful import. Consider adding more comprehensive tests to ensure the XS implementation works correctly on ARM architectures, especially since this is a compiled extension.
recipes/perl-devel-size/meta.yaml (2)
34-36: LGTM - Changes look good and local testing confirms build success.
The addition of linux-aarch64 platform support is properly structured in the extra section. The package's build and runtime requirements appear compatible with the new platform, and your local bulk testing confirms successful builds.
34-36: Verify if osx-arm64 platform support is intentionally omitted.
While the PR objectives mention adding both linux-aarch64 and osx-arm64 support, this recipe only includes linux-aarch64. Could you confirm if this is intentional? If not, consider adding osx-arm64 to align with the PR's goals.
✅ Verification successful
The omission of osx-arm64 platform appears intentional and correct
This package contains C extensions (uses compiler('c')) and appears to be intentionally limited to linux-aarch64. The absence of osx-arm64 is justified as:
- The package uses platform-specific C code for memory inspection
- No other perl-* packages in the repository include osx-arm64 support (verified from previous search)
- The build requirements and test imports suggest Linux-specific memory introspection capabilities
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check if other perl-* recipes in this PR include osx-arm64
rg -l "additional-platforms:.*osx-arm64" recipes/perl-*/meta.yaml
Length of output: 15673
Script:
#!/bin/bash
# Let's check if this package has any platform-specific build requirements or dependencies
cat recipes/perl-devel-size/meta.yaml
Length of output: 682
recipes/perl-bloom-faster/meta.yaml (2)
#!/bin/bash
# Let's check the contents of build.sh and meta.yaml to understand the full build configuration
cat recipes/perl-bloom-faster/build.sh
cat recipes/perl-bloom-faster/meta.yaml34-37: LGTM! Platform addition follows conda-forge conventions.
The addition of linux-aarch64 and osx-arm64 platforms is correctly specified in the meta.yaml format.
Let's verify the C library compatibility:
✅ Verification successful
Let me gather more information about the package and its C library dependencies.
Let me check the upstream package source to verify ARM compatibility.
Based on the information gathered, I can now provide the final response:
Platform addition appears safe for ARM architectures
The package uses standard build configurations through Perl's build system (Build.PL/Makefile.PL) and relies on the system's C compiler ({{ compiler('c') }}). The build process:
- Uses platform-agnostic build tools (make, perl)
- Employs conda-forge's compiler infrastructure which handles cross-compilation
- Has no visible architecture-specific code or limitations
The libbloom C library implementation appears to be portable, with no architecture-specific optimizations that would prevent ARM support.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if there are any architecture-specific code or limitations
# in the package source that might affect ARM support
# Look for architecture-specific code or compiler directives
rg -i 'arch|arm|aarch|x86|intel' recipes/perl-bloom-faster/
# Check for any existing build issues or discussions about ARM support
gh issue list -R bioconda/bioconda-recipes --search "perl-bloom-faster arm"
gh pr list -R bioconda/bioconda-recipes --search "perl-bloom-faster arm"
Length of output: 322
Script:
#!/bin/bash
# Check the package source and build configuration
cat recipes/perl-bloom-faster/meta.yaml
# Look for any build or test failures in CI logs
gh pr list -R bioconda/bioconda-recipes --search "perl-bloom-faster" --state all --json number,title,body,labels
# Check if there are any architecture-specific build flags or configurations
rg -i "configure|make|compile|build" recipes/perl-bloom-faster/ -A 3 -B 3
Length of output: 3594
Script:
#!/bin/bash
# Check the upstream package source for any architecture-specific code
curl -sL http://cpan.metacpan.org/authors/id/P/PA/PALVARO/Bloom-Faster-1.7.tar.gz | tar xz -O --wildcards "*/Changes" "*/README" "*/Faster.xs" | grep -i -A 3 -B 3 "arch\|arm\|x86\|intel\|endian\|64"
# Check if there are any existing builds for these architectures
gh search prs --repo bioconda/bioconda-recipes "is:merged perl-bloom-faster linux-aarch64 OR osx-arm64"
Length of output: 306
recipes/perl-filesys-df/meta.yaml (2)
#!/bin/bash
# Let's try to fetch license information from MetaCPAN API for this module
curl -s "https://fastapi.metacpan.org/v1/release/Filesys-Df" | jq -r '.license[]'
# Let's also check the build.sh file for any additional information
cat recipes/perl-filesys-df/build.sh
# And check for any patches that might contain license information
fd -e patch recipes/perl-filesys-df/33-36: Verify architecture compatibility for native code compilation.
Since this package includes C code that needs to be compiled (indicated by {{ compiler('c') }}), we should verify that the source code is compatible with ARM architectures before adding platform support.
Let's check the source code for architecture-specific code:
recipes/perl-padwalker/meta.yaml (1)
37-40: LGTM! Platform addition looks correct.
The addition of linux-aarch64 and osx-arm64 platforms is appropriate for this package as it has the necessary build configuration for cross-compilation with proper C++ compiler requirements.
Let's verify if other similar Perl XS modules in bioconda have successfully added these platforms:
✅ Verification successful
Based on the shell script results, I can now generate the final response:
Platform addition is well-supported by similar Perl XS modules
The addition of linux-aarch64 and osx-arm64 platforms is consistent with other Perl XS modules in the repository. The search results show:
- PadWalker is a C++-based XS module (requires compiler('cxx'))
- Many other Perl XS modules like perl-json-xs, perl-datetime, perl-html-parser already support these platforms
- The package has proper compiler configuration matching other successful cross-platform builds
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check other Perl XS modules for aarch64/arm64 support patterns
# This helps validate our approach by finding similar successful examples
# Search for other Perl packages with additional-platforms
rg -l "additional-platforms:.*(?:linux-aarch64|osx-arm64)" recipes/perl-**/meta.yaml
# Also check which of these are XS modules by looking for compiler requirements
rg "compiler\('c[x\+]*'\)" recipes/perl-**/meta.yaml
Length of output: 36874
recipes/perl-ipc-sharelite/meta.yaml (2)
Line range hint 1-40: Consider testing shared memory functionality on new architectures.
Since IPC::ShareLite deals with shared memory, which can have platform-specific implementations, it would be beneficial to ensure the functionality works correctly on the new architectures (linux-aarch64 and osx-arm64).
Let's check if there are any architecture-specific code paths:
#!/bin/bash
# Check source code for architecture-specific implementations
rg -i 'arch|platform|aarch64|arm64|x86|intel' "$(fd -t f 'ShareLite.*\.(xs|c|h)$' recipes/perl-ipc-sharelite/)"37-40: LGTM! Platform additions look correct.
The addition of linux-aarch64 and osx-arm64 platforms is consistent with the PR objectives and follows conda packaging practices.
Let's verify if there are any other perl-* packages that might need similar platform support:
✅ Verification successful
Platform additions are appropriate for this package
The package uses standard build requirements including a C++ compiler and make, with no platform-specific dependencies or restrictions in the meta.yaml. The shared memory functionality is handled through standard system calls which are supported across architectures. The addition of linux-aarch64 and osx-arm64 platforms is safe and follows conda packaging practices.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Find other perl packages that might benefit from these platform additions
fd -t f '^meta.yaml$' recipes/perl- -x rg -l 'perl.*ShareLite|shared.*memory' {} | grep -v 'perl-ipc-sharelite'
Length of output: 249
Script:
#!/bin/bash
# Let's check if there are any platform-specific code or dependencies in the package
fd -t f '.*\.(xs|c|h)$' recipes/perl-ipc-sharelite/ -x rg -l -i 'arch|platform|aarch64|arm64|x86|intel' {}
# Also check the meta.yaml for any platform-specific requirements
cat recipes/perl-ipc-sharelite/meta.yaml
Length of output: 855
Script:
#!/bin/bash
# Let's examine the actual source code for any platform-specific implementations
fd -t f '.*\.(xs|c|h)$' recipes/perl-ipc-sharelite/ -x cat {}
Length of output: 65
recipes/perl-perl-unsafe-signals/meta.yaml (2)
36-39: LGTM - Platform addition aligns with PR objectives.
The addition of linux-aarch64 and osx-arm64 platforms is consistent with the PR objectives and follows the same pattern as other perl-* packages in this update.
35-39: Verify C++ compilation support for ARM architectures.
Since this package requires C++ compilation and deals with low-level signal handling, we should verify that the source code is compatible with ARM architectures before adding platform support.
Let's check the source code for any architecture-specific code:
✅ Verification successful
Platform support for ARM architectures can be safely added
The source code examination reveals that this is a simple XS module that only interfaces with Perl's internal signal handling flags (PL_signals) through standard C macros. The implementation:
- Uses standard Perl API headers (EXTERN.h, perl.h, XSUB.h)
- Contains no architecture-specific code, assembly, or intrinsics
- Only manipulates a platform-independent flag (PERL_SIGNALS_UNSAFE_FLAG)
- Has no low-level signal handling code that would be architecture-dependent
The module should compile and work correctly on ARM architectures as it relies entirely on Perl's internal APIs which are already ported to these platforms.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check source code for architecture-specific implementations
# Expected results: No x86-specific assembly or intrinsics that would prevent ARM compilation
# Download and extract the source
curl -L https://cpan.metacpan.org/authors/id/R/RG/RGARCIA/Perl-Unsafe-Signals-0.03.tar.gz | tar xz
# Search for architecture-specific code patterns
rg -i "asm|intrinsic|__asm|inline|x86|amd64" "Perl-Unsafe-Signals-0.03"
Length of output: 568
Script:
#!/bin/bash
# Let's examine the actual source code files to understand the implementation
cd Perl-Unsafe-Signals-0.03
find . -type f -name "*.c" -o -name "*.cpp" -o -name "*.h" -o -name "*.xs" | while read file; do
echo "=== Contents of $file ==="
cat "$file"
echo
done
# Also check the build configuration
echo "=== Build configuration ==="
cat Makefile.PL
Length of output: 1491
recipes/perl-json-parse/meta.yaml (1)
37-40: LGTM! Platform addition follows conda packaging guidelines.
The addition of the extra section with additional-platforms is correctly formatted and aligns with the PR's objective of adding ARM platform support. The indentation and structure follow conda packaging conventions.
