fromResolutionResult()
                }
            }
        }
    }
// end::versions-resolved[]
// end::customize-descriptor[]
    repositories {
        ivy {
            // change to point to your repo, e.g. http://my.org/repo
            url layout.buildDirectory.dir('repo')
        }
    }
}

// tag::generate[]
generateDescriptorFileForIvyCustomPublication {

                }
            }
// tag::versions-resolved[]
        }
    }
// end::versions-resolved[]
// end::pom-customization[]
    repositories {
        maven {
            // change URLs to point to your repos, e.g. http://my.org/repo
            val releasesRepoUrl = uri(layout.buildDirectory.dir("repos/releases"))
            val snapshotsRepoUrl = uri(layout.buildDirectory.dir("repos/snapshots"))

                }
            }
// tag::versions-resolved[]
        }
    }
// end::versions-resolved[]
// end::pom-customization[]
    repositories {
        maven {
            // change URLs to point to your repos, e.g. http://my.org/repo
            def releasesRepoUrl = layout.buildDirectory.dir('repos/releases')
            def snapshotsRepoUrl = layout.buildDirectory.dir('repos/snapshots')

        .filter { it.startsWith("Cannot use Kotlin build script compile avoidance with") }
        // filter out avoidance warnings for versioned jars - those come from Kotlin/libraries that don't change when code under test changes
        .filterNot { it.contains(Regex("\\d.jar: ")) }

    init {
        if (!expectWarnings) {
            MatcherAssert.assertThat(compileAvoidanceWarnings, Matchers.isEmpty())
        }
    }

        }
        create<MavenPublication>("binaryAndSources") {
            from(components["java"])
            artifact(tasks["sourcesJar"])
        }
    }
    repositories {
        // change URLs to point to your repos, e.g. http://my.org/repo
        maven {
            name = "external"
            url = uri(layout.buildDirectory.dir("repos/external"))
        }
        maven {
            name = "internal"

    else -> actualBranch
}

/**
 * The build environment.
 *
 * WARNING: Every val in here must not change for they same daemon. If it does, changes will go undetected,
 *          since this whole object is kept in the classloader between builds.
 *          Anything that changes must be in a val with a get() method that recomputes the value each time.
 */
object BuildEnvironment {

    /**

## Develop and verify

After you make a change, you can run `mvn clean teamcity-configs:generate` to generate and verify the generated TeamCity configuration XMLs.

You also need to run `mvn clean verify` with Java 8 before committing changes.

        /**
         * Whether the undeclared inputs accessed while serializing the task graph will be
         * excluded from input tracking. This is a temporary opt-out flag after a change
         * was made in that behavior.
         */
        val ignoreInputsInConfigurationCacheTaskGraphWriting: Boolean,
        /**
         * Whether the instrumentation agent was used when computing the cache.

The build process state also includes state that is tied to a particular Gradle user home directory.
When that directory changes between Gradle invocations, the state is discarded and recreated.
Typically, the Gradle user home directory does not change for a given process, so this is effectively process state.

The `init` task uses the (also built-in) `wrapper` task to create a Gradle wrapper script, `gradlew`.

The first step is to create a folder for the new project and change directory into it.

[listing.terminal.sample-command]
----
\$ mkdir demo
\$ cd demo
----

== Run the init task