public void ContinueWithで継続処理を実行できる()
{
var x = 10.0;
var x1 = Coroutines.F1(x);
var x2 = Coroutines.F2(x1);
var x3 = Coroutines.F3(x2);
var task = Task.Run <double>(c => Coroutines.F1Async(x, c))
.OnComplete(t => Assert.AreEqual(t.Result, x1))
.ContinueWithIterator <string>((t, callback) => Coroutines.F2Async(t.Result, callback))
.OnComplete(t => Assert.AreEqual(t.Result, x2))
.ContinueWithIterator <int>((t, callback) => Coroutines.F3Async(t.Result, callback))
.OnComplete(t => Assert.AreEqual(t.Result, x2))
;
var scheduler = Task.DefaultScheduler;
scheduler.Update(30);
}
public void ContinueWithで継続処理を実行できる()
{
var x = 10.0;
var x1 = Coroutines.F1(x);
var x2 = Coroutines.F2(x1);
var x3 = Coroutines.F3(x2);
var task = new Task <double>(c => Coroutines.F1Async(x, c))
.OnComplete(t => Assert.AreEqual(t.Result, x1))
.ContinueWith <string>(Coroutines.F2Async)
.OnComplete(t => Assert.AreEqual(t.Result, x2))
.ContinueWith <int>(Coroutines.F3Async)
.OnComplete(t => Assert.AreEqual(t.Result, x2))
;
var runner = new SampleTaskRunner.TaskRunner();
task.Start(runner);
runner.Update(20);
}
