public TestExecutionResult ExecuteTests()
{
string vsFolder = _visualStudioFinder.Find();
vsFolder = Path.Combine(vsFolder, _appConfigDriver.VSTestPath);
var vsTestConsoleExePath = Path.Combine(AssemblyFolderHelper.GetAssemblyFolder(), Environment.ExpandEnvironmentVariables(vsFolder + @"\vstest.console.exe"));
var processHelper = new ProcessHelper();
string arguments = GenereateVsTestsArguments();
ProcessResult processResult;
try
{
processResult = processHelper.RunProcess(_outputWriter, _testProjectFolders.ProjectFolder, vsTestConsoleExePath, arguments);
}
catch (Exception)
{
Console.WriteLine($"running vstest.console.exe failed - {_testProjectFolders.CompiledAssemblyPath} {vsTestConsoleExePath} {arguments}");
throw;
}
string output = processResult.CombinedOutput;
var lines = output.SplitByString(Environment.NewLine, StringSplitOptions.RemoveEmptyEntries);
var trxFiles = FindFilePath(lines, ".trx", BeginnOfTrxFileLine).ToArray();
var logFiles = FindFilePath(lines, ".log", BeginnOfLogFileLine).ToArray();
string logFileContent =
logFiles.Length == 1
? File.ReadAllText(_uriCleaner.ConvertSlashes(_uriCleaner.StripSchema(Uri.UnescapeDataString(logFiles.Single()))))
: string.Empty;
var reportFiles = GetReportFiles(output);
trxFiles.Should().HaveCount(1, $"exactly one TRX file should be generated by VsTest;{Environment.NewLine}{string.Join(Environment.NewLine, trxFiles)}");
string trxFile = trxFiles.Single();
var testResultDocument = XDocument.Load(trxFile);
LastTestExecutionResult = CalculateTestExecutionResultFromTrx(testResultDocument, _testRunConfiguration, output, reportFiles, logFileContent);
return(LastTestExecutionResult);
}
public TestExecutionResult ExecuteTests()
{
const string dotnetTestPath = "dotnet";
var envVariables = _testSuiteEnvironmentVariableGenerator.GenerateEnvironmentVariables();
var processHelper = new ProcessHelper();
string arguments = $"test {GenerateDotnetTestsArguments()}";
ProcessResult processResult;
try
{
processResult = processHelper.RunProcess(_outputWriter, _testProjectFolders.PathToSolutionDirectory, dotnetTestPath, arguments, envVariables);
}
catch (Exception)
{
Console.WriteLine($"running {dotnetTestPath} failed - {_testProjectFolders.CompiledAssemblyPath} {dotnetTestPath} {arguments}");
throw;
}
string output = processResult.CombinedOutput;
var lines = output.SplitByString(Environment.NewLine, StringSplitOptions.RemoveEmptyEntries);
var trxFilePaths = FindFilePath(lines, ".trx", BeginOfTrxFileLine).ToArray();
var logFiles = FindFilePath(lines, ".log", BeginOfLogFileLine).ToArray();
string logFileContent =
logFiles.Length == 1
? File.ReadAllText(_uriCleaner.ConvertSlashes(_uriCleaner.StripSchema(Uri.UnescapeDataString(logFiles.Single()))))
: string.Empty;
var reportFiles = GetReportFiles(output);
trxFilePaths.Should().HaveCountGreaterOrEqualTo(1, $"at least one TRX file should be generated by the test run; these have been generated:{Environment.NewLine}{string.Join(Environment.NewLine, trxFilePaths)}");
var trxFiles = from trxFilePath in trxFilePaths
let trx = _trxParser.ParseTRXFile(trxFilePath, output, reportFiles, logFileContent)
select(trxFilePath, trx);
TestExecutionResultFiles = trxFiles.ToDictionary(trxFile => trxFile.trxFilePath, trxFile => trxFile.trx);
LastTestExecutionResult = TestExecutionResultFiles.First(f => f.Key.Contains(_testProjectFolders.ProjectFolder)).Value;
return(LastTestExecutionResult);
}