public Form1()
{
InitializeComponent();
startBtn.Click += (o, s) => runningEvent.Fire(true);
stopBtn.Click += (o, s) =>
{
degreesSignal.Stop();
runningEvent.Fire(false);
};
frequency.ValueChanged += (o, s) => intervalChanged.Fire(frequency.Value);
degreesSignal = new Signal<double>(new AutoDouble(0.0, 0.001), Frequency.Hz(0.0), this.CreateDispatcher());
degreesSignal.Subscribe(SetDegValue);
signalTickCount = degreesSignal.Snapshot(new AutoLong());
signalTickCount.Subscribe(SetTickCount);
radiansSignal = degreesSignal.Map(d => d * RadsPerDeg);
radiansSignal.Subscribe(SetRadValue);
sineSignal = radiansSignal.Map(Math.Sin);
sineSignal.Subscribe(SetSinValue);
cosineSignal = radiansSignal.Map(Math.Cos);
cosineSignal.Subscribe(SetCosValue);
runningEvent = new FirableEvent<bool>();
runningEvent.Subscribe(r => { degreesSignal.Running = r; });
runningBehavior = runningEvent.Hold(false);
runningBehavior.SubscribeWithInitialFire(EnableControls);
intervalChanged = new FirableEvent<decimal>();
intervalBehavior = intervalChanged.Hold(frequency.Value);
intervalBehavior.Map(Frequency.Hz).SubscribeWithInitialFire(FrequencyChanged);
}
public void TestPublishEvent()
{
var e = new FirableEvent<int>();
var o = new List<int>();
var l = e.Subscribe(o.Add);
e.Fire(5);
l.Dispose();
AssertArraysEqual(Arrays<int>.AsList(5), o);
e.Fire(6);
AssertArraysEqual(Arrays<int>.AsList(5), o);
}
