Revapi

Full-featured API checker for Java and beyond.

After the great feedback from the community, new versions of the various Revapi components were released.

The Java analyzer, revapi-java, has seen a couple of improvements in version 0.17.0:

  • The classes are now correctly located by their binary name in (hopefully) all cornercases (#112).

  • The analysis is up now to 30% faster thanks to various optimizations.

  • The jdk.internal.HotSpotIntrinsicCandidate annotation is no longer reported.

  • classQualifiedName is now included in the attachments of the reported differences making it possible to ignore problems on inner classes for which the combinations of previously existing package and simpleName would not work (#127).

  • The configuration of the individual java checks is now correctly read from the checks sub map instead of from the root of the revapi-java configuration (#130).

  • The analyzer now reports changes to the serialization even if the classes don’t contain the serialVersionUID field using a new java.class.defaultSerializationChanged difference code.

Revapi maven plugin introduced the following in 0.10.2:

  • The provided dependencies are no longer resolved transitively by default. This reduces the sometimes surprising and on other occasions incorrect findings. Namely if two dependencies require the same artifact in a different version as provided, revapi no longer reports gets confused when the archives are resolved in a certain order. The original behavior can be restored by setting the new resolveTransitiveProvidedDependencies property to true.

  • The extensions can now use a maven-log and writer context objects to be able to access the maven log or the output writer of the maven reporter. This can be used by the extensions to contribute to the maven build output.

Revapi standalone introduced the following in 0.8.0:

  • It is now possible to specify a list of remote repositories to use for artifact resolution instead of the default maven central (#125).

  • In line with the revapi maven plugin, the standalone also changed the way provided dependencies are resolved.

The basic feature introduced the following in 0.8.0:

  • Previously the semver extension would fail the build if there were multiple archives specified as the main ones for either old or new version even if the semver extension was disabled. This is no longer the case and the build will break only when the semver extension is enabled (because it cannot work in such situation).

Special thanks go out to Steve Gutz who contributed the remote repo support to the standalone CLI and the classQualifiedName to the java reports, Rostislav Svoboda for spending the time on analyzing revapi behavior on huge archives (namely the whole Wildfly server distribution) and David Pereira for pointing out the need for checking the serialization changes for classes with default serialization.

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Msb3 Maven skin by Marek Romanowski.