public void CompareToStudentMethod(InstructorTestDto instructorTestDto,
JavaTestMethod instructorTestMethod,
JavaTestMethod studentTestMethod)
{
if (Covered(instructorTestMethod, studentTestMethod))
{
TestStatusEnum status;
switch (instructorTestDto.StudentTests.Count)
{
case 0:
status = TestStatusEnum.Uncovered;
break;
case 1:
status = TestStatusEnum.Covered;
break;
default:
{
status = TestStatusEnum.Redundant;
break;
}
}
instructorTestDto.StudentTests.Add(new StudentTestDto
{
Name = studentTestMethod.Name,
Passed = studentTestMethod.Passed,
TestStatus = status
});
}
}
public InstructorTestDto GetInstructorTestDto(JavaTestMethod referenceTestMethod, List <JavaTestClass> studentTests)
{
var instructorTestDto = new InstructorTestDto
{
Name = referenceTestMethod.Name,
EquivalenceClass = referenceTestMethod.EquivalenceClass,
Concepts = referenceTestMethod.LearningConcepts,
Passed = referenceTestMethod.Passed,
};
foreach (var studentTestClass in studentTests)
{
foreach (var studentMethod in studentTestClass.Methods)
{
if (studentMethod.LearningConcepts == null)
{
CompareToStudentMethod(instructorTestDto, referenceTestMethod, studentMethod);
}
}
}
MarkInstructorDto(instructorTestDto);
return(instructorTestDto);
}
public void RunTestMethod(JavaTestClass javaTestClass, JavaTestMethod javaTestMethod,
string originalCodeDirectory,
string traceDirectory, string referenceCode = null)
{
var packageClassAndMethod = $"{javaTestClass.Package}.{javaTestClass.Name}#{javaTestMethod.Name}";
var commandOptions = GetCommandOptions(packageClassAndMethod, originalCodeDirectory, javaTestClass.ClassPath, javaTestClass.Name, javaTestMethod.Name, traceDirectory, referenceCode);
var process = new EngineProcess(Command, commandOptions, originalCodeDirectory);
try
{
var exitCode = process.Run();
javaTestMethod.Passed = exitCode == 0;
}
catch (Exception e)
{
var exception = new EngineExceptionDto()
{
Report = JavaEngineReportExceptionFactory
.GenerateReportForJunitTestRunnerTestMethodProcess(process, e, javaTestClass, javaTestMethod)
};
process.Stop();
throw exception;
}
process.Stop();
}
public static string GenerateReportForAnalysisLineCoverage(JavaTestMethod reference, JavaTestMethod student)
{
return("Failure to Trace Analysis.\n" +
"Line number counts between reference and student are not the same.\n" +
$"Method Name: {reference.Name}." +
$"Reference Line Coverage Count: {reference.LineCoverages.Count}." +
$"Student Line Coverage Count: {student.LineCoverages.Count}.");
}
public static string GenerateReportForTraceJavaMethod(EngineProcess p, Exception e, JavaTestClass javaTestClass,
JavaTestMethod javaTestMethod)
{
var name = GetNameFromJavaMethod(javaTestClass, javaTestMethod);
var traceError = GetErrorFromProcess(p);
return("Failure to run trace on java testMethod.\n" +
$"Name of Java Method: {name}\n" +
$"{GetMessageFromException(e)}\n" +
$"Trace Error:\n{traceError}");
}
public void AddLineCoveragesFromReport(Report report, JavaTestMethod testMethod)
{
foreach (var sourceFile in GetTestFiles(report))
{
foreach (var line in sourceFile.Lines)
{
testMethod.AddLineCoverage(new LineCoverage
{
LineNumber = line.LineNumber,
CoveredBranches = line.CoveredBranches,
MissedBranches = line.MissedBranches,
CoveredInstructions = line.CoveredInstructions,
MissedInstructions = line.MissingInstructions
});
}
}
}
private static bool Covered(JavaTestMethod referenceTestMethod, JavaTestMethod studentTestMethod)
{
if (referenceTestMethod.LineCoverages.Count != studentTestMethod.LineCoverages.Count)
{
throw new EngineExceptionDto()
{
Report = JavaEngineReportExceptionFactory.GenerateReportForAnalysisLineCoverage(referenceTestMethod, studentTestMethod)
}
}
;
return(!referenceTestMethod.LineCoverages.Where((r, i) => !(r.CoveredInstructions > 0
? studentTestMethod.LineCoverages[i].CoveredInstructions > 0
: studentTestMethod.LineCoverages[i].CoveredInstructions == 0)).Any());
//return !referenceTestMethod.LineCoverages.Where((t, i) => t.CoveredBranches > studentTestMethod.LineCoverages[i].CoveredBranches
// || t.CoveredInstructions > studentTestMethod.LineCoverages[i].CoveredInstructions
// || t.MissedBranches < studentTestMethod.LineCoverages[i].MissedBranches
// || t.MissedInstructions < studentTestMethod.LineCoverages[i].MissedInstructions).Any();
}
}
public void TraceJavaMethod(JavaTestClass javaTestClass, JavaTestMethod testMethod, string workingDirectory)
{
var commandOptions = GetCommandOptions(javaTestClass.Name, testMethod.Name, javaTestClass.ClassPath);
var process = new EngineProcess(Command, commandOptions, workingDirectory);
try
{
process.Run();
}
catch (Exception e)
{
var exception = new EngineExceptionDto()
{
Report = JavaEngineReportExceptionFactory
.GenerateReportForTraceJavaMethod(process, e, javaTestClass, testMethod)
};
process.Stop();
throw exception;
}
process.Stop();
}
public static string GenerateReportForJunitTestRunnerTestMethodProcess(EngineProcess p, Exception e,
JavaTestClass javaTestClass, JavaTestMethod javaTestMethod)
{
var name = GetNameFromJavaMethod(javaTestClass, javaTestMethod);
var junitTestError = GetErrorFromProcess(p);
return("Failure to junit test runner for test testMethod.\n" +
$"Name of Java Method: {name}\n" +
$"{GetMessageFromException(e)}\n" +
$"Junit Test Error:\n{junitTestError}");
}
private static string GetNameFromJavaMethod(JavaTestClass javaTestClass, JavaTestMethod javaTestMethod)
=> $"{GetNameFromJavaClass(javaTestClass)}#{javaTestMethod}";
public Report GetReport(string traceDirectory, JavaTestClass javaTestClass, JavaTestMethod testMethod)
{
var fileUri = Path.Combine(traceDirectory, $"{javaTestClass.Name}-{testMethod.Name}.xml");
return(GetReport(fileUri));
}
