def sendInvitations(self):
if config.enableAutoInvite:
for jid in self.xdb.getRegistrationList():
LogEvent(INFO, msg="Inviting %r" % jid)
jabw.sendPresence(self, jid, config.jid, ptype="probe")
jabw.sendPresence(self,
jid,
"%s/registered" % (config.jid),
ptype="probe")
def sendInvitations(self): if config.enableAutoInvite: for jid in self.xdb.getRegistrationList(): LogEvent(INFO, msg="Inviting %r" % jid) jabw.sendPresence(self, jid, config.jid, ptype="probe") jabw.sendPresence(self, jid, "%s/registered" % (config.jid), ptype="probe")
class RegisterManager:
def __init__(self, pytrans):
self.pytrans = pytrans
if config.allowRegister:
self.pytrans.discovery.addFeature(disco.IQREGISTER,
self.incomingRegisterIq,
config.jid)
LogEvent(INFO)
def removeRegInfo(self, jabberID):
LogEvent(INFO)
try:
# If the session is active then send offline presences
session = self.pytrans.sessions[jabberID]
session.removeMe()
except KeyError:
pass
self.pytrans.xdb.remove(jabberID)
LogEvent(INFO, "", "done")
def setRegInfo(self, jabberID, username, password):
LogEvent(INFO)
if (len(password) == 0):
(blah1, password, blah3) = self.getRegInfo(jabberID)
reginfo = legacy.formRegEntry(username, password)
self.pytrans.xdb.set(
internJID(jabberID).userhost(), legacy.namespace, reginfo)
def getRegInfo(self, jabberID):
LogEvent(INFO)
result = self.pytrans.xdb.request(
internJID(jabberID).userhost(), legacy.namespace)
if (result == None):
LogEvent(INFO, "", "Not registered!")
return None
username, password = legacy.getAttributes(result)
if (username and password and len(username) > 0 and len(password) > 0):
LogEvent(INFO, "", "Returning reg info.")
return (username, password)
else:
LogEvent(WARN, "", "Registration data corrupted!")
return None
def incomingRegisterIq(self, incoming):
# Check what type the Iq is..
itype = incoming.getAttribute("type")
LogEvent(INFO)
if (itype == "get"):
self.sendRegistrationFields(incoming)
elif (itype == "set"):
self.updateRegistration(incoming)
def sendRegistrationFields(self, incoming):
# Construct a reply with the fields they must fill out
ID = incoming.getAttribute("id")
fro = incoming.getAttribute("from")
LogEvent(INFO)
reply = Element((None, "iq"))
reply.attributes["from"] = config.jid
reply.attributes["to"] = fro
if ID:
reply.attributes["id"] = ID
reply.attributes["type"] = "result"
query = reply.addElement("query")
query.attributes["xmlns"] = "jabber:iq:register"
instructions = query.addElement("instructions")
ulang = utils.getLang(incoming)
instructions.addContent(lang.get(ulang).registerText)
userEl = query.addElement("username")
passEl = query.addElement("password")
# Check to see if they're registered
result = self.getRegInfo(incoming.getAttribute("from"))
if (result):
username, password = result
userEl.addContent(username)
query.addElement("registered")
self.pytrans.send(reply)
def updateRegistration(self, incoming):
# Grab the username, password
ID = incoming.getAttribute("id")
fro = incoming.getAttribute("from")
LogEvent(INFO)
source = internJID(fro).userhost()
ulang = utils.getLang(incoming)
username = None
password = None
for queryFind in incoming.elements():
if (queryFind.name == "query"):
for child in queryFind.elements():
try:
if (child.name == "username"):
username = child.__str__()
elif (child.name == "password"):
password = child.__str__()
elif (child.name == "remove"):
# The user wants to unregister the transport! Gasp!
LogEvent(INFO, "", "Unregistering.")
try:
self.removeRegInfo(source)
self.successReply(incoming)
except:
self.xdbErrorReply(incoming)
return
LogEvent(INFO, "", "Unregistered!")
return
except AttributeError, TypeError:
continue # Ignore any errors, we'll check everything below
if (self.isValid(username) and password and len(username) > 0
and len(password) > 0):
# Valid registration data
LogEvent(INFO, "", "Updating XDB")
try:
self.setRegInfo(source, username, password)
LogEvent(INFO, "", "Updated XDB")
self.successReply(incoming)
LogEvent(INFO, "", "Sent a result Iq")
to = internJID(incoming.getAttribute("from")).userhost()
jabw.sendPresence(self.pytrans,
to=to,
fro=config.jid,
ptype="subscribe")
if (config.registerMessage):
jabw.sendMessage(self.pytrans,
to=incoming.getAttribute("from"),
fro=config.jid,
body=config.registerMessage)
except:
self.xdbErrorReply(incoming)
raise
else:
self.badRequestReply(incoming)
return
LogEvent(INFO, msg="Unregistered!")
