Classify build, test, import, and loop failures into recovery decision trees.
npx skills add https://github.com/sbknana/equipa --skill error-recovery-sbknana
Please help me install this Agent Skill. Skill: error-recovery Source: https://github.com/sbknana/equipa/tree/main/skills/developer/skills/error-recovery Command: npx skills add https://github.com/sbknana/equipa --skill error-recovery-sbknana
Structured recovery is essential for teams that face frequent build failures, test failures, missing imports, or looping error states. This skill provides a repeatable framework to diagnose issues, select safe remediation steps, and prevent repeating ineffective fixes.
Analyze the latest failure log and start the recovery flow by selecting the appropriate error category to trigger the next steps.
High-intent search queries and answers about installing and using this skill.
Automated build and test failure recovery applies a decision-tree classification to categorize errors and provide step-by-step remediation paths. It isolates changes and guides rollback procedures to ensure safe progress when a fix worsens the situation.
Diagnosing recurring import or loop failures uses a guided fault classification framework that categorizes errors into build, test, runtime, and dependency categories. This provides recommended actions and repeatable diagnosis steps to prevent repeating ineffective fixes.
Using a decision tree to fix build failures involves selecting the appropriate error category from the latest failure log to trigger guided remediation steps. The framework includes verification checks to ensure safety and progress before applying fixes.
Rollback-ready guidance is provided for failed test and dependency remediation by emphasizing change isolation. If an attempted fix worsens the error state, the framework directs you to safely revert changes and avoid repeating ineffective recovery steps.
A structured error recovery framework should be used when facing frequent build, test, import, or looping error states. It provides a repeatable framework to diagnose issues, select safe remediation steps, and prevent repeating ineffective fixes.
No specific external tools are required to classify runtime errors using the recovery decision tree. The framework operates by analyzing the latest failure log and applying decision-tree classification to categorize errors and trigger recommended actions.
rodrigotoledoIdentify failing GitHub PR checks and extract failure snippets from Actions logs.
esimplicityincDiagnose and resolve Katalyst BDD test failures with structured remediation steps.
jgsqwareAutomate local web application testing with Playwright and Python.
carrot-foundationDiagnose and fix build, test, and validation failures in the schemas package.
