})
	}
}

func compareGraphs(expectedNodes, actualNodes []*dotVertex, expectedEdges, actualEdges []dotEdge, t *testing.T) {
	if len(expectedNodes) != len(actualNodes) {
		t.Fatal(dump.Pretty(actualNodes))
	}
	for i := range expectedNodes {
		currExpected := expectedNodes[i]
		currActual := actualNodes[i]
		if currExpected.uid != currActual.uid {

    }

    void assertNodesAccessing(String location, Node... expectedNodeList) {
        def expectedNodes = expectedNodeList as Set
        assert hierarchy.getNodesAccessing(location) == expectedNodes
        assert hierarchy.getNodesAccessing(location) { element -> true } == expectedNodes
    }

		}
		if len(item.fakeNodeHandler.UpdatedNodes) > 0 && !apiequality.Semantic.DeepEqual(item.expectedNodes, item.fakeNodeHandler.UpdatedNodes) {
			t.Errorf("Case[%d] unexpected nodes: %s", i, cmp.Diff(item.expectedNodes[0], item.fakeNodeHandler.UpdatedNodes[0]))
		}
		if len(item.fakeNodeHandler.UpdatedNodeStatuses) > 0 && !apiequality.Semantic.DeepEqual(item.expectedNodes, item.fakeNodeHandler.UpdatedNodeStatuses) {

		name                  string
		extenders             []tf.FakeExtender
		nodes                 []*v1.Node
		filteredNodesStatuses framework.NodeToStatusMap
		expectsErr            bool
		expectedNodes         []*v1.Node
		expectedStatuses      framework.NodeToStatusMap
	}{
		{
			name: "error",
			extenders: []tf.FakeExtender{
				{
					ExtenderName: "FakeExtender1",

        assert executionPlan.tasks as List == expectedTasks as List
        assert executedTasks == expectedTasks as List
    }

    void executesNodes(Node... expectedNodes) {
        assert executedNodes == expectedNodes as List
    }

    void filtered(Task... expectedTasks) {
        assert executionPlan.filteredTasks == expectedTasks as Set
    }

    List<Task> getExecutedTasks() {

		impersonationUid        string
		expectedUser            user.Info
		expectedCode            int
	}{
		{
			name: "not-impersonating",
			user: &user.DefaultInfo{
				Name: "tester",
			},
			expectedUser: &user.DefaultInfo{
				Name: "tester",
			},
			expectedCode: http.StatusOK,
		},
		{
			name: "impersonating-error",
			user: &user.DefaultInfo{

		migratedPlugins map[string](func() bool)
		existingNode    *storage.CSINode
		expectedNode    *storage.CSINode
		expectModified  bool
	}{
		{
			name: "nil migrated plugins",
			existingNode: &storage.CSINode{
				ObjectMeta: metav1.ObjectMeta{
					Name: "node1",
				},
			},
			expectedNode: &storage.CSINode{
				ObjectMeta: metav1.ObjectMeta{
					Name: "node1",
				},
			},
		},

     */
    void hasNodeStructure(ReportNode expectedNode) {
        def parsedNodes = parsedModelReport.reportNode
        def actualNode = parsedNodes.findFirstByName(expectedNode.name())
        assert actualNode: "Could not find the first node to begin comparison"
        checkNodes(actualNode, expectedNode)
    }

    /**
     * A fuzzy assertion which recursively asserts that:

	// Tests that all regular pods are recorded correctly.
	actualPods := podManager.GetPods()
	if len(actualPods) != len(expectedPods) {
		t.Errorf("expected %d pods, got %d pods; expected pods %#v, got pods %#v", len(expectedPods), len(actualPods),
			expectedPods, actualPods)
	}
	for _, expected := range expectedPods {
		found := false
		for _, actual := range actualPods {
			if actual.UID == expected.UID {

	tests := []struct {
		name              string
		status            *Status
		expectedCode      Code
		expectedMessage   string
		expectedIsSuccess bool
		expectedIsWait    bool
		expectedIsSkip    bool
		expectedAsError   error
	}{
		{
			name:              "success status",
			status:            NewStatus(Success, ""),
			expectedCode:      Success,
			expectedMessage:   "",
			expectedIsSuccess: true,