/** Tests {@link ControllerImpl#saveOrUpdate(Object)}. */
@Test
public void saveOrUpdate() {
final String OTHER_OBJECT = "kkkkk";
// at first, we test with a persistent object
EasyMock.expect(dao.isPersistent(OBJECT)).andReturn(true);
EasyMock.expect(dao.update(OBJECT)).andReturn(OTHER_OBJECT);
EasyMock.replay(dao);
String returned = controller.saveOrUpdate(OBJECT);
EasyMock.verify(dao);
assert returned == OTHER_OBJECT;
// at last, we test with a non-persistent object
EasyMock.reset(dao);
EasyMock.expect(dao.isPersistent(OBJECT)).andReturn(false);
dao.save(OBJECT);
EasyMock.replay(dao);
returned = controller.saveOrUpdate(OBJECT);
EasyMock.verify(dao);
assert returned == OBJECT;
}
private void showControlsDialog() {
final ControlsDialog dialog = new ControlsDialog(this);
dialog.setVisible(true);
if (dialog.okClicked()) {
padController1.setButtons();
padController2.setButtons();
}
}
public GUIImpl(NES nes) {
this.nes = nes;
screenScaleFactor = PrefsSingleton.get().getInt("screenScaling", 2);
padController1 = new ControllerImpl(this, 0);
padController2 = new ControllerImpl(this, 1);
nes.setControllers(padController1, padController2);
padController1.startEventQueue();
padController2.startEventQueue();
}
/** Tests {@link ControllerImpl#delete(<K>))}. */
@Test
public void delete_id() {
dao.delete(ID);
EasyMock.replay(dao);
controller.delete(ID);
EasyMock.verify(dao);
}
/** Tests {@link ControllerImpl#save(Object)}. */
@Test
public void save() {
dao.save(OBJECT);
EasyMock.replay(dao);
controller.save(OBJECT);
EasyMock.verify(dao);
}
/** Tests {@link ControllerImpl#refresh(Object)}. */
@Test
public void refresh() {
EasyMock.expect(dao.refresh(OBJECT)).andReturn(OTHER_OBJECT);
EasyMock.replay(dao);
assert OTHER_OBJECT == controller.refresh(OBJECT);
EasyMock.verify(dao);
}
/** Tests {@link ControllerImpl#evict(<T>))}. */
@Test
public void evict() {
dao.evict(OBJECT);
EasyMock.replay(dao);
controller.evict(OBJECT);
EasyMock.verify(dao);
}
/** Tests {@link ControllerImpl#delete(<T>))}. */
@Test
public void delete() {
dao.delete(OBJECT);
EasyMock.replay(dao);
controller.delete(OBJECT);
EasyMock.verify(dao);
}
/** Tests {@link ControllerImpl#findById(<K>))}. */
@Test
public void findById() {
EasyMock.expect(dao.findById(ID)).andReturn(OBJECT);
EasyMock.replay(dao);
final String result = controller.findById(ID);
EasyMock.verify(dao);
assert result == OBJECT;
}
/** Tests {@link ControllerImpl#findAll(int, int, String, boolean)))}. */
@Test
public void findAll_paginated() {
List<String> list = new ArrayList<String>();
EasyMock.expect(dao.findAll(1, 1)).andReturn(list);
EasyMock.replay(dao);
final List<String> returned = controller.findAll(1, 1);
EasyMock.verify(dao);
assert list == returned;
}
/** Tests {@link ControllerImpl#findByIds(Object[])}. */
@Test
public void findByIds() {
final ArrayList<String> list = new ArrayList<String>();
EasyMock.expect(dao.findByIds(ID)).andReturn(list);
EasyMock.replay(dao);
final List<String> result = controller.findByIds(ID);
EasyMock.verify(dao);
assert result == list;
}
/** Tests {@link ControllerImpl#save(Object)}. */
@Test
public void update() {
final String OTHER_OBJECT = "sfasdf";
EasyMock.expect(dao.update(OBJECT)).andReturn(OTHER_OBJECT);
EasyMock.replay(dao);
final String returned = controller.update(OBJECT);
EasyMock.verify(dao);
assert OTHER_OBJECT == returned;
}
@SuppressWarnings("unchecked")
@Override
public void init() {
if (autoIndexController == null && autoIndex) {
autoIndexController = new AutoIndexController();
((AutoIndexController) autoIndexController).setDocumentRoot(documentRoot);
}
if (fileController == null) {
fileController = new ControllerImpl<StateData>();
HeaderState headerState = new HeaderState();
headerState.setDocumentRoot(documentRoot);
headerState.setMimeTypes(mimeTypes);
headerState.setProvider(new FileChannelProvider());
((ControllerImpl) fileController).setStates(Arrays.asList(headerState, new BodyState()));
}
}