private RemoteFileDescContext newRFDWithURN(String host, int speed) throws Exception {
Set set = new HashSet();
try {
// for convenience, don't require that they pass the urn.
// assume a null one is the TestFile's hash.
set.add(TestFile.hash());
} catch (Exception e) {
fail("SHA1 not created");
}
return toContext(
remoteFileDescFactory.createRemoteFileDesc(
new ConnectableImpl(host, 1, false),
0,
"asdf",
TestFile.length(),
new byte[16],
speed,
4,
false,
null,
set,
false,
"",
-1));
}
@Override
protected void analyzeAndCheck(File testDataFile, List<TestFile> testFiles) {
List<JetFile> jetFiles = getJetFiles(testFiles);
CliLightClassGenerationSupport support =
CliLightClassGenerationSupport.getInstanceForCli(getProject());
BindingContext bindingContext =
AnalyzerFacadeForJVM.analyzeFilesWithJavaIntegration(
getProject(),
jetFiles,
support.getTrace(),
Predicates.<PsiFile>alwaysTrue(),
false,
support.getModule(),
MemberFilter.ALWAYS_TRUE)
.getBindingContext();
boolean ok = true;
StringBuilder actualText = new StringBuilder();
for (TestFile testFile : testFiles) {
ok &= testFile.getActualText(bindingContext, actualText);
}
JetTestUtils.assertEqualsToFile(testDataFile, actualText.toString());
assertTrue("Diagnostics mismatch. See the output above", ok);
checkAllResolvedCallsAreCompleted(jetFiles, bindingContext);
}
/** tests that an uploader will pass a push loc which will be included in the swarm */
public void testUploaderPassesPushLoc() throws Exception {
LOG.info("-Testing swarming from two sources one based on a push alt...");
final int RATE = 500;
testUploaders[0].setRate(RATE);
testUploaders[0].stopAfter(800000);
TestUploader pusher = injector.getInstance(TestUploader.class);
pusher.start("push uploader");
pusher.setRate(RATE);
GUID guid = new GUID();
AlternateLocation pushLoc =
alternateLocationFactory.create(
guid.toHexString() + ";127.0.0.1:" + PPORT_1, TestFile.hash());
AlternateLocationCollection<AlternateLocation> alCol =
AlternateLocationCollection.create(TestFile.hash());
alCol.add(pushLoc);
testUploaders[0].setGoodAlternateLocations(alCol);
RemoteFileDesc rfd = newRFDWithURN(PORTS[0], TestFile.hash().toString(), false);
RemoteFileDesc[] rfds = {rfd};
testUDPAcceptorFactoryImpl.createTestUDPAcceptor(
PPORT_1, networkManager.getPort(), savedFile.getName(), pusher, guid, _currentTestName);
tGeneric(rfds);
assertGreaterThan(
"u1 didn't do enough work ", 100 * 1024, testUploaders[0].fullRequestsUploaded());
assertGreaterThan("pusher didn't do enough work ", 100 * 1024, pusher.fullRequestsUploaded());
}
public void testSimpleSwarmPush() throws Exception {
LOG.info("-Testing swarming from two sources, one push...");
GUID guid = new GUID();
RemoteFileDesc rfd1 = newRFDWithURN(PORTS[0], false);
AlternateLocation pushLoc =
alternateLocationFactory.create(
guid.toHexString() + ";127.0.0.1:" + PPORT_2, TestFile.hash());
((PushAltLoc) pushLoc).updateProxies(true);
RemoteFileDesc rfd2 = pushLoc.createRemoteFileDesc(TestFile.length(), remoteFileDescFactory);
TestUploader uploader = injector.getInstance(TestUploader.class);
uploader.start("push uploader");
uploader.setRate(100);
testUploaders[0].setRate(100);
RemoteFileDesc[] rfds = {rfd1, rfd2};
testUDPAcceptorFactoryImpl.createTestUDPAcceptor(
PPORT_2, networkManager.getPort(), savedFile.getName(), uploader, guid, _currentTestName);
tGeneric(rfds);
assertLessThan(
"u1 did all the work", TestFile.length(), testUploaders[0].fullRequestsUploaded());
assertGreaterThan("pusher did all the work ", 0, testUploaders[0].fullRequestsUploaded());
}
/**
* tests that a download from a push location becomes an alternate location.
