def lineReceived(self, line):
debug("<< %s" % line)
if not self.active_request:
# if no active request pending, we ignore
# blank lines
if not line.strip():
return
# if no active request, dequeue a new one
if self.requestq.empty():
# we are receiving non-empty data from fs without an
# active request pending. that means that
# there is a bug in the protocol handler
# (or possibly in fs)
raise Exception("Received line: %s w/ no pending requests" % line)
self.active_request = self.requestq.get()
# tell the request to process the line, and tell us
# if its finished or not. if its finished, we remove it
# as the active request so that a new active request will
# be de-queued.
finished = self.active_request.process(line)
if finished == True:
self.active_request = None
def lineReceived(self, line):
debug("<< %s" % line)
if not self.active_request:
# if no active request pending, we ignore
# blank lines
if not line.strip():
return
# if no active request, dequeue a new one
if self.requestq.empty():
# we are receiving non-empty data from fs without an
# active request pending. that means that
# there is a bug in the protocol handler
# (or possibly in fs)
raise Exception("Received line: %s w/ no pending requests" % line)
self.active_request = self.requestq.get()
# tell the request to process the line, and tell us
# if its finished or not. if its finished, we remove it
# as the active request so that a new active request will
# be de-queued.
finished = self.active_request.process(line)
if finished == True:
self.active_request = None
def login(self, passwd):
"""
send login request
"""
msg = "auth %s" % passwd
req = request.LoginRequest()
self.requestq.put(req)
self.transport.write("%s\n\n" % msg)
debug(">> %s" % msg)
return req.getDeferred()
def login(self, passwd):
"""
send login request
"""
msg = "auth %s" % passwd
req = request.LoginRequest()
self.requestq.put(req)
self.transport.write("%s\n\n" % msg)
debug(">> %s" % msg)
return req.getDeferred()
def _sendCommand(self, command, bgapi):
"""
there is a lot of duplication in this object, and as many
methods as possible should be changed to use this method
rather than repeating the code
"""
command = ("bgapi %s" if bgapi else "api %s") % command
req = (request.BgDialoutRequest if bgapi else request.DialoutRequest)()
self.requestq.put(req)
self.transport.write("%s\n\n" % command)
debug(">> %s" % command)
return req.getDeferred()
def originate(self, party2dial, dest_ext_app, bgapi=True):
if bgapi == True:
msg = "bgapi originate %s %s" % (party2dial, dest_ext_app)
req = request.BgDialoutRequest()
else:
msg = "api originate %s %s" % (party2dial, dest_ext_app)
req = request.DialoutRequest()
self.requestq.put(req)
self.transport.write("%s\n\n" % msg)
debug(">> %s" % msg)
return req.getDeferred()
def listconf(self, conf_name):
"""
List users in a conf
@param conf_name - the name of the conference (arbitrary)
@return - a deferred that will be called back with an array
of models.ConfMember instances
"""
msg = "api conference %s list" % (conf_name)
req = request.ListConfRequest()
self.requestq.put(req)
self.transport.write("%s\n\n" % msg)
debug(">> %s" % msg)
return req.getDeferred()
def listconf(self, conf_name):
"""
List users in a conf
@param conf_name - the name of the conference (arbitrary)
@return - a deferred that will be called back with an array
of models.ConfMember instances
"""
msg = "api conference %s list" % (conf_name)
req = request.ListConfRequest()
self.requestq.put(req)
self.transport.write("%s\n\n" % msg)
debug(">> %s" % msg)
return req.getDeferred()
def _sendCommand(self, command, bgapi):
"""
there is a lot of duplication in this object, and as many
methods as possible should be changed to use this method
rather than repeating the code
"""
command = ("bgapi %s" if bgapi else "api %s") % command
req = (request.BgDialoutRequest if bgapi else
request.DialoutRequest)()
self.requestq.put(req)
self.transport.write("%s\n\n" % command)
debug(">> %s" % command)
return req.getDeferred()
def originate(self, party2dial, dest_ext_app, bgapi=True):
