void AddMetricsToEndOfLog()
{
using (StreamWriter sw = GetStreamWriter())
{
if (showMetrics == true)
{
LogMetrics lm = new LogMetrics(sw);
writeTestsResultsSummary(lm);
if (FailedActionsWithMessages.IsEmpty == false)
{
writeFailedActionsSummary(lm);
}
if (AllRequirements.Count > 0)
{
writeNotCoveredReqs(lm);
writeNotExecutedReqs(lm);
}
writeActionsTimeSpent(lm);
lm.Write();
}
else
{
WriteLine(sw, ")");
}
}
}
private void writeNotExecutedReqs(LogMetrics lm)
{
Set <Pair <string, string> > NotExecutedReqs = Set <Pair <string, string> > .EmptySet;
foreach (Pair <string, string> req in NModel.Attributes.RequirementAttribute.AllRequirementsInModels)
{
NotExecutedReqs = NotExecutedReqs.Add(req);
}
foreach (Pair <string, string> req in NotExecutedReqs)
{
if (totalExecutedRequirements.Keys.Contains(req))
{
NotExecutedReqs = NotExecutedReqs.Remove(req);
}
}
double coverage = (
(double)totalExecutedRequirements.Keys.Count /
(double)NModel.Attributes.RequirementAttribute.AllRequirementsInModels.Count
) * 100.00;
string percentage = coverage.ToString("#0.0");
lm.AddLine(TextType.Header, percentage + "% of the covered requirements have been executed");
lm.AddLine(TextType.HeaderOpenBlock, "Covered requirements that have not been executed");
if (!NotExecutedReqs.IsEmpty)
{
foreach (Pair <string, string> req in NotExecutedReqs)
{
lm.AddLine(TextType.Indent1, req.First + " - " + req.Second);
}
}
lm.AddCloseBlock();
}
private void writeNotCoveredReqs(LogMetrics lm)
{
Set <Pair <string, string> > NotCoveredReqs = Set <Pair <string, string> > .EmptySet;
foreach (KeyValuePair <string, string> req in NModel.Conformance.ConformanceTester.AllRequirements)
{
NotCoveredReqs = NotCoveredReqs.Add(new Pair <string, string>(req.Key, req.Value));
}
foreach (Pair <string, string> req in NotCoveredReqs)
{
if (NModel.Attributes.RequirementAttribute.AllRequirementsInModels.Contains(req))
{
NotCoveredReqs = NotCoveredReqs.Remove(req);
}
}
double coverage = (
(double)NModel.Attributes.RequirementAttribute.AllRequirementsInModels.Count /
(double)NModel.Conformance.ConformanceTester.AllRequirements.Count
) * 100.00;
string percentage = coverage.ToString("#0.0");
lm.AddLine(TextType.Header, percentage + "% requirements coverage by test suite");
lm.AddLine(TextType.HeaderOpenBlock, "Not covered requirements by test suite");
if (!NotCoveredReqs.IsEmpty)
{
foreach (Pair <string, string> req in NotCoveredReqs)
{
lm.AddLine(TextType.Indent1, req.First + " - " + req.Second);
}
}
lm.AddCloseBlock();
}
private void writeFailedActionsSummary(LogMetrics lm)
{
lm.AddLine(TextType.HeaderOpenBlock, "Failed Actions");
foreach (Pair <string, string> action in FailedActionsWithMessages.Keys)
{
lm.AddLine(TextType.Indent1, "(" + action.First +
", Reason: " + action.Second +
"( " + FailedActionsWithMessages.CountItem(action) +
(FailedActionsWithMessages.CountItem(action) > 1 ? " times ))" : " time ))"));
}
lm.AddCloseBlock();
}
private void writeTestsResultsSummary(LogMetrics lm)
{
lm.AddLine(TextType.HeaderOpenBlock, "General Summary");
double passRate = (((double)NModel.Conformance.ConformanceTester.totalExecutedTests -
(double)NModel.Conformance.ConformanceTester.totalFailedTests) /
(double)NModel.Conformance.ConformanceTester.totalExecutedTests
) * 100.00;
string percentage = passRate.ToString("#0.0");
lm.AddLine(TextType.Indent1, NModel.Conformance.ConformanceTester.totalExecutedTests + " tests Executed");
lm.AddLine(TextType.Indent1, NModel.Conformance.ConformanceTester.totalFailedTests + " tests Failed");
lm.AddLine(TextType.Indent1, "Pass Rate: " + percentage + "%");
lm.AddCloseBlock();
}
private void writeActionsTimeSpent(LogMetrics lm)
{
if (!ConformanceTester.TotalExecutionTimePerAction.IsEmpty)
{
lm.AddLine(TextType.HeaderOpenBlock, "Toatal time spent in each action");
foreach (string action in ConformanceTester.TotalExecutionTimePerAction.Keys)
{
TimeSpan average = new TimeSpan(0, 0, 0, 0, ((int)ConformanceTester.TotalExecutionTimePerAction[action].TotalMilliseconds / ConformanceTester.ActionNumberOfExecutions.CountItem(action)));
lm.AddLine(TextType.Indent1, action +
"(Executed " + ConformanceTester.ActionNumberOfExecutions.CountItem(action) +
(ConformanceTester.ActionNumberOfExecutions.CountItem(action) > 1 ? " times" : " time") +
", Average execution time: " +
average.ToString() +
") : " +
ConformanceTester.TotalExecutionTimePerAction[action]);
