def __init__(self, host='127.0.0.1', port=defaultESLport, secret="ClueCon",
autoInit=True):
"""Initialize connection to FreeSWITCH ESL Interface.
@param host: FreeSWITCH Host
@param port: FreeSWITCH ESL Port
@param secret: FreeSWITCH ESL Secret
@param autoInit: If True connect to FreeSWITCH ESL Interface on
instantiation.
>>> fs = FSinfo(host='127.0.0.1', port=defaultESLport, secret="ClueCon")
>>> print fs.getChannelCount()
0
>>> print fs.getReloadGateway()
"""
# Set Connection Parameters
self._eslconn = None
self._eslhost = host or '127.0.0.1'
self._eslport = int(port or defaultESLport)
self._eslpass = secret or defaultESLsecret
ESL.eslSetLogLevel(0)
if autoInit:
self._connect()
def __init__(self,
server=None,
lower_port=8056,
upper_port=8057,
testing=False):
self.server_details = dict()
self.freeswitch_simulator_url = "http://localhost:1611/originate_call/1111"
self.testing = testing
self.redis_wanpipe_key = "wan_pipes"
self.server_details["server_private_address"] = server
self.server = server
self.server_public_address = ""
self.server_host_name = ""
self.lower_port = lower_port
self.upper_port = upper_port
self.destination_number = "XXXXXXXXXX"
self.ssh = paramiko.SSHClient()
self.ssh.set_missing_host_key_policy(paramiko.AutoAddPolicy())
self.ssh.connect(self.server, **settings.SERVERS[self.server])
if self.server is None:
raise Exception("Server not defined while initiating object")
# necessary commands
self.check_running_kombu_dialer_command = \
"ps aux|grep kombu"
try:
# preparing logger for redirecting output
self.error_logger = logger.Logger("pri_tester_error_log",
file_handler=True,
stream_handler=True)
self.debug_logger = logger.Logger("pri_tester_debug_log",
file_handler=True,
stream_handler=True)
self.error_logger = self.error_logger.logger
self.debug_logger = self.debug_logger.logger
# preparing freeswitch connection objects
self.lower_pris_con = ESL.ESLconnection(self.server, lower_port,
"ClueCon")
self.upper_pris_con = ESL.ESLconnection(self.server, upper_port,
"ClueCon")
except Exception as err:
self.error_logger.error(err.message + "PRITester::init")
def connect(self, host=None, port=None, auth=None):
"""Reconnect if disconnected
"""
host = host or self.host
port = port or self.port
auth = auth or self.auth
if not self.connected():
# XXX: try a few times since connections seem to be flaky
# We should probably try to fix this in the _ESL.so
for _ in range(5):
self._con = ESL.ESLconnection(*map(str, (host, port, auth)))
time.sleep(0.05)
if check_con(self._con):
break
else:
self._con = False
if not check_con(self._con):
raise ESLError(
"Failed to connect to server at '{}:{}'\n"
"Please check that FreeSWITCH is running and "
"accepting ESL connections.".format(host, port))
# on success change our contact info
self.host = host
self.port = port
self.auth = auth
def get_connection(ip, port, passwd):
import ESL
assert ESL, "No module named 'ESL'"
con = ESL.ESLconnection(ip, port, passwd)
if not con.connected():
return None
return con
def GET(self):
con = ESL.ESLconnection('127.0.0.1', '8021', 'ClueCon')
if not con.connected():
# Unable to connect FreeSWITCH
print("Unable to connect FreeSWITCH")
web.header('Content-Type', 'application/json','unique=True')
