Lint code for macOS Intel portability and enforce CI pipeline checks.
npx skills add https://github.com/danielraffel/burl --skill intel-canary
Please help me install this Agent Skill. Skill: intel-canary Source: https://github.com/danielraffel/burl/tree/main/.agents/skills/intel-canary Command: npx skills add https://github.com/danielraffel/burl --skill intel-canary
The intel-canary skill addresses the issue of maintaining and verifying the portability of the Pulp framework to macOS Intel (x86_64) architecture, ensuring compatibility and functionality across different builds.
Run the intel-canary skill to lint your code and check for portability issues.
High-intent search queries and answers about installing and using this skill.
To check for macOS Intel portability issues, run the intel-canary skill to perform static code analysis and enforce CI pipeline checks for cross-arch build wiring. This ensures your changes do not break the Pulp framework's x86_64 compatibility.
CI tiering for cross-arch build configurations enforces portability checks at various levels of importance within your CI pipeline. This mechanism ensures that changes do not negatively impact the cross-architecture build wiring of the Pulp framework.
Yes, you need Python3, yamllint, and actionlint installed to lint macOS Intel portability. These dependencies execute the static code analysis scripts and validate the CI pipeline configurations for cross-arch build compatibility.
You manage exceptions for arch-aware code patterns during static code analysis by using an allowlisting mechanism. This whitelist manages genuinely arch-aware occurrences, exempting them from the standard linting rules enforced by the CI pipeline.
Yes, you can use static analysis to prevent breaking Pulp framework compatibility. The intel-canary skill detects non-portable code patterns and enforces CI pipeline checks to ensure changes maintain macOS Intel x86_64 architecture functionality.
Your CI pipeline fails on cross-arch build wiring changes because static code analysis detected non-portable code patterns. The CI tiering mechanism blocks merges that negatively impact macOS Intel portability unless explicitly allowlisted.
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