if (!updated.hasRank()) return false;

  // If the original type doesn't have a rank, then refine as the updated type
  // has a rank.
  if (!original.hasRank()) return true;

  // Both types must have the same rank.
  if (original.getRank() != updated.getRank()) return false;

  // Refine if the updated type is bounded.
  return IsBounded(updated);
}

const benchmarkNumNodes = 10000

func BenchmarkUpdateNodeTransaction(b B) {
	s, nodeIDs := setupNodes(benchmarkNumNodes)
	b.ResetTimer()
	for i := 0; i < b.N(); i++ {
		_ = s.Update(func(tx1 Tx) error {
			_ = UpdateNode(tx1, &Node{
				ID: nodeIDs[i%benchmarkNumNodes],
			})
			return nil
		})
	}
}

type B interface {
	ResetTimer()
	N() int
}

type Tx interface {
}

type Node struct {

	waitForRun("fifth run", t, timer, obj)

	// Clean up.
	stop <- struct{}{}
	// a message is sent to time.updated in func Stop() at the end of the child goroutine
	// to terminate the child, a receive on time.updated is needed here
	<-timer.updated
}

func Test_BoundedFrequencyRunnerBurst(t *testing.T) {
	obj := &receiver{}
	timer := newFakeTimer()

					}
					if err := verifyValidatingWebhookConfiguration(got); err != nil {
						return err
					}

					updated := got.DeepCopyObject().(*kubeApiAdmission.ValidatingWebhookConfiguration)
					updated.Webhooks[0].ClientConfig.CABundle = nil
					ignore := kubeApiAdmission.Ignore // can't take the address of a constant
					updated.Webhooks[0].FailurePolicy = &ignore

    @Override
    protected DefaultLockOptions options() {
        return DefaultLockOptions.mode(FileLockManager.LockMode.OnDemand)
    }

    def "a lock has been updated when never written to"() {
        given:
        def lock = createLock(Shared)
        def state = lock.state
        lock.close()

        when:
        lock = createLock(lockMode)

        then:

		t.Fatal(err)
	}
	if !ipregistry.updateCalled || ipregistry.updated == nil || ipregistry.updated.Range != cidr.String() || ipregistry.updated != ipregistry.item {
		t.Errorf("unexpected ipregistry: %#v", ipregistry)
	}
	if !secondaryIPRegistry.updateCalled || secondaryIPRegistry.updated == nil || secondaryIPRegistry.updated.Range != secondaryCIDR.String() || secondaryIPRegistry.updated != secondaryIPRegistry.item {

        file("a/build.gradle") << """
            myExtension.message = "updated message for :a"
        """

        withIsolatedProjects()
        def model5 = runBuildAction(new FetchCustomModelForEachProject())

        then:
        model5.size() == 2
        model5[0].message == "updated message for root"
        model5[1].message == "updated message for :a"

        and:
        fixture.assertStateUpdated {

        methodName = description.methodName
        className = description.className
        updateId()
        return base
    }

    void setTestSpec(testSpec) {
        this.testSpec = testSpec
        updateId()
    }

    def updateId() {
        if (methodName != null && testSpec != null) {
            if (testSpec.hasProperty('testId') && testSpec.testId == null) {

        details.updated
        details.ruleDescriptors == [SELECTED_BY_RULE]
    }

    def "can specify custom selection reason"() {
        when:
        details.useTarget("org:bar:2.0", 'with custom reason')

        then:
        details.target instanceof ModuleComponentSelector
        details.target.toString() == 'org:bar:2.0'
        details.updated

			require.Len(t, devices, 3)
			require.Equal(t, devices[0].ID, updated[0].ID)
			require.Equal(t, devices[1].ID, updated[1].ID)
			require.Equal(t, devices[2].ID, updated[2].ID)
			require.Equal(t, devices[0].Health, updated[0].Health)
			require.Equal(t, devices[1].Health, updated[1].Health)
			require.Equal(t, devices[2].Health, updated[2].Health)
		}

		callbackCount++
		callbackChan <- callbackCount
	}