Class ConsistentVersionsPlugin.GcvAttributes

java.lang.Object
com.palantir.gradle.versions.ConsistentVersionsPlugin.GcvAttributes
Enclosing class:
ConsistentVersionsPlugin
public abstract static class ConsistentVersionsPlugin.GcvAttributes extends Object

  • Constructor Details

    • GcvAttributes

      public GcvAttributes()

  • Method Details

    • getGradle

      @Inject protected abstract org.gradle.api.invocation.Gradle getGradle()

    • getObjects

      @Inject protected abstract org.gradle.api.model.ObjectFactory getObjects()

    • gradleUsageForGcv

      public final org.gradle.api.attributes.Usage gradleUsageForGcv()
      We don't want the consumable configurations we create to have any known usage, so we give them this usage. This is so that:
      • they don't cause an ambiguity between the copied and the original apiElements, runtimeElements etc., when a resolution with a required usage is performed (such as by resolving a compileClasspath or runtimeClasspath configuration)
      • to avoid the configurations we create to calculate locks being resolved as an actual candidate in normal resolution, when all other candidates didn't match, simply because it had completely distinct attributes from the requested attributes.

    • buildPath

      public final ConsistentVersionsPlugin.GcvBuildPath buildPath()
      Whilst calculating the unifiedClasspath for a parent build, we don't want internal configurations from child builds - i.e. included builds - to be selected. We effectively want to consume the "published" variant i.e. if the included build were to be an external library we were to consume, what dependencies and jars do we get?

    • configureGcvBaseAttributes

      public final void configureGcvBaseAttributes(org.gradle.api.attributes.AttributeContainer attributes)

    • configureGcvSourceAttributes

      public final void configureGcvSourceAttributes(org.gradle.api.attributes.AttributeContainer attributes)