def coro(): h = GNTPHandler(loop=loop) logging.debug('GNTP: unregister') response = yield from h.unregister(notifier, local_target) assert response['status'] == 'ERROR' assert response['reason'] == 'Unsupported'
def coro(): h = GNTPHandler(loop=loop) notifier.add_target(local_target) logging.debug('GNTP: register') response = yield from h.register(notifier, local_target) assert response['status'] == 'OK'
def coro(): h = GNTPHandler(loop=loop) notifier.icon = icon logging.debug('GNTP: register with icon') response = yield from h.register(notifier, local_target) assert response['status'] == 'OK' assert response['status_code'] == 0
def coro(): h = GNTPHandler(loop=loop) notification = notifier.create_notification( name='Old', title="With a string call back", text="Press me") notification.add_callback('callback_test') logging.debug('GNTP: notify with string callback') response = yield from h.notify(notification, local_target) assert response['status'] == 'OK'
def coro(): h = GNTPHandler(loop=loop) notification = notifier.create_notification(name='New', title="With a call back", text="Press me") notification.add_callback('http://news.bbc.co.uk') logging.debug('GNTP: notify with url callback') response = yield from h.notify(notification, local_target) assert response['status'] == 'OK'
def coro(): h = GNTPHandler(loop=loop) notification = notifier.create_notification( name='New', title="A brave new world", text=("This notification should " "have an icon"), icon=icon_inverted) response = yield from h.notify(notification, local_target) assert response['status'] == 'OK'
def coro(): h = GNTPHandler(loop=loop) notification = notifier.create_notification(name='New', title="A brave new world", text="Say hello to Prism") logging.debug('GNTP: notify') response = yield from h.register(notifier, local_target) print(response) response = yield from h.notify(notification, local_target) print(response) assert response['status'] == 'OK' assert response['status_code'] == 0
def add_target(self, targets): """Add a single target or list of targets to the known targets and connects to them :param targets: The Target or list of Targets to add. :type targets: :class:`~hiss.target.Target` :returns: Result dict or list of dict if more than one target added. """ if isinstance(targets, Target): targets = [targets] if self.asynchronous: wait_for = [] for target in targets: if target.scheme in self._handlers: handler = self._handlers[target.scheme] elif target.scheme == 'snp': handler = SNPHandler(self.loop) self._handlers[target.scheme] = handler elif target.scheme == 'gntp': handler = GNTPHandler(self.loop) self._handlers[target.scheme] = handler elif target.scheme == 'xbmc': handler = XBMCHandler() self._handlers[target.scheme] = handler wait_for.append(handler.connect(target)) done, _pending = yield from asyncio.wait(wait_for) results = [] for task in done: tr = task.result() result = {} result['target'] = tr.target if result is None: result['status'] = 'ERROR' result['reason'] = 'Unable to connect to target' else: result['status'] = 'OK' self.targets.append(tr.target) results.append(result) else: self.targets.append(target) results = [dict(target=target, status='OK')] if len(results) == 1: return results[0] else: return results
def coro(): h = GNTPHandler(loop=loop) n1 = notifier.create_notification(name='New', title="A brave new world", text="Say hello to Prism") n1.add_callback('callback_test') n2 = notifier.create_notification(name='Old', title="A second Coming", text="Say hello to the Time Lords") logging.debug('GNTP: multiply notify') done, pending = yield from asyncio.wait( [h.notify(n1, local_target), h.notify(n2, local_target)]) for task in done: response = task.result() assert response['status'] == 'OK' assert response['status_code'] == 0
def coro(): h = GNTPHandler(loop=loop) logging.debug('GNTP: connect') yield from h.connect(local_target) assert local_target.handler == h
def coro(): h = GNTPHandler(loop=loop) t = Target('gntp://%s' % INVALID_HOST) with pytest.raises((ConnectionError, TimeoutError)): _protocol = yield from h.connect(t)