def __init__(self, av_loop, name):
AV_SerialDevice.__init__(self, av_loop, name)
self.input_handler = None
for subcmd in self.Commands:
self.av_loop.add_cmd_handler("%s %s" % (self.name, subcmd),
self.handle_cmd)
def __init__(self, av_loop, name):
AV_SerialDevice.__init__(self, av_loop, name)
self.input_handler = None
for subcmd in self.Commands:
self.av_loop.add_cmd_handler(
"%s %s" % (self.name, subcmd), self.handle_cmd)
def __init__(self, av_loop, name):
AV_SerialDevice.__init__(self, av_loop, name)
for subcmd in self.Commands:
self.av_loop.add_cmd_handler("%s %s" % (self.name, subcmd),
self.handle_cmd)
self.status_handler = None
self.readbuf = bytes()
# Don't start writing until a status update is received.
self.write_ready = False
# Write enabling needs to be delayed. See ready_to_write()
self.write_timer = None # or (timeout_handle, deadline)
self.state = AVR_State(self.name, self.av_loop)
def __init__(self, av_loop, name):
AV_SerialDevice.__init__(self, av_loop, name)
for subcmd in self.Commands:
self.av_loop.add_cmd_handler(
"%s %s" % (self.name, subcmd), self.handle_cmd)
self.status_handler = None
self.readbuf = bytes()
# Don't start writing until a status update is received.
self.write_ready = False
# Write enabling needs to be delayed. See ready_to_write()
self.write_timer = None # or (timeout_handle, deadline)
self.state = AVR_State(self.name, self.av_loop)
def ready_to_write(self, assign=None):
if assign is None:
if self.state.off:
return False
return AV_SerialDevice.ready_to_write(self)
# assign == False indicates that we've just written to the AVR.
# In that case, we should nominally delay the next write for
# about a second.
#
# assign == True indicates that we've just received an updated
# status from the AVR. In that case, we can reduce the
# remaining time-to-next-write down to about a quarter second
# (value determined by unscientific experiments).
deadline = time.time() + (assign and 0.25 or 1.0)
if assign is False: # Disable writes for 1.0s
self.write_ready = False # Disable writes immediately
self._setup_write_timer(deadline)
elif assign is True: # Shorten write_timeout
if self.write_timer and deadline > self.write_timer[1]:
pass # Keep current timer
elif self.write_timer or not self.write_ready:
# Shorten existing timer or setup new timer
self._setup_write_timer(deadline)
def ready_to_write(self, assign=None):
if assign is None:
if self.state.off:
return False
return AV_SerialDevice.ready_to_write(self)
# assign == False indicates that we've just written to the AVR.
# In that case, we should nominally delay the next write for
# about a second.
#
# assign == True indicates that we've just received an updated
# status from the AVR. In that case, we can reduce the
# remaining time-to-next-write down to about a quarter second
# (value determined by unscientific experiments).
deadline = time.time() + (assign and 0.25 or 1.0)
if assign is False: # Disable writes for 1.0s
self.write_ready = False # Disable writes immediately
self._setup_write_timer(deadline)
elif assign is True: # Shorten write_timeout
if self.write_timer and deadline > self.write_timer[1]:
pass # Keep current timer
elif self.write_timer or not self.write_ready:
# Shorten existing timer or setup new timer
self._setup_write_timer(deadline)
def _delayed_ready(self):
self.write_timer = None
AV_SerialDevice.ready_to_write(self, True)
def _delayed_ready(self):
self.write_timer = None
AV_SerialDevice.ready_to_write(self, True)
