configureIde(TestType.INTEGRATION)

createTestTask("integMultiVersionTest", "forking", sourceSet, TestType.INTEGRATION) {
    // This test task runs only multi-version tests and is intended to be used in the late pipeline to sweep up versions not previously tested
    includeSpockAnnotation("org.gradle.integtests.fixtures.compatibility.MultiVersionTestCategory")
    (options as JUnitPlatformOptions).includeEngines("spock")

            gradle.taskGraph.whenReady { project.version = 'late' }
            artifacts { compile aJar }
'''
        file('b/build.gradle') << '''
            apply plugin: 'base'
            version = 'early'
            configurations { compile }
            task bJar(type: Jar) { }
            gradle.taskGraph.whenReady { project.version = 'transitive-late' }
            artifacts { compile bJar }
'''

}

// recordCall records a call from ODCLFUNC node "from", to function
// symbol "to" at position pos.
//
// This should be done as late as possible during compilation to
// capture precise call graphs. The target of the call is an LSym
// because that's all we know after we start SSA.
//
// This can be called concurrently for different from Nodes.

        then:
        thrown NullPointerException

        when:
        deferrable.completeAndGet()
        then:
        thrown NullPointerException
    }

    def "mapping deferred to null fails late"() {
        when:
        def deferrable = Deferrable.deferred(() -> "value").map(result -> null)
        then:
        noExceptionThrown()

        when:
        def result = deferrable.getCompleted()

 *   and therefore these locations should not be watched to cut down on the number of watchers needed.
 *
 * - Locations known to be modified during a build might receive late file events that would invalidate VFS state we just
 *   captured after the changes; to avoid this, after a known modification we assume no further modifications will

        <forkId implementation="int" default-value="-1">${forkId}</forkId>
      </configuration>
    </mojo>
    <mojo>
      <goal>resolve-late-bound-plugin</goal>
      <description>Resolve a late-bound plugin during a build, right before it is to be used.</description>
      <requiresDirectInvocation>false</requiresDirectInvocation>
      <requiresProject>false</requiresProject>

 * beforeLocking callback method is called, the previous incorrect behavior of the ArtifactView was to select without
 * considering these attributes.  This has been corrected to use a "live" view
 * of the attributes, to ensure that late changes to the attributes are reflected in the selection.
 *
 * These tests use the `java-library` plugin and should resolve the secondary "classes" variant of the producer

func NewHandler(ops ...Operation) *Handler {
	operations := sets.NewString()
	for _, op := range ops {
		operations.Insert(string(op))
	}
	return &Handler{
		operations: operations,
	}
}

// SetReadyFunc allows late registration of a ReadyFunc to know if the handler is ready to process requests.
func (h *Handler) SetReadyFunc(readyFunc ReadyFunc) {
	h.readyFunc = readyFunc
}

			// requests) and new connections (those which connected
			// but never sent a request). StateNew connections are
			// super rare and have only been seen (in
			// previously-flaky tests) in the case of
			// socket-late-binding races from the http Client
			// dialing this server and then getting an idle
			// connection before the dial completed. There is thus
			// a connected connection in StateNew with no

            // most cases. We could create an empty attribute set directly in the AbstractDependencyImpl,
            // but then it wouldn't be mutable. Therefore we proceed with "late injection" of the attributes
            ((AbstractDependencyImpl<?>) dependencyMetadata).setAttributes(attributesFactory.mutable());
        }

        T adapted = adapt(dependencyMetadata);