//RB: This function below gets the tests run id
public static JArray GetTestsRunId(JObject tr)
{
var st = tr.First;
string[] id = (st.ToString()).Split(':');
JArray getRun = TestExporter.Get1("get_tests/" + id[1].TrimStart());
return(getRun);
}
//RB: This function gets the test cases and add it to the specific run
public static JObject GetCasesandAddtoRun(Dictionary <string, Tuple <int, string> > dict, Dictionary <string, string> dictNameSuite, Dictionary <string, string> dictNameSections, string testTypes, object project, object suiteName, object sectionName)
{
RArray = TestExporter.Get1("get_cases/" +
AppSettings[project.ToString()] + "&suite_id=" +
dictNameSuite[suiteName.ToString()] + "§ion_id=" +
dictNameSections[sectionName.ToString()]);
SuiteId = int.Parse(dictNameSuite[suiteName.ToString()]);
RunName = suiteName + " " + System.DateTime.Now;
Tr = TestExporter.CreateTestRunAddAllCases("add_run/" + AppSettings[project.ToString()], SuiteId, RunName);
return(Tr);
}
//RB: This function gets the sections name and ID for a specific suite
public static Dictionary <string, string> GetSections(object project, Dictionary <string, string> dictNameSuite, string suiteName)
{
RArray = TestExporter.Get1("get_sections/" + AppSettings[project.ToString()] + "&suite_id=" + dictNameSuite[suiteName]);
Dictionary <string, string> dictNameSections = new Dictionary <string, string>();
foreach (var item in RArray.Children())
{
var obj = JObject.Parse(item.ToString());
dictNameSections.Add((string)obj.SelectToken("name"), (string)obj.SelectToken("id"));
}
return(dictNameSections);
}
//RB: This function allows to add cases for a dedicated project, suite, section
public static void AddCases(Dictionary <string, Tuple <int, string> > dict, string path, string testType, object project, object suiteName, object sectionName, string sectionId)
{
var dictNameSuite = GetSuites(project);
var dictNameSections = GetSections(project, dictNameSuite, suiteName.ToString());
List <string> TestRailLists = new List <string>();
RArray = TestExporter.Get1("get_cases/" +
AppSettings[project.ToString()] + "&suite_id=" +
dictNameSuite[suiteName.ToString()] + "§ion_id=" +
dictNameSections[sectionName.ToString()]);
if (RArray.Count == 0)
{
foreach (string key in dict.Keys)
{
JObject r = TestExporter.CreateTestName("add_case/" + sectionId, key);
JToken s = r.First;
string[] t = (s.ToString()).Split(':');
}
}
else
{
if (RArray.Count() != dict.Count())
{
//In this step, add any tests not present in TestRail in case of 429 exception, you can keep adding tests
foreach (var item in RArray.Children())
{
var obj = JObject.Parse(item.ToString());
var title = (string)obj.SelectToken("title");
TestRailLists.Add(title.Trim());
}
foreach (var elem in dict.Keys.ToList())
{
if (!TestRailLists.Contains(elem.Trim()))
{
JObject r = TestExporter.CreateTestName("add_case/" + sectionId, elem);
}
}
}
else
{
Console.WriteLine("Test Cases have been already added");
}
}
}
//RB: This function gets the suites name and ID for a specific project
public static Dictionary <string, string> GetSuites(object project)
{
// Load AppSettings from embedded resource (saves distributing the config)
using (var stream = typeof(RunandResults).Assembly.GetManifestResourceStream("ResultsParser.appSettings.config"))
{
var doc = XDocument.Load(stream);
foreach (var a in doc.Element("appSettings").Elements("add"))
{
AppSettings[a.Attribute("key").Value] = a.Attribute("value").Value;
}
}
RArray = TestExporter.Get1("get_suites/" + AppSettings[project.ToString()]);
Dictionary <string, string> dictNameSuite = new Dictionary <string, string>();
foreach (var item in RArray.Children())
{
var obj = JObject.Parse(item.ToString());
dictNameSuite.Add((string)obj.SelectToken("name"), (string)obj.SelectToken("id"));
}
return(dictNameSuite);
}
//RB: This function is a workaround to delete several tests in a row
