private TestCase FillTestCase(Plets.Modeling.FiniteStateMachine.FiniteStateMachine machine, List <Transition> listTransition, TestCase testCase)
{
int index = 1;
TestStep testStep;
testCase = new TestCase(HttpUtility.UrlDecode(machine.Name));
testCase.Title += "_" + TestCase.contWorkItemId;
//testCase.TestCaseId = TestCase.contWorkItemId;
testCase.WorkItemId = TestCase.contWorkItemId;
TestCase.contWorkItemId++;
testStep = new TestStep();
testCase.WriteFirstLine = CheckTestStepTags(machine, testCase);
usedFiles = new List <CsvParamFile> ();
foreach (Transition tran in listTransition)
{
readFile = false;
bool isCycle = false;
bool lastCycleTrans = false;
if (tran.GetTaggedValue("TDlastCycleTrans") != null)
{
lastCycleTrans = (tran.GetTaggedValue("TDcycleTran").Equals("true") ? true : false);
}
if (tran.GetTaggedValue("TDcycleTran") != null)
{
isCycle = true;
}
if (lastCycleTrans)
{
usedFiles = usedFiles.Distinct().ToList();
foreach (CsvParamFile csv in usedFiles)
{
csv.NextLine();
}
usedFiles.Clear();
}
if (isCycle)
{
testStep = new TestStep();
testStep.Index = index.ToString();
testStep.Description = GenerateDescription(tran);
testStep.ExpectedResult = GenerateExpectedResult(tran);
testCase.TestSteps.Add(testStep);
index++;
}
else
{
testStep = new TestStep();
testStep.Index = index.ToString();
testStep.Description = GenerateDescription(tran);
testStep.ExpectedResult = GenerateExpectedResult(tran);
testCase.TestSteps.Add(testStep);
index++;
if (readFile)
{
doAgain = true;
}
}
}
return(testCase);
}
public TestPlan PopulateTestPlan(String[][] matriz, Plets.Modeling.FiniteStateMachine.FiniteStateMachine machine, List <CsvParamFile> paramFiles)
{
this.paramFiles = paramFiles;
TestPlan testPlan = new TestPlan();
PopulateTestCase(matriz, machine, testPlan);
return(testPlan);
}
private Transition GetTransitionFSM(String input, Plets.Modeling.FiniteStateMachine.FiniteStateMachine fsm)
{
List <Transition> transition = fsm.Transitions.Where(x => x.Input.Equals(input)).ToList();
foreach (Transition t in transition)
{
return(t);
}
return(null);
}
private void PopulateTestCase(String[][] matriz, Plets.Modeling.FiniteStateMachine.FiniteStateMachine machine, TestPlan testPlan)
{
for (int k = 0; k < matriz.Length; k++)
{
List <Transition> listTransition = new List <Transition> ();
String[] arraySequence = matriz[k];
int maxUseCaseLines = int.MaxValue;
foreach (String input in arraySequence)
{
Transition tran = new Transition();
tran = GetTransitionFSM(input, machine);
if (tran != null)
{
listTransition.Add(tran);
foreach (KeyValuePair <String, String> pair in tran.TaggedValues)
{
int aux = GetUsedFilesLineCount(pair.Value);
if (maxUseCaseLines > aux)
{
maxUseCaseLines = aux;
}
}
}
}
TestCase testCase = null;
if (maxUseCaseLines == int.MaxValue)
{
ResetParamFilesPointers();
}
else
{
ResetParamFilesPointers(maxUseCaseLines);
}
do
{
testCase = FillTestCase(machine, listTransition, testCase);
if (testCase != null)
{
testPlan.TestCases.Add(testCase);
}
currLine++;
} while (doAgain && (currLine < maxLine));
}
}
public override List <GeneralUseStructure> GenerateSequence(List <GeneralUseStructure> listGeneralStructure, ref int tcCount, StructureType type)
{
//FUNC
GenerateTestPlan populate1 = new GenerateTestPlan();
//PERF
GenerateTestSuit populate2 = new GenerateTestSuit();
List <TestPlan> listPlan = new List <TestPlan> ();
List <GeneralUseStructure> listScript = new List <GeneralUseStructure> ();
GeneralUseStructure modelGeneralUseStructure = listGeneralStructure.FirstOrDefault();
List <GeneralUseStructure> listSequenceGenerationStructure = base.ConvertStructure(listGeneralStructure, type);
List <TestStep> listTestStep = new List <TestStep> ();
foreach (GeneralUseStructure sgs in listSequenceGenerationStructure)
{
this.fsm = (Plets.Modeling.FiniteStateMachine.FiniteStateMachine)sgs;
String[][] sequence = this.GenerateTestCases();
//Verify what to do in this step when using PerformanceTool
List <CsvParamFile> listCSV = listGeneralStructure.OfType <CsvParamFile> ().ToList();
//FUNC
TestPlan plan = populate1.PopulateTestPlan(sequence, fsm, listCSV);
//PERF
TestSuit suit = populate2.PopulateTestSuit(sequence, fsm, modelGeneralUseStructure);
tcCount += plan.TestCases.Count;
plan.NameUseCase = this.fsm.NameUseCase;
listPlan.Add(plan);
}
GeneralTPGenerator(listPlan, listTestStep);
foreach (TestPlan testPlan in listPlan)
{
GeneralUseStructure sc = (TestPlan)testPlan;
//sc.NameUseCase = testPlan.NameUseCase;
listScript.Add(sc);
}
return(listScript);
}
private Boolean CheckTestStepTags(Plets.Modeling.FiniteStateMachine.FiniteStateMachine machine, TestCase testCase)
{
Boolean ret = false;
foreach (KeyValuePair <String, String> pair in machine.TaggedValues)