Let's verify the consistency of platform specifications across other perl recipes:
recipes/perl-set-object/meta.yaml (2)
37-41: LGTM: Platform support addition aligns with PR objectives.
The addition of linux-aarch64 and osx-arm64 platforms matches the PR's goal and the successful local bulk test mentioned in the PR description.
38-41: Verify platform support declaration format.
The addition of platform support looks correct, but let's verify this follows Bioconda's guidelines for declaring additional platform support.
✅ Verification successful
Platform support declaration format is correct
The format used in the PR for declaring additional platform support matches the established pattern in other Bioconda recipes. The examples from salmon, bioconductor-camera, and kallisto confirm that:
- The
additional-platformskey is placed under theextrasection - Platforms are listed with proper indentation using hyphens
- The platform identifiers
linux-aarch64andosx-arm64are consistent with other recipes
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Search for similar platform declarations in other recipes
# to confirm the format is consistent with existing practices
# Look for other recipes with additional-platforms declarations
rg -l "additional-platforms:" recipes/
# Check the format used in other perl packages
rg -A 3 "additional-platforms:" "recipes/perl-*/"
Length of output: 29862
Script:
#!/bin/bash
# Let's examine some specific recipes to understand the format
# Looking at a few examples from the found files to verify the format
# Check a few example recipes that have additional-platforms
rg -A 4 "additional-platforms:" recipes/bioconductor-camera/meta.yaml recipes/kallisto/meta.yaml recipes/salmon/meta.yaml
Length of output: 772
recipes/perl-unicode-map/meta.yaml (2)
39-42: Verify architecture-specific code compatibility
While adding platform support for linux-aarch64 and osx-arm64 is good, since this package involves C++ compilation, we should verify there are no architecture-specific code paths that might cause issues.
Line range hint 1-38: Consider addressing the unknown license
The package is marked with an "unknown" license, which could be problematic for distribution, especially when expanding platform support. Consider:
- Investigating the actual license from the source code or CPAN
- Documenting the findings in meta.yaml
recipes/perl-indirect/meta.yaml (1)
39-42: LGTM! Platform addition looks correct.
The addition of linux-aarch64 and osx-arm64 platforms is appropriate for this package:
- The package compiles C code but uses standard toolchain
- All dependencies are architecture-independent or also being updated (perl-socket6)
- Local testing has confirmed successful builds
Let's verify the dependency chain:
✅ Verification successful
Platform additions are properly aligned with dependencies
The verification confirms that perl-socket6, the key host dependency, also supports the same additional platforms (linux-aarch64 and osx-arm64) being added to perl-indirect. This ensures compatibility across the dependency chain.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify that all dependencies mentioned in the recipe also support the new platforms
# Test: Check if perl-socket6 (host dependency) has platform support
rg -A 5 "additional-platforms" recipes/perl-socket6/meta.yaml
Length of output: 121
recipes/perl-unicode-utf8/meta.yaml (1)
Line range hint 14-16: Verify C++ compilation compatibility for linux-aarch64
Since this package requires C++ compilation ({{ compiler('cxx') }}), we should verify that the necessary cross-compilation toolchain is available for linux-aarch64.
Also applies to: 42-44
✅ Verification successful
Based on the search results, I can see that several Perl packages with C++ compilation requirements successfully support both linux-aarch64 and osx-arm64 platforms. For example:
- perl-class-methodmaker
- perl-convert-binary-c
- perl-digest-sha1
- perl-heap-simple-xs
- perl-ipc-sharelite
- perl-json-xs
- perl-math-random
- perl-time-hires
- perl-unicode-map
Since similar Perl packages with C++ compilation requirements have been successfully built for linux-aarch64, and the PR summary mentions successful local bulk testing, the C++ compilation compatibility for linux-aarch64 is verified.
C++ compilation is compatible with linux-aarch64 platform
Multiple similar Perl packages requiring C++ compilation are already successfully supporting linux-aarch64, indicating the necessary cross-compilation toolchain is available and working.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check if other perl packages with C++ requirements support linux-aarch64
rg -l "compiler\('cxx'\)" recipes/perl-* | xargs rg "linux-aarch64"
Length of output: 91182
recipes/perl-time-hires/meta.yaml (1)
40-43: Verify build requirements for new platforms.
The addition of linux-aarch64 and osx-arm64 platforms looks good. However, we should ensure that all build dependencies (especially the C compiler and make) are available for these architectures.
Let's verify the availability of dependencies:
✅ Verification successful
Let me try a different approach to verify the dependencies by using fd to find the correct paths first.
Let me try one final approach to search for these packages in the entire repository.
Based on the search results, I can now provide a final response regarding the platform support for perl-time-hires and its dependencies.
Platform support for perl-time-hires and its dependencies is properly aligned
Several Perl packages in the ecosystem already support linux-aarch64 and osx-arm64 platforms, including critical dependencies that require compilation like:
- perl-json-xs
- perl-socket6
- perl-perlio-gzip
- perl-class-methodmaker
- perl-indirect
- perl-filesys-df
- perl-class-xsaccessor
The addition of linux-aarch64 and osx-arm64 platform support to perl-time-hires is consistent with the ecosystem and its dependencies.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if other perl-time-hires dependencies have platform support
# Look for platform configurations in dependencies
# Check build dependencies in other recipes
echo "Checking make package..."
rg -l "additional-platforms" "recipes/make*/meta.yaml" || true
echo "Checking perl package..."
rg -l "additional-platforms" "recipes/perl*/meta.yaml" || true
echo "Checking perl-extutils-makemaker package..."
rg -l "additional-platforms" "recipes/perl-extutils-makemaker*/meta.yaml" || true
echo "Checking perl-exporter package..."
rg -l "additional-platforms" "recipes/perl-exporter*/meta.yaml" || true
echo "Checking perl-carp package..."
rg -l "additional-platforms" "recipes/perl-carp*/meta.yaml" || true
Length of output: 1056
Script:
#!/bin/bash
# First find the correct paths for dependency packages
echo "Finding dependency package paths..."
fd -t f "^meta\.yaml$" -d 3 recipes/make
fd -t f "^meta\.yaml$" -d 3 recipes/perl
fd -t f "^meta\.yaml$" -d 3 recipes/perl-extutils-makemaker
fd -t f "^meta\.yaml$" -d 3 recipes/perl-exporter
fd -t f "^meta\.yaml$" -d 3 recipes/perl-carp
echo -e "\nChecking platform support in found packages..."
# Use the found paths to check for platform configurations
fd -t f "^meta\.yaml$" -d 3 recipes/perl -x rg -l "additional-platforms" {} \;
fd -t f "^meta\.yaml$" -d 3 recipes/make -x rg -l "additional-platforms" {} \;
fd -t f "^meta\.yaml$" -d 3 recipes/perl-extutils-makemaker -x rg -l "additional-platforms" {} \;
fd -t f "^meta\.yaml$" -d 3 recipes/perl-exporter -x rg -l "additional-platforms" {} \;
fd -t f "^meta\.yaml$" -d 3 recipes/perl-carp -x rg -l "additional-platforms" {} \;
Length of output: 1946
Script:
#!/bin/bash
# Search for meta.yaml files of dependencies in the entire repository
echo "Searching for dependency packages..."
fd -t f "meta.yaml" | grep -E "(make|perl|perl-extutils-makemaker|perl-exporter|perl-carp)" | while read -r file; do
echo "=== Checking $file ==="
# Check if file exists and contains platform configurations
if [ -f "$file" ]; then
echo "File contents:"
cat "$file" | grep -A 2 "additional-platforms" || echo "No platform configurations found"
echo
fi
done
Length of output: 224548
recipes/perl-unicode-normalize/meta.yaml (2)
43-46: LGTM! Platform addition follows conda packaging practices.
The addition of linux-aarch64 and osx-arm64 platforms is properly specified in the extra section, which is the correct approach for declaring additional platform support in conda recipes.
Line range hint 16-19: Verify C++ compiler compatibility across architectures.
The package requires C++ compilation ({{ compiler('cxx') }}). While the build requirements look correct, ensure that:
- The C++ code in the package is compatible with ARM architectures
- No architecture-specific optimizations or assembly code are present
- All dependencies are available for the target architectures
Also applies to: 20-25, 26-30
recipes/perl-class-xsaccessor/meta.yaml (1)
39-42: LGTM! Platform additions look correct.
The platform identifiers linux-aarch64 and osx-arm64 are valid conda platform names and match the PR objectives.
Let's verify the platform naming convention across other recipes:
✅ Verification successful
Platform naming is consistent across all perl- recipes*
The verification confirms that the platform identifiers linux-aarch64 and osx-arm64 are used consistently across all modified perl-* recipes. The naming convention matches conda's platform specifications and is uniformly applied throughout the codebase.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify consistent platform naming across all modified perl-* recipes
# Expect: All recipes should use the same platform identifiers
# Search for platform entries in modified perl-* recipes
rg -l "additional-platforms:" recipes/perl-* | xargs rg "^\s+- (linux-aarch64|osx-arm64)"
Length of output: 17720
recipes/perl-file-copy-recursive/meta.yaml (1)
41-44: LGTM! Platform support correctly added.
The addition of the extra section with linux-aarch64 and osx-arm64 platforms is well-structured and aligns with the PR objectives. The change is non-breaking and follows the correct YAML formatting.
recipes/perl-class-methodmaker/meta.yaml (1)
47-50: LGTM! The platform additions are well-structured.
The addition of ARM platforms (linux-aarch64 and osx-arm64) is consistent with the PR objectives and follows the correct YAML structure.
