def _connect(self):
"""
Establish a connection with the Frostbite server.
"""
if self._frostbiteConnection:
return
self.console.verbose('RCON: connecting to Frostbite server ...')
self._frostbiteConnection = FrostbiteConnection(
self.console, self._rconIp, self._rconPort, self._rconPassword)
def _connect(self):
"""
Establish a connection with the Frostbite server.
"""
if self._frostbiteConnection:
return
self.console.verbose('RCON: connecting to Frostbite server ...')
self._frostbiteConnection = FrostbiteConnection(self.console, self._rconIp, self._rconPort, self._rconPassword)
def run(self):
"""
Main worker thread for B3.
"""
self.bot('Start listening ...')
self.screen.write('Startup complete : B3 is running! Let\'s get to work!\n\n')
self.screen.write('(If you run into problems, check %s in the B3 root directory for '
'detailed log info)\n' % self.config.getpath('b3', 'logfile'))
self.updateDocumentation()
while self.working:
# while we are working, connect to the frostbite server
if self._paused:
if self._pauseNotice is False:
self.bot('PAUSED - not parsing any lines: B3 will be out of sync')
self._pauseNotice = True
else:
try:
if self._serverConnection is None:
self.verbose('Connecting to frostbite server...')
self._serverConnection = FrostbiteConnection(self, self._rconIp, self._rconPort, self._rconPassword)
self._serverConnection.subscribeToEvents()
self.clients.sync()
self._nbConsecutiveConnFailure = 0
nbConsecutiveReadFailure = 0
while self.working:
# while we are working and connected, read a packet
if not self._paused:
try:
packet = self._serverConnection.readEvent()
self.console("%s" % packet)
try:
self.routeFrostbitePacket(packet)
except SystemExit:
raise
except Exception, msg:
self.error('%s: %s', msg, traceback.extract_tb(sys.exc_info()[2]))
except FrostbiteException, e:
nbConsecutiveReadFailure += 1
if nbConsecutiveReadFailure > 5:
raise e
except FrostbiteException, e:
self.debug(e)
self._nbConsecutiveConnFailure += 1
self._serverConnection.close()
if self._nbConsecutiveConnFailure <= 20:
self.debug('sleeping 0.5 sec...')
time.sleep(0.5)
elif self._nbConsecutiveConnFailure <= 60:
self.debug('sleeping 2 sec...')
time.sleep(2)
else:
self.debug('sleeping 30 sec...')
time.sleep(30)
class Rcon:
_lock = thread.allocate_lock()
console = None
_frostbiteConnection = None
_rconIp = None
_rconPort = None
_rconPassword = None
def __init__(self, console, host, password):
self.console = console
self._rconIp, self._rconPort = host
self._rconPassword = password
def _connect(self):
if self._frostbiteConnection:
return
self.console.verbose('RCON: Connecting to Frostbite server ...')
self._frostbiteConnection = FrostbiteConnection(
self.console, self._rconIp, self._rconPort, self._rconPassword)
def writelines(self, lines):
for line in lines:
self.write(line)
def write(self, cmd, maxRetries=1, needConfirmation=False):
self._lock.acquire()
try:
if self._frostbiteConnection is None:
self._connect()
tries = 0
while tries < maxRetries:
try:
tries += 1
self.console.verbose('RCON (%s/%s) %s' %
(tries, maxRetries, cmd))
response = self._frostbiteConnection.sendRequest(cmd)
if response[0] != "OK" and response[0] != "NotFound":
raise FrostbiteCommandFailedError(response)
if needConfirmation:
return response[0]
else:
return response[1:]
except FrostbiteException, err:
self.console.warning('RCON: sending \'%s\', %s' %
(cmd, err))
self.console.error('RCON: failed to send \'%s\'', cmd)
try:
# we close the connection to make sure to have a brand new one
# on the next write
self.close()
except:
pass
finally:
class Rcon:
_lock = thread.allocate_lock()
console = None
_frostbiteConnection = None
_rconIp = None
_rconPort = None
_rconPassword = None
def __init__(self, console, host, password):
self.console = console
self._rconIp, self._rconPort = host
self._rconPassword = password
def _connect(self):
if self._frostbiteConnection:
return
self.console.verbose('RCON: Connecting to Frostbite server ...')