*
* <p>It creates a push uploader from which we must create a PushLoc. After a while, two open
* uploaders join the swarm -one which is interested in receiving push locs and one which isn't.
* The interested one should receive the push loc, the other one should not.
*/
public void testPusherBecomesPushLocAndSentToInterested() throws Exception {
LOG.info("-Testing push download creating a push location...");
final int RATE = 200;
testUploaders[0].setRate(RATE);
testUploaders[0].setInterestedInFalts(true);
testUploaders[0].stopAfter(600000);
testUploaders[1].setRate(RATE);
testUploaders[1].setInterestedInFalts(false);
testUploaders[1].stopAfter(300000);
TestUploader pusher = injector.getInstance(TestUploader.class);
pusher.start("push uploader");
pusher.setRate(RATE);
pusher.stopAfter(200000);
GUID guid = new GUID();
AlternateLocation pushLoc =
alternateLocationFactory.create(
guid.toHexString() + ";127.0.0.2:" + PPORT_1, TestFile.hash());
RemoteFileDesc pushRFD = newRFDPush(guid, PPORT_1, 1, 2);
PushEndpoint pushEndpoint = (PushEndpoint) pushRFD.getAddress();
assertEquals(0, pushEndpoint.getFWTVersion());
RemoteFileDesc openRFD1 = newRFDWithURN(PORTS[0], TestFile.hash().toString(), false);
RemoteFileDesc openRFD2 = newRFDWithURN(PORTS[1], TestFile.hash().toString(), false);
RemoteFileDesc[] now = {pushRFD};
HashSet<RemoteFileDesc> later = new HashSet<RemoteFileDesc>();
later.add(openRFD1);
later.add(openRFD2);
testUDPAcceptorFactoryImpl.createTestUDPAcceptor(
PPORT_1, networkManager.getPort(), savedFile.getName(), pusher, guid, _currentTestName);
ManagedDownloader download =
(ManagedDownloader) downloadServices.download(now, RemoteFileDesc.EMPTY_LIST, null, false);
Thread.sleep(1000);
download.addDownload(later, false);
waitForComplete();
assertGreaterThan("u1 did no work", 100000, testUploaders[0].getAmountUploaded());
assertGreaterThan("u2 did no work", 100000, testUploaders[1].getAmountUploaded());
assertLessThan("u2 did too much work", 550 * 1024, testUploaders[1].getAmountUploaded());
assertGreaterThan("pusher did no work", 100 * 1024, pusher.getAmountUploaded());
List alc = testUploaders[0].getIncomingGoodAltLocs();
assertTrue("interested uploader did not get pushloc", alc.contains(pushLoc));
alc = testUploaders[1].getIncomingGoodAltLocs();
assertFalse("not interested uploader got pushloc", alc.contains(pushLoc));
alc = pusher.getIncomingGoodAltLocs();
assertFalse("not interested uploader got pushloc", alc.contains(pushLoc));
}
/** Close the context. */
public void close() {
try {
((Context) cx).exit();
} catch (Exception e) {
suite.passed = false;
file.passed = false;
file.exception = "file failed with exception: " + e;
}
}
@Test
public void testReportWithoutAggregate() throws Exception {
SurefireLauncher surefireLauncher = unpack().failNever();
surefireLauncher.executeTest();
surefireLauncher.reset();
surefireLauncher.executeSurefireReport();
OutputValidator module1 = surefireLauncher.getSubProjectValidator("module1");
TestFile siteFile = module1.getSiteFile("surefire-report.html");
siteFile.assertContainsText("MyModule1ClassTest");
siteFile.assertContainsText("MyDummyClassM1Test");
}
@Test
public void testReportWithAggregate() throws Exception {
SurefireLauncher surefireLauncher = unpack().failNever();
surefireLauncher.executeTest();
surefireLauncher.addGoal("-Daggregate=true");
OutputValidator validator = surefireLauncher.executeSurefireReport();
TestFile siteFile = validator.getSiteFile("surefire-report.html");
siteFile.assertContainsText("MyModule1ClassTest");
siteFile.assertContainsText("MyModule2ClassTest");
siteFile.assertContainsText("MyDummyClassM1Test");
}
/** tests that bad push locs get removed */
public void testBadPushLocGetsDemotedNotAdvertised() throws Exception {
setDownloadWaitTime(2 * DOWNLOAD_WAIT_TIME);
LOG.info("test that bad push loc gets demoted and not advertised");
// this test needs to go slowly so that the push attempt may time out
final int RATE = 15;
testUploaders[0].setInterestedInFalts(true);
testUploaders[1].setInterestedInFalts(true);
testUploaders[0].setRate(RATE);
testUploaders[1].setRate(RATE);
testUploaders[0].stopAfter(550000);
testUploaders[1].stopAfter(550000);
GUID guid = new GUID();
AlternateLocation badPushLoc =
alternateLocationFactory.create(guid.toHexString() + ";1.2.3.4:5", TestFile.hash());
