public void Parse_EmptyString_EmptyResults()
{
var parser = new ErrorMessageParser("", BaseDir);
parser.Parse();
parser.ErrorMessage.Should().Be("");
parser.ErrorStackTrace.Should().Be("");
}
public void Parse_EmptyString_EmptyResults()
{
ErrorMessageParser parser = new ErrorMessageParser("", BaseDir);
parser.Parse();
Assert.AreEqual("", parser.ErrorMessage);
Assert.AreEqual("", parser.ErrorStackTrace);
}
public void Parse_EmptyString_EmptyResults()
{
var parser = new ErrorMessageParser("");
parser.Parse();
parser.ErrorMessage.Should().Be("");
parser.ErrorStackTrace.Should().Be("");
}
public void Parse_SingleErrorMessage_MessageIsParsedWithoutLink()
{
string errorString = $"{FullPathOfDummyExecutable}:42: error: Expected: Foo\nActual: Bar";
var parser = new ErrorMessageParser(errorString, BaseDir);
parser.Parse();
parser.ErrorMessage.Should().Be("Expected: Foo\nActual: Bar");
parser.ErrorStackTrace.Should().Contain($"{DummyExecutable}:42");
}
public void Parse_SingleUnparsableErrorMessage_MessageIsPassed()
{
string errorString = "Some weird error message";
var parser = new ErrorMessageParser(errorString, BaseDir);
parser.Parse();
parser.ErrorMessage.Should().Be("Some weird error message");
parser.ErrorStackTrace.Should().BeEmpty();
}
private TestResult ParseTestResult(XmlNode testcaseNode)
{
string className = testcaseNode.Attributes["classname"].InnerText;
string testCaseName = testcaseNode.Attributes["name"].InnerText;
string qualifiedName = className + "." + testCaseName;
TestCase testCase = _testCasesRun.FindTestcase(qualifiedName);
if (testCase == null)
{
return(null);
}
var testResult = new TestResult(testCase)
{
ComputerName = Environment.MachineName,
DisplayName = testCase.DisplayName
};
string duration = testcaseNode.Attributes["time"].InnerText;
testResult.Duration = ParseDuration(duration);
string testCaseStatus = testcaseNode.Attributes["status"].InnerText;
switch (testCaseStatus)
{
case "run":
XmlNodeList failureNodes = testcaseNode.SelectNodes("failure");
if (failureNodes.Count == 0)
{
testResult.Outcome = TestOutcome.Passed;
}
else
{
var parser = new ErrorMessageParser(failureNodes, _baseDir);
parser.Parse();
testResult.Outcome = TestOutcome.Failed;
testResult.ErrorMessage = parser.ErrorMessage;
testResult.ErrorStackTrace = parser.ErrorStackTrace;
}
break;
case "notrun":
testResult.Outcome = TestOutcome.Skipped;
break;
default:
string msg = "Unknown testcase status: " + testCaseStatus;
_testEnvironment.LogError(msg);
throw new Exception(msg);
}
return(testResult);
}
private TestResult CreateTestResult(int indexOfTestcase)
{
int currentLineIndex = indexOfTestcase;
string line = _consoleOutput[currentLineIndex++];
string qualifiedTestname = RemovePrefix(line).Trim();
TestCase testCase = FindTestcase(qualifiedTestname);
if (testCase == null)
{
_logger.DebugWarning($"No known test case for test result of line '{line}' - are you repeating a test run, but tests have changed in the meantime?");
return(null);
}
if (currentLineIndex >= _consoleOutput.Count)
{
CrashedTestCase = testCase;
return(CreateFailedTestResult(testCase, TimeSpan.FromMilliseconds(0), CrashText, ""));
}
line = _consoleOutput[currentLineIndex];
SplitLineIfNecessary(ref line, currentLineIndex);
currentLineIndex++;
string errorMsg = "";
while (!(IsFailedLine(line) || IsPassedLine(line) || IsSkippedLine(line)) && currentLineIndex <= _consoleOutput.Count)
{
errorMsg += line + "\n";
line = currentLineIndex < _consoleOutput.Count ? _consoleOutput[currentLineIndex] : "";
SplitLineIfNecessary(ref line, currentLineIndex);
currentLineIndex++;
}
if (IsFailedLine(line))
{
ErrorMessageParser parser = new ErrorMessageParser(errorMsg);
