def rct(self):
if self._rct is not None:
return self._rct
else:
self.io_manager = ioloop_manager.IOLoopManager()
self.io_wrapper = resource_client.IOLoopThreadWrapper(
self.io_manager.get_ioloop())
LOGGER.info('Cleanup function \'self.io_manager\': File: %s line: %s' % (
getframeinfo(currentframe()).filename.split('/')[-1],
getframeinfo(currentframe()).lineno))
add_cleanup(self.io_manager.stop)
self.io_wrapper.default_timeout = _timeout
self.io_manager.start()
self.rc = resource_client.KATCPClientResource(
dict(name='{}'.format(self.katcp_clt),
address=('{}'.format(self.katcp_clt),
'7147'),
controlled=True))
self.rc.set_ioloop(self.io_manager.get_ioloop())
self._rct = (resource_client.ThreadSafeKATCPClientResourceWrapper(self.rc,
self.io_wrapper))
self._rct.start()
LOGGER.info('Cleanup function \'self._rct\': File: %s line: %s' % (
getframeinfo(currentframe()).filename.split('/')[-1],
getframeinfo(currentframe()).lineno))
add_cleanup(self._rct.stop)
try:
self._rct.until_synced(timeout=_timeout)
except TimeoutError:
self._rct.stop()
return self._rct
def run_ipy():
try:
iotw = resource_client.IOLoopThreadWrapper(ioloop)
time.sleep(0.24)
s = rc.sensor.an_int
ws = resource_client.ThreadsafeKATCPSensorWrapper(s, iotw)
IPython.embed()
# stop.wait(10000)
finally:
ioloop.stop()
def rct(self):
if self._rct is not None:
return self._rct
else:
self.io_manager = ioloop_manager.IOLoopManager()
self.io_wrapper = resource_client.IOLoopThreadWrapper(
self.io_manager.get_ioloop())
self.io_wrapper.default_timeout = self.timeout
self.io_manager.start()
self.rc = resource_client.KATCPClientResource(
dict(name='{}'.format(self.katcp_client),
address=('{}'.format(self.katcp_client),
self.prim_port),
controlled=True))
self.rc.set_ioloop(self.io_manager.get_ioloop())
self._rct = (resource_client.ThreadSafeKATCPClientResourceWrapper(self.rc,
self.io_wrapper))
self._rct.start()
try:
self._rct.until_synced(timeout=self.timeout)
except TimeoutError:
self._rct.stop()
return self._rct