Deep-dives into Abstract Syntax Tree analysis, deterministic patch generation, compiler verification gates, and Git write contracts.
Exploring why naive dependency manifest scanners produce 90% false positive alert fatigue, and how parsing call expressions into an Abstract Syntax Tree distinguishes merely installed libraries from active breakages.
A technical walkthrough of import alias resolution, property access inspection, and destructured parameter evaluation using ts-morph to pinpoint the exact line numbers needing migration.
How Git branch head drift creates patch corruption, and why pinning an immutable 40-character baseline commit SHA prevents divergent proposals.
Why prompting generic LLMs to rewrite entire source files causes formatting churn and hallucinated bugs, compared to bounded, rule-driven AST transformations that preserve your project's indentation and comments.
A detailed breakdown of our 4-gate safety harness: AST syntax validity parsing, TypeScript compiler diagnostics, call-site boundary constraints, and dry-run test execution.
Examining our foundational architectural invariant: developer agency must remain sovereign. Why automated tools should never merge code or push directly to default branches.
