circular-dependency-control

Detect circular dependencies in Kotlin by using static analysis across class, package, and Gradle module boundaries to identify tight coupling and enforce unidirectional dependency flow.

Resolve Gradle module cycles by applying canonical refactoring strategies like Dependency Inversion, Mediator patterns, and Ref Objects to prevent tight coupling and architectural decay.

Prevent spaghetti dependencies during package restructuring by applying architectural fitness functions to audit the domain model, ensuring it remains a Directed Acyclic Graph (DAG).

Yes, circular dependency detection operates across class, package, and Gradle module boundaries in Kotlin projects to classify cycles and enforce clean architecture constraints.

Circular dependencies cause fragile builds and runtime initialization errors because they create tight coupling and architectural decay, preventing the unidirectional dependency flow required for stable initialization.