def on_message(client,userdata,msg):
# print(msg.topic+" "+str(msg.payload))
try:
payload=bytes.decode(msg.payload)
log_EAP_IF.to_info({'MQTT':srv_name,'STATUS':'on_message','TOPIC':msg.topic,'MSG':payload})
# log_EAP.to_debug({'payload':payload})
d=ast.literal_eval(payload)
#log_EAP.to_debug({'d':d})
tid=d['TID_TXT']
rtn=d['RTN_TXT']
eq=d['EQ_TXT']
eq_record=d['EQ_RECORD_TXT']
dc_plan=d['DCPLAN_TXT']
items=d['ITEM_SET']
op=d['OP_TXT']
anno=d['ANNO_TXT']
log_EAP_IF.to_debug({'MQTT':srv_name,'STATUS':'on-message','TID':tid,'RTN':rtn,'EQ':eq,'EQ RECORD':eq_record,'DCPLAN':dc_plan,'ITEM_SET':items,'OP':op,'ANNO':anno})
# def tx_eq_record(eq_txt,eq_record_txt,op_txt,dcplan_txt,item_set,anno_txt):
reply=trans.tx_eq_record(eq,eq_record,op,dc_plan,items,anno)
msg={'TID_TXT':tid,'RTN_TXT':rtn,'RPY_TXT':reply}
log_EAP_IF.to_info({'MQTT':srv_name,'STATUS':'tns reply','msg':msg})
client.publish(rtn,str(msg))
time.sleep(0.1)
except Exception as e:
mylog.exception(e)
mylog.error({'EAP':srv_name,'STATUS':'on_message','ERR':e})
def on_message(client,userdata,msg):
# print(msg.topic+" "+str(msg.payload))
try:
log_EAP_IF.to_info({'MQTT':srv_name,'STATUS':'on_message','TOPIC':msg.topic,'MSG':msg.payload})
payload=bytes.decode(msg.payload)
#payload=msg.payload.decode('utf8')
#log_EAP.to_debug({'MQTT':srv_name,'payload bytes decode':payload})
d=ast.literal_eval(payload)
#log_EAP.to_debug({'d':d})
tid=d['TID_TXT']
rtn=d['RTN_TXT']
lot=d['LOT_TXT']
op=d['OP_TXT']
log_EAP_IF.to_debug({'MQTT':srv_name,'STATUS':'on message','TID':tid,'RTN':rtn,'LOT':lot,'OP':op})
# qry_lot_info(lot_txt,op_txt)
reply=trans.qry_lot_info(lot,op)
msg={'TID_TXT':tid,'RTN_TXT':rtn,'RPY_TXT':reply}
log_EAP_IF.to_info({'MQTT':srv_name,'STATUS':'tns reply','msg':msg})
client.publish(rtn,str(msg))
time.sleep(0.1)
except Exception as e:
mylog.exception(e)
mylog.error({'MQTT':srv_name,'STATUS':'on_message','ERR':e})
def on_message(client, userdata, msg):
# print(msg.topic+" "+str(msg.payload))
try:
payload = bytes.decode(msg.payload)
log_EAP_IF.to_info({
'MQTT': srv_name,
'STATUS': 'on_message',
'TOPIC': msg.topic,
'MSG': payload
})
# log_EAP.to_debug({'payload':payload})
d = ast.literal_eval(payload)
#log_EAP.to_debug({'d':d})
tid = d['TID_TXT']
rtn = d['RTN_TXT']
lot = d['LOT_TXT']
eq = d['EQ_TXT']
binning = d['BIN_TXT']
grade = d['GRADE_SET']
op = d['OP_TXT']
anno = d['ANNO_TXT']
log_EAP_IF.to_debug({
'MQTT': srv_name,
'STATUS': 'on-message',
'TID': tid,
'RTN': rtn,
'LOT': lot,
'EQ': eq,
'BIN': binning,
'GRADE_SET': grade,
'OP': op,
'ANNO': anno
})
# def tx_lot_bin(lot_txt,eq_txt,bin_txt,grade_set,op_txt,anno_txt):
reply = trans.tx_lot_bin(lot, eq, binning, grade, op, anno)
msg = {'TID_TXT': tid, 'RTN_TXT': rtn, 'RPY_TXT': reply}
log_EAP_IF.to_info({
'MQTT': srv_name,
'STATUS': 'tns reply',
'msg': msg
})
client.publish(rtn, str(msg))
time.sleep(0.1)
except Exception as e:
mylog.exception(e)
mylog.error({'EAP': srv_name, 'STATUS': 'on_message', 'ERR': e})
def main():
log_EAP_IF.to_debug({'MQTT': srv_name, 'STATUS': 'active'})
try:
client = mqtt.Client(client_id=srv_name)
client.on_connect = on_connect
client.on_message = on_message
client.connect("localhost", 1883, 60)