if bgapi == True:
msg = "bgapi originate %s %s" % (party2dial,
dest_ext_app)
req = request.BgDialoutRequest()
else:
msg = "api originate %s %s" % (party2dial,
dest_ext_app)
req = request.DialoutRequest()
self.requestq.put(req)
self.transport.write("%s\n\n" % msg)
debug(">> %s" % msg)
return req.getDeferred()
def confkick(self, member_id, conf_name, bgapi=False):
"""
Kick member_id from conf
conf_name - name of conf
member_id - member id of user to kick, eg, "7"
returns - a deferred that will be called back with a result
like:
TODO: add this
"""
if bgapi == True:
msg = "bgapi conference %s kick %s" % (conf_name, member_id)
req = request.BgConfKickRequest()
else:
msg = "api conference %s kick %s" % (conf_name, member_id)
req = request.ConfKickRequest()
self.requestq.put(req)
self.transport.write("%s\n\n" % msg)
debug(">> %s" % msg)
return req.getDeferred()
def confdialout(self, conf_name, sofia_url, bgapi=True):
"""
Instruct conference to join a particular user via dialout
@param conf_name - the name of the conference (arbitrary)
@param party2dial - a freeswitch sofia url, eg, sofia/mydomain.com/[email protected]
@return - a deferred that will be called back with a string like:
Reply-Text: +OK Job-UUID: 4d410a8e-2409-11dc-99bf-a5e17fab9c65
"""
if bgapi == True:
msg = "bgapi conference %s dial %s" % (conf_name, sofia_url)
req = request.BgDialoutRequest()
else:
msg = "api conference %s dial %s" % (conf_name, sofia_url)
req = request.DialoutRequest()
self.requestq.put(req)
self.transport.write("%s\n\n" % msg)
debug(">> %s" % msg)
return req.getDeferred()
def confkick(self, member_id, conf_name, bgapi=False):
"""
Kick member_id from conf
conf_name - name of conf
member_id - member id of user to kick, eg, "7"
returns - a deferred that will be called back with a result
like:
TODO: add this
"""
if bgapi == True:
msg = "bgapi conference %s kick %s" % (conf_name, member_id)
req = request.BgConfKickRequest()
else:
msg = "api conference %s kick %s" % (conf_name, member_id)
req = request.ConfKickRequest()
self.requestq.put(req)
self.transport.write("%s\n\n" % msg)
debug(">> %s" % msg)
return req.getDeferred()
def confdialout(self, conf_name, sofia_url, bgapi=True):
"""
Instruct conference to join a particular user via dialout
@param conf_name - the name of the conference (arbitrary)
@param party2dial - a freeswitch sofia url, eg, sofia/mydomain.com/[email protected]
@return - a deferred that will be called back with a string like:
Reply-Text: +OK Job-UUID: 4d410a8e-2409-11dc-99bf-a5e17fab9c65
"""
if bgapi == True:
msg = "bgapi conference %s dial %s" % (conf_name,
sofia_url)
req = request.BgDialoutRequest()
else:
msg = "api conference %s dial %s" % (conf_name,
sofia_url)
req = request.DialoutRequest()
self.requestq.put(req)
self.transport.write("%s\n\n" % msg)
debug(">> %s" % msg)
return req.getDeferred()
def process(self, line):
"""
processs a line from the fs response. if the fs response has been
detected to be finished, then:
* create an appropriate response based on request type
* callback deferred with response
* rturn True to indicate we are finished
otherwise, if the fs response is incomplete, just buffer the data
"""
if not line.strip() or len(line.strip()) == 0:
self._fsm.BlankLine()
return self.isRequestFinished()
matchstr = re.compile("auth/request", re.I)
result = matchstr.search(line)
if (result != None):
self._fsm.AuthRequest()
return self.isRequestFinished()
matchstr = re.compile("command/reply", re.I)
result = matchstr.search(line)
if (result != None):
self._fsm.CommandReply()
return self.isRequestFinished()
matchstr = re.compile("Reply-Text", re.I)
result = matchstr.search(line)
if (result != None):
debug("FREEPY: got Reply-Text")
fields = line.split(
":") # eg, ['Reply-Text','+OK Job-UUID', '882']
endfields = fields[1:]
self.response_content = "".join(endfields)
self._fsm.ReplyText()
return self.isRequestFinished()
matchstr = re.compile("Job-UUID", re.I)
result = matchstr.search(line)
if (result != None):
fields = line.split(":") # eg, ['Job-UUID','c9eee07e-508-..']