raise web.InternalError("{\"message\": \"active call list error\"}")
#Sending command to FreeSWITCH
print("Sending command to FreeSWITCH for call list")
e = con.api("show calls as json")
if e:
# Found active calls. Prasing and makeing list of call uuid. Sending response 200 - ok with list of call uuids in JSON
print("Active calls found")
web.header('Content-Type', 'application/json','unique=True')
calls_str = json.loads(e.getBody())
arr_call_uuids = []
if calls_str['row_count'] > 0:
for call in calls_str['rows']:
arr_call_uuids.append(call['call_uuid'])
raise web.ok(json.dumps(arr_call_uuids))
else:
web.header('Content-Type', 'application/json','unique=True')
raise web.InternalError("{\"message\": \"active call list error\"}")
def monitor_feed(self):
data={}
sub = Subscriber()
data['mp']=config['internal_prefix']
data['o']=sub.get_online()
data['r']=sub.get_roaming()
data['pa']=sub.get_paid_subscription()
data['sp']=self.get_sms_pending()
data['spr']=self.get_sms_pending_not_local()
data['sf']=self.get_sms_pending_five()
data['lt']=self.get_recent_call_count('10 mins')
data['ld']=self.get_recent_call_count('1 hour')
data['ls']=self.get_recent_call_count('24 hours')
data['ss']=self.get_recent_sms_count('1 hour')
data['sa']=round(self.get_recent_sms_avg('hour', '6 hours'), 2)
data['hu']=self.get_common_recent_hup_cause()
data['ut']=self.get_uptime()
data['la']=os.getloadavg()
data['kl']=os.uname()[2]
data['v']=self.get_linev()
data['lat']=self.get_latency()
data['p']=self.get_puppet_lr()
data['yy']=datetime.datetime.now().year
data['mm']=datetime.datetime.now().month
fs_con=ESL.ESLconnection("127.0.0.1", "8021", "ClueCon")
data['c']=self.get_fs_calls(fs_con)
data['gw']=self.get_fs_status(fs_con)
data['trx']=self.get_trxOK()
data['ns']=self.get_gprs_ns()
data['pdp']=self.get_pdp_contexts()
if 'dids' in globals():
data['dids']=dids
fs_con.disconnect()
return data
def getConferenceIP(room):
dbcon = db.ncbDB()
rip = ""
sql = "SELECT ip FROM servers"
result = dbcon.ncb_getQuery(sql)
logging.critical(result)
if result:
for ip in result:
logging.critical(ip['ip'])
con = ESL.ESLconnection(str(ip['ip']), "8021", "ClueCon")
if con.connected():
exe = con.api("conference conf_{} xml_list".format(room))
out = exe.getBody()
# Maybe I need to move xml parsing to next part: for example if exe: break
try:
xmlp = etree.fromstring(out)
except TypeError, XMLSyntaxError:
logging.critical("There is no such conference")
return False
element = xmlp.find("conference").get("member-count")
if element:
rip = str(ip['ip'])
if rip == "":
logging.critical("Error getting XML data from FS Server...")
return False
return {"ip": rip, "body": out}
def get(self, room, uuid):
user = getUserIDbyUUID(room, uuid)
con = ESL.ESLconnection(user['ip'], '8021', 'ClueCon')
exe = con.api("conference conf_{} tmute {}".format(room, user['id']))
out = exe.getBody()
pattern = 'Ok'
if re.search(pattern, out):
return {"result": True, "what": out}
return {"result": False, "what": out}
def connected(self):
conn = ESL.ESLconnection(self.host, self.port, self.password)
if conn.connected():
log_event = logger.Logger('connected ESL API!')
log_event.esl_logged(conn)
return conn
else:
log_event = logger.Logger('Log')
log_event.log_logged('Error connected ESL API!')
