public GetDefectWithTestCaseCount(Properties props)
{
_project = props.Project;
_fileLocation = props.SaveLocation;
_testPlanId = props.TestPlanId;
_testSuite = props.TestSuiteId;
_logger = props.Logger;
HttpClientInitiator clientInitator = new HttpClientInitiator(props.Uri, props.PersonalAccessToken);
_client = clientInitator.CreateHttpClient();
_client.DefaultRequestHeaders.Accept.Add(new System.Net.Http.Headers.MediaTypeWithQualityHeaderValue("application/json"));
_testCaseIdToResults = new Dictionary <int, List <TestCaseResult> >();
_tfsCommonFunctions = new TFSCommonFunctions(props);
if (props.UseWebApi == 1)
{
_allTestCaseId = GetTestCasesWebApi.GetAllTestCaseIds().Result;
}
else
{
GetTestCasesInSuite getTestCaseInSuite = new GetTestCasesInSuite(props);
List <TestCase> allTestCases = getTestCaseInSuite.GatherTestCases();
_allTestCaseId = new List <int>();
foreach (TestCase currTestCase in allTestCases)
{
_allTestCaseId.Add(currTestCase.TestCaseId);
}
}
}
/// <summary>
/// Get Test Cases directly from Web API and assign the testCaseRuns/Results to the correct test case.
/// </summary>
/// <param name="planId"></param>
/// <param name=""></param>
/// <returns></returns>
private async Task <List <TestCase> > GetListOfTestCaseFromPlanId(int planId, List <TestRun> testRuns)
{
List <TestCase> res = new List <TestCase>();
List <TestCase> tempTestCases = new List <TestCase>();
tempTestCases = GetTestCasesWebApi.GetTestCaseByPlan(planId).Result;
res = tempTestCases;
//foreach (TestCase currTestCase in tempTestCases)
//{
// TestCase testCaseCopy = currTestCase.CloneJson<TestCase>();
// try
// {
// if (_testCaseIdToResults.ContainsKey(testCaseCopy.TestCaseId))
// {
// testCase.TestCaseResults = _testCaseIdToResults[testCaseId];
// }
// if (tempTestCase != null)
// {
// testCases.Add(testCase);
// }
// }
// catch (Exception ex)
// {
// continue;
// }
//}
return(res);
}
private int GetPathCumulativeHelper(DateTime date, string[] category, string path)
{
int res = GetTestCasesWebApi.GetTestCaseExecutedCumulativeAndPathAndStatuses(date,
category,
path).Result.Count;
return(res);
}
public void UpdateSheet()
{
foreach (KeyValuePair <int, string> curr in _rowToTestCasePathMapping)
{
List <TestCase> testCasesFailedWithMinorDefect = GetTestCasesWebApi.GetTestCaseFailedWithMinorDefect(curr.Value).Result;
//Console.WriteLine(curr.Value + ": " + testCasesFailedWithMinorDefect.Count);
// Count of Test Cases that are Ready For Test with a Medium/Low defect and are in Failed status only.
string formula = "-COUNTIFS(" + _props.ReadyForTestMediumLowSheetName + @"!D: D,
'Folder Counts'!F" + curr.Key + ", "
+ _props.ReadyForTestMediumLowSheetName + "!C: C, \"Failed\")";
_excelWorksheet.Cells[curr.Key, 11].Formula = testCasesFailedWithMinorDefect.Count + "-N" + curr.Key;
}
}
public void UpdateExcelDefectWithTestCaseCount()
{
//GetTestCasesWebApi getTestCasesWebApi = new GetTestCasesWebApi();
//List<int> _allTestCaseIds = getTestCasesWebApi.GetAllTestCaseIds().Result;
DateTime earliestTime = new DateTime(2019, 4, 1);
GetDefectWithTestCaseCount getDefectWithTestCaseCount = new GetDefectWithTestCaseCount(_props);
List <Defect> res = getDefectWithTestCaseCount.DefectTestCaseCountTFS(earliestTime);
Console.WriteLine("BreakPoint");
if (_props.UseWebApi == 1)
{
Console.Write("Writing Defects to DB... ");
PostHelper <Defect>(res, "/api/Defect");
Console.WriteLine();
Console.WriteLine("Finished writing Defects to DB...");
}
else
{
Console.Write("Not using WebAPI. Not writing to DB... ");
}
List <TestCase> allTestCaseInSuite;
if (_props.UseWebApi == 1)
{
allTestCaseInSuite = GetTestCasesWebApi.GetAllTestCases().Result;
}
else
{
GetTestCasesInSuite getTestCasesInSuite = new GetTestCasesInSuite(_props);
allTestCaseInSuite = getTestCasesInSuite.GatherTestCases();
}
List <Defect> defectsFromTFS = GetDefectWebApi.GetDefects().Result;
UpdateDefectWithTestCaseCount updateDefectWithTestCaseCount = new UpdateDefectWithTestCaseCount(_props);
updateDefectWithTestCaseCount.UpdateDefectOnlySheet(defectsFromTFS, earliestTime, true);
updateDefectWithTestCaseCount.UpdateTestCaseWithDefect(defectsFromTFS, allTestCaseInSuite);
updateDefectWithTestCaseCount.UpdateTfsProposed(defectsFromTFS);
updateDefectWithTestCaseCount.ExcelCleanup();
//AddDefectWebApi addDefectWebApi = new AddDefectWebApi();
//List<Defect> insertedDefects = addDefectWebApi.UpdateListDefects(res).Result;
//Console.WriteLine(res.Count);
}
public void UpdateBothSheets()
{
string[] testCaseStatusesFilterBlockedFailed = new string[] { "Blocked", "Failed" };
string[] testCaseStatusesFilterFailed = new string[] { "Failed" };
string[] critHighSeverity = new string[] { "1 - Critical", "2 - High" };
List <TestCase> critHighTestCasesReadyForTest = GetTestCasesWebApi.GetTestCasesReadyForTest(critHighSeverity, testCaseStatusesFilterBlockedFailed).Result;
_critHighDefects = UpdateSingleSheet(_critHighDefects, critHighTestCasesReadyForTest);
string[] medLowSeverity = new string[] { "3 - Medium", "4 - Low" };
List <TestCase> medLowTestCasesReadyForTest = GetTestCasesWebApi.GetTestCasesReadyForTest(medLowSeverity, testCaseStatusesFilterBlockedFailed).Result;
_mediumLowDefects = UpdateSingleSheet(_mediumLowDefects, medLowTestCasesReadyForTest);
}
public void UpdateExcelExecutionInputData()
{
List <TestCase> allTestCaseInSuite;
if (_props.UseWebApi == 1)
{
allTestCaseInSuite = GetTestCasesWebApi.GetAllTestCases().Result;
}
else
{
GetTestCasesInSuite getTestCasesInSuite = new GetTestCasesInSuite(_props);
allTestCaseInSuite = getTestCasesInSuite.GatherTestCases();
}
UpdateExecutionInputData updateInputData = new UpdateExecutionInputData(_props);
updateInputData.UpdateExcelExecutionInputData(allTestCaseInSuite);
updateInputData.ExcelCleanup();
}
public void UpdateTestCaseWithDefect(List <Defect> defects, List <TestCase> testCases = null)
{
//_testCaseWithDefect = ClearExcelSheetExceptHeader(_testCaseWithDefect, "A", "I");
TFSCommon.ExcelTools.ExcelTools.ClearExcelSheetExceptHeader(_testCaseWithDefect, "A", "I");
int rowCount = 2;
List <String> filterOutArray = new List <String> {
};
//Console.WriteLine(defects.Count);
var filteredDefects = defects.Where(o => !filterOutArray.Contains(o.Status)).ToList <Defect>();
//Console.WriteLine(filteredDefects.Count);
Dictionary <int, TestCase> testCaseCollection = new Dictionary <int, TestCase>();
Dictionary <int, TestCase> testCaseMap = null;
if (testCases != null)
{
testCaseMap = new Dictionary <int, TestCase>();
foreach (TestCase curr in testCases)
{
testCaseMap[curr.TestCaseId] = curr;
}
}
List <int> testCaseIdsWithDefects = new List <int>();
foreach (Defect currDefect in defects)
{
if (!filterOutArray.Contains(currDefect.Status) && currDefect.TestCases != null)
{
foreach (TestCase currTestCase in currDefect.TestCases)
{
TestCase gatheredTestCase;
if (!testCaseCollection.ContainsKey(currTestCase.TestCaseId))
{
if (testCases != null)
{
gatheredTestCase = testCaseMap[currTestCase.TestCaseId];
}
else
{
gatheredTestCase = GetTestCasesWebApi.GetTestCaseById(currTestCase.TestCaseId).Result;
testCaseCollection[currTestCase.TestCaseId] = gatheredTestCase;
}
}
else
{
gatheredTestCase = testCaseCollection[currTestCase.TestCaseId];
}
// Inserting Test Case portion
_testCaseWithDefect.Cells[rowCount, 1].Value = gatheredTestCase.TestCaseId;
_testCaseWithDefect.Cells[rowCount, 2].Value = gatheredTestCase.TestCaseName;
if (gatheredTestCase.CurrentTestCaseResult != null)
{
_testCaseWithDefect.Cells[rowCount, 3].Value = gatheredTestCase.CurrentTestCaseResult.Result;
}
_testCaseWithDefect.Cells[rowCount, 4].Value = gatheredTestCase.TestCasePath;
_testCaseWithDefect.Cells[rowCount, 12].Value = gatheredTestCase.TestCaseId + "" +
gatheredTestCase.TestSuiteId +
gatheredTestCase.TestCaseName;
//Inserting Defect portion
_testCaseWithDefect.Cells[rowCount, 5].Value = currDefect.DefectId;
_testCaseWithDefect.Cells[rowCount, 6].Value = currDefect.Status;
_testCaseWithDefect.Cells[rowCount, 7].Value = currDefect.DefectName;
_testCaseWithDefect.Cells[rowCount, 8].Value = currDefect.DefectSeverity;
_testCaseWithDefect.Cells[rowCount, 9].Value = currDefect.FoundInEnvironment;
_testCaseWithDefect.Cells[rowCount, 10].Value = currDefect.DefectCreatedBy;
_testCaseWithDefect.Cells[rowCount, 11].Value = currDefect.AssignedTo;
rowCount += 1;
if (!testCaseIdsWithDefects.Contains(currTestCase.TestCaseId))
{
testCaseIdsWithDefects.Add(currTestCase.TestCaseId);
}
}
}
}
List <string> failedFilter = new List <string> {
"Failed", "Blocked"
};
if (testCases != null)
{
foreach (TestCase testCase in testCases)
{
//TestCase gatheredTestCase = getTestCasesWebApi.GetTestCaseById(testCase.TestCaseId).Result;
if (!testCaseIdsWithDefects.Contains(testCase.TestCaseId) &&
testCase.CurrentTestCaseResult != null &&
failedFilter.Contains(testCase.CurrentTestCaseResult.Result))
{
_testCaseWithDefect.Cells[rowCount, 1].Value = testCase.TestCaseId;
_testCaseWithDefect.Cells[rowCount, 2].Value = testCase.TestCaseName;
if (testCase.CurrentTestCaseResult != null)
{
_testCaseWithDefect.Cells[rowCount, 3].Value = testCase.CurrentTestCaseResult.Result;
}
_testCaseWithDefect.Cells[rowCount, 4].Value = testCase.TestCasePath;
rowCount += 1;
}
}
}
}