return
except AttributeError, TypeError:
continue # Ignore any errors, we'll check everything below
if username and password and len(username) > 0 and len(password) > 0:
# Valid registration data
LogEvent(INFO, msg="Updating XDB")
try:
self.pytrans.xdb.setRegistration(source, username, password)
LogEvent(INFO, msg="Updated XDB")
self.successReply(incoming)
LogEvent(INFO, msg="Sent a result Iq")
to = internJID(incoming.getAttribute("from")).userhost()
jabw.sendPresence(self.pytrans, to=to, fro=config.jid, ptype="subscribe")
if config.registerMessage:
jabw.sendMessage(self.pytrans, to=incoming.getAttribute("from"), fro=config.jid, body=config.registerMessage)
except:
self.xdbErrorReply(incoming)
raise
else:
self.badRequestReply(incoming)
def badRequestReply(self, incoming):
LogEvent(INFO)
# Send an error Iq
reply = incoming
reply.swapAttributeValues("to", "from")
reply.attributes["type"] = "error"
def sendProbes(self): for jid in self.pytrans.xdb.getRegistrationList(): jabw.sendPresence(self.pytrans, jid, config.jid, ptype="probe")
class PyTransport(component.Service):
def __init__(self):
LogEvent(INFO)
LogEvent(INFO, msg="Reactor: " + str(reactor))
# Discovery, as well as some builtin features
self.discovery = disco.ServerDiscovery(self)
self.discovery.addIdentity("gateway", legacy.id, config.discoName,
config.jid)
self.discovery.addIdentity("conference", "text",
config.discoName + " Chatrooms", config.jid)
self.discovery.addFeature(
disco.XCONFERENCE, None, config.jid
) # So that clients know you can create groupchat rooms on the server
self.discovery.addFeature(
"jabber:iq:conference", None, config.jid
) # We don't actually support this, but Psi has a bug where it looks for this instead of the above
self.discovery.addIdentity("client", "pc", "MSN Messenger", "USER")
self.discovery.addIdentity("conference", "text", "MSN Groupchat",
"ROOM")
self.xdb = xdb.XDB(config.jid, legacy.mangle)
self.avatarCache = avatar.AvatarCache()
self.registermanager = register.RegisterManager(self)
self.gatewayTranslator = misciq.GatewayTranslator(self)
self.versionTeller = misciq.VersionTeller(self)
self.pingService = misciq.PingService(self)
self.adHocCommands = misciq.AdHocCommands(self)
self.vCardFactory = misciq.VCardFactory(self)
self.iqAvatarFactor = misciq.IqAvatarFactory(self)
self.connectUsers = misciq.ConnectUsers(self)
if config.ftJabberPort:
self.ftSOCKS5Receive = ft.Proxy65(int(config.ftJabberPort))
self.ftSOCKS5Send = misciq.Socks5FileTransfer(self)
if config.ftOOBPort:
self.ftOOBReceive = ft.FileTransferOOBReceive(int(
config.ftOOBPort))
self.ftOOBSend = misciq.FileTransferOOBSend(self)
self.statistics = misciq.Statistics(self)
self.startTime = int(time.time())
self.xmlstream = None
self.sessions = {}
# Groupchat ID handling
self.lastID = 0
self.reservedIDs = []
# Message IDs
self.messageID = 0
self.loopTask = task.LoopingCall(self.loopFunc)
self.loopTask.start(60.0)
def removeMe(self):
LogEvent(INFO)
for session in self.sessions.copy():
self.sessions[session].removeMe()
def makeMessageID(self):
self.messageID += 1
return str(self.messageID)
def makeID(self):
newID = "r" + str(self.lastID)
self.lastID += 1
if self.reservedIDs.count(newID) > 0:
# Ack, it's already used.. Try again
return self.makeID()
else:
return newID
def reserveID(self, ID):
self.reservedIDs.append(ID)
def loopFunc(self):
numsessions = len(self.sessions)
#if config.debugOn and numsessions > 0:
# print "Sessions:"
# for key in self.sessions:
# print "\t" + self.sessions[key].jabberID
self.statistics.stats["Uptime"] = int(time.time()) - self.startTime
self.statistics.stats["OnlineUsers"] = numsessions
legacy.updateStats(self.statistics)
if numsessions > 0:
oldDict = self.sessions.copy()
self.sessions = {}
for key in oldDict:
s = oldDict[key]
if not s.alive:
LogEvent(WARN, "", "Ghost session found.")