self._frostbiteConnection = FrostbiteConnection(self.console, self._rconIp, self._rconPort, self._rconPassword)
def writelines(self, lines):
for line in lines:
self.write(line)
def write(self, cmd, maxRetries=1, needConfirmation=False):
self._lock.acquire()
try:
if self._frostbiteConnection is None:
self._connect()
tries = 0
while tries < maxRetries:
try:
tries += 1
self.console.verbose('RCON (%s/%s) %s' % (tries, maxRetries, cmd))
response = self._frostbiteConnection.sendRequest(cmd)
if response[0] != "OK" and response[0] != "NotFound":
raise FrostbiteCommandFailedError(response)
if needConfirmation:
return response[0]
else:
return response[1:]
except FrostbiteException, err:
self.console.warning('RCON: sending \'%s\', %s' % (cmd, err))
self.console.error('RCON: failed to send \'%s\'', cmd)
try:
# we close the connection to make sure to have a brand new one
# on the next write
self.close()
except: pass
finally:
class AbstractParser(b3.parser.Parser):
"""
An abstract base class to help with developing frostbite parsers
"""
gameName = None
privateMsg = True
OutputClass = rcon.Rcon
PunkBuster = None
_serverConnection = None
_nbConsecutiveConnFailure = 0
sayqueue = queue.Queue()
sayqueuelistener = None
# frostbite engine does not support color code, so we need this property
# in order to get stripColors working
_reColor = re.compile(r'(\^[0-9])')
_line_length = 100
_message_delay = 2
_line_color_prefix = ''
_gameServerVars = () # list available cvars
_commands = {
'message': ('admin.say', '%(message)s', 'player', '%(cid)s'),
'say': ('admin.say', '%(message)s', 'all'),
'kick': ('admin.kickPlayer', '%(cid)s', '%(reason)s'),
'ban': ('banList.add', 'guid', '%(guid)s', 'perm', '%(reason)s'),
'banByIp': ('banList.add', 'ip', '%(ip)s', 'perm', '%(reason)s'),
'unban': ('banList.remove', 'guid', '%(guid)s'),
'unbanByIp': ('banList.remove', 'ip', '%(ip)s'),
'tempban': ('banList.add', 'guid', '%(guid)s', 'seconds',
'%(duration)d', '%(reason)s')
}
_eventMap = {
#'player.onKicked': b3.events.EVT_CLIENT_KICK,
}
_punkbusterMessageFormats = ((re.compile(
r'^.*: PunkBuster Server for BC2 \((?P<version>.+)\)\sEnabl.*$'
), 'OnPBVersion'), (re.compile(
r'^.*: Running PB Scheduled Task \(slot #(?P<slot>\d+)\)\s+(?P<task>.*)$'
), 'OnPBScheduledTask'), (re.compile(
r'^.*: Lost Connection \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+) (?P<pbuid>[^\s]+)\(-\)\s(?P<name>.+)$'
), 'OnPBLostConnection'), (re.compile(
r'^.*: Master Query Sent to \((?P<pbmaster>[^\s]+)\) (?P<ip>[^:]+)$'
), 'OnPBMasterQuerySent'), (re.compile(
r'^.*: Player GUID Computed (?P<pbid>[0-9a-fA-F]+)\(-\) \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+)\s(?P<name>.+)$'
), 'OnPBPlayerGuid'), (re.compile(
r'^.*: New Connection \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+) \[(?P<something>[^\s]+)\]\s"(?P<name>.+)".*$'
), 'OnPBNewConnection'))
####################################################################################################################
# #
# PARSER INITIALIZATION #
# #
####################################################################################################################
def __new__(cls, *args, **kwargs):
patch_b3_clients()
return b3.parser.Parser.__new__(cls)
def startup(self):
"""
Called after the parser is created before run().
