public void SpySurrogateTest()
{
var subrogateScope = new SpringDeepSubrogationScope(this,
(AbstractApplicationContext)applicationContext);
try
{
subrogateScope.DeepSubrogate();
_vehicle.Accelerate(50);
_vehicle.Accelerate(150);
_airplane.Accelerate(500);
_airplane.Accelerate(1500);
Assert.AreEqual(200.0, _vehicle.SpeedInKph);
Assert.AreEqual(2000.0, _airplane.SpeedInKph);
A.CallTo(() => _calculator.Add(A <double> ._, A <double> ._))
.MustHaveHappened(Repeated.Exactly.Times(4));
}
finally
{
subrogateScope.DeepRestore();
}
}
public void SpiesAreApplied()
{
var subrogateScope = new SpringDeepSubrogationScope(this,
(AbstractApplicationContext)applicationContext);
subrogateScope.DeepSubrogate();
Assert.AreEqual(13, _calculator.Add(7, 6));
A.CallTo(() => _calculator.Add(A <double> ._, A <double> ._))
.MustHaveHappened(Repeated.Exactly.Once);
Assert.IsNotNull(_vehicle);
subrogateScope.DeepRestore();
}
public void SubrogateAndRestoreContextTest()
{
var subrogateScope = new SpringDeepSubrogationScope(this,
(AbstractApplicationContext)applicationContext);
var oldCalculator = _dummyCalculator;
subrogateScope.DeepSubrogate();
Assert.AreNotSame(oldCalculator.GetType(), _dummyCalculator.GetType());
subrogateScope.DeepRestore();
Assert.AreSame(oldCalculator.GetType(), _dummyCalculator.GetType());
}
public void SubrogateObjectInConcreteClassInstanceFieldTest()
{
var subrogateScope = new SpringDeepSubrogationScope(this,
(AbstractApplicationContext)applicationContext);
// Subrogate the referenced objects as marked with the [Subrogate] annotation.
subrogateScope.DeepSubrogate();
// Now that the original objects have been subrogates with fakes / mocks,
// configure those. In this case, configure the Add method of ICalculator
// to always return 100, no matter the arguments.
A.CallTo(() => _dummyCalculator.Add(A <double> ._, A <double> ._)).Returns(100.0);
// Make sure vehicle's speed is 0.0 Km/h (stopped)
_vehicle.Stop();
Assert.AreEqual(0, _vehicle.SpeedInKph);
// Accelerate the vehicle by 10 and then 40 Km/h.
_vehicle.Accelerate(10);
_vehicle.Accelerate(40);
// Expected result here is 100.0, instead of 50.0. This is because every time we add
// two doubles, the result is always 100.0, as configured before.
Assert.AreEqual(100, _vehicle.SpeedInKph);
// Restore the original objects that were subrogated earlier.
subrogateScope.DeepRestore();
// Make sure vehicle's speed is 0.0 Km/h (stopped)
_vehicle.Stop();
Assert.AreEqual(0, _vehicle.SpeedInKph);
// Accelerate the vehicle by 10 and then 40 Km/h.
_vehicle.Accelerate(10);
_vehicle.Accelerate(40);
// Expected result here is 50.0 This is because the original ICalculator object has been
// restored and does the correct math.
Assert.AreEqual(50, _vehicle.SpeedInKph);
}
protected void SubrogationCleanup()
{
_subrogationScope = null;
}
protected void SubrogationInit()
{
var appContext = GetContext(ContextKey);
_subrogationScope = new SpringDeepSubrogationScope(this, appContext);
}
