def on_channel_bridge(self, event):
"""B Leg from Dial element answered
"""
# if plivo_app != 'true', check b leg Dial callback
# request Dial callbackUrl if needed
aleg_uuid = event['Bridge-A-Unique-ID']
if not aleg_uuid:
return
bleg_uuid = event['Bridge-B-Unique-ID']
if not bleg_uuid:
return
disposition = event['variable_endpoint_disposition']
if disposition != 'ANSWER':
return
app_vars = event['variable_current_application_data']
if not 'plivo_dial_callback_url' in app_vars:
return
ck_url = app_vars.split('plivo_dial_callback_url=')[1].split(',')[0]
if not 'plivo_dial_callback_method' in app_vars:
return
ck_method = app_vars.split('plivo_dial_callback_method=')[1].split(',')[0]
params = {'DialBLegUUID': bleg_uuid,
'DialALegUUID': aleg_uuid,
'DialBLegStatus': 'answer',
'CallUUID': aleg_uuid
}
spawn_raw(self.send_to_url, ck_url, params, ck_method)
return
def on_channel_progress(self, event):
request_uuid = event['variable_plivo_request_uuid']
direction = event['Call-Direction']
# Detect ringing state
if request_uuid and direction == 'outbound':
try:
call_req = self.call_requests[request_uuid]
except (KeyError, AttributeError):
return
# only send if not already ringing/early state
if not call_req.state_flag:
# set state flag to true
call_req.state_flag = 'Ringing'
# clear gateways to avoid retry
call_req.gateways = []
called_num = event['Caller-Destination-Number']
caller_num = event['Caller-Caller-ID-Number']
self.log.info("Call from %s to %s Ringing for RequestUUID %s" \
% (caller_num, called_num, request_uuid))
# send ring if ring_url found
ring_url = call_req.ring_url
if ring_url:
params = {
'To': called_num,
'RequestUUID': request_uuid,
'Direction': direction,
'CallStatus': 'ringing',
'From': caller_num
}
spawn_raw(self.send_to_url, ring_url, params)
def on_channel_bridge(self, event):
"""B Leg from Dial element answered
"""
# if plivo_app != 'true', check b leg Dial callback
# request Dial callbackUrl if needed
aleg_uuid = event['Bridge-A-Unique-ID']
if not aleg_uuid:
return
bleg_uuid = event['Bridge-B-Unique-ID']
if not bleg_uuid:
return
disposition = event['variable_endpoint_disposition']
if disposition != 'ANSWER':
return
app_vars = event['variable_current_application_data']
if not 'plivo_dial_callback_url' in app_vars:
return
ck_url = app_vars.split('plivo_dial_callback_url=')[1].split(',')[0]
if not 'plivo_dial_callback_method' in app_vars:
return
ck_method = app_vars.split('plivo_dial_callback_method=')[1].split(',')[0]
params = {'DialBLegUUID': bleg_uuid,
'DialALegUUID': aleg_uuid,
'DialBLegStatus': 'answer',
'CallUUID': aleg_uuid
}
spawn_raw(self.send_to_url, ck_url, params, ck_method)
return
def on_call_update(self, event):
"""A Leg from API outbound call answered
"""
# if plivo_app != 'true', check b leg Dial callback
plivo_app_flag = event['variable_plivo_app'] == 'true'
if not plivo_app_flag:
# request Dial callbackUrl if needed
aleg_uuid = event['Bridged-To']
if not aleg_uuid:
return
bleg_uuid = event['Unique-ID']
if not bleg_uuid:
return
disposition = event['variable_endpoint_disposition']
if disposition != 'ANSWER':
return
ck_url = event['variable_plivo_dial_callback_url']
if not ck_url:
return
ck_method = event['variable_plivo_dial_callback_method']
if not ck_method:
return
params = {'DialBLegUUID': bleg_uuid,
'DialALegUUID': aleg_uuid,
'DialBLegStatus': 'answer',
'CallUUID': aleg_uuid
}
# add extra params
extra_params = self.get_extra_fs_vars(event)
if extra_params:
params.update(extra_params)
spawn_raw(self.send_to_url, ck_url, params, ck_method)
return
def on_call_update(self, event):
"""A Leg from API outbound call answered
"""
# if plivo_app != 'true', check b leg Dial callback
plivo_app_flag = event['variable_plivo_app'] == 'true'
if not plivo_app_flag:
# request Dial callbackUrl if needed
aleg_uuid = event['Bridged-To']
if not aleg_uuid:
return
bleg_uuid = event['Unique-ID']
if not bleg_uuid:
return
disposition = event['variable_endpoint_disposition']
if disposition != 'ANSWER':
return
ck_url = event['variable_plivo_dial_callback_url']
if not ck_url:
return
ck_method = event['variable_plivo_dial_callback_method']
if not ck_method:
return
params = {'DialBLegUUID': bleg_uuid,
'DialALegUUID': aleg_uuid,
'DialBLegStatus': 'answer',
'CallUUID': aleg_uuid
}
# add extra params
extra_params = self.get_extra_fs_vars(event)
if extra_params:
params.update(extra_params)
spawn_raw(self.send_to_url, ck_url, params, ck_method)
return
def on_call_update(self, event):
# if plivo_app != 'true', check b leg Dial callback
plivo_app_flag = event["variable_plivo_app"] == "true"
if not plivo_app_flag:
# request Dial callbackUrl if needed
aleg_uuid = event["Bridged-To"]
if not aleg_uuid:
return
bleg_uuid = event["Unique-ID"]
if not bleg_uuid:
return
disposition = event["variable_endpoint_disposition"]
if disposition != "ANSWER":
return
ck_url = event["variable_plivo_dial_callback_url"]
if not ck_url:
return
ck_method = event["variable_plivo_dial_callback_method"]
if not ck_method:
return
params = {
"DialBLegUUID": bleg_uuid,
"DialALegUUID": aleg_uuid,
"DialBLegStatus": "answer",
"CallUUID": aleg_uuid,
}
# add extra params
extra_params = self.get_extra_fs_vars(event)
if extra_params:
params.update(extra_params)
spawn_raw(self.send_to_url, ck_url, params, ck_method)
return
def on_session_heartbeat(self, event):
"""Capture every heartbeat event in a session and post info