"""
self.checkVersion()
# add specific events
self.Events.createEvent('EVT_CLIENT_SQUAD_CHANGE',
'Client Squad Change')
self.Events.createEvent('EVT_PUNKBUSTER_SCHEDULED_TASK',
'PunkBuster scheduled task')
self.Events.createEvent('EVT_PUNKBUSTER_LOST_PLAYER',
'PunkBuster client connection lost')
self.Events.createEvent('EVT_PUNKBUSTER_NEW_CONNECTION',
'PunkBuster client received IP')
self.Events.createEvent('EVT_CLIENT_SPAWN', 'Client Spawn')
self.Events.createEvent('EVT_GAME_ROUND_PLAYER_SCORES',
'round player scores')
self.Events.createEvent('EVT_GAME_ROUND_TEAM_SCORES',
'round team scores')
self._eventMap['player.onKicked'] = self.getEventID('EVT_CLIENT_KICK')
self.getServerVars()
self.getServerInfo()
if self.config.has_option('server',
'punkbuster') and self.config.getboolean(
'server', 'punkbuster'):
self.info('kick/ban by punkbuster is unsupported yet')
#self.debug('punkbuster enabled in config')
#self.PunkBuster = Bfbc2PunkBuster(self)
self.sayqueuelistener = threading.Thread(
target=self.sayqueuelistenerworker)
self.sayqueuelistener.setDaemon(True)
self.sayqueuelistener.start()
def run(self):
"""
Main worker thread for B3.
"""
self.bot('Start listening ...')
self.screen.write(
'Startup complete : B3 is running! Let\'s get to work!\n\n')
self.screen.write(
'(If you run into problems, check %s in the B3 root directory for '
'detailed log info)\n' % self.config.getpath('b3', 'logfile'))
self.updateDocumentation()
while self.working:
# while we are working, connect to the frostbite server
if self._paused:
if self._pauseNotice is False:
self.bot(
'PAUSED - not parsing any lines: B3 will be out of sync'
)
self._pauseNotice = True
else:
try:
if self._serverConnection is None:
self.verbose('Connecting to frostbite server...')
self._serverConnection = FrostbiteConnection(
self, self._rconIp, self._rconPort,
self._rconPassword)
self._serverConnection.subscribeToEvents()
self.clients.sync()
self._nbConsecutiveConnFailure = 0
nbConsecutiveReadFailure = 0
while self.working:
# while we are working and connected, read a packet
if not self._paused:
try:
packet = self._serverConnection.readEvent()
self.console("%s" % packet)
try:
self.routeFrostbitePacket(packet)
except SystemExit:
raise
except Exception as msg:
self.error(
'%s: %s', msg,
traceback.extract_tb(
sys.exc_info()[2]))
except FrostbiteException as e:
nbConsecutiveReadFailure += 1
if nbConsecutiveReadFailure > 5:
raise e
except FrostbiteException as e:
self.debug(e)
self._nbConsecutiveConnFailure += 1
self._serverConnection.close()
if self._nbConsecutiveConnFailure <= 20:
self.debug('sleeping 0.5 sec...')
time.sleep(0.5)
elif self._nbConsecutiveConnFailure <= 60:
self.debug('sleeping 2 sec...')
time.sleep(2)
else:
self.debug('sleeping 30 sec...')
time.sleep(30)
self.bot('Stop listening...')
with self.exiting:
#self.input.close()
self.output.close()
if self.exitcode:
sys.exit(self.exitcode)
####################################################################################################################
# #
# OTHER METHODS #
# #
####################################################################################################################
def routeFrostbitePacket(self, packet):
"""
Route a Frostbite packet.
"""
if packet is None:
self.warning('Cannot route empty packet : %s' %
traceback.extract_tb(sys.exc_info()[2]))
eventType = packet[0]
eventData = packet[1:]
data = ''
func = ''
match = re.search(r"^(?P<actor>[^.]+)\.on(?P<event>.+)$", eventType)
if match:
func = 'On%s%s' % (match.group('actor').capitalize(),
match.group('event').capitalize())
#self.debug("-==== FUNC!!: " + func)
if match and hasattr(self, func):
func = getattr(self, func)
event = func(eventType, eventData)
if event:
self.queueEvent(event)
elif eventType in self._eventMap:
self.queueEvent(
b3.events.Event(self._eventMap[eventType], eventData))
else:
if func:
data = func + ' '
data += str(eventType) + ': ' + str(eventData)
self.debug('TODO: %r' % packet)
self.queueEvent(self.getEvent('EVT_UNKNOWN', data))
def sayqueuelistenerworker(self):
while self.working:
message = self.sayqueue.get()
message = self.stripColors(prefixText([self.msgPrefix],
message)).strip()
for line in self.getWrap(message):
self.write(self.getCommand('say', message=line))
time.sleep(self._message_delay)
def joinPlayers(self):
self.info('Joining players...')
plist = self.getPlayerList()
for cid, p in plist.items():
client = self.clients.getByCID(cid)
if client:
self.debug(' - joining %s' % cid)
self.queueEvent(self.getEvent('EVT_CLIENT_JOIN', p, client))
return None
def getCommand(self, cmd, **kwargs):
"""
Return a reference to a loaded command.