((PushAltLoc) badPushLoc).updateProxies(true);
AlternateLocationCollection<AlternateLocation> alc =
AlternateLocationCollection.create(TestFile.hash());
alc.add(badPushLoc);
testUploaders[0].setGoodAlternateLocations(alc);
RemoteFileDesc rfd1 = newRFDWithURN(PORTS[0], false);
RemoteFileDesc rfd2 = newRFDWithURN(PORTS[1], false);
RemoteFileDesc[] rfds = {rfd1, rfd2};
tGeneric(rfds);
assertGreaterThan("u1 did no work", 100 * 1024, testUploaders[0].fullRequestsUploaded());
assertGreaterThan("u2 did no work", 100 * 1024, testUploaders[1].fullRequestsUploaded());
assertFalse(
"bad pushloc got advertised",
testUploaders[1].getIncomingGoodAltLocs().contains(badPushLoc));
assertEquals(1, testUploaders[0].getIncomingGoodAltLocs().size());
assertTrue(
testUploaders[0].getIncomingGoodAltLocs().contains(alternateLocationFactory.create(rfd2)));
assertEquals(1, testUploaders[0].getIncomingBadAltLocs().size());
AlternateLocation current = testUploaders[0].getIncomingBadAltLocs().get(0);
assertTrue(current instanceof PushAltLoc);
PushAltLoc pcurrent = (PushAltLoc) current;
assertEquals(guid.bytes(), pcurrent.getPushAddress().getClientGUID());
// Now get the PE from our cache and make sure no proxies exist & its demoted.
PushEndpoint pe = injector.getInstance(PushEndpointCache.class).getPushEndpoint(guid);
assertTrue("pe: " + pe, pe.getProxies().isEmpty());
assertTrue("pe: " + pe, badPushLoc.isDemoted());
}
/**
* tests that a push uploader passes push loc and the new push loc receives the first uploader as
* an altloc.
*/
public void testPushUploaderPassesPushLoc() throws Exception {
LOG.info("Test push uploader passes push loc");
final int RATE = 500;
TestUploader first = injector.getInstance(TestUploader.class);
first.start("first pusher");
first.setRate(RATE / 3);
first.stopAfter(700000);
TestUploader second = injector.getInstance(TestUploader.class);
second.start("second pusher");
second.setRate(RATE);
second.stopAfter(700000);
second.setInterestedInFalts(true);
GUID guid = new GUID();
GUID guid2 = new GUID(GUID.makeGuid());
AlternateLocation firstLoc =
alternateLocationFactory.create(
guid.toHexString() + ";127.0.0.2:" + PPORT_1, TestFile.hash());
AlternateLocation pushLoc =
alternateLocationFactory.create(
guid2.toHexString() + ";127.0.0.2:" + PPORT_2, TestFile.hash());
AlternateLocationCollection<AlternateLocation> alCol =
AlternateLocationCollection.create(TestFile.hash());
alCol.add(pushLoc);
first.setGoodAlternateLocations(alCol);
testUDPAcceptorFactoryImpl.createTestUDPAcceptor(
PPORT_1, networkManager.getPort(), savedFile.getName(), first, guid, _currentTestName);
testUDPAcceptorFactoryImpl.createTestUDPAcceptor(
PPORT_2, networkManager.getPort(), savedFile.getName(), second, guid2, _currentTestName);
RemoteFileDesc[] rfd = {newRFDPush(guid, PPORT_1, 1, 2)};
tGeneric(rfd);
assertGreaterThan("first pusher did no work", 100000, first.fullRequestsUploaded());
assertGreaterThan("second pusher did no work", 100000, second.fullRequestsUploaded());
assertEquals(1, second.getIncomingGoodAltLocs().size());
assertTrue(
"interested uploader didn't get first loc",
second.getIncomingGoodAltLocs().contains(firstLoc));
}
public void testSimplePushDownload() throws Exception {
int successfulPushes =
((AtomicInteger) ((Map) statsTracker.inspect()).get("push connect success")).intValue();
LOG.info("-Testing non-swarmed push download");
GUID guid = new GUID();
AlternateLocation pushLoc =
alternateLocationFactory.create(
guid.toHexString() + ";127.0.0.1:" + PPORT_1, TestFile.hash());
((PushAltLoc) pushLoc).updateProxies(true);
RemoteFileDesc rfd = newRFDPush(guid, PPORT_1, 1);
assertTrue(rfd.getAddress() instanceof PushEndpoint);
RemoteFileDesc[] rfds = {rfd};
TestUploader uploader = injector.getInstance(TestUploader.class);
uploader.start("push uploader");
testUDPAcceptorFactoryImpl.createTestUDPAcceptor(
PPORT_1, networkManager.getPort(), savedFile.getName(), uploader, guid, _currentTestName);
tGeneric(rfds);
assertEquals(
successfulPushes + 1,
((AtomicInteger) ((Map) statsTracker.inspect()).get("push connect success")).intValue());
}
/**
* Creates the JavaScript Context, which evaluates the contents of a RhinoFile and returns a
* result. The RhinoEnv parses the test result, and sets values of the RhinoFile test result
* properties.
