public IDisposable SubscribeRaw(IObserver <TTarget> observer, bool enableSafeguard)
{
var subscription = new SubscriptionDisposable();
//
// See AutoDetachObserver.cs for more information on the safeguarding requirement and
// its implementation aspects.
//
if (enableSafeguard)
{
observer = SafeObserver <TTarget> .Create(observer, subscription);
}
var sink = CreateSink(observer, subscription.Inner);
subscription.Sink = sink;
if (CurrentThreadScheduler.IsScheduleRequired)
{
var state = new State {
sink = sink, inner = subscription.Inner
};
CurrentThreadScheduler.Instance.Schedule(state, Run);
}
else
{
subscription.Inner.Disposable = Run(sink);
}
return(subscription);
}
public IDisposable SubscribeRaw(IObserver <TSource> observer, bool enableSafeguard)
{
var state = new State();
state.observer = observer;
state.sink = new SingleAssignmentDisposable();
state.subscription = new SingleAssignmentDisposable();
var d = new CompositeDisposable(2)
{
state.sink, state.subscription
};
//
// See AutoDetachObserver.cs for more information on the safeguarding requirement and
// its implementation aspects.
//
if (enableSafeguard)
{
state.observer = SafeObserver <TSource> .Create(state.observer, d);
}
if (CurrentThreadScheduler.IsScheduleRequired)
{
CurrentThreadScheduler.Instance.Schedule(state, Run);
}
else
{
state.subscription.Disposable = this.Run(state.observer, state.subscription, state.Assign);
}
return(d);
}
public IDisposable SubscribeRaw(IObserver <TTarget> observer, bool enableSafeguard)
{
SingleAssignmentDisposable subscription = null;
//
// See AutoDetachObserver.cs for more information on the safeguarding requirement and
// its implementation aspects.
//
if (enableSafeguard)
{
subscription = new SingleAssignmentDisposable();
observer = SafeObserver <TTarget> .Create(observer, subscription);
}
var sink = CreateSink(observer);
if (subscription != null)
{
subscription.Disposable = sink;
}
if (CurrentThreadScheduler.IsScheduleRequired)
{
CurrentThreadScheduler.Instance.ScheduleAction(
(@this: this, sink),
tuple => [email protected](tuple.sink));
}
else
{
Run(sink);
}
return((IDisposable)subscription ?? sink);
}
internal IDisposable SubscribeRaw(IObserver <TSource> observer, bool enableSafeguard)
{
var state = new State();
state.observer = observer;
state.sink = new SingleAssignmentDisposable();
state.subscription = new SingleAssignmentDisposable();
var d = new CompositeDisposable(2)
{
state.sink, state.subscription
};
//
// See AutoDetachObserver.cs for more information on the safeguarding requirement and
// its implementation aspects.
//
if (enableSafeguard)
{
state.observer = SafeObserver <TSource> .Create(state.observer, d);
}
state.subscription.Disposable = Run(state.observer, state.subscription, state.Assign);
return(d);
}
public IDisposable SubscribeRaw(IObserver <TSource> observer, bool enableSafeguard)
{
IDisposable run;
ISafeObserver <TSource>?safeObserver = null;
//
// See AutoDetachObserver.cs for more information on the safeguarding requirement and
// its implementation aspects.
//
if (enableSafeguard)
{
observer = safeObserver = SafeObserver <TSource> .Wrap(observer);
}
if (CurrentThreadScheduler.IsScheduleRequired)
{
var runAssignable = new SingleAssignmentDisposable();
CurrentThreadScheduler.Instance.ScheduleAction(
(@this: this, runAssignable, observer),