security-detect-crew

To implement a static security detector for Rust codebases, define a SecurityPattern struct with cwe, user_input_indicators, and sanitization_indicators, then enforce an async analyze method. This approach enables taint analysis and CWE pattern detection across Rust-based detector crates.

Standardizing code review detectors for vulnerability patterns requires using SecurityPattern structs and enforcing an async analyze method. This governance approach ensures consistency and accountability when maintaining static security detectors across the project's crates.

Testing Rust static analysis detectors with tokio requires placing in-file tests using the #[tokio::test] attribute. You validate the detector logic by running cargo test -p apex-detect to ensure the async analyze method correctly identifies security vulnerabilities.

Yes, the static security detector governance workflow enforces linting with cargo clippy. It specifically mandates running cargo clippy -p apex-detect -- -D warnings to ensure the Rust detector codebase maintains strict warning-free standards.

You can use this approach to detect CWE patterns across different crate dependencies like apex-detect and apex-cpg. The workflow coordinates static security detectors across these Rust crates to identify vulnerabilities through pattern-based checks and taint analysis.

You should notify partners about changes to shared static security detector APIs when standardized interfaces or shared APIs change. This collaborative workflow ensures component owners maintain accountability and consistency across the codebase when detector interfaces are updated.