As @Module is absent from the Kotlin flavor of jMolecules, code that refers to that is now guarded with a more specific check for that type in particular.
If named interfaces are declared in nested packages, the name detection might accidentally pick up the names declared in child packages. We now deliberately only inspect the base package.
As we process a type's entire type hierarchy for dependencies we might discover a foreign module's internal dependencies for modules that declare allowed dependencies explicitly. Explicitly declared dependencies so far solely verified the target being explicitly listed, which, for internal dependencies does not make sense. We now immediately start checking the source and target modules to be equivalent, in which case we can skip any further processing.
Spring Boot configures Hibernate Validator in a way that the latter looks up the components it needs to instantiate via the Spring container. That in turn then creates prototype instances of the types requested. This means, implementations of e.g. ConstraintValidator do not need to be explicitly marked as Spring beans, but could still declare dependencies to other Spring beans. If such a dependency crosses a module boundary, we currently fail to detect that implicitly established module dependency.
This is now fixed by considering ConstraintValidator implementations Spring beans implicitly in out bootstrap dependency analysis.
We now explicitly exclude classes generated by Spring AOT in the architectural model. For technical reasons, they might introduce dependencies to application components considered module internals otherwise. Also, proxies generated do not need to be considered either.
Removed the inclusion of the spring-modulith-runtime artifact from the …-starter-core one to avoid issues in native images in a Spring Modulith default setup. As the artifact is still needed to support ApplicationModuleInitializer implementations, we now explicitly check for the presence of those and verify the artifact is actually available and hint the user at explicitly adding it if missing.
We now create artificial root application modules for all root packages to detect violations (for example, types located in root packages referring to module-internal types).
Prior to this commit, the lookup for an ApplicationModule would find modules solely depending on the reference string starting with the base package. That means that a module with base package com.acme.foo, a request for com.acme.foobar would've resulted in a positive match, which of course is wrong.
We now match against either the module's base package or against the reference starting with the base package followed by a dot.
