bool IsSelectedTest(ParallelTest test, List <string> testsList)
{
if (testsList == null)
{
return(true);
}
return(testsList.Contains(test.Name));
}
internal static TestConf GetTestConfFromName(
ParallelTest testGroup, string testName)
{
foreach (TestConf testConf in testGroup.Tests)
{
if (testConf.Name == testName)
{
return(testConf);
}
}
return(null);
}
internal PNUnitService(
ParallelTest testGroup,
LogWriter logWriter,
TestsRun testsRun,
LauncherStatus launcherStatus)
{
mTestGroup = testGroup;
mLogWriter = logWriter;
mTestsRun = testsRun;
mbBarriersInitialized = false;
mLauncherStatus = launcherStatus;
mFinish = new ManualResetEvent(false);
}
private static void ReplaceVariableOnTest(ParallelTest t, Variable var)
{
t.Agents = ReplaceVarArray(t.Agents, var);
t.Name = ReplaceVar(t.Name, var);
foreach (TestConf tc in t.Tests)
{
tc.Name = ReplaceVar(tc.Name, var);
tc.Assembly = ReplaceVar(tc.Assembly, var);
tc.TestToRun = ReplaceVar(tc.TestToRun, var);
tc.Machine = ReplaceVar(tc.Machine, var);
tc.TestParams = ReplaceVarArray(tc.TestParams, var);
tc.StartBarrier = ReplaceVar(tc.StartBarrier, var);
tc.EndBarrier = ReplaceVar(tc.EndBarrier, var);
tc.WaitBarriers = ReplaceVarArray(tc.WaitBarriers, var);
}
}
internal Runner(
ParallelTest test,
Hashtable userValues,
int testTimeout,
LogWriter logWriter,
LauncherStatus launcherStatus,
string listenAddress)
{
mTestGroup = test;
mUserValues = userValues;
mTestTimeout = testTimeout;
mLogWriter = logWriter;
mStatus = launcherStatus;
mListenAddress = listenAddress;
mTestsRun = new TestsRun();
}
public Runner(ParallelTest test, Hashtable userValues)
{
mTestGroup = test;
mResults = new ArrayList();
mUserValues = userValues;
}
public Runner(ParallelTest test, Hashtable userValues)
{
mTestGroup = test;
mResults = new ArrayList();
mUserValues = userValues;
}
// Variable replacement
private static void ReplaceVariables(ParallelTest[] target, Variable[] variables)
{
if (variables == null || target == null) return;
foreach (Variable var in variables)
foreach (ParallelTest test in target)
ReplaceVariableOnTest(test, var);
}
private static void ReplaceVariableOnTest(ParallelTest t, Variable var)
{
t.Agents = ReplaceVarArray(t.Agents, var);
t.Name = ReplaceVar (t.Name, var);
foreach (TestConf tc in t.Tests)
{
tc.Name = ReplaceVar(tc.Name, var);
tc.Assembly = ReplaceVar(tc.Assembly, var);
tc.TestToRun = ReplaceVar(tc.TestToRun, var);
tc.Machine = ReplaceVar(tc.Machine, var);
tc.TestParams = ReplaceVarArray(tc.TestParams, var);
tc.StartBarrier = ReplaceVar(tc.StartBarrier, var);
tc.EndBarrier = ReplaceVar(tc.EndBarrier, var);
tc.WaitBarriers = ReplaceVarArray(tc.WaitBarriers, var);
}
}
public Runner(ParallelTest test)
{
mTestGroup = test;
mResults = new ArrayList();
}
internal Runner[] RunTests(
TestGroup group,
List <string> testsList,
int maxRetry,
bool bShellMode,
int retryOnFailure,
string failedfile,
TestSuiteLogger testSuiteLogger,
int testsTimeout,
TestRange testRange,
Hashtable userValues,
LogWriter logWriter,
string listenAddress,
string reportFile)
{
if (testRange == null)
{
mLog.Warn("No tests are selected to run. Exiting.");
return(new Runner[0]);
}
int testCount = testRange.EndTest - testRange.StartTest + 1;
int testToExecuteCount = (testsList != null) ? testsList.Count : testCount;
mStatus = new LauncherStatus(testCount, testToExecuteCount);
Runner[] runners = new Runner[testCount];
List <ParallelTest> failedGroups = new List <ParallelTest>();
for (int currentTest = testRange.StartTest; currentTest <= testRange.EndTest;)
{
int ini = Environment.TickCount;
ParallelTest test = group.ParallelTests[currentTest] as ParallelTest;
if (!IsSelectedTest(test, testsList))
{
mLog.ErrorFormat(
"Test with name [{0}] is not invited to this party.",
test.Name);
++currentTest;
mStatus.Increment();
continue;
}
mStatus.SetCurrentTestName(test.Name);
int retryCount = 0;
bool bRetry = true;
while (bRetry && retryCount < maxRetry)
{
bRetry = false;
LogTestProgress(group, testRange, testCount, currentTest);
Runner runner = new Runner(
test, userValues, testsTimeout, logWriter, mStatus, listenAddress);
if (bShellMode)
{
runner.ShellMode = bShellMode;
}
runners[currentTest - testRange.StartTest] = runner;
if (reportFile != null)
{