# Blocking call that processes network traffic, dispatches callbacks and
# handles reconnecting.
# Other loop*() functions are available that give a threaded interface and a
# manual interface.
client.loop_forever()
except Exception as e:
mylog.exception(e)
mylog.error({'MQTT': srv_name, 'STATUS': 'loop', 'ERR': e})
def on_message(client, userdata, msg):
# print(msg.topic+" "+str(msg.payload))
try:
payload = bytes.decode(msg.payload)
#mylog.info({'MQTT':srv_name,'STATUS':'on_message','TOPIC':msg.topic,'MSG':payload})
# log_EAP.to_debug({'payload':payload})
d = ast.literal_eval(payload)
#log_EAP.to_debug({'d':d})
tid = d['TID_TXT']
rtn = d['RTN_TXT']
lot = d['LOT_TXT']
eq = d['EQ_TXT']
op = d['OP_TXT']
anno = d['ANNO_TXT']
log_EAP_IF.to_debug({
'MQTT': srv_name,
'STATUS': 'on_message',
'TID_TXT': tid,
'RTN_TXT': rtn,
'LOT_TXT': lot,
'EQ_TXT': eq,
'OP_TXT': op
})
# step_out(lot_txt,eq_txt,op_txt,anno_txt)
reply = trans.tx_step_out(lot, eq, op, anno)
msg = {'TID_TXT': tid, 'RTN_TXT': rtn, 'RPY_TXT': reply}
log_EAP_IF.to_info({
'MQTT': srv_name,
'STATUS': 'tns reply',
'msg': msg
})
client.publish(rtn, str(msg))
time.sleep(0.1)
except Exception as e:
mylog.exception(e)
mylog.error({'MQTT': srv_name, 'STATUS': 'on_message', 'ERR': e})
def on_message(client, userdata, msg):
# print(msg.topic+" "+str(msg.payload))
arrive_time = str(datetime.now())
try:
time.sleep(0.1)
log_EAP_IF.to_debug({
'MQTT': srv_name,
'STATUS': 'on_message',
'TOPIC': msg.topic,
'MSG': msg.payload
})
payload = bytes.decode(msg.payload)
#payload=msg.payload.decode('utf8')
#log_EAP_IF.to_debug({'MQTT':srv_name,'payload bytes decode':payload})
d = ast.literal_eval(payload)
tid = d['TID_TXT']
rtn = d['RTN_TXT']
#log_EAP_IF.to_debug({'d':d})
reply = {
'S1F1': 'S1F2',
'Ver': views.version,
'Arrive_Time': arrive_time,
'Reply_Time': str(datetime.now())
}
msg = {'TID_TXT': tid, 'RTN_TXT': rtn, 'RPY_TXT': reply}
log_EAP_IF.to_debug({
'MQTT': srv_name,
'STATUS': 'trans reply',
'msg': msg
})
client.publish(rtn, str(msg))
except Exception as e:
mylog.exception(e)
mylog.error({'MQTT': srv_name, 'STATUS': 'on_message', 'ERR': e})
def on_message(client, userdata, msg):
# print(msg.topic+" "+str(msg.payload))
try:
time.sleep(0.1)
log_EAP_IF.to_debug({
'MQTT': srv_name,
'STATUS': 'on_message',
'TOPIC': msg.topic,
'MSG': msg.payload
})
payload = bytes.decode(msg.payload)
#payload=msg.payload.decode('utf8')
#log_EAP_IF.to_debug({'MQTT':srv_name,'payload bytes decode':payload})
d = ast.literal_eval(payload)
log_EAP_IF.to_debug({'d': d})
tid = d['TID_TXT']
rtn = d['RTN_TXT']
alarm_id = ''
if d['ALARM_ID_TXT']:
alarm_id = d['ALARM_ID_TXT']
alarm_msg = ''
if d['ALARM_MSG_TXT']:
alarm_msg = d['ALARM_MSG_TXT']
set_clear = ''
if d['SET_CLEAR_TXT']:
set_clear = d['SET_CLEAR_TXT']
source = ''
if d['SOURCE_TXT']:
source = d['SOURCE_TXT']
device_time = ''
if d['DEVICE_TIME_TXT']:
device_time = d['DEVICE_TIME_TXT']
category = ''
if d['CATEGORY_TXT']:
category = d['CATEGORY_TXT']
anno = ''
if d['ANNO_TXT']:
anno = d['ANNO_TXT']
#def tx_alarm_msg(alarm_id_txt,alarm_msg_txt,set_reset_bin,source_txt,device_time_txt,category_txt,anno_txt)
reply = trans.tx_alarm_msg(alarm_id, alarm_msg, set_clear, source,
device_time, category, anno)
msg = {'TID_TXT': tid, 'RTN_TXT': rtn, 'RPY_TXT': reply}
log_EAP_IF.to_debug({
'MQTT': srv_name,
'STATUS': 'trans reply',
'msg': msg
})
client.publish(rtn, str(msg))
except Exception as e:
mylog.exception(e)
mylog.error({'MQTT': srv_name, 'STATUS': 'on_message', 'ERR': e})
