public void CreateAndUpdateProcedure()
{
// Arrange
Token temp = new Token(10, 15);
DocumentationCoordinationProcedure procedure1 = new DocumentationCoordinationProcedure();
procedure1.AddToken(temp, 0);
procedure1.AddResorce(new WorkerResource());
procedure1.AddResorce(new CadResource());
procedure1.AddResorce(new TechincalSupportResource());
procedure1.Update(new ModelingTime());
DocumentationCoordinationProcedure procedure2;
// Act
procedure2 = SaveTester <DocumentationCoordinationProcedure> .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 AsIResourceTest()
{
// Arrange
IResource resource1 = new MethodolgicalSupportResource();
IResource resource2;
// Act
resource2 = SaveTester <IResource> .StartSaveTest(resource1);
// Arranges
Assert.AreEqual((resource1 as MethodolgicalSupportResource).Description, (resource2 as MethodolgicalSupportResource).Description);
}
public void DefaultTest()
{
// Arrange
MethodolgicalSupportResource resource1 = new MethodolgicalSupportResource();
MethodolgicalSupportResource resource2;
// Act
resource2 = SaveTester <MethodolgicalSupportResource> .StartSaveTest(resource1);
// Arranges
Assert.AreEqual((resource1).Description, (resource2).Description);
}
public void AsIResourceTest()
{
// Arrange
IResource cadResource1 = new CadResource();
IResource cadResource2;
// Act
cadResource2 = SaveTester <IResource> .StartSaveTest(cadResource1);
// Arranges
Assert.AreEqual((cadResource1 as CadResource).Count, (cadResource2 as CadResource).Count);
Assert.AreEqual((cadResource1 as CadResource).Description, (cadResource2 as CadResource).Description);
}
public void AsIResourceTest()
{
// Arrange
IResource resource1 = new WorkerResource();
IResource resource2;
// Act
resource2 = SaveTester <IResource> .StartSaveTest(resource1);
// Arranges
Assert.AreEqual((resource1 as WorkerResource).Description, (resource2 as WorkerResource).Description);
Assert.AreEqual((resource1 as WorkerResource).WorkerQualification, (resource2 as WorkerResource).WorkerQualification);
}
public void DefaultTest()
{
// Arrange
WorkerResource resource1 = new WorkerResource();
WorkerResource resource2;
// Act
resource2 = SaveTester <WorkerResource> .StartSaveTest(resource1);
// Arranges
Assert.AreEqual((resource1).Description, (resource2).Description);
Assert.AreEqual((resource1).WorkerQualification, (resource2).WorkerQualification);
}
public void DefaultTest()
{
// Arrange
CadResource cadResource1 = new CadResource();
CadResource cadResource2;
// Act
cadResource2 = SaveTester <CadResource> .StartSaveTest(cadResource1);
// Arranges
Assert.AreEqual((cadResource1).Count, (cadResource2).Count);
Assert.AreEqual((cadResource1).Description, (cadResource2).Description);
}
public void CustomTest()
{
// Arrange
MethodolgicalSupportResource resource1 = new MethodolgicalSupportResource()
{
Description = "ГорячевНовакова"
};
MethodolgicalSupportResource resource2;
// Act
resource2 = SaveTester <MethodolgicalSupportResource> .StartSaveTest(resource1);
// Arranges
Assert.AreEqual((resource1).Description, (resource2).Description);
}
public void DefaultTest()
{
// Arrange
TechincalSupportResource resource1 = new TechincalSupportResource();
TechincalSupportResource resource2;
// Act
resource2 = SaveTester <TechincalSupportResource> .StartSaveTest(resource1);
// Arranges
Assert.AreEqual((resource1).Description, (resource2).Description);
Assert.AreEqual((resource1).Count, (resource2).Count);
Assert.AreEqual((resource1).Frequency, (resource2).Frequency);
Assert.AreEqual((resource1).Ram, (resource2).Ram);
Assert.AreEqual((resource1).Vram, (resource2).Vram);
}
public void CreateEmptyProcedureAsIBlock()
{
// Arrange
IBlock procedure1 = new FixedTimeBlock(100);
IBlock procedure2;
// Act
procedure2 = SaveTester <IBlock> .StartSaveTest(procedure1);
// Asserts
Assert.AreEqual((procedure1 as FixedTimeBlock).Description, (procedure2 as FixedTimeBlock).Description);
Assert.AreEqual((procedure1 as FixedTimeBlock).InputQuantity, (procedure2 as FixedTimeBlock).InputQuantity);
Assert.AreEqual((procedure1 as FixedTimeBlock).OutputQuantity, (procedure2 as FixedTimeBlock).OutputQuantity);
Assert.AreEqual((procedure1 as FixedTimeBlock).FixedTime, (procedure2 as FixedTimeBlock).FixedTime);
Assert.AreEqual((procedure1 as FixedTimeBlock).TokenCollector, (procedure2 as FixedTimeBlock).TokenCollector);
}
public void CreateEmptyProcedureAsIBlock()
{
// Arrange
IBlock procedure1 = new DocumentationCoordinationProcedure();