StatusReport.Write(reportFile, mStatus, false);
}
runner.Run();
TestResult[] runnerResults = runner.GetTestResults();
if (runnerResults == null)
{
mLog.InfoFormat("Error. Results for test [{0}] are NULL",
test.Name);
++currentTest;
mStatus.Increment();
mStatus.IncrementExecuted();
continue;
}
bool isRepeated = retryCount > 0;
if (reportFile == null)
{
LogTestResultsToTTS(
testSuiteLogger, runnerResults, test.Name, isRepeated);
}
else
{
LogTestResultsToFile(
reportFile, runnerResults, test.Name, isRepeated, true);
}
bRetry = RetryTest(runnerResults);
bool bFailed = FailedTest(runnerResults);
if (bRetry ||
((bFailed && (retryOnFailure > 0) &&
((retryCount + 1) < maxRetry)) /* so that list time is printed*/))
{
bRetry = true;
++retryCount;
mLog.Info("Test failed with retry option, trying again");
mStatus.AddRepeated(test.Name);
continue;
}
if (bFailed)
{
failedGroups.Add(test);
WriteGroup(failedGroups, failedfile);
mStatus.AddFailed(test.Name);
}
if (IgnoredTest(runnerResults))
{
mStatus.AddIgnored(test.Name);
}
}
// updated at the bottom so it's not affected by retries
mStatus.Increment();
mStatus.IncrementExecuted();
++currentTest;
mLog.DebugFormat("Test {0} time {1} ms",
test.Name, Environment.TickCount - ini);
}
if (reportFile != null)
{
StatusReport.Write(reportFile, mStatus, true);
}
return(runners);
}
public Runner(ParallelTest test)
{
mTestGroup = test;
mResults = new ArrayList();
}
static void Main(string[] args)
{
string resultfile = null;
string failedfile = null;
string passedfile = null;
int retryOnFailure = 0;
int maxRetry = MAX_TEST_RETRY;
ConfigureLogging();
try
{
// Load the test configuration file
if (args.Length == 0)
{
Console.WriteLine(
"Usage: launcher configfile [--result=filename] [--failed=filename] [-D:var=value] [-val:variable=value] [--retry=number] [--range=from-to] [--test=testname]");
return;
}
string configfile = args[0];
mTestPath = Path.GetDirectoryName(configfile);
TestGroup group = TestConfLoader.LoadFromFile(configfile, args);
int startTest = 0;
int endTest = group.ParallelTests.Length - 1;
failedfile = Path.Combine(mTestPath, "smokefailed.conf");
passedfile = Path.Combine(mTestPath, "smokepassed.conf");
if (args.Length > 1)
{
foreach (string arg in args)
{
if (arg.StartsWith("--result="))
{
resultfile = arg.Substring(9);
resultfile = Path.GetFullPath(resultfile);
}
if (arg.StartsWith("--failed="))
{
failedfile = arg.Substring(9);
failedfile = Path.GetFullPath(failedfile);
}
if (arg.StartsWith("--retry="))
{
retryOnFailure = int.Parse(arg.Substring("--retry=".Length));
log.InfoFormat("Retry on failure activated. {0} retries", retryOnFailure);
maxRetry = retryOnFailure;
}
if (arg.StartsWith("--test="))
{
string testName = arg.Substring("--test=".Length);
int index = -1;
for (int i = 0; i < group.ParallelTests.Length; i++)
{
if (group.ParallelTests[i].Name != testName)
{
continue;
}
index = i;
break;
}
if (index == -1)
{
Console.WriteLine("The specified test was not found");
return;
}
startTest = index;
endTest = index;
}
if (arg.StartsWith("--range="))
{
string range = arg.Substring("--range=".Length);
// now range should be something like xx-xx
if (range.IndexOf("-") < 0)
{
Console.WriteLine("Test range incorrectly specified, it must be something like 0-10");
return;
}
string[] ranges = range.Split('-');
if (ranges.Length != 2)
{
Console.WriteLine("Test range incorrectly specified, it must be something like 0-10");
return;
}
startTest = int.Parse(ranges[0]);
endTest = int.Parse(ranges[1]);
if ((startTest > endTest) ||
(startTest < 0) ||
(startTest > group.ParallelTests.Length - 1))
{
Console.WriteLine("Start test must be in a correct test range");
return;
}
if ((endTest < startTest) ||
(endTest < 0) ||
(endTest > group.ParallelTests.Length - 1))
{
Console.WriteLine("End test must be in a correct test range");
return;
}
log.InfoFormat("Starting test range [{0}-{1}]", startTest, endTest);
}
}
}
if ((group == null) || (group.ParallelTests.Length == 0))
{
Console.WriteLine("No tests to run");
return;
}
Hashtable userValues = GetUserValues(args);
ConfigureRemoting();
ArrayList failedGroups = new ArrayList();
ArrayList passedGroups = new ArrayList();
int testCount = endTest - startTest + 1;
// Each parallel test is launched sequencially...