*
* @see com.netscape.javascript.Context#setOptimizationLevel
* @see com.netscape.javascript.Context#setDebugLevel
*/
public synchronized void runTest() {
this.driver.p(file.name);
try {
cx = createContext();
((Context) cx).setOptimizationLevel(driver.OPT_LEVEL);
((Context) cx).setDebugLevel(driver.DEBUG_LEVEL);
Object loadFn = executeTestFile(driver.HELPER_FUNCTIONS.getAbsolutePath());
file.startTime = driver.getCurrentTime();
result = executeTestFile(file.filePath);
file.endTime = driver.getCurrentTime();
parseResult();
} catch (Exception e) {
suite.passed = false;
file.passed = false;
file.exception += "file failed with exception: " + e;
}
}
/**
* tests that when we receive a headpong claiming that it doesn't have the file, we send out an
* NAlt for that source
*/
public void testHeadPongNAlts() throws Exception {
testUploaders[0].setRate(100);
testUploaders[1].setRate(100);
int sleep = DownloadSettings.WORKER_INTERVAL.getValue();
// make sure we use the ping ranker
networkManager.setCanReceiveSolicited(true);
assertTrue(networkManager.canReceiveSolicited());
assertTrue(sourceRankerFactory.getAppropriateRanker() instanceof FriendsFirstSourceRanker);
// create one source that will actually download and another one to which a headping should be
// sent
RemoteFileDesc rfd = newRFDWithURN(PORTS[0], false);
RemoteFileDesc noFile = newRFDWithURN(PORTS[1], false);
AlternateLocation toBeDemoted = alternateLocationFactory.create(noFile);
// create a listener for the headping
TestUDPAcceptor l =
testUDPAcceptorFactoryImpl.createTestUDPAcceptor(PORTS[1], _currentTestName);
ManagedDownloaderImpl download =
(ManagedDownloaderImpl)
downloadServices.download(
new RemoteFileDesc[] {rfd}, RemoteFileDesc.EMPTY_LIST, null, false);
SourceRanker ranker = download.getCurrentSourceRanker();
assertTrue(ranker instanceof FriendsFirstSourceRanker);
LOG.debug("started download");
// after a while clear the ranker and add the second host.
Thread.sleep((int) (sleep * 1.5));
ranker.stop();
ranker.setMeshHandler(download);
download.addDownload(noFile, false);
LOG.debug("waiting for download to complete");
waitForComplete();
// the first downloader should have received an NAlt
assertTrue(testUploaders[0].getIncomingBadAltLocs().contains(toBeDemoted));
// the first uploader should have uploaded the whole file
assertGreaterThan(0, testUploaders[0].getConnections());
assertEquals(TestFile.length(), testUploaders[0].fullRequestsUploaded());
// the second downloader should not be contacted
assertEquals(0, testUploaders[1].getConnections());
assertEquals(0, testUploaders[1].getAmountUploaded());
// only one ping should have been sent to the second uploader
assertEquals(1, l.pings);
l.shutdown();
}
public TestFile getTestDirectory() {
if (dir == null) {
if (prefix == null) {
// This can happen if this is used in a constructor or a @Before method. It also happens
// when using
// @RunWith(SomeRunner) when the runner does not support rules.