endfields = fields[1:]
# ignore job uuid given on this line, take the one sent
# in Reply-Text response line
# self.response_content = "".join(endfields)
self._fsm.JobUuid()
return self.isRequestFinished()
matchstr = re.compile("api/response", re.I)
result = matchstr.search(line)
if (result != None):
self._fsm.ApiResponse()
return self.isRequestFinished()
matchstr = re.compile("Content-Length", re.I)
result = matchstr.search(line)
if (result != None):
# line: Content-Length: 34
self.content_length = int(line.split(":")[1].strip())
self._fsm.ContentLength()
return self.isRequestFinished()
self._fsm.ProcessLine(line)
return self.isRequestFinished()
def setRequestFinished(self):
debug("setRequestFinished called. response_content: %s " %
self.response_content)
self.finished = True
def setRequestFinished(self):
debug("setRequestFinished called. response_content: %s " % self.response_content)
self.finished = True
def connectionLost(self, reason):
if self.discocb:
self.discocb(reason)
debug("connectionLost: %s" % reason)
def connectionMade(self):
debug("FREEPY: Connection made")
self.conncb(self)
def process(self, line):
"""
processs a line from the fs response. if the fs response has been
detected to be finished, then:
* create an appropriate response based on request type
* callback deferred with response
* rturn True to indicate we are finished
otherwise, if the fs response is incomplete, just buffer the data
"""
if not line.strip() or len(line.strip()) == 0:
self._fsm.BlankLine()
return self.isRequestFinished()
matchstr = re.compile("auth/request", re.I)
result = matchstr.search(line)
if result != None:
self._fsm.AuthRequest()
return self.isRequestFinished()
matchstr = re.compile("command/reply", re.I)
result = matchstr.search(line)
if result != None:
self._fsm.CommandReply()
return self.isRequestFinished()
matchstr = re.compile("Reply-Text", re.I)
result = matchstr.search(line)
if result != None:
debug("FREEPY: got Reply-Text")
fields = line.split(":") # eg, ['Reply-Text','+OK Job-UUID', '882']
endfields = fields[1:]
self.response_content = "".join(endfields)
self._fsm.ReplyText()
return self.isRequestFinished()
matchstr = re.compile("Job-UUID", re.I)
result = matchstr.search(line)
if result != None:
fields = line.split(":") # eg, ['Job-UUID','c9eee07e-508-..']
endfields = fields[1:]
# ignore job uuid given on this line, take the one sent
# in Reply-Text response line
# self.response_content = "".join(endfields)
self._fsm.JobUuid()
return self.isRequestFinished()
matchstr = re.compile("api/response", re.I)
result = matchstr.search(line)
if result != None:
self._fsm.ApiResponse()
return self.isRequestFinished()
matchstr = re.compile("Content-Length", re.I)
result = matchstr.search(line)
if result != None:
# line: Content-Length: 34
self.content_length = int(line.split(":")[1].strip())
self._fsm.ContentLength()
return self.isRequestFinished()
self._fsm.ProcessLine(line)
return self.isRequestFinished()
def connectionMade(self):
debug("FREEPY: Connection made")
self.conncb(self)
def connectionLost(self, reason):
if self.discocb:
self.discocb(reason)
debug("connectionLost: %s" % reason)