def create_freeswitch_connection():
freeswitch_connection = ESL.ESLconnection(config.server, config.port,
config.password)
if not freeswitch_connection.connected():
print('Not Connected')
sys.exit(2)
freeswitch_connection.events('plain', 'all')
#freeswitch_connection.events('plain', 'BACKGROUND_JOB')
return freeswitch_connection
def setup(self):
print self.client_address, ' is connected'
fd = self.request.fileno()
con = ESL.ESLconnection(fd)
if con.connected():
info = con.getInfo()
uuid = info.getHeader("unique-id")
logger.info('the incoming call uuid is: %s', uuid)
print uuid
event = con.filter("unique-id", uuid)
con.events("plain", "all")
con.execute("answer", "", uuid)
msg = "{0} {1} 1 5000 # {2} silence_stream://250".format(max_sid_len, max_sid_len, voice_url)
print msg
logger.info('play_and_get_digits: %s', msg)
con.execute("play_and_get_digits", msg)
digits = []
see_playback_stop = False
see_server_disconnected = False
while con.connected():
e = con.recvEvent()
if e:
name = e.getHeader("event-name")
logger.debug("event-name: %s", name)
print name
if name == "DTMF":
digit = e.getHeader("dtmf-digit")
logger.debug("digit: %s", digit)
digits.append(digit)
print digit
elif name == "PLAYBACK_STOP":
see_playback_stop = True
elif name == "SERVER_DISCONNECTED":
see_server_disconnected = True
break
elif name == "CHANNEL_EXECUTE_COMPLETE" and see_playback_stop:
break
if len(digits) == max_sid_len:
break
if see_server_disconnected:
logger.debug("Disconnected")
return
logger.debug('collecting digits: %s', digits)
if len(digits) == max_sid_len:
sid = ''.join(digits)
print sid
mobile = routing_server.get_mobile(sid)
if mobile:
target = "{0} XML default".format(mobile)
logger.info('transfer the call to %s', target)
con.execute("transfer", target, uuid)
else:
print "bridge to the default target ", default_target
con.execute("bridge", default_target, uuid)
def create_freeswitch_connection():
freeswitch_connection = ESL.ESLconnection(configuration.server,
configuration.port,
configuration.password)
if not freeswitch_connection.connected():
print('Not Connected')
sys.exit(2)
freeswitch_connection.events('plain', 'all')
# freeswitch_connection.events('myevents', uuid)
return freeswitch_connection
def connect_eslserver(self, mode):
''' 因recvEvent是阻塞的，此时若在同一个ESLconnection进行其他操作（如execute），
会被在阻塞在recvEvent后执行，可以采用recvEventTimed代替或建立多个ESLconnection
本项目采用建立两个连接的方式'''
#建立recv连接
if mode == "both" or mode == "recv":
self._logger.info('esl(recv) connecting to %s:%s', self._host,self._port)
if self._con_recv != None:
self._con_recv.disconnect()
self._con_recv = ESL.ESLconnection(self._host,self._port,self._password)
while True:
if self._con_recv.connected():
self._logger.info('esl(recv) connected to %s:%s', self._host,self._port)
self.last_msg_time = time.time()
self._con_recv.filter("variable_servicekey", self._service_key)
self._con_recv.filter("Event-Name","SHUTDOWN")
self._con_recv.filter("Event-Name","HEARTBEAT")
self._con_recv.events("plain", "SHUTDOWN HEARTBEAT CHANNEL_PARK CHANNEL_HANGUP_COMPLETE") # SERVER_DISCONNECTED事件不用设置也能收到
break
else:
self._logger.warning('esl(recv) connect to %s:%s error.', self._host,self._port)
time.sleep(1)
self._logger.info('esl(recv) connecting to %s:%s', self._host,self._port)
self._con_recv = ESL.ESLconnection(self._host,self._port,self._password)
#建立send连接
if mode == "both" or mode == "send":
self._logger.info('esl(send) connecting to %s:%s', self._host,self._port)
if self._con_send != None:
self._con_send.disconnect()
self._con_send = ESL.ESLconnection(self._host,self._port,self._password)
while True:
if self._con_send.connected():
self._logger.info('esl(send) connected to %s:%s', self._host,self._port)
#self._con_send.events("plain", "") # 默认不接收任何事件，除了SERVER_DISCONNECTED
#self._con_send.setAsyncExecute("1") # 注：对inbound socket 无效
break
else:
self._logger.warning('esl(send) connect to %s:%s error.', self._host,self._port)
time.sleep(1)
self._logger.info('esl(send) connecting to %s:%s', self._host,self._port)
self._con_send = ESL.ESLconnection(self._host,self._port,self._password)
self.event_disconnected.clear()
self.event_connected.set()
def get(self, room):
conf = getConferenceIP(room)
con = ESL.ESLconnection(conf['ip'], "8021", "ClueCon")
if con.connected():
exe = con.api("conference conf_{} unlock".format(room))
out = exe.getBody()
pattern = "OK conf_{} unlocked".format(room)
if re.search(pattern, out):
return {"result": True}
return {"result": False}
def __init__(self,
addr: str = '127.0.0.1',
port: int = 8021,
password: str = 'ClueCon',
run_circles: int = -1):
self._esl = ESL.ESLconnection(addr, str(port), password)
self._handlers = []
self._run_circles = run_circles
if not self._esl.connected():
raise Exception('Connection to FreeSWITCH failed!')