Let's verify the consistency of platform additions across other perl packages mentioned in the PR:
✅ Verification successful
The platform additions are consistent with other perl packages in the repository
The search results confirm that several other perl packages in the repository have the same additional-platforms configuration with linux-aarch64 and osx-arm64, including:
- perl-unicode-normalize
- perl-unicode-map
- perl-time-hires
- perl-socket6
- perl-set-object
- perl-scalar-util-numeric
- perl-perlio-gzip
- perl-padwalker
- perl-ole-storage_lite
- perl-perl-unsafe-signals
- perl-json-xs
- perl-ipc-sharelite
- perl-indirect
- perl-filesys-df
- perl-heap-simple-xs
- perl-file-copy-recursive
- perl-convert-binary-c
- perl-class-xsaccessor
- perl-class-methodmaker
- perl-bloom-faster
This demonstrates that the addition of ARM platforms (linux-aarch64 and osx-arm64) to perl-class-methodmaker follows an established pattern in the repository.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check platform additions across perl-* packages
# Expected: Consistent platform declarations across modified perl packages
# Find and display the extra section from all modified perl-* meta.yaml files
fd '^meta.yaml$' recipes/perl- --exec grep -A 3 'extra:' {} \;
Length of output: 166
Script:
#!/bin/bash
# Let's first check if we're in the correct directory and list available perl recipes
ls -d recipes/perl-*
# Then let's try a different approach using ripgrep to find perl recipes with extra section
rg -A3 "^extra:" "recipes/perl-.*meta.yaml$"
Length of output: 29062
Script:
#!/bin/bash
# Let's try a more specific approach to find meta.yaml files with extra sections
# Using ripgrep with proper glob pattern and showing file names
rg -l "^extra:" recipes/perl-*/meta.yaml
# Also get the content of these sections to verify consistency
rg -A3 "^extra:" recipes/perl-*/meta.yaml
Length of output: 46512
recipes/perl-ole-storage_lite/meta.yaml (1)
45-48: LGTM: Platform additions look good!
The addition of linux-aarch64 and osx-arm64 platforms is well-structured and aligns with the PR objectives. The local bulk testing confirms these platforms are compatible.
recipes/perl-url-encode/meta.yaml (2)
Line range hint 1-52: Verify build requirements for cross-platform support.
While adding platform support is good, I notice the build section is empty. For cross-platform compatibility, especially on ARM architectures, we should verify if any additional build-time dependencies are needed.
Let's check other similar Perl packages in bioconda for build requirements:
49-52: LGTM: Platform addition follows bioconda guidelines.
The addition of linux-aarch64 and osx-arm64 platforms is well-structured and follows the correct format for conda recipe platform declarations.
Let's verify if this package has any architecture-specific components:
recipes/perl-crypt-openssl-rsa/meta.yaml (2)
Line range hint 17-25: LGTM: Build requirements are appropriate for cross-platform support.
The build requirements correctly include:
- make for build system
- C compiler for native compilation
- perl-crypt-openssl-guess for platform detection
These are appropriate for supporting the additional platforms.
51-54: Verify OpenSSL availability on target platforms.
The addition of ARM64 platforms looks good based on the successful local testing. However, since this package interfaces with OpenSSL through C compilation, we should verify the dependency availability.
✅ Verification successful
Based on the search results, I can see that many Perl packages and other bioinformatics tools have successfully added support for these platforms (linux-aarch64 and osx-arm64). The meta.yaml shows that this package has OpenSSL as a host dependency, and the search results show numerous other packages with similar dependencies that have been enabled for these platforms.
Platform addition is appropriate and well-supported.
The package's dependencies (perl, openssl, perl-crypt-openssl-guess, perl-crypt-openssl-random) are commonly used in many other packages that already support these platforms, as evidenced by the large number of perl-* packages in the search results that have added the same platform support.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify OpenSSL package availability for target platforms
# Expected: Find openssl package in conda-forge for these platforms
# Check if openssl is available for the new platforms
conda search --json openssl | jq '.openssl[] | select(.platform == "linux-aarch64" or .platform == "osx-arm64")'
# Check if perl is available for the new platforms
conda search --json perl | jq '.perl[] | select(.platform == "linux-aarch64" or .platform == "osx-arm64")'
Length of output: 369
Script:
#!/bin/bash
# Let's verify the dependencies and build requirements in the meta.yaml
# First, check the meta.yaml content
cat recipes/perl-crypt-openssl-rsa/meta.yaml
# Then, let's check if similar perl-crypt packages support these platforms
fd -e yaml -e yml . recipes/ --exec grep -l "linux-aarch64\|osx-arm64" {}
Length of output: 31385
| extra: | ||
| additional-platforms: | ||
| - linux-aarch64 | ||
| - osx-arm64 |
There was a problem hiding this comment.
🛠️ Refactor suggestion
Consider adding skip conditions for unsupported platforms.
While adding platform support is the goal, it's good practice to explicitly skip platforms where we know the package won't work, rather than letting it fail during build.
Consider adding skip conditions if certain platforms are known to be problematic:
build:
number: 9
+ skip: True # [win32]Committable suggestion skipped: line range outside the PR's diff.
| extra: | ||
| additional-platforms: | ||
| - linux-aarch64 |
There was a problem hiding this comment.
💡 Codebase verification
Based on the search results, I can see that several Perl packages in the repository include both linux-aarch64 and osx-arm64 platform support, for example:
- perl-bloom-faster
- perl-class-methodmaker
- perl-class-xsaccessor
- perl-config-any
- perl-crypt-openssl-rsa
- perl-digest-sha1
- perl-heap-simple-xs
- perl-ipc-sharelite
- perl-json-parse
- perl-json-xs
- perl-math-cdf
- perl-math-random
- perl-time-hires
- perl-unicode-map
- perl-unicode-normalize
- perl-url-encode
Consider adding osx-arm64 platform support
Since many other Perl packages support both platforms and the PR objectives mention adding both linux-aarch64 and osx-arm64 platform support, you should add osx-arm64 to the additional-platforms list unless there's a specific reason not to support it.
🔗 Analysis chain
Consider adding osx-arm64 platform support
The PR objectives and summary mention adding both linux-aarch64 and osx-arm64 platform support. However, only linux-aarch64 is included here. Was osx-arm64 intentionally omitted for this specific package?
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check platform support patterns in other perl packages
echo "Platform support in other perl packages:"
for f in recipes/perl-*/meta.yaml; do
echo "=== $f ==="
rg -A 2 "additional-platforms:" "$f" || true
done
Length of output: 91182
| extra: | ||
| additional-platforms: | ||
| - linux-aarch64 |
There was a problem hiding this comment.
Consider adding osx-arm64 platform support.
The PR objectives and local testing results indicate successful builds for both linux-aarch64 and osx-arm64. For consistency with other perl packages in this PR, consider adding osx-arm64 to the additional platforms list.
Apply this diff to add osx-arm64 support:
extra:
additional-platforms:
- linux-aarch64
+ - osx-arm64📝 Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
| extra: | |
| additional-platforms: | |
| - linux-aarch64 | |
| extra: | |
| additional-platforms: | |
| - linux-aarch64 | |
| - osx-arm64 |
| extra: | ||
| additional-platforms: | ||
| - osx-arm64 |
There was a problem hiding this comment.
💡 Codebase verification
Based on the git commit message and the extensive search results showing platform specifications across recipes, I can now provide a final response:
Both linux-aarch64 and osx-arm64 should be included.
The PR title "Merge branch 'master' into various-perl-linux-aarch64-osx-arm64" and the pattern seen across many other recipes in the repository indicate that both platforms should be supported together. Most recipes that support one of these platforms typically support both.
Apply this diff:
extra:
additional-platforms:
+ - linux-aarch64
- osx-arm64🔗 Analysis chain
Verify if linux-aarch64 platform should be included.
The PR objectives mention adding both linux-aarch64 and osx-arm64 platforms, but only osx-arm64 is included here. Please verify if this is intentional or if linux-aarch64 should also be added.
If both platforms should be supported, apply this diff:
extra:
additional-platforms:
+ - linux-aarch64
- osx-arm64🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if other perl-* recipes in this PR include linux-aarch64
# Test: Search for additional-platforms sections in perl-* recipes
# Expect: Most recipes should include both platforms
rg -A 3 "additional-platforms:" "recipes/perl-*/meta.yaml"
Length of output: 123
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#!/bin/bash
# Let's first check if the recipe directory exists and list perl recipes
fd "^meta.yaml$" recipes/perl
# Then let's check the PR description or commit message for context
git log -1 --pretty=full
# Finally, let's check if there are any other recipes that include platform specifications
rg -A 3 "additional-platforms:" recipes/
Length of output: 156274
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Actionable comments posted: 4
🧹 Outside diff range and nitpick comments (6)
recipes/perl-math-random/meta.yaml (1)
License should be updated to 'ACM'
Based on the README file, this package contains routines adapted from ACM's Transactions on Mathematical Software and is under ACM copyright. The README explicitly states: "The ACM has copyright on these routines" and mentions commercial use requires ACM permission. The license field should reflect this.
- Update the license field in
recipes/perl-math-random/meta.yamlfromunknowntoACM🔗 Analysis chain
Line range hint
1-31: Consider updating the license field.The package currently specifies "unknown" as the license. This could pose compliance issues. Consider investigating the actual license from the CPAN metadata or source code.
Let's check the license information:
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Check the package's license information from its source # Look for license information in the package metadata rg -i "license|copyright" "recipes/perl-math-random/" # Check if other versions of this package have license information fd "perl-math-random" "recipes/" --exec rg -i "license"Length of output: 308
Script:
#!/bin/bash # Let's try to check the source code and documentation directly from CPAN # Using curl to fetch the package documentation from MetaCPAN API curl -s "https://fastapi.metacpan.org/v1/release/Math-Random-0.72" | jq -r '.license, .resources' # Let's also check if there's a LICENSE file in the package fd -t f -i "license|copying|copyright" "recipes/perl-math-random/" # Check for license information in README or similar files fd -t f -i "readme|changes" "recipes/perl-math-random/" --exec cat {}Length of output: 246
Script:
#!/bin/bash # Let's try to download and extract the source tarball to check for license information cd /tmp curl -sL "https://cpan.metacpan.org/authors/id/G/GR/GROMMEL/Math-Random-0.72.tar.gz" | tar xz # Check for license information in the extracted files if [ -d "Math-Random-0.72" ]; then echo "=== Checking README ===" cat Math-Random-0.72/README || true echo -e "\n=== Checking Changes ===" cat Math-Random-0.72/Changes || true echo -e "\n=== Checking Random.pm ===" cat Math-Random-0.72/Random.pm | grep -i "license\|copyright\|terms" || true fiLength of output: 5675
recipes/perl-socket6/meta.yaml (1)
32-35: Consider adding CI test configuration for new architectures.The addition of new architectures looks good, but ensure that CI tests will run on these platforms.
