def connect_ari():
try:
if not odoo:
raise Exception('Odoo not connected.')
# Connect only to one server for now :-P
url = 'http://{}:{}'.format(HTTP_LISTEN_ADDRESS, HTTP_PORT)
logging.debug('ARI connecting to {} as {}:{}'.format(
url, HTTP_LOGIN, HTTP_PASSWORD))
ari_client = ari.connect(url, HTTP_LOGIN, HTTP_PASSWORD)
if not ari_client:
logging.error('ARI client not connected.')
return False
else:
logging.info('Connected to ARI.')
return ari_client
except HTTPError as e:
logging.error('Cannot connect to Asterisk WebSocket: {}'.format(
e.message))
except ConnectionError:
logging.error(
'Max retries exceeded connecting to Asterisk WebSocket. Try again.'
)
except ReadTimeout:
logging.error(
'Read timeout connecting to Asterisk WebSocket. Try again.')
except socket.error as e:
logging.error('Socket error. Try again.')
def setUp(self):
"""Setup httpretty; create ARI client.
"""
super(AriTestCase, self).setUp()
httpretty.enable()
self.serve_api()
self.uut = ari.connect('http://ari.py/', 'test', 'test')
def hangup_call(self):
server = self.env['asterisk.server.settings'].browse([1])
# Get rid of unicode as ari-py does not handle it.
ari_user = str(server.ari_user)
ari_pass = str(server.ari_pass)
ari_url = str('http://' + server.ip_addr + ':' + server.http_port)
try:
ari_client = ari.connect(ari_url, ari_user, ari_pass)
except ConnectionError:
raise ValidationError(
'Cannot connect to Asterisk. Check Settings.')
try:
ari_chan = ari_client.channels.get(channelId=self.channel_id)
ari_chan.hangup()
_logger.debug('HANGUP CHANNEL: %s' % self.channel_id)
except HTTPError:
_logger.warn('CHANNEL NOT FOUND, REMOVING'
' FROM ACTIVE: %s' % self.channel_id)
finally:
self.session['cancel'] += 1
self.unlink()
def setUp(self):
"""Setup httpretty; create ARI client.
"""
super(AriTestCase, self).setUp()
httpretty.enable()
self.serve_api()
self.uut = ari.connect('http://ari.py/', 'test', 'test')
def connect_ari(conf):
try:
url = 'http://{}:{}'.format(conf['host'], conf['http_port'])
_logger.debug('ARI connecting to {}'.format(url))
ari_client = ari.connect(url, conf['ari_username'],
conf['ari_password'])
if not ari_client:
_logger.error('ARI client not connected.')
return False
else:
_logger.info('Connected to ARI.')
return ari_client
except HTTPError as e:
_logger.error('Cannot connect to Asterisk WebSocket: {}'.format(
e.message))
except ConnectionError:
_logger.error(
'Max retries exceeded connecting to Asterisk WebSocket. Try again.'
)
except ReadTimeout:
_logger.error(
'Read timeout connecting to Asterisk WebSocket. Try again.')
except socket.error as e:
_logger.error('Socket error. Try again.')
def hangup_call(self):
server = self.env['asterisk.server.settings'].browse([1])
# Get rid of unicode as ari-py does not handle it.
ari_user = str(server.ari_user)
ari_pass = str(server.ari_pass)
ari_url = str('http://' + server.ip_addr + ':' + server.http_port)
try:
ari_client = ari.connect(ari_url, ari_user, ari_pass)
except ConnectionError:
raise ValidationError(
'Cannot connect to Asterisk. Check Settings.')
try:
ari_chan = ari_client.channels.get(channelId=self.channel_id)
ari_chan.hangup()
_logger.debug('HANGUP CHANNEL: %s' % self.channel_id)
except HTTPError:
_logger.warn(
'CHANNEL NOT FOUND, REMOVING'
' FROM ACTIVE: %s' % self.channel_id)
finally:
self.session['cancel'] += 1
self.unlink()
def connect_ari(conf):
try:
ari_client = ari.connect(
str(conf['barrier_pbx_ari_url']),
str(conf['barrier_pbx_ari_user']),
str(conf['barrier_pbx_ari_password']),
)
logger.info('Connected to ARI at {}.'.format(
conf['barrier_pbx_ari_url']))
return ari_client
except HTTPError as e:
if e.response.status_code == 503:
logger.error('Cannot connect to Asterisk WebSocket. Try again.')
except ConnectionError:
logger.error(
'Max retries exceeded connecting to Asterisk WebSocket. Try again.'
