private static TestCaseExecutor GetTestCaseExecutor(TestExecutionData testExecutionData, RunOptions options, TestCategory inputTestCategory, RSACryptoServiceProvider rsaProvider, RSACryptoServiceProvider rsaProviderOld)
{
bool officeNative = inputTestCategory == TestCategory.OfficeNativeClient ||
testExecutionData.TestCase.TestCategory == TestCategory.OfficeNativeClient;
string userAgent = officeNative ? Constants.HeaderValues.OfficeNativeClientUserAgent : null;
return(new TestCaseExecutor(testExecutionData, options.WopiEndpoint, options.AccessToken, options.AccessTokenTtl, userAgent, rsaProvider, rsaProviderOld));
}
private static TestCaseExecutor GetTestCaseExecutor(TestExecutionData testExecutionData, Options options, TestCategory inputTestCategory)
{
TestCategory testCategory;
if (!Enum.TryParse(testExecutionData.TestCase.Category, true /* ignoreCase */, out testCategory))
{
throw new Exception(string.Format(CultureInfo.InvariantCulture, "Invalid TestCategory for TestCase : {0}", testExecutionData.TestCase.Name));
}
string userAgent = (inputTestCategory == TestCategory.OfficeNativeClient || testCategory == TestCategory.OfficeNativeClient) ? Constants.HeaderValues.OfficeNativeClientUserAgent : null;
return(new TestCaseExecutor(testExecutionData, options.WopiEndpoint, options.AccessToken, options.AccessTokenTtl, userAgent));
}
private static ExitCode Execute(Options options)
{
// get run configuration from XML
IEnumerable <TestExecutionData> testData = ConfigParser.ParseExecutionData(options.RunConfigurationFilePath, options.TestCategory);
if (!String.IsNullOrEmpty(options.TestGroup))
{
testData = testData.Where(d => d.TestGroupName == options.TestGroup);
}
IEnumerable <TestExecutionData> executionData;
if (!String.IsNullOrWhiteSpace(options.TestName))
{
executionData = new TestExecutionData[] { TestExecutionData.GetDataForSpecificTest(testData, options.TestName) };
}
else
{
executionData = testData;
}
// Create executor groups
var executorGroups = executionData.GroupBy(d => d.TestGroupName)
.Select(g => new
{
Name = g.Key,
Executors = g.Select(x => GetTestCaseExecutor(x, options, options.TestCategory))
});
ConsoleColor baseColor = ConsoleColor.White;
HashSet <ResultStatus> resultStatuses = new HashSet <ResultStatus>();
foreach (var group in executorGroups)
{
WriteToConsole($"\nTest group: {group.Name}\n", ConsoleColor.White);
// define execution query - evaluation is lazy; test cases are executed one at a time
// as you iterate over returned collection
var results = group.Executors.Select(x => x.Execute());
// iterate over results and print success/failure indicators into console
foreach (TestCaseResult testCaseResult in results)
{
resultStatuses.Add(testCaseResult.Status);
switch (testCaseResult.Status)
{
case ResultStatus.Pass:
baseColor = ConsoleColor.Green;
WriteToConsole($"Pass: {testCaseResult.Name}\n", baseColor, 1);
break;
case ResultStatus.Skipped:
baseColor = ConsoleColor.Yellow;
if (!options.IgnoreSkipped)
{
WriteToConsole($"Skipped: {testCaseResult.Name}\n", baseColor, 1);
}
break;
case ResultStatus.Fail:
default:
baseColor = ConsoleColor.Red;
WriteToConsole($"Fail: {testCaseResult.Name}\n", baseColor, 1);
break;
}
if (testCaseResult.Status == ResultStatus.Fail ||
(testCaseResult.Status == ResultStatus.Skipped && !options.IgnoreSkipped))
{
foreach (var request in testCaseResult.RequestDetails)
{
var responseStatus = (HttpStatusCode)request.ResponseStatusCode;
var color = request.ValidationFailures.Count == 0 ? ConsoleColor.DarkGreen : baseColor;
WriteToConsole($"{request.Name}, response code: {request.ResponseStatusCode} {responseStatus}\n", color, 2);
foreach (var failure in request.ValidationFailures)
{
foreach (var error in failure.Errors)
{
WriteToConsole($"{error}\n", baseColor, 3);
}
}
}
WriteToConsole($"Re-run command: .\\wopivalidator.exe -n {testCaseResult.Name} -w {options.WopiEndpoint} -t {options.AccessToken} -l {options.AccessTokenTtl}\n", baseColor, 2);
Console.WriteLine();
}
}
if (options.IgnoreSkipped && !resultStatuses.ContainsAny(ResultStatus.Pass, ResultStatus.Fail))
{
WriteToConsole($"All tests skipped.\n", baseColor, 1);
}
}
// If skipped tests are ignored, don't consider them when determining whether the test run passed or failed
if (options.IgnoreSkipped)
{
if (resultStatuses.Contains(ResultStatus.Fail))
{
return(ExitCode.Failure);
}
}
// Otherwise consider skipped tests as failures
else if (resultStatuses.ContainsAny(ResultStatus.Skipped, ResultStatus.Fail))
{
return(ExitCode.Failure);
}
return(ExitCode.Success);
}