"""
params = {}
answer_seconds_since_epoch = float(event['Caller-Channel-Answered-Time'])/1000000
# using UTC here .. make sure FS is using UTC also
params['AnsweredTime'] = str(answer_seconds_since_epoch)
heartbeat_seconds_since_epoch = float(event['Event-Date-Timestamp'])/1000000
# using UTC here .. make sure FS is using UTC also
params['HeartbeatTime'] = str(heartbeat_seconds_since_epoch)
params['ElapsedTime'] = str(heartbeat_seconds_since_epoch - answer_seconds_since_epoch)
params['To'] = event['Caller-Destination-Number'].lstrip('+')
params['From'] = event['Caller-Caller-ID-Number'].lstrip('+')
params['CallUUID'] = event['Unique-ID']
params['Direction'] = event['Call-Direction']
forwarded_from = get_substring(':', '@',
event['variable_sip_h_Diversion'])
if forwarded_from:
params['ForwardedFrom'] = forwarded_from.lstrip('+')
if event['Channel-State'] == 'CS_EXECUTE':
params['CallStatus'] = 'in-progress'
# RequestUUID through which this call was initiated if outbound
request_uuid = event['variable_plivo_request_uuid']
if request_uuid:
params['RequestUUID'] = request_uuid
self.log.debug("Got Session Heartbeat from Freeswitch: %s" % params)
if self.call_heartbeat_url:
self.log.debug("Sending heartbeat to callback: %s" % self.call_heartbeat_url)
spawn_raw(self.send_to_url, self.call_heartbeat_url, params)
def on_call_update(self, event):
# if plivo_app != 'true', check b leg Dial callback
plivo_app_flag = event['variable_plivo_app'] == 'true'
if not plivo_app_flag:
# request Dial callbackUrl if needed
aleg_uuid = event['Bridged-To']
if not aleg_uuid:
return
bleg_uuid = event['Unique-ID']
if not bleg_uuid:
return
disposition = event['variable_endpoint_disposition']
if disposition != 'ANSWER':
return
ck_url = event['variable_plivo_dial_callback_url']
if not ck_url:
return
ck_method = event['variable_plivo_dial_callback_method']
if not ck_method:
return
params = {'DialBLegUUID': bleg_uuid,
'DialALegUUID': aleg_uuid,
'DialBLegStatus': 'answer',
'CallUUID': aleg_uuid
}
spawn_raw(self.send_to_url, ck_url, params, ck_method)
return
def _spawn(self, func, *args, **kwargs):
'''
Spawns with or without pool.
'''
if self.pool:
self.pool.spawn(func, *args, **kwargs)
else:
gevent.spawn_raw(func, *args, **kwargs)
def spawn_originate(self, request_uuid):
try:
call_req = self.call_requests[request_uuid]
except KeyError:
self.log.warn("Call Request not found for RequestUUID %s" % request_uuid)
return False
spawn_raw(self._spawn_originate, call_req)
self.log.warn("Call Request Spawned for RequestUUID %s" % request_uuid)
return True
def on_custom(self, event):
# case conference event
if self.current_element == 'Conference':
# special case to get Member-ID for Conference
if event['Event-Subclass'] == 'conference::maintenance' \
and event['Action'] == 'add-member' \
and event['Unique-ID'] == self.get_channel_unique_id():
self.log.debug("Entered Conference")
self._action_queue.put(event)
# special case for hangupOnStar in Conference
elif event['Event-Subclass'] == 'conference::maintenance' \
and event['Action'] == 'kick' \
and event['Unique-ID'] == self.get_channel_unique_id():
room = event['Conference-Name']
member_id = event['Member-ID']
if room and member_id:
self.bgapi("conference %s kick %s" % (room, member_id))
self.log.warn("Conference Room %s, member %s pressed '*', kicked now !" \
% (room, member_id))
# special case to send callback for Conference
elif event['Event-Subclass'] == 'conference::maintenance' \
and event['Action'] == 'digits-match' \
and event['Unique-ID'] == self.get_channel_unique_id():
self.log.debug("Digits match on Conference")
digits_action = event['Callback-Url']
digits_method = event['Callback-Method']
if digits_action and digits_method:
params = {}
params['ConferenceMemberID'] = event['Member-ID'] or ''
params['ConferenceUUID'] = event['Conference-Unique-ID'] or ''
params['ConferenceName'] = event['Conference-Name'] or ''
params['ConferenceDigitsMatch'] = event['Digits-Match'] or ''
params['ConferenceAction'] = 'digits'
spawn_raw(self.send_to_url, digits_action, params, digits_method)
# special case to send callback when Member take the floor in Conference
# but only if member can speak (not muted)
elif event['Event-Subclass'] == 'conference::maintenance' \
and event['Action'] == 'floor-change' \
and event['Unique-ID'] == self.get_channel_unique_id() \
and event['Speak'] == 'true':
self._action_queue.put(event)
# case dial event
elif self.current_element == 'Dial':
if event['Event-Subclass'] == 'plivo::dial' \
and event['Action'] == 'digits-match' \
and event['Unique-ID'] == self.get_channel_unique_id():
self.log.debug("Digits match on Dial")
digits_action = event['Callback-Url']
digits_method = event['Callback-Method']
if digits_action and digits_method:
params = {}
params['DialDigitsMatch'] = event['Digits-Match'] or ''
params['DialAction'] = 'digits'
params['DialALegUUID'] = event['Unique-ID']
params['DialBLegUUID'] = event['variable_bridge_uuid']
spawn_raw(self.send_to_url, digits_action, params, digits_method)
def on_channel_progress(self, event):
request_uuid = event['variable_plivo_request_uuid']
direction = event['Call-Direction']
# Detect ringing state
if request_uuid and direction == 'outbound':
accountsid = event['variable_plivo_accountsid']
# case GroupCall
if event['variable_plivo_group_call'] == 'true':
