def setaccess(user, args, socket):
if not args and len(args) > 0:
return
args = args.split(",")
if len(args) < 3:
user_controller.user_sendSocketMessage(socket, "notice", "channel,setaccess", "Invalid input.")
return
# Check if input is valid
channame = args[0]
if channame.lower() not in channels:
user_controller.user_sendSocketMessage(socket, "notice", "channel,setaccess", "Channel "+ channame + " does not exist.")
return
chan = channels[channame.lower()]
# verify user
targetivleid = args[1]
if not user_controller.user_ivleidExist(targetivleid):
user_controller.user_sendSocketMessage(socket, "notice", "channel,setaccess", targetivleid + " does not exist.")
return
try:
accesslevel = int(args[2])
except:
user_controller.user_sendSocketMessage(socket, "notice", "channel,setaccess", "Invalid input.")
return
# Check if access is out of bound
if accesslevel < -1 or accesslevel > levels['Admin']:
user_controller.user_sendSocketMessage(socket, "notice", "channel,setaccess", "Access level out of bound.")
return
# Check if user have access
access = chan.accesscontrollist.get(user.ivleid)
toAccess = chan.accesscontrollist.get(targetivleid)
if access <= toAccess or accesslevel > access:
user_controller.user_sendSocketMessage(socket, "notice", "channel,setaccess", "You have insufficient access level.")
return
# Update
targetUser = user_controller.user_getUser(targetivleid)
if accesslevel == 0:
chan.accesscontrollist.remove(targetivleid)
db.deleteACLEntry(targetUser, chan)
else:
if chan.accesscontrollist.get(targetivleid) == 0:
chan.accesscontrollist.add(targetivleid,accesslevel)
db.insertACLEntry(targetUser, chan, accesslevel)
else:
chan.accesscontrollist.add(targetivleid,accesslevel)
db.updateACLEntry(targetUser, chan, accesslevel)
# Notify
for u in chan.joined:
user_controller.user_send(chan.joined[u], "channel", "setaccess", chan.name + "," + targetivleid + "," + str(accesslevel))
def channel_verifyUser(ivleid, socket):
# check if user exist
if not user_controller.user_ivleidExist(ivleid):
return (False, "channel", ivleid + " does not exist.")
# check if user is online
if user_controller.user_ivleidOnline(ivleid) == 0:
return (False, ivleid + " is not online.")
return True, 'ok'
def channel_verifyUser(ivleid, socket):
# check if user exist
if not user_controller.user_ivleidExist(ivleid):
return (False, "channel", ivleid + " does not exist.")
# check if user is online
if user_controller.user_ivleidOnline(ivleid) == 0:
return (False, ivleid + " is not online.")
return True, 'ok'
def auth_ivleauth(key, socket):
try:
ivleid, email, fullname = ivlehelper.getUserIvleInfo(key)
if len(ivleid) == 0:
socket.write_message("Invalid login.")
socket.on_close()
return
# First login
if not user_controller.user_ivleidExist(ivleid):
socket.user = User.User(ivleid, email, fullname, "ivle/"+ivleid)
user_controller.user_addUser(socket.user.ivleid, socket.user)
db.insertUser(socket.user)
else:
socket.user = user_controller.user_getUser(ivleid)
socket.user.fullname = fullname
socket.user.email = email
db.updateUser(socket.user)
socket.user.sockets.append(socket)
socket.validated = True
socket.write_message("welcome,userinfo,"+json.dumps(socket.user.infoToObject()))
socket.write_message("welcome,userpreference,"+json.dumps(socket.user.welcomeInfoToObject()))
socket.write_message("welcome,availablelevels,"+json.dumps(channel_controller.levels))
socket.write_message("welcome,availablepermissions,"+json.dumps(channel_controller.permissionTypes))
# if user does not have a new session
if user_controller.user_ivleidOnline(ivleid):
for c in socket.user.joined.keys():
socket.write_message("channel,joinedchannel," + json.dumps(socket.user.joined[c].infoToObject()))
socket.write_message("channel,canvasdata,"+c+","+json.dumps(socket.user.joined[c].canvas.toObject()))
# Normal login, update with new ivle data
else:
db.updateUser(socket.user)
# Autojoin channels
for chan in socket.user.autojoin:
channel_controller.requestjoin(socket.user, chan, socket)
# Resume private chat
for u in socket.user.userprivatechat:
socket.write_message("user,requestedprivchat,"+u);
socket.user.online += 1
except Exception, e:
print e
pass
def setaccess(user, args, socket):
if not args and len(args) > 0:
return
args = args.split(",")
if len(args) < 3:
user_controller.user_sendSocketMessage(socket, "notice",
"channel,setaccess",
"Invalid input.")
return
# Check if input is valid
channame = args[0]
if channame.lower() not in channels:
user_controller.user_sendSocketMessage(
socket, "notice", "channel,setaccess",
"Channel " + channame + " does not exist.")
return
chan = channels[channame.lower()]
# verify user
targetivleid = args[1]
if not user_controller.user_ivleidExist(targetivleid):
user_controller.user_sendSocketMessage(
socket, "notice", "channel,setaccess",
targetivleid + " does not exist.")
return
try:
accesslevel = int(args[2])
except:
user_controller.user_sendSocketMessage(socket, "notice",
"channel,setaccess",
"Invalid input.")
return
# Check if access is out of bound
if accesslevel < -1 or accesslevel > levels['Admin']:
user_controller.user_sendSocketMessage(socket, "notice",
"channel,setaccess",
"Access level out of bound.")
return
# Check if user have access
access = chan.accesscontrollist.get(user.ivleid)
toAccess = chan.accesscontrollist.get(targetivleid)
if access <= toAccess or accesslevel > access:
user_controller.user_sendSocketMessage(
socket, "notice", "channel,setaccess",
"You have insufficient access level.")
return
# Update
targetUser = user_controller.user_getUser(targetivleid)
if accesslevel == 0:
chan.accesscontrollist.remove(targetivleid)
db.deleteACLEntry(targetUser, chan)
else:
if chan.accesscontrollist.get(targetivleid) == 0:
chan.accesscontrollist.add(targetivleid, accesslevel)
db.insertACLEntry(targetUser, chan, accesslevel)
else:
chan.accesscontrollist.add(targetivleid, accesslevel)
db.updateACLEntry(targetUser, chan, accesslevel)
# Notify
for u in chan.joined:
user_controller.user_send(
chan.joined[u], "channel", "setaccess",
chan.name + "," + targetivleid + "," + str(accesslevel))