Examples of gov.nasa.arc.mct.components.AbstractComponent

gov.nasa.arc.mct.components.AbstractComponent
The superclass of every component type. A component is uniquely identified by its id. Subclasses must be created by the platform before usage within the system, this is done using the ComponentRegistry. A component indicates that it has persistent state by providing an instance of {@link ModelStatePersistence} through the getCapabilities method. Important subclasses must have a public no argument constructor.

        Mockito.when(mockPlatform.getWindowManager())
            .thenReturn(mockWindowing);
    
        // Setup selected nodes, including a parent        
        selectedTreePaths = new TreePath[selected.size()];
        AbstractComponent mockParent = mockComponent(false, true);
        MCTMutableTreeNode mockParentNode = Mockito.mock(MCTMutableTreeNode.class);
        View mockParentView = mockView(mockParent, ViewType.NODE);
        Mockito.when(mockParentNode.getUserObject()).thenReturn(mockParentView);


        int i = 0;

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                {false, false}
        };
        boolean[] truths = { true, false };
        
        // Some other parent, somewhere
        AbstractComponent mockParent = mockComponent(false, true);
        
        for (boolean last : truths) { // Whether or not comps are the last manifestations
            for (boolean[] group : groups) {
                // Assemble object graphs
                Collection<AbstractComponent> selected = new ArrayList<AbstractComponent>();
                Collection<AbstractComponent> toDelete = new HashSet<AbstractComponent>();
                for (int i = 0; i < group.length; i++) {
                    AbstractComponent mockComponent = mockComponent(true, true);
                    Mockito.when(mockComponent.getReferencingComponents())
                        .thenReturn(Arrays.asList(mockParent));
                    toDelete.add(mockComponent);
                    selected.add(mockComponent);
                    
                    List<AbstractComponent> children = new ArrayList<AbstractComponent>();
                    for (int j = 0; j < group.length ; j++){
                        AbstractComponent mockChild = mockComponent(group[j], true);                    
                        children.add(mockChild);
                        if (group[j]) {
                            toDelete.add(mockChild);
                        }
                        
                        List<AbstractComponent> grandchildren = new ArrayList<AbstractComponent>();    
                        for (int k = 0; k < group.length; k++) {
                            AbstractComponent mockGrandchild = mockComponent(group[k], true);                      
                            grandchildren.add(mockGrandchild);
                            if (group[j] && group[k]) {
                                toDelete.add(mockGrandchild);
                            }
                            Mockito.when(mockGrandchild.getReferencingComponents())
                                .thenReturn(last ? 
                                        Arrays.asList(mockChild) :
                                        Arrays.asList(mockParent, mockChild));    
                        }
                        Mockito.when(mockChild.getComponents())

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        return result;
    }   
    
    private static int counter = 0;    
    private AbstractComponent mockComponent(boolean canBeDeleted, boolean canBeComposed) {        
        final AbstractComponent mockComponent = 
                Mockito.mock(AbstractComponent.class);
        Mockito.when(mockComponent.getComponents())
                .thenReturn(Collections.<AbstractComponent>emptyList());
        Mockito.when(mockComponent.getComponentId())
                .thenReturn("mock" + counter++);
        if (canBeDeleted) {
            canDelete.add(mockComponent);
        }
        if (canBeComposed) {

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        // Verify precondition (ensure UserEnvironmentRegistry is appropriately clear) 
        Assert.assertEquals(UserEnvironmentRegistry.getHousingCount(), 0);
        
        for (MCTAbstractHousing h : mockHousings) {
            // UserEnvironmentRegistry keys on component id, so provide one
            AbstractComponent mockComp = Mockito.mock(AbstractComponent.class);
            Mockito.when(mockComp.getId()).thenReturn("component");
            Mockito.when(h.getWindowComponent()).thenReturn(mockComp);
            
            // Also, 
            Mockito.doAnswer(new Answer<Object>() {
                @Override

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    @Override
    public AbstractComponent createComp(ComponentRegistry comp,
        AbstractComponent targetComponent) {
      String displayName = baseDisplayName.getText().trim();
      String execCmd = execCommand.getText().trim();
          AbstractComponent component = null;
                  
          component = comp.newInstance(ExecutableButtonComponent.class, targetComponent);
          
          ExecutableButtonModel execButtonModel = ExecutableButtonComponent.class.cast(component).getModel();
          execButtonModel.getData().setExecCmd(execCmd);
          component.setDisplayName(displayName);
      component.save();
          
          return component;
    }

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      FeedProvider fp = Mockito.mock(FeedProvider.class);
      Mockito.when(fp.getTimeService()).thenReturn(ts);      
      fps.add(fp);
    }
    
    AbstractComponent fpMockComponent = Mockito.mock(AbstractComponent.class);
    Mockito.when(fpMockComponent.getCapabilities(FeedProvider.class)).thenReturn(fps);
    Mockito.when(fpMockComponent.getCapability(FeedProvider.class)).thenReturn(null);
    FeedProvider fp = manifestation.getFeedProvider(fpMockComponent);
    
    if (setting.startsWith("SYS")) { // One of the expected test time systems
      Assert.assertEquals(fp.getTimeService().getTimeSystemId(), setting);
    } else { // One of the time systems that should fail.

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   * Returns the current MCT time
   * @return
   */
  public long getCurrentMCTTime() {      
    long cachedTime = System.currentTimeMillis();  
    AbstractComponent manifestedComponent = getManifestedComponent();
    if (manifestedComponent!=null) {
      Collection<FeedProvider> feedproviders = getVisibleFeedProviders();
      if (!feedproviders.isEmpty()) {
          
          /* We want to get our "current time" from the feeds we're plotting */

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    evaluatorMap.put(NO_EVALUATOR, NO_EVALUATOR);
    
    enumerationMap = new HashMap<Object, List<String>>();
    enumerationMap.put(NO_EVALUATOR, Collections.<String> emptyList());
    
    AbstractComponent component = manifestation.getManifestedComponent();
    
    addEvaluator(component);
  
    for (AbstractComponent parent : component.getReferencingComponents()) {
      addEvaluator(parent);
    }  
  }

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            independent = id;
          } else {
            id = independent + PlotConstants.NON_TIME_FEED_SEPARATOR + id;
          }
          if (count < PlotConstants.MAX_NUMBER_OF_DATA_ITEMS_ON_A_PLOT) {
            AbstractComponent comp = components.get(fp);
            AbstractLegendEntry legendEntry = (AbstractLegendEntry) LegendEntryView.VIEW_INFO.createView(comp);
            plot.addDataSet(0, id, legendEntry);
            count++;
          }
        }

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  }


  @Override
  public boolean canHandle(ActionContext context) {
    actionContext = (ActionContextImpl) context;
    AbstractComponent targetComponent = actionContext.getTargetComponent();
    if (targetComponent == null)
        putValue(Action.SELECTED_KEY, false);
    else
            putValue(Action.SELECTED_KEY, "My Model A".equals(targetComponent.getDisplayName()));
    return true;
  }

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