Error Resolution

Test failures can be diagnosed by running composer test to categorize errors by type—syntax, style, types, or architecture violations. Fix style issues with composer fix:style, type issues with composer fix:types, then re-run tests. Manual fixes address remaining logic or architecture issues, followed by composer test and composer analyze:architecture to verify resolution.

Pre-commit blocks are resolved using a structured workflow: run composer test to identify the error class, apply automated fixes via composer fix:style and composer fix:types, then re-run tests. This systematic approach reduces debugging time by categorizing errors before manual intervention on architecture or logic failures.

Yes. Composer provides automated fixes: composer fix:style corrects code style violations and composer fix:types resolves type issues. After applying these fixes, re-run composer test to verify the corrections and surface remaining failures that require manual fixes.

This workflow includes guided patterns for common issues—naming conventions, forbidden patterns, and architecture violations. After resolving errors with composer test, composer fix:style, and composer fix:types, run composer analyze:architecture to validate your codebase against layer and architecture rules, preventing regressions.

The workflow handles syntax errors, style violations, type mismatches, architecture violations, and logic failures. It categorizes errors triggered by test failures or pre-commit hooks, applying deterministic Composer commands to identify root causes and guide remediation through both automated fixes and manual patterns.