# get ring_url
ring_url = event['variable_plivo_ring_url']
# case BulkCall and Call
else:
try:
call_req = self.call_requests[request_uuid]
except (KeyError, AttributeError):
return
# notify call and
self.log.debug(
"Notify Call success (Ringing) for RequestUUID %s" %
request_uuid)
call_req.notify_call_end()
# only send if not already ringing/early state
if not call_req.state_flag:
# set state flag to 'Ringing'
call_req.state_flag = 'Ringing'
# clear gateways to avoid retry
call_req.gateways = []
# get ring_url
ring_url = call_req.ring_url
else:
return
# send ring if ring_url found
if ring_url:
called_num = event['variable_plivo_destination_number']
if not called_num or called_num == '_undef_':
called_num = event['Caller-Destination-Number'] or ''
called_num = called_num.lstrip('+')
caller_num = event['Caller-Caller-ID-Number'] or ''
call_uuid = event['Unique-ID'] or ''
self.log.info("Call from %s to %s Ringing for RequestUUID %s" \
% (caller_num, called_num, request_uuid))
params = {
'To': called_num,
'RequestUUID': request_uuid,
'Direction': direction,
'CallStatus': 'ringing',
'From': caller_num,
'CallUUID': call_uuid
}
# add extra params
extra_params = self.get_extra_fs_vars(event)
if extra_params:
params.update(extra_params)
if accountsid:
params['AccountSID'] = accountsid
spawn_raw(self.send_to_url, ring_url, params)
def spawn_originate(self, request_uuid):
try:
call_req = self.call_requests[request_uuid]
except KeyError:
self.log.warn("Call Request not found for RequestUUID %s" % request_uuid)
return False
spawn_raw(self._spawn_originate, call_req)
self.log.warn("Call Request Spawned for RequestUUID %s" % request_uuid)
return True
def on_channel_progress(self, event):
request_uuid = event['variable_plivo_request_uuid']
direction = event['Call-Direction']
# Detect ringing state
if request_uuid and direction == 'outbound':
accountsid = event['variable_plivo_accountsid']
# case GroupCall
if event['variable_plivo_group_call'] == 'true':
# get ring_url
ring_url = event['variable_plivo_ring_url']
# case BulkCall and Call
else:
try:
call_req = self.call_requests[request_uuid]
except (KeyError, AttributeError):
return
# notify call and
self.log.debug("Notify Call success (Ringing) for RequestUUID %s" % request_uuid)
call_req.notify_call_end()
# only send if not already ringing/early state
if not call_req.state_flag:
# set state flag to 'Ringing'
call_req.state_flag = 'Ringing'
# clear gateways to avoid retry
call_req.gateways = []
# get ring_url
ring_url = call_req.ring_url
else:
return
# send ring if ring_url found
if ring_url:
called_num = event['variable_plivo_destination_number']
if not called_num or called_num == '_undef_':
called_num = event['Caller-Destination-Number'] or ''
called_num = called_num.lstrip('+')
caller_num = event['Caller-Caller-ID-Number'] or ''
call_uuid = event['Unique-ID'] or ''
self.log.info("Call from %s to %s Ringing for RequestUUID %s" \
% (caller_num, called_num, request_uuid))
params = {'To': called_num,
'RequestUUID': request_uuid,
'Direction': direction,
'CallStatus': 'ringing',
'From': caller_num,
'CallUUID': call_uuid
}
# add extra params
extra_params = self.get_extra_fs_vars(event)
if extra_params:
params.update(extra_params)
if accountsid:
params['AccountSID'] = accountsid
spawn_raw(self.send_to_url, ring_url, params)
def on_channel_progress(self, event):
request_uuid = event["variable_plivo_request_uuid"]
direction = event["Call-Direction"]
# Detect ringing state
if request_uuid and direction == "outbound":
accountsid = event["variable_plivo_accountsid"]
# case GroupCall
if event["variable_plivo_group_call"] == "true":
# get ring_url
ring_url = event["variable_plivo_ring_url"]
# case BulkCall and Call
else:
try:
call_req = self.call_requests[request_uuid]
except (KeyError, AttributeError):
return
# notify call and
self.log.debug("Notify Call success (Ringing) for RequestUUID %s" % request_uuid)
call_req.notify_call_end()
# only send if not already ringing/early state
if not call_req.state_flag:
# set state flag to 'Ringing'
call_req.state_flag = "Ringing"
# clear gateways to avoid retry
call_req.gateways = []
# get ring_url
ring_url = call_req.ring_url
else:
return
# send ring if ring_url found
if ring_url:
called_num = event["variable_plivo_destination_number"]
if not called_num or called_num == "_undef_":
called_num = event["Caller-Destination-Number"] or ""
called_num = called_num.lstrip("+")
caller_num = event["Caller-Caller-ID-Number"] or ""
call_uuid = event["Unique-ID"] or ""
self.log.info("Call from %s to %s Ringing for RequestUUID %s" % (caller_num, called_num, request_uuid))
params = {
"To": called_num,
"RequestUUID": request_uuid,
"Direction": direction,
"CallStatus": "ringing",
"From": caller_num,
"CallUUID": call_uuid,
}
# add extra params
extra_params = self.get_extra_fs_vars(event)
if extra_params:
params.update(extra_params)
if accountsid:
params["AccountSID"] = accountsid
spawn_raw(self.send_to_url, ring_url, params)
def run(self):
self.beating = True
gevent.spawn(self.log_beating_hearts)
if self.check_xrep:
gevent.spawn_later(1, self.check_xrep_state)
else:
gevent.spawn_raw(self.recv_hearts_no_xrep_state_check)
gevent.spawn_later(2, self.beat)
while self.beating:
gevent.sleep(5)
def recv_hearts_no_xrep_state_check(self):
buffer = []
while True:
message = self.xrep.recv()
if message:
buffer.append(message)
if not self.xrep.rcvmore():