)
except ReadTimeout:
logger.error(
'Read timeout connecting to Asterisk WebSocket. Try again.')
except socket.error as e:
logger.error('Socket error. Try again.')
def aster_connect(chat_id):
aster = aster_dict[chat_id]
try:
client_ast = ari.connect('http://' + str(aster.ip) + ':' + str(aster.port) + '/', str(aster.user), str(aster.pas))
except:
bot.send_message(chat_id, "Ошибка соединения")
else:
bot.send_message(chat_id, "Соединение установлено")
def __init__(self, stasis_control_id):
self.client = ari.connect(
base_url=ARI_URL,
username=ARI_USERNAME,
password=ARI_PASSWORD,
)
self.bridge_id = str(uuid.uuid4())
self.stt_session_label = stasis_control_id
self.dialed_extension = None
self.bridge = None
signal.signal(signal.SIGTERM, self.apply_bridge_destructor)
def connect(self):
print('iniciando conexion')
try:
return ari.connect(self.base_url, self.username, self.password)
print('conectando')
logging.info('Connecting ari service successful')
except Exception as error:
print('error')
print(error)
logging.error('Error on connect ari service::' + repr(error))
sys.exit()
def main():
logging.debug('Starting %s...', sys.argv[0])
client = ari.connect(
base_url=ARI_URL,
username=ARI_USERNAME,
password=ARI_PASSWORD,
)
with application_bridge(client) as bridge:
client.on_channel_event('StasisStart',
partial(on_stasis_start, bridge=bridge))
client.run(apps=[APPLICATION])
def run():
"""run the asterisk application. """
global client
while not stopped:
try:
# if the connection is ever lost, we have to try again and again!
client = ari.connect('http://localhost:8088', 'telewall', 'telewall')
client.on_channel_event('StasisStart', stasis_start_cb)
client.run(apps=APP_NAME)
except SystemExit:
break
except:
LOG.exception('problem with ari client')
time.sleep(5) # wait 5 sec until retry
def _new_ari_client(self, ari_config, connection_tries, connection_delay):
for _ in range(connection_tries):
try:
return ari.connect(**ari_config)
except requests.ConnectionError:
logger.info('No ARI server found, retrying in %s seconds...', connection_delay)
time.sleep(connection_delay)
continue
except requests.HTTPError as e:
if asterisk_is_loading(e):
logger.info('ARI is not ready yet, retrying in %s seconds...', connection_delay)
time.sleep(connection_delay)
continue
else:
raise
raise ARIUnreachable(ari_config)
def obtain_ari_config(self):
"""
function to get the configuration of ARI from the config file
"""
try:
self.logger.debug('Inside obtain_ari_config() function')
self.ari_host = self.config.get('ari-config', 'ARI_IP')
self.ari_port = self.config.get('ari-config', 'ARI_PORT')
self.ari_username = self.config.get('ari-config', 'ARI_USERNAME')
self.ari_password = self.config.get('ari-config', 'ARI_PASSWORD')
self.statis_app_name = self.config.get('ari-config',
'STATIS_APP_NAME')
self.client = ari.connect('{0}:{1}/'.format(self.ari_host,self.ari_port)\
,self.ari_username,self.ari_password)
except Exception as e:
self.logger.exception("Error while obtaining ARI configuration {}".\
format(e.message))
def connect_ari():
while True:
try:
global ari_client
ari_client = ari.connect(
conf['pbx_ari_url'],
conf['pbx_ari_user'],
conf['pbx_ari_password'],
)
logger.info('Connected to ARI.')
ari_client.on_channel_event('StasisStart', on_start)
ari_client.run(apps='barrier')
except WebSocketConnectionClosedException as e:
ari_client = None
logger.error('WebSocket connection is closed. Exit.')
except HTTPError as e:
ari_client = None
if e.response.status_code == 503:
logger.error(
'Cannot connect to Asterisk WebSocket. Trying again.')
except ConnectionError:
ari_client = None
logger.error(
'Max retries exceeded connecting to Asterisk WebSocket. Trying again.'
)
except ReadTimeout:
ari_client = None
logger.error(
'Read timeout connecting to Asterisk WebSocket. Trying again.')
except socket.error as e:
ari_client = None
logger.error('Socket error. Trying again.')
except ValueError: # ari_client.run(apps='barrier'): No JSON object could be decoded
ari_client = None
logger.error('ValueError on connect_ari. Restarting.')
