Architecture Fitness Functions

You can check Go architecture layer boundaries by running fitness functions that evaluate source files and enforce dependency direction. This flags layer boundary violations to prevent code decay and maintain codebase robustness.

Architecture fitness functions are automated checks that verify architectural constraints like package coupling and cyclomatic complexity. They ensure codebase maintainability by preventing structural decay and enforcing established architectural principles.

You measure cyclomatic complexity and package coupling in a Go project by running automated analysis tools via shell execution. The evaluation identifies overly complex functions and large files to maintain architectural health.

Yes, you can integrate architecture constraint checking into a CI/CD pipeline. Running the fitness functions automatically flags any new Go code that violates established architectural principles before it gets merged.

Yes, you need shell execution access and read access to Go source files to analyze complexity. The fitness functions require shell execution to run the underlying analysis tools for evaluating code metrics.