"""
try:
cmd = self._commands[cmd]
except KeyError:
return None
preparedcmd = []
for a in cmd:
try:
preparedcmd.append(a % kwargs)
except KeyError:
pass
result = tuple(preparedcmd)
self.debug('getCommand: %s', result)
return result
def write(self, msg, maxRetries=1, needConfirmation=False):
"""
Write a message to Rcon/Console.
Unfortunaltely this has been abused all over B3 and B3 plugins to broadcast text :(
"""
if type(msg) == str:
# console abuse to broadcast text
self.say(msg)
else:
# then we got a command
if self.output:
res = self.output.write(msg,
maxRetries=maxRetries,
needConfirmation=needConfirmation)
self.output.flush()
return res
def checkVersion(self):
raise NotImplementedError(
'checkVersion must be implemented in concrete classes')
def getServerVars(self):
raise NotImplementedError(
'getServerVars must be implemented in concrete classes')
def getServerInfo(self):
"""
Query server info, update self.game and return query results
Response: OK <pb prefix: string> <current playercount: integer> <max playercount: integer>
<current gamemode: string> <current map: string> <roundsPlayed: integer>
<roundsTotal: string> <scores: team scores> <onlineState: online state>
"""
data = self.write(('serverInfo', ))
self.game.sv_hostname = data[0]
self.game.sv_maxclients = int(data[2])
self.game.gameType = data[3]
if not self.game.mapName:
self.game.mapName = data[4]
self.game.rounds = int(data[5])
self.game.g_maxrounds = int(data[6])
return data
def getClient(self, cid, _guid=None):
"""
Get a connected client from storage or create it
B3 CID <--> ingame character name
B3 GUID <--> EA_guid
"""
raise NotImplementedError(
'getClient must be implemented in concrete classes')
def getTeam(self, team):
"""
Convert frostbite team numbers to B3 team numbers.
"""
raise NotImplementedError(
'getTeam must be implemented in concrete classes')
def getEasyName(self, mapname):
"""
Change levelname to real name.
"""
raise NotImplementedError(
'get_easy_name must be implemented in concrete classes')
####################################################################################################################
# #
# EVENT HANDLERS #
# #
####################################################################################################################
def OnPlayerChat(self, action, data):
"""
player.onChat <source soldier name: string> <text: string> <target group: player subset>
Effect: Player with name <source soldier name> (or the server, or the
server admin) has sent chat message <text> to some people
Comment: The chat text is as represented before the profanity filtering
If <source soldier name> is 'Server', then the message was sent from the
server rather than from an actual player If sending to a specific player,
and the player doesn't exist, then the target group will be 'player' ''
"""
#['envex', 'gg', 'team', 1]
#['envex', 'gg', 'all']
#['envex', 'gg', 'squad' 2]
#['envex', 'gg', 'player', 'Courgette']
client = self.getClient(data[0])
if client is None:
self.warning("Could not get client: %s" %
traceback.extract_tb(sys.exc_info()[2]))
return
if client.cid == 'Server':
# ignore chat events for Server
return
if data[2] == 'all':
return self.getEvent('EVT_CLIENT_SAY', data[1].lstrip('/'), client,
'all')
elif data[2] == 'team':
return self.getEvent('EVT_CLIENT_TEAM_SAY', data[1].lstrip('/'),
client, data[2] + ' ' + data[3])
elif 'squad' in data[2]:
return self.getEvent('EVT_CLIENT_SQUAD_SAY', data[1].lstrip('/'),
client, data[2] + ' ' + data[3])
elif data[2] == 'player':
target = self.getClient(data[3])
return self.getEvent('EVT_CLIENT_PRIVATE_SAY', data[1].lstrip('/'),
client, target)
def OnPlayerLeave(self, action, data):
# player.onLeave: ['GunnDawg']
client = self.getClient(data[0])
if client:
client.endMessageThreads = True
client.disconnect(
) # this triggers the EVT_CLIENT_DISCONNECT event
return None
def OnPlayerJoin(self, action, data):
"""
We don't have guid at this point.
