def set(self, debounce=None):
if not (debounce is None):
if not debounce:
self._debounce = 0
else:
self._debounce = float(debounce) / 1000.0 #milisecs
devents.config(self)
def set(self, debounce=None):
if not (debounce is None):
if not debounce:
self._debounce = 0
else:
self._debounce = float(debounce) / 1000.0 #milisecs
devents.config(self)
def set(self,
scan_interval=None,
do_scan=False,
interval=None,
circuit=None,
do_reset=None):
chg = False
if do_reset is not None:
self.taskWr.send((OWCMD_RESET_MASTER, 0, 0))
if not (interval is None):
if interval != self.interval:
self.taskWr.send((OWCMD_INTERVAL,
0 if circuit is None else circuit, interval))
if circuit is None: self.interval = interval
chg = True
if not (scan_interval is None):
if scan_interval != self.scan_interval:
self.taskWr.send((OWCMD_SCAN_INTERVAL, 0, scan_interval))
self.scan_interval = scan_interval
chg = True
if do_scan:
logger.debug("Invoked scan of 1W bus")
self.taskWr.send((OWCMD_SCAN, 0, 0))
if chg:
devents.config(self)
return (self.full())
def set(self, bits=None, gain=None, interval=None):
if not (bits is None): self.bits = int(bits)
if not (gain is None):
self.gain = int(gain)
self.koef = self.correction / self.gain
if not (interval is None): self.interval = float(interval)
self.mcp.register_channel(self)
devents.config(self)
return 0
def set(self, bits=None, gain=None, interval=None):
if not (bits is None): self.bits = int(bits)
if not (gain is None):
self.gain = int(gain)
self.koef = self.correction / self.gain
if not (interval is None): self.interval = float(interval)
self.mcp.register_channel(self)
devents.config(self)
return 0
def register_device(self, devtype, device):
""" can be called with devtype = INTEGER or NAME
"""
if type(devtype) is int:
devdict = self._arr[devtype]
else:
devdict = self[devtype]
devdict[str(device.circuit)] = device
devents.config(device)
def register_device(self, devtype, device):
""" can be called with devtype = INTEGER or NAME
"""
if type(devtype) is int:
devdict = self._arr[devtype]
else:
devdict = self[devtype]
devdict[str(device.circuit)] = device
devents.config(device)
def register_device(self, devtype, device):
""" can be called with devtype = INTEGER or NAME
"""
if devtype is None:
raise Exception('Devicetype must contain INTEGER OR NAME')
if type(devtype) is int:
devdict = self._arr[devtype]
else:
devdict = self[devtype]
devdict[str(device.circuit)] = device
devents.config(device)
def set(self, debounce=None, counter=None):
if not (debounce is None):
if not debounce:
self._debounce = 0
else:
self._debounce = float(debounce) / 1000.0 #milisecs
devents.config(self)
if not (counter is None):
if self.counter_mode != 'disabled':
self.value = counter
devents.status(self)
def register_device(self, devtype, device):
""" can be called with devtype = INTEGER or NAME
"""
if devtype is None:
raise Exception('Devicetype must contain INTEGER OR NAME')
if type(devtype) is int:
devdict = self._arr[devtype]
else:
devdict = self[devtype]
devdict[str(device.circuit)] = device
devents.config(device)
def set(self, value=None, frequency=None):
result = None
if not (frequency is None) and (frequency != self.frequency):
print int(frequency)
result = pigpio._u2i((yield self.bus.apigpio_command(pigpio._PI_CMD_PFS, self.pin, int(frequency))))
self.frequency = frequency
if not (value is None):
result = yield self.set_value(float(value))
else:
result = yield self.set_value(self.value)
devents.config(self)
raise gen.Return(result)
if not (value is None) and (value != self.value):
result = yield self.set_value(float(value))
raise gen.Return(result)
def set(self, value=None, frequency=None): result = None if not (frequency is None) and (frequency != self.frequency): # print int(frequency) result = pigpio._u2i((yield self.bus.apigpio_command(pigpio._PI_CMD_PFS, self.pin, int(frequency)))) self.frequency = frequency if not (value is None): result = yield self.set_value(float(value)) else: result = yield self.set_value(self.value) devents.config(self) raise gen.Return(result) if not (value is None) and (value != self.value): result = yield self.set_value(float(value)) raise gen.Return(result)
def set(self, scan_interval=None, do_scan=False, interval=None):
chg = False
if not (interval is None):
if interval != self.interval:
self.taskWr.send((OWCMD_DEFAULT_INTERVAL, 0, interval))
self.interval = interval
chg = True
if not (scan_interval is None):
if scan_interval != self.scan_interval:
self.taskWr.send((OWCMD_SCAN_INTERVAL, 0, scan_interval))
self.scan_interval = scan_interval
chg = True
if do_scan:
self.taskWr.send((OWCMD_SCAN, 0, 0))
if chg:
devents.config(self)
def set(self, scan_interval=None, do_scan=False, interval=None):
chg = False
if not (interval is None):
if interval != self.interval:
self.taskWr.send((OWCMD_DEFAULT_INTERVAL, 0, interval))
self.interval = interval
chg = True
if not (scan_interval is None):
if scan_interval != self.scan_interval:
self.taskWr.send((OWCMD_SCAN_INTERVAL, 0, scan_interval))
self.scan_interval = scan_interval
chg = True
if do_scan:
self.taskWr.send((OWCMD_SCAN, 0, 0))
if chg:
devents.config(self)
def set(self, interval=None):
if not (interval is None):
self.__bus.taskWr.send((OWCMD_INTERVAL, self.circuit, interval))
self.interval = interval
devents.config(self)
def set(self, interval=None):
if not (interval is None):
self.__bus.taskWr.send((OWCMD_INTERVAL, self.circuit, interval))
self.interval = interval
devents.config(self)
