def __init__(self,name):
'''
Constructor
'''
Observer.__init__(self)
self.name=name
self.outputStream = Subject()
def subscribe(self, observerOrOnNext=noop, onError=noop, onComplete=noop):
observer = observerOrOnNext
if observerOrOnNext == None or callable(observerOrOnNext):
observer = Observer.create(observerOrOnNext, onError, onComplete)
return self.subscribeCore(observer)
def subscribe(self, observerOrOnNext=noop, onError=noop, onComplete=noop):
observer = observerOrOnNext
if observerOrOnNext == None or hasattr(observerOrOnNext, '__call__'):
observer = Observer.create(observerOrOnNext, onError, onComplete)
autoDetachObserver = AutoDetachObserver(observer)
if Scheduler.currentThread.isScheduleRequired():
Scheduler.currentThread.scheduleWithState(autoDetachObserver, self.scheduledSubscribe)
else:
try:
autoDetachObserver.disposable(self.subscribeCore(autoDetachObserver))
except Exception as e:
if not autoDetachObserver.fail(e):
raise e
return autoDetachObserver
def synchronize(subject, scheduler=None):
if scheduler == None:
return AnonymousSubject(Observer.synchronize(subject), subject)
else:
return AnonymousSubject(Observer.synchronize(subject),
subject.observeOn(scheduler))
def __init__(self,name):
Observer.__init__(self)
def synchronize(subject, scheduler=None):
if scheduler == None:
return AnonymousSubject(Observer.synchronize(subject), subject)
else:
return AnonymousSubject(Observer.synchronize(subject), subject.observeOn(scheduler))
