public Api(TestExecutioner te, HttpClientHandler handler, string baseUrl)
{
TE = te;
if (string.IsNullOrEmpty(baseUrl))
{
baseUrl = Config.GetConfigSetting("ApiUrl", "");
}
Client = new(handler);
Client.BaseAddress = new Uri(baseUrl);
}
public Api(TestExecutioner te, string baseUrl = "", string appType = "application/json")
{
TE = te;
ApplicationType = appType;
if (string.IsNullOrEmpty(baseUrl))
{
baseUrl = Config.GetConfigSetting("ApiUrl", "");
}
Client = new();
Client.BaseAddress = new Uri(baseUrl);
Client.DefaultRequestHeaders.Accept.Add(new MediaTypeWithQualityHeaderValue(ApplicationType));
}
private void AddSkippedResult(TestExecutioner te, string testKey)
{
var start = te.StartTime.ToString("yyyy-MM-dd'T'HH:mm:ssK");
var end = te.DisposeTime == null ? DateTime.Now : (DateTime)te.DisposeTime;
var finish = end.ToString("yyyy-MM-dd'T'HH:mm:ssK");
var comment = $"Total Runtime: {end.Subtract(te.StartTime).ToString().Split('.')[0]} (hh:mm:ss)" + Environment.NewLine;
comment += "This test was skipped because " + te.NUnitResult.Outcome.Label;
var info = new
{
finishDate = DateTime.Now.ToString("yyyy-MM-dd'T'HH:mm:ssK"),
};
//generate this from each test object we get
var test = new
{
testKey,
start,
finish,
comment,
status = "SKIPPED"
};
var body = new
{
testExecutionKey = ExecutionKey,
info,
tests = new object[] { test }
};
dynamic rsp;
lock (Locker)
{
Wait();
}
rsp = ApiObj.PostCall(Endpts.ImportResults, body, "");
//check upload????????
if (Convert.ToString((object)rsp).ToLower().Contains("error"))
{
try
{
Console.WriteLine(Convert.ToString((object)rsp));
}
catch { }
}
}
public PMSApplication(TestCaseHeaderData headerData, string userName = "", string password = "")
{
executioner = TestExecutionerPool.GetTestExecutioner(headerData, userName, password, landingPage);
if (!executioner.PoolState.WasAlreadyInPool)
{
executioner.NavigateTo(loginURL, "Navigate to Patitnet management system's login page");
if (!(string.IsNullOrEmpty(userName) && string.IsNullOrEmpty(password)))
{
this.IsAuthenticated = AuthFeature.LoginToPMS(userName, password);
}
}
}
public void AddTestResult(TestExecutioner te, string testName)
{
te.FailLastStepIfFailureNotTriggered();
var testCase = FindTestCase(testName, te);
if (te.NUnitResult.Outcome.Status.ToString().Equals("Skipped"))
{
AddSkippedResult(te, testCase.IssueKey);
return;
}
AddTestToTestRun(testCase.IssueId);
AddTestResults(te, testCase.IssueKey);
}
public PMSApplication(string testNumber, string testName = "", string testDescription = "", string testFamily = "", string userName = "", string password = "")
{
TestCaseHeaderData tcHeader = new TestCaseHeaderData()
{
TestName = string.Format("{0}_{1}", testNumber, testName.Replace(" ", "_")),
TestNumber = testNumber,
TestDescription = testDescription
};
executioner = TestExecutionerPool.GetTestExecutioner(tcHeader, userName, password, landingPage);
if (!executioner.PoolState.WasAlreadyInPool)
{
executioner.NavigateTo(loginURL, "Navigate to Patitnet management system's login page");
if (!(string.IsNullOrEmpty(userName) && string.IsNullOrEmpty(password)))
{
this.IsAuthenticated = AuthFeature.LoginToPMS(userName, password);
}
}
}
private XRayTest FindTestCase(string testName, TestExecutioner te)
{
var testSteps = te.RecordedSteps;
bool hasTest = Tests.Any(x => x.Name.ToLower().Trim().Equals(testName.ToLower().Trim()));
if (hasTest)
{
var test = Tests.First(x => x.Name.Trim().Equals(testName.Trim()));
if (!te.TestCaseFailed)
{
UpdateTestCase(testName, test, testSteps);
}
return(test);
}
else
{
return(CreateTestCase(testName, testSteps));
}
}
public AssertHelp(TestExecutioner tE)
{
TE = tE;
}
public HospitalProvisioningFeature(TestExecutioner executioner)
{
this.testExecutioner = executioner;
base.navigationFeature = new NavigationFeature(executioner);
}
//TODO add & improve assertions at this level
//this will require a class for customized assertions to track
public ElementActions(TestExecutioner tE)
{
TE = tE ?? throw new ArgumentNullException(nameof(tE));
Driver = TE.RawSeleniumWebDriver_AvoidCallingDirectly;