def setup(self):
# self.request.sendall(bytes('welcome'.encode('utf-8')))
print(self.client_address, 'connected!')
fd = self.request.fileno()
print fd
self.con = ESL.ESLconnection(fd)
if self.con.connected():
self.info = self.con.getInfo()
print 'Connected: ', self.con.connected()
def __init__(self, host='127.0.0.1', port=8021, secret="ClueCon",
autoInit=True):
"""Initialize connection to FreeSWITCH ESL Interface.
@param host: FreeSWITCH Host
@param port: FreeSWITCH ESL Port
@param secret: FreeSWITCH ESL Secret
@param autoInit: If True connect to FreeSWITCH ESL Interface on
instantiation.
"""
# Set Connection Parameters
self._eslhost = host or '127.0.0.1'
self._eslport = port or 8021
self._eslpass = secret or "ClueCon"
self._eslconn = None
ESL.eslSetLogLevel(0)
if autoInit:
self._connect()
def test_es_connection(self, cr, uid, ids, context=None):
assert len(ids) == 1, 'Only 1 ID'
fs_server = self.browse(cr, uid, ids[0], context=context)
fs_manager = False
try:
fs_manager = ESL.ESLconnection(str(fs_server.ip_address),
str(fs_server.port), str(fs_server.password))
except Exception, e:
raise orm.except_orm(
_("Connection Test Failed!"),
_("Here is the error message: %s" % e))
def __init__(self, host):
self.host_id = host.id
self.line_name = host.line_name
self.ip = str(host.gateway_ip)
self.port = 8021
self.gateway = str(host.gateway_name)
print ' 加载网关: %s ' % self.gateway
self.password = '******'
self.line_max = host.line_num
self.conn = ESL.ESLconnection(self.ip, self.port, self.password)
print ' freeswitch esl 连接 %s %s'%(self.ip,'success' if self.conn.connected() else 'fail')
def get(self, room, uuid):
user = getUserIDbyUUID(room, uuid)
if user:
con = ESL.ESLconnection(user['ip'], '8021', "ClueCon")
exe = con.api("conference conf_{} undeaf {}".format(room, user['id']))
out = exe.getBody()
pattern = "Ok deaf"
if re.search(pattern, out):
return {"result": True}
logging.critical("Can't connect to conferenct server")
return {"result": False}
def get(self, room):
conf = getConferenceIP(room)
con = ESL.ESLconnection(conf['ip'], "8021", "ClueCon")
if con.connected():
exe = con.api("conference conf_{} deaf non_moderator".format(room))
out = exe.getBody()
pattern = 'OK deaf'
if re.search(pattern, out):
return {"result": True}
else:
return {"result": False}
def webphone_sms(self, source, destination, text, coding):
if not ('webphone_prefix' in globals()
and isinstance(webphone_prefix, list)
and isinstance(sip_central_ip_address, list)):
sms_log.warning('SMS for Webphone but required config missing.')