# Sleep on errors and reconnect
gevent.sleep(ARI_CONNECT_TIMEOUT)
def originate_call(contact):
# Generate channel ids
chan_id = uuid.uuid1()
channelId = '%s-1' % chan_id
otherChannelId = '%s-2' % chan_id
# ARI originate
client = ari.connect('http://*****:*****@dialer' % contact.phone,
app='odoo-dialer-%s' % self.id,
channelId=channelId,
otherChannelId=otherChannelId)
# +1 current call
channel = self.env['asterisk.dialer.channel'].create({
'dialer': self.id,
'channel_id': channelId,
'other_channel_id': otherChannelId,
'phone': contact.phone,
'name': contact.name})
self.env.cr.commit()
#!/usr/bin/env python
"""Short example of how to use bridge objects.
This example will create a holding bridge (if one doesn't already exist). Any
channels that enter Stasis is placed into the bridge. Whenever a channel
enters the bridge, a tone is played to the bridge.
"""
#
# Copyright (c) 2013, Digium, Inc.
#
from __future__ import print_function
import ari
client = ari.connect('http://localhost:8088/', 'hey', 'peekaboo')
#
# Find (or create) a holding bridge.
#
bridges = [
b for b in client.bridges.list() if b.json['bridge_type'] == 'holding'
]
if bridges:
bridge = bridges[0]
print("Using bridge %s" % bridge.id)
else:
bridge = client.bridges.create(type='holding')
print("Created bridge %s" % bridge.id)
def run(self):
"""Main thread loop. Condition to terminate:
1) All done. Also terminate Stasis app.
2) Stasis app not ready (when dialer type is stasis)
3) ARI connection error. Also terminate Stasis app.
4) Pause / cancel requested. Also terminate Stasis app.
"""
self.stasis_app_error.clear()
with api.Environment.manage():
try:
# Connect to ARI before starting thread.
self.ari_client = ari.connect(self.ari_url,
self.ari_user,
self.ari_pass)
while True:
try:
# Paranoid but sometimes it does not see changes!
self.dialer.invalidate_cache()
self.session.invalidate_cache()
self.env.invalidate_all()
# Reset flag on every round
self.go_next_call.clear()
# Check for cancel request or stasis app error
if (self.session.cancel_request or (
self.dialer.dialer_type == 'stasis' and
self.stasis_app_error.is_set())):
_logger.debug('DIALER: CANCEL / ERROR REQUEST')
self.cancel_calls()
if self.dialer.dialer_type == 'stasis':
self.ari_user_event('exit_request')
self.session.state = 'cancelled'
self.session.cancel_request = False
self.dialer.active_session = None
return
# Check for pause request
elif self.session.pause_request:
_logger.debug('DIALER: PAUSE REQUEST')
if self.dialer.dialer_type == 'stasis':
self.wait_for_last_call()
self.ari_user_event('exit_request')
self.session.state = 'paused'
self.session.pause_request = False
return
# Check if we can add more calls
self.env.cr.execute("""SELECT
cdr.id AS cdr_id,
cdr.phone AS phone,
COALESCE(cdr.name, '') AS name,
peer.id AS peer_id,
peer.name AS peer_name,
route.pattern AS pattern
FROM
asterisk_dialer_peer peer,
asterisk_dialer_route route,
asterisk_dialer_cdr cdr
WHERE
cdr.status = 'queue' AND
route.dialer = %s AND
cdr.session = %s AND
peer.simult >
(SELECT COUNT(*) FROM asterisk_dialer_channel chan
WHERE peer = peer.id) AND
peer.id = route.peer AND
cdr.phone
LIKE CONCAT(route.pattern,'%%')
ORDER BY
cdr.id, route.sequence
LIMIT 1
""" % (self.dialer.id, self.session.id)
)
cdr = self.env.cr.dictfetchall()
if cdr:
_logger.debug('CDR FOR CALL: %s' % cdr[0])
self.originate_call(cdr[0])
elif self.session.cdr_queue_count == 0:
# All done
raise StopIteration
else:
_logger.debug('NO CHANNELS AVAILABLE, SLEEPING.')
# Sleep here or be interrupted by hangup
self.go_next_call.wait(DIALER_RUN_SLEEP)
except StopIteration:
_logger.debug('CDR StopIteration.')
if self.dialer.dialer_type == 'stasis':
self.wait_for_last_call()
self.ari_user_event('exit_request')
self.session.state = 'done'
self.dialer.active_session = None
return
except (ConnectionError, HTTPError), e:
# ARI Error
self.session.state = 'error'
self.dialer.message_post('ARI ConnectionError: %s' % e.message)
_logger.debug(format_exception())
finally:
def setUp(self):
super(ClientTest, self).setUp()
self.uut = ari.connect('http://ari.py/', 'test', 'test')
#!/usr/bin/env python
"""Short example of how to use bridge objects.
