/** Run the telephony outgoing call stress test Collect results and post results to dash board */
@Override
public void run(ITestInvocationListener listener) throws DeviceNotAvailableException {
CLog.d(
"input options: mCallDuration(%s),mPauseTime(%s), mPhoneNumber(%s)," + "mRepeatCount(%s)",
mCallDuration, mPauseTime, mPhoneNumber, mRepeatCount);
Assert.assertNotNull(mTestDevice);
Assert.assertNotNull(mPhoneNumber);
mRadioHelper = new RadioHelper(mTestDevice);
// wait for data connection
if (!mRadioHelper.radioActivation() || !mRadioHelper.waitForDataSetup()) {
mRadioHelper.getBugreport(listener);
return;
}
IRemoteAndroidTestRunner runner =
new RemoteAndroidTestRunner(TEST_PACKAGE_NAME, TEST_RUNNER_NAME, mTestDevice.getIDevice());
runner.setClassName(TEST_CLASS_NAME);
runner.setMethodName(TEST_CLASS_NAME, TEST_METHOD);
runner.addInstrumentationArg("callduration", mCallDuration);
runner.addInstrumentationArg("pausetime", mPauseTime);
runner.addInstrumentationArg("phonenumber", mPhoneNumber);
runner.setMaxtimeToOutputResponse(TEST_TIMER);
// Add bugreport listener for failed test
BugreportCollector bugListener = new BugreportCollector(listener, mTestDevice);
bugListener.addPredicate(BugreportCollector.AFTER_FAILED_TESTCASES);
bugListener.setDescriptiveName(mTestName);
CollectingTestListener collectListener = new CollectingTestListener();
int remainingCalls = Integer.parseInt(mRepeatCount);
while (remainingCalls > 0) {
CLog.d("remaining calls: %s", remainingCalls);
runner.addInstrumentationArg("repeatcount", String.valueOf(remainingCalls));
mTestDevice.runInstrumentationTests(runner, bugListener, collectListener);
if (collectListener.hasFailedTests()) {
// the test failed
int numCalls = logOutputFile(bugListener);
remainingCalls -= numCalls;
cleanOutputFiles();
} else {
// the test passed
remainingCalls = 0;
}
}
reportMetrics(mMetricsName, bugListener);
}
/** {@inheritDoc} */
@Override
public void run(ITestInvocationListener listener) throws DeviceNotAvailableException {
int failCounter = 0;
Map<String, String> finalMetrics = new HashMap<String, String>();
preTestSetup();
// Create and config runner for instrumentation test
IRemoteAndroidTestRunner runner =
new RemoteAndroidTestRunner(mTestPackage, TEST_RUNNER_NAME, mTestDevice.getIDevice());
runner.setClassName(mTestClass);
runner.setMethodName(mTestClass, mTestMethod);
// max timeout is the smaller of: 8 hrs or 1 minute per site
runner.setMaxtimeToOutputResponse(Math.min(MAX_TIMEOUT_MS, 60 * 1000 * mTotalSites));
CollectingTestListener collectingTestListener = new CollectingTestListener();
failCounter = runStabilityTest(runner, collectingTestListener);
finalMetrics.put(mSchemaKey, Integer.toString(mTotalSites - failCounter));
reportMetrics(listener, mMetricsName, finalMetrics);
}
@Override
public void run(ITestInvocationListener listener) throws DeviceNotAvailableException {
Assert.assertNotNull(mTestDevice);
setupTests();
if (mLogBtsnoop) {
if (!enableBtsnoopLogging()) {
CLog.e("Unable to enable btsnoop trace logging");
throw new DeviceNotAvailableException();
}
}
IRemoteAndroidTestRunner runner =
new RemoteAndroidTestRunner(mTestPackageName, TEST_RUNNER_NAME, mTestDevice.getIDevice());
runner.setClassName(mTestClassName);
runner.setMaxTimeToOutputResponse(mTestTimeout, TimeUnit.MILLISECONDS);
BugreportCollector bugListener = new BugreportCollector(listener, mTestDevice);
bugListener.addPredicate(BugreportCollector.AFTER_FAILED_TESTCASES);
for (TestInfo test : mTestCases) {
String testName = test.mTestName;
TestInfo t = test;
if (t.mIterCount != null && t.mIterCount <= 0) {
CLog.i("Cancelled '%s' test case with iter count %s", testName, t.mIterCount);
continue;
}
// For semi-manual tests, print instructions and wait for user to continue.
if (t.mInstructions != null) {
BufferedReader br = new BufferedReader(new InputStreamReader(System.in));
System.out.println("========================================");
System.out.println(t.mInstructions);
System.out.println("========================================");
try {
br.readLine();
} catch (IOException e) {
CLog.e("Continuing after IOException while waiting for confirmation: %s", e.getMessage());
}
}
// Run the test
cleanOutputFile();
if (mLogHcidump) {
mHcidumpCommand = new HcidumpCommand();
mHcidumpCommand.startHcidump();
}
if (t.mIterKey != null && t.mIterCount != null) {
runner.addInstrumentationArg(t.mIterKey, t.mIterCount.toString());
}
if (t.mRemoteAddress != null) {
runner.addInstrumentationArg("device_address", t.mRemoteAddress);
if (t.mPairPasskey != null) {
runner.addInstrumentationArg("device_pair_passkey", t.mPairPasskey);
}
if (t.mPairPin != null) {
runner.addInstrumentationArg("device_pair_pin", t.mPairPin);
}
}
runner.setMethodName(mTestClassName, t.mTestMethod);
bugListener.setDescriptiveName(testName);
mTestDevice.runInstrumentationTests(runner, bugListener);
if (t.mIterKey != null && t.mIterCount != null) {
runner.removeInstrumentationArg(t.mIterKey);
}
if (t.mRemoteAddress != null) {
runner.removeInstrumentationArg("device_address");
if (t.mPairPasskey != null) {
runner.removeInstrumentationArg("device_pair_passkey");
}
if (t.mPairPin != null) {
runner.removeInstrumentationArg("device_pair_pin");
}
}
// Log the output file
logOutputFile(t, listener);
if (mLogBtsnoop) {
File logFile = null;
InputStreamSource logSource = null;
try {
logFile = mTestDevice.pullFileFromExternal(BTSNOOP_LOG_FILE);
if (logFile != null) {
CLog.d("Sending %d byte file %s into the logosphere!", logFile.length(), logFile);
logSource = new SnapshotInputStreamSource(new FileInputStream(logFile));
listener.testLog(
String.format("%s_btsnoop", t.mTestName), LogDataType.UNKNOWN, logSource);
}
} catch (IOException e) {
CLog.e("Got an IO Exception: %s", e);
} finally {
if (logFile != null) {
logFile.delete();
}
if (logSource != null) {
logSource.cancel();
}
}
}
if (mLogHcidump) {
listener.testLog(
String.format("%s_hcidump", t.mTestName),
LogDataType.TEXT,
mHcidumpCommand.getHcidump());
mHcidumpCommand.stopHcidump();
mHcidumpCommand = null;
}
cleanOutputFile();
}
}