def stateChanged(self, event):
if event['newValue'] == "On":
delay = self.dp["delay"].value
logger.info("%s: start timer for %ds" % (self._name, delay))
self._timer = delay
elif event['newValue'] == "Off":
if self._timer:
logger.info("%s: switched off detected; cancel timer" % self._name)
self._timer = 0
def cmdChanged(self, event):
""" Method called when the 'cmd' datapoint changes
We just copy the 'cmd' datapoint value to the 'state' datapoint.
"""
logger.debug("ActuatorFB.cmdChanged(): event=%s" % repr(event))
value = event['newValue']
logger.info("%s: switch output %s" % (self.name, value))
self.dp["state"].value = value
def stateChanged(self, event):
if event['newValue'] == "On":
delay = self.dp["delay"].value
logger.info("%s: start timer for %ds" % (self._name, delay))
self._timer = delay
elif event['newValue'] == "Off":
if self._timer:
logger.info("%s: switched off detected; cancel timer" %
self._name)
self._timer = 0
def delayChanged(self, event):
""" Method called when the 'delay' datapoint changes
"""
logger.debug("TimerFB.delayChanged(): event=%s" % repr(event))
# If the timer is running, we reset it to the new delay
if self._timer:
delay = self.dp["delay"].value
logger.info("%s: delay changed; restart timer" % self._name)
self._timer = delay
def delayChanged(self, event):
""" Method called when the 'delay' datapoint changes
"""
logger.debug("TimerFB.delayChanged(): event=%s" % repr(event))
# If the timer is running, we reset it to the new delay
if self._timer:
delay = self.dp["delay"].value
logger.info("%s: delay changed; restart timer" % self._name)
self._timer = delay
def updateTimer(self):
""" Method called every second.
"""
#logger.trace("TimerFB.updateTimer()")
if self._timer:
self._timer -= 1
logger.debug("TimerFB.updateTimer(): timer=%d" % self._timer)
if not self._timer:
logger.info("%s: timer expired; switch off" % self._name)
self.dp["cmd"].value = "Off"
def updateTimer(self):
""" Method called every second.
"""
#logger.trace("TimerFB.updateTimer()")
if self._timer:
self._timer -= 1
logger.debug("TimerFB.updateTimer(): timer=%d" % self._timer)
if not self._timer:
logger.info("%s: timer expired; switch off" % self._name)
self.dp["cmd"].value = "Off"
def RegisterStateChanged(self, event):
""" Method called when any of the 'reg_x' Datapoint change
"""
logger.debug("%s: event=%s" % (self.name, repr(event)))
dpName = event['dp']
newValue = event['newValue']
oldValue = event['oldValue']
logger.info("%s: '%s' value changed from %s to %s" % (self.name, dpName, oldValue, newValue))
# Send new register value to modbus client
self._write(config.KNX_TO_MODBUS[dpName], newValue)
def stateChanged(self, event):
""" Method called when the 'state' datapoint changes
"""
logger.debug("TimerFB.stateChanged(): event=%s" % repr(event))
if event['newValue'] == "On":
delay = self.dp["delay"].value
logger.info("%s: start timer for %ds" % (self._name, delay))
self._timer = delay
elif event['newValue'] == "Off":
if self._timer:
logger.info("%s: switched off detected; cancel timer" % self._name)
self._timer = 0
def stateChanged(self, event):
""" Method called when the 'state' datapoint changes
"""
logger.debug("TimerFB.stateChanged(): event=%s" % repr(event))
if event['newValue'] == "On":
delay = self.dp["delay"].value
logger.info("%s: start timer for %ds" % (self._name, delay))
self._timer = delay
elif event['newValue'] == "Off":
if self._timer:
logger.info("%s: switched off detected; cancel timer" %
self._name)
self._timer = 0
def doorChanged(self, event):
""" Method called when 'door' Datapoint change
"""
logger.debug("%s event=%s" % (self.name, repr(event)))
dpName = event['dp']
newValue = event['newValue']
oldValue = event['oldValue']