This example will create a holding bridge (if one doesn't already exist). Any
channels that enter Stasis is placed into the bridge. Whenever a channel
enters the bridge, a tone is played to the bridge.
"""
#
# Copyright (c) 2013, Digium, Inc.
#
import ari
client = ari.connect("http://localhost:8088/", "hey", "peekaboo")
#
# Find (or create) a holding bridge.
#
bridges = [b for b in client.bridges.list() if b.json["bridge_type"] == "holding"]
if bridges:
bridge = bridges[0]
print "Using bridge %s" % bridge.id
else:
bridge = client.bridges.create(type="holding")
print "Created bridge %s" % bridge.id
def on_enter(bridge, ev):
"""Callback for bridge enter events.
"""ARI resources may be closed, if an application only needs them temporarily.
"""
#
# Copyright (c) 2013, Digium, Inc.
#
import ari
import logging
import sys
import thread
logging.basicConfig()
client = ari.connect('http://localhost:8088/', 'hey', 'peekaboo')
# noinspection PyUnusedLocal
def on_start(channel, event):
"""Callback for StasisStart events.
On new channels, register the on_dtmf callback, answer the channel and
play "Hello, world"
:param channel: Channel DTMF was received from.
:param event: Event.
"""
on_dtmf_handle = None
def on_dtmf(channel, event):
#!/usr/bin/env python
# -*- coding: utf-8 -*-
#
#Принимаем звонок, играем гудки 8 секунд, пототм делаем hangup
#
import ari
import logging
import threading
import uuid
logging.basicConfig(level=logging.ERROR)
client = ari.connect('http://10.248.52.139:8088', 'mell', '123456')
channel_timers = {}
def stasis_end_cb(channel, ev):
"""Handler for StasisEnd event"""
print "Channel %s just left our application" % channel.json.get('name')
timer = channel_timers.get(channel.id)
if timer:
timer.cancel()
del channel_timers[channel.id]
def stasis_start_cb(channel_obj, ev):
"""Handler for StasisStart event"""
def answer_channel(channel, playback):
"""Callback that will actually answer the channel"""
def run_stasis_app():
def stasis_start(channel, ev):
pass
def call_not_connected():
pass
def application_replaced(app):
pass
def user_event(channel, ev):
if ev['eventname'] == 'go_next_call':
print 'PUSHING FOR NEXT CALL'
go_next_call.set()
elif ev['eventname'] == 'exit_request':
client.close()
def hangup_request(channel, ev):
# Update current calls
dialer_channel = self.env['asterisk.dialer.channel'].search(
[('channel_id', '=', channel.json.get('id'))])
if dialer_channel:
dialer_channel.unlink()
self.env.cr.commit()
# Update cdr
cdr = self.env['asterisk.dialer.cdr'].search([('channel_id','=','%s' % channel.json.get('id'))])
if cdr:
cdr.write({'status': 'ANSWER', 'end_time': datetime.datetime.now()})
self.env.cr.commit()
if last_call.is_set():
# This is the last call, exit.
print 'WOW, LAST CALL. CLOSING.'
client.close()
# Awake to go next call
go_next_call.set()
new_cr = sql_db.db_connect(self.env.cr.dbname).cursor()
uid, context = self.env.uid, self.env.context
with api.Environment.manage():
self.env = api.Environment(new_cr, uid, context)
try:
client = ari.connect('http://localhost:8088', 'dialer', 'test')
client.on_channel_event('StasisStart', stasis_start)
client.on_event('ApplicationReplaced', application_replaced)
client.on_channel_event('ChannelUserevent', user_event)
client.on_channel_event('ChannelHangupRequest', hangup_request)
stasis_app_ready.set()
client.run(apps='odoo-dialer-%s' % self.id)
except Exception, e:
# on client.close()
if e.args[0] == 104:
pass
else:
print 'Exception', e
try:
client.close()
except:
