def __init__(self):
self._sock = None # our socket
self.title = None # set by received greeting
self._connected = threading.Event()
self._running = threading.Event()
# our hostname
self.hostname = socket.gethostname()
# pid -- used for unique naming of ActionID
self.pid = os.getpid ()
# our queues
self._message_queue = Queue()
self._response_queue = Queue()
self._event_queue = Queue()
# callbacks for events
self._event_callbacks = {}
self._reswaiting = [] # who is waiting for a response
# sequence stuff
self._seqlock = threading.Lock()
self._seq = 0
# some threads
self.message_thread = threading.Thread(target=self.message_loop)
self.event_dispatch_thread = threading.Thread(target=self.event_dispatch)
self.message_thread.setDaemon(True)
self.event_dispatch_thread.setDaemon(True)
def __init__(self):
self._sock = None # our socket
self.title = None # set by received greeting
self._connected = threading.Event()
self._running = threading.Event()
# our hostname
self.hostname = socket.gethostname()
# pid -- used for unique naming of ActionID
self.pid = os.getpid()
# our queues
self._message_queue = Queue()
self._response_queue = Queue()
self._event_queue = Queue()
# callbacks for events
self._event_callbacks = {}
self._reswaiting = [] # who is waiting for a response
# sequence stuff
self._seqlock = threading.Lock()
self._seq = 0
# some threads
self.message_thread = threading.Thread(target=self.message_loop)
self.event_dispatch_thread = threading.Thread(
target=self.event_dispatch)
self.message_thread.setDaemon(True)
self.event_dispatch_thread.setDaemon(True)
class Test_Manager(unittest.TestCase):
""" Test the asterisk management interface.
"""
default_events = AsteriskEmu.default_events
def close(self):
if self.manager:
self.manager.close()
self.manager = None
self.astemu.close()
def setUp(self):
self.manager = None
self.childpid = None
self.events = []
self.evcount = 0
self.queue = Queue()
def tearDown(self):
self.close()
def handler(self, event, manager):
self.events.append(event)
self.queue.put(self.evcount)
self.evcount += 1
def run_manager(self, chatscript):
self.astemu = AsteriskEmu(chatscript)
self.port = self.astemu.port
self.manager = Manager()
self.manager.connect('localhost', port=self.port)
self.manager.register_event('*', self.handler)
def compare_result(self, r_event, event):
for k, v in event.iteritems():
if k == 'CONTENT':
self.assertEqual(r_event.data, v)
elif isinstance(v, str):
self.assertEqual(r_event[k], v)
else:
self.assertEqual(r_event[k], v[-1])
self.assertEqual(sorted(r_event.multiheaders[k]),
sorted(list(v)))
def test_login(self):
self.run_manager({})
r = self.manager.login('account', 'geheim')
self.compare_result(r, self.default_events['Login'][0])
self.close()
self.assertEqual(self.events, [])
def test_command(self):
d = dict
events = dict \
( Command =
( Event
( Response = ('Follows',)
, Privilege = ('Command',)
, CONTENT =
"""Channel Location State Application(Data)
lcr/556 s@attendoparse:9 Up Read(dtmf,,30,noanswer,,2)
1 active channel
1 active call
372 calls processed
--END COMMAND--\r
"""
)
,
)
)
self.run_manager(events)
r = self.manager.command('core show channels')
self.assertEqual(self.events, [])
self.compare_result(r, events['Command'][0])
def test_redirect(self):
d = dict
events = dict \
( Redirect =
( Event
( Response = ('Success',)
, Message = ('Redirect successful',)
)
,
)
)
self.run_manager(events)
r = self.manager.redirect \
('lcr/556', 'generic', 'Bye', context='attendo')
self.assertEqual(self.events, [])
self.compare_result(r, events['Redirect'][0])
def test_originate(self):
d = dict
events = dict \
( Originate =
( Event
( Response = ('Success',)
, Message = ('Originate successfully queued',)
)
, Event
( Event = ('Newchannel',)
, Privilege = ('call,all',)
, Channel = ('lcr/557',)
, ChannelState = ('1',)
, ChannelStateDesc = ('Rsrvd',)
, CallerIDNum = ('',)
, CallerIDName = ('',)
, AccountCode = ('',)
, Exten = ('',)
, Context = ('',)
, Uniqueid = ('1332366541.558',)
)
, Event
( Event = ('NewAccountCode',)
, Privilege = ('call,all',)
, Channel = ('lcr/557',)
, Uniqueid = ('1332366541.558',)
, AccountCode = ('4019946397',)
, OldAccountCode = ('',)
)
, Event
({ 'Event' : ('NewCallerid',)
, 'Privilege' : ('call,all',)
, 'Channel' : ('lcr/557',)
, 'CallerIDNum' : ('',)
, 'CallerIDName' : ('',)
, 'Uniqueid' : ('1332366541.558',)
, 'CID-CallingPres' :
('0 (Presentation Allowed, Not Screened)',)
})
, Event
( Event = ('Newchannel',)
, Privilege = ('call,all',)
, Channel = ('lcr/558',)
, ChannelState = ('1',)
, ChannelStateDesc = ('Rsrvd',)
, CallerIDNum = ('',)
, CallerIDName = ('',)
, AccountCode = ('',)
, Exten = ('',)
, Context = ('',)
, Uniqueid = ('1332366541.559',)
)
, Event