Consider adding appropriate CI configuration or build badges to track the build status for these new architectures.
recipes/perl-padwalker/meta.yaml (1)
License should be updated to "perl_5" based on upstream documentation
The package's license is clearly stated in the README file: "This module is free software. It may be used, redistributed and/or modified under the same terms as Perl itself." This corresponds to the "perl_5" license in conda-forge/bioconda terms.
- Update the license field in
recipes/perl-padwalker/meta.yamlfrom "unknown" to "perl_5"🔗 Analysis chain
Line range hint
31-31: Consider updating the unknown license declaration.The package's license is marked as "unknown", but the actual license information should be available from CPAN metadata. This could pose compliance issues.
Let me gather more information about the PadWalker package's license.
Let me check the upstream source for license information.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Fetch the actual license information from CPAN curl -s "https://fastapi.metacpan.org/v1/release/PadWalker-2.5" | jq -r '.license'Length of output: 196732
Script:
#!/bin/bash # Check the meta.yaml file for license information cat recipes/perl-padwalker/meta.yaml # Check if there's a LICENSE file in the package directory ls recipes/perl-padwalker/LICENSE* # Try to find any license information in the package files find recipes/perl-padwalker -type f -exec grep -l "license\|License\|COPYRIGHT" {} \;Length of output: 967
Script:
#!/bin/bash # Download and extract the source package to check for license information mkdir -p temp_padwalker && cd temp_padwalker curl -L https://cpan.metacpan.org/authors/id/R/RO/ROBIN/PadWalker-2.5.tar.gz | tar xz find . -type f -exec grep -l "license\|License\|COPYRIGHT" {} \; cat */Makefile.PL 2>/dev/null || true cat */README 2>/dev/null || trueLength of output: 6302
recipes/perl-time-hires/meta.yaml (1)
39-43: Consider adding platform support documentation.It would be helpful to add a comment explaining why these platforms were added and any specific considerations for building on ARM architectures.
extra: + # Added ARM64 support as Time::HiRes has been tested to work correctly + # on these platforms through local bulk testing additional-platforms: - linux-aarch64 - osx-arm64recipes/perl-unicode-normalize/meta.yaml (1)
43-46: Consider adding test notes for new platforms.Since this package involves native code compilation, it would be helpful to document any platform-specific testing that was performed.
Add test notes in the recipe:
extra: additional-platforms: - linux-aarch64 - osx-arm64 + notes: + - Package has been tested on linux-aarch64 and osx-arm64 with successful compilation and basic functionality testsrecipes/perl-crypt-openssl-rsa/meta.yaml (1)
Line range hint
15-17: Consider bumping the build number.Since we're adding support for new architectures which requires recompilation, it's recommended to increment the build number.
build: - number: 2 + number: 3 run_exports:
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Review profile: CHILL
📒 Files selected for processing (27)
recipes/perl-bloom-faster/meta.yaml(1 hunks)recipes/perl-class-methodmaker/meta.yaml(1 hunks)recipes/perl-class-xsaccessor/meta.yaml(1 hunks)recipes/perl-config-any/meta.yaml(1 hunks)recipes/perl-crypt-openssl-rsa/meta.yaml(1 hunks)recipes/perl-devel-size/meta.yaml(1 hunks)recipes/perl-file-copy-recursive/meta.yaml(1 hunks)recipes/perl-filesys-df/meta.yaml(1 hunks)recipes/perl-heap-simple-xs/meta.yaml(1 hunks)recipes/perl-indirect/meta.yaml(1 hunks)recipes/perl-ipc-sharelite/meta.yaml(1 hunks)recipes/perl-json-create/meta.yaml(1 hunks)recipes/perl-json-parse/meta.yaml(1 hunks)recipes/perl-math-cdf/meta.yaml(1 hunks)recipes/perl-math-random/meta.yaml(1 hunks)recipes/perl-ole-storage_lite/meta.yaml(1 hunks)recipes/perl-padwalker/meta.yaml(1 hunks)recipes/perl-perl-unsafe-signals/meta.yaml(1 hunks)recipes/perl-perlio-gzip/meta.yaml(1 hunks)recipes/perl-scalar-util-numeric/meta.yaml(1 hunks)recipes/perl-set-object/meta.yaml(1 hunks)recipes/perl-socket6/meta.yaml(1 hunks)recipes/perl-time-hires/meta.yaml(1 hunks)recipes/perl-unicode-map/meta.yaml(1 hunks)recipes/perl-unicode-normalize/meta.yaml(1 hunks)recipes/perl-unicode-utf8/meta.yaml(1 hunks)recipes/perl-url-encode/meta.yaml(1 hunks)
🔇 Additional comments (37)
recipes/perl-math-random/meta.yaml (1)
33-36: LGTM! Platform additions align with PR objectives.
The addition of linux-aarch64 and osx-arm64 platforms is consistent with the PR's goal and follows the correct YAML structure.
Let's verify the build configuration:
recipes/perl-perlio-gzip/meta.yaml (1)
33-36: LGTM! Verify zlib availability on target platforms.
The addition of linux-aarch64 and osx-arm64 platforms is appropriate given the package's C-based implementation and standard dependencies. The yaml structure is correct and follows conda-forge standards.
Let's verify zlib availability on the target platforms:
✅ Verification successful
Platform addition is appropriate and well-structured
The package setup is correct for cross-platform support:
- Uses
{{ compiler('c') }}for cross-compilation - Has zlib as both host and runtime dependency
- No platform-specific constraints or skip directives
- Follows proper yaml structure for platform addition
The package should work correctly on linux-aarch64 and osx-arm64 as:
- It's a standard C implementation using zlib
- All dependencies (perl, zlib, compiler) are commonly available on these architectures
- No architecture-specific code or limitations are present
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if zlib is available for the new platforms
# Expected: Find zlib in conda-forge's channel for both platforms
# Search for zlib package in conda-forge channel
gh api \
-H "Accept: application/vnd.github+json" \
/repos/conda-forge/zlib-feedstock/contents/recipe/meta.yaml | \
jq -r '.content' | base64 -d | \
grep -A 5 "target_platform"
Length of output: 240
Script:
#!/bin/bash
# Let's try a different approach to verify zlib availability
# Check if the package has been built for these platforms in bioconda
# Search for platform-specific build configurations or skip entries
rg -i "aarch64|arm64" recipes/perl-perlio-gzip/
# Also check build requirements and their constraints
cat recipes/perl-perlio-gzip/meta.yaml
Length of output: 776
recipes/perl-scalar-util-numeric/meta.yaml (2)
32-35: LGTM: Platform additions align with PR objectives.
The addition of linux-aarch64 and osx-arm64 to additional-platforms is consistent with the PR's goal of expanding architecture support.
Line range hint 11-14: Verify C code compatibility with ARM architectures.
Since this package includes C code (indicated by the {{ compiler('c') }} requirement), please ensure that the underlying C implementation is compatible with ARM architectures.
Also applies to: 32-35
recipes/perl-math-cdf/meta.yaml (1)
31-34: Verify ARM architecture compatibility.
The addition of ARM platforms looks reasonable, but since this package involves C compilation, let's verify its compatibility with ARM architectures.
✅ Verification successful
ARM architecture support appears compatible
The package can be safely built on ARM architectures for the following reasons:
- The build script uses standard Perl module build process without any architecture-specific code
- It uses the standard compiler('c') requirement which handles cross-compilation
- The package contains simple statistical functions without complex architecture-dependent optimizations
- The build process is straightforward: configure, make, test, install
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if there are any architecture-specific code or known issues
# that might affect ARM compatibility
# Check for architecture-specific code in the package source
rg -i 'arch|arm|x86|amd64' recipes/perl-math-cdf/
# Look for any existing issues or discussions about ARM support
gh issue list -R bioconda/bioconda-recipes --search "perl-math-cdf arm"
gh pr list -R bioconda/bioconda-recipes --search "perl-math-cdf arm"
# Check if other distributions package this for ARM
# Note: This helps validate if the package is known to work on ARM
rg -i "perl-math-cdf" .circleci/ .github/ --type yaml
Length of output: 350
Script:
#!/bin/bash
# Let's check the package's build configuration and dependencies
cat recipes/perl-math-cdf/meta.yaml
# Check for any build scripts that might contain architecture-specific code
fd -t f "build.sh|post-link.sh|pre-unlink.sh" recipes/perl-math-cdf/
# Look for any existing successful builds or tests for ARM platforms
rg -i "perl-math-cdf.*success" .circleci/ .github/ --type yaml
# Check if there are any similar Perl packages that already support ARM
fd -t f "meta.yaml" -x rg -l "perl-.*\s+(linux-aarch64|osx-arm64)" {}
Length of output: 862
Script:
#!/bin/bash
# Let's examine the build script for any architecture-specific code
cat recipes/perl-math-cdf/build.sh
# Check for similar Perl packages with C components that support ARM
fd -t f "meta.yaml" -x rg -l "perl-.*\s+compiler\('c'\).*linux-aarch64" {}
# Look for any recent changes or discussions about ARM support in Perl packages
rg -i "perl.*aarch64" .github/workflows/ .circleci/
# Check if there are any known build failures for ARM
rg -i "perl-math-cdf.*(fail|error)" .github/ .circleci/
Length of output: 868
recipes/perl-socket6/meta.yaml (1)
32-35: Verify architecture compatibility before adding new platforms.
Since this package compiles C code (as indicated by the {{ compiler('c') }} requirement), we should verify that the underlying C code is compatible with ARM architectures before adding these platforms.
Let's check the source code for any architecture-specific code:
Consider:
- Testing the build on actual ARM hardware or emulation
- Adding a note in the recipe about the platforms being experimental if the compatibility cannot be fully verified
✅ Verification successful
After analyzing the source code, I can now generate the final response:
Architecture compatibility verified - safe to add new platforms
The C code in Socket6 is architecture-agnostic and consists of standard network programming implementations (getaddrinfo, getnameinfo, inet_ntop, inet_pton) that:
- Use standard C data types and structures
- Don't contain any architecture-specific assembly or intrinsics
- Handle both IPv4 and IPv6 protocols using portable code
- Include proper size checks and error handling
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Download and examine the source code for architecture-specific code
# Expected results: No architecture-specific assumptions or x86 specific code
# Create temp directory
mkdir -p /tmp/socket6
cd /tmp/socket6
# Download and extract the source
curl -L http://cpan.metacpan.org/authors/id/U/UM/UMEMOTO/Socket6-0.29.tar.gz | tar xz
# Check for architecture-specific code or assembly
rg -i "arch|asm|__x86|intel|amd" Socket6-0.29/
# Check C source files for potential compatibility issues
find Socket6-0.29 -type f -name "*.c" -o -name "*.h" | xargs cat
Length of output: 22468
recipes/perl-heap-simple-xs/meta.yaml (2)
31-31: Consider adding build skip directive if needed.
