def save_reading(timestamp, msg, file):
global logger
global mote_type
delay = 0
if msg.delay >= 5000:
delay = 0
else:
delay = msg.delay
publish_reading(msg)
voltage = 0
if mote_type == 'iris':
voltage = raw_to_volts_iris(msg.readingVoltage)
elif mote_type == 'micaz':
voltage = raw_to_volts_micaz(msg.readingVoltage)
if msg.source % 10 == 0:
readingTemperature = 0
msg.readingLight = 0
else:
readingTemperature = raw_to_celcius(msg.readingTemperature)
logger.info(
"Mote %d: Temperature: %f Light: %d Voltage: %f Parent: %d Metric: %d Delay: %d"
% (msg.source, readingTemperature, msg.readingLight, voltage,
msg.parent, msg.metric, msg.delay))
file.write("%f %d %d %f %d %f\n" %
(timestamp - delay, msg.source, msg.seqno, readingTemperature,
msg.readingLight, voltage))
file.flush()
def publish_reading(msg):
global mote_type
if mote_type == 'iris':
voltage = raw_to_volts_iris(msg.readingVoltage)
elif mote_type == 'micaz':
voltage = raw_to_volts_micaz(msg.readingVoltage)
if msg.source % 10 == 0:
readingTemperature = 0
msg.readingLight = 0
else:
readingTemperature = raw_to_celcius(msg.readingTemperature)
try:
event = '%d %d %f %d %f %d %d' % (msg.source, msg.seqno, readingTemperature, msg.readingLight, voltage, msg.parent, msg.metric)
publish(ALERT_INFO, (datetime.datetime.now() - datetime.timedelta(milliseconds=msg.delay)), event, EXCHANGE_READINGS)
except TypeError, e:
print e
def get_value(self):
value = None
if self.type == TEMP_MSG:
value = raw_to_celcius(self.reading)
elif self.type == BATT_MSG:
if self.reading > 0:
if self.mote_type == 'iris':
value = raw_to_volts_iris(self.reading)
elif self.mote_type == 'micaz':
value = raw_to_volts_micaz(self.reading)
elif self.type == LIGHT_MSG:
value = self.reading
else:
global logger
logger.warning("Unknown message type %d" % (self.type))
return value
def save_reading(timestamp, msg):#, file):
global logger
global mote_type
delay = 0
if msg.delay >= 5000:
delay = 0
else:
delay = msg.delay
publish_reading(msg)
voltage = 0
if mote_type == 'iris':
voltage = raw_to_volts_iris(msg.readingVoltage)
elif mote_type == 'micaz':
voltage = raw_to_volts_micaz(msg.readingVoltage)
if msg.source % 10 == 0:
readingTemperature = 0
msg.readingLight = 0
else:
readingTemperature = raw_to_celcius(msg.readingTemperature)
def save_reading(timestamp, msg): #, file):
global logger
global mote_type
delay = 0
if msg.delay >= 5000:
delay = 0
else:
delay = msg.delay
publish_reading(msg)
voltage = 0
if mote_type == 'iris':
voltage = raw_to_volts_iris(msg.readingVoltage)
elif mote_type == 'micaz':
voltage = raw_to_volts_micaz(msg.readingVoltage)
if msg.source % 10 == 0:
readingTemperature = 0
msg.readingLight = 0
else:
readingTemperature = raw_to_celcius(msg.readingTemperature)
def publish_reading(msg):
global mote_type
if mote_type == 'iris':
voltage = raw_to_volts_iris(msg.readingVoltage)
elif mote_type == 'micaz':
voltage = raw_to_volts_micaz(msg.readingVoltage)
if msg.source % 10 == 0:
readingTemperature = 0
msg.readingLight = 0
else:
readingTemperature = raw_to_celcius(msg.readingTemperature)
try:
event = '%d %d %f %d %f %d %d' % (msg.source, msg.seqno,
readingTemperature, msg.readingLight,
voltage, msg.parent, msg.metric)
publish(ALERT_INFO, (datetime.datetime.now() -
datetime.timedelta(milliseconds=msg.delay)),
event, EXCHANGE_READINGS)
except TypeError, e:
print e
def publish_reading(msg):
global mote_type
if mote_type == 'iris':
voltage = raw_to_volts_iris(msg.readingVoltage)
elif mote_type == 'micaz':
voltage = raw_to_volts_micaz(msg.readingVoltage)
if msg.source % 10 == 0:
readingTemperature = 0
msg.readingLight = 0
else:
readingTemperature = raw_to_celcius(msg.readingTemperature)
try:
# 45678|2015-11-11 15:47:37.136511|1|25.229326|237|3.338598|0|10|iris
# mote, time, sendCount, readingTemperature, readingLight, readingVoltage, parent, metric, moteModel
time = (datetime.datetime.now() - datetime.timedelta(milliseconds=msg.delay))
event = '%d|%s|%d|%f|%d|%f|%d|%d|%s' % (msg.source, time, msg.seqno, readingTemperature, msg.readingLight, voltage, msg.parent, msg.metric, mote_type)
##publish(ALERT_INFO, (datetime.datetime.now() - datetime.timedelta(milliseconds=msg.delay)), event, EXCHANGE_READINGS)
print event
except TypeError, e:
print e
def save_reading(timestamp, msg, file):
global logger
global mote_type
delay = 0
if msg.delay >= 5000:
delay = 0
else:
delay = msg.delay
publish_reading(msg)
voltage = 0
if mote_type == 'iris':
voltage = raw_to_volts_iris(msg.readingVoltage)
elif mote_type == 'micaz':
voltage = raw_to_volts_micaz(msg.readingVoltage)
if msg.source % 10 == 0:
readingTemperature = 0
msg.readingLight = 0
else:
readingTemperature = raw_to_celcius(msg.readingTemperature)
logger.info("Mote %d: Temperature: %f Light: %d Voltage: %f Parent: %d Metric: %d Delay: %d" % (msg.source, readingTemperature, msg.readingLight, voltage, msg.parent, msg.metric, msg.delay))
file.write("%f %d %d %f %d %f\n" % (timestamp-delay, msg.source, msg.seqno, readingTemperature, msg.readingLight, voltage))
file.flush()
def publish_reading(msg):
global mote_type
if mote_type == 'iris':
voltage = raw_to_volts_iris(msg.readingVoltage)
elif mote_type == 'micaz':
voltage = raw_to_volts_micaz(msg.readingVoltage)
if msg.source % 10 == 0:
readingTemperature = 0
msg.readingLight = 0
else:
readingTemperature = raw_to_celcius(msg.readingTemperature)
try:
# 45678|2015-11-11 15:47:37.136511|1|25.229326|237|3.338598|0|10|iris
# mote, time, sendCount, readingTemperature, readingLight, readingVoltage, parent, metric, moteModel
time = (datetime.datetime.now() -
datetime.timedelta(milliseconds=msg.delay))
event = '%d|%s|%d|%f|%d|%f|%d|%d|%s' % (
msg.source, time, msg.seqno, readingTemperature, msg.readingLight,
voltage, msg.parent, msg.metric, mote_type)
##publish(ALERT_INFO, (datetime.datetime.now() - datetime.timedelta(milliseconds=msg.delay)), event, EXCHANGE_READINGS)
print event
except TypeError, e:
print e