parser.Parse();
return(CreateFailedTestResult(testCase, ParseDuration(line), parser.ErrorMessage, parser.ErrorStackTrace));
}
if (IsPassedLine(line))
{
return(CreatePassedTestResult(testCase, ParseDuration(line)));
}
if (IsSkippedLine(line))
{
return(CreateSkippedTestResult(testCase, ParseDuration(line)));
}
CrashedTestCase = testCase;
string message = CrashText;
message += errorMsg == "" ? "" : "\nTest output:\n\n" + errorMsg;
return(CreateFailedTestResult(testCase, TimeSpan.FromMilliseconds(0), message, ""));
}
public void Parse_SingleErrorMessage_MessageIsParsedWithoutLink()
{
string errorString = $"{FullPathOfDummyExecutable}:42: error: Expected: Foo\nActual: Bar";
var parser = new ErrorMessageParser(errorString);
parser.Parse();
parser.ErrorMessage.Should().Be("Expected: Foo\nActual: Bar");
parser.ErrorStackTrace.Should().Contain($"{DummyExecutable}:42");
}
public void Parse_SingleErrorMessage_MessageIsParsedWithoutLink()
{
string errorString = $"{FullPathOfDummyExecutable}:42: error: Expected: Foo\nActual: Bar";
ErrorMessageParser parser = new ErrorMessageParser(errorString, BaseDir);
parser.Parse();
Assert.AreEqual("Expected: Foo\nActual: Bar", parser.ErrorMessage);
Assert.IsTrue(parser.ErrorStackTrace.Contains($"{DummyExecutable}:42"));
}
private TestResult ParseTestResult(XmlNode testcaseNode)
{
string qualifiedName = GetQualifiedName(testcaseNode);
TestCase testCase;
if (!_testCasesMap.TryGetValue(qualifiedName, out testCase) &&
!_workaroundMapLazy.Value.TryGetValue(qualifiedName, out testCase))
{
return(null);
}
var testResult = new TestResult(testCase)
{
ComputerName = Environment.MachineName,
DisplayName = testCase.DisplayName
};
string duration = testcaseNode.Attributes["time"].InnerText;
testResult.Duration = ParseDuration(duration);
string testCaseStatus = testcaseNode.Attributes["status"].InnerText;
switch (testCaseStatus)
{
case "run":
XmlNodeList failureNodes = testcaseNode.SelectNodes("failure");
if (failureNodes.Count == 0)
{
testResult.Outcome = TestOutcome.Passed;
}
else
{
var parser = new ErrorMessageParser(failureNodes);
parser.Parse();
testResult.Outcome = TestOutcome.Failed;
testResult.ErrorMessage = parser.ErrorMessage;
testResult.ErrorStackTrace = parser.ErrorStackTrace;
}
break;
case "notrun":
testResult.Outcome = TestOutcome.Skipped;
break;
default:
string msg = "Unknown testcase status: " + testCaseStatus;
_logger.LogError(msg);
throw new Exception(msg);
}
return(testResult);
}
public void Parse_SingleUnparsableErrorMessage_MessageIsPassed()
{
string errorString = "Some weird error message";
var parser = new ErrorMessageParser(errorString);
parser.Parse();
parser.ErrorMessage.Should().Be("Some weird error message");
parser.ErrorStackTrace.Should().BeEmpty();
}
public void Parse_MessageWithSourceLocationInDifferentFormat()
{
string errorString = @"unknown file: error: C++ exception with description ""Assertion failed in c:\users\chris\git\googletestadapter\sampletests\tests\basictests.cpp:-179"" thrown in the test body.";
var parser = new ErrorMessageParser(errorString);
parser.Parse();
parser.ErrorStackTrace.Should().BeEmpty();
parser.ErrorMessage.Should().Contain(@"c:\users\chris\git\googletestadapter\sampletests\tests\basictests.cpp:-179");
}
public void Parse_TwoErrorMessages_BothMessagesAreParsedWithLinks()
{
string errorString = $"{FullPathOfDummyExecutable}:37: error: Expected: Yes\nActual: Maybe";
errorString += $"\n{FullPathOfDummyExecutable}:42: Failure\nExpected: Foo\nActual: Bar";
var parser = new ErrorMessageParser(errorString, BaseDir);
parser.Parse();