# Message is now complete
# break to process it!
gevent.spawn_raw(self.handle_pong, buffer[:])
buffer = []
def send_message(self, channel, message):
if channel not in self._channel_id_cache:
return
args = {
'username': self._jeev.name,
'text': message,
'link_names': self._link_names,
'channel': self._channel_id_cache[channel]
}
spawn_raw(self._requests.post, self._send_url, json.dumps(args))
def decorated_function(*args, **kwargs):
kwargs_keys = kwargs.keys()
kwargs_keys.sort()
path = "%s/%s/%s" % (f.func_name, '/'.join(args),
'/'.join(['%s=%s' % (k, kwargs[k]) for k in kwargs_keys]))
cached_response = self.redis_handler.get_cached_object(path)
if cached_response:
return json.loads(cached_response)
response = f(*args, **kwargs)
expire_duration = app.config.get('EXPIRE_DURATION')
gevent.spawn_raw(self.redis_handler.set_object_cache, path,
json.dumps(response), expire_duration)
return response
def on_channel_hangup_complete(self, event):
"""Capture Channel Hangup Complete
"""
# if plivo_app != 'true', check b leg Dial callback
plivo_app_flag = event['variable_plivo_app'] == 'true'
print 'ddddddddddddddddddddddddddd', event
if not plivo_app_flag:
# request Dial callbackUrl if needed
ck_url = event['variable_plivo_dial_callback_url']
if not ck_url:
return
ck_method = event['variable_plivo_dial_callback_method']
if not ck_method:
return
aleg_uuid = event['variable_plivo_dial_callback_aleg']
if not aleg_uuid:
return
hangup_cause = event['Hangup-Cause'] or ''
# don't send http request for B legs losing bridge race
if hangup_cause == 'LOSE_RACE':
return
bleg_uuid = event['Unique-ID']
params = {
'DialBLegUUID': bleg_uuid,
'DialALegUUID': aleg_uuid,
'DialBLegStatus': 'hangup',
'DialBLegHangupCause': hangup_cause,
'CallUUID': aleg_uuid
}
# add extra params
extra_params = self.get_extra_fs_vars(event)
if extra_params:
params.update(extra_params)
spawn_raw(self.send_to_url, ck_url, params, ck_method)
return
# Get call direction
direction = event['Call-Direction']
# Handle incoming call hangup
if direction == 'inbound':
print 'inbound--------------', event
call_uuid = event['Unique-ID']
reason = event['Hangup-Cause']
# send hangup
try:
self.set_hangup_complete(None, call_uuid, reason, event, None)
except Exception, e:
self.log.error(str(e))
def beat(self):
toc = time.time()
self.lifetime += toc - self.tic
self.tic = toc
# self.message = str(self.lifetime)
goodhearts = self.hearts.intersection(self.responses)
heartfailures = self.hearts.difference(goodhearts)
newhearts = self.responses.difference(goodhearts)
# print newhearts, goodhearts, heartfailures
map(self.handle_new_heart, newhearts)
map(self.handle_heart_failure, heartfailures)
self.responses = set()
gevent.spawn_later(self.period, self.beat)
gevent.spawn_raw(self.pub.send, str(self.lifetime))
def on_channel_hangup_complete(self, event):
"""Capture Channel Hangup Complete
"""
# if plivo_app != 'true', check b leg Dial callback
plivo_app_flag = event["variable_plivo_app"] == "true"
if not plivo_app_flag:
# request Dial callbackUrl if needed
ck_url = event["variable_plivo_dial_callback_url"]
if not ck_url:
return
ck_method = event["variable_plivo_dial_callback_method"]
if not ck_method:
return
aleg_uuid = event["variable_plivo_dial_callback_aleg"]
if not aleg_uuid:
return
hangup_cause = event["Hangup-Cause"] or ""
# don't send http request for B legs losing bridge race
if hangup_cause == "LOSE_RACE":
return
bleg_uuid = event["Unique-ID"]
params = {
"DialBLegUUID": bleg_uuid,
"DialALegUUID": aleg_uuid,
"DialBLegStatus": "hangup",
"DialBLegHangupCause": hangup_cause,
"CallUUID": aleg_uuid,
}
# add extra params
extra_params = self.get_extra_fs_vars(event)
if extra_params:
params.update(extra_params)
spawn_raw(self.send_to_url, ck_url, params, ck_method)
return
# Get call direction
direction = event["Call-Direction"]
# Handle incoming call hangup
if direction == "inbound":
call_uuid = event["Unique-ID"]
reason = event["Hangup-Cause"]
# send hangup
try:
self.set_hangup_complete(None, call_uuid, reason, event, None)
except Exception, e:
self.log.error(str(e))
def _serve_forever(self):
"""Main-loop handling incoming connections."""
while not self._stop:
try:
new_socket, address = self.socket.accept()
starttime = self._get_tick()
gevent.spawn_raw(self._handle_connection, new_socket)
gevent.spawn_raw(self._print_connection, address, starttime)
except (socket.timeout, socket.error):
pass
finally:
gevent.sleep(0)
self.socket.close()
print "goodbye, cruel world"
def on_channel_hangup_complete(self, event):
"""Capture Channel Hangup Complete
"""
# if plivo_app != 'true', check b leg Dial callback
plivo_app_flag = event['variable_plivo_app'] == 'true'
if not plivo_app_flag:
# request Dial callbackUrl if needed
ck_url = event['variable_plivo_dial_callback_url']
if not ck_url:
return
ck_method = event['variable_plivo_dial_callback_method']
if not ck_method:
return
aleg_uuid = event['variable_plivo_dial_callback_aleg']
if not aleg_uuid:
return
hangup_cause = event['Hangup-Cause'] or ''
# don't send http request for B legs losing bridge race
if hangup_cause == 'LOSE_RACE':
return
bleg_uuid = event['Unique-ID']
params = {'DialBLegUUID': bleg_uuid,
'DialALegUUID': aleg_uuid,
'DialBLegStatus': 'hangup',
'DialBLegHangupCause': hangup_cause,
'CallUUID': aleg_uuid
}
# add extra params
extra_params = self.get_extra_fs_vars(event)
if extra_params:
params.update(extra_params)
spawn_raw(self.send_to_url, ck_url, params, ck_method)
return
# Get call direction
direction = event['Call-Direction']
# Handle incoming call hangup
if direction == 'inbound':
call_uuid = event['Unique-ID']
reason = event['Hangup-Cause']
# send hangup
try:
self.set_hangup_complete(None, call_uuid, reason, event, None)
except Exception, e:
self.log.error(str(e))
def test_greenthread_singleton(metaclass: Type, repetitions: int):
"""Test Greenthread Singleton with Gevent."""
assert singletons.detect_greenthread_environment() == "gevent"
class MySingleton(metaclass=metaclass):
def __init__(self):
self.uuid = uuid.uuid4()
def inner_func(q: gevent.queue.Queue):
a = MySingleton()
b = MySingleton()
q.put((a.uuid, b.uuid))
test_q = gevent.queue.Queue()
greenthreads = []
for _ in range(repetitions):
p = gevent.spawn_raw(inner_func, test_q)
greenthreads.append(p)
gevent.sleep() # force execution context to switch
seen_uuids = set()
while len(seen_uuids) < repetitions:
a, b = test_q.get(timeout=JOIN_TIMEOUT)
assert a == b
assert a not in seen_uuids
seen_uuids.add(a)
def test_tree_locals(self):
g = g2 = None
def func():
child = greenlet.Greenlet()
self.assertIs(child.spawn_tree_locals,
getcurrent().spawn_tree_locals)
self.assertIs(child.spawning_greenlet(), getcurrent())
g = greenlet.Greenlet(func)
g2 = greenlet.Greenlet(func)
# Creating those greenlets did not give the main greenlet
# a locals dict.
self.assertFalse(hasattr(getcurrent(), 'spawn_tree_locals'),
getcurrent())
self.assertIsNot(g.spawn_tree_locals, g2.spawn_tree_locals)
g.start()
g.join()
raw = gevent.spawn_raw(func)
self.assertIsNotNone(raw.spawn_tree_locals)
self.assertIsNot(raw.spawn_tree_locals, g.spawn_tree_locals)
self.assertIs(raw.spawning_greenlet(), getcurrent())
while not raw.dead:
gevent.sleep(0.01)
def sync_details():
"""
Sync AWS details into redis and reply status
"""
lock_time, expire_timeout = redis_handler.get_lock()
if lock_time in ['0', 0]:
expire_timeout = expire_timeout if expire_timeout else 0
return "Synced recently. It can be started again after %s secs" \
% expire_timeout
elif lock_time:
return "Sync in progress. Started %s secs ago" \
% (int(time.time()) - int(lock_time))
else:
if config.SYNC_LOCK:
timeout = config.SYNC_TIMEOUT + config.MIN_SYNC_GAP
redis_handler.save_lock(timeout=timeout)
gevent.spawn_raw(sync_everything)
return 'OK - Sync initiated'
def test_wrap_greenlet(self):
def func():
gevent.sleep(0.010)
return "ok"
gt = gevent.spawn_raw(func)
fut = aiogevent.wrap_greenlet(gt)
result = self.loop.run_until_complete(fut)
self.assertEqual(result, "ok")
def test_wrap_greenlet_exc(self):
self.loop.set_debug(True)
def func():
raise ValueError(7)
gt = gevent.spawn_raw(func)
fut = aiogevent.wrap_greenlet(gt)
self.assertRaises(ValueError, self.loop.run_until_complete, fut)
def test_gevent_executor(self):
from gevent import sleep, spawn_raw
from gevent.event import Event
count = 1
finish_event = Event()
def task():
executor = geventFutureExecutor
ret = executor.apply_future(self.foo, count)
assert ret == count + 1
finish_event.set()
spawn_raw(task)
while not finish_event.is_set():
sleep(0.02)
def sync_details():
"""
Sync AWS details into redis and reply status
"""
lock_time, expire_timeout = redis_handler.get_lock()
if lock_time in ['0', 0]:
expire_timeout = expire_timeout if expire_timeout else 0
return "Synced recently. It can be started again after %s secs" \
% expire_timeout
elif lock_time:
return "Sync in progress. Started %s secs ago" \
% (int(time.time()) - int(lock_time))
else:
if config.SYNC_LOCK:
timeout = config.SYNC_TIMEOUT + config.MIN_SYNC_GAP
redis_handler.save_lock(timeout=timeout)
gevent.spawn_raw(sync_everything)
return 'OK - Sync initiated'
def test_wrap_greenlet_dead(self):
event = gevent.event.Event()
def func():
event.set()
gt = gevent.spawn_raw(func)
event.wait()
msg = "wrap_greenlet: the greenlet already finished"
self.assertRaisesRegex(RuntimeError, msg, aiogevent.wrap_greenlet, gt)
def on_session_heartbeat(self, event):
"""Capture every heartbeat event in a session and post info
"""
params = {}
answer_seconds_since_epoch = float(
event['Caller-Channel-Answered-Time']) / 1000000
# using UTC here .. make sure FS is using UTC also
params['AnsweredTime'] = str(answer_seconds_since_epoch)
heartbeat_seconds_since_epoch = float(
event['Event-Date-Timestamp']) / 1000000
# using UTC here .. make sure FS is using UTC also
params['HeartbeatTime'] = str(heartbeat_seconds_since_epoch)
params['ElapsedTime'] = str(heartbeat_seconds_since_epoch -
answer_seconds_since_epoch)
called_num = event['variable_plivo_destination_number']
if not called_num or called_num == '_undef_':
called_num = event['Caller-Destination-Number'] or ''
called_num = called_num.lstrip('+')
params['To'] = called_num
params['From'] = event['Caller-Caller-ID-Number'].lstrip('+')
params['CallUUID'] = event['Unique-ID']
params['Direction'] = event['Call-Direction']
forwarded_from = get_substring(':', '@',
event['variable_sip_h_Diversion'])
if forwarded_from:
params['ForwardedFrom'] = forwarded_from.lstrip('+')
if event['Channel-State'] == 'CS_EXECUTE':
params['CallStatus'] = 'in-progress'
# RequestUUID through which this call was initiated if outbound
request_uuid = event['variable_plivo_request_uuid']
if request_uuid:
params['RequestUUID'] = request_uuid
accountsid = event['variable_plivo_accountsid']
if accountsid:
params['AccountSID'] = accountsid
self.log.debug("Got Session Heartbeat from Freeswitch: %s" % params)
if self.get_server().call_heartbeat_url:
self.log.debug("Sending heartbeat to callback: %s" %
self.get_server().call_heartbeat_url)
spawn_raw(self.send_to_url,
self.get_server().call_heartbeat_url, params)
def test_wrap_greenlet_running(self):
event = gevent.event.Event()
result = []
def func():
try:
gt = gevent.getcurrent()
fut = aiogevent.wrap_greenlet(gt)
except Exception as exc:
result.append((True, exc))
else:
result.append((False, fut))
event.set()
gevent.spawn_raw(func)
event.wait()
error, value = result[0]
self.assertTrue(error)
self.assertIsInstance(value, RuntimeError)
self.assertEqual(str(value), "wrap_greenlet: the greenlet is running")
def send_attachment(self, channel, *attachments):
if channel in self._channel_id_cache:
channel = self._channel_id_cache[channel]
elif not channel.startswith('#'):
channel = '#' + channel
args = {
'username': self._jeev.name,
'link_names': self._link_names,
'channel': channel,
'attachments': [a.serialize() for a in attachments]
}
for a in attachments:
if not a.has_message_overrides:
continue
for k, v in a.message_overrides.items():
args[k] = v
spawn_raw(self._requests.post, self._send_url, json.dumps(args))
def test_gevent_executor_http(self, httpserver):
from gevent import sleep, spawn_raw
from gevent.event import Event
content = b'Hello world!'
httpserver.serve_content(content=content)
finish_event = Event()
def task():
executor = geventFutureExecutor
ret = executor.apply_future(self.foo_http, httpserver.url)
assert ret == content
executor.apply_future(self.stop_httpserver, httpserver)
finish_event.set()
spawn_raw(task)
while not finish_event.is_set():
sleep(0.02)
def test_spawn_raw_kwargs(self):
value = []
def f(*args, **kwargs):
value.append(args)
value.append(kwargs)
g = gevent.spawn_raw(f, 1, name='value')
gevent.sleep(0.01)
assert not g
self.assertEqual(value[0], (1,))
self.assertEqual(value[1], {'name': 'value'})
def test_spawn_raw_kwargs(self):
value = []
def f(*args, **kwargs):
value.append(args)
value.append(kwargs)
g = gevent.spawn_raw(f, 1, name='value')
gevent.sleep(0.01)
assert not g
self.assertEqual(value[0], (1,))
self.assertEqual(value[1], {'name': 'value'})
def on_channel_progress_media(self, event):
request_uuid = event['variable_plivo_request_uuid']
direction = event['Call-Direction']
# Detect early media state
# See http://wiki.freeswitch.org/wiki/Early_media#Early_Media_And_Dialing_Out
if request_uuid and direction == 'outbound':
try:
call_req = self.call_requests[request_uuid]
except (KeyError, AttributeError):
return
# only send if not already ringing/early state
if not call_req.state_flag:
# set state flag to 'EarlyMedia'
call_req.state_flag = 'EarlyMedia'
# clear gateways to avoid retry
call_req.gateways = []
called_num = event['variable_plivo_destination_number']
if not called_num or called_num == '_undef_':
called_num = event['Caller-Destination-Number'] or ''
called_num = called_num.lstrip('+')
caller_num = event['Caller-Caller-ID-Number']
call_uuid = event['Unique-ID'] or ''
self.log.info("Call from %s to %s in EarlyMedia for RequestUUID %s" \
% (caller_num, called_num, request_uuid))
# send ring if ring_url found
ring_url = call_req.ring_url
if ring_url:
params = {
'To': called_num,
'RequestUUID': request_uuid,
'Direction': direction,
'CallStatus': 'ringing',
'From': caller_num,
'CallUUID': call_uuid
}
# add extra params
extra_params = self.get_extra_fs_vars(event)
if extra_params:
params.update(extra_params)
spawn_raw(self.send_to_url, ring_url, params)
def __init__(self, host=None, port=None, password=None, idle_timeout=None):
global connection_pool
if host is None:
host = '127.0.0.1'
if port is None:
port = 6379
if not connection_pool:
connection_pool = redis.ConnectionPool(host=host,
port=port,
password=password)
self.connection = redis.StrictRedis(connection_pool=connection_pool)
self.idle_timeout = idle_timeout
self.instance_hash_prefix = 'aws:ec2:instance' ## Suffix: region, instance id
self.ebs_vol_hash_prefix = 'aws:ec2:ebs:vol' ## Suffix: region, volume id
self.ebs_snapshot_hash_prefix = 'aws:ec2:ebs:snap' ## Suffix: region, snapshot id
self.elb_hash_prefix = 'aws:ec2:elb' ## Suffix: region, elb name
self.elastic_ip_hash_prefix = 'aws:ec2:elastic_ip' ## Suffix: ip_address
self.index_prefix = 'aws:index' ## Suffix: index_item
self.all_tags_hash = 'sethji:indexed_tags' ## No Suffix
self.sync_lock_hash = 'sethji:sync_lock' ## No Suffix
self.last_sync_time_hash = 'sethji:last_sync_time' ## No Suffix
self.object_cache_hash = 'sethji:object_cache' ## object path
gevent.spawn_raw(self._close_idle_connections)
def on_session_heartbeat(self, event):
"""Capture every heartbeat event in a session and post info
"""
params = {}
answer_seconds_since_epoch = float(event["Caller-Channel-Answered-Time"]) / 1000000
# using UTC here .. make sure FS is using UTC also
params["AnsweredTime"] = str(answer_seconds_since_epoch)
heartbeat_seconds_since_epoch = float(event["Event-Date-Timestamp"]) / 1000000
# using UTC here .. make sure FS is using UTC also
params["HeartbeatTime"] = str(heartbeat_seconds_since_epoch)
params["ElapsedTime"] = str(heartbeat_seconds_since_epoch - answer_seconds_since_epoch)
called_num = event["variable_plivo_destination_number"]
if not called_num or called_num == "_undef_":
called_num = event["Caller-Destination-Number"] or ""
called_num = called_num.lstrip("+")
params["To"] = called_num
params["From"] = event["Caller-Caller-ID-Number"].lstrip("+")
params["CallUUID"] = event["Unique-ID"]
params["Direction"] = event["Call-Direction"]
forwarded_from = get_substring(":", "@", event["variable_sip_h_Diversion"])
if forwarded_from:
params["ForwardedFrom"] = forwarded_from.lstrip("+")
if event["Channel-State"] == "CS_EXECUTE":
params["CallStatus"] = "in-progress"
# RequestUUID through which this call was initiated if outbound
request_uuid = event["variable_plivo_request_uuid"]
if request_uuid:
params["RequestUUID"] = request_uuid
accountsid = event["variable_plivo_accountsid"]
if accountsid:
params["AccountSID"] = accountsid
self.log.debug("Got Session Heartbeat from Freeswitch: %s" % params)
if self.get_server().call_heartbeat_url:
self.log.debug("Sending heartbeat to callback: %s" % self.get_server().call_heartbeat_url)
spawn_raw(self.send_to_url, self.get_server().call_heartbeat_url, params)
def test_tree_locals(self):
g = g2 = None
def func():
child = greenlet.Greenlet()
self.assertIs(child.spawn_tree_locals, getcurrent().spawn_tree_locals)
self.assertIs(child.spawning_greenlet(), getcurrent())
g = greenlet.Greenlet(func)
g2 = greenlet.Greenlet(func)
# Creating those greenlets did not give the main greenlet
# a locals dict.
self.assertFalse(hasattr(getcurrent(), 'spawn_tree_locals'),
getcurrent())
self.assertIsNot(g.spawn_tree_locals, g2.spawn_tree_locals)
g.start()
g.join()
raw = gevent.spawn_raw(func)
self.assertIsNotNone(raw.spawn_tree_locals)
self.assertIsNot(raw.spawn_tree_locals, g.spawn_tree_locals)
self.assertIs(raw.spawning_greenlet(), getcurrent())
while not raw.dead:
gevent.sleep(0.01)
def run_blocking_call(A):
print "starting blocking loop"
tic = time.time()
numpy.dot(A, A.transpose())
print "blocked for %.3f s" % (time.time() - tic)
if __name__ == '__main__':
dev = ThreadDevice(zmq.FORWARDER, zmq.SUB, zmq.XREQ)
dev.setsockopt_in(zmq.SUBSCRIBE, "")
dev.setsockopt_out(zmq.IDENTITY, str(os.getpid()))
dev.connect_in('tcp://127.0.0.1:5555')
dev.connect_out('tcp://127.0.0.1:5556')
# dev.start()
gevent.spawn_raw(dev.start)
gevent.spawn_later(0, im_alive, 5)
gevent.sleep(0)
A = numpy.random.random((2**11, 2**11))
while True:
try:
run_blocking_call(A)
print 'Sleeping'
gevent.sleep(1)
except KeyboardInterrupt:
print 'Exiting'
break
def spawn_n(method, *args, **kwargs):
global alive
g = gevent.spawn_raw(method, *args, **kr)
alive += 1
g.link(removeOne)
def on_custom(self, event):
# case conference event
if self.current_element == 'Conference':
# special case to get Member-ID for Conference
if event['Event-Subclass'] == 'conference::maintenance' \
and event['Action'] == 'add-member' \
and event['Unique-ID'] == self.get_channel_unique_id():
self.log.debug("Entered Conference")
self._action_queue.put(event)
# special case for hangupOnStar in Conference
elif event['Event-Subclass'] == 'conference::maintenance' \
and event['Action'] == 'kick' \
and event['Unique-ID'] == self.get_channel_unique_id():
room = event['Conference-Name']
member_id = event['Member-ID']
if room and member_id:
self.bgapi("conference %s kick %s" % (room, member_id))
self.log.warn("Conference Room %s, member %s pressed '*', kicked now !" \
% (room, member_id))
# special case to send callback for Conference
elif event['Event-Subclass'] == 'conference::maintenance' \
and event['Action'] == 'digits-match' \
and event['Unique-ID'] == self.get_channel_unique_id():
self.log.debug("Digits match on Conference")
digits_action = event['Callback-Url']
digits_method = event['Callback-Method']
if digits_action and digits_method:
params = {}
params['ConferenceMemberID'] = event['Member-ID'] or ''
params[
'ConferenceUUID'] = event['Conference-Unique-ID'] or ''
params['ConferenceName'] = event['Conference-Name'] or ''
params[
'ConferenceDigitsMatch'] = event['Digits-Match'] or ''
params['ConferenceAction'] = 'digits'
spawn_raw(self.send_to_url, digits_action, params,
digits_method)
# special case to send callback when Member take the floor in Conference
# but only if member can speak (not muted)
elif event['Event-Subclass'] == 'conference::maintenance' \
and event['Action'] == 'floor-change' \
and event['Unique-ID'] == self.get_channel_unique_id() \
and event['Speak'] == 'true':
self._action_queue.put(event)
# case dial event
elif self.current_element == 'Dial':
if event['Event-Subclass'] == 'plivo::dial' \
and event['Action'] == 'digits-match' \
and event['Unique-ID'] == self.get_channel_unique_id():
self.log.debug("Digits match on Dial")
digits_action = event['Callback-Url']
digits_method = event['Callback-Method']
if digits_action and digits_method:
params = {}
params['DialDigitsMatch'] = event['Digits-Match'] or ''
params['DialAction'] = 'digits'
params['DialALegUUID'] = event['Unique-ID']
params['DialBLegUUID'] = event['variable_bridge_uuid']
spawn_raw(self.send_to_url, digits_action, params,
digits_method)
def spawn_n(function, *args, **kwargs):
global alive
g = gevent.spawn_raw(method, *args, **kr)
alive += 1
g.link(removeOne)
def background_sync(self):
gevent.spawn_raw(self.sync)
def set_hangup_complete(self, request_uuid, call_uuid, reason, event, hangup_url):
params = {}
# add extra params
params = self.get_extra_fs_vars(event)
# case incoming call
if not request_uuid:
self.log.info("Hangup for Incoming CallUUID %s Completed, HangupCause %s" \
% (call_uuid, reason))
# get hangup url
hangup_url = event['variable_plivo_hangup_url']
if hangup_url:
self.log.debug("Using HangupUrl for CallUUID %s" \
% call_uuid)
else:
if self.get_server().default_hangup_url:
hangup_url = self.get_server().default_hangup_url
self.log.debug("Using HangupUrl from DefaultHangupUrl for CallUUID %s" \
% call_uuid)
elif event['variable_plivo_answer_url']:
hangup_url = event['variable_plivo_answer_url']
self.log.debug("Using HangupUrl from AnswerUrl for CallUUID %s" \
% call_uuid)
elif self.get_server().default_answer_url:
hangup_url = self.get_server().default_answer_url
self.log.debug("Using HangupUrl from DefaultAnswerUrl for CallUUID %s" \
% call_uuid)
if not hangup_url:
self.log.debug("No HangupUrl for Incoming CallUUID %s" % call_uuid)
return
called_num = event['variable_plivo_destination_number']
if not called_num or called_num == '_undef_':
called_num = event['Caller-Destination-Number'] or ''
called_num = called_num.lstrip('+')
caller_num = event['Caller-Caller-ID-Number']
direction = event['Call-Direction']
# case outgoing call, add params
else:
self.log.info("Hangup for Outgoing CallUUID %s Completed, HangupCause %s, RequestUUID %s"
% (call_uuid, reason, request_uuid))
try:
call_req = self.call_requests[request_uuid]
called_num = call_req.to.lstrip('+')
caller_num = call_req._from
if call_req._accountsid:
params['AccountSID'] = call_req._accountsid
direction = "outbound"
self.call_requests[request_uuid] = None
del self.call_requests[request_uuid]
except (KeyError, AttributeError):
called_num = ''
caller_num = ''
direction = "outbound"
self.log.debug("Call Cleaned up for RequestUUID %s" % request_uuid)
if not hangup_url:
self.log.debug("No HangupUrl for Outgoing Call %s, RequestUUID %s" % (call_uuid, request_uuid))
return
forwarded_from = get_substring(':', '@', event['variable_sip_h_Diversion'])
aleg_uuid = event['Caller-Unique-ID']
aleg_request_uuid = event['variable_plivo_request_uuid']
sched_hangup_id = event['variable_plivo_sched_hangup_id']
params['RequestUUID'] = request_uuid
if forwarded_from:
params['ForwardedFrom'] = forwarded_from.lstrip('+')
if aleg_uuid:
params['ALegUUID'] = aleg_uuid
if aleg_request_uuid:
params['ALegRequestUUID'] = aleg_request_uuid
if sched_hangup_id:
params['ScheduledHangupId'] = sched_hangup_id
# if hangup url, handle http request
if hangup_url:
sip_uri = event['variable_plivo_sip_transfer_uri'] or ''
if sip_uri:
params['SIPTransfer'] = 'true'
params['SIPTransferURI'] = sip_uri
params['CallUUID'] = call_uuid or ''
params['HangupCause'] = reason
params['To'] = called_num or ''
params['From'] = caller_num or ''
params['Direction'] = direction or ''
params['CallStatus'] = 'completed'
spawn_raw(self.send_to_url, hangup_url, params)
def _handle_message(self, message, client):
if message.author == client.me:
return
# Schedule the handling of the message to occur during the next iteration of the event loop.
gevent.spawn_raw(self.__handle_message, message)
def _handle_message(self, message, client):
if message.author == client.me:
return
# Schedule the handling of the message to occur during the next iteration of the event loop.
gevent.spawn_raw(self.__handle_message, message)
def handle_request(self, request, session):
gevent.spawn_raw(_gevent_echo, request, session)
def _run(self):
while True:
spawn_raw(self.f, *self.args, **self.kwargs)
sleep(self.interval)
def background_sync(self):
gevent.spawn_raw(self.sync)
def get_page(url):
gevent.spawn_raw(requests,url)
def start(self):
"""Start an asynchronous getaddrinfo invocation."""
if self._greenlet is None:
self._greenlet = gevent.spawn_raw(self._resolve)
else:
LOGGER.warning("_GeventAddressResolver already started")
def test_killall_raw(self):
g = gevent.spawn_raw(lambda: 1)
gevent.killall([g])
def set_database_uri(self, uri):
"""Set the database uri"""
if uri != self.database_uri:
log.debug("Setting database URI to %s", uri)
self.database_uri = uri
gevent.spawn_raw(self.create_engine)
def set_hangup_complete(self, request_uuid, call_uuid, reason, event, hangup_url):
params = {}
# add extra params
params = self.get_extra_fs_vars(event)
# case incoming call
if not request_uuid:
self.log.info("Hangup for Incoming CallUUID %s Completed, HangupCause %s" \
% (call_uuid, reason))
# get hangup url
hangup_url = event['variable_plivo_hangup_url']
if hangup_url:
self.log.debug("Using HangupUrl for CallUUID %s" \
% call_uuid)
else:
if self.get_server().default_hangup_url:
hangup_url = self.get_server().default_hangup_url
self.log.debug("Using HangupUrl from DefaultHangupUrl for CallUUID %s" \
% call_uuid)
elif event['variable_plivo_answer_url']:
hangup_url = event['variable_plivo_answer_url']
self.log.debug("Using HangupUrl from AnswerUrl for CallUUID %s" \
% call_uuid)
elif self.get_server().default_answer_url:
hangup_url = self.get_server().default_answer_url
self.log.debug("Using HangupUrl from DefaultAnswerUrl for CallUUID %s" \
% call_uuid)
if not hangup_url:
self.log.debug("No HangupUrl for Incoming CallUUID %s" % call_uuid)
return
called_num = event['variable_plivo_destination_number']
if not called_num or called_num == '_undef_':
called_num = event['Caller-Destination-Number'] or ''
called_num = called_num.lstrip('+')
caller_num = event['Caller-Caller-ID-Number']
direction = event['Call-Direction']
# case outgoing call, add params
else:
self.log.info("Hangup for Outgoing CallUUID %s Completed, HangupCause %s, RequestUUID %s"
% (call_uuid, reason, request_uuid))
try:
call_req = self.call_requests[request_uuid]
called_num = call_req.to.lstrip('+')
caller_num = call_req._from
if call_req._accountsid:
params['AccountSID'] = call_req._accountsid
direction = "outbound"
self.call_requests[request_uuid] = None
del self.call_requests[request_uuid]
except (KeyError, AttributeError):
called_num = ''
caller_num = ''
direction = "outbound"
self.log.debug("Call Cleaned up for RequestUUID %s" % request_uuid)
if not hangup_url:
self.log.debug("No HangupUrl for Outgoing Call %s, RequestUUID %s" % (call_uuid, request_uuid))
return
forwarded_from = get_substring(':', '@', event['variable_sip_h_Diversion'])
aleg_uuid = event['Caller-Unique-ID']
aleg_request_uuid = event['variable_plivo_request_uuid']
sched_hangup_id = event['variable_plivo_sched_hangup_id']
params['RequestUUID'] = request_uuid
if forwarded_from:
params['ForwardedFrom'] = forwarded_from.lstrip('+')
if aleg_uuid:
params['ALegUUID'] = aleg_uuid
if aleg_request_uuid:
params['ALegRequestUUID'] = aleg_request_uuid
if sched_hangup_id:
params['ScheduledHangupId'] = sched_hangup_id
# if hangup url, handle http request
if hangup_url:
sip_uri = event['variable_plivo_sip_transfer_uri'] or ''
if sip_uri:
params['SIPTransfer'] = 'true'
params['SIPTransferURI'] = sip_uri
params['CallUUID'] = call_uuid or ''
params['HangupCause'] = reason
params['To'] = called_num or ''
params['From'] = caller_num or ''
params['Direction'] = direction or ''
params['CallStatus'] = 'completed'
spawn_raw(self.send_to_url, hangup_url, params)
