public static void EventLoopSynchronizationContext_Send_SameThread()
{
var publishingDispatched = 0;
var publishedDispatched = 0;
var executingDispatched = 0;
var executedDispatched = 0;
var handlerDispatched = 0;
var loop = new TestingEventLoop
{
EventPublishing = (id, e) =>
{
++publishingDispatched;
return(true);
},
EventPublished = (id, e) =>
{
++publishedDispatched;
},
EventExecuting = (id, e) =>
{
++executingDispatched;
return(true);
},
EventExecuted = (id, e, status) =>
{
++executedDispatched;
}
};
loop.SetSynchronizationContext();
SynchronizationContext.Current.Send(
x =>
{
handlerDispatched++;
Assert.Equal(123, Assert.IsType <int>(x));
},
123
);
Assert.Equal(1, publishingDispatched);
Assert.Equal(1, publishedDispatched);
Assert.Equal(1, executingDispatched);
Assert.Equal(1, executedDispatched);
Assert.Equal(1, handlerDispatched);
loop.Execute();
Assert.Equal(1, publishingDispatched);
Assert.Equal(1, publishedDispatched);
Assert.Equal(1, executingDispatched);
Assert.Equal(1, executedDispatched);
Assert.Equal(1, handlerDispatched);
}
public static void EventLoop_Subscribe_Publish()
{
var publishingDispatched = 0;
var publishedDispatched = 0;
var executingDispatched = 0;
var executedDispatched = 0;
var eventDispatched = 0;
var loop = new TestingEventLoop
{
EventPublishing = (id, e) =>
{
++publishingDispatched;
TestingEventData te = Assert.IsType <TestingEventData>(e);
Assert.Equal(123, te.Value);
return(true);
},
EventPublished = (id, e) =>
{
++publishedDispatched;
TestingEventData te = Assert.IsType <TestingEventData>(e);
Assert.Equal(123, te.Value);
},
EventExecuting = (id, e) =>
{
++executingDispatched;
TestingEventData te = Assert.IsType <TestingEventData>(e);
Assert.Equal(123, te.Value);
return(true);
},
EventExecuted = (id, e, status) =>
{
++executedDispatched;
TestingEventData te = Assert.IsType <TestingEventData>(e);
Assert.Equal(123, te.Value);
Assert.Equal(EventStatus.Halt, status);
}
};
var ev = new TestingEvent(loop);
ev.Subscribe((in TestingEventData data) =>
{
++eventDispatched;
Assert.Equal(123, data.Value);
return(EventStatus.Halt);
});
public static void EventLoopSynchronizationContext_Post_NewThread()
{
var publishingDispatched = 0;
var publishedDispatched = 0;
var executingDispatched = 0;
var executedDispatched = 0;
var handlerDispatched = 0;
var loop = new TestingEventLoop
{
EventPublishing = (id, e) =>
{
++publishingDispatched;
return(true);
},
EventPublished = (id, e) =>
{
++publishedDispatched;
},
EventExecuting = (id, e) =>
{
++executingDispatched;
return(true);
},
EventExecuted = (id, e, status) =>
{
++executedDispatched;
}
};
loop.SetSynchronizationContext();
SynchronizationContext ctx = SynchronizationContext.Current;
using (var mutex1 = new ManualResetEvent(false))
using (var mutex2 = new ManualResetEvent(false))
{
new Thread(() =>
{
if (!mutex1.WaitOne(1000))
{
return;
}
ctx.Send(
x =>
{
handlerDispatched++;
Assert.Equal(123, Assert.IsType <int>(x));
mutex2.Set();
},
123
);
}).Start();
Assert.Equal(0, publishingDispatched);
Assert.Equal(0, publishedDispatched);
Assert.Equal(0, executingDispatched);
Assert.Equal(0, executedDispatched);
Assert.Equal(0, handlerDispatched);
mutex1.Set();
Assert.False(mutex2.WaitOne(1000));
Assert.Equal(1, publishingDispatched);
Assert.Equal(1, publishedDispatched);
Assert.Equal(0, executingDispatched);
Assert.Equal(0, executedDispatched);
Assert.Equal(0, handlerDispatched);
loop.Execute();
Assert.True(mutex2.WaitOne(1000));
Assert.Equal(1, publishingDispatched);
Assert.Equal(1, publishedDispatched);
Assert.Equal(1, executingDispatched);
Assert.Equal(1, executedDispatched);
Assert.Equal(1, handlerDispatched);
}
}