pass
# Terminate thread run and let run dialer know about it.
stasis_eneded.set()
return
finally:
def connect(host, username, password):
return ari.connect(host, username, password)
def setUp(self):
super().setUp()
self.ari = ari.connect(**self.ari_config())
self.reset_ari()
def setUp(self):
super().setUp()
until.return_(self.ari_is_up, timeout=5)
self.ari = ari.connect(**self.ari_config())
self.reset_ari()
def ari_is_up(self):
return ari.connect(**self.ari_config())
#!/usr/bin/env python
import ari
import logging
logging.basicConfig(level=logging.ERROR)
client = ari.connect("http://localhost:8088", "asterisk", "asterisk")
# find or create a holding bridge
bridges = [candidate for candidate in client.bridges.list() if candidate.json["bridge_type"] == "holding"]
if bridges:
bridge = bridges[0]
print "Using bridge %s" % bridge.id
else:
bridge = client.bridges.create(type="holding")
print "Created bridge %s" % bridge.id
def stasis_start_cb(channel_obj, ev):
"""Handler for StasisStart event"""
channel = channel_obj.get("channel")
print "Channel %s just entered our application, adding it to bridge %s" % (channel.json.get("name"), bridge.id)
channel.answer()
bridge.addChannel(channel=channel.id)
bridge.startMoh()
def stasis_end_cb(channel, ev):
def run_stasis_app(self):
context = self.env.context
uid = self.env.uid
cr = sql_db.db_connect(self.env.cr.dbname).cursor()
exit_request = False
with api.Environment.manage():
self.env = env = api.Environment(cr, uid, context)
def playback_started(playback, ev):
# Update playback start time
channel_id = ev['playback']['target_uri'].split(':')[1]
cdr = env['asterisk.dialer.cdr'].search([('channel_id','=','%s' % channel_id)])
cr.commit()
if cdr:
cdr.write({'playback_start_time': datetime.datetime.now()})
cr.commit()
def playback_finished(playback, ev):
# Update playback_end_time
channel_id = ev['playback']['target_uri'].split(':')[1]
cdr = env['asterisk.dialer.cdr'].search([('channel_id','=','%s' % channel_id)])
cr.commit()
if cdr:
cdr.playback_end_time = datetime.datetime.now()
cr.commit()
# Hangup now!
client.channels.get(channelId=channel_id).hangup()
def stasis_start(channel, ev):
channel.answer()
play_file = 'demo-thanks'
channel.play(media='sound:%s' % play_file)
def stasis_end(channel, ev):
print "%s has left the application" % channel.json.get('name')
# Update current calls
dialer_channel = env['asterisk.dialer.channel'].search(
[('channel_id', '=', channel.json.get('id'))])
cr.commit()
if dialer_channel:
print 'Removing channel', dialer_channel['channel_id']
dialer_channel.unlink()
cr.commit()
# Update cdr
cdr = env['asterisk.dialer.cdr'].search([('channel_id','=','%s' % channel.json.get('id'))])
cr.commit()
if cdr:
cdr.write({'status': 'ANSWER', 'end_time': datetime.datetime.now()})
cr.commit()
if exit_request:
# This is the last call, exit.
client.close()
cr.close()
def hangup_request(channel, ev):
print 'CHANNEL HANGUP REQUEST, DIALER ID', self.id
def user_event(channel, ev):
if ev['eventname'] == 'exit_request':
print 'ARI exit request for dialer id: %s' % self.id
exit_request = True
client = ari.connect('http://localhost:8088', 'dialer', 'test')
client.on_channel_event('StasisStart', stasis_start)
client.on_channel_event('StasisEnd', stasis_end)
client.on_channel_event('ChannelHangupRequest', hangup_request)
client.on_channel_event('ChannelUserevent', user_event)
client.on_playback_event('PlaybackStarted', playback_started)
client.on_playback_event('PlaybackFinished', playback_finished)
try:
client.run(apps='odoo-dialer-%s' % self.id)
except Exception, e:
if e.args[0] == 104: # on client.close()
pass
else:
raise
parser.add_argument("calls_count", help="Calls count", type=int)
parser.add_argument("-cps",
default=3,
help="Calls per second (default: 3)",
type=int)
parser.add_argument("-call-to",
default="112",
help="Number to call (default: 112)")
parser.add_argument("-asterisk.common-ip",
default="127.0.0.1",
help="Tester asterisk.common ip (default: 127.0.0.1)")
parser.add_argument("-branch-test",
default="master",
help="Branch that you want to test (default: master)")
args = parser.parse_args()
args.branch_test = args.branch_test + "-sip-kamailio.stage.sphaera.ru"
logging.basicConfig(level=logging.ERROR)