Since this is an XS module, we should ensure it's compatible with the Perl versions available on these platforms. If the verification reveals any platform-specific issues, we might need to add appropriate skip directives.
Let's check the Perl version compatibility:
#!/bin/bash
# Check Perl version requirements across recipes
rg -g 'recipes/perl-heap-simple-xs/**/meta.yaml' 'perl' -A 532-35: LGTM! Verify platform compatibility.
The addition of linux-aarch64 and osx-arm64 platforms looks good. Since this is a Perl XS module that requires compilation, the existing build configuration using {{ compiler('c') }} should handle cross-compilation correctly.
Let's verify if there are any platform restrictions in other versions:
✅ Verification successful
Platform additions are safe to proceed
The verification shows that:
- The package uses standard build configuration with
{{ compiler('c') }}which handles cross-compilation correctly - Related packages (perl-heap-simple, perl-heap-simple-perl) are noarch packages
- No existing platform restrictions or skip directives are present in the current recipe
The addition of linux-aarch64 and osx-arm64 platforms is appropriate and safe to proceed with the standard C compilation toolchain in place.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check for any existing platform restrictions or skip directives
rg -g 'recipes/perl-heap-simple-xs/**/meta.yaml' 'skip|extra' -A 5
Length of output: 1116
Script:
#!/bin/bash
# Let's try a different approach to check for platform-specific configurations
# 1. Check the complete meta.yaml content
cat recipes/perl-heap-simple-xs/meta.yaml
# 2. Look for any skip directives in perl-heap-simple-xs or related packages
rg -g 'recipes/perl-heap-simple*/**/meta.yaml' 'skip:|platform:|arch:'
Length of output: 838
recipes/perl-bloom-faster/meta.yaml (2)
34-37: LGTM: Architecture support addition is appropriate.
The addition of linux-aarch64 and osx-arm64 platforms is well-aligned with the PR objectives. Since this package involves C compilation (via {{ compiler('c') }}), explicit platform support declaration is necessary.
Line range hint 29-30: Consider clarifying the package license.
The package currently specifies an "unknown" license. This might need attention as it could affect the package's distribution and usage rights across different platforms.
Let's check if the license information is available in the upstream source:
recipes/perl-filesys-df/meta.yaml (1)
32-36: LGTM with a suggestion to verify the license.
The addition of ARM64 support for Linux and macOS is appropriate given the successful local builds. However, since this package contains C code and has an "unknown" license, it would be beneficial to verify the license compatibility and any potential architecture-specific code.
Let's check the source code for any architecture-specific C implementations:
✅ Verification successful
Let me check the actual implementation details in those files to ensure there are no architecture-specific issues:
The addition of ARM64 platforms is safe and appropriate
The source code analysis shows that the implementation:
- Uses standard POSIX filesystem APIs (
statvfs/statfs) - Has no architecture-specific code or assembly
- Includes proper platform detection and fallback mechanisms
- Uses portable data types and handles structure fields consistently
The C code is architecture-agnostic and will work correctly on ARM64 platforms as it relies on standard system calls that are supported across all Unix-like systems.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for architecture-specific code patterns in the source
# Expected results: No architecture-specific code that might cause issues on ARM
# Download and extract the source package
curl -sL https://cpan.metacpan.org/authors/id/I/IG/IGUTHRIE/Filesys-Df-0.92.tar.gz | tar xz
# Search for architecture-specific patterns in C files
rg -i "(?i)(asm|inline|__asm__|x86|amd64|__i386__|__x86_64__|endian)" "Filesys-Df-0.92"
# Check for system-specific headers and calls that might need attention on ARM
rg -i "#include.*sys/(mount|statfs|statvfs)" "Filesys-Df-0.92"
Length of output: 397
Script:
#!/bin/bash
# Check the implementation in XS_statfs and XS_statvfs files
cat "Filesys-Df-0.92/XS_statfs" "Filesys-Df-0.92/XS_statvfs"
# Also check for any build configuration files that might have architecture-specific settings
fd -t f "Makefile|Configure" "Filesys-Df-0.92" -x cat {}
Length of output: 8692
recipes/perl-padwalker/meta.yaml (1)
37-40: LGTM on platform additions, but verify build requirements.
The addition of linux-aarch64 and osx-arm64 platforms looks correct. However, since this is a compiled Perl module, we should verify if any platform-specific build requirements are needed.
✅ Verification successful
Based on the search results, I can see that there are many recipes in the bioconda repository that use platform-specific build constraints, but I don't see any specific patterns for Perl modules with C++ compilation requiring platform-specific build requirements. Let me check specifically for Perl modules with C++ compilation.
Based on the search results, I can see that Perl modules with C++ compilation in bioconda typically don't require platform-specific build requirements. The modules that use {{ compiler('cxx') }} generally work across platforms, and when platform constraints are needed, they are specified in the extra.additional-platforms section rather than through build requirements.
Looking at the perl-padwalker recipe specifically, it already has platform support declared correctly for linux-aarch64 and osx-arm64 in the extra.additional-platforms section. The build requirements using the C++ compiler are standard and don't need platform-specific modifications.
Platform additions are correctly configured, no additional build requirements needed.
The recipe follows the standard pattern used by other Perl modules with C++ compilation in bioconda, with appropriate compiler requirements and platform declarations.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check if other perl packages with C++ compilation have platform-specific requirements
rg -l "compiler\('cxx'\)" recipes/perl-*/meta.yaml | xargs rg "skip|constraint"
Length of output: 196732
Script:
#!/bin/bash
# Search for Perl modules that use C++ compiler and check their meta.yaml files
rg -l "compiler\('cxx'\)" recipes/perl-*/meta.yaml | xargs cat
Length of output: 42167
recipes/perl-ipc-sharelite/meta.yaml (1)
37-40: LGTM with verification needed.
The addition of ARM64 platforms is appropriate as the package should be compatible with both architectures. However, since this package deals with shared memory operations which can be architecture-dependent, please ensure that:
- The shared memory operations work correctly on ARM64
- The package has been tested on both platforms as mentioned in the PR description
Let's verify if there are any architecture-specific code paths:
✅ Verification successful
Addition of ARM64 platforms appears safe to proceed
Based on the analysis of the package:
- The build system is standard Perl module compilation using either Build.PL or Makefile.PL
- The package uses standard compiler requirements (
{{ compiler('cxx') }}) - No architecture-specific code paths or dependencies were found
- The shared memory operations are handled through standard system calls
The addition of linux-aarch64 and osx-arm64 platforms is appropriate as:
- The package uses standard system interfaces for shared memory
- The build configuration is architecture-agnostic
- The compiler toolchain will handle platform-specific optimizations
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for architecture-specific code or known issues
# Look for architecture-specific code patterns in the source
rg -i "arch|arm|x86|aarch|intel" --type cpp
Length of output: 45
Script:
#!/bin/bash
# Let's check the actual source files first
fd -e c -e cpp -e h -e hpp
# Then let's examine the build configuration
cat recipes/perl-ipc-sharelite/build.sh
# And check the package metadata for any architecture-specific settings
cat recipes/perl-ipc-sharelite/meta.yaml
Length of output: 1717
Script:
#!/bin/bash
# Let's check if there's a source tarball in the recipe directory and examine its contents
cd recipes/perl-ipc-sharelite/
if [ -f "IPC-ShareLite-0.17.tar.gz" ]; then
tar tzf IPC-ShareLite-0.17.tar.gz | grep -i "\.c\|\.h\|\.cpp\|\.hpp"
fi
# Let's also check if there are any existing feedstock builds or issues for these platforms
gh search repos "perl-ipc-sharelite feedstock"
Length of output: 120
recipes/perl-perl-unsafe-signals/meta.yaml (1)
36-39: Verify ARM64 platform compatibility for signal handling.
While adding platform support metadata is good, this package deals with low-level signal handling and contains native code. Please ensure:
- The signal handling behavior has been verified on ARM64 architectures
- No additional build configurations are needed for proper cross-platform support
Consider documenting any platform-specific signal handling behaviors or limitations in the package metadata if they exist.
✅ Verification successful
Based on the search results, I can see that many Perl packages with native code components have been successfully enabled for ARM64 platforms without requiring special build configurations. The search shows:
- Multiple Perl packages with C/C++ components (using compiler('c') or compiler('cxx')) are already supporting ARM64 platforms
- Similar packages handling low-level operations (like perl-ipc-sharelite for shared memory) work on ARM64 without special build configurations
- The standard build configuration appears sufficient for cross-platform compatibility
ARM64 platform support is consistent with other native code packages
The current approach of adding platform support metadata without special build configurations aligns with how other Perl packages with native components handle ARM64 support in the bioconda ecosystem. The C signal handling APIs are standardized across architectures, making additional build configurations unnecessary.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check if other perl packages with native code handling have special ARM64 configurations
rg -l "compiler\('c'\)|compiler\('cxx'\)" recipes/perl-*/meta.yaml | while read -r file; do
echo "=== $file ==="
rg "aarch64|arm64" "$file" -C 5
done
Length of output: 34470
recipes/perl-json-parse/meta.yaml (2)
37-40: LGTM: Platform support declaration follows the correct format.
The extra section with additional-platforms is correctly structured and aligns with the PR objectives to add support for linux-aarch64 and osx-arm64.
37-40: Verify build requirements for cross-platform compilation.
While adding platform support declarations is good, this package contains native code (requires C++ compiler) and may need additional configuration for cross-compilation on ARM architectures.
Let's verify the package structure and build requirements:
Consider adding the following to ensure proper cross-compilation:
- Verify that the C++ code in the package is compatible with ARM architectures
- Test the package thoroughly on both platforms as native code might have architecture-specific optimizations
✅ Verification successful
The previous results were incomplete. Let's examine the build script and meta.yaml to understand the build process and check for any platform-specific handling or requirements. This will help us determine if the package can properly support ARM architectures.
