def main(arguments):
"""
Accept the command to either read or actuate the Wemo Switch.
Args as Data:
'r': Read the energy data from the Switch and
update the metadata on the Building Depot.
'w': Actuate the Wemo Switch to switch on
and off.
Returns:
If the args is to read energy data from Wemo
{
"success": "True"
"HTTP Error 400": "Bad Request"
}
If the args is to Actuate the Wemo Switch, then
{on/off : success} else
{"Device Not Found/Error in fetching data"}
"""
global status, data
cmd = arguments[1]
if 'r' == cmd:
switch = WemoSensor()
try:
switch = WemoSensor()
switch.get_device_data()
except Exception as e:
print "Device Not Found/Error in fetching data"
print e
exit(0)
"""Posts json object information to BD_Connect in this format
data={"sensor_data":{<all sensor data>},
"client_data":{<all client data>}}"""
try:
print get_json(json.dumps(data))
print "Response from bd_connnect.py"
except Exception as e:
print e
elif 'w' == cmd:
switch = WemoActuator()
try:
# Uncomment any of these to actuate Wemo Switch
switch.output(switch.on())
# output(switch.off())
# output(switch.toggle())
# output(switch.status())
except Exception as e:
print "Device Not Found"
print str(e)
def read_sensor_value(self, node_id, value_id):
"""
Read one sensor value from a specified node, after which the data
will be posted to BuildingDepot using RESTful api.
Note: The sensor points will be skipped once the value is not
specified in zwave.json (listen item) or the node is not connected
property.
Args:
node_id: the id of sepcified node
value_id: the id of value (sensor point) on the specified node
Return:
status string indicates the sensing and posting process
"""
global listen
node = self.network.nodes[node_id]
value = node.values[value_id]
if node_id in listen and \
value.label in listen[node_id] and\
ZwaveNetwork.check_node_connection(self.network, node_id) and \
value_id in node.get_sensors():
sdata = {}
sdata["mac_id"] = ZwaveSensor.get_mac_id(node, value)
# get sensor data
sdata[ZwaveSensor.get_source_name(self.network, node, value)] = \
node.get_sensor_value(value_id)
# assemble data
data = {"sensor_data":{}}
data["sensor_data"].update(sdata)
# post data
print(data)
return str(get_json(json.dumps(data))) # return a string
return ""
def post_to_bd(self, station_data):
"""
Format of the JSON Object to be sent to bd_connect.py.
sensor_data contains all information from sensor to be
Read and sensor_points to be created in accordance with that.
client_data contains all information about client_id,client_keyetc
for authentication
data={"sensor_data":{}}
Args :
{<Lifx bulb data>,<brightness>, <hue> etc.}
Returns:
{
"success": "True"
"HTTP Error 400": "Bad Request"
}
"""
global mac_id
print station_data
data = {'sensor_data': {}}
data['sensor_data'].update(station_data)
data['sensor_data'].update({"mac_id": mac_id})
try:
resp = get_json(json.dumps(data))
except Exception as e:
print e
return resp
def thread_post_bd(data):
"""
a thread routine to post the passed in data to building depot
Args: snesed data:
sensor_data: {
mac_id: <node id (48bits)>,
<All other sensor data>
}
"""
global thread_counter
print(data)
print(get_json(json.dumps(data))) # has some issues here!
thread_counter -= 1
def alarm_thread_post_bd(data):
"""
a thread routine to post the passed in data to building depot
Args: snesed data:
sensor_data: {
<attribute/meta data>
<sensor data>
}
Return: None
"""
print(data)
print(get_json(json.dumps(data))) # has some issues here!
# remove from pool after finishing
if threading.current_thread() in threads:
threads.remove(threading.current_thread())
def post_to_bd(self, deviceData):
"""
Post json object information to BD_Connect in this format
data={"sensor_data":{<all sensor data>}}
Args as data:
{<netatmo station data>}
Returns:
{
"success": "True"
"HTTP Error 400": "Bad Request"
}
"""
data = {'sensor_data': {}}
data['sensor_data'].update(deviceData)
response = get_json(json.dumps(data))
return response
def post_to_bd(self, mother_data):
"""
Format of the JSON Object to be sent to bd_connect.py.
sensor_data contains all information from sensor to be Read
and sensor_points to be created in accordance with that.
client_data contains all information about client_id,client_key etc
for authentication
data={"sensor_data":{}}
Args:
{<Sen.se mothers data>}
Returns:
{
"success": "True"
"HTTP Error 400": "Bad Request"
}
"""
data = {'sensor_data': {}}
data['sensor_data'].update(mother_data)
data['sensor_data'].update({"mac_id": self.mac_id})
response = get_json(json.dumps(data))
return response
def main():
d = DummySensor()
get_json(json.dumps(d.data))