Runner[] runners = new Runner[testCount];
DateTime beginTimestamp = DateTime.Now;
for (int i = startTest; i <= endTest;)
{
ParallelTest test = group.ParallelTests[i] as ParallelTest;
int retryCount = 0;
bool bRetry = true;
while (bRetry && retryCount < maxRetry)
{
bRetry = false;
if (testCount != group.ParallelTests.Length)
{
log.InfoFormat("Test {0} of {1}. {2}/{3}",
i, group.ParallelTests.Length, i - startTest + 1,
testCount);
}
else
{
log.InfoFormat("Test {0} of {1}", i + 1,
group.ParallelTests.Length);
}
Runner runner = new Runner(test, userValues);
runner.Run();
runners[i - startTest] = runner;
// Wait to finish
runner.Join();
TestResult[] runnerResults = runner.GetTestResults();
if (runnerResults == null)
{
log.Info("Error. Results are NULL");
++i;
continue;
}
bRetry = RetryTest(runnerResults);
bool bFailed = FailedTest(runnerResults);
if (bRetry ||
((bFailed && (retryOnFailure > 0) &&
((retryCount + 1) < maxRetry)) /* so that list time is printed*/))
{
bRetry = true;
++retryCount;
log.Info("Test failed with retry option, trying again");
continue;
}
if (bFailed)
{
failedGroups.Add(test);
WriteGroup(failedGroups, failedfile);
}
else
{
passedGroups.Add(test);
WriteGroup(passedGroups, passedfile);
}
}
// updated at the bottom so it's not affected by retries
++i;
}
DateTime endTimestamp = DateTime.Now;
// Print the results
double TotalBiggerTime = 0;
int TotalTests = 0;
int TotalExecutedTests = 0;
int TotalFailedTests = 0;
int TotalSuccessTests = 0;
IList failedTests = new ArrayList();
int j;
foreach (Runner runner in runners)
{
int ExecutedTests = 0;
int FailedTests = 0;
int SuccessTests = 0;
double BiggerTime = 0;
TestResult[] results = runner.GetTestResults();
Log(string.Format("==== Tests Results for Parallel TestGroup {0} ===", runner.TestGroupName));
j = 0;
foreach (TestResult res in results)
{
if (res.Executed)
{
++ExecutedTests;
}
if (res.IsFailure)
{
++FailedTests;
}
if (res.IsSuccess)
{
++SuccessTests;
}
PrintResult(++j, res);
if (res.Time > BiggerTime)
{
BiggerTime = res.Time;
}
if (res.IsFailure)
{
failedTests.Add(res);
}
}
Log("Summary:");
Log(string.Format("\tTotal: {0}\r\n\tExecuted: {1}\r\n\tFailed: {2}\r\n\tSuccess: {3}\r\n\t% Success: {4}\r\n\tBiggest Execution Time: {5} s\r\n",
results.Length, ExecutedTests, FailedTests, SuccessTests,
results.Length > 0 ? 100 * SuccessTests / results.Length : 0,
BiggerTime));
TotalTests += results.Length;
TotalExecutedTests += ExecutedTests;
TotalFailedTests += FailedTests;
TotalSuccessTests += SuccessTests;
TotalBiggerTime += BiggerTime;
}
// print all failed tests together
if (failedTests.Count > 0)
{
Log("==== Failed tests ===");
for (j = 0; j < failedTests.Count; ++j)
{
PrintResult(j, failedTests[j] as PNUnitTestResult);
}
}
if (runners.Length > 1)
{
Log("Summary for all the parallel tests:");
Log(string.Format("\tTotal: {0}\r\n\tExecuted: {1}\r\n\tFailed: {2}\r\n\tSuccess: {3}\r\n\t% Success: {4}\r\n\tBiggest Execution Time: {5} s\r\n",
TotalTests, TotalExecutedTests, TotalFailedTests, TotalSuccessTests,
TotalTests > 0 ? 100 * TotalSuccessTests / TotalTests : 0,
TotalBiggerTime));
}
TimeSpan elapsedTime = endTimestamp.Subtract(beginTimestamp);
Log(string.Format("Launcher execution time: {0} seconds", elapsedTime.TotalSeconds));
}
finally
{
WriteResult(resultfile);
}
}
