def start(self, sleep=0, log=True, link=None, process=False):
group = None
target = self.run
name = self.__class__.__name__
mode = "P" if process else "T"
args = (sleep, log, mode)
if process and HAS_MULTIPROCESSING:
if link is not None and isinstance(link, Manager):
from circuits.net.sockets import Pipe
from circuits.core.bridge import Bridge
from circuits.core.utils import findroot
root = findroot(link)
parent, child = Pipe()
self._bridge = Bridge(root, socket=parent)
self._bridge.start()
args += (child,)
self._task = Process(group, target, name, args)
self._task.daemon = True
if HAS_MULTIPROCESSING == 2:
setattr(self._task, "isAlive", self._task.is_alive)
self.tick()
self._task.start()
return
self._task = Thread(group, target, name, args)
self._task.setDaemon(True)
self._task.start()
def register(self, parent):
super(UPnPDeviceServer, self).register(parent)
# SSDP transceiver, may exist only once
if not any([isinstance(c, SSDPTranceiver) \
for c in flatten(findroot(self))]):
SSDPTranceiver().register(self.parent)
return self
def register(self, parent):
super(UPnPDeviceServer, self).register(parent)
# SSDP transceiver, may exist only once
if not any([isinstance(c, SSDPTranceiver) \
for c in flatten(findroot(self))]):
SSDPTranceiver().register(self.parent)
return self
def start(self, sleep=0, log=True, link=None, process=False):
group = None
target = self.run
name = self.__class__.__name__
mode = "P" if process else "T"
args = (
sleep,
log,
mode,
)
if process and HAS_MULTIPROCESSING:
if link is not None and isinstance(link, Manager):
from circuits.net.sockets import Pipe
from circuits.core.bridge import Bridge
from circuits.core.utils import findroot
root = findroot(link)
parent, child = Pipe()
self._bridge = Bridge(root, socket=parent)
self._bridge.start()
args += (child, )
self._task = Process(group, target, name, args)
self._task.daemon = True
if HAS_MULTIPROCESSING == 2:
setattr(self._task, "isAlive", self._task.is_alive)
self.tick()
self._task.start()
return
self._task = Thread(group, target, name, args)
self._task.setDaemon(True)
self._task.start()
def test_findroot():
app = App()
a = A()
b = B()
b.register(a)
a.register(app)
while app:
app.flush()
root = findroot(b)
assert root == app
def test_findroot():
app = App()
a = A()
b = B()
b.register(a)
a.register(app)
while app:
app.flush()
root = findroot(b)
assert root == app