{
switch (pair.Key)
{
case "TDSTATE":
testCase.TDstate = HttpUtility.UrlDecode(pair.Value);
break;
case "TDASSIGNED":
testCase.TDassigned = HttpUtility.UrlDecode(pair.Value);
break;
case "TDREASON":
testCase.TDreason = HttpUtility.UrlDecode(pair.Value);
break;
case "TDITERATIONPATH":
testCase.TDiterationPath = HttpUtility.UrlDecode(pair.Value);
break;
case "TDAREAPATH":
testCase.TDareaPath = HttpUtility.UrlDecode(pair.Value);
break;
case "TDAPPLICATION":
testCase.TDapplication = HttpUtility.UrlDecode(pair.Value);
break;
case "TDCOMPLEXITY":
testCase.TDcomplexity = HttpUtility.UrlDecode(pair.Value);
break;
case "TDRISKS":
testCase.TDrisks = HttpUtility.UrlDecode(pair.Value);
break;
case "TDTCLIFECYCLE":
testCase.TDtcLifecycle = HttpUtility.UrlDecode(pair.Value);
break;
case "TDLIFECYCLETYPE":
testCase.TDlifecycleType = HttpUtility.UrlDecode(pair.Value);
break;
case "TDTCTEAMUSAGE":
testCase.TDtcTeamUsage = HttpUtility.UrlDecode(pair.Value);
break;
case "TDPOSTCONDITIONS":
testCase.TDpostConditions = HttpUtility.UrlDecode(pair.Value);
ret = true;
break;
case "TDPRECONDITIONS":
testCase.TDpreConditions = HttpUtility.UrlDecode(pair.Value);
ret = true;
break;
default:
break;
}
}
return(ret);
}
private TestCase FillTestCase(Plets.Modeling.FiniteStateMachine.FiniteStateMachine machine, List <Transition> listTransition)
{
TestCase testCase = new TestCase();
testCase.Name = machine.Name;
testCase.Probability = actualTestCaseProb;
Transaction transaction = null;
bool existsLane = false;
foreach (Transition t in listTransition)
{
State s = machine.States.Where(x => x.Name.Equals(t.SourceState.Name)).FirstOrDefault();
try {
existsLane = !String.IsNullOrEmpty(s.TaggedValues["Lane"]);
} catch {
existsLane = false;
}
if (existsLane)
{
List <Transaction> transactions = testCase.Transactions.Where(x => x.Name.Equals(s.TaggedValues["Lane"])).ToList();
if (transactions.Count == 0)
{
transaction = new Transaction();
transaction.Name = s.TaggedValues["Lane"];
Subtransaction subtransaction = new Subtransaction();
subtransaction.Name = t.SourceState.Name;
Request request = new Request();
request.Name = t.SourceState.Name;
GetRequestTags(t, request);
subtransaction.Begin = request;
subtransaction.End = request;
transaction.Subtransactions.Add(subtransaction);
testCase.Transactions.Add(transaction);
}
else
{
transaction = transactions.FirstOrDefault();
Subtransaction subtransaction = new Subtransaction();
subtransaction.Name = t.SourceState.Name;
Request request = new Request();
request.Name = t.SourceState.Name;
GetRequestTags(t, request);
subtransaction.Begin = request;
subtransaction.End = request;
transaction.Subtransactions.Add(subtransaction);
}
}
else
{
transaction = new Transaction();
transaction.Name = t.SourceState.Name;
Request request = new Request();
GetRequestTags(t, request);
transaction.Begin = request;
transaction.End = request;
testCase.Transactions.Add(transaction);
}
AddRequestsToTestCase(testCase, t);
}
return(testCase);
}
public TestSuit PopulateTestSuit(String[][] matriz, Plets.Modeling.FiniteStateMachine.FiniteStateMachine machine, GeneralUseStructure modelGeneralUseStructure)
{
UmlModel model = (UmlModel)modelGeneralUseStructure;
foreach (UmlUseCaseDiagram ucDiagram in model.Diagrams.OfType <UmlUseCaseDiagram> ())
{
UmlUseCase equivalentUC = ucDiagram.UmlObjects.OfType <UmlUseCase> ().Where(x => x.Name.Equals(machine.Name)).FirstOrDefault();
foreach (UmlActor actor in ucDiagram.UmlObjects.OfType <UmlActor> ())
{
foreach (UmlAssociation association in ucDiagram.UmlObjects.OfType <UmlAssociation> ())
{
if ((association.End1.Equals(actor) && association.End2.Equals(equivalentUC)) || (association.End1.Equals(equivalentUC) && association.End2.Equals(actor)))
{
try {
actualTestCaseProb = float.Parse(association.GetTaggedValue("TDprob"), CultureInfo.InvariantCulture);
} catch {
actualTestCaseProb = 0;
}
if (suit.Scenarios.Count < 1)
{
scenario = new Scenario();
scenario.Name = actor.Name;
AddScenarioInformation(actor);
suit.Scenarios.Add(scenario);
}
foreach (Scenario scenarioAlreadyAdded in suit.Scenarios)
{
if (actor.Name.Equals(scenarioAlreadyAdded.Name))
{
scenario = scenarioAlreadyAdded;
}
else
{
scenario = new Scenario();
scenario.Name = actor.Name;
AddScenarioInformation(actor);
suit.Scenarios.Add(scenario);
}
}
}
}
}
}
for (int k = 0; k < matriz.Length; k++)
{
List <Transition> listTransition = new List <Transition> ();
String[] arraySequence = matriz[k];
foreach (String input in arraySequence)
{
Transition tran = new Transition();
tran = GetTransitionFSM(input, machine);
if (tran != null)
{
listTransition.Add(tran);
}
}
scenario.TestCases.Add(FillTestCase(machine, listTransition));
}
return(suit);
}
