public void ModelCloner_CloneMemberwiseClone()
{
// Arrange
ModelClass model = new ModelClass {
Name = "Mr. Unit Test"
};
// Act
ModelClass modelClone = ModelCloner.CloneMemberwiseClone(model);
// Assert
Assert.AreNotSame(model, modelClone);
Assert.AreEqual(model.Name, modelClone.Name);
}
public void ModelCloner_TryCloneCloneable()
{
// Arrange
Mock <ICloneable> modelMock = new Mock <ICloneable>(MockBehavior.Strict);
modelMock.Setup(m => m.Clone()).Returns(() => modelMock.Object); // we do not need true clone (in this test).
// Act
bool success = ModelCloner.TryCloneCloneable(modelMock.Object, out ICloneable modelClone);
// Assert
Assert.IsTrue(success);
modelMock.Verify(m => m.Clone(), Times.Once()); // Clone was called
}
public void ModelCloner_TryCloneRecord()
{
// Arrange
ModelRecord model = new ModelRecord {
Name = "Mr. Unit Test"
};
// Act
bool success = ModelCloner.TryCloneRecord(model, out ModelRecord modelClone);
// Assert
Assert.IsTrue(success);
Assert.AreNotSame(model, modelClone);
Assert.AreEqual(model.Name, modelClone.Name);
}
private Model3DGroup CreateEntireCamel(int numlegs, bool autocompos)
{
Model3DGroup thelegtemplate = CreateLeg();
AutoCompositeLeg(thelegtemplate);
ModelsOnTurntable.Children.Clear();
TRVU_model.Items.Clear();
Model3DGroup cam = CreateCamel();
if (autocompos)
{
AutoCompositeHeadTrunk(cam);
}
if (numlegs > 0)
{
numlegs--;
cam.Children.Add(ModelCloner.Clone(this, thelegtemplate, "FrontLeft_"));
}
if (numlegs > 0)
{
numlegs--;
cam.Children.Add(ModelCloner.Clone(this, thelegtemplate, "FrontRight_"));
}
if (numlegs > 0)
{
numlegs--;
cam.Children.Add(ModelCloner.Clone(this, thelegtemplate, "RearLeft_"));
}
if (numlegs > 0)
{
numlegs--;
cam.Children.Add(ModelCloner.Clone(this, thelegtemplate, "RearRight_"));
}
if (autocompos)
{
AutoCompositeLegs();
}
ModelsOnTurntable.Children.Add(cam);
return(cam);
}