return False
if not self.destination[:5] in webphone_prefix:
sms_log.warning('WEBPHONE SMS for non webphone extension?')
return False
sms_log.debug('WEBPHONE SMS from %s for %s [%s] [%s]',
(source, destination, text, coding))
self.source = source + '@sip.rhizomatica.org'
self.destination = destination
self.text = text
simple_dest = self.destination + '@' + sip_central_ip_address[0]
sip_profile = 'outgoing'
try:
event = ESL.ESLevent("CUSTOM", "SMS::SEND_MESSAGE")
sms_log.debug('SMS to SIP: Source is %s' % self.source)
sms_log.debug('SMS to SIP: Dest: %s' % simple_dest)
sms_log.debug('Text: %s' %
self.text.decode(self.charset, 'replace'))
event.addHeader("from", self.source)
event.addHeader("to", simple_dest)
event.addHeader("sip_profile", sip_profile)
event.addHeader("dest_proto", "sip")
event.addHeader("type", "text/plain")
# Todo, see how we can actually get the result of this back here?
#event.addHeader("blocking", "true")
event.addBody(text.encode(self.charset, 'replace'))
con = ESL.ESLconnection("127.0.0.1", "8021", "ClueCon")
ret = con.sendEvent(event)
con.disconnect()
sms_log.info('WEBPHONE SMS SENT Status:[%s]', ret)
return True
except Exception as excep:
sms_log.info('Exception with Webphone SMS or FS Event: %s' % excep)
return False
def __init__(self, host):
self.host_id = host[0]
self.ip = str(host[2])
self.port = host[3]
self.area = host[1]
self.passowrd = str(host[5])
self.gateway = "sofia/gateway/gw1"
self.line_max = host[6]
self.conn = ESL.ESLconnection(self.ip, self.port, self.passowrd)
conn_status = 'success' if self.conn.connected else 'fail'
print('Connect fs host: %s at %s:%d，%s' %
(self.passowrd, self.ip, self.port, conn_status))
def esl_work(event, qq):
con = ESL.ESLconnection('192.168.222.20', '8021', 'ClueCon')
if con.connected:
con.events('plain', event)
n = 0
print 'Started on %s' % event
while 1:
ev = con.recvEvent()
if ev:
threading.Thread(target=EventWork, args=(ev, qq, n)).start()
n += 1
def __init__(self,
host='127.0.0.1',
port=defaultESLport,
password=defaultESLpassword):
'''
Initialise a class for Freeswitch
'''
self.host = host or '127.0.0.1'
self.port = int(port or defaultESLport)
self.password = password or defaultESLpassword
self.connection = ESL.ESLconnection(self.host, self.port,
self.password)
def _connect(self):
"""Connect to FreeSWITCH ESL Interface."""
try:
self._eslconn = ESL.ESLconnection(self._eslhost,
str(self._eslport),
self._eslpass)
except:
pass
if not self._eslconn.connected():
raise Exception(
"Connection to FreeSWITCH ESL Interface on host %s and port %d failed."
