def startCall(self): self._gui.enableAudio() call_param = pj.CallOpParam() call_param.opt.audioCount = 1 call_param.opt.videoCount = 0 fails = [] for idx, p in enumerate(self._participantList): # just skip if call is instantiated if self._callList[idx]: continue uri_str = str(p) c = call.Call(self._acc, uri_str, self) self._callList[idx] = c self._gui.audioUpdateState(uri_str, gui.AudioState.INITIALIZING) try: c.makeCall(uri_str, call_param) except: self._callList[idx] = None self._gui.audioUpdateState(uri_str, gui.AudioState.FAILED) fails.append(p) for p in fails: # kick participants with call failure, but spare the last (avoid zombie chat) if not self.isPrivate(): self.kickParticipant(p)
def testCallOptionCreation(self):
# Create CALL option.
callOption = call.Call('SPY', 250, 0.3, 45)
# Test that strike price and underlyingTicker were set correctly.
self.assertEqual(callOption.getStrikePrice(), 250)
self.assertEqual(callOption.getUnderlyingTicker(), 'SPY')
def _doCall(self, peer):
self.log_debug("Start call %s" % peer)
self._mute = False
self.call = call.Call(dtmfsound=self.currentaccount.dtmfsound)
self.call.call(peer)
while True:
if not self.call:
break
if self.call:
if self.call.is_call_disconnected():
break
try:
ev = self.eventqueue.get_nowait()
if ev == EVENT_MUTE:
if self.currentaccount:
if self.currentaccount.mutemode == OPT_MUTE_INCOMING:
self.call.all_unmute()
self.call.in_mute()
self.log_debug("Mute Incoming")
elif self.currentaccount.mutemode == OPT_MUTE_OUTGOING:
self.call.all_unmute()
self.call.out_mute()
self.log_debug("Mute Outgoing")
elif self.currentaccount.mutemode == OPT_MUTE_BOTH:
self.call.all_mute()
self.log_debug("Mute Incoming/Outgoing")
else:
self.log_debug("No account selected")
elif ev == EVENT_UNMUTE:
if self.currentaccount:
if self.currentaccount.mutemode == OPT_MUTE_INCOMING:
self.call.all_unmute()
self.log_debug("Unmute Incoming")
elif self.currentaccount.mutemode == OPT_MUTE_OUTGOING:
self.call.all_unmute()
self.log_debug("Unmute Outgoing")
elif self.currentaccount.mutemode == OPT_MUTE_BOTH:
self.call.all_unmute()
self.log_debug("Unmute Incoming/Outgoing")
else:
self.log_debug("No account selected")
elif ev == EVENT_HANGUP:
self._is_local_hangup = True
break
except:
pass
self.call.sleep(50)
# end of call loop, hangup !
self.call.hangup()
self.call = None
self.log_debug("End call %s" % peer)
def onIncomingCall(self, prm):
c = call.Call(self, call_id=prm.callId)
call_prm = pj.CallOpParam()
call_prm.statusCode = 180
c.answer(call_prm)
ci = c.getInfo()
msg = "Incoming call for account '%s'" % self.cfg.idUri
if msgbox.askquestion(msg, "Accept call from '%s'?" % (ci.remoteUri), default=msgbox.YES) == u'yes':
call_prm.statusCode = 200
c.answer(call_prm)
# find/create chat instance
chat = self.findChat(ci.remoteUri)
if not chat: chat = self.newChat(ci.remoteUri)
chat.showWindow()
chat.registerCall(ci.remoteUri, c)
chat.updateCallState(c, ci)
else:
c.hangup(call_prm)
def onIncomingCall(self, prm):
c = call.Call(self, call_id=prm.callId)
call_prm = pj.CallOpParam()
call_prm.statusCode = 180
c.answer(call_prm)
ci = c.getInfo()
print("Incoming call for account '%s'" % self.cfg.idUri)
r=input("ACCEPT y/n ")
if r == "y":
call_prm.statusCode = 200
c.answer(call_prm)
# find/create chat instance
chat = self.findChat(ci.remoteUri)
if not chat: chat = self.newChat(ci.remoteUri)
chat.showWindow()
chat.registerCall(ci.remoteUri, c)
chat.updateCallState(c, ci)
else:
c.hangup(call_prm)
# $Id: checkcallerid.cgi,v 1.2 2004/09/08 00:43:35 myudkowsky Exp $
# Start a VCM session
import session
import call
#
# TEST VERSION -- HARDCODED EVERYTHING!
#
# Get list of participants we will call
names = ( ('Moshe Office', '7737648727'), ('Moshe Office', '7737648727') )
destinations = list()
[ destinations.append(call.Participant(entry[0], entry[1])) for entry in names ]
# Create current list of call legs
legs = list()
[ legs.append(call.Call_Leg(destination)) for destination in destinations ]
# create a call data structure
current_call = call.Call(legs)
print current_call.getPhoneNumberList()
def add(self, name, phnNum, resnFrCal):
uniId = str(uuid.uuid4())
uniId = uniId[-6:]
self.call.append(call.Call(name, phnNum, resnFrCal, idd=uniId))
return self
def press(self):
self.elev.add_call(call.Call(button=self))
print "Name:", caller.name
print "Phone number:", caller.phone
print ""
def sort(self):
# https://docs.python.org/2/library/functions.html
# https://wiki.python.org/moin/HowTo/Sorting#Sortingbykeys
self.calls.sort(key=lambda x: x.time_call, reverse=False)
return self
def __repr__(self):
return "<CallCenter object Queue Size: {}>".format(self.queue_size)
if __name__ == "__main__":
caller1 = call.Call("c1", "Toto", "123-123-1234", datetime.datetime.now(),
"Reason1")
caller2 = call.Call("c2", "Fata", "223-223-2234", datetime.datetime.now(),
"Reason2")
caller3 = call.Call("c3", "TDodo", "323-323-1234", datetime.datetime.now(),
"Reason3")
caller4 = call.Call("c4", "Anama", "443-424-2234", datetime.datetime.now(),
"Reason4")
caller5 = call.Call("c5", "Fnema", "453-524-5234", datetime.datetime.now(),
"Reason5")
cc1 = CallCenter()
cc1.add(caller1).add(caller5).add(caller2).add(caller3).add(caller4)
cc1.info()
cc1.remove()
cc1.remove_by_phone("323-323-1234")
cc1.remove_by_phone("555-553-1234") # Do nothing
def _make_call(self, endpoint, method, params):
return call.Call('{}{}'.format(self.baseurl, endpoint),
self.verify_ssl,
method,
params=params)
