Automate one-major-version-at-a-time upgrades with rollback points and verification.
npx skills add https://github.com/maestria-co/ai-playbook --skill upgrade-repo
Please help me install this Agent Skill. Skill: upgrade-repo Source: https://github.com/maestria-co/ai-playbook/tree/main/skills/upgrade-repo Command: npx skills add https://github.com/maestria-co/ai-playbook --skill upgrade-repo
Safely upgrade language versions, frameworks, and major dependencies with a structured pre/during/post process and a clear rollback plan. The goal is to stay in control at every step: understand breaking changes before touching code, verify the build after each fix, and keep commits granular enough that any problem can be isolated and reverted.
Create a dedicated upgrade branch, consult migration guides, and apply changes incrementally with tests so each change remains isolated and reversible.
High-intent search queries and answers about installing and using this skill.
To safely upgrade major framework versions, apply changes incrementally one major version at a time. This structured approach enforces pre-upgrade research, dedicated branching, and post-upgrade verification to isolate breaking changes and maintain a clear rollback path.
Handling dependency migrations across Node and Python requires checking compatibility and consulting migration guides before touching code. The process involves structured per-version steps: update, install, fix builds, run tests, and address deprecations deterministically.
Creating a rollback anchor before upgrading language versions involves branching and tagging your codebase. This establishes a dedicated, precise revert point so that if post-upgrade verification fails, you can isolate and revert granular commits without cascading issues.
Upgrading multiple major dependency versions simultaneously is not recommended. To reduce the blast radius and avoid cascading issues, upgrades should be applied one major version at a time with explicit testing and build verification between each step.
A build fails after a language version upgrade because of unaddressed breaking changes or dependency incompatibilities. Resolving this requires a structured process of consulting migration guides, fixing builds incrementally, and running tests after each per-version step.
You need a structured pre-upgrade research process for dependencies when tackling major version bumps. Understanding breaking changes and checking dependency compatibility before modifying code ensures deterministic, auditable changes and prevents unexpected build failures.
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