@Restriction(RESTRICTION_TYPE_LOW_END_DEVICE)
@MediumTest
public void testNewTabLoadLowEnd() throws Exception {
launchViaLaunchDocumentInstance(false, HREF_LINK, "href link page");
final AtomicReference<Tab> backgroundTab = new AtomicReference<Tab>();
final CallbackHelper tabCreatedCallback = new CallbackHelper();
final CallbackHelper tabLoadStartedCallback = new CallbackHelper();
final DocumentTabModelSelector selector = ChromeApplication.getDocumentTabModelSelector();
selector.addObserver(
new EmptyTabModelSelectorObserver() {
@Override
public void onNewTabCreated(final Tab newTab) {
selector.removeObserver(this);
backgroundTab.set(newTab);
tabCreatedCallback.notifyCalled();
assertFalse(newTab.getWebContents().isLoadingToDifferentDocument());
newTab.addObserver(
new EmptyTabObserver() {
@Override
public void onPageLoadStarted(Tab tab, String url) {
newTab.removeObserver(this);
tabLoadStartedCallback.notifyCalled();
}
});
}
});
openLinkInBackgroundTab();
// Tab should be created, but shouldn't start loading until we switch to it.
assertEquals(1, tabCreatedCallback.getCallCount());
assertEquals(0, tabLoadStartedCallback.getCallCount());
switchToTab(backgroundTab.get());
tabLoadStartedCallback.waitForCallback(0);
}
/**
* Verifies that the .setProcessInForeground() signal is called correctly as the tabs are created
* and switched.
*/
@Restriction(RESTRICTION_TYPE_NON_LOW_END_DEVICE)
@LargeTest
@Feature({"ProcessManagement"})
public void testTabSwitching() throws Exception {
// Create two tabs and wait until they are loaded, so that their renderers are around.
final Tab[] tabs = new Tab[2];
final int[] tabIds = new int[2];
final DocumentTabModelSelector selector = ChromeApplication.getDocumentTabModelSelector();
tabIds[0] = launchViaViewIntent(false, URL_1, "Page 1");
tabIds[1] = launchViaLaunchDocumentInstanceInBackground(false, URL_2, "Page 2");
final TabModel tabModel = selector.getCurrentModel();
tabs[0] = selector.getTabById(tabIds[0]);
tabs[1] = selector.getTabById(tabIds[1]);
getInstrumentation()
.runOnMainSync(
new Runnable() {
@Override
public void run() {
// Make sure that the renderers were spawned.
assertTrue(tabs[0].getContentViewCore().getCurrentRenderProcessId() > 0);
assertTrue(tabs[1].getContentViewCore().getCurrentRenderProcessId() > 0);
// Verify that the renderer of the foreground tab was signalled as visible.
assertTrue(
mBindingManager.isInForeground(
tabs[0].getContentViewCore().getCurrentRenderProcessId()));
// Verify that the renderer of the tab loaded in background was signalled as not
// visible.
assertTrue(
mBindingManager.isInBackground(
tabs[1].getContentViewCore().getCurrentRenderProcessId()));
}
});
// Wait until the activity of tabs[1] is resumed.
assertTrue(
"Activity was not resumed.",
CriteriaHelper.pollForCriteria(
new Criteria() {
@Override
public boolean isSatisfied() {
// Switch to the tab that crashed in background.
// http://crbug.com/509866: TabModelUtils#setIndex() sometimes fails. So we need to
// call it repeatedly.
getInstrumentation()
.runOnMainSync(
new Runnable() {
@Override
public void run() {
TabModelUtils.setIndex(
tabModel, TabModelUtils.getTabIndexById(tabModel, tabs[1].getId()));
}
});
return ApplicationStatus.getStateForActivity(((DocumentTab) tabs[1]).getActivity())
== ActivityState.RESUMED;
}
}));
// Verify that the renderer visibility was flipped.
assertTrue(
mBindingManager.isInBackground(tabs[0].getContentViewCore().getCurrentRenderProcessId()));
assertTrue(
mBindingManager.isInForeground(tabs[1].getContentViewCore().getCurrentRenderProcessId()));
}