( Event = ('Newstate',)
, Privilege = ('call,all',)
, Channel = ('lcr/558',)
, ChannelState = ('4',)
, ChannelStateDesc = ('Ring',)
, CallerIDNum = ('0000000000',)
, CallerIDName = ('',)
, Uniqueid = ('1332366541.559',)
)
, Event
( Event = ('Newstate',)
, Privilege = ('call,all',)
, Channel = ('lcr/558',)
, ChannelState = ('7',)
, ChannelStateDesc = ('Busy',)
, CallerIDNum = ('0000000000',)
, CallerIDName = ('',)
, Uniqueid = ('1332366541.559',)
)
, Event
({ 'Event' : ('Hangup',)
, 'Privilege' : ('call,all',)
, 'Channel' : ('lcr/558',)
, 'Uniqueid' : ('1332366541.559',)
, 'CallerIDNum' : ('0000000000',)
, 'CallerIDName' : ('<unknown>',)
, 'Cause' : ('16',)
, 'Cause-txt' : ('Normal Clearing',)
})
, Event
({ 'Event' : ('Hangup',)
, 'Privilege' : ('call,all',)
, 'Channel' : ('lcr/557',)
, 'Uniqueid' : ('1332366541.558',)
, 'CallerIDNum' : ('<unknown>',)
, 'CallerIDName' : ('<unknown>',)
, 'Cause' : ('17',)
, 'Cause-txt' : ('User busy',)
})
, Event
( Event = ('OriginateResponse',)
, Privilege = ('call,all',)
, Response = ('Failure',)
, Channel = ('LCR/Ext1/0000000000',)
, Context = ('linecheck',)
, Exten = ('1',)
, Reason = ('1',)
, Uniqueid = ('<null>',)
, CallerIDNum = ('<unknown>',)
, CallerIDName = ('<unknown>',)
)
)
)
self.run_manager(events)
r = self.manager.originate \
('LCR/Ext1/0000000000', '1'
, context = 'linecheck'
, priority = '1'
, account = '4019946397'
, variables = {'CALL_DELAY' : '1', 'SOUND' : 'abandon-all-hope'}
)
self.compare_result(r, events['Originate'][0])
for k in events['Originate'][1:]:
n = self.queue.get()
self.compare_result(self.events[n], events['Originate'][n + 1])
def test_misc_events(self):
d = dict
# Events from SF bug 3470641
# http://sourceforge.net/tracker/
# ?func=detail&aid=3470641&group_id=76162&atid=546272
# But we fail to reproduce the bug.
events = dict \
( Login =
( self.default_events['Login'][0]
, Event
({ 'AppData' : '0?begin2'
, 'Extension' : 'zap2dahdi'
, 'Uniqueid' : '1325950970.698'
, 'Priority' : '9'
, 'Application': 'GotoIf'
, 'Context' : 'macro-dial-one'
, 'Privilege' : 'dialplan,all'
, 'Event' : 'Newexten'
, 'Channel' : 'Local/102@from-queue-a8ca;2'
})
, Event
({ 'Value' : '2'
, 'Variable' : 'MACRO_DEPTH'
, 'Uniqueid' : '1325950970.698'
, 'Privilege' : 'dialplan,all'
, 'Event' : 'VarSet'
, 'Channel' : 'Local/102@from-queue-a8ca;2'
})
, Event
({'Privilege': 'dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 9\r\n'
'Application: GotoIf\r\n'
'AppData: 0?begin2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 10\r\n'
'Application: Set\r\n'
'AppData: THISDIAL=SIP/102\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: THISDIAL\r\n'
'Value: SIP/102\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 11\r\n'
'Application: Return\r\n'
'AppData: \r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: GOSUB_RETVAL\r\n'
'Value: \r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: dstring\r\n'
'Priority: 9\r\n'
'Application: Set\r\n'
'AppData: DSTRING=SIP/102&\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: DSTRING\r\n'
'Value: SIP/102&\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: dstring\r\n'
'Priority: 10\r\n'
'Application: Set\r\n'
'AppData: ITER=2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 6\r\n'
'Application: ExecIf\r\n'
'AppData: 0?Set(THISPART2=DAHDI/101)\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: ITER\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 7\r\n'
'Application: Set\r\n'
'AppData: NEWDIAL=SIP/101&\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: NEWDIAL\r\n'
'Value: SIP/101&\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 8\r\n'
'Application: Set\r\n'
'AppData: ITER2=2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: ITER2\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 9\r\n'
'Application: GotoIf\r\n'
'AppData: 0?begin2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 10\r\n'
'Application: Set\r\n'
'AppData: THISDIAL=SIP/101\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: THISDIAL\r\n'
'Value: SIP/101\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2'
, 'Variable': 'MACRO_DEPTH'
, 'Event': 'VarSet'
, 'Value': '2'
, 'Uniqueid': '1325950970.696'
})
)
)
self.run_manager(events)
r = self.manager.login('account', 'geheim')
self.compare_result(r, events['Login'][0])
evnames = []
for s in events['Login'][3]['Privilege'].split('\r\n'):
if s.startswith('Event:'):
evnames.append(s.split(':')[1].strip())
for k in xrange(30):
n = self.queue.get()
e = self.events[n]
if n < 2:
self.compare_result(e, events['Login'][n + 1])
elif n == 2:
self.assertEqual(e['Event'], 'VarSet')
else:
self.assertEqual(e['Event'], evnames[n - 3])
self.assertEqual(len(self.events), 30)
def test_agent_event(self):
