Execute and generate YAML-based test plans for compiled binaries.
npx skills add https://github.com/kdeldycke/repomatic --skill repomatic-test
Please help me install this Agent Skill. Skill: repomatic-test Source: https://github.com/kdeldycke/repomatic/tree/main/.claude/skills/repomatic-test Command: npx skills add https://github.com/kdeldycke/repomatic --skill repomatic-test
This Skill helps users run and write YAML-based test plans against compiled binaries, ensuring their functionality and correctness.
test-plan.yaml file to verify the compilation was successful and the binary behaves as expected.Use the repomatic-test skill to run the test plan located at /path/to/your/test-plan.yaml.
High-intent search queries and answers about installing and using this skill.
To run YAML test plans against compiled binaries, execute the predefined test definitions using the `uv` tool. This validates the binary integrity and functionality by processing structured test plans located in a specified YAML file.
Validating compiled binary functionality is best achieved by executing structured YAML test plans. This approach verifies compilation success and ensures the compiled software behaves exactly as expected through predefined test definitions.
Writing a YAML test plan for compiled software involves creating structured test definitions that specify expected binary behaviors. You can generate these new YAML-based plans to systematically verify the functionality and correctness of your compiled binaries.
Yes, you need `uv` to execute YAML-based test plans. The execution process utilizes `uv` to run the structured test definitions against compiled binaries, facilitating the validation of binary integrity and functionality.
Yes, you can use YAML test plans for downstream projects. The testing process supports both canonical repositories and downstream projects, allowing you to validate compiled binaries across different project environments using structured test definitions.
Using YAML test plans provides structured and standardized test definitions compared to ad-hoc scripts. This ensures consistent validation of compiled binary integrity and functionality through clear, maintainable test configurations rather than scattered script logic.
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