regression-analysis

Regression test planning identifies direct, indirect, and potential impact surfaces from code changes to produce a structured plan with test cases and rationale. It maps change scope and historical patterns to guide testing efforts and improve release confidence.

Regression risk analysis evaluates code change impacts across multiple layers using change scope, historical patterns, and bugfix context. It prioritizes testing efforts by identifying affected areas and returning a structured analysis with risk assessment and explicit untested areas.

Analyze indirect impact surfaces by providing changed files and artifacts to the regression analysis engine. It evaluates bugfix context and historical patterns to map dependencies, producing a root-cause-aware regression plan that highlights affected code, tests, and data layers.

Yes, regression analysis explicitly returns untested areas alongside the structured regression plan. By evaluating change scope and potential impact surfaces, it highlights specific regions lacking test coverage and provides rationale for required follow-up testing actions.

Prioritize regression testing by applying risk analysis using change scope, historical patterns, and bugfix context. This approach maps direct and indirect impact surfaces, producing a focused regression plan that targets high-risk areas and improves overall release confidence.

No specific dependencies or test frameworks are required. You provide the changed files and artifacts to the regression analysis engine, which processes the inputs independently to generate a structured regression plan with test cases and impact summaries.