Wait for player.onAuthenticated.
"""
pass
def OnPlayerAuthenticated(self, action, data):
"""
player.onAuthenticated <soldier name: string> <player GUID: guid>
Effect: Player with name <soldier name> has been authenticated, and has the given GUID
"""
# player.onJoin: ['OrasiK']
client = self.getClient(data[0], data[1])
# No need to queue a client join event, that is done by clients.newClient() already
# return b3.events.Event(b3.events.EVT_CLIENT_CONNECT, data, client)
def OnPlayerSpawn(self, action, data):
"""
Request: player.onSpawn <spawning soldier name: string> <kit type: string> <gadget: string> <pistol: string>
<primary weapon: string> <specialization 1: string> <specialization 2: string> <specialization 3: string>
"""
if len(data) < 2:
return None
spawner = self.getClient(data[0])
kit = data[1]
gadget = data[2]
pistol = data[3]
weapon = data[4]
spec1 = data[5]
spec2 = data[6]
spec3 = data[7]
return self.getEvent(
'EVT_CLIENT_SPAWN',
(kit, gadget, pistol, weapon, spec1, spec2, spec3), spawner)
def OnPlayerKill(self, action, data):
"""
Request: player.onKill <killing soldier name: string> <killed soldier name: string> <weapon: string>
<headshot: boolean> <killer location: 3 x integer> <killed location: 3 x integes>
Effect: Player with name <killing soldier name> has killed <killed soldier name> Suicide is indicated with
the same soldier name for killer and victim. If the server kills the player (through admin.killPlayer),
it is indicated by showing the killing soldier name as Server. The locations of the killer and the
killed have a random error of up to 10 meters in each direction.
"""
# R15: player.onKill: ['Brou88', 'kubulina', 'S20K', 'true', '-77', '68', '-195', '-76', '62', '-209']
if len(data) < 2:
return None
attacker = self.getClient(data[0])
if not attacker:
self.debug('No attacker')
return None
victim = self.getClient(data[1])
if not victim:
self.debug('No victim')
return None
if data[2]:
weapon = data[2]
else:
# to accomodate pre R15 servers
weapon = None
if data[3]:
if data[3] == 'true':
hitloc = 'head'
else:
hitloc = 'torso'
else:
# to accomodate pre R15 servers
hitloc = None
attackerloc = []
victimloc = []
if data[4] and data[9]:
attackerloc.append(data[4])
attackerloc.append(data[5])
attackerloc.append(data[6])
victimloc.append(data[7])
victimloc.append(data[8])
victimloc.append(data[9])
else:
# to accomodate pre R15 servers
attackerloc.append('None')
victimloc.append('None')
event_key = 'EVT_CLIENT_KILL'
if victim == attacker:
event_key = 'EVT_CLIENT_SUICIDE'
elif attacker.team == victim.team and attacker.team != b3.TEAM_UNKNOWN and attacker.team != b3.TEAM_SPEC:
event_key = 'EVT_CLIENT_KILL_TEAM'
return self.getEvent(event_key,
(100, weapon, hitloc, attackerloc, victimloc),
attacker, victim)
def OnServerLoadinglevel(self, action, data):
"""
server.onLoadingLevel <level name: string> <roundsPlayed: int> <roundsTotal: int>
Effect: Level is loading
"""
#['server.onLoadingLevel', 'levels/mp_04', '0', '2']
self.debug("OnServerLoadinglevel: %s" % data)
if not self.game.mapName:
self.game.mapName = data[0]
if self.game.mapName != data[0]:
# map change detected
self.game.startMap()
self.game.mapName = data[0]
self.game.rounds = int(data[1])
self.game.g_maxrounds = int(data[2])
self.getServerInfo()
# to debug getEasyName()
self.info('Loading %s [%s]' %
(self.getEasyName(self.game.mapName), self.game.gameType))
return self.getEvent('EVT_GAME_WARMUP', data[0])
def OnServerLevelstarted(self, action, data):