parser.ErrorMessage.Should().Be("#1 - Expected: Yes\nActual: Maybe\n#2 - Expected: Foo\nActual: Bar");
parser.ErrorStackTrace.Should().Contain($"#1 - {DummyExecutable}:37");
parser.ErrorStackTrace.Should().Contain($"#2 - {DummyExecutable}:42");
}
public void Parse_DifferentlyFormattedErrorMessages_BothMessagesAreParsedInCorrectOrder()
{
string errorString = $"{FullPathOfDummyExecutable}(37): error: Expected: Yes\nActual: Maybe";
errorString += $"\n{FullPathOfDummyExecutable}:42: error: Expected: Foo\nActual: Bar";
var parser = new ErrorMessageParser(errorString, BaseDir);
parser.Parse();
parser.ErrorMessage.Should().Be("#1 - Expected: Yes\nActual: Maybe\n#2 - Expected: Foo\nActual: Bar");
parser.ErrorStackTrace.Should().Contain($"#1 - {DummyExecutable}:37");
parser.ErrorStackTrace.Should().Contain($"#2 - {DummyExecutable}:42");
}
public void Parse_DifferentlyFormattedErrorMessages_BothMessagesAreParsedInCorrectOrder()
{
string errorString = $"{FullPathOfDummyExecutable}(37): error: Expected: Yes\nActual: Maybe";
errorString += $"\n{FullPathOfDummyExecutable}:42: error: Expected: Foo\nActual: Bar";
ErrorMessageParser parser = new ErrorMessageParser(errorString, BaseDir);
parser.Parse();
Assert.AreEqual("#1 - Expected: Yes\nActual: Maybe\n#2 - Expected: Foo\nActual: Bar", parser.ErrorMessage);
Assert.IsTrue(parser.ErrorStackTrace.Contains($"#1 - {DummyExecutable}:37"));
Assert.IsTrue(parser.ErrorStackTrace.Contains($"#2 - {DummyExecutable}:42"));
}
public void Parse_TwoErrorMessages_BothMessagesAreParsedWithLinks()
{
string errorString = $"{FullPathOfDummyExecutable}:37: error: Expected: Yes\nActual: Maybe";
errorString += $"\n{FullPathOfDummyExecutable}:42: Failure\nExpected: Foo\nActual: Bar";
ErrorMessageParser parser = new ErrorMessageParser(errorString, BaseDir);
parser.Parse();
Assert.AreEqual("#1 - Expected: Yes\nActual: Maybe\n#2 - Expected: Foo\nActual: Bar", parser.ErrorMessage);
Assert.IsTrue(parser.ErrorStackTrace.Contains($"#1 - {DummyExecutable}:37"));
Assert.IsTrue(parser.ErrorStackTrace.Contains($"#2 - {DummyExecutable}:42"));
}
public void Parse_NullBaseDir()
{
string errorString = $"{FullPathOfDummyExecutable}:37: error: Expected: Yes\nActual: Maybe";
errorString += $"\n{FullPathOfDummyExecutable}:42: Failure\nExpected: Foo\nActual: Bar";
var parser = new ErrorMessageParser(errorString);
parser.Parse();
parser.ErrorMessage.Should().Be("#1 - Expected: Yes\nActual: Maybe\n#2 - Expected: Foo\nActual: Bar");
parser.ErrorStackTrace.Should().Contain($"#1 - {DummyExecutable}:37");
parser.ErrorStackTrace.Should().Contain($"#2 - {DummyExecutable}:42");
}
public void Parse_DifferentlyFormattedErrorMessages_BothMessagesAreParsedInCorrectOrder()
{
string errorString = $"{FullPathOfDummyExecutable}(37): error: Expected: Yes\nActual: Maybe";
errorString += $"\n{FullPathOfDummyExecutable}:42: error: Expected: Foo\nActual: Bar";
var parser = new ErrorMessageParser(errorString);
parser.Parse();
parser.ErrorMessage.Should().Be("#1 - Expected: Yes\nActual: Maybe\n#2 - Expected: Foo\nActual: Bar");
parser.ErrorStackTrace.Should().Contain($"#1 - {DummyExecutable}:37");
parser.ErrorStackTrace.Should().Contain($"#2 - {DummyExecutable}:42");
}
private TestResult CreateFailedTestResult(TestCase testCase, TimeSpan duration, bool crashed, string errorMessage)
{
if (crashed)
{
CrashedTestCase = testCase;
}
ErrorMessageParser parser = new ErrorMessageParser(errorMessage, BaseDir);
parser.Parse();
return(new TestResult(testCase)
{
ComputerName = Environment.MachineName,
DisplayName = testCase.DisplayName,
Outcome = TestOutcome.Failed,
ErrorMessage = crashed ? CrashText : parser.ErrorMessage,
ErrorStackTrace = parser.ErrorStackTrace,
