@Test
public void testPreservesOptions() {
Fixture.fakePhase(PhaseId.READ_DATA);
when(adapter.getFlavor()).thenReturn(NeedsPositionFlavor.CONTINUOUS);
GeolocationOptions options =
new GeolocationOptions().setFrequency(10).enableHighAccuracy().setMaximumAge(10);
when(adapter.getOptions()).thenReturn(options);
synchronizer.preserveValues(object);
assertNotNull(
RWT.getServiceStore()
.getAttribute(
synchronizer.getObjectId()
+ "."
+ GeolocationSynchronizer.PROP_ENABLE_HIGH_ACCURACY));
assertNotNull(
RWT.getServiceStore()
.getAttribute(
synchronizer.getObjectId() + "." + GeolocationSynchronizer.PROP_FREQUENCY));
assertNotNull(
RWT.getServiceStore()
.getAttribute(
synchronizer.getObjectId() + "." + GeolocationSynchronizer.PROP_MAXIMUM_AGE));
}
@Before
public void setUp() {
Fixture.setUp();
Fixture.fakePhase(PhaseId.PROCESS_ACTION);
display = new Display();
shell = new Shell(display);
text = new Text(shell, SWT.NONE);
}
public void testExpanded() {
Fixture.fakePhase(PhaseId.PROCESS_ACTION);
Display display = new Display();
Composite shell = new Shell(display, SWT.NONE);
Twistie twistie = new Twistie(shell, SWT.NONE);
twistie.setExpanded(true);
assertTrue(twistie.isExpanded());
}
@Before
public void setUp() {
Fixture.setUp();
Fixture.fakePhase(PhaseId.PROCESS_ACTION);
display = new Display();
menuItem = mock(MenuItem.class);
menuItem.display = display;
acceleratorSupport = new AcceleratorBinding(menuItem);
}
@Before
public void setUp() {
Fixture.setUp();
Fixture.fakePhase(PhaseId.PROCESS_ACTION);
display = new Display();
shell = new Shell(display);
tree = new Tree(shell, SWT.NONE);
column = new TreeColumn(tree, SWT.NONE);
eventLog = new ArrayList<Event>();
}
@Test
public void testPreservesValues() {
Fixture.fakePhase(PhaseId.READ_DATA);
when(adapter.getFlavor()).thenReturn(NeedsPositionFlavor.CONTINUOUS);
synchronizer.preserveValues(object);
assertNotNull(
RWT.getServiceStore()
.getAttribute(
synchronizer.getObjectId() + "." + GeolocationSynchronizer.PROP_NEEDS_POSITION));
}
public void testComputeSize() {
Fixture.fakePhase(PhaseId.PROCESS_ACTION);
Display display = new Display();
Composite shell = new Shell(display, SWT.NONE);
Twistie twistie = new Twistie(shell, SWT.NONE);
Point expected = new Point(11, 11);
assertEquals(expected, twistie.computeSize(SWT.DEFAULT, SWT.DEFAULT));
// fixed size
expected = new Point(11, 11);
assertEquals(expected, twistie.computeSize(50, 50));
}
public void testColors() {
Fixture.fakePhase(PhaseId.PROCESS_ACTION);
Display display = new Display();
Composite shell = new Shell(display, SWT.NONE);
Twistie twistie = new Twistie(shell, SWT.NONE);
Color decorationColor = Graphics.getColor(255, 0, 0);
twistie.setDecorationColor(decorationColor);
assertEquals(decorationColor, twistie.getDecorationColor());
Color hoverColor = Graphics.getColor(0, 255, 0);
twistie.setHoverDecorationColor(hoverColor);
assertEquals(hoverColor, twistie.getHoverDecorationColor());
}
@Test
public void testReadText_WithVerifyListener() {
Fixture.fakePhase(PhaseId.PROCESS_ACTION);
Fixture.markInitialized(display);
Fixture.markInitialized(shell);
Fixture.markInitialized(combo);
combo.setText("some text");
VerifyListener listener = mock(VerifyListener.class);
combo.addVerifyListener(listener);
Fixture.fakeSetParameter(getId(combo), "text", "verify me");
Fixture.executeLifeCycleFromServerThread();
assertEquals("verify me", combo.getText());
ArgumentCaptor<VerifyEvent> captor = ArgumentCaptor.forClass(VerifyEvent.class);
verify(listener, times(1)).verifyText(captor.capture());
VerifyEvent event = captor.getValue();
assertEquals("verify me", event.text);
assertEquals(0, event.start);
assertEquals(9, event.end);
}
@Test
public void testRenderChanges() {
Fixture.fakePhase(PhaseId.READ_DATA);
when(adapter.getFlavor()).thenReturn(NeedsPositionFlavor.CONTINUOUS);
GeolocationOptions options =
new GeolocationOptions().setFrequency(10).enableHighAccuracy().setMaximumAge(10);
when(adapter.getOptions()).thenReturn(options);
synchronizer.renderChanges(object);
verify(synchronizer)
.renderProperty(
eq(GeolocationSynchronizer.PROP_NEEDS_POSITION),
any(NeedsPositionFlavor.class),
any(NeedsPositionFlavor.class));
verify(synchronizer)
.renderProperty(
eq(GeolocationSynchronizer.PROP_MAXIMUM_AGE), any(Integer.class), any(Integer.class));
verify(synchronizer)
.renderProperty(
eq(GeolocationSynchronizer.PROP_FREQUENCY), any(Integer.class), any(Integer.class));
}
@Before
public void setUp() {
Fixture.setUp();
Fixture.fakePhase(PhaseId.PROCESS_ACTION);
}