# next function call will increase roundcount by one, this is not wanted
# as the game server provides us the exact round number in OnServerLoadinglevel()
# hence we need to deduct one to compensate?
# we'll still leave the call here since it provides us self.game.roundTime()
self.game.startRound()
self.game.rounds -= 1
# players need to be joined (EVT_CLIENT_JOIN) for stats to count rounds
self.joinPlayers()
return self.getEvent('EVT_GAME_ROUND_START', self.game)
def OnServerRoundover(self, action, data):
"""
server.onRoundOver <winning team: Team ID>
Effect: The round has just ended, and <winning team> won
"""
#['server.onRoundOver', '2']
return self.getEvent('EVT_GAME_ROUND_END', data[0])
def OnServerRoundoverplayers(self, action, data):
"""
server.onRoundOverPlayers <end-of-round soldier info : player info block>
Effect: The round has just ended, and <end-of-round soldier info> is the final detailed player stats
"""
#['server.onRoundOverPlayers', '8', 'clanTag', 'name', 'guid', 'teamId', 'kills', 'deaths', 'score', 'ping',
# '17', 'RAID', 'mavzee', 'EA_4444444444444444555555555555C023', '2', '20', '17', '310', '147', 'RAID', 'NUeeE',
# 'EA_1111111111111555555555555554245A', '2', '30', '18', '445', '146', '', 'Strzaerl',
# 'EA_88888888888888888888888888869F30', '1', '12', '7', '180', '115', '10tr', 'russsssssssker',
# 'EA_E123456789461416564796848C26D0CD', '2', '12', '12', '210', '141', '', 'Daezch',
# 'EA_54567891356479846516496842E17F4D', '1', '25', '14', '1035', '129', '', 'Oldqsdnlesss',
# 'EA_B78945613465798645134659F3079E5A', '1', '8', '12', '120', '256', '', 'TTETqdfs',
# 'EA_1321654656546544645798641BB6D563', '1', '11', '16', '180', '209', '', 'bozer',
# 'EA_E3987979878946546546565465464144', '1', '22', '14', '475', '152', '', 'Asdf 1977',
# 'EA_C65465413213216656546546546029D6', '2', '13', '16', '180', '212', '', 'adfdasse',
# 'EA_4F313565464654646446446644664572', '1', '4', '25', '45', '162', 'SG1', 'De56546ess',
# 'EA_123132165465465465464654C2FC2FBB', '2', '5', '8', '75', '159', 'bsG', 'N06540RZ',
# 'EA_787897944546565656546546446C9467', '2', '8', '14', '100', '115', '', 'Psfds',
# 'EA_25654321321321000006546464654B81', '2', '15', '15', '245', '140', '', 'Chezear',
# 'EA_1FD89876543216548796130EB83E411F', '1', '9', '14', '160', '185', '', 'IxSqsdfOKxI',
# 'EA_481321313132131313213212313112CE', '1', '21', '12', '625', '236', '', 'Ledfg07',
# 'EA_1D578987994651615166516516136450', '1', '5', '6', '85', '146', '', '5 56 mm',
# 'EA_90488E6543216549876543216549877B', '2', '0', '0', '0', '192']
return self.getEvent('EVT_GAME_ROUND_PLAYER_SCORES',
PlayerInfoBlock(data))
def OnServerRoundoverteamscores(self, action, data):
"""
server.onRoundOverTeamScores <end-of-round scores: team scores>
Effect: The round has just ended, and <end-of-round scores> is the final ticket/kill/life count for each team
"""
#['server.onRoundOverTeamScores', '2', '1180', '1200', '1200']
return self.getEvent('EVT_GAME_ROUND_TEAM_SCORES', data[1])
def OnPunkbusterMessage(self, action, data):
"""
Handles all punkbuster related events and route them to the appropriate
method depending on the type of PB message.
"""
#self.debug("PB> %s" % data)
match = None
funcName = None
if data and data[0]:
for regexp, funcName in self._punkbusterMessageFormats:
match = re.match(regexp, str(data[0]).strip())
if match:
break
if match and hasattr(self, funcName):
func = getattr(self, funcName)
event = func(match, data[0])
if event:
self.queueEvent(event)
else:
return self.getEvent('EVT_UNKNOWN', data)
def OnPBVersion(self, match, data):
"""
PB notifies us of the version numbers version = match.group('version').