Duration = duration
});
}
private TestResult CreateTestResult(int indexOfTestcase)
{
int currentLineIndex = indexOfTestcase;
string line = _consoleOutput[currentLineIndex++];
string qualifiedTestname = RemovePrefix(line).Trim();
TestCase testCase = FindTestcase(qualifiedTestname);
if (currentLineIndex >= _consoleOutput.Count)
{
CrashedTestCase = testCase;
return(CreateFailedTestResult(testCase, TimeSpan.FromMilliseconds(0), CrashText, ""));
}
line = _consoleOutput[currentLineIndex++];
string errorMsg = "";
while (!(IsFailedLine(line) || IsPassedLine(line)) && currentLineIndex <= _consoleOutput.Count)
{
errorMsg += line + "\n";
line = currentLineIndex < _consoleOutput.Count ? _consoleOutput[currentLineIndex] : "";
currentLineIndex++;
}
if (IsFailedLine(line))
{
ErrorMessageParser parser = new ErrorMessageParser(errorMsg, _baseDir);
parser.Parse();
return(CreateFailedTestResult(testCase, ParseDuration(line), parser.ErrorMessage, parser.ErrorStackTrace));
}
if (IsPassedLine(line))
{
return(CreatePassedTestResult(testCase, ParseDuration(line)));
}
CrashedTestCase = testCase;
string message = CrashText;
message += errorMsg == "" ? "" : "\nTest output:\n\n" + errorMsg;
return(CreateFailedTestResult(testCase, TimeSpan.FromMilliseconds(0), message, ""));
}
private TestResult CreateTestResult(int indexOfTestcase)
{
int currentLineIndex = indexOfTestcase;
string line = _consoleOutput[currentLineIndex++];
string qualifiedTestname = RemovePrefix(line).Trim();
TestCase testCase = FindTestcase(qualifiedTestname);
if (currentLineIndex >= _consoleOutput.Count)
{
CrashedTestCase = testCase;
return CreateFailedTestResult(testCase, TimeSpan.FromMilliseconds(0), CrashText, "");
}
line = _consoleOutput[currentLineIndex++];
string errorMsg = "";
while (!(IsFailedLine(line) || IsPassedLine(line)) && currentLineIndex <= _consoleOutput.Count)
{
errorMsg += line + "\n";
line = currentLineIndex < _consoleOutput.Count ? _consoleOutput[currentLineIndex] : "";
currentLineIndex++;
}
if (IsFailedLine(line))
{
ErrorMessageParser parser = new ErrorMessageParser(errorMsg, _baseDir);
parser.Parse();
return CreateFailedTestResult(testCase, ParseDuration(line), parser.ErrorMessage, parser.ErrorStackTrace);
}
if (IsPassedLine(line))
{
return CreatePassedTestResult(testCase, ParseDuration(line));
}
CrashedTestCase = testCase;
string message = CrashText;
message += errorMsg == "" ? "" : "\nTest output:\n\n" + errorMsg;
return CreateFailedTestResult(testCase, TimeSpan.FromMilliseconds(0), message, "");
}
private TestResult CreateTestResult()
{
int currentLineIndex = 0;
while (currentLineIndex < _consoleOutput.Count &&
!StandardOutputTestResultParser.IsRunLine(_consoleOutput[currentLineIndex]))
{
currentLineIndex++;
}
if (currentLineIndex >= _consoleOutput.Count)
{
return(null);
}
string line = _consoleOutput[currentLineIndex++];
string qualifiedTestname = StandardOutputTestResultParser.RemovePrefix(line).Trim();
TestCase testCase = StandardOutputTestResultParser.FindTestcase(qualifiedTestname, _testCasesRun);
if (currentLineIndex >= _consoleOutput.Count)
{
CrashedTestCase = testCase;
return(StandardOutputTestResultParser.CreateFailedTestResult(
testCase,
TimeSpan.FromMilliseconds(0),
StandardOutputTestResultParser.CrashText,
""));
}
line = _consoleOutput[currentLineIndex++];
string errorMsg = "";
while (
!(StandardOutputTestResultParser.IsFailedLine(line) ||
StandardOutputTestResultParser.IsPassedLine(line)) &&
currentLineIndex <= _consoleOutput.Count)
{
errorMsg += line + "\n";
line = currentLineIndex < _consoleOutput.Count ? _consoleOutput[currentLineIndex] : "";
currentLineIndex++;
}
