def process(self):
log(module=__name__,
function='process',
dlgid=self.dlgid,
level='SELECT',
msg='start')
# Veo si esta autorizado y actualizo el uid
bd = BDSPY(Config['MODO']['modo'])
if not bd.check_auth(self.dlgid, self.uid):
self.response = 'NOT_ALLOWED'
self.send_response()
return
# Leo toda la configuracion desde la BD en un dict
bd = BD(modo=Config['MODO']['modo'], dlgid=self.dlgid)
dcnf = bd.read_dlg_conf()
if dcnf == {}:
log(module=__name__,
function='process',
dlgid=self.dlgid,
msg='ERROR: No hay datos en la BD')
self.response = 'ERROR'
self.send_response()
return
# Proceso c/modulo
d = self.PV_process_conf_parametros_base(dcnf)
self.PV_process_conf_parametros_analog(dcnf)
self.PV_process_conf_parametros_digital(dcnf)
self.PV_process_conf_parametros_counter(dcnf)
self.PV_process_conf_parametros_doutput(dcnf)
# Actualizo la BD con los datos.
# Creo un registo inicialiado en la redis.
bd.bdr.update(self.dlgid, d)
redis_db = Redis(self.dlgid).create_rcd()
self.send_response()
return
def process(self):
'''
Define la logica de procesar los frames de INIT:GENERAL
PLOAD=CLASS:GLOBAL;NACH:5;NDCH:3;NCNT:3;SIMPWD:DEFAULT;IMEI:860585004367917;SIMID:895980161423091055;CSQ:87;WRST:0x00;BASE:0x32;AN:0xCB;DG:0x1A;CNT:0x47;RG:0xF7;PSE:0x73;OUT:0xB2
Leo toda la configuracion en un dict y luego lo paso a los diferentes modulos que calculan los ckecksum
de c/seccion.
Si algun checksum no coincide voy agregandolo a la respuesta al server.
'''
log(module=__name__,
function='process',
dlgid=self.dlgid,
level='SELECT',
msg='start')
# Veo si esta autorizado y actualizo el uid
uid = self.payload_dict.get('UID', '0000')
log(module=__name__,
function='process',
dlgid=self.dlgid,
level='SELECT',
msg='DEBUG dlgid={0},uid={1}'.format(self.dlgid, uid))
if uid != '000':
log(module=__name__,
function='process',
dlgid=self.dlgid,
level='SELECT',
msg='DEBUG UID Not default'.format(self.dlgid, uid))
bd = BDSPY(modo=Config['MODO']['modo'])
if not bd.check_auth(self.dlgid, uid):
self.response_pload += ':NOT_ALLOWED'
self.send_response()
return
'''
La configuracion del dlg de la base de datos ya fue leida en la clase superior RAW_INIT y se encuentra
en self.dlgbdconf_dict
'''
# Parametros administrativos:
simpwd = self.payload_dict.get('SIMPWD', 'ERROR')
wrst = self.payload_dict.get('WRST', 'ERROR')
d = dict()
try:
d['IPADDRESS'] = cgi.escape(os.environ["REMOTE_ADDR"])
except:
d['IPADDRESS'] = '0.0.0.0'
d['RCVDLINE'] = os.environ['QUERY_STRING']
d['FIRMWARE'] = self.version
d['IMEI'] = self.payload_dict.get('IMEI', 'ERROR')
d['CSQ'] = self.payload_dict.get('CSQ', 'ERROR')
d['SIMID'] = self.payload_dict.get('SIMID', 'ERROR')
d['COMMITED_CONF'] = 0
# Actualizo la BD con estos datos.
bd = BD(modo=Config['MODO']['modo'], dlgid=self.dlgid)
bd.bdr.update(self.dlgid, d)
# Creo un registo inicialiado en la redis.
redis_db = Redis(self.dlgid).create_rcd()
# Analizo los checksums individuales
# Checksum parametros base
#log(module=__name__, function='process', dlgid=self.dlgid, level='SELECT',msg='DEBUG_base')
a = int(self.payload_dict.get('BASE', '0'), 16)
b = self.PV_checksum_base(self.dlgbdconf_dict)
log(module=__name__,
function='process',
dlgid=self.dlgid,
level='SELECT',
msg='CKS_BASE: dlg={0}, bd={1}'.format(hex(a), hex(b)))
if a != b:
self.response_pload += ';BASE'
# checksum parametros analog
#log(module=__name__, function='process', dlgid=self.dlgid, level='SELECT', msg='DEBUG_analog')
a = int(self.payload_dict.get('AN', '0'), 16)
b = self.PV_checksum_analog(self.dlgbdconf_dict)
log(module=__name__,
function='process',
dlgid=self.dlgid,
level='SELECT',
msg='CKS_AN: dlg={0}, bd={1}'.format(hex(a), hex(b)))
if a != b:
self.response_pload += ';ANALOG'
# chechsum parametros digital
a = int(self.payload_dict.get('DG', '0'), 16)
b = self.PV_checksum_digital(self.dlgbdconf_dict)
log(module=__name__,
function='process',
dlgid=self.dlgid,
level='SELECT',
msg='CKS_DG: dlg={0}, bd={1}'.format(hex(a), hex(b)))
if a != b:
self.response_pload += ';DIGITAL'
# chechsum parametros contadores
a = int(self.payload_dict.get('CNT', '0'), 16)
b = self.PV_checksum_counters(self.dlgbdconf_dict)
log(module=__name__,
function='process',
dlgid=self.dlgid,
level='SELECT',
msg='CKS_CNT: dlg={0}, bd={1}'.format(hex(a), hex(b)))
if a != b:
self.response_pload += ';COUNTERS'
# chechsum parametros range
a = int(self.payload_dict.get('RG', '0'), 16)
b = self.PV_checksum_range(self.dlgbdconf_dict)
log(module=__name__,
function='process',
dlgid=self.dlgid,
level='SELECT',
msg='CKS_RANGE: dlg={0}, bd={1}'.format(hex(a), hex(b)))
if a != b:
self.response_pload += ';RANGE'
# chechsum parametros psensor
a = int(self.payload_dict.get('PSE', '0'), 16)
b = self.PV_checksum_psensor(self.dlgbdconf_dict)
log(module=__name__,
function='process',
dlgid=self.dlgid,
level='SELECT',
msg='CKS_PSENS: dlg={0}, bd={1}'.format(hex(a), hex(b)))
if a != b:
self.response_pload += ';PSENSOR'
# chechsum parametros aplicacion
a = int(self.payload_dict.get('APP', '0'), 16)
b = self.PV_checksum_aplicacion(self.dlgbdconf_dict)
log(module=__name__,
function='process',
dlgid=self.dlgid,
level='SELECT',
msg='CKS_APP: dlg={0}, bd={1}'.format(hex(a), hex(b)))
if a != b:
self.response_pload += ';APLICACION'
self.send_response()
return