comprehensive-code-review

To perform static code review on OpenHarmony ArkUI pull requests, execute the provided analysis workflow to identify stability, security, and ACE architecture violations. It acts as a PR quality gate, generating severity-tiered Markdown reports with actionable merge recommendations.

ACE Engine four-layer architecture compliance validation checks OpenHarmony ArkUI code against framework rules like Pattern/Model/Property separation and component lifecycle usage. It enforces ACE-specific guardrails including RefPtr/WeakPtr practices and safe callback captures to prevent regressions.

Yes, you can audit memory management and thread safety across C++ and ArkTS codebases. The review evaluates memory leaks, threading issues, modern C++ practices, and SOLID principles, producing severity-tiered reports mapped to reference guidelines for targeted dimension checks.

The code review supports directory-wide security audits alongside pull request reviews and targeted dimension checks. It systematically evaluates OpenHarmony ArkUI code across security, stability, performance, and design dimensions to reduce the risk of production incidents.

The best way to catch critical ACE Engine issues before merge is running a comprehensive code review that identifies architecture violations, memory safety risks, and threading defects. It produces actionable severity-tiered Markdown reports mapped to reference documents for fast team alignment.

Your OpenHarmony ArkUI code review needs to check technical debt and backward compatibility because evaluating these dimensions prevents regressions and maintains production stability. The review systematically assesses maintainability, API design, and code smells alongside ACE Engine-specific architecture rules.