@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));
}
public String getInitialWindowPerspectiveId() {
HttpServletRequest request = RWT.getRequest();
String opiPath = request.getParameter("mode"); // $NON-NLS-1$
if (opiPath != null && opiPath.equals("standalone")) // $NON-NLS-1$
return StandaloneRuntimePerspective.ID;
return OPIRunnerPerspective.ID;
}
private int getRequestCounter() {
String version = RWTRequestVersionControl.class + ".Version";
Integer result = (Integer) RWT.getServiceStore().getAttribute(version);
if (result == null) {
result = new Integer(0);
} else {
result = new Integer(result.intValue() + 1);
}
return result.intValue();
}
@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));
}