}
private void AddTestResults(TestExecutioner te, string testKey)
{
var start = te.StartTime.ToString("yyyy-MM-dd'T'HH:mm:ssK");
var end = te.DisposeTime == null ? DateTime.Now : (DateTime)te.DisposeTime;
var finish = end.ToString("yyyy-MM-dd'T'HH:mm:ssK");
var status = te.TestCaseFailed ? "FAILED" : "PASSED";
var comment = $"*Total Runtime:* {end.Subtract(te.StartTime).ToString().Split('.')[0]} (hh:mm:ss)";
if (te.TestCaseFailed)
{
if (te.TestAuthor.ReportedBugs.Count > 0)
{
var bugBase = Config.GetConfigSetting("BugLinkBase", "");
var list = new List <string>();
te.TestAuthor.ReportedBugs.ForEach(r => list.Add($"[{r}|{bugBase}{r}]"));
status = "BUGGED";
comment += Environment.NewLine + "*Likely failing due to bug(s):* " + string.Join(", ", list);
}
comment += Environment.NewLine + "*Step Failures:*";
var index = 0;
foreach (var step in te.RecordedSteps)
{
index++;
if (!step.StepPassed)
{
comment += Environment.NewLine + $"Step {index}: {step.StepDescription.Replace("\\", "-")} Expected: {step.ExpectedResult} Actual: {step.ActualResult}";
}
}
comment += Environment.NewLine + "*StackTrace:*" + Environment.NewLine + te.TestStackTrace;
}
var info = new
{
finishDate = DateTime.Now.ToString("yyyy-MM-dd'T'HH:mm:ssK"),
};
//generate this from each test object we get
var test = new
{
testKey,
start,
finish,
comment,
status,
steps = GenerateTestSteps(te.RecordedSteps, out _, te.TestCaseFailed)
};
var body = new
{
testExecutionKey = ExecutionKey,
info,
tests = new object[] { test }
};
byte[] img;
if (te.TestCaseFailed)
{
for (int i = te.RecordedSteps.Count; i > 0; i--)
{
if (te.RecordedSteps[i - 1].ImageData != null)
{
var rand = new RandomTestData();
img = te.RecordedSteps[i - 1].ImageData;
var test2 = new
{
test.testKey,
test.start,
test.finish,
test.comment,
evidence = new[]
{
new
{
data = Convert.ToBase64String(img),
filename = $"{rand.GetRandomAlphaNumericString(50)}.png",
contentType = "image/png"
}
},
test.status,
test.steps
};
body = new
{
testExecutionKey = ExecutionKey,
info,
tests = new object[] { test2 }
};
break;
}
}
}
dynamic rsp;
lock (Locker)
{
Wait();
//rsp = ApiObj.PostCall(Endpts.ImportResults, body, "");
}
rsp = ApiObj.PostCall(Endpts.ImportResults, body, "");
//check upload????????
if (Convert.ToString((object)rsp).ToLower().Contains("error"))
{
try
{
Console.WriteLine(Convert.ToString((object)rsp));
}
catch { }
}
}
public ElementResult(TestExecutioner tE)
{
TE = tE;
}
public NavigationFeature(TestExecutioner executioner)
{
this.executioner = executioner;
}
static void Main(string[] args)
{
/*//test annealing
* Console.WriteLine("AlgBattle - algorithms comparison in QAP problem");
* var qapDataReader = new QapDataFileReader();
* var data = qapDataReader.ReadData(@"Data/BaseData/tai60a.dat");
* var solution = qapDataReader.ReadSolution(@"Data/BaseData/tai60a.sln");
* var bench = new QapSolutionBenchmark();
* LocalOptimumValidator validator = new LocalOptimumValidator();
* Console.WriteLine($"Optimal::: {string.Join(" ", solution.Solution)}");
* Console.WriteLine($"Fitness:::: {solution.Score}");
* Console.WriteLine($"Fitness Ours:::: {bench.RateSolutionIndexedFromZero(solution.Solution.ToArray(), data)}");
* Console.WriteLine($"Is local optimum::: {validator.CheckLocalOptimum(solution.Solution.ToArray(), data, true)}");
* Stopwatch sw = new Stopwatch();
* sw.Start();
* var randomSolver = new QapRandomSolver(data);
* var randomSolution = randomSolver.GetSolution();
* Console.WriteLine($"Random:::: {string.Join(" ", randomSolution)}");
* Console.WriteLine($"Fitness:::: {bench.RateSolution(randomSolution, data)}");
* Console.WriteLine($"Is local optimum::: {validator.CheckLocalOptimum(randomSolution, data, false)}");
*
* var annealingSolver = new QapAnnealingSolver(data);
* var annealingSolution = annealingSolver.GetSolution();
* Console.WriteLine($"Annealing:: {string.Join(" ", annealingSolution)}");
* Console.WriteLine($"Fitness:::: {bench.RateSolution(annealingSolution, data)}");