if (StandardOutputTestResultParser.IsFailedLine(line))
{
ErrorMessageParser parser = new ErrorMessageParser(errorMsg, _baseDir);
parser.Parse();
return(StandardOutputTestResultParser.CreateFailedTestResult(
testCase,
StandardOutputTestResultParser.ParseDuration(line, _logger),
parser.ErrorMessage,
parser.ErrorStackTrace));
}
if (StandardOutputTestResultParser.IsPassedLine(line))
{
return(StandardOutputTestResultParser.CreatePassedTestResult(
testCase,
StandardOutputTestResultParser.ParseDuration(line, _logger)));
}
CrashedTestCase = testCase;
string message = StandardOutputTestResultParser.CrashText;
message += errorMsg == "" ? "" : $"\nTest output:\n\n{errorMsg}";
TestResult result = StandardOutputTestResultParser.CreateFailedTestResult(
testCase,
TimeSpan.FromMilliseconds(0),
message,
"");
return(result);
}
private TestResult ParseTestResult(XmlNode testcaseNode)
{
string qualifiedName = GetQualifiedName(testcaseNode);
TestCase testCase;
if (!_testCasesMap.TryGetValue(qualifiedName, out testCase))
return null;
var testResult = new TestResult(testCase)
{
ComputerName = Environment.MachineName,
DisplayName = testCase.DisplayName
};
string duration = testcaseNode.Attributes["time"].InnerText;
testResult.Duration = ParseDuration(duration);
string testCaseStatus = testcaseNode.Attributes["status"].InnerText;
switch (testCaseStatus)
{
case "run":
XmlNodeList failureNodes = testcaseNode.SelectNodes("failure");
if (failureNodes.Count == 0)
{
testResult.Outcome = TestOutcome.Passed;
}
else
{
var parser = new ErrorMessageParser(failureNodes, _baseDir);
parser.Parse();
testResult.Outcome = TestOutcome.Failed;
testResult.ErrorMessage = parser.ErrorMessage;
testResult.ErrorStackTrace = parser.ErrorStackTrace;
}
break;
case "notrun":
testResult.Outcome = TestOutcome.Skipped;
break;
default:
string msg = "Unknown testcase status: " + testCaseStatus;
_testEnvironment.LogError(msg);
throw new Exception(msg);
}
return testResult;
}
private TestResult CreateTestResult()
{
int currentLineIndex = 0;
while (currentLineIndex < _consoleOutput.Count &&
!IsRunLine(_consoleOutput[currentLineIndex]))
{
currentLineIndex++;
}
if (currentLineIndex == _consoleOutput.Count)
{
return(null);
}
string line = _consoleOutput[currentLineIndex++];
string qualifiedTestname = RemovePrefix(line).Trim();
TestCase testCase = FindTestcase(qualifiedTestname, _testCasesRun);
if (testCase == null)
{
_logger.DebugWarning(String.Format(Resources.NoKnownTestCaseMessage, line));
return(null);
}
if (currentLineIndex == _consoleOutput.Count)
{
CrashedTestCase = testCase;
return(CreateFailedTestResult(
testCase,
TimeSpan.FromMilliseconds(0),
CrashText,
""));
}
line = _consoleOutput[currentLineIndex++];
string errorMsg = "";
while (!(IsFailedLine(line) || IsPassedLine(line) || IsSkippedLine(line)) &&
currentLineIndex <= _consoleOutput.Count)
{
errorMsg += line + "\n";
line = currentLineIndex < _consoleOutput.Count ? _consoleOutput[currentLineIndex] : "";
currentLineIndex++;
}
if (IsFailedLine(line))
{
ErrorMessageParser parser = new ErrorMessageParser(errorMsg);
parser.Parse();
return(CreateFailedTestResult(
testCase,
ParseDuration(line, _logger),
parser.ErrorMessage,
parser.ErrorStackTrace));
}
if (IsPassedLine(line))
{
return(CreatePassedTestResult(testCase, ParseDuration(line, _logger)));
}
if (IsSkippedLine(line))
{
return(CreateSkippedTestResult(testCase, ParseDuration(line, _logger)));
}
CrashedTestCase = testCase;
string message = CrashText;
message += errorMsg == "" ? "" : ("\n" + Resources.TestOutput + $"\n\n{errorMsg}");
TestResult result = CreateFailedTestResult(
testCase,
TimeSpan.FromMilliseconds(0),
message,
"");
return(result);
}