def _on_controller_connected(self, aBrewPiController):
controller = Controller(name="Serial BrewPi on {0} at {1}".format(platform.node(),
aBrewPiController.serial_port),
uri=self._make_controller_uri(aBrewPiController),
description="A BrewPi connected to a serial port, using the legacy protocol.",
connected=aBrewPiController.is_connected)
send("controller.connected", aController=controller)
def exception_dead_mainthread():
def fake_is_alive():
return False
def modify_isAlive():
MainThread.is_alive = fake_is_alive
MainThread.isAlive = fake_is_alive
for i in threading.enumerate():
if i.name == "MainThread":
MainThread = i
break
send("STOP")
time.sleep(5)
threading.Thread(target=modify_isAlive).start()
__run_queue()
threading.Thread(target=__run_queue).start()
def callback(self, body):
logging.info("execute %s" % body['event'])
_id = body['args'][0]
if settings.ROCKETTM_CALLBACK:
send('results', {'_id': _id, 'status': 'processing'})
if not body['event'] in tasks.subs:
if settings.ROCKETTM_CALLBACK:
send('results', {'_id': _id,
'result': 'task not defined',
'status': 'finished',
'success': False})
return False
result = []
for func, max_time2 in tasks.subs[body['event']]:
logging.info("exec func: %s, timeout: %s" % (func, max_time2))
if max_time2 != -1:
apply_max_time = max_time2
else:
apply_max_time = self.max_time
result.append(dict(self.safe_call(func, apply_max_time, body)))
success = not any(r['success'] is False for r in result)
send('results', {'_id': _id, 'status': 'finished',
'success': success, 'result': result})
return True
def print_message(*args, **kwargs):
print "Example function1", args, kwargs
@subscribe("Hello2")
def print_message2(*args, **kwargs):
import time
time.sleep(4)
print "Example function2", args, kwargs
@subscribe("STOP")
def dead_mainthread(*args, **kwargs):
print "dead MainThread!"
def other_example(*args, **kwargs):
print "manual subscribe"
send_thread("Hello1", text_example="new thread")
send_queue("Hello2", text_example="normal run")
send("Hello2", text_example="normal run")
add_subscribe("Hello3", other_example)
send_blocking("Hello3", text_example="blocking")
print "Finish send all events"
print "waiting stop"
def test_send(self):
send("pepito", 1, 2, 3, example="added queue")
self.assertEqual(True, True)
def timeout_exception():
send("STOP")
time.sleep(10)
threading.Thread(target=stop_new_thread).start()
__run_queue()
threading.Thread(target=__run_queue).start()
def stop_new_thread(*args, **kwargs):
time.sleep(70)
send("STOP")
def function3(*args, **kwargs):
basicevents.send('test')
return True
def _signal_controller_connected(self, new_controller):
"""
When a new controller has been detected
"""
controller = Controller()
send("controller.connected", controller=controller)
def _on_controller_disconnected(self, aBrewPiController):
send("controller.disconnected", aController=Controller(uri=self._make_controller_uri(aBrewPiController)))
