Create safe, maintainable Makefiles with safety headers and modular includes.
npx skills add https://github.com/mauromedda/agent-toolkit --skill make-mauromedda
Please help me install this Agent Skill. Skill: make Source: https://github.com/mauromedda/agent-toolkit/tree/main/skills/make Command: npx skills add https://github.com/mauromedda/agent-toolkit --skill make-mauromedda
This skill helps engineering teams create safe, maintainable Makefiles by enforcing consistent safety headers, clear targets, and modular includes to prevent brittle builds.
Copy the Make skill template from resources/template.mk to your project Makefile, adjust project-specific variables, and run make help to verify documentation. Then run make to validate the build rules and patterns.
High-intent search queries and answers about installing and using this skill.
Maintainable Makefiles prevent brittle builds by enforcing safety headers like SHELL, .SHELLFLAGS, and .DELETE_ON_ERROR for predictable behavior. Structured phony declarations and modular includes further standardize conventions across multi-file projects to reduce build failures.
A safety header in a Makefile sets SHELL, .SHELLFLAGS, and .DELETE_ON_ERROR to ensure predictable execution and automatic cleanup on errors. You need these headers to prevent partial or corrupted build outputs when targets fail.
You add a self-documenting help system to a Makefile by annotating targets with descriptive comments and running a built-in help target. This approach parses your annotations to generate a readable list of available build rules.
You can use modular includes to organize large projects with dozens of Makefiles. This approach supports include-based organization and dedicated orchestration patterns, allowing you to standardize conventions and reduce build failures across multi-file environments.
The best way to standardize Makefile conventions is to apply modular patterns with safety headers, structured phony declarations, and self-documenting targets. Copying a central template to your project and running a validation script ensures consistency and correctness.
Your Makefile build fails silently without .DELETE_ON_ERROR because partially generated files are kept when a target execution is interrupted. Enforcing this safety header ensures corrupted or incomplete build outputs are automatically cleaned up upon failure.
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