/**
* Tests that each model loads the subset of tabs it is responsible for. In this case, just check
* that the model has the expected number of tabs to load. Since each model is loading a different
* number of tabs we can tell if they are each attempting to load their specific set.
*
* @throws IOException
*/
@SmallTest
public void testOnlyLoadsSingleModel() throws IOException {
TabModelSelector selector0 = new MockTabModelSelector(3, 3, null);
TabModelSelector selector1 = new MockTabModelSelector(2, 1, null);
writeStateFile(selector0, 0);
writeStateFile(selector1, 1);
TabModelSelector selectorIn0 = new MockTabModelSelector(0, 0, null);
TabModelSelector selectorIn1 = new MockTabModelSelector(0, 0, null);
TabPersistentStore storeIn0 =
new TabPersistentStore(selectorIn0, 0, getInstrumentation().getTargetContext(), null, null);
TabPersistentStore storeIn1 =
new TabPersistentStore(selectorIn1, 1, getInstrumentation().getTargetContext(), null, null);
disableReporting();
storeIn0.loadStateInternal();
storeIn1.loadStateInternal();
assertEquals("Unexpected number of tabs to load", 6, storeIn0.getRestoredTabCount());
assertEquals("Unexpected number of tabst o load", 3, storeIn1.getRestoredTabCount());
}
/**
* Tests that the max id returned is the max of all of the tab models.
*
* @throws IOException
*/
@SmallTest
public void testFindsMaxIdProperly() throws IOException {
TabModelSelector selector0 = new MockTabModelSelector(1, 1, null);
TabModelSelector selector1 = new MockTabModelSelector(1, 1, null);
writeStateFile(selector0, 0);
writeStateFile(selector1, 1);
TabModelSelector selectorIn = new MockTabModelSelector(0, 0, null);
TabPersistentStore storeIn =
new TabPersistentStore(selectorIn, 0, getInstrumentation().getTargetContext(), null, null);
int maxId = Math.max(getMaxId(selector0), getMaxId(selector1));
disableReporting();
assertEquals("Invalid next id", maxId + 1, storeIn.loadStateInternal());
}
