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# -*- coding: utf-8 -*-# kate: space-indent on; indent-width 4; replace-tabs on;
"""
* Copyright © 2009-2010, Michael "Svedrin" Ziegler <diese-addy@funzt-halt.net> * * Mumble-Django is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2 of the License, or * (at your option) any later version. * * This package is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details."""
from django.conf import settingsfrom django.test import TestCase
from models import Mumblefrom utils import ObjectInfo
class InstancesHandling( TestCase ): """ Tests creation, editing and removing of vserver instances. """
def setUp( self ): # Make sure we always start with a FRESH murmur instance, checking for left-over instances # and deleting them before creating ours. try: self.murmur = Mumble.objects.get( addr="0.0.0.0", port=31337 ) except Mumble.DoesNotExist: pass else: self.murmur.delete() finally: self.murmur = Mumble( name="#unit testing instance#", addr="0.0.0.0", port=31337 ) self.murmur.save()
def testDefaultConf( self ): conf = self.murmur.ctl.getAllConf( self.murmur.srvid )
self.assert_( type(conf) == dict ) self.assert_( "host" in conf ) self.assert_( "port" in conf ) self.assert_( "certificate" in conf ) self.assert_( "key" in conf ) self.assert_( "registerhostname" in conf ) self.assert_( "registername" in conf ) self.assert_( "channelname" in conf ) self.assert_( "username" in conf ) self.assert_( "obfuscate" in conf ) self.assert_( "defaultchannel" in conf )
def testAddrPortUnique( self ): try: duplicate = Mumble( name="#another unit testing instance#", addr=self.murmur.addr, port=self.murmur.port, dbus=settings.DEFAULT_CONN ) if duplicate.ctl.method == "ICE": import Murmur self.assertRaises( Murmur.ServerFailureException, duplicate.save ) elif self.murmur.version[:2] == [ 1, 2 ]: from dbus import DBusException self.assertRaises( DBusException, duplicate.save ) else: from sqlite3 import IntegrityError self.assertRaises( IntegrityError, duplicate.save ) finally: # make sure the duplicate is removed duplicate.ctl.deleteServer( duplicate.srvid )
def tearDown( self ): self.murmur.delete()
class DataReading( TestCase ): """ Tests reading data from murmur using the low-level CTL methods. """
def setUp( self ): # BIG FAT WARNING: This sucks ass, because it assumes the tester has a # Murmur database like the one I have. # I definitely need to prepare Murmur somehow before running these tests. # Just don't yet know how. self.murmur = Mumble.objects.get(id=1)
def testCtlGetChannels( self ): """ Test getChannels() """
channels = self.murmur.ctl.getChannels( self.murmur.srvid )
if self.murmur.ctl.method == "ICE": import Murmur self.assertEquals( type( channels[0] ), Murmur.Channel ) else: self.assertEquals( type( channels[0] ), ObjectInfo )
self.assert_( hasattr( channels[0], "id" ) ) self.assert_( hasattr( channels[0], "name" ) ) self.assert_( hasattr( channels[0], "parent" ) ) self.assert_( hasattr( channels[0], "links" ) )
def testCtlGetPlayers( self ): """ Test getPlayers() """
players = self.murmur.ctl.getPlayers( self.murmur.srvid )
self.assert_( len(players) > 0 )
self.assertEquals( type(players), dict )
for plidx in players: player = players[plidx]
if self.murmur.ctl.method == "ICE" and self.murmur.version[:2] == ( 1, 2 ): import Murmur self.assertEquals( type( player ), Murmur.User ) else: self.assertEquals( type( player ), ObjectInfo )
self.assert_( hasattr( player, "session" ) ) self.assert_( hasattr( player, "mute" ) ) self.assert_( hasattr( player, "deaf" ) ) self.assert_( hasattr( player, "selfMute" ) ) self.assert_( hasattr( player, "selfDeaf" ) ) self.assert_( hasattr( player, "channel" ) ) self.assert_( hasattr( player, "userid" ) ) self.assert_( hasattr( player, "name" ) ) self.assert_( hasattr( player, "onlinesecs" ) ) self.assert_( hasattr( player, "bytespersec" ) )
def testCtlGetRegisteredPlayers( self ): """ Test getRegistredPlayers() and getRegistration() """
players = self.murmur.ctl.getRegisteredPlayers( self.murmur.srvid )
self.assert_( len(players) > 0 )
self.assertEquals( type(players), dict )
for plidx in players: player = players[plidx]
self.assertEquals( type( player ), ObjectInfo )
self.assert_( hasattr( player, "userid" ) ) self.assert_( hasattr( player, "name" ) ) self.assert_( hasattr( player, "email" ) ) self.assert_( hasattr( player, "pw" ) )
# compare with getRegistration result reg = self.murmur.ctl.getRegistration( self.murmur.srvid, player.userid )
self.assertEquals( type( reg ), ObjectInfo )
self.assert_( hasattr( reg, "userid" ) ) self.assert_( hasattr( reg, "name" ) ) self.assert_( hasattr( reg, "email" ) ) self.assert_( hasattr( reg, "pw" ) )
self.assertEquals( player.userid, reg.userid ) self.assertEquals( player.name, reg.name ) self.assertEquals( player.email, reg.email ) self.assertEquals( player.pw, reg.pw )
def testCtlGetAcl( self ): """ Test getACL() for the root channel """
acls, groups, inherit = self.murmur.ctl.getACL( self.murmur.srvid, 0 )
for rule in acls: if self.murmur.ctl.method == "ICE" and self.murmur.version[:2] == ( 1, 2 ): import Murmur self.assertEquals( type( rule ), Murmur.ACL ) else: self.assertEquals( type( rule ), ObjectInfo )
self.assert_( hasattr( rule, "applyHere" ) ) self.assert_( hasattr( rule, "applySubs" ) ) self.assert_( hasattr( rule, "inherited" ) ) self.assert_( hasattr( rule, "userid" ) ) self.assert_( hasattr( rule, "group" ) ) self.assert_( hasattr( rule, "allow" ) ) self.assert_( hasattr( rule, "deny" ) )
for grp in groups: if self.murmur.ctl.method == "ICE": import Murmur self.assertEquals( type( grp ), Murmur.Group ) else: self.assertEquals( type( grp ), ObjectInfo )
self.assert_( hasattr( grp, "name" ) ) self.assert_( hasattr( grp, "inherited" ) ) self.assert_( hasattr( grp, "inherit" ) ) self.assert_( hasattr( grp, "inheritable" ) ) self.assert_( hasattr( grp, "add" ) ) self.assert_( hasattr( grp, "remove" ) ) self.assert_( hasattr( grp, "members" ) )
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