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        1 * dependencySource.visitDependencies(_) >> { TaskDependencyResolveContext context -> context.add(dependency2) }

        def dependencies = collection.matching { false }.buildDependencies

        expect:
        dependencies.getDependencies(task) as List == [dependency1]
        dependencies.getDependencies(task) as List == [dependency2]
    }

        and:
        withImplementationDependencyOn("project-b", dependencyB)
        withFile("project-b/src/main/kotlin/my-plugin-b.gradle.kts")

        expect:
        assertClassPathFor(
            file("project-a/src/main/kotlin/my-plugin-a.gradle.kts"),
            [dependencyA] as Set,
            [dependencyB] as Set
        )

        and:
        assertClassPathFor(

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Louis Jacomet <******@****.***> 1615370565 +0100

        def dependency1 = Mock(ModuleDependency)
        def dependency2 = Mock(ModuleDependency)

        when:
        def metaData = create()

        then:
        1 * configuration.runDependencyActions()

        when:
        def dependencies = metaData.dependencies

        then:
        1 * dependencySet.iterator() >> [dependency1, dependency2].iterator()

        resolutionStrategy.capabilitiesResolution.all {
            selectHighestVersion()
        }
    }
}

fun readCapabilitiesFromJson() {
    val capabilitiesFile = repoRoot().file("gradle/dependency-management/capabilities.json").asFile
    val capabilities: List<CapabilitySpec> = readCapabilities(capabilitiesFile)
    capabilities.forEach {
        it.configure(dependencies.components, configurations)
    }
}

Otherwise, the constraint has no effect.
Dependency constraints can also define a <<rich_versions.adoc#rich-version-constraints,rich version constraint>> and support <<rich_versions.adoc#sec:strict-version,strict versions>> to enforce a version even if it contradicts with the version defined by a transitive dependency (e.g. if the version needs to be downgraded).

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