client = ari.connect("http://{}:8088".format(args.asterisk_ip),
"asterisk.common", "asterisk.common")
for i in range(1, args.calls_count + 1):
print("Call number {}".format(i))
endpoint = "PJSIP/kamailio/sip:{}@{}".format(args.call_to,
args.branch_test)
client.channels.originate(endpoint=endpoint,
context="testing",
callerId="test",
extension=i)
time.sleep(1 / args.cps)
def setUp(self):
super(ClientTest, self).setUp()
self.uut = ari.connect('http://ari.py/', 'test', 'test')
#!/usr/bin/python
import ari
# Change your Asterisk access details here
url = 'http://localhost:8088'
username = '******'
password = '******'
client = ari.connect(url, username, password)
# Callback for StasisStart event
def on_start_cb(channel, event):
c = channel.get('channel')
print "%s has entered the application" % c.json.get('name')
number = c.json.get('dialplan')['exten']
print "Number is %s" % number
c.play(media='sound:your')
c.play(media='sound:number')
c.play(media='sound:is')
c.play(media='digits:' + number)
c.continueInDialplan()
# Callback for StasisEnd event
def on_end_cb(channel, event):
print "%s has left the application" % channel.json.get('name')
def on_dccmsg(self, c, e):
c.privmsg("You said: " + e.arguments[0])
def do_command(self, e, cmd):
nick = e.source
channel = e.target
c = self.connection
if 'monkey' in cmd:
monkey_time()
elif 'call' in cmd:
uri = cmd.replace('call', '').strip()
place_call(uri)
client = ari.connect('http://neutron.jcn-labs.net:8088', 'vuc-conf', 'digiumtacos')
#client = ari.connect('http://localhost:8088', 'asterisk', 'asterisk')
channel_count = 0
channels = []
irc_bot = IRCBot('vuc_asterisk_bot', 'chat.freenode.net')
conf_bridge = None
try:
conf_bridge = client.bridges.get(bridgeId='vuc')
except:
pass
if not conf_bridge:
conf_bridge = client.bridges.create(type='mixing,dtmf_events', bridgeId='vuc', name='vuc')
def getClient():
client = ari.connect('server:port', 'login', 'password')
return client
class StasisThread(AriOdooSessionThread):
"""
Terminate conditions:
1) No more calls to originate and no more channels are expected to come
into Stasis: wait for the last call to hangup and exit.
2) Origination thread exits due to Pause / Cancel
Ignore errors:
1) On answer / playback / hangup events
"""
def run(self):
def user_event(channel, ev):
if ev['eventname'] == 'exit_request':
# Immediate exit
self.ari_client.close()
def on_dtmf_received(channel, ev):
try:
if (self.dialer.create_lead_on_key_press
and ev.get('digit') == '*'):
_logger.debug('DTMF * press on channel: %s' %
channel.get('channelId'))
except HTTPError, e:
# Just ignore errors
_logger.warn('DTMF RECEIVE ERROR: %s' % str(e))
_logger.error(format_exception())
def stasis_start(channel, ev):
def answer_channel(channel):
def playback_finished(playback, event):
def hangup():
try:
channel.hangup()
except HTTPError:
# The call was hangup on other side
pass
t = threading.Timer(1, hangup)
t.start()
try:
channel.answer()
playback_id = str(uuid.uuid4())
playback = channel.play(channelId=channel.id,
media='sound:%s' % self.sound_file)
playback.on_event('PlaybackFinished', playback_finished)
except HTTPError:
# The call was hangup on other side
pass
# Stasis start
t = threading.Timer(1, answer_channel, [channel])
t.start()
# Run
if self.dialer.dialer_type != 'stasis':
_logger.debug('STASIS APP NOT STARTING.')
return
with api.Environment.manage():
try:
self.ari_client = ari.connect(self.ari_url, self.ari_user,
self.ari_pass)
self.sound_file = os.path.splitext(
self.dialer.sound_file.get_full_path()[0])[0]
self.ari_client.on_channel_event('StasisStart', stasis_start)
self.ari_client.on_channel_event('ChannelUserevent',
user_event)
self.ari_client.on_channel_event('ChannelDtmfReceived',
on_dtmf_received)
self.ari_client.run(apps='dialer-%s-session-%s' %
(self.dialer.id, self.session.id))
except (ConnectionError, WebSocketConnectionClosedException) as e:
# Asterisk crash or restart?
# Try to get OriginationThread
for thread in threading.enumerate():
if (thread.name == 'OriginationThread-%s' % self.dialer.id
and thread.is_alive()):
_logger.debug(
'SETTINGS stasis_app_error IN ORIGINATION THREAD.')
thread.stasis_app_error.set()
_logger.debug('STASIS: WebSocketConnectionClosedException '
'- exiting Stasis thread.')
