from byteport.clients import ByteportHttpClient
client = ByteportHttpClient('test', 'd8a26587463268f88fea6aec', 'barDev1')
# NOTE: This will block the current thread!
client.poll_directory_and_store_upon_content_change('/home/iot_user/measured_values/', 'barDev1', poll_interval=10)
print("Failed creating table: {}".format(err))
sys.exit(-1)
# SensorList [SensorName, FileName, Temperature value (set default)]
SensorList = ['OutTemp', '/mnt/1wire/28.571AB8010000/temperature', -99,
'InTemp', '/mnt/1wire/28.7EF3FE000000/temperature', -99]
print(" -----------------------------------------------------")
print(" %s " % ("Defined sensors"))
print(" %-8s %s" % ( SensorList[0], SensorList[1]))
print(" %-8s %s" % ( SensorList[3], SensorList[4]))
print(" -----------------------------------------------------")
print
client = ByteportHttpClient(NAMESPACE, API_KEY, uid, initial_heartbeat=False)
# print header for results table
print(" Date | Sensor | Temperature")
print(" -----------------------------------------------------")
OutTemp = -99
InTemp = -99
#while True:
now = time.strftime("%c") #Read time for sensor reading
# Setup filenames etc.
OutSensor = SensorList[0]
OutFileName = SensorList[1]
InSensor = SensorList[3]
InFileName = SensorList[4]
print("Failed creating table: {}".format(err))
sys.exit(-1)
# SensorList [SensorName, FileName, Temperature value (set default)]
SensorList = [
'OutTemp', '/mnt/1wire/28.571AB8010000/temperature', -99, 'InTemp',
'/mnt/1wire/28.7EF3FE000000/temperature', -99
]
print(" -----------------------------------------------------")
print(" %s " % ("Defined sensors"))
print(" %-8s %s" % (SensorList[0], SensorList[1]))
print(" %-8s %s" % (SensorList[3], SensorList[4]))
print(" -----------------------------------------------------")
print
client = ByteportHttpClient(NAMESPACE, API_KEY, uid, initial_heartbeat=False)
# print header for results table
print(" Date | Sensor | Temperature")
print(" -----------------------------------------------------")
OutTemp = -99
InTemp = -99
#while True:
now = time.strftime("%c") #Read time for sensor reading
# Setup filenames etc.
OutSensor = SensorList[0]
OutFileName = SensorList[1]
InSensor = SensorList[3]
InFileName = SensorList[4]
'''
def getHwAddr(ifname):
s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
info = fcntl.ioctl(s.fileno(), 0x8927, struct.pack('256s', ifname[:15]))
return ''.join(['%02x:' % ord(char) for char in info[18:24]])[:-1]
'''
Python main method, execution starts here:
'''
if __name__ == '__main__':
try:
current_mac = getHwAddr('wlan0')
except Exception:
current_mac = getHwAddr('eth0')
else:
current_mac = None # <== whatever, just so the compare below fails and returns a "Sim"
print(current_mac)
if current_mac == SIM_HW_ADDR:
uid = 'JosefinSim'
print ("Josefin Sim set")
else:
uid = 'JosefinShip'
print ("Josefin SHIP set")
client = ByteportHttpClient(NAMESPACE, API_KEY, uid, initial_heartbeat=False)
# NOTE: This will block the current thread!
client.poll_directory_and_store_upon_content_change('/tmp/ByteportReports', uid, poll_interval=POLL_INTERVAL)
return ''.join(['%02x:' % ord(char) for char in info[18:24]])[:-1]
'''
Python main method, execution starts here:
'''
if __name__ == '__main__':
try:
current_mac = getHwAddr('wlan0')
except Exception:
current_mac = getHwAddr('eth0')
else:
current_mac = None # <== whatever, just so the compare below fails and returns a "Sim"
print(current_mac)
if current_mac == SIM_HW_ADDR:
uid = 'JosefinSim'
print("Josefin Sim set")
else:
uid = 'JosefinShip'
print("Josefin SHIP set")
client = ByteportHttpClient(NAMESPACE,
API_KEY,
uid,
initial_heartbeat=False)
# NOTE: This will block the current thread!
client.poll_directory_and_store_upon_content_change(
'/tmp/ByteportReports', uid, poll_interval=POLL_INTERVAL)