# Don't add it to the new dictionary. Effectively removing it
else:
self.sessions[key] = s
def componentConnected(self, xmlstream):
LogEvent(INFO)
self.xmlstream = xmlstream
self.xmlstream.addObserver("/iq", self.discovery.onIq)
self.xmlstream.addObserver("/presence", self.onPresence)
self.xmlstream.addObserver("/message", self.onMessage)
self.xmlstream.addObserver("/route", self.onRouteMessage)
if config.useXCP:
pres = Element((None, "presence"))
pres.attributes["to"] = "presence@-internal"
pres.attributes["from"] = config.compjid
x = pres.addElement("x")
x.attributes[
"xmlns"] = "http://www.jabber.com/schemas/component-presence.xsd"
x.attributes["xmlns:config"] = "http://www.jabber.com/config"
x.attributes["config:version"] = "1"
x.attributes["protocol-version"] = "1.0"
x.attributes["config-ns"] = legacy.url + "/component"
self.send(pres)
def componentDisconnected(self):
LogEvent(INFO)
self.xmlstream = None
def onRouteMessage(self, el):
for child in el.elements():
if child.name == "message":
self.onMessage(child)
elif child.name == "presence":
# Ignore any presence broadcasts about other XCP components
if child.getAttribute("to") and child.getAttribute("to").find(
"@-internal") > 0:
return
self.onPresence(child)
elif child.name == "iq":
self.discovery.onIq(child)
def onMessage(self, el):
fro = el.getAttribute("from")
try:
froj = internJID(fro)
except Exception, e:
LogEvent(WARN, "", "Failed stringprep.")
return
mtype = el.getAttribute("type")
s = self.sessions.get(froj.userhost(), None)
if mtype == "error" and s:
LogEvent(INFO, s.jabberID,
"Removing session because of message type=error")
s.removeMe()
elif s:
s.onMessage(el)
elif mtype != "error":
to = el.getAttribute("to")
ulang = utils.getLang(el)
body = None
for child in el.elements():
if child.name == "body":
body = child.__str__()
LogEvent(
INFO, "",
"Sending error response to a message outside of session.")
jabw.sendErrorMessage(self, fro, to, "auth", "not-authorized",
lang.get(ulang).notLoggedIn, body)
jabw.sendPresence(self, fro, to, ptype="unavailable")
self.sessions[froj.userhost()] = s
LogEvent(INFO, "", "New session created.")
# Send the first presence
s.onPresence(el)
else:
LogEvent(INFO, "", "Failed to create session")
jabw.sendMessage(self,
to=froj.userhost(),
fro=config.jid,
body=lang.get(ulang).notRegistered)
elif el.getAttribute("type") != "error":
LogEvent(
INFO, "",
"Sending unavailable presence to non-logged in user.")
jabw.sendPresence(self, fro, to, ptype="unavailable")
return
elif ptype and (ptype.startswith("subscribe")
or ptype.startswith("unsubscribe")):
# They haven't logged in, and are trying to change subscription to a user
# No, lets not log them in. Lets send an error :)
jabw.sendPresence(self, fro, to, ptype="error")
# Lets log them in and then do it
#LogEvent(INFO, "", "Attempting to create a session to do subscription stuff.")
#s = session.makeSession(self, froj.userhost(), ulang)
#if s:
# self.sessions[froj.userhost()] = s
# LogEvent(INFO, "", "New session created.")
# # Tell the session there's a new resource
def sendProbes(self):
for jid in self.pytrans.xdb.files():
jabw.sendPresence(self.pytrans, jid, config.jid, ptype="probe")
def sendProbes(self):
for jid in self.pytrans.xdb.getRegistrationList():
jabw.sendPresence(self.pytrans, jid, config.jid, ptype="probe")
LogEvent(INFO, msg="Unregistered!")
return
except AttributeError, TypeError:
continue # Ignore any errors, we'll check everything below
if username and password and len(username) > 0 and len(password) > 0:
# Valid registration data
LogEvent(INFO, msg="Updating XDB")
try:
self.pytrans.xdb.setRegistration(source, username, password)
LogEvent(INFO, msg="Updated XDB")
self.successReply(incoming)
LogEvent(INFO, msg="Sent a result Iq")
to = internJID(incoming.getAttribute("from")).userhost()
jabw.sendPresence(self.pytrans,
to=to,
fro=config.jid,
ptype="subscribe")
if config.registerMessage:
jabw.sendMessage(self.pytrans,
to=incoming.getAttribute("from"),
fro=config.jid,
body=config.registerMessage)
except:
self.xdbErrorReply(incoming)
raise
else:
self.badRequestReply(incoming)
def badRequestReply(self, incoming):
LogEvent(INFO)