gecko/mobile/android/base/tests/testCheck2.java.in

53 lines
2.0 KiB
Java

#filter substitution
package @ANDROID_PACKAGE_NAME@.tests;
import @ANDROID_PACKAGE_NAME@.*;
public class testCheck2 extends PixelTest {
@Override
protected int getTestType() {
return TEST_TALOS;
}
public void testCheck2() {
String url = getAbsoluteUrl("/startup_test/fennecmark/cnn/cnn.com/index.html");
mActions.expectGeckoEvent("Gecko:Ready").blockForEvent();
loadAndPaint(url);
mDriver.setupScrollHandling();
/*
* for this test, we load the timecube page, and replay a recorded sequence of events
* that is a user panning/zooming around the page. specific things in the sequence
* include:
* - scroll on one axis followed by scroll on another axis
* - pinch zoom (in and out)
* - double-tap zoom (in and out)
* - multi-fling panning with different velocities on each fling
*
* this checkerboarding metric is going to be more of a "functional" style test than
* a "unit" style test; i.e. it covers a little bit of a lot of things to measure
* overall performance, but doesn't really allow identifying which part is slow.
*/
MotionEventReplayer mer = new MotionEventReplayer(getInstrumentation(), mDriver.getGeckoLeft(), mDriver.getGeckoTop());
float completeness = 0.0f;
mDriver.startCheckerboardRecording();
// replay the events
try {
mer.replayEvents(getAsset("testcheck2-motionevents"));
// give it some time to draw any final frames
Thread.sleep(1000);
completeness = mDriver.stopCheckerboardRecording();
} catch (Exception e) {
mAsserter.ok(false, "Exception while replaying events", e.toString());
}
mAsserter.dumpLog("__start_report" + completeness + "__end_report");
System.out.println("Completeness score: " + completeness);
long msecs = System.currentTimeMillis();
mAsserter.dumpLog("__startTimestamp" + msecs + "__endTimestamp");
}
}