_logger.debug(format_exception())
return
except Exception as e:
# on ari_client.close() we are here :-) Ugly :-)
if (hasattr(e, 'args') and type(e.args) in (list, tuple)
and e.args and e.args[0] == 104):
pass
else:
raise
finally:
try:
_logger.debug('STASIS FINALLY CLOSING.')
self.cursor.close()
self.ari_client.close()
except:
pass
#!/usr/bin/env python
import logging
import requests
import ari
import threading
logging.basicConfig(level=logging.ERROR)
client = ari.connect('http://10.10.10.109:8088', 'asterisk', 'asterisk')
channel_timers = {}
def safe_hangup(channel):
"""Safely hang up the specified channel"""
try:
channel.hangup()
print "Hung up {}".format(channel.json.get('name'))
except requests.HTTPError as e:
if e.response.status_code != requests.codes.not_found:
raise e
def safe_bridge_destroy(bridge):
"""Safely destroy the specified bridge"""
try:
bridge.destroy()
except requests.HTTPError as e:
if e.response.status_code != requests.codes.not_found:
raise e
def run(self):
"""Main thread loop. Condition to terminate:
1) All done. Also terminate Stasis app.
2) Stasis app not ready (when dialer type is stasis)
3) ARI connection error. Also terminate Stasis app.
4) Pause / cancel requested. Also terminate Stasis app.
"""
self.stasis_app_error.clear()
with api.Environment.manage():
try:
# Connect to ARI before starting thread.
self.ari_client = ari.connect(self.ari_url, self.ari_user,
self.ari_pass)
while True:
try:
# Paranoid but sometimes it does not see changes!
self.dialer.invalidate_cache()
self.session.invalidate_cache()
self.env.invalidate_all()
# Reset flag on every round
self.go_next_call.clear()
# Check for cancel request or stasis app error
if (self.session.cancel_request
or (self.dialer.dialer_type == 'stasis'
and self.stasis_app_error.is_set())):
_logger.debug('DIALER: CANCEL / ERROR REQUEST')
self.cancel_calls()
if self.dialer.dialer_type == 'stasis':
self.ari_user_event('exit_request')
self.session.state = 'cancelled'
self.session.cancel_request = False
self.dialer.active_session = None
return
# Check for pause request
elif self.session.pause_request:
_logger.debug('DIALER: PAUSE REQUEST')
if self.dialer.dialer_type == 'stasis':
self.wait_for_last_call()
self.ari_user_event('exit_request')
self.session.state = 'paused'
self.session.pause_request = False
return
# Check if we can add more calls
self.env.cr.execute("""SELECT
cdr.id AS cdr_id,
cdr.phone AS phone,
COALESCE(cdr.name, '') AS name,
peer.id AS peer_id,
peer.name AS peer_name,
route.pattern AS pattern
FROM
asterisk_dialer_peer peer,
asterisk_dialer_route route,
asterisk_dialer_cdr cdr
WHERE
cdr.status = 'queue' AND
route.dialer = %s AND
cdr.session = %s AND
peer.simult >
(SELECT COUNT(*) FROM asterisk_dialer_channel chan
WHERE peer = peer.id) AND
peer.id = route.peer AND
cdr.phone
LIKE CONCAT(route.pattern,'%%')
ORDER BY
cdr.id, route.sequence
LIMIT 1
""" % (self.dialer.id, self.session.id))
cdr = self.env.cr.dictfetchall()
if cdr:
_logger.debug('CDR FOR CALL: %s' % cdr[0])
self.originate_call(cdr[0])
elif self.session.cdr_queue_count == 0:
# All done
raise StopIteration
else:
_logger.debug('NO CHANNELS AVAILABLE, SLEEPING.')
# Sleep here or be interrupted by hangup
self.go_next_call.wait(DIALER_RUN_SLEEP)
except StopIteration:
_logger.debug('CDR StopIteration.')
