public void FunctionalLifeSpanTest_ShouldProduceDesiredResults()
{
// Arrange.
var disposableObjectCount = 30;
var disposableObjects = new SimulatedInstrument[disposableObjectCount];
var target = new ReferenceManager();
for (var i = 0; i < disposableObjectCount; i++)
{
// Arrange.
var disposableObject = new SimulatedInstrument(ConcurrencyControlMode.Unconstrained);
disposableObject.StoreIntegerValue(i);
disposableObjects[i] = disposableObject;
// Act.
target.AddObject(disposableObject);
target.AddObject(new Object());
target.AddObject((Object)null);
// Assert.
target.ObjectCount.Should().Be((i + 1) * 3);
}
// Act.
target.Dispose();
// Assert.
target.ObjectCount.Should().Be(0);
foreach (var disposableObject in disposableObjects)
{
// Assert.
disposableObject.NullableIntegerValue.Should().BeNull();
}
}
public void RejectIfDisposed_ShouldRaiseObjectDisposedException_ForDisposedTarget()
{
// Arrange.
var stateControlMode = ConcurrencyControlMode.SingleThreadLock;
var target = (SimulatedInstrument)null;
var integerValue = 3;
using (target = new SimulatedInstrument(stateControlMode))
{
target.StoreIntegerValue(integerValue);
}
// Act.
var action = new Action(() =>
{
target.StoreIntegerValue(integerValue);
});
// Assert.
action.Should().Throw <ObjectDisposedException>();
}
public void FunctionalLifeSpanTest_ShouldProduceDesiredResults()
{
// Arrange.
var stateControlMode = ConcurrencyControlMode.SingleThreadLock;
var target = (SimulatedInstrument)null;
var integerValue = 3;
using (target = new SimulatedInstrument(stateControlMode))
{
// Act.
target.StoreIntegerValue(integerValue);
// Assert.
target.NullableIntegerValue.Should().Be(integerValue);
}
// Assert.
target.NullableIntegerValue.Should().Be(null);
}