public void ProcessCompareTestFalse()
{
// Arrange
Process process1 = new Process();
TracingProcedure procedure1 = new TracingProcedure();
SampleTestingProcedure procedure2 = new SampleTestingProcedure();
process1.Blocks.Add(procedure1);
process1.Blocks.Add(procedure2);
process1.Connections.Connect(procedure1, 0, procedure2, 0);
process1.StartBlock = procedure1;
process1.EndBlock = procedure2;
Process process2 = new Process();
SampleTestingProcedure procedure21 = new SampleTestingProcedure();
SampleTestingProcedure procedure22 = new SampleTestingProcedure();
process2.Blocks.Add(procedure21);
process2.Blocks.Add(procedure22);
process2.Connections.Connect(procedure21, 0, procedure22, 0);
process2.StartBlock = procedure21;
process2.EndBlock = procedure22;
Assert.AreNotEqual(process1, process2);
}
public void UpdateWithResTest()
{
// arrange
SampleTestingProcedure procedure = new SampleTestingProcedure();
procedure.AddToken(new Token(bornTime: 0, complexity: 1), 0);
Token token = null;
// act
ModelingTime modelingTime = new ModelingTime()
{
Delta = 1, Now = 0
};
for (modelingTime.Now = 0; modelingTime.Now < 1000 && token == null; modelingTime.Now += modelingTime.Delta)
{
procedure.Update(modelingTime);
token = procedure.GetOutputToken(0);
procedure.ClearOutputs();
}
// Asserts
Assert.AreNotEqual(token, null);
if (modelingTime.Now < 99 || modelingTime.Now > 100)
{
Assert.Fail(); //ровно 100 для сложности 1
}
}
public void ProcessCompareTestTrue()
{
// Arrange
Process process1 = new Process();
SampleTestingProcedure procedure1 = new SampleTestingProcedure();
SampleTestingProcedure procedure2 = new SampleTestingProcedure();
process1.Blocks.Add(procedure1);
process1.Blocks.Add(procedure2);
process1.Connections.Connect(procedure1, 0, procedure2, 0);
process1.StartBlock = procedure1;
process1.EndBlock = procedure2;
Process process2 = new Process();
SampleTestingProcedure procedure21 = new SampleTestingProcedure();
SampleTestingProcedure procedure22 = new SampleTestingProcedure();
process2.Blocks.Add(procedure21);
process2.Blocks.Add(procedure22);
process2.Connections.Connect(procedure21, 0, procedure22, 0);
process2.StartBlock = procedure21;
process2.EndBlock = procedure22;
}
public void CreateProcessWithResTest()
{
// Arrange
Process process1 = new Process();
SampleTestingProcedure procedure1 = new SampleTestingProcedure();
procedure1.AddResorce(new CadResource());
procedure1.AddResorce(new WorkerResource());
procedure1.AddResorce(new TechincalSupportResource());
SampleTestingProcedure procedure2 = new SampleTestingProcedure();
process1.Blocks.Add(procedure1);
process1.Blocks.Add(procedure2);
process1.Connections.Connect(procedure1, 0, procedure2, 0);
process1.StartBlock = procedure1;
process1.EndBlock = procedure2;
// act
Process process2 = SaveTester <Process> .StartSaveTest(process1);
// Asserts
Assert.AreEqual(process1, process2);
}
public void CreateAndUpdateProcedure()
{
// Arrange
Token temp = new Token(10, 15);
SampleTestingProcedure procedure1 = new SampleTestingProcedure();
procedure1.AddToken(temp, 0);
procedure1.AddResorce(new WorkerResource());
procedure1.AddResorce(new CadResource());
procedure1.AddResorce(new TechincalSupportResource());
procedure1.Update(new ModelingTime());
SampleTestingProcedure procedure2;
// Act
procedure2 = SaveTester <SampleTestingProcedure> .StartSaveTest(procedure1);
// Asserts
Assert.AreEqual((procedure1).Description, (procedure2).Description);
Assert.AreEqual((procedure1).InputQuantity, (procedure2).InputQuantity);
Assert.AreEqual((procedure1).OutputQuantity, (procedure2).OutputQuantity);