logger.info("%s: '%s' value changed from %s to %s" % (self.name, dpName, oldValue, newValue))
# Check new value
if newValue == "Open" and oldValue == "Close":
msg = "'%s' value is now %s" % (dpName, newValue)
logger.warning("%s: %s" % (self.name, msg))
self._mua.send(msg)
def lightStateChanged(self, event):
""" Method called when any of the 'light_x' Datapoint change
"""
logger.debug("%s: event=%s" % (self.name, repr(event)))
dpName = event['dp']
newValue = event['newValue']
oldValue = event['oldValue']
time_ = time.time()
logger.info("%s: '%s' value changed from %s to %s at %s" % (self.name, dpName, oldValue, newValue, time.strftime("%a, %d %b %Y %H:%M:%S", time.localtime(time_))))
# Store Datapoint new value and current date/time
try:
self._sequence.put_nowait({'dp': dpName, 'value': newValue, 'time': time_})
except Queue.Full:
logger.exception("%s: storage sequence is full; skipping..." % self.name, debug=True)
def tempChanged(self, event):
""" Method called when any of the 'temp_x' Datapoint change
"""
logger.debug("%s: event=%s" % (self.name, repr(event)))
dpName = event['dp']
newValue = event['newValue']
oldValue = event['oldValue']
logger.info("%s: '%s' value changed from %s to %s" % (self.name, dpName, oldValue, newValue))
# Check if new value is outside limits
if not settings.TEMP_LIMITS[dpName][0] <= newValue <= settings.TEMP_LIMITS[dpName][1]:
msg = "'%s' value (%s) is outside limits %s" % (dpName, newValue, repr(settings.TEMP_LIMITS[dpName]))
logger.warning("%s: %s" % (self.name, msg))
# Only send e-mail if old value was inside limits
if settings.TEMP_LIMITS[dpName][0] <= oldValue <= settings.TEMP_LIMITS[dpName][1]:
self._mua.send(msg)
def processQueue(self):
""" Process queue
Get the older entry in the sequence (queue).
If replay is active and time elapsed, the matching Datapoint is set with the stored value.
Otherwise, the entry is discarded.
"""
try:
item = self._sequence.get_nowait()
#logger.debug("%s: item=%s" % (self.name, item))
except Queue.Empty:
logger.exception("%s: storage sequence is empty; skipping..." % self.name, debug=True)
# Check if item needs to be replayed
delta = (time.time() - item['time']) / 60.
if self.dp['replay'].value == "Active" and delta > self.dp['replay_period'].value:
self.dp[item['dp']].value = item['value']
logger.info("%s: '%s' replayed at %s (%s)" % (self.name, dpName, time.strftime("%a, %d %b %Y %H:%M:%S", time.localtime(item['time'])), item['value']))
def tempChanged(self, event):
""" Method called when any of the 'temp_x' Datapoint change
"""
logger.debug("%s: event=%s" % (self.name, repr(event)))
dpName = event['dp']
newValue = event['newValue']
oldValue = event['oldValue']
logger.info("%s: '%s' value changed from %s to %s" % (self.name, dpName, oldValue, newValue))
# Compute new average
average = 0.
for dpName in ("temp_1", "temp_2", "temp_3"):
average += self.dp[dpName].value
average /= 3.
# Store new average in Datapoint
self.dp["temp_average"].value = average
logger.info("%s: new average is %.1f" % (self.name, average))
def delayChanged(self, event):
if self._timer:
delay = self.dp["delay"].value
logger.info("%s: delay changed; restart timer" % self._name)
self._timer = delay
def updateTimer(self):
if self._timer:
self._timer -= 1
if not self._timer:
logger.info("%s: timer expired; switch off" % self._name)
self.dp["cmd"].value = "Off"
def delayChanged(self, event):
if self._timer:
delay = self.dp["delay"].value
logger.info("%s: delay changed; restart timer" % self._name)
self._timer = delay
def updateTimer(self):
if self._timer:
self._timer -= 1
if not self._timer:
logger.info("%s: timer expired; switch off" % self._name)
self.dp["cmd"].value = "Off"