private void SharedTestTimerOnElapsed(object sender, ElapsedEventArgs e) { if (IsTestRunning) { if (IsTestCanceled) { IsTestRunning = false; IsTestCanceled = true; TestComplete.Invoke(TestSysResult.Canceled); } else if (e.SignalTime - BeginTime > _testTimeout) { // timeout IsTestRunning = false; ProgressChanged.Invoke(100, TestSysStepResult.Bad, "МУК не включает Emerson"); TestComplete.Invoke(TestSysResult.Fail); } else { if (LastReceivedData.Diagnostic3Parsed.MukIsSwitchingEmersionOn) { IsTestRunning = false; LastReceivedData = null; ProgressChanged.Invoke(100, TestSysStepResult.Good, "Включение Emerson осуществлено"); TestComplete.Invoke(TestSysResult.Success); } } } }
/// <summary> /// Starts the stopwatch and execute the function. /// </summary> private void RunTest() { _executionTimer = Stopwatch.StartNew(); _testFunction.Invoke(); _executionTimer.Stop(); TestComplete?.Invoke(_executionTimer.Elapsed); }
public BTestComplete(TestComplete testComplete) { var config = new MapperConfiguration(cfg => cfg.CreateMap <TestComplete, BTestComplete>()); Mapper mapper = new Mapper(config); BTestComplete tmpBTestComplete = mapper.Map <BTestComplete>(testComplete); this.TestId = tmpBTestComplete.TestId; this.StudentId = tmpBTestComplete.StudentId; this.Status = tmpBTestComplete.Status; this.ApproveDate = tmpBTestComplete.ApproveDate; this.Score = tmpBTestComplete.Score; }
public void Test(byte[,] input, byte[] input_tests) { List <double[]> features = new List <double[]>(); for (int i = 0; i < input.GetLength(0); i++) { double[] f = new double[input.GetLength(1)]; for (int j = 0; j < input.GetLength(1); j++) { f[j] = NormalizePixelValues(input[i, j]); } features.Add(f); } int count = 0, correct = 0; for (int i = 0; i < input.GetLength(0); i++) { var res = nnet.FeedForward(features[i]); count++; double maxConfidence = 0; int digit = 0; for (int j = 0; j < res.Length; j++) { if (res[j] > maxConfidence) { maxConfidence = res[j]; digit = j; } } if (digit == input_tests[i]) { correct++; } TestProgressChanged?.Invoke(this, new TestProgressChangedEventArgs(count, correct)); //Debug.WriteLine("Predicted: " + digit + " Real: " + input_tests[i] + " Acc.: " + ((double)correct / count * 100).ToString("#.##") + "% Total: " + count + " Correct: " + correct); } TestComplete?.Invoke(this, new TestProgressChangedEventArgs(count, correct)); }
public void Execute(ServiceContext context, IEnumerable <Rule> rules, int rulecount, TestComplete ruleresult) { bool errorOccurred = false; if (context == null) { this.resultProvider.JobCompleted(true); var e = new RuntimeException(new ArgumentNullException("context"), Resource.NullServiceContext); this.LogRuntimeError(e); return; } if (rules == null) { throw new ArgumentNullException("rules"); } int count = 0; try { foreach (var rule in rules) { count++; TestResult result; try { result = RuleExecuter.ExecuteRule(context, rule); } catch (RuntimeException e) { errorOccurred = true; result = TestResult.CreateAbortedResult(rule, context.JobId); e.JobId = context.JobId; e.RuleName = rule.Name; e.DestinationEndpoint = context.Destination.AbsolutePath; this.LogRuntimeError(e); } catch (Exception ex) { if (!ExceptionHelper.IsCatchableExceptionType(ex)) { throw; } errorOccurred = true; result = TestResult.CreateAbortedResult(rule, context.JobId); var e = new RuntimeException(ex, null); e.JobId = context.JobId; e.RuleName = rule.Name; e.DestinationEndpoint = context.Destination.AbsolutePath; this.LogRuntimeError(e); } if (ruleresult != null) { ruleresult(result, rulecount, ref count); } this.resultProvider.Accept(result); } //this.resultProvider.JobCompleted(errorOccurred); } catch (Exception ex) { if (!ExceptionHelper.IsCatchableExceptionType(ex)) { throw; } this.resultProvider.JobCompleted(true); } }
