@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));
}
@Test(expected = IllegalStateException.class)
public void testParseError() {
when(synchronizer.readPropertyValue(GeolocationSynchronizer.PROP_LATITUDE)).thenReturn("101.1");
String date = "2012-12-30-20-15-43";
when(synchronizer.readPropertyValue(GeolocationSynchronizer.PROP_TIMESTAMP)).thenReturn(date);
synchronizer.readData(object);
}
@Test
public void testReadDataWithError() {
when(synchronizer.readPropertyValue(GeolocationSynchronizer.PROP_ERROR_CODE))
.thenReturn("UNKNOWN");
synchronizer.readData(object);
verify(adapter).setError(any(PositionError.class));
}
@Test
public void testReadData() {
when(synchronizer.readPropertyValue(GeolocationSynchronizer.PROP_LATITUDE)).thenReturn("101.1");
String date = "2012-Dec-30-20-15-43";
when(synchronizer.readPropertyValue(GeolocationSynchronizer.PROP_TIMESTAMP)).thenReturn(date);
synchronizer.readData(object);
verify(adapter).setPosition(any(Position.class));
}
@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));
}
@Test
public void testDestroy() {
IClientObject clientObject = mock(IClientObject.class);
synchronizer.destroy(clientObject);
verify(clientObject).destroy();
}
@Test
public void testRenderInitialization() {
IClientObject clientObject = mock(IClientObject.class);
synchronizer.renderInitialization(clientObject, object);
verify(clientObject).create(GeolocationSynchronizer.TYPE);
}
@Test
public void testProcessActionWithContinous() {
when(adapter.getFlavor()).thenReturn(NeedsPositionFlavor.CONTINUOUS);
Position position = mock(Position.class);
when(adapter.getPosition()).thenReturn(position);
GeolocationCallback callback = mock(GeolocationCallback.class);
when(adapter.getCallback()).thenReturn(callback);
synchronizer.processAction(object);
verify(callback).onSuccess(position);
verify(adapter).setPosition(null);
verify(adapter, never()).setCallback(null);
verify(adapter, never()).setOptions(null);
verify(adapter, never()).setFlavor(NeedsPositionFlavor.NEVER);
}
@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));
}
