def addXbeeDevice(_xbm,_dserial):
default_key='012345'
# 0. Retrieve network key
network_key='0ABCDE'
# Try receiving up to 5 frames for ok response
print "Entering addXbeeDevice"
# 0. First try if Coor can already talk to remote device on Network KY (existing device)
#if not checkCommandResponse(_xbm,'dapply',_dserial,'SL',''):
# Cant talk to device the way it is, need to start normal setup
# 1. Change Coordinator to default KY
if not checkCommandResponse(_xbm,'coor','','KY',default_key):
_message = "Failed to change coordinator to default KY"
print _message
return _message
print "Done Coordinator KY default"
# 1b. Confirm if Coordinator can talk to EndDevice now
if not checkCommandResponse(_xbm,'dapply',_dserial,'SL',''):
_message = "Failed to talk to end device with default KY"
print _message
# Revert Coordinator back to Network key
if not checkCommandResponse(_xbm,'coor','','KY',network_key):
_message = "Failed to revert coordinator to network KY. Please restart Pi!"
print _message
return _message
return _message
print "Done checking talking in default KY"
# 2. Change EndDevice to network KY
if not checkCommandResponse(_xbm,'dapply',_dserial,'KY',network_key):
_message = "Failed to change end device to network KY"
print _message
# Revert Coordinator back to Network key
if not checkCommandResponse(_xbm,'coor','','KY',network_key):
_message = "Failed to revert coordinator to network KY. Please restart Pi!"
print _message
return _message
return _message
print "Done changing Device KY network"
# 3. Change Coordinator to network KY
if not checkCommandResponse(_xbm,'coor','','KY',network_key):
_message = "Failed to change coordinator to network KY. Please restart Pi!"
print _message
return _message
print "Done changing Coordinator KY network"
# 3.b Confirm if coordinator can talk to end device using network KY
if not checkCommandResponse(_xbm,'dapply',_dserial,'SL',''):
_message = "Failed to talk to end device with network KY"
print _message
return _message
print "Done talking to device in network KY"
#else:
# Device is already on Network KY! Proceed with step 4
# print "Device is already on network KY"
# 4. Lock EndDevice to Coordinator
if not checkCommandResponse(_xbm,'dapply',_dserial,'A1','04'):
_message = "Failed to lock end device with coordinator"
print _message
return _message
print "Done locking device to network KY"
# 5. Write changes to EndDevice
if not checkCommandResponse(_xbm,'dapply',_dserial,'WR',''):
_message = "Failed to write to end device"
print _message
return _message
print "Done writing lock"
# Retrieving device type based on NI field
OK = False
for i in range(1,10):
_xbm.sendRemoteHexApply(_dserial,'NI')
dtype = _xbm.waitReadFrame('NI')
if dtype:
OK = True
break
# Wait for 2 sec before retry
time.sleep(2)
# If still havent got ok resposne, abort!
if not OK:
_message = "Failed to write to end device"
print _message
return _message
if dtype == 'DS': dtype = 1
elif dtype == 'PS': dtype = 0
else:
_message = "Unknown device type %s" % dtype
print _message
return _message
# Store device type to database ('0013A20040A57AE9') -> 0x0013A20040A57AE9
db.changeDeviceType(int(_dserial,16),dtype)
print "Done checking NI %s and storing device type to database" % dtype
# Set sleep mode if it's a DoorSensor
if dtype == 1:
# 6. Set EndDevice SLEEP mode to 1 WITHOUT APPLYING CHANGE
if not checkCommandResponse(_xbm,'dnotapply',_dserial,'SM','01'):
_message = "Failed to configure sleep mode for end device"
print _message
return _message
print "Done sleep mode"
# 7. Write changes to EndDevice
if not checkCommandResponse(_xbm,'dnotapply',_dserial,'WR',''):
_message = "Failed to write to end device"
print _message
return _message
print "Done sleep write"
# 8. Apply changes to enable SLEEP MODE
if not checkCommandResponse(_xbm,'dapply',_dserial,'AC',''):
_message = "Failed to apply changes to end device"
print _message
return _message
print "Done apply changes"
# Everything went through! Return okay
_message = "New device is added successfully"
return _message