public void WriteTestResult(List <AnswersUser> tRes) { List <AnswersStudent> answers = new List <AnswersStudent>(); List <TestComplete> tCompl = new List <TestComplete>(); foreach (var i in tRes) { AnswersStudent atmp = new AnswersStudent() { QID = i.QID, SID = i.SID, TID = i.TID, Answer = i.Answer ?? "", ID = 0 }; TestComplete ttmp = new TestComplete() { ID = 0, SID = i.SID, TID = i.TID, Access = 0 // чтобы ученик не смог увидеть результат сразу }; answers.Add(atmp); if (tCompl.Where(x => ttmp.SID == x.SID && ttmp.TID == x.TID).Count() == 0) { tCompl.Add(ttmp); } } using (var dbs = db.OpenSession()) { var answers_exist = dbs.CreateCriteria <AnswersStudent>().List <AnswersStudent>(); var complit_exist = dbs.CreateCriteria <TestComplete> ().List <TestComplete>(); foreach (var i in answers) { var tmp = answers_exist.Where(x => x.QID == i.QID && x.SID == i.SID && x.TID == i.TID).FirstOrDefault(); if (tmp != default) { i.ID = tmp.ID; } } foreach (var i in tCompl) { var tmp = complit_exist.Where(x => x.SID == i.SID && x.TID == i.TID).FirstOrDefault(); if (tmp != default) { i.ID = tmp.ID; } } // запись в бд using (var tr = dbs.BeginTransaction()) { answers.ForEach((x) => { if (x.ID != 0) { dbs.Update(x); } else { dbs.Save(x); } }); tCompl.ForEach((x) => { if (x.ID != 0) { dbs.Update(x); } else { dbs.Save(x); } }); tr.Commit(); } } }
public void Execute(ServiceContext context, IEnumerable <Rule> rules, int rulecount, TestComplete ruleresult) { if (context == null) { this.resultProvider.JobCompleted(true); var e = new RuntimeException(new ArgumentNullException("context"), Resource.NullServiceContext); this.LogRuntimeError(e); return; } if (rules == null) { throw new ArgumentNullException("rules"); } int count = 0; try { foreach (var rule in rules) { count++; TestResult result; try { result = RuleExecuter.ExecuteRule(context, rule); } catch (RuntimeException e) { result = TestResult.CreateAbortedResult(rule, context.JobId); e.JobId = context.JobId; e.RuleName = rule.Name; e.DestinationEndpoint = context.Destination.AbsolutePath; this.LogRuntimeError(e); } catch (Exception ex) { if (!ExceptionHelper.IsCatchableExceptionType(ex)) { throw; } result = TestResult.CreateAbortedResult(rule, context.JobId); if (result.Details == null) { result.Details = new List <ExtensionRuleResultDetail>(); } ExtensionRuleResultDetail detail = new ExtensionRuleResultDetail(result.RuleName, string.Empty, HttpMethod.Get, "Exception: " + ex.Message); result.Details.Add(detail); detail = new ExtensionRuleResultDetail(result.RuleName, string.Empty, HttpMethod.Get, "StackTrace: " + ex.StackTrace); result.Details.Add(detail); var e = new RuntimeException(ex, null); e.JobId = context.JobId; e.RuleName = rule.Name; e.DestinationEndpoint = context.Destination.AbsolutePath; this.LogRuntimeError(e); bool tryagain = false; if (tryagain) { result = RuleExecuter.ExecuteRule(context, rule); } } if (ruleresult != null) { ruleresult(result, rulecount, ref count); } this.resultProvider.Accept(result); } //this.resultProvider.JobCompleted(errorOccurred); } catch (Exception ex) { if (!ExceptionHelper.IsCatchableExceptionType(ex)) { throw; } this.resultProvider.JobCompleted(true); } }
protected void OnTestComplete() { TestComplete?.Invoke(this); }
public GoogleTestOutputParser(TestComplete a, LineRead b) { notifyTestComplete = a; notifyLineRead = b; }
public GoogleTestOutputParser(TestComplete a, LineRead b) { notifyTestComplete = a; notifyLineRead = b; }