// ErrPreCreateHook - failed to execute PreCreateHook
	ErrPreCreateHook = errors.New("PreCreateHookError")
	// ErrCreateContainer - failed to create container
	ErrCreateContainer = errors.New("CreateContainerError")
	// ErrPreStartHook - failed to execute PreStartHook
	ErrPreStartHook = errors.New("PreStartHookError")
	// ErrPostStartHook - failed to execute PostStartHook
	ErrPostStartHook = errors.New("PostStartHookError")

	// Also testing that passing a reflect.Value to tmpl.Execute works.
	texts := []string{
		`{{range .}}{{.String}}{{end}}`,
		`{{with index . 0}}{{.String}}{{end}}`,
	}
	for _, text := range texts {
		tmpl := Must(New("tmpl").Parse(text))
		var buf strings.Builder
		err := tmpl.Execute(&buf, reflect.ValueOf([]V{{1}}))
		if err != nil {
			t.Fatalf("%s: Execute: %v", text, err)
		}

	// Also testing that passing a reflect.Value to tmpl.Execute works.
	texts := []string{
		`{{range .}}{{.String}}{{end}}`,
		`{{with index . 0}}{{.String}}{{end}}`,
	}
	for _, text := range texts {
		tmpl := Must(New("tmpl").Parse(text))
		var buf strings.Builder
		err := tmpl.Execute(&buf, reflect.ValueOf([]V{{1}}))
		if err != nil {
			t.Fatalf("%s: Execute: %v", text, err)
		}
		if buf.String() != "<1>" {

			}
			b := new(strings.Builder)
			if err := tmpl.Execute(b, data); err != nil {
				t.Fatalf("%s: template execution failed: %s", test.name, err)
			}
			if w, g := test.output, b.String(); w != g {
				t.Fatalf("%s: escaped output: want\n\t%q\ngot\n\t%q", test.name, w, g)
			}
			b.Reset()
			if err := tmpl.Execute(b, pdata); err != nil {

        and:
        1 * action.execute(_) >> { Bean bean ->
            assert bean.value == null
            bean.value = "create"
        }
        1 * action.execute(_) >> { Bean bean ->
            bean.value += " > defaults"
        }
        1 * action.execute(_) >> { Bean bean ->
            bean.value += " > initialize"
        }
        1 * action.execute(_) >> { Bean bean ->

        }

        ExecutorService createExecutor(int parallelism) {
            //
            // We need an executor that will not block.
            // We can't use work stealing, as we are building a graph
            // and this could lead to cycles where a thread waits for
            // a task to finish, then execute another one which waits
            // for the initial task...

        configuration.execute(getNormalization());
    }

    @Inject
    @Override
    public abstract DependencyLockingHandler getDependencyLocking();

    @Override
    public void dependencyLocking(Action<? super DependencyLockingHandler> configuration) {
        configuration.execute(getDependencyLocking());
    }

    @Override

        when:
        conf.runDependencyActions()

        then:
        1 * defaultDependencyAction.execute(conf.dependencies)
        1 * mutation.execute(conf.dependencies)

        then:
        1 * parentWhenEmptyAction.execute(parent.dependencies)
        1 * parentMutation.execute(conf.dependencies)
        0 * _
    }

    def propertyChangeWithNonUnresolvedStateShouldThrowEx() {

        unpackedValue == expectedUnpackedValue
        1 * sideEffect1.execute("some value")
        then: // ensure ordering
        1 * sideEffect2.execute("other value")
        0 * _

        when:
        unpackedValue = executionTimeValue.toValue().get()
        then:
        unpackedValue == expectedUnpackedValue
        1 * sideEffect1.execute("some value")
        then: // ensure ordering

	ctx := setupTestCommon(t, compiler, matcher, false)
	err := ctx.Plugin.Dispatch(
		context.Background(),
		// Object is irrelevant/unchecked for this test. Just test that
		// the evaluator is executed, and returns a denial
		attributeRecord(nil, fakeParams, admission.Create),
		&admission.RuntimeObjectInterfaces{},
	)

	require.ErrorContains(t, err, "not yet ready to handle request")