"""
#self.debug('PunkBuster Server version: %s' %( match.group('version') ) )
pass
def OnPBNewConnection(self, match, data):
"""
PunkBuster tells us a new player identified. The player is normally already connected and authenticated
by B3 by ea_guid. This is our first moment where we receive the clients IP address so we also fire the custom
event EVT_PUNKBUSTER_NEW_CONNECTION here.
"""
name = match.group('name')
client = self.getClient(name)
if client:
# slot = match.group('slot')
ip = match.group('ip')
port = match.group('port')
# something = match.group('something')
client.ip = ip
client.port = port
client.save()
self.debug('OnPBNewConnection: client updated with %s' % data)
# This is our first moment where we get a clients IP.
# Fire this event to accomodate geoIP based plugins like Countryfilter.
return self.getEvent('EVT_PUNKBUSTER_NEW_CONNECTION', data, client)
else:
self.warning(
'OnPBNewConnection: we\'ve been unable to get the client')
def OnPBLostConnection(self, match, data):
"""
PB notifies us it lost track of a player. This is the only change
we have to save the ip of clients.
This event is triggered after the OnPlayerLeave, so normaly the client
is not connected. Anyway our task here is to save data into db not to
connect/disconnect the client.
Part of this code is obsolete since R15, IP is saved to DB on OnPBNewConnection()
"""
name = match.group('name')
data = {
'slot': match.group('slot'),
'ip': match.group('ip'),
'port': match.group('port'),
'pbuid': match.group('pbuid'),
'name': name
}
# Code Obsolete since R15:
# client = self.clients.getByCID(dict['name'])
# if not client:
# matchingClients = self.storage.getClientsMatching( {'pbid': match.group('pbuid')} )
# if matchingClients and len(matchingClients) == 0:
# client = matchingClients[0]
# if not client:
# self.error('unable to find client %s. weird' %name )
# else:
# # update client data with PB id and IP
# client.pbid = dict['pbuid']
# client.ip = dict['ip']
# client.save()
self.verbose('PB lost connection: %s' % data)
return self.getEvent('EVT_PUNKBUSTER_LOST_PLAYER', data)
def OnPBScheduledTask(self, match, data):
"""
We get notified the server ran a PB scheduled task
Nothing much to do but it can be interresting to have
this information logged
"""
slot = match.group('slot')
task = match.group('task')
return self.getEvent('EVT_PUNKBUSTER_SCHEDULED_TASK', {
'slot': slot,
'task': task
})
def OnPBMasterQuerySent(self, match, data):
"""
We get notified that the server sent a ping to the PB masters.
"""
#pbmaster = match.group('pbmaster')
#ip = match.group('ip')
pass
def OnPBPlayerGuid(self, match, data):
"""
We get notified of a player punkbuster GUID.
"""
pbid = match.group('pbid')
#slot = match.group('slot')
ip = match.group('ip')
#port = match.group('port')
name = match.group('name')
client = self.getClient(name)
client.ip = ip
client.pbid = pbid
client.save()
####################################################################################################################
# #
# B3 PARSER INTERFACE IMPLEMENTATION #
# #
####################################################################################################################
def message(self, client, text):
"""
Display a message to a given client
:param client: The client to who send the message
:param text: The message to be sent
"""
try:
if client is None:
self.say(text)
elif client.cid is None:
pass
else:
self.write(
self.getCommand('message', message=text, cid=client.cid))
except:
pass
def say(self, msg):
"""
Broadcast a message to all players.
:param msg: The message to be broadcasted
"""
self.sayqueue.put(msg)
def kick(self, client, reason='', admin=None, silent=False, *kwargs):
"""
Kick a given client.
:param client: The client to kick
:param reason: The reason for this kick
:param admin: The admin who performed the kick
:param silent: Whether or not to announce this kick
"""
self.debug('Kick reason: [%s]' % reason)
if isinstance(client, str):
self.write(self.getCommand('kick', cid=client, reason=reason[:80]))
return
if admin:
variables = self.getMessageVariables(client=client,
reason=reason,
admin=admin)
fullreason = self.getMessage('kicked_by', variables)
else:
variables = self.getMessageVariables(client=client, reason=reason)
fullreason = self.getMessage('kicked', variables)
fullreason = