public void when_invocation_performed_then_records_invocation()
{
var invocation = new TestInvocation(() => null);
var mock = new TestMock();
mock.Invoke(invocation);
Assert.Equal(1, mock.Invocations.Count);
Assert.Same(invocation, mock.Invocations[0]);
}
public void when_invocation_performed_then_records_invocation()
{
var invocation = new TestInvocation(() => null);
var mock = new TestMock();
mock.Invoke(invocation);
Assert.Equal(1, mock.Invocations.Count);
Assert.Same(invocation, mock.Invocations[0]);
}
public void when_behavior_is_executed_then_behavior_tracks_invocation()
{
var mock = new TestMock();
var invocation = new TestInvocation(() => null);
var behavior = new CompositeBehavior(i => true);
mock.Behaviors.Add(behavior);
mock.Invoke(invocation);
Assert.Equal(1, behavior.Invocations.Count);
Assert.Same(invocation, behavior.Invocations[0]);
}
public void when_behavior_is_executed_then_behavior_tracks_invocation()
{
var mock = new TestMock();
var invocation = new TestInvocation(() => null);
var behavior = new CompositeBehavior(i => true);
mock.Behaviors.Add(behavior);
mock.Invoke(invocation);
Assert.Equal(1, behavior.Invocations.Count);
Assert.Same(invocation, behavior.Invocations[0]);
}
public override int Add(int x, int y)
{
var invocation = new TestInvocation(() => base.Add(x, y))
{
Mock = mock,
Target = this,
Method = typeof(ICalculator).GetMethod("Add"),
Arguments = new object[] { x, y }
};
mock.Invoke(invocation);
return((int)invocation.ReturnValue);
}
public override int Add(int x, int y)
{
var invocation = new TestInvocation(() => base.Add(x, y))
{
Mock = mock,
Target = this,
Method = typeof(ICalculator).GetMethod("Add"),
Arguments = new object[] { x, y }
};
mock.Invoke(invocation);
return (int)invocation.ReturnValue;
}
public void when_behavior_throws_then_invocation_is_still_recorded()
{
var mock = new TestMock();
var invocation = new TestInvocation(() => null);
var behavior = new CompositeBehavior(i => true)
{
Invoke =
{
new DelegateBehavior(i => { throw new ArgumentException(); })
}
};
mock.Behaviors.Add(behavior);
Assert.Throws<ArgumentException>(() => mock.Invoke(invocation));
Assert.Equal(1, behavior.Invocations.Count);
Assert.Same(invocation, behavior.Invocations[0]);
}
public void when_behavior_throws_then_invocation_is_still_recorded()
{
var mock = new TestMock();
var invocation = new TestInvocation(() => null);
var behavior = new CompositeBehavior(i => true)
{
Invoke =
{
new DelegateBehavior(i => { throw new ArgumentException(); })
}
};
mock.Behaviors.Add(behavior);
Assert.Throws <ArgumentException>(() => mock.Invoke(invocation));
Assert.Equal(1, behavior.Invocations.Count);
Assert.Same(invocation, behavior.Invocations[0]);
}
public void when_aspect_stops_further_aspects_on_phase_then_does_not_invoke_next_aspect()
{
var mock = new TestMock();
var invocation = new TestInvocation(() => null);
var order = new List<string>();
var behavior = new Behavior(i => true);
behavior.Before.Add(new DelegateAspect(i => true, i => { order.Add("before"); return BehaviorAction.Continue; }));
behavior.Invoke.Add(new DelegateAspect(i => true, i => { order.Add("invoke"); return BehaviorAction.Stop; }));
behavior.Invoke.Add(new DelegateAspect(i => true, i => { order.Add("invoke-not"); return BehaviorAction.Continue; }));
behavior.After.Add(new DelegateAspect(i => true, i => { order.Add("after"); return BehaviorAction.Continue; }));
mock.Behaviors.Add(behavior);
mock.Invoke(invocation);
Assert.Equal(3, order.Count);
Assert.Equal("before", order[0]);
Assert.Equal("invoke", order[1]);
Assert.Equal("after", order[2]);
}
public void when_aspects_configured_then_invokes_in_order()
{
var mock = new TestMock();
var invocation = new TestInvocation(() => null);
var order = new List<string>();
var behavior = new Behavior(i => true);
behavior.Before.Add(new DelegateAspect(i => true, i => { order.Add("before"); return BehaviorAction.Continue; }));
behavior.Invoke.Add(new DelegateAspect(i => true, i => { order.Add("invoke"); return BehaviorAction.Continue; }));
behavior.After.Add(new DelegateAspect(i => true, i => { order.Add("after"); return BehaviorAction.Continue; }));
mock.Behaviors.Add(behavior);
mock.Invoke(invocation);
Assert.Equal(3, order.Count);
Assert.Equal("before", order[0]);
Assert.Equal("invoke", order[1]);
Assert.Equal("after", order[2]);
}
public void when_aspects_configured_then_invokes_in_order()
{
var mock = new TestMock();
var invocation = new TestInvocation(() => null);
var order = new List <string>();
var behavior = new CompositeBehavior(i => true);
behavior.Before.Add(new DelegateBehavior(i => order.Add("before")));
behavior.Invoke.Add(new DelegateBehavior(i => order.Add("invoke")));
behavior.After.Add(new DelegateBehavior(i => order.Add("after")));
mock.Behaviors.Add(behavior);
mock.Invoke(invocation);
Assert.Equal(3, order.Count);
Assert.Equal("before", order[0]);
Assert.Equal("invoke", order[1]);
Assert.Equal("after", order[2]);
}
public void when_aspect_stops_further_aspects_on_phase_then_does_not_invoke_next_aspect()
{
var mock = new TestMock();
var invocation = new TestInvocation(() => null);
var order = new List <string>();
var behavior = new CompositeBehavior(i => true);
behavior.Before.Add(new DelegateBehavior(i => order.Add("before")));
behavior.Invoke.Add(new DelegateBehavior(i => order.Add("invoke")));
behavior.Invoke.Add(new DelegateBehavior(i => order.Add("invoke-not")));
behavior.After.Add(new DelegateBehavior(i => order.Add("after")));
mock.Behaviors.Add(behavior);
mock.Invoke(invocation);
Assert.Equal(3, order.Count);
Assert.Equal("before", order[0]);
Assert.Equal("invoke", order[1]);
Assert.Equal("after", order[2]);
}
public void when_aspect_is_disabled_then_does_not_invoke_on_execute()
{
var mock = new TestMock();
var invocation = new TestInvocation(() => null);
var order = new List <string>();
var behavior = new Behavior(i => true);
behavior.Before.Add(new DelegateAspect(i => true, i => { order.Add("before"); return(BehaviorAction.Continue); }));
behavior.Invoke.Add(new DelegateAspect(i => false, i => { order.Add("invoke-not"); return(BehaviorAction.Continue); }));
behavior.Invoke.Add(new DelegateAspect(i => true, i => { order.Add("invoke"); return(BehaviorAction.Continue); }));
behavior.After.Add(new DelegateAspect(i => true, i => { order.Add("after"); return(BehaviorAction.Continue); }));
mock.Behaviors.Add(behavior);
mock.Invoke(invocation);
Assert.Equal(3, order.Count);
Assert.Equal("before", order[0]);
Assert.Equal("invoke", order[1]);
Assert.Equal("after", order[2]);
}
public void when_aspect_is_disabled_then_does_not_invoke_on_execute()
{
var mock = new TestMock();
var invocation = new TestInvocation(() => null);
var order = new List<string>();
var behavior = new CompositeBehavior(i => true);
behavior.Before.Add(new DelegateBehavior(i => order.Add("before")));
behavior.Invoke.Add(new DelegateBehavior(i => order.Add("invoke-not")));
behavior.Invoke.Add(new DelegateBehavior(i => order.Add("invoke")));
behavior.After.Add(new DelegateBehavior(i => order.Add("after")));
mock.Behaviors.Add(behavior);
mock.Invoke(invocation);
Assert.Equal(3, order.Count);
Assert.Equal("before", order[0]);
Assert.Equal("invoke", order[1]);
Assert.Equal("after", order[2]);
}