moai-workflow-loop

Continuous code quality feedback is automated by orchestrating an iterative loop that applies LSP diagnostics, AST-grep scanning, and test validation to changed source files until completion criteria are met or iteration limits are reached.

An LSP-driven diagnostic loop is an automated process that repeatedly checks changed files using language server protocol diagnostics, surfaces line-level errors, and applies fixes iteratively to support error-driven development.

AST-grep scanning works with LSP diagnostics by combining syntax tree pattern matching with language server error detection, creating a comprehensive quality validation mechanism within an automated iterative feedback loop.

An automated feedback loop for test failures and warnings is set up by configuring loop state tracking and completion checks that repeatedly execute tests, scan with AST-grep, and apply fixes until the codebase is clean.

When the code quality fixing loop reaches the iteration limit, it halts the automated review and fixing cycles, leaving any remaining errors or test failures unresolved for manual inspection.

Diagnostic-driven repairs can be applied across supported languages by leveraging LSP servers that provide language-specific diagnostics, enabling the iterative fixing loop to address errors in diverse codebases.