IBlock procedure2;
// Act
procedure2 = SaveTester <IBlock> .StartSaveTest(procedure1);
// Asserts
Assert.AreEqual((procedure1 as DocumentationCoordinationProcedure).Description, (procedure2 as DocumentationCoordinationProcedure).Description);
Assert.AreEqual((procedure1 as DocumentationCoordinationProcedure).InputQuantity, (procedure2 as DocumentationCoordinationProcedure).InputQuantity);
Assert.AreEqual((procedure1 as DocumentationCoordinationProcedure).OutputQuantity, (procedure2 as DocumentationCoordinationProcedure).OutputQuantity);
Assert.AreEqual((procedure1 as DocumentationCoordinationProcedure).ResourceCount, (procedure2 as DocumentationCoordinationProcedure).ResourceCount);
Assert.AreEqual((procedure1 as DocumentationCoordinationProcedure).TokenCollector, (procedure2 as DocumentationCoordinationProcedure).TokenCollector);
}
public void CreateEmptyProcedure()
{
// Arrange
ClientCoordinationPrrocedure procedure1 = new ClientCoordinationPrrocedure();
ClientCoordinationPrrocedure procedure2;
// Act
procedure2 = SaveTester <ClientCoordinationPrrocedure> .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 ElectricalSchemeSimulation();
IBlock procedure2;
// Act
procedure2 = SaveTester <IBlock> .StartSaveTest(procedure1);
// Asserts
Assert.AreEqual((procedure1 as ElectricalSchemeSimulation).Description, (procedure2 as ElectricalSchemeSimulation).Description);
Assert.AreEqual((procedure1 as ElectricalSchemeSimulation).InputQuantity, (procedure2 as ElectricalSchemeSimulation).InputQuantity);
Assert.AreEqual((procedure1 as ElectricalSchemeSimulation).OutputQuantity, (procedure2 as ElectricalSchemeSimulation).OutputQuantity);
Assert.AreEqual((procedure1 as ElectricalSchemeSimulation).ResourceCount, (procedure2 as ElectricalSchemeSimulation).ResourceCount);
Assert.AreEqual((procedure1 as ElectricalSchemeSimulation).TokenCollector, (procedure2 as ElectricalSchemeSimulation).TokenCollector);
}
public void CustomTest()
{
// Arrange
WorkerResource resource1 = new WorkerResource()
{
Description = "Магомед",
WorkerQualification = Qualification.ThirdCategory
};
WorkerResource resource2;
// Act
resource2 = SaveTester <WorkerResource> .StartSaveTest(resource1);
// Arranges
Assert.AreEqual((resource1).Description, (resource2).Description);
Assert.AreEqual((resource1).WorkerQualification, (resource2).WorkerQualification);
}
public void CustomTest()
{
// Arrange
CadResource cadResource1 = new CadResource()
{
Count = 1000,
Description = "SimSalabimSAPR"
};
CadResource cadResource2;
// Act
cadResource2 = SaveTester <CadResource> .StartSaveTest(cadResource1);
// Arranges
Assert.AreEqual((cadResource1).Count, (cadResource2).Count);
Assert.AreEqual((cadResource1).Description, (cadResource2).Description);
}
public void CreateProcedure()
{
// Arrange
Token temp = new Token(10, 15);
FixedTimeBlock procedure1 = new FixedTimeBlock(100);
procedure1.AddToken(temp, 0);
FixedTimeBlock procedure2;
// Act
procedure2 = SaveTester <FixedTimeBlock> .StartSaveTest(procedure1);
// Asserts
Assert.AreEqual((procedure1).Description, (procedure2).Description);
Assert.AreEqual((procedure1).InputQuantity, (procedure2).InputQuantity);
Assert.AreEqual((procedure1).OutputQuantity, (procedure2).OutputQuantity);
Assert.AreEqual((procedure1).FixedTime, (procedure2).FixedTime);
Assert.AreEqual((procedure1).TokenCollector, (procedure2).TokenCollector);
}
public void CreateProcedure()
{
// Arrange
Token temp = new Token(10, 15);
QualityCheckProcedure procedure1 = new QualityCheckProcedure();
procedure1.AddToken(temp, 0);
procedure1.AddResorce(new WorkerResource());
procedure1.AddResorce(new CadResource());
procedure1.AddResorce(new TechincalSupportResource());
QualityCheckProcedure procedure2;
// Act
procedure2 = SaveTester <QualityCheckProcedure> .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 CustomTest()
{
// Arrange
TechincalSupportResource resource1 = new TechincalSupportResource()
{
Count = 100,
Description = "Калькулятор",
Frequency = 100,
Ram = 10,
Vram = 10
};
TechincalSupportResource resource2;
// Act
resource2 = SaveTester <TechincalSupportResource> .StartSaveTest(resource1);
// Arranges
Assert.AreEqual((resource1).Description, (resource2).Description);
Assert.AreEqual((resource1).Count, (resource2).Count);
Assert.AreEqual((resource1).Frequency, (resource2).Frequency);
Assert.AreEqual((resource1).Ram, (resource2).Ram);
Assert.AreEqual((resource1).Vram, (resource2).Vram);
}
