class Digivoice():
def __init__(self, grupo_portas_gsm='g1', intervalo=10):
self.grupo_portas_gsm = grupo_portas_gsm
self.manager = Manager()
self.manager_connect = False
self.intervalo = intervalo
def debug(self, info):
if DEBUG:
logging.debug(info)
def enviar_sms(self, lista, mysql_conn):
ids = []
if len(lista) != 0:
try:
self.manager.connect(ami_login['host'])
self.manager.login(ami_login['user'], ami_login['secret'])
print('Manager conectado:', self.manager.connected())
if self.manager.connected():
for linha in lista:
telefone = linha['destino']
mensagem = linha['mensagem']
comando = 'dgv send sms {} {} "{}"'.format(
self.grupo_portas_gsm, telefone, mensagem)
self.debug('Comando: {}'.format(comando))
resultado = self.manager.command(comando)
ids.append(linha['id'])
self.debug(resultado.data)
query = "UPDATE mensagens SET enviado = 1, data_envio = '{}' WHERE id = {}".format(
datetime.today().strftime('%Y-%m-%d %H:%M:%S'),
linha['id'])
resultado = mysql_conn.query(query)
mysql_conn.commit()
sleep(self.intervalo)
self.manager.logoff()
except:
self.debug('Falha no processo')
else:
self.debug('Não existem arquivos para envio SMS')
return ids
def voice_call_generator(router, phone_number):
print "*********************************************"
print "voice call generator is executed"
print "*********************************************"
asterisk_mgr = Manager()
asterisk_mgr_username = "******"
asterisk_mgr_password = "******"
asterisk_mgr.connect(host = '127.0.0.1', port= 5038)
asterisk_mgr.login(asterisk_mgr_username, asterisk_mgr_password)
channel = "SIP/alem/%s" % phone_number
extension = "906"
context = "outgoing"
priority = "1"
other_parameters = {"max_retries":"3"}
if asterisk_mgr.connected():
response = asterisk_mgr.originate(channel, extension, context, priority, variables = other_parameters)
print "********** Response is %s " % response
else:
print "Connection status = %s " % asterisk_mgr.connected()
class AMIManagerConnector(object):
"""Establece la conexión AMI utilizando la librería pyst2, para manipular asterisk
"""
def __init__(self):
self.manager = Manager()
self.disconnected = False
def connect(self):
error = False
ami_manager_user = settings.ASTERISK['AMI_USERNAME']
ami_manager_pass = settings.ASTERISK['AMI_PASSWORD']
ami_manager_host = str(settings.ASTERISK_HOSTNAME)
try:
self.manager.connect(ami_manager_host)
self.manager.login(ami_manager_user, ami_manager_pass)
except ManagerSocketException as e:
logger.exception("Error connecting to the manager: {0}".format(e))
error = True
except ManagerAuthException as e:
logger.exception("Error logging in to the manager: {0}".format(e))
error = True
except ManagerException as e:
logger.exception("Error {0}".format(e))
error = True
return error
def disconnect(self):
# Atención: El Manager solo permite una sola conexión
self.manager.close()
self.disconnected = True
# TODO: Refactorizar esta clase. Nombres mas descriptivos.
# Permitir ejecutar varios comandos con la misma sesion.
def _ami_manager(self, action, content):
if self.disconnected:
raise OmlError(
message='La conexión del Asterisk Manager ya ha sido cerrada')
if not self.manager.connected():
raise OmlError(message='El Asterisk Manager no ha sido conectado')
error = False
data_returned = ''
try:
data_returned = self._ami_action(action, content)
except ManagerSocketException as e:
logger.exception("Error connecting to the manager: {0}".format(e))
error = True
except ManagerAuthException as e:
logger.exception("Error logging in to the manager: {0}".format(e))
error = True
except ManagerException as e:
logger.exception("Error {0}".format(e))
error = True
return data_returned, error
def _ami_action(self, action, content):
if action == 'command':
data_returned = self.manager.command(content).data
elif action == 'QueueAdd':
event_queuelog = 'ADDMEMBER'
for i in range(len(content[2])):
dict = {
'Action': action,
'Queue': content[2][i],
'Interface': content[4],
'Penalty': content[3][i],
'Paused': 0,
'MemberName': content[1]
}
data_returned = self.manager.send_action(dict)
elif action == 'QueueRemove':
event_queuelog = 'REMOVEMEMBER'
for i in range(len(content[2])):
dict = {
'Action': action,
'Queue': content[2][i],
'Interface': content[4],
}
data_returned = self.manager.send_action(dict)
elif action == 'QueuePause':
if content[6] == 'true':
event_queuelog = 'PAUSEALL'
elif content[6] == 'false':
event_queuelog = 'UNPAUSEALL'
dict = {
'Action': action,
'Interface': content[4],
'Paused': content[6],
}
data_returned = self.manager.send_action(dict)
elif action == 'dbput':
family = content[0]
key = content[1]
value = content[2]
data_returned = self.manager.dbput(family, key, value)
elif action == 'originate':
channel = content[0]
exten = content[1]
data_returned = self.manager.originate(channel,
exten,
context=content[2],
priority=1,
timeout='25000',
variables=content[3])
if action == 'QueueAdd' or action == 'QueueRemove' or action == 'QueuePause':
dict = {
'Action': 'QueueLog',
'Queue': 'ALL',
'Event': event_queuelog,
'Uniqueid': 'MANAGER',
'Interface': content[0]
}
if action == 'QueuePause':
dict['Message'] = content[5]
data_returned = self.manager.send_action(dict)
return data_returned