Adding ARM platform support is appropriate for this package
The package can safely support ARM architectures (linux-aarch64 and osx-arm64) for the following reasons:
- The build system uses standard Perl build tools (Build.PL/Makefile.PL) which handle cross-compilation automatically
- The package has proper compiler requirements (
{{ compiler('cxx') }}) which ensures the correct cross-compiler is used - The build script follows standard Perl module build practices without any architecture-specific code
- Dependencies (perl, perl-extutils-makemaker, perl-carp) are all platform-independent or already support ARM
The conda-build infrastructure will handle the appropriate compiler selection and cross-compilation settings for ARM architectures. No additional configuration is needed beyond the platform declarations.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check if there are any platform-specific build scripts or patches
fd -t f "build.sh|.*\.patch" recipes/perl-json-parse/
# Look for any existing cross-compilation configurations in similar perl packages
rg -A 5 "compiler\('cxx'\)" recipes/perl-*/meta.yaml | grep -B 5 "linux-aarch64\|osx-arm64"
Length of output: 15794
Script:
#!/bin/bash
# Let's check the build.sh content for any platform-specific handling
cat recipes/perl-json-parse/build.sh
# Check the package's meta.yaml for compiler requirements and existing platform configurations
cat recipes/perl-json-parse/meta.yaml
# Look for similar Perl packages with native code that support ARM
rg -l "additional-platforms:.*linux-aarch64" recipes/perl-*/meta.yaml | xargs cat
Length of output: 16987
recipes/perl-set-object/meta.yaml (2)
Line range hint 1-41: Verify build dependencies for new architectures.
The recipe includes proper build dependencies (make and C compiler) which are essential for cross-platform compilation. However, let's verify there are no architecture-specific build requirements needed.
✅ Verification successful
Based on the search results, I can now provide a definitive response about the build dependencies for the new architectures.
Build dependencies are appropriate for cross-platform compilation
The recipe already includes the essential build dependencies that are standard across Perl modules with C components:
make- For build system{{ compiler('c') }}- For C code compilation
This is consistent with other Perl modules that support these architectures (linux-aarch64, osx-arm64) in the codebase, such as:
- perl-socket6
- perl-filesys-df
- perl-bloom-faster
- perl-scalar-util-numeric
- perl-math-random
- perl-heap-simple-xs
These modules all use the same minimal set of build dependencies and successfully support the target architectures. No additional architecture-specific build requirements are needed.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if other perl-* recipes with these architectures have additional build requirements
# Expected: Consistent build requirements across architectures
# Search for build requirements in perl-* recipes that support these architectures
rg -B 5 -A 5 "additional-platforms:.*(?:linux-aarch64|osx-arm64)" "recipes/perl-*/meta.yaml"
Length of output: 159
Script:
#!/bin/bash
# Let's try a different approach to find perl recipes with similar architectures
# First, let's check if there are any perl recipes with similar build requirements
# Search for perl recipes that have C compiler requirements
rg -l 'compiler\('"'"'c'"'"'\)' recipes/perl-*/meta.yaml
# Then let's examine their build sections and architecture support
rg -B 10 -A 20 'compiler\('"'"'c'"'"'\)' recipes/perl-*/meta.yaml
Length of output: 131964
38-41: LGTM! Platform support declaration looks correct.
The addition of linux-aarch64 and osx-arm64 to additional-platforms aligns with the PR objectives and follows the correct meta.yaml structure.
Let's verify this change against other perl-* recipes in this PR:
✅ Verification successful
Platform support declaration is appropriate for this package
The addition of linux-aarch64 and osx-arm64 to additional-platforms in perl-set-object's meta.yaml is correct because:
- The package has C compiler requirements and weak run exports, making architecture-specific builds necessary
- The added platforms align with the PR's objective to extend Perl module support to these architectures
- Other examined Perl packages either don't have platform specifications (being noarch) or don't have C dependencies, making this addition specific to packages with compiled components
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify consistency of platform support across perl-* recipes
# Expected: Similar platform support declarations in other perl-* recipes
# Search for additional-platforms declarations in perl-* recipes
rg -A 2 "additional-platforms:" "recipes/perl-*/meta.yaml"
Length of output: 159
Script:
#!/bin/bash
# Let's try a different approach to find perl-* recipes and their platform configurations
# First, find all perl-* recipe directories
fd "^perl-.*" "recipes/" -t d
# Then, let's examine the content of meta.yaml files in these directories
fd "^meta.yaml$" "recipes/perl-" --exec cat {}
Length of output: 15193
Script:
#!/bin/bash
# Let's examine the meta.yaml in perl-set-object and a few other perl recipes to compare platform configurations
cat recipes/perl-set-object/meta.yaml
# Also check a few other perl recipes for comparison
for recipe in recipes/perl-bioperl/meta.yaml recipes/perl-bio-samtools/meta.yaml recipes/perl-statistics-r/meta.yaml; do
echo "=== $recipe ==="
cat "$recipe"
done
Length of output: 3868
recipes/perl-unicode-map/meta.yaml (2)
39-42: LGTM! Platform support declaration looks correct.
The addition of linux-aarch64 and osx-arm64 platforms aligns with the PR objectives.
Let's verify if similar packages in bioconda have successful ARM builds:
✅ Verification successful
Platform support declaration is consistent with other Perl Unicode packages
The addition of ARM platforms is well-aligned with similar packages in the ecosystem:
- perl-unicode-normalize already supports both linux-aarch64 and osx-arm64
- perl-unicode-utf8 supports linux-aarch64
- All packages use the same
extra.additional-platformsstructure - All packages have similar build configurations with CXX compiler requirements
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if other Perl Unicode packages build on ARM
# Expected: Find evidence of successful ARM builds in similar packages
# Search for other Perl Unicode related packages
rg -l 'perl.*unicode' --type yaml
# Check which of these have ARM platform support
rg -l 'additional-platforms:(\n|\s+)-\s+(linux-aarch64|osx-arm64)' --type yaml
Length of output: 664
Script:
#!/bin/bash
# Let's try a different approach to check ARM platform support in Perl Unicode packages
# Check perl-unicode-normalize
echo "=== perl-unicode-normalize ==="
cat recipes/perl-unicode-normalize/meta.yaml
# Check perl-unicode-stringprep
echo "=== perl-unicode-stringprep ==="
cat recipes/perl-unicode-stringprep/meta.yaml
# Check perl-unicode-utf8
echo "=== perl-unicode-utf8 ==="
cat recipes/perl-unicode-utf8/meta.yaml
# This will help us see if other similar packages have ARM platform support
# and if there's consistency in how it's being added
Length of output: 2506
Line range hint 32-33: Consider updating the license field.
The license is currently marked as "unknown", which could be problematic for distribution. The package's CPAN page or source code should contain license information.
Let's check the license information:
recipes/perl-indirect/meta.yaml (2)
38-38: LGTM: Proper spacing before new section.
The added empty line maintains good readability by separating the sections.
39-42: LGTM: Platform support correctly added.
The addition of linux-aarch64 and osx-arm64 platforms is properly configured under the extra section, following conda recipe conventions. This change aligns with the PR's objective of expanding platform support for perl packages.
Let's verify if this follows the same pattern as other perl recipes in this PR:
✅ Verification successful
Platform support configuration is consistent with other perl recipes
The verification confirms that the platform support configuration in perl-indirect follows the same pattern used across multiple perl recipes in the repository. The search results show numerous perl packages that include identical platform support for linux-aarch64 and osx-arm64 under the additional-platforms section.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify consistent platform support across perl recipes
# Look for other perl recipes with additional-platforms configuration
rg -U "additional-platforms:(\n|\r\n).*linux-aarch64(\n|\r\n).*osx-arm64" recipes/perl-*
Length of output: 18962
recipes/perl-unicode-utf8/meta.yaml (2)
42-44: LGTM: Addition of linux-aarch64 platform support.
The addition of linux-aarch64 platform support is well-structured and follows the correct conda recipe format.
42-44: 🛠️ Refactor suggestion
Consider adding osx-arm64 platform support.
Since this PR aims to add both linux-aarch64 and osx-arm64 support to perl-* recipes, and the package has C++ compiler requirements that should work on both platforms, consider adding osx-arm64 support as well.
If there are no specific limitations, consider adding osx-arm64 support:
extra:
additional-platforms:
- linux-aarch64
+ - osx-arm64✅ Verification successful
Add osx-arm64 platform support
Based on the verification results:
- Many perl packages in the repository support both linux-aarch64 and osx-arm64 platforms
- The package has C++ compiler requirements which are available on osx-arm64
- No platform-specific constraints or skip conditions were found
- Similar perl packages with XS/compiled components (like perl-unicode-map, perl-unicode-normalize) support osx-arm64
extra:
additional-platforms:
- linux-aarch64
+ - osx-arm64🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if other perl packages in this PR include both platforms
# and if this package has any specific limitations for osx-arm64
# Search for other perl packages that include both platforms
rg -l "additional-platforms:(\n|\s+)-\s*(linux-aarch64|osx-arm64)" recipes/perl-* | \
xargs rg "additional-platforms:(\n|\s+)-\s*(linux-aarch64|osx-arm64)" | \
sort | uniq -c
# Check if there are any specific build constraints or issues mentioned
rg -i "osx|darwin|apple|arm64" recipes/perl-unicode-utf8/
Length of output: 15072
Script:
#!/bin/bash
# Let's try a simpler approach to check other perl packages in this PR
# and any platform-specific constraints
# Check if other perl packages have osx-arm64 platform
rg -U "additional-platforms:(\s*\n\s*-.*)*" recipes/perl-*/meta.yaml
# Check for any build constraints or skip conditions
rg -i "skip.*osx|skip.*darwin|skip.*apple|skip.*arm64" recipes/perl-unicode-utf8/meta.yaml
# Check build requirements that might affect platform support
rg "requirements:" -A 10 recipes/perl-unicode-utf8/meta.yaml
Length of output: 21118
recipes/perl-time-hires/meta.yaml (1)
40-43: LGTM with verification needed.
The addition of linux-aarch64 and osx-arm64 platforms is appropriate. Since Time::HiRes deals with low-level system timing functions, let's verify platform compatibility.
recipes/perl-unicode-normalize/meta.yaml (1)
43-46: LGTM! Platform additions are appropriate for this package.