d = dict
# Events from SF bug 3470641
# http://sourceforge.net/tracker/
# ?func=detail&aid=3470641&group_id=76162&atid=546272
# But we fail to reproduce the bug.
events = dict \
( Login =
( self.default_events['Login'][0]
, Event
( Event = ('AgentCalled',)
, Privilege = ('agent,all',)
, Queue = ('test',)
, AgentCalled = ('SIP/s394000',)
, AgentName = ('910567',)
, ChannelCalling = ('SIP/multifon-00000006',)
, DestinationChannel = ('SIP/s394000-00000007',)
, CallerIDNum = ('394000',)
, CallerIDName = ('Agent',)
, Context = ('from-multifon',)
, Extension = ('7930456789',)
, Priority = ('3',)
, Uniqueid = ('1302010429.6',)
, Variable = ('data1=456789', 'data2=test')
)
)
)
self.run_manager(events)
r = self.manager.login('account', 'geheim')
self.compare_result(r, events['Login'][0])
for k in events['Login'][1:]:
n = self.queue.get()
self.compare_result(self.events[n], events['Login'][n + 1])
def setUp(self):
self.manager = None
self.childpid = None
self.events = []
self.evcount = 0
self.queue = Queue()
class Manager(object):
def __init__(self):
self._sock = None # our socket
self.title = None # set by received greeting
self._connected = threading.Event()
self._running = threading.Event()
# our hostname
self.hostname = socket.gethostname()
# pid -- used for unique naming of ActionID
self.pid = os.getpid()
# our queues
self._message_queue = Queue()
self._response_queue = Queue()
self._event_queue = Queue()
# callbacks for events
self._event_callbacks = {}
self._reswaiting = [] # who is waiting for a response
# sequence stuff
self._seqlock = threading.Lock()
self._seq = 0
# some threads
self.message_thread = threading.Thread(target=self.message_loop)
self.event_dispatch_thread = threading.Thread(
target=self.event_dispatch)
self.message_thread.setDaemon(True)
self.event_dispatch_thread.setDaemon(True)
def __del__(self):
self.close()
def connected(self):
"""
Check if we are connected or not.
"""
return self._connected.isSet()
def next_seq(self):
"""Return the next number in the sequence, this is used for ActionID"""
self._seqlock.acquire()
try:
return self._seq
finally:
self._seq += 1
self._seqlock.release()
def send_action(self, cdict={}, **kwargs):
"""
Send a command to the manager
If a list is passed to the cdict argument, each item in the list will
be sent to asterisk under the same header in the following manner:
cdict = {"Action": "Originate",
"Variable": ["var1=value", "var2=value"]}
send_action(cdict)
...
Action: Originate
Variable: var1=value
Variable: var2=value
"""
if not self._connected.isSet():
raise ManagerException("Not connected")
# fill in our args
cdict.update(kwargs)
# set the action id
if 'ActionID' not in cdict:
cdict['ActionID'] = '%s-%04s-%08x' % (self.hostname, self.pid,
self.next_seq())
clist = []
# generate the command
for key, value in cdict.items():
if isinstance(value, list):
for item in value:
item = tuple([key, item])
clist.append('%s: %s' % item)
else:
item = tuple([key, value])
clist.append('%s: %s' % item)
clist.append(EOL)
command = EOL.join(clist)
# lock the socket and send our command
try:
self._sock.write(command.encode('utf-8'))
self._sock.flush()
except socket.error as err:
errno, reason = err
raise ManagerSocketException(errno, reason)
self._reswaiting.insert(0, 1)
response = self._response_queue.get()
self._reswaiting.pop(0)
if not response:
raise ManagerSocketException(0, 'Connection Terminated')
return response
def _receive_data(self):
"""
Read the response from a command.
"""
multiline = False
wait_for_marker = False
eolcount = 0
# loop while we are sill running and connected
while self._running.isSet() and self._connected.isSet():
try:
lines = []
for line in self._sock:
line = line.decode('utf-8')
# check to see if this is the greeting line
if not self.title and '/' in line and not ':' in line:
# store the title of the manager we are connecting to:
self.title = line.split('/')[0].strip()
# store the version of the manager we are connecting to:
self.version = line.split('/')[1].strip()
# fake message header
lines.append('Response: Generated Header\r\n')
lines.append(line)
break
# If the line is EOL marker we have a complete message.
# Some commands are broken and contain a \n\r\n
# sequence, in the case wait_for_marker is set, we
# have such a command where the data ends with the
# marker --END COMMAND--, so we ignore embedded
# newlines until we see that marker
if line == EOL and not wait_for_marker:
multiline = False
if lines or not self._connected.isSet():
break
# ignore empty lines at start
continue
lines.append(line)
# line not ending in \r\n or without ':' isn't a
# valid header and starts multiline response
if not line.endswith('\r\n') or ':' not in line:
multiline = True
# Response: Follows indicates we should wait for end
# marker --END COMMAND--
if not multiline and line.startswith('Response') and \
line.split(':', 1)[1].strip() == 'Follows':
wait_for_marker = True
# same when seeing end of multiline response
if multiline and line.startswith('--END COMMAND--'):
wait_for_marker = False
multiline = False
if not self._connected.isSet():
break
else:
# EOF during reading
self._sock.close()
self._connected.clear()
# if we have a message append it to our queue
if lines and self._connected.isSet():
self._message_queue.put(lines)
else:
self._message_queue.put(None)
except socket.error:
self._sock.close()
self._connected.clear()
self._message_queue.put(None)
def register_event(self, event, function):
"""
Register a callback for the specfied event.
If a callback function returns True, no more callbacks for that
event will be executed.
"""
# get the current value, or an empty list
# then add our new callback
current_callbacks = self._event_callbacks.get(event, [])
current_callbacks.append(function)
self._event_callbacks[event] = current_callbacks
def unregister_event(self, event, function):
"""
Unregister a callback for the specified event.
"""
current_callbacks = self._event_callbacks.get(event, [])
current_callbacks.remove(function)
self._event_callbacks[event] = current_callbacks
def message_loop(self):
"""
The method for the event thread.
This actually recieves all types of messages and places them
in the proper queues.
"""
# start a thread to receive data
t = threading.Thread(target=self._receive_data)
t.setDaemon(True)
t.start()
try:
# loop getting messages from the queue
while self._running.isSet():
# get/wait for messages
data = self._message_queue.get()
# if we got None as our message we are done
if not data:
# notify the other queues
self._event_queue.put(None)
for waiter in self._reswaiting:
self._response_queue.put(None)
break
# parse the data
message = ManagerMsg(data)
# check if this is an event message
if message.has_header('Event'):
self._event_queue.put(Event(message))
# check if this is a response
elif message.has_header('Response'):
self._response_queue.put(message)
else:
self._response_queue.put(None)
print('No clue what we got\n%s' % message.data)
finally:
# wait for our data receiving thread to exit
t.join()
def event_dispatch(self):
"""This thread is responsible for dispatching events"""
# loop dispatching events
while self._running.isSet():
# get/wait for an event
ev = self._event_queue.get()
# if we got None as an event, we are finished
if not ev:
break
# dispatch our events
# first build a list of the functions to execute
callbacks = (self._event_callbacks.get(ev.name, []) +
self._event_callbacks.get('*', []))
# now execute the functions
for callback in callbacks:
if callback(ev, self):
break
def connect(self, host, port=5038):
"""Connect to the manager interface"""
if self._connected.isSet():
raise ManagerException('Already connected to manager')
# make sure host is a string
assert isinstance(host, string_types)
port = int(port) # make sure port is an int
# create our socket and connect
try:
_sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
_sock.connect((host, port))
self._sock = _sock.makefile(mode='rwb')
_sock.close()
except socket.error as err:
errno, reason = err
raise ManagerSocketException(errno, reason)
# we are connected and running
self._connected.set()
self._running.set()
# start the event thread
self.message_thread.start()
# start the event dispatching thread
self.event_dispatch_thread.start()
# get our initial connection response
return self._response_queue.get()
def close(self):
"""Shutdown the connection to the manager"""
# if we are still running, logout
if self._running.isSet() and self._connected.isSet():
self.logoff()
if self._running.isSet():
# put None in the message_queue to kill our threads
self._message_queue.put(None)
# wait for the event thread to exit
self.message_thread.join()
# make sure we do not join our self (when close is called from event handlers)
if threading.currentThread() != self.event_dispatch_thread:
# wait for the dispatch thread to exit
self.event_dispatch_thread.join()
self._running.clear()
# Manager actions
def login(self, username, secret):
"""Login to the manager, throws ManagerAuthException when login falis"""
cdict = {'Action': 'Login'}
cdict['Username'] = username
cdict['Secret'] = secret
response = self.send_action(cdict)
if response.get_header('Response') == 'Error':
raise ManagerAuthException(response.get_header('Message'))
return response
def ping(self):
"""Send a ping action to the manager"""
cdict = {'Action': 'Ping'}
response = self.send_action(cdict)
return response
def logoff(self):
"""Logoff from the manager"""
cdict = {'Action': 'Logoff'}
response = self.send_action(cdict)
return response
def hangup(self, channel):
"""Hangup the specified channel"""
cdict = {'Action': 'Hangup'}
cdict['Channel'] = channel
response = self.send_action(cdict)
return response
def status(self, channel=''):
"""Get a status message from asterisk"""
cdict = {'Action': 'Status'}
cdict['Channel'] = channel
response = self.send_action(cdict)
return response
def redirect(self,
channel,
exten,
priority='1',
extra_channel='',
context=''):
"""Redirect a channel"""
cdict = {'Action': 'Redirect'}
cdict['Channel'] = channel
cdict['Exten'] = exten
cdict['Priority'] = priority
if context: cdict['Context'] = context
if extra_channel: cdict['ExtraChannel'] = extra_channel
response = self.send_action(cdict)
return response
def originate(self,
channel,
exten,
context='',
priority='',
timeout='',
caller_id='',
async=False,
account='',
variables={}):
class Manager(object):
def __init__(self):
self._sock = None # our socket
self.title = None # set by received greeting
self._connected = threading.Event()
self._running = threading.Event()
# our hostname
self.hostname = socket.gethostname()
# pid -- used for unique naming of ActionID
self.pid = os.getpid ()
# our queues
self._message_queue = Queue()
self._response_queue = Queue()
self._event_queue = Queue()
# callbacks for events
self._event_callbacks = {}
self._reswaiting = [] # who is waiting for a response
# sequence stuff
self._seqlock = threading.Lock()
self._seq = 0
# some threads
self.message_thread = threading.Thread(target=self.message_loop)
self.event_dispatch_thread = threading.Thread(target=self.event_dispatch)
self.message_thread.setDaemon(True)
self.event_dispatch_thread.setDaemon(True)
def __del__(self):
self.close()
def connected(self):
"""
Check if we are connected or not.
"""
return self._connected.isSet()
def next_seq(self):
"""Return the next number in the sequence, this is used for ActionID"""
self._seqlock.acquire()
try:
return self._seq
finally:
self._seq += 1
self._seqlock.release()
def send_action(self, cdict={}, **kwargs):
"""
Send a command to the manager
If a list is passed to the cdict argument, each item in the list will
be sent to asterisk under the same header in the following manner:
cdict = {"Action": "Originate",
"Variable": ["var1=value", "var2=value"]}
send_action(cdict)
...
Action: Originate
Variable: var1=value
Variable: var2=value
"""
if not self._connected.isSet():
raise ManagerException("Not connected")
# fill in our args
cdict.update(kwargs)
# set the action id
if 'ActionID' not in cdict:
cdict['ActionID'] = '%s-%04s-%08x' % (self.hostname,
self.pid, self.next_seq())
clist = []
# generate the command
for key, value in cdict.items():
if isinstance(value, list):
for item in value:
item = tuple([key, item])
clist.append('%s: %s' % item)
else:
item = tuple([key, value])
clist.append('%s: %s' % item)
clist.append(EOL)
command = EOL.join(clist)
# lock the socket and send our command
try:
self._sock.write(command.encode('utf-8'))
self._sock.flush()
except socket.error as err:
errno, reason = err
raise ManagerSocketException(errno, reason)
self._reswaiting.insert(0,1)
response = self._response_queue.get()
self._reswaiting.pop(0)
if not response:
raise ManagerSocketException(0, 'Connection Terminated')
return response
def _receive_data(self):
"""
Read the response from a command.
"""
multiline = False
wait_for_marker = False
eolcount = 0
# loop while we are sill running and connected
while self._running.isSet() and self._connected.isSet():
try:
lines = []
for line in self._sock :
line = line.decode('utf-8')
# check to see if this is the greeting line
if not self.title and '/' in line and not ':' in line:
# store the title of the manager we are connecting to:
self.title = line.split('/')[0].strip()
# store the version of the manager we are connecting to:
self.version = line.split('/')[1].strip()
# fake message header
lines.append ('Response: Generated Header\r\n')
lines.append (line)
break
# If the line is EOL marker we have a complete message.
# Some commands are broken and contain a \n\r\n
# sequence, in the case wait_for_marker is set, we
# have such a command where the data ends with the
# marker --END COMMAND--, so we ignore embedded
# newlines until we see that marker
if line == EOL and not wait_for_marker :
multiline = False
if lines or not self._connected.isSet():
break
# ignore empty lines at start
continue
lines.append(line)
# line not ending in \r\n or without ':' isn't a
# valid header and starts multiline response
if not line.endswith('\r\n') or ':' not in line:
multiline = True
# Response: Follows indicates we should wait for end
# marker --END COMMAND--
if not multiline and line.startswith('Response') and \
line.split(':', 1)[1].strip() == 'Follows':
wait_for_marker = True
# same when seeing end of multiline response
if multiline and line.startswith('--END COMMAND--'):
wait_for_marker = False
multiline = False
if not self._connected.isSet():
break
else:
# EOF during reading
self._sock.close()
self._connected.clear()
# if we have a message append it to our queue
if lines and self._connected.isSet():
self._message_queue.put(lines)
else:
self._message_queue.put(None)
except socket.error:
self._sock.close()
self._connected.clear()
self._message_queue.put(None)
def register_event(self, event, function):
"""
Register a callback for the specfied event.
If a callback function returns True, no more callbacks for that
event will be executed.
"""
# get the current value, or an empty list
# then add our new callback
current_callbacks = self._event_callbacks.get(event, [])
current_callbacks.append(function)
self._event_callbacks[event] = current_callbacks
def unregister_event(self, event, function):
"""
Unregister a callback for the specified event.
"""
current_callbacks = self._event_callbacks.get(event, [])
current_callbacks.remove(function)
self._event_callbacks[event] = current_callbacks
def message_loop(self):
"""
The method for the event thread.
This actually recieves all types of messages and places them
in the proper queues.
"""
# start a thread to receive data
t = threading.Thread(target=self._receive_data)
t.setDaemon(True)
t.start()
try:
# loop getting messages from the queue
while self._running.isSet():
# get/wait for messages
data = self._message_queue.get()
# if we got None as our message we are done
if not data:
# notify the other queues
self._event_queue.put(None)
for waiter in self._reswaiting:
self._response_queue.put(None)
break
# parse the data
message = ManagerMsg(data)
# check if this is an event message
if message.has_header('Event'):
self._event_queue.put(Event(message))
# check if this is a response
elif message.has_header('Response'):
self._response_queue.put(message)
else:
self._response_queue.put(None)
print ('No clue what we got\n%s' % message.data)
finally:
# wait for our data receiving thread to exit
t.join()
def event_dispatch(self):
"""This thread is responsible for dispatching events"""
# loop dispatching events
while self._running.isSet():
# get/wait for an event
ev = self._event_queue.get()
# if we got None as an event, we are finished
if not ev:
break
# dispatch our events
# first build a list of the functions to execute
callbacks = (self._event_callbacks.get(ev.name, [])
+ self._event_callbacks.get('*', []))
# now execute the functions
for callback in callbacks:
if callback(ev, self):
break
def connect(self, host, port=5038):
"""Connect to the manager interface"""
if self._connected.isSet():
raise ManagerException('Already connected to manager')
# make sure host is a string
assert isinstance (host, string_types)
port = int(port) # make sure port is an int
# create our socket and connect
try:
_sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
_sock.connect((host,port))
self._sock = _sock.makefile(mode='rwb')
_sock.close()
except socket.error as err:
errno, reason = err
raise ManagerSocketException(errno, reason)
# we are connected and running
self._connected.set()
self._running.set()
# start the event thread
self.message_thread.start()
# start the event dispatching thread
self.event_dispatch_thread.start()
# get our initial connection response
return self._response_queue.get()
def close(self):
"""Shutdown the connection to the manager"""
# if we are still running, logout
if self._running.isSet() and self._connected.isSet():
self.logoff()
if self._running.isSet():
# put None in the message_queue to kill our threads
self._message_queue.put(None)
# wait for the event thread to exit
self.message_thread.join()
# make sure we do not join our self (when close is called from event handlers)
if threading.currentThread() != self.event_dispatch_thread:
# wait for the dispatch thread to exit
self.event_dispatch_thread.join()
self._running.clear()
# Manager actions
def login(self, username, secret):
"""Login to the manager, throws ManagerAuthException when login falis"""
cdict = {'Action':'Login'}
cdict['Username'] = username
cdict['Secret'] = secret
response = self.send_action(cdict)
if response.get_header('Response') == 'Error':
raise ManagerAuthException(response.get_header('Message'))
return response
def ping(self):
"""Send a ping action to the manager"""
cdict = {'Action':'Ping'}
response = self.send_action(cdict)
return response
def logoff(self):
"""Logoff from the manager"""
cdict = {'Action':'Logoff'}
response = self.send_action(cdict)
return response
def hangup(self, channel):
"""Hangup the specified channel"""
cdict = {'Action':'Hangup'}
cdict['Channel'] = channel
response = self.send_action(cdict)
return response
def status(self, channel = ''):
"""Get a status message from asterisk"""
cdict = {'Action':'Status'}
cdict['Channel'] = channel
response = self.send_action(cdict)
return response
def redirect(self, channel, exten, priority='1', extra_channel='', context=''):
"""Redirect a channel"""
cdict = {'Action':'Redirect'}
cdict['Channel'] = channel
cdict['Exten'] = exten
cdict['Priority'] = priority
if context: cdict['Context'] = context
if extra_channel: cdict['ExtraChannel'] = extra_channel
response = self.send_action(cdict)
return response
def originate(self, channel, exten, context='', priority='', timeout='', caller_id='', async=False, account='', variables={}):
class Test_Manager(unittest.TestCase):
""" Test the asterisk management interface.
"""
default_events = AsteriskEmu.default_events
def close(self):
if self.manager:
self.manager.close()
self.manager = None
self.astemu.close()
def setUp(self):
self.manager = None
self.childpid = None
self.events = []
self.evcount = 0
self.queue = Queue()
def tearDown(self):
self.close()
def handler(self, event, manager):
self.events.append(event)
self.queue.put(self.evcount)
self.evcount += 1
def run_manager(self, chatscript):
self.astemu = AsteriskEmu (chatscript)
self.port = self.astemu.port
self.manager = Manager()
self.manager.connect('localhost', port = self.port)
self.manager.register_event ('*', self.handler)
def compare_result(self, r_event, event):
for k, v in event.iteritems():
if k == 'CONTENT':
self.assertEqual(r_event.data, v)
elif isinstance(v, str):
self.assertEqual(r_event[k], v)
else:
self.assertEqual(r_event[k], v[-1])
self.assertEqual(sorted(r_event.multiheaders[k]),
sorted(list(v)))
def test_login(self):
self.run_manager({})
r = self.manager.login('account', 'geheim')
self.compare_result(r, self.default_events['Login'][0])
self.close()
self.assertEqual(self.events, [])
def test_command(self):
d = dict
events = dict \
( Command =
( Event
( Response = ('Follows',)
, Privilege = ('Command',)
, CONTENT =
"""Channel Location State Application(Data)
lcr/556 s@attendoparse:9 Up Read(dtmf,,30,noanswer,,2)
1 active channel
1 active call
372 calls processed
--END COMMAND--\r
"""
)
,
)
)
self.run_manager(events)
r = self.manager.command ('core show channels')
self.assertEqual(self.events, [])
self.compare_result(r, events['Command'][0])
def test_redirect(self):
d = dict
events = dict \
( Redirect =
( Event
( Response = ('Success',)
, Message = ('Redirect successful',)
)
,
)
)
self.run_manager(events)
r = self.manager.redirect \
('lcr/556', 'generic', 'Bye', context='attendo')
self.assertEqual(self.events, [])
self.compare_result(r, events['Redirect'][0])
def test_originate(self):
d = dict
events = dict \
( Originate =
( Event
( Response = ('Success',)
, Message = ('Originate successfully queued',)
)
, Event
( Event = ('Newchannel',)
, Privilege = ('call,all',)
, Channel = ('lcr/557',)
, ChannelState = ('1',)
, ChannelStateDesc = ('Rsrvd',)
, CallerIDNum = ('',)
, CallerIDName = ('',)
, AccountCode = ('',)
, Exten = ('',)
, Context = ('',)
, Uniqueid = ('1332366541.558',)
)
, Event
( Event = ('NewAccountCode',)
, Privilege = ('call,all',)
, Channel = ('lcr/557',)
, Uniqueid = ('1332366541.558',)
, AccountCode = ('4019946397',)
, OldAccountCode = ('',)
)
, Event
({ 'Event' : ('NewCallerid',)
, 'Privilege' : ('call,all',)
, 'Channel' : ('lcr/557',)
, 'CallerIDNum' : ('',)
, 'CallerIDName' : ('',)
, 'Uniqueid' : ('1332366541.558',)
, 'CID-CallingPres' :
('0 (Presentation Allowed, Not Screened)',)
})
, Event
( Event = ('Newchannel',)
, Privilege = ('call,all',)
, Channel = ('lcr/558',)
, ChannelState = ('1',)
, ChannelStateDesc = ('Rsrvd',)
, CallerIDNum = ('',)
, CallerIDName = ('',)
, AccountCode = ('',)
, Exten = ('',)
, Context = ('',)
, Uniqueid = ('1332366541.559',)
)
, Event
( Event = ('Newstate',)
, Privilege = ('call,all',)
, Channel = ('lcr/558',)
, ChannelState = ('4',)
, ChannelStateDesc = ('Ring',)
, CallerIDNum = ('0000000000',)
, CallerIDName = ('',)
, Uniqueid = ('1332366541.559',)
)
, Event
( Event = ('Newstate',)
, Privilege = ('call,all',)
, Channel = ('lcr/558',)
, ChannelState = ('7',)
, ChannelStateDesc = ('Busy',)
, CallerIDNum = ('0000000000',)
, CallerIDName = ('',)
, Uniqueid = ('1332366541.559',)
)
, Event
({ 'Event' : ('Hangup',)
, 'Privilege' : ('call,all',)
, 'Channel' : ('lcr/558',)
, 'Uniqueid' : ('1332366541.559',)
, 'CallerIDNum' : ('0000000000',)
, 'CallerIDName' : ('<unknown>',)
, 'Cause' : ('16',)
, 'Cause-txt' : ('Normal Clearing',)
})
, Event
({ 'Event' : ('Hangup',)
, 'Privilege' : ('call,all',)
, 'Channel' : ('lcr/557',)
, 'Uniqueid' : ('1332366541.558',)
, 'CallerIDNum' : ('<unknown>',)
, 'CallerIDName' : ('<unknown>',)
, 'Cause' : ('17',)
, 'Cause-txt' : ('User busy',)
})
, Event
( Event = ('OriginateResponse',)
, Privilege = ('call,all',)
, Response = ('Failure',)
, Channel = ('LCR/Ext1/0000000000',)
, Context = ('linecheck',)
, Exten = ('1',)
, Reason = ('1',)
, Uniqueid = ('<null>',)
, CallerIDNum = ('<unknown>',)
, CallerIDName = ('<unknown>',)
)
)
)
self.run_manager(events)
r = self.manager.originate \
('LCR/Ext1/0000000000', '1'
, context = 'linecheck'
, priority = '1'
, account = '4019946397'
, variables = {'CALL_DELAY' : '1', 'SOUND' : 'abandon-all-hope'}
)
self.compare_result(r, events['Originate'][0])
for k in events['Originate'][1:]:
n = self.queue.get()
self.compare_result(self.events[n], events['Originate'][n+1])
def test_misc_events(self):
d = dict
# Events from SF bug 3470641
# http://sourceforge.net/tracker/
# ?func=detail&aid=3470641&group_id=76162&atid=546272
# But we fail to reproduce the bug.
events = dict \
( Login =
( self.default_events['Login'][0]
, Event
({ 'AppData' : '0?begin2'
, 'Extension' : 'zap2dahdi'
, 'Uniqueid' : '1325950970.698'
, 'Priority' : '9'
, 'Application': 'GotoIf'
, 'Context' : 'macro-dial-one'
, 'Privilege' : 'dialplan,all'
, 'Event' : 'Newexten'
, 'Channel' : 'Local/102@from-queue-a8ca;2'
})
, Event
({ 'Value' : '2'
, 'Variable' : 'MACRO_DEPTH'
, 'Uniqueid' : '1325950970.698'
, 'Privilege' : 'dialplan,all'
, 'Event' : 'VarSet'
, 'Channel' : 'Local/102@from-queue-a8ca;2'
})
, Event
({'Privilege': 'dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 9\r\n'
'Application: GotoIf\r\n'
'AppData: 0?begin2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 10\r\n'
'Application: Set\r\n'
'AppData: THISDIAL=SIP/102\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: THISDIAL\r\n'
'Value: SIP/102\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 11\r\n'
'Application: Return\r\n'
'AppData: \r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: GOSUB_RETVAL\r\n'
'Value: \r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: dstring\r\n'
'Priority: 9\r\n'
'Application: Set\r\n'
'AppData: DSTRING=SIP/102&\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: DSTRING\r\n'
'Value: SIP/102&\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: dstring\r\n'
'Priority: 10\r\n'
'Application: Set\r\n'
'AppData: ITER=2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 6\r\n'
'Application: ExecIf\r\n'
'AppData: 0?Set(THISPART2=DAHDI/101)\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: ITER\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/102@from-queue-a8ca;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.698\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 7\r\n'
'Application: Set\r\n'
'AppData: NEWDIAL=SIP/101&\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: NEWDIAL\r\n'
'Value: SIP/101&\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 8\r\n'
'Application: Set\r\n'
'AppData: ITER2=2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: ITER2\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 9\r\n'
'Application: GotoIf\r\n'
'AppData: 0?begin2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: MACRO_DEPTH\r\n'
'Value: 2\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: Newexten\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Context: macro-dial-one\r\n'
'Extension: zap2dahdi\r\n'
'Priority: 10\r\n'
'Application: Set\r\n'
'AppData: THISDIAL=SIP/101\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2\r\n'
'Variable: THISDIAL\r\n'
'Value: SIP/101\r\n'
'Uniqueid: 1325950970.696\r\n'
'\r\n'
'Event: VarSet\r\n'
'Privilege: dialplan,all\r\n'
'Channel: Local/101@from-queue-4406;2'
, 'Variable': 'MACRO_DEPTH'
, 'Event': 'VarSet'
, 'Value': '2'
, 'Uniqueid': '1325950970.696'
})
)
)
self.run_manager(events)
r = self.manager.login('account', 'geheim')
self.compare_result(r, events['Login'][0])
evnames = []
for s in events['Login'][3]['Privilege'].split('\r\n'):
if s.startswith('Event:'):
evnames.append(s.split(':')[1].strip())
for k in xrange(30):
n = self.queue.get()
e = self.events[n]
if n < 2:
self.compare_result(e, events['Login'][n+1])
elif n == 2:
self.assertEqual(e['Event'], 'VarSet')
else:
self.assertEqual(e['Event'], evnames[n-3])
self.assertEqual(len(self.events), 30)
def test_agent_event(self):
d = dict
# Events from SF bug 3470641
# http://sourceforge.net/tracker/
# ?func=detail&aid=3470641&group_id=76162&atid=546272
# But we fail to reproduce the bug.
events = dict \
( Login =
( self.default_events['Login'][0]
, Event
( Event = ('AgentCalled',)
, Privilege = ('agent,all',)
, Queue = ('test',)
, AgentCalled = ('SIP/s394000',)
, AgentName = ('910567',)
, ChannelCalling = ('SIP/multifon-00000006',)
, DestinationChannel = ('SIP/s394000-00000007',)
, CallerIDNum = ('394000',)
, CallerIDName = ('Agent',)
, Context = ('from-multifon',)
, Extension = ('7930456789',)
, Priority = ('3',)
, Uniqueid = ('1302010429.6',)
, Variable = ('data1=456789', 'data2=test')
)
)
)
self.run_manager(events)
r = self.manager.login('account', 'geheim')
self.compare_result(r, events['Login'][0])
for k in events['Login'][1:]:
n = self.queue.get()
self.compare_result(self.events[n], events['Login'][n+1])
def setUp(self):
self.manager = None
self.childpid = None
self.events = []
self.evcount = 0
self.queue = Queue()