if self.dialer.dialer_type == 'stasis':
self.wait_for_last_call()
self.ari_user_event('exit_request')
self.session.state = 'done'
self.dialer.active_session = None
return
except (ConnectionError, HTTPError), e:
# ARI Error
self.session.state = 'error'
self.dialer.message_post('ARI ConnectionError: %s' % e.message)
_logger.debug(format_exception())
finally:
#!/usr/bin/env python
import ari
import logging
import threading
logging.basicConfig(level=logging.ERROR)
client = ari.connect('http://localhost:8088', 'asterisk', 'asterisk')
# find or create a holding bridge
holding_bridge = None
# Announcer timer
announcer_timer = None
def find_or_create_bridge():
"""Find our infinite wait bridge, or create a new one
Returns:
The one and only holding bridge
"""
global holding_bridge
global announcer_timer
if holding_bridge:
return holding_bridge
bridges = [candidate for candidate in client.bridges.list() if
candidate.json['bridge_type'] == 'holding']
backupCount=40)
log_formatter = logging.Formatter(
'%(asctime)s %(levelname)s %(funcName)s(%(lineno)d) %(message)s')
handler.setLevel(logging.INFO)
handler.setFormatter(log_formatter)
log.addHandler(handler)
disposition_convert = {'User busy': 'BUSY', 'User alerting, no answer': 'BUSY'}
app = Flask(__name__)
app.config['SECRET_KEY'] = 'xxxxx'
socketio = SocketIO(app) # , async_mode='eventlet')
pool = eventlet.GreenPool()
ARIclient = ari.connect('http://localhost:3766/', 'servApiTester', 'xxxxxxxxx')
DB_lock = False
Allcl_lock = False
Allcl = dict()
EndpointEvents = dict()
IpWhiteList = []
TotallCalls = 0
class AutoClient:
def __init__(self, sid, endpoint, cid, pinCode):
self.autoCall = True
self.incoming = False
self.timeout = 59
self.sid = sid
def getClient():
client = ari.connect('server:port', 'login', 'password')
return client
# Also, I want to avoid that the originate call be processed too (loop)
#if chanType != "PJSIP": # avoid process when channel type is PJSIP
# I'm using PJSIP/2000 for my tests, but you should consider using ChanType != "PJSIP"
if chanType == "PJSIP/2000": # process when channel is PJSIP/2000
playback_id = str(uuid.uuid4())
playback = channel.playWithId(playbackId=playback_id,
media='sound:poc/support_team')
playback.on_event('PlaybackFinished', playback_finished)
print "queueapp started at %s" % time.strftime("%c")
print "Asterisk ARI - connecting"
client = ari.connect('http://localhost:8088', ari_user, ari_secret)
client.on_channel_event('StasisStart', stasis_start_cb)
print "XMPP Server - connecting"
xmpp = XMPP(xmppUser, xmppSecret, pubsubDomain)
xmpp.connect()
xmpp.process(block=False)
print "DB PostgreSQL - connecting"
db = DBPgsql(db_name, db_host, db_user, db_secret)
print "Waiting for calls..."
client.run(apps='queueapp')
from gevent.monkey import patch_all; patch_all()
from gevent.event import Event
import logging
from requests.exceptions import HTTPError, ConnectionError
import socket
import time
logging.basicConfig() # Important!
# Otherwise you get No handlers could be found for
# logger "ari.client"
ARI_URL = 'http://192.168.56.101:8088/ari'
ARI_USER = '******'
ARI_PASSWORD = '******'
client = ari.connect(ARI_URL, ARI_USER, ARI_PASSWORD)
def run():
try:
client.run('originator')
except socket.error as e:
if e.errno == 32: # Broken pipe as we close the client.
pass
except ValueError as e:
if e.message == 'No JSON object could be decoded': # client.close()
pass
def originate(endpoint=None, callerid=None, context=None, extension=None,
priority=None, timeout=None):
# Go!
evt = Event() # Wait flag for origination
digit)[-2:] == '90': # обработка двойных нажатий
print(90)
self.dtmf = ''
else:
self.dtmf = self.dtmf + digit
except HTTPError as e:
# Ignore 404's, since channels can go away before we get to them
if e.response.status_code != requests.codes.not_found:
raise
# def playback_finish(playback, event):
# print('Остановлен проигрышь информационного файла', playback, event)
client = ari.connect('http://192.168.0.111:8088/', 'home', '******')
def on_start(channel, event):
pprint(('event: {0}'.format(event)))
c = Channel() # обработка канала
# dtmf ожидание ответа и проигрыш файлов
channel['channel'].answer()
playback = channel['channel'].play(media='sound:demo-congrats')
channel['channel'].play(media='sound:taxi/ivr2')
channel['channel'].hold()
# слушатель нажатий dtmf
channel['channel'].on_event('ChannelDtmfReceived', c.on_dtmf)
#!/usr/bin/env python
import ari
import logging
import threading
import uuid
logging.basicConfig(level=logging.ERROR)
client = ari.connect('http://localhost:8088', 'asterisk', 'asterisk')
channel_timers = {}
def stasis_end_cb(channel, ev):
"""Handler for StasisEnd event"""
print "Channel %s just left our application" % channel.json.get('name')
timer = channel_timers.get(channel.id)
if timer:
timer.cancel()
del channel_timers[channel.id]
def stasis_start_cb(channel_obj, ev):
"""Handler for StasisStart event"""
def answer_channel(channel, playback):
"""Callback that will actually answer the channel"""
print "Answering channel %s" % channel.json.get('name')
playback.stop()
channel.answer()
def _start_client(self):
LOG.debug('starting ari')
self.client = ari.connect('http://localhost:8088', 'telewall-tester', 'telewall-tester')