* Console.WriteLine($"Is local optimum::: {validator.CheckLocalOptimum(annealingSolution, data, false)}");
*
* var tabuSolver = new QapTabuSolver(data);
* var tabuSolution = tabuSolver.GetSolution();
* Console.WriteLine($"Tabu:: {string.Join(" ", tabuSolution)}");
* Console.WriteLine($"Fitness:::: {bench.RateSolution(tabuSolution, data)}");
* Console.WriteLine($"Is local optimum::: {validator.CheckLocalOptimum(tabuSolution, data, false)}");
*
* var heuristicSolver = new QapHeuristicSolver(data);
* var heuristicSolution = heuristicSolver.GetSolution();
* Console.WriteLine($"Heurstic:: {string.Join(" ", heuristicSolution)}");
* Console.WriteLine($"Fitness:::: {bench.RateSolution(heuristicSolution, data)}");
* Console.WriteLine($"Is local optimum::: {validator.CheckLocalOptimum(heuristicSolution, data, false)}");
*
*
* var steepestSolver = new QapSteepestLocalSolver(data);
* var steepestSolution = steepestSolver.GetSolution();
* Console.WriteLine($"Steepest:: {string.Join(" ", steepestSolution)}");
* Console.WriteLine($"Fitness:::: {bench.RateSolution(steepestSolution, data)}");
* Console.WriteLine($"Is local optimum::: {validator.CheckLocalOptimum(steepestSolution, data, false)}");
*
* var greedySolver = new QapGreedyLocalSolver(data);
* var greedySolution = greedySolver.GetSolution();
* Console.WriteLine($"Greedy:: {string.Join(" ", greedySolution)}");
* Console.WriteLine($"Fitness:::: {bench.RateSolution(greedySolution, data)}");
* Console.WriteLine($"Is local optimum::: {validator.CheckLocalOptimum(greedySolution, data, false)}");
*
* sw.Stop();
* Console.WriteLine($"Elapsed medium time: {sw.Elapsed }");
* Console.ReadLine();
*/
//instancje do analizy
// chr25a - duze roznice random vs reszta, naiwne niezle
IList <string> taiNames = new List <string> {
"tai15b", "tai20b", "tai25b", "tai30b", "tai35b", "tai40b", "tai50b", "tai60b", "tai80b"
};
var test = new TestExecutioner();
var timerAll = new Stopwatch();
timerAll.Start();
test.RunTest(20, "taiOutput", taiNames);
timerAll.Stop();
Console.WriteLine(timerAll.Elapsed.Milliseconds);
//////////////optimal list
/*IList<string> taiNames = new List<string> { "tai15b", "tai20b", "tai25b", "tai30b", "tai35b", "tai40b", "tai50b", "tai60b", "tai80b" };
* List<ulong> list = new List<ulong>();
* foreach (string name in taiNames)
* {
* var qapDataReader = new QapDataFileReader();
* var data = qapDataReader.ReadData(@"../AlgBattle/Data/BaseData/" + name + ".dat");
* var optimalSolution = qapDataReader.ReadSolution(@"../AlgBattle/Data/BaseData/" + name + ".sln");
* list.Add((ulong)optimalSolution.Score);
* }
* using (StreamWriter file = File.AppendText("optimal_solutions"))
* {
* foreach (ulong line in list)
* {
* file.WriteLine(line + ';');
* }
* }*/
////////// test first vs last result "tai15b", "tai20b", "tai25b", "tai30b", "tai35b",, "chr20b", "els19", "esc16a", "esc16j"
/*IList<string> taiNames = new List<string> { "bur26f", "tai15b", "chr12b", "chr20a", "esc16j"};
* foreach (string name in taiNames){
* FirstVsLastResultTester test = new FirstVsLastResultTester(name, 300);
* test.run();
* }*/
////////// test repeating
/*IList<string> taiNames2 = new List<string> { "tai15a", "tai20b", "chr12a" };
* foreach (string name in taiNames2)
* {
* RepeatingTest test = new RepeatingTest(name, 200);
* test.run();
* }*/
//IList<string> taiNames = new List<string> { "tai30b", "chr22b", "lipa50b"};
//for(int i = 0; i <10; i++)
//{
// foreach (string name in taiNames)
// {
// EfficiencyMeter test = new EfficiencyMeter();
// test.MaxRepetitionsWithoutImprove = 150;
// test.InstanceName = name;
// test.run();
// }
//}
/*IList<string> taiNames = new List<string> { "tai30b", "chr22b", "lipa50b" };
* foreach (string name in taiNames)
* {
* EfficiencyMeter test = new EfficiencyMeter();
* test.MaxRepetitionsWithoutImprove = 150;
* test.InstanceName = name;
* test.Repetitions = 10;
* test.run();
* } */
}
public AuthenticationFeature(TestExecutioner testExectioner)
{
this.executioner = testExectioner;
}
public HospitalListScreenScrapper(TestExecutioner executioner)
{
this.executioner = executioner;
}