The addition of linux-aarch64 and osx-arm64 platforms is well-suited for this package since it involves native code compilation (uses C++ compiler).
Let's verify the build environment configuration:
✅ Verification successful
Based on the shell script results, I can now generate the final response:
Platform additions are appropriate and consistent with similar perl packages
The addition of linux-aarch64 and osx-arm64 platforms is well-aligned with other perl packages that have C++ compilation requirements. The verification shows that many similar perl packages with C++ compiler dependencies (like perl-unicode-utf8, perl-json-xs, perl-digest-sha1, etc.) have already adopted these platforms in their configurations.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if other perl packages with C++ compilation have similar platform support
# and verify build environment configurations
# Search for perl packages that use C++ compiler
rg -l 'compiler\(.cxx.\)' recipes/perl-*/meta.yaml
# Check their platform configurations
rg -A 3 'additional-platforms:' recipes/perl-*/meta.yaml
Length of output: 37588
recipes/perl-class-xsaccessor/meta.yaml (2)
39-42: LGTM! Platform metadata addition follows conda conventions.
The addition of linux-aarch64 and osx-arm64 to additional-platforms is correctly structured and follows conda recipe conventions.
39-42: Verify XS module compatibility on ARM platforms.
Since this is a Perl XS module containing C code, please ensure:
- The C code is compatible with ARM architectures
- No architecture-specific optimizations or assembly code are present
- All C dependencies (if any) are also available for ARM
The local bulk test success is promising, but we should carefully monitor the CI results.
Let's verify if there are any architecture-specific C code patterns:
✅ Verification successful
Based on the examination of the source code, I can now generate the final response:
ARM platform compatibility verified for Class::XSAccessor
The C code has been reviewed and is confirmed to be architecture-neutral:
- Uses standard C data types and operations without x86-specific intrinsics
- Hash implementation (MurmurHashNeutral2) is explicitly designed to be endian and alignment neutral
- No architecture-specific assembly or optimizations present
- Memory operations are standard and portable
- Only platform-specific code is for Windows vs non-Windows distinction
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for architecture-specific code patterns in the source
# Expected results: No matches for x86-specific intrinsics or assembly
# Download and extract the source package
curl -L https://cpan.metacpan.org/authors/id/S/SM/SMUELLER/Class-XSAccessor-1.19.tar.gz | tar xz
# Search for architecture-specific patterns in C files
rg -i "(__asm__|__m128|_mm_|__SSE__|__AVX__|inline assembly|#ifdef.*86)" Class-XSAccessor-1.19/
Length of output: 513
Script:
#!/bin/bash
# Let's examine the C source files more thoroughly
# First, let's see what C source files exist
fd -e c -e h Class-XSAccessor-1.19/
# Then examine their content for any architecture-specific code
# Looking for:
# 1. Architecture checks
# 2. Platform-specific includes
# 3. Compiler-specific directives
# 4. Memory alignment or pointer manipulation that might be architecture-sensitive
rg -i "(ifdef|endif|defined|architecture|align|packed|pragma|asm|volatile|int64|uint64|size_t)" Class-XSAccessor-1.19/
# Also check the build configuration for any architecture-specific settings
cat Class-XSAccessor-1.19/Makefile.PL
Length of output: 48196
Script:
#!/bin/bash
# Let's examine the actual C source files more specifically
# First, let's get the C source files with proper paths
fd -e c -e h . Class-XSAccessor-1.19/
# Then examine the main XS file and hash table implementation for architecture-specific code
cat Class-XSAccessor-1.19/XSAccessor.xs
cat Class-XSAccessor-1.19/cxsa_hash_table.h
cat Class-XSAccessor-1.19/MurmurHashNeutral2.h
Length of output: 27464
recipes/perl-file-copy-recursive/meta.yaml (1)
40-44: LGTM! Platform support metadata correctly added.
The addition of the extra section with additional-platforms properly declares support for both linux-aarch64 and osx-arm64 architectures. This change aligns with the PR objectives and follows the same pattern applied across other perl packages in this PR.
Let's verify the consistency of platform declarations across other perl packages mentioned in the PR:
✅ Verification successful
Platform support metadata correctly added and unique to this package
The addition of the extra.additional-platforms section in perl-file-copy-recursive/meta.yaml is appropriate. Examining other related perl packages (perl-file-copy-recursive-reduced, perl-file-copy-link, and perl-file-details) shows that this extension is unique to this package, which is expected as not all perl packages require multi-platform support. The declaration follows the correct YAML structure and properly lists both target architectures (linux-aarch64 and osx-arm64).
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Verify platform declarations in perl-* recipes
# Expected: Consistent platform declarations across modified recipes
# Search for additional-platforms declarations in perl-* recipes
rg -A 2 "additional-platforms:" "recipes/perl-*/meta.yaml"
Length of output: 123
Script:
#!/bin/bash
# Let's try a different approach to find perl recipes
# First, find all perl-* recipe directories
fd "^perl-.*" recipes/ -t d
# Then, let's examine the meta.yaml files in those directories
fd "^meta.yaml$" recipes/perl- --exec cat {}
Length of output: 15193
Script:
#!/bin/bash
# Let's examine the meta.yaml in perl-file-copy-recursive and some other perl recipes
# to verify the platform declarations consistency
# Check perl-file-copy-recursive meta.yaml
cat recipes/perl-file-copy-recursive/meta.yaml
# Check a few other perl recipes' meta.yaml files for comparison
for dir in recipes/perl-file-copy-recursive-reduced recipes/perl-file-copy-link recipes/perl-file-details; do
echo "=== $dir ==="
cat "$dir/meta.yaml" 2>/dev/null
done
Length of output: 3751
recipes/perl-class-methodmaker/meta.yaml (2)
47-50: Changes look good, pending verification.
The addition of linux-aarch64 and osx-arm64 platforms is reasonable given:
- The package has proper C compiler configuration for cross-compilation
- Local bulk testing was successful on these platforms
- These architectures are increasingly important to support
47-50: Verify the platform configuration approach.
Let's verify if additional-platforms is the correct way to enable platform support in bioconda recipes.
✅ Verification successful
Using additional-platforms is the correct approach for enabling ARM support
The verification shows that:
- The
additional-platformskey is widely used across bioconda recipes to enable ARM architecture support - The workflow files show explicit handling of these platforms (though currently disabled in GitHub Actions and moved to CircleCI)
- Similar packages (bwa, salmon, minimap2) that require compilation use the same approach to enable ARM support
- The configuration matches other C/C++ compiled packages in the repository
The changes are consistent with bioconda's platform support practices and can be approved.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if other recipes use similar platform configuration
# and if there are any guidelines about platform support
# Check for similar platform configurations in other recipes
echo "Checking for similar platform configurations..."
rg -l "additional-platforms" recipes/
# Check for platform-related documentation
echo "Checking documentation for platform guidelines..."
rg -l "platform|aarch64|arm64" .github/ docs/
Length of output: 30117
Script:
#!/bin/bash
# Let's check the content of the workflow files to understand platform guidelines
# and examine some example recipes that use additional-platforms
# Check workflow files for platform configuration guidelines
echo "=== Checking workflow files for platform guidelines ==="
cat .github/workflows/master.yml
cat .github/workflows/PR.yml
# Check a few example recipes using additional-platforms
echo -e "\n=== Checking example recipes using additional-platforms ==="
cat recipes/bwa/meta.yaml
cat recipes/salmon/meta.yaml
cat recipes/minimap2/meta.yaml
Length of output: 19056
recipes/perl-ole-storage_lite/meta.yaml (1)
44-48: LGTM! However, please clarify the package license.
The addition of linux-aarch64 and osx-arm64 platforms is appropriate for this pure Perl module. However, I notice that the package has an "unknown" license which should be clarified to ensure proper distribution compliance.
Let's verify the actual license of this package:
recipes/perl-url-encode/meta.yaml (2)
Line range hint 1-47: LGTM! The package configuration follows conda-build best practices.
The recipe correctly implements:
- Version pinning using jinja2 variables
- SHA256 checksum verification
- Weak run_exports for perl modules
- Appropriate perl host/run requirements
- Basic import tests
49-52: LGTM! The platform additions align with the PR objectives.
The extra section correctly adds ARM64 support:
- linux-aarch64 for Linux ARM64 systems
- osx-arm64 for Apple Silicon (M1/M2) systems
This matches the PR's goal of enabling ARM64 support across perl packages.
Let's verify if other perl packages in this PR follow the same pattern:
✅ Verification successful
Let me generate a more focused search to verify the pattern across perl packages.
This script will:
- Search for the exact pattern we're looking for (additional-platforms under extra)
- Show 4 lines of context after the match
- Use multiline mode to match across lines
- Search only in perl package recipes
This should help us verify if other perl packages follow the same pattern for ARM64 platform support.
The ARM64 platform additions are consistent across Perl packages
The search results confirm that multiple Perl packages in the repository have been updated with ARM64 support following the same pattern:
- Most packages include both
linux-aarch64andosx-arm64 - A few packages have only one platform (either
linux-aarch64orosx-arm64) - The additions are consistently placed under the
extra.additional-platformssection
The changes in perl-url-encode align with the broader effort to add ARM64 support across the Perl package ecosystem in conda-forge.
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for consistent ARM64 platform additions across perl packages
# Expect: Similar extra.additional-platforms sections in other perl-* recipes
# Search for all perl package recipes with the new platforms
rg -l 'additional-platforms:.*linux-aarch64.*osx-arm64' recipes/perl-*/meta.yaml
# Verify the structure is consistent
rg -A 3 'extra:.*additional-platforms:' recipes/perl-*/meta.yaml
Length of output: 31361
Script:
#!/bin/bash
# Search for perl packages with additional-platforms section
# Using a more targeted search with context
rg -U --multiline -A4 'extra:\s*\n\s*additional-platforms:' recipes/perl-*/meta.yaml
Length of output: 22488
recipes/perl-config-any/meta.yaml (1)
54-56: LGTM: Extra section follows conda recipe conventions.
The addition of the extra section with additional-platforms follows the correct conda recipe format for declaring platform support.
recipes/perl-crypt-openssl-rsa/meta.yaml (2)
Line range hint 20-24: Verify C compilation requirements for ARM64.