Assert.AreEqual((procedure1).ResourceCount, (procedure2).ResourceCount);
Assert.AreEqual((procedure1).TokenCollector, (procedure2).TokenCollector);
}
public void CreateEmptyProcedureAsIBlock()
{
// Arrange
IBlock procedure1 = new SampleTestingProcedure();
IBlock procedure2;
// Act
procedure2 = SaveTester <IBlock> .StartSaveTest(procedure1);
// Asserts
Assert.AreEqual((procedure1 as SampleTestingProcedure).Description, (procedure2 as SampleTestingProcedure).Description);
Assert.AreEqual((procedure1 as SampleTestingProcedure).InputQuantity, (procedure2 as SampleTestingProcedure).InputQuantity);
Assert.AreEqual((procedure1 as SampleTestingProcedure).OutputQuantity, (procedure2 as SampleTestingProcedure).OutputQuantity);
Assert.AreEqual((procedure1 as SampleTestingProcedure).ResourceCount, (procedure2 as SampleTestingProcedure).ResourceCount);
Assert.AreEqual((procedure1 as SampleTestingProcedure).TokenCollector, (procedure2 as SampleTestingProcedure).TokenCollector);
}
public void SubprocessTest()
{
//arrange
Process process = new Process();
Process subprocess = new Process();
SampleTestingProcedure procedure = new SampleTestingProcedure();
SampleTestingProcedure procedure2 = new SampleTestingProcedure();
subprocess.Blocks.Add(procedure);
subprocess.StartBlock = procedure;
subprocess.EndBlock = procedure;
process.Blocks.Add(subprocess);
process.Blocks.Add(procedure2);
process.Connections.Connect(subprocess, 0, procedure2, 0);
process.StartBlock = subprocess;
process.EndBlock = procedure2;
//act
//добавляем на стартовый блок токен
process.AddToken(new Token(0, complexity: 1), 0);
//double i = 0;
ModelingTime modelingTime = new ModelingTime()
{
Delta = 1, Now = 0
};
//цикл до тех пор, пока на выходе не появится токен
for (modelingTime.Now = 0; modelingTime.Now < 1000 && !process.EndBlockHasOutputToken; modelingTime.Now += modelingTime.Delta)
{
process.Update(modelingTime);
}
// Asserts
if (modelingTime.Now < 197 || modelingTime.Now > 200)
{
Assert.Fail();
}
}
public void StartProcess()
{
// Arrange
Process process1 = new Process();
SampleTestingProcedure procedure1 = new SampleTestingProcedure();
procedure1.AddResorce(new CadResource());
procedure1.AddResorce(new WorkerResource());
procedure1.AddResorce(new TechincalSupportResource());
SampleTestingProcedure procedure2 = new SampleTestingProcedure();
process1.Blocks.Add(procedure1);
process1.Blocks.Add(procedure2);
process1.Connections.Connect(procedure1, 0, procedure2, 0);
process1.StartBlock = procedure1;
process1.EndBlock = procedure2;
//добавляем на стартовый блок токен
process1.AddToken(new Token(0, complexity: 1), 0);
//double i = 0;
ModelingTime modelingTime = new ModelingTime()
{
Delta = 1, Now = 0
};
//цикл до тех пор, пока на выходе не появится токен
for (modelingTime.Now = 0; modelingTime.Now < 1000 && !process1.EndBlockHasOutputToken; modelingTime.Now += modelingTime.Delta)
{
process1.Update(modelingTime);
}
// act
Process process2 = SaveTester <Process> .StartSaveTest(process1);
// Asserts
Assert.AreEqual(process1, process2);
}
public void CreateProcessTest()
{
// Arrange
Process process1 = new Process();
SampleTestingProcedure procedure1 = new SampleTestingProcedure();
SampleTestingProcedure procedure2 = new SampleTestingProcedure();
process1.Blocks.Add(procedure1);
process1.Blocks.Add(procedure2);
process1.Connections.Connect(procedure1, 0, procedure2, 0);
process1.StartBlock = procedure1;
process1.EndBlock = procedure2;
// act
Process process2 = SaveTester <Process> .StartSaveTest(process1);
// Asserts
Assert.AreEqual(process1, process2);
}