% (self._eslhost, self._eslport))
def get(self, room_vcb, dnis):
conf = {}
print dnis
conf["ip"] = "65.48.98.217"
if conf:
con = ESL.ESLconnection(conf["ip"], '8021', 'ClueCon')
exe = con.api(
"originate {{origination_caller_id_name={0},origination_caller_id_number=8000,ignore_early_media=true,room_vcb={0}}}sofia/internal/{1}@65.48.99.135 8000"
.format(room_vcb, dnis))
out = exe.getBody()
print out
return {"result": True, "body": room_vcb}
return {"result": False, "why": "Something went wrong"}
def POST(self):
if not web.data():
# No data. Return 500 - hangup error
print("No data found in the request")
web.header('Content-Type', 'application/json','unique=True')
raise web.InternalError("{\"message\": \"hangup error\"}")
else:
data = json.loads(web.data())
if not data:
# No JSON. Return 500 - hangup error
print("No JSON data found in the request")
web.header('Content-Type', 'application/json','unique=True')
raise web.InternalError("{\"message\": \"hangup error\"}")
else:
# Fetch uuid from JSON
uuid = data["uuid"]
if not uuid:
# UUID not found in request JSON. Return 500 - hangup error
print("UUID not found in JSON")
web.header('Content-Type', 'application/json','unique=True')
raise web.InternalError("{\"message\": \"hangup error\"}")
con = ESL.ESLconnection('127.0.0.1', '8021', 'ClueCon')
if not con.connected():
# Unable to connect FreeSWITCH
print("Unable to connect FreeSWITCH")
web.header('Content-Type', 'application/json','unique=True')
raise web.InternalError("{\"message\": \"call error\"}")
# Check if mentioned call exists
e = con.api(str("uuid_exists "+uuid))
if (e.getBody() != 'true'):
# Call does not exists. Return 404 - call not found
print("Call not found for call uuid:"+uuid)
web.header('Content-Type', 'application/json','unique=True')
raise web.notfound("{\"message\": \"call not found\"}")
else:
# Call found. Sending command for hangup to FreeSWITCH
print("Call found. Hanging up..")
e = con.api(str("uuid_kill "+uuid))
if (e.getBody().find("OK") != -1):
# Call hangup Successfully. Return 202 - ok
print("Call hangup sucessfully. Call UUID:"+uuid)
web.header('Content-Type', 'application/json','unique=True')
raise web.accepted("{\"message\": \"ok\"}")
else:
# Call hangup failed
print("Call hangup failed")
web.header('Content-Type', 'application/json','unique=True')
raise web.InternalError("{\"message\": \"hangup error\"}")
def __init__(self,
host='127.0.0.1',
port=8021,
secret="ClueCon",
autoInit=True):
"""Initialize connection to FreeSWITCH ESL Interface.
@param host: FreeSWITCH Host
@param port: FreeSWITCH ESL Port
@param secret: FreeSWITCH ESL Secret
@param autoInit: If True connect to FreeSWITCH ESL Interface on
instantiation.
"""
# Set Connection Parameters
self._eslhost = host or '127.0.0.1'
self._eslport = port or 8021
self._eslpass = secret or "ClueCon"
self._eslconn = None
ESL.eslSetLogLevel(0)
if autoInit:
self._connect()
def get(self, room, dnis, ani):
conf = getConferenceIP(room)
room = 'conf_' + room
if conf:
con = ESL.ESLconnection(conf["ip"], '8021', 'ClueCon')
if con.connected:
exe = con.api("originate {{origination_caller_id_name={},origination_caller_id_number={}}}sofia/internal/{}@65.48.99.135 '&lua(confadd.lua {})'".format(ani, ani, dnis, room))
if exe:
out = exe.getBody()
pattern = "OK"
if re.search(pattern, out):
return {"result": True, "dialresult": out}
logging.critical("Can't get any info")
return {"result": False, "dialresult": "Couldnt connect to conference server"}
def __init__(self, host):
self.host_id = host.id
self.ip = str(host.ip)
self.port = host.port
self.area = host.city
# print ('-*-*-*-*-*-'+self.area)
self.passowrd = str(host.relay_password)
self.gateway = "sofia/gateway/gw1"
self.line_max = host.line_num
# self.conn = ESLDummy() # dummy
self.conn = ESL.ESLconnection(self.ip, self.port, self.passowrd)
# todo host.line_use = 0 重启后主机已用线数设置为 0
conn_status = 'success' if self.conn.connected else 'fail'
# print(self.host_id, self.ip, self.port, self.passowrd, self.gateway, self.line_max)
print('Connect fs host: %s at %s:%d，%s' %
(self.passowrd, self.ip, self.port, conn_status))