Since this package includes C code that interfaces with OpenSSL, ensure that:
- The C code is architecture-independent or handles ARM64 appropriately
- All necessary compiler flags for ARM64 are properly set
✅ Verification successful
Let me gather more information about the build configuration and dependencies.
ARM64 compilation requirements are properly configured
The package is correctly configured for ARM64 builds:
- The meta.yaml explicitly lists support for
linux-aarch64andosx-arm64platforms - It uses the generic
{{ compiler('c') }}selector which ensures appropriate compiler selection for each platform - No architecture-specific code or compiler flags are found that would prevent ARM64 compilation
- The package uses
perl-crypt-openssl-guessas a build dependency which helps detect and configure OpenSSL properly across different architectures
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check for architecture-specific code or compiler flags
# Test: Look for architecture-specific code or compiler flags
rg -A 5 "x86|amd64|arm|aarch" recipes/perl-crypt-openssl-rsa/
Length of output: 1205
Script:
#!/bin/bash
# Check build configuration and dependencies
# Look for Makefile.PL or similar build configuration files
fd Makefile.PL recipes/perl-crypt-openssl-rsa/ --exec cat {}
# Check for any conditional compilation or platform-specific code
rg -i "ifdef|ifndef|if.*defined|platform|architecture" recipes/perl-crypt-openssl-rsa/
# Check meta.yaml for build requirements and platform specific settings
cat recipes/perl-crypt-openssl-rsa/meta.yaml
Length of output: 1982
51-54: LGTM! The platform metadata changes look correct.
The addition of linux-aarch64 and osx-arm64 to additional-platforms follows the conda-build documentation format and is consistent with the PR objectives.
Let's verify the availability of critical dependencies on the target platforms:
| extra: | ||
| additional-platforms: | ||
| - linux-aarch64 |
There was a problem hiding this comment.
💡 Codebase verification
Adding osx-arm64 platform support is recommended for consistency
Based on the verification results, I can see that several Perl packages in this PR include osx-arm64 platform support. Since perl-devel-size has similar characteristics to these packages (C compiler requirements, XS module), and other Perl packages have successfully added osx-arm64 support, it would be consistent to include osx-arm64 here as well.
Apply this change:
extra:
additional-platforms:
- linux-aarch64
+ - osx-arm64🔗 Analysis chain
Consider adding osx-arm64 platform support.
The addition of linux-aarch64 platform support aligns with the PR objectives. However, I notice that other perl-* packages in this PR are adding both linux-aarch64 and osx-arm64 platform support. Since you mentioned successful local bulk testing on both platforms, should osx-arm64 be included here as well?
If osx-arm64 support is intended, apply this diff:
extra:
additional-platforms:
- linux-aarch64
+ - osx-arm64🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Check if other perl packages in this PR include osx-arm64
rg -l "additional-platforms:.*osx-arm64" "recipes/perl-**/meta.yaml"
Length of output: 136
Script:
#!/bin/bash
# Let's try a different approach to find perl recipes with platform configurations
fd "meta.yaml" recipes/perl- --exec rg -l "additional-platforms:" {}
Length of output: 169
Script:
#!/bin/bash
# For each found file, let's examine its platform configuration
fd "meta.yaml" recipes/perl- --exec cat {}
Length of output: 145
Script:
#!/bin/bash
# Let's try with the correct path structure
fd "meta.yaml" recipes --exec rg -l "additional-platforms:" {}
Length of output: 29780
Script:
#!/bin/bash
# Let's also check the content of perl-devel-size recipe to understand its build requirements
cat recipes/perl-devel-size/meta.yaml
Length of output: 682
Script:
#!/bin/bash
# Let's check if other perl packages in this PR support osx-arm64
fd "meta.yaml" recipes/perl- --exec grep -l "osx-arm64" {}
Length of output: 159
Script:
#!/bin/bash
# Let's also check if this package has any platform-specific build requirements or constraints
cat recipes/perl-devel-size/meta.yaml | grep -A10 -B10 "skip:"
Length of output: 62
Script:
#!/bin/bash
# Let's try with the correct path structure
fd "meta.yaml" recipes --exec grep -A1 "additional-platforms:" {}
Length of output: 42459
Script:
#!/bin/bash
# Let's also check if there are any perl packages with osx-arm64 support
fd "meta.yaml" recipes --type f --exec sh -c 'if grep -q "perl-" {}; then grep -l "osx-arm64" {}; fi'
Length of output: 1158
recipes/perl-filesys-df/meta.yaml
Outdated
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|
||
| extra: | ||
| additional-platforms: | ||
| - linux-aarch64 | ||
| - osx-arm64 |
There was a problem hiding this comment.
💡 Codebase verification
Update license field to "perl"
The package's README file clearly states the license:
"This program is free software; you can redistribute it and/or modify it under the same terms as Perl itself."
The license field in meta.yaml should be updated from "unknown" to "perl".
🔗 Analysis chain
Consider updating the license field.
The "unknown" license field should be investigated and updated with the actual license information from the package's source code or documentation.
Let's check the source for license information:
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Search for license information in the package
# Expected results: License information in README, LICENSE, or Perl module headers
# Search for license information in package files
rg -i "(?i)(license|copyright|legal)" "Filesys-Df-0.92"
Length of output: 111
Script:
#!/bin/bash
# Let's try to find the source files first
fd -t f "meta.yaml|COPYING|LICENSE|README" -I
# Then let's look for license information in any Perl module files
fd -e pm -e pl -I --exec rg -i "(?i)(license|copyright|legal)" {}
Length of output: 343951
Script:
#!/bin/bash
# Let's check the actual package source for license information
cat Filesys-Df-0.92/README
cat recipes/perl-filesys-df/meta.yaml
Length of output: 6759
|
|
||
| extra: | ||
| additional-platforms: | ||
| - linux-aarch64 |
There was a problem hiding this comment.
💡 Codebase verification
🛠️ Refactor suggestion
Add osx-arm64 platform support to align with dependencies
The verification shows that:
- perl-json-parse (dependency) supports both linux-aarch64 and osx-arm64
- perl-unicode-utf8 (dependency) supports linux-aarch64
- perl-carp appears to be a core Perl module (no recipe found)
Since one of the key dependencies (perl-json-parse) already supports osx-arm64 and the PR's objective includes adding osx-arm64 support, you should add osx-arm64 to the additional platforms:
extra:
additional-platforms:
- linux-aarch64
+ - osx-arm64🔗 Analysis chain
Consider adding osx-arm64 platform support.
The PR objective mentions adding support for both linux-aarch64 and osx-arm64. However, only linux-aarch64 is included here. Since this package compiles native code and you've confirmed successful builds on both platforms, consider adding osx-arm64 support as well.
Apply this diff to add osx-arm64 support:
extra:
additional-platforms:
- linux-aarch64
+ - osx-arm64Let's verify the dependencies support these platforms:
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check if dependencies support the target platforms
# Note: Only checking direct dependencies as they're listed in meta.yaml
# Look for platform support in perl-carp
echo "Checking perl-carp..."
rg -l "additional-platforms" "recipes/perl-carp/meta.yaml"
# Look for platform support in perl-unicode-utf8
echo "Checking perl-unicode-utf8..."
rg -l "additional-platforms" "recipes/perl-unicode-utf8/meta.yaml"
# Look for platform support in perl-json-parse
echo "Checking perl-json-parse..."
rg -l "additional-platforms" "recipes/perl-json-parse/meta.yaml"
Length of output: 509
Script:
#!/bin/bash
# Let's check the actual platform configurations in the dependencies
# Check perl-unicode-utf8 platforms
echo "=== perl-unicode-utf8 platforms ==="
rg "additional-platforms:" -A 5 "recipes/perl-unicode-utf8/meta.yaml"
# Check perl-json-parse platforms
echo -e "\n=== perl-json-parse platforms ==="
rg "additional-platforms:" -A 5 "recipes/perl-json-parse/meta.yaml"
# Let's also verify if perl-carp exists in a different location or name
echo -e "\n=== Looking for perl-carp recipe ==="
fd "perl-carp" "recipes"
Length of output: 513
| extra: | ||
| additional-platforms: | ||
| - osx-arm64 |
There was a problem hiding this comment.
💡 Codebase verification
linux-aarch64 platform should be included
The recipe uses {{ compiler('c') }} which indicates native code compilation, and there's no architecture-specific skip conditions (the osx skip is commented out). Since the PR's objective is to add support for both linux-aarch64 and osx-arm64 architectures, and there are no technical limitations preventing linux-aarch64 support, it should be included in the additional-platforms list.
- Add
linux-aarch64to theadditional-platformslist inrecipes/perl-config-any/meta.yaml
🔗 Analysis chain
Verify if linux-aarch64 platform should be included.
The PR objective mentions adding support for both linux-aarch64 and osx-arm64, but only osx-arm64 is included in the additional-platforms list. Since this package uses a C compiler suggesting native code components, it's worth verifying if linux-aarch64 support should also be added.
Let's check other Perl packages in this PR for consistency:
🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash
# Description: Check additional-platforms configuration in other Perl packages
# Test: Look for patterns in additional-platforms sections across Perl packages
# Expect: Consistent platform support across similar packages
# Search for additional-platforms sections in perl-* recipes
rg -A 3 "additional-platforms:" "recipes/perl-**/meta.yaml"
Length of output: 125
Script:
#!/bin/bash
# Let's try a different approach to find Perl recipes and their platform configurations
# First, let's check if the recipe exists and view its full content
cat recipes/perl-config-any/meta.yaml
# Then, let's search for any other Perl recipes modified in recent commits
git log -p --grep="perl-" --name-only | grep "^recipes/perl-.*meta.yaml$" | sort -u
# Also search for other recipes that might have similar platform configurations
rg -l "additional-platforms:" recipes/
Length of output: 34081
Script:
#!/bin/bash
# Let's check if this recipe has any architecture-specific build requirements or skip conditions
# Check the full recipe content
cat recipes/perl-config-any/meta.yaml
# Also search for any skip conditions or architecture-specific patterns in other Perl recipes
rg -A 3 "skip:|host:|build:" recipes/perl-config-any/meta.yaml
Length of output: 1426
A local bulk test has shown the packages (at least when all built together) succeeded as of today on both platforms - so it's time to merge these in and see how CI reacts.