test-analyzer

Test coverage analysis identifies missing behavioral scenarios by evaluating error handling paths, boundary cases, state transitions, and security-sensitive inputs. It applies DAMP principles to detect coverage gaps and priority-ranked remediation guidance after code refactoring.

Test smells include over-mocking, implementation-detail assertions, tests with no assertions, time dependence, and ordering assumptions. Test quality assessment flags these brittle patterns by evaluating resilience, descriptiveness, isolation, and setup clarity using DAMP principles.

DAMP principles assess test quality by evaluating resilience, descriptiveness, isolation, completeness, and setup clarity. Analyzing test suites against these criteria identifies brittle test patterns and generates priority-ranked remediation guidance for coverage gaps.

Test coverage quality analysis applies to individual files, specific folders, or full test suites. It evaluates missing behavioral scenarios and test smells across the selected scope, providing priority-ranked remediation guidance for identified coverage gaps.

Critical gap detection finds untested error paths, boundary cases, state transitions, core business logic, and security-sensitive inputs. Analyzing test coverage quality highlights these missing behavioral scenarios and generates remediation guidance to prevent regressions.

High line coverage often misses behavioral scenarios like error handling, state transitions, and security-sensitive inputs. Test coverage analysis evaluates test quality beyond lines of code, detecting coverage gaps and implementation-detail assertions that fail to protect actual behavior.