prefix = determinePrefix();
}
while (true) {
// Use a random prefix to avoid reusing test directories
String prefix =
Integer.toString(RANDOM.nextInt(MAX_RANDOM_PART_VALUE), ALL_DIGITS_AND_LETTERS_RADIX);
if (WINDOWS_RESERVED_NAMES.matcher(prefix).matches()) {
continue;
}
dir = root.file(this.prefix, prefix);
if (dir.mkdirs()) {
break;
}
}
}
return dir;
}
@Override
public void evaluate() throws Throwable {
base.evaluate();
// Don't delete on failure
try {
testDirectory.deleteDir();
} catch (Exception e) {
boolean suppressException = leaksHandles && OperatingSystem.current().isWindows();
if (suppressException) {
e.printStackTrace();
} else {
throw e;
}
}
}
private RemoteFileDescContext newRFD(String host, int speed) throws Exception {
return toContext(
remoteFileDescFactory.createRemoteFileDesc(
new ConnectableImpl(host, 1, false),
0,
"asdf",
TestFile.length(),
new byte[16],
speed,
4,
false,
null,
URN.NO_URN_SET,
false,
"",
-1));
}
public static void main(String[] args) {
// load a sample document (the contents are equal to "DarmstadtWikipediaArticle.txt")
String documentText = TestFile.getFileText();
// get a ParsedPage object
MediaWikiParserFactory pf = new MediaWikiParserFactory();
MediaWikiParser parser = pf.createParser();
ParsedPage pp = parser.parse(documentText);
// Link Context (return 1 token left, 2 token right of the link)
for (Link link : pp.getLinks()) {
System.out.println(
link.getContext(1, 0)
+ "<"
+ link.getText().toString().toUpperCase()
+ ">"
+ link.getContext(0, 2));
}
}
public void run() {
TestFile.testFile(filenameString);
}
/**
* Evaluates the RhinoFile result. If the result is an instance of javax.javascript.Scriptable,
* assume it is a JavaScript Array of TestCase objects, as described in RhinoDrv.java. For each
* test case in the array, add an element to the RhinoFile's test case vector. If all test cases
* passed, set the RhinoFile's passed value to true; else set its passed value to false.
*
* <p>If the result is not a Scriptable object, the test failed. Set the the RhinoFile's exception
* property to the string value of the result. However, negative tests, which should have a
* "-n.js" extension, are expected to fail.
*/
public boolean parseResult() {
FlattenedObject fo = null;
if (result instanceof Scriptable) {
fo = new FlattenedObject((Scriptable) result);
try {
file.totalCases = ((Number) fo.getProperty("length")).intValue();
for (int i = 0; i < file.totalCases; i++) {
Scriptable tc = (Scriptable) ((Scriptable) result).get(i, (Scriptable) result);
TestCase rt =
new TestCase(
getString(tc.get("passed", tc)),
getString(tc.get("name", tc)),
getString(tc.get("description", tc)),
getString(tc.get("expect", tc)),
getString(tc.get("actual", tc)),
getString(tc.get("reason", tc)));
file.bugnumber =
(getString(tc.get("bugnumber", tc))).startsWith("com.netscape.javascript")
? file.bugnumber
: getString(tc.get("bugnumber", tc));
file.caseVector.addElement(rt);
if (rt.passed.equals("false")) {
this.file.passed = false;
this.suite.passed = false;
}
}
if (file.totalCases == 0) {
if (file.name.endsWith("-n.js")) {
this.file.passed = true;
} else {
this.file.reason = "File contains no testcases. " + this.file.reason;
this.file.passed = false;
this.suite.passed = false;
}
}
} catch (Exception e) {
this.file.exception =
"Got a Scriptable result, but failed "
+ "parsing its arguments. Exception: "
+ e.toString()
+ " Flattened Object is: "
+ fo.toString();
this.file.passed = false;
this.suite.passed = false;
return false;
}
} else {
// if it's not a scriptable object, test failed. set the file's
// exception to the string value of whatever result we did get.
this.file.exception = result.toString();
// if the file's name ends in "-n", the test expected an error.
if (file.name.endsWith("-n.js")) {
this.file.passed = true;
} else {
this.file.passed = false;
this.suite.passed = false;
return false;
}
}
return true;
}