}
}
lm.AddCloseBlock();
}
void AddMetricsToEndOfLog()
{
using (StreamWriter sw = GetStreamWriter())
{
if (showMetrics == true)
{
LogMetrics lm = new LogMetrics(sw);
writeTestsResultsSummary(lm);
if (FailedActionsWithMessages.IsEmpty == false)
writeFailedActionsSummary(lm);
if (AllRequirements.Count > 0)
{
writeNotCoveredReqs(lm);
writeNotExecutedReqs(lm);
}
writeActionsTimeSpent(lm);
lm.Write();
}
else
{
sw.WriteLine(")");
}
}
}
private void writeTestsResultsSummary(LogMetrics lm)
{
lm.AddLine(TextType.HeaderOpenBlock, "General Summary");
double passRate = (((double)NModel.Conformance.ConformanceTester.totalExecutedTests -
(double)NModel.Conformance.ConformanceTester.totalFailedTests) /
(double)NModel.Conformance.ConformanceTester.totalExecutedTests
) * 100.00;
string percentage = passRate.ToString("#0.0");
lm.AddLine(TextType.Indent1, NModel.Conformance.ConformanceTester.totalExecutedTests + " tests Executed");
lm.AddLine(TextType.Indent1, NModel.Conformance.ConformanceTester.totalFailedTests + " tests Failed");
lm.AddLine(TextType.Indent1, "Pass Rate: " + percentage + "%");
lm.AddCloseBlock();
}
private void writeNotExecutedReqs(LogMetrics lm)
{
Set<Pair<string, string>> NotExecutedReqs = Set<Pair<string, string>>.EmptySet;
foreach (Pair<string, string> req in NModel.Attributes.RequirementAttribute.AllRequirementsInModels)
NotExecutedReqs = NotExecutedReqs.Add(req);
foreach (Pair<string, string> req in NotExecutedReqs)
{
if (totalExecutedRequirements.Keys.Contains(req))
NotExecutedReqs = NotExecutedReqs.Remove(req);
}
double coverage = (
(double)totalExecutedRequirements.Keys.Count /
(double)NModel.Attributes.RequirementAttribute.AllRequirementsInModels.Count
) * 100.00;
string percentage = coverage.ToString("#0.0");
lm.AddLine(TextType.Header, percentage + "% of the covered requirements have been executed");
lm.AddLine(TextType.HeaderOpenBlock, "Covered requirements that have not been executed");
if (!NotExecutedReqs.IsEmpty)
{
foreach (Pair<string, string> req in NotExecutedReqs)
lm.AddLine(TextType.Indent1, req.First + " - " + req.Second);
}
lm.AddCloseBlock();
}
private void writeNotCoveredReqs(LogMetrics lm)
{
Set<Pair<string, string>> NotCoveredReqs = Set<Pair<string, string>>.EmptySet;
foreach (KeyValuePair<string, string> req in NModel.Conformance.ConformanceTester.AllRequirements)
NotCoveredReqs = NotCoveredReqs.Add(new Pair<string, string>(req.Key, req.Value));
foreach (Pair<string, string> req in NotCoveredReqs)
{
if (NModel.Attributes.RequirementAttribute.AllRequirementsInModels.Contains(req))
NotCoveredReqs = NotCoveredReqs.Remove(req);
}
double coverage = (
(double)NModel.Attributes.RequirementAttribute.AllRequirementsInModels.Count /
(double)NModel.Conformance.ConformanceTester.AllRequirements.Count
) * 100.00;
string percentage = coverage.ToString("#0.0");
lm.AddLine(TextType.Header, percentage + "% requirements coverage by test suite");
lm.AddLine(TextType.HeaderOpenBlock, "Not covered requirements by test suite");
if (!NotCoveredReqs.IsEmpty)
{
foreach (Pair<string, string> req in NotCoveredReqs)
lm.AddLine(TextType.Indent1, req.First + " - " + req.Second);
}
lm.AddCloseBlock();
}
private void writeFailedActionsSummary(LogMetrics lm)
{
lm.AddLine(TextType.HeaderOpenBlock, "Failed Actions");
foreach (Pair<string, string> action in FailedActionsWithMessages.Keys)
{
lm.AddLine(TextType.Indent1, "(" + action.First +
", Reason: " + action.Second +
"( " + FailedActionsWithMessages.CountItem(action) +
(FailedActionsWithMessages.CountItem(action) > 1 ? " times ))" : " time ))"));
}
lm.AddCloseBlock();
}
private void writeActionsTimeSpent(LogMetrics lm)
{
if (!ConformanceTester.TotalExecutionTimePerAction.IsEmpty)
{
lm.AddLine(TextType.HeaderOpenBlock, "Toatal time spent in each action");
foreach (string action in ConformanceTester.TotalExecutionTimePerAction.Keys)
{
TimeSpan average = new TimeSpan(0, 0, 0, 0, ((int)ConformanceTester.TotalExecutionTimePerAction[action].TotalMilliseconds / ConformanceTester.ActionNumberOfExecutions.CountItem(action)));
lm.AddLine(TextType.Indent1, action +
"(Executed " + ConformanceTester.ActionNumberOfExecutions.CountItem(action) +
(ConformanceTester.ActionNumberOfExecutions.CountItem(action) > 1 ? " times" : " time") +
", Average execution time: " +
average.ToString() +
") : " +
ConformanceTester.TotalExecutionTimePerAction[action]);
}
}
lm.AddCloseBlock();
}