def cmdtest_remote_setchannel(ser,ch,dest):
tx_packet = pe.debug_channel(ch,dest)
print('Tx Packet: {}'.format(mf.hexstr(tx_packet)))
print('-----')
ser.write(tx_packet)
status, payload = pd.rxpacket(ser)
pd.decode_payload(payload)
print('-----')
def cmdtest_remote_setaddr(ser,newaddr,dest):
tx_packet = pe.debug_setaddr(newaddr,dest)
print('Sending Change aggregator address')
print('Tx Packet: {}'.format(mf.hexstr(tx_packet)))
print('-----')
ser.write(tx_packet)
status, payload = pd.rxpacket(ser)
pd.decode_payload(payload)
print('-----')
def cmdtest_remote_stop(ser,dest):
tx_packet = pe.stop_sensing(dest)
print('Sending stop signal')
print('Tx Packet: {}'.format(mf.hexstr(tx_packet)))
print('-----')
ser.write(tx_packet)
status, payload = pd.rxpacket(ser)
pd.decode_payload(payload)
print('-----')
def cmdtest_local_atquery(ser,at):
from packet_encode import atcom_query
from packet_decode import rxpacket
tx_packet = atcom_query(at)
print('Tx Packet: {}'.format(mf.hexstr(tx_packet)))
print('-----')
ser.write(tx_packet)
status, payload = rxpacket(ser)
print('Payload: {}'.format(mf.hexstr(payload)))
pd.decode_payload(payload)
print('-----')
def cmdtest_remote_unicast2(ser,n,dest):
from packet_encode import debug_unicast2
from packet_decode import rxpacket
tx_packet = debug_unicast2(n,dest)
print('Tx Packet: {}'.format(mf.hexstr(tx_packet)))
print('-----')
ser.write(tx_packet)
for i in range(n+1):
status, payload = rxpacket(ser)
print('Payload: {}'.format(mf.hexstr(payload)))
pd.decode_payload(payload)
print('-----')
def cmdtest_remote_query(ser,atcom,dest):
tx_packet = pe.debug_query(atcom,dest)
print('Sending remote query parameter')
print('Tx Packet : {}'.format(mf.hexstr(tx_packet)))
print('----')
ser.write(tx_packet)
status, payload = pd.rxpacket(ser)
status = pd.decode_payload(payload)
print('----')
if status != 0:
print('Aborting listen')
return 1
print('-> Response')
status, payload = pd.rxpacket(ser)
pd.decode_payload(payload)
print('----')
def cmdtest_listen(ser):
print('Listening to transmissions')
print('-----')
while 1:
status, payload = pd.rxpacket(ser)
print('Payload: {}'.format(mf.hexstr(payload)))
status = pd.decode_payload(payload)
print('-----')
def cmdtest_remote_unicast(ser,n,dest):
from packet_encode import debug_unicast
from packet_decode import rxpacket
tx_packet = debug_unicast(n,dest)
print('Tx Packet: {}'.format(mf.hexstr(tx_packet)))
print('-----')
ser.write(tx_packet)
for i in range(n+1):
status, payload = rxpacket(ser)
print('Payload: {}'.format(mf.hexstr(payload)))
status = pd.decode_payload(payload)
if status != 0:
print('Aborting listen')
return 1
print('-----')
def cmdtest_remote_send(ser,msg,dest): tx_packet = pe.msgformer(msg,dest) ser.write(tx_packet) status, payload = pd.rxpacket(ser) status = pd.decode_payload(payload)
## Configure UART
print('** Step 1. Configuring local UART **')
#ser = c.cmdtest_uartsetup(0)
ser = c.cmdtest_uartsetup(dev)
## Set local channel channel
print('** Step 2. Setting local channel to 0x{} **'.format(args.channel))
ch = mf.hexstr2byte(args.channel)
tx_packet = pe.atcom_query('CH')
ser.write(tx_packet)
status, payload = pd.rxpacket(ser)
if status != 1:
print('-- Error receiving internal packet (atcom_query)')
quit()
status = pd.decode_payload(payload)
if status != 0:
print('-- Error decoding internal packet (atcom_query)')
quit()
tx_packet = pe.atcom_set('CH', ch)
ser.write(tx_packet)
status, payload = pd.rxpacket(ser)
status = pd.decode_payload(payload)
if status != 0:
print('-- Error setting AT parameter CH')
quit()
tx_packet = pe.atcom_query('CH')
ser.write(tx_packet)
status, payload = pd.rxpacket(ser)