public static void DeleteTestsWorkAround(Dictionary <string, Tuple <int, string> > testsFromFile, string path, object project, Dictionary <string, string> dictNameSuite, Dictionary <string, string> dictNameSections, object suiteName, object sectionName)
{
var getCases = TestExporter.Get1("get_cases/" +
AppSettings[project.ToString()] + "&suite_id=" +
dictNameSuite[suiteName.ToString()] + "§ion_id=" +
dictNameSections[sectionName.ToString()]);
List <string> ListCasesToDelete = new List <string>();
if (getCases.Count != 0)
{
// List the tests that are not in the file
foreach (var item in getCases.Children())
{
var obj = JObject.Parse(item.ToString());
var title = (string)obj.SelectToken("title");
if (!testsFromFile.Keys.Contains(title))
{
ListCasesToDelete.Add(title);
}
}
// Create a section
TestExporter.CreateSection("add_section/" + AppSettings[project.ToString()], "TestsToBeDeleted");
// Get the section and section Id
dictNameSections = GetSections(project, dictNameSuite, suiteName.ToString());
string sectionId = dictNameSections["TestsToBeDeleted"];
// Add the unnecessary tests to the section
foreach (var elem in ListCasesToDelete)
{
JObject r = TestExporter.CreateTestName("add_case/" + sectionId, elem);
}
// Delete the section
TestExporter.Post("delete_section/" + sectionId);
}
}
//RB: This function below compares the current running tests with the tests currently present in TestRail:
// - if the test is not present in TestRail, it will add it,
// - if the test is not present in the file, it will delete it from TestRail,
// - finally, it will return the correct list of tests cases
public static void CompareAndUpdate(Dictionary <string, Tuple <int, string> > testsFromFile, string path, string testType, object project, Dictionary <string, string> dictNameSuite, Dictionary <string, string> dictNameSections, object suiteName, object sectionName)
{
List <Tuple <string, string> > testRailTestsList = new List <Tuple <string, string> >();
List <Tuple <string, string> > TestcasesWithDuplicates = new List <Tuple <string, string> >();
List <string> fileTestsList = new List <string>();
Dictionary <string, string> difference = new Dictionary <string, string>();
var testsFromTestRails = TestExporter.Get1("get_cases/" +
AppSettings[project.ToString()] + "&suite_id=" +
dictNameSuite[suiteName.ToString()] + "§ion_id=" +
dictNameSections[sectionName.ToString()]);
fileTestsList = testsFromFile.Keys.ToList();
//First step, clean the tests that are not in the file
foreach (var item in testsFromTestRails.Children())
{
var obj = JObject.Parse(item.ToString());
var title = (string)obj.SelectToken("title");
string caseId = (string)obj.SelectToken("id");
testRailTestsList.Add(Tuple.Create(title, caseId));
if (!fileTestsList.Contains(title))
{
JObject r = TestExporter.DeleteTestCase("delete_case/" + caseId, caseId);
}
}
//Second step, clean any duplicates in the TestRail section
TestcasesWithDuplicates = testRailTestsList.GroupBy(s => s.Item1)
.SelectMany(grp => grp.Skip(1))
.ToList();
if (TestcasesWithDuplicates.Count() > 0)
{
foreach (var dupli in TestcasesWithDuplicates)
{
JObject r = TestExporter.DeleteTestCase("delete_case/" + dupli.Item2, dupli.Item2);
}
}
testRailTestsList = testRailTestsList.Distinct().ToList();
//RB: This line is currently added as the API tests will only show the failed one
if (testType != "API")
{
//Third step, add any tests not present in TestRail
foreach (var elem in fileTestsList)
{
bool tupleHadProduct = testRailTestsList.Any(m => m.Item1 == elem);
if (!tupleHadProduct)
{
string sectionId = dictNameSections[sectionName.ToString()];
JObject r = TestExporter.CreateTestName("add_case/" + sectionId, elem);
}
}
}
else
{
foreach (var elem in testsFromFile)
{
bool tupleHadProduct = testRailTestsList.Any(m => m.Item1 == elem.Key);
if (elem.Value.Item1 == 5 && !tupleHadProduct)
{
var testCase = (elem.Key.Length > 250) ? elem.Key.Remove(240) : elem.Key;
string sectionId = dictNameSections[sectionName.ToString()];
JObject r = TestExporter.CreateTestName("add_case/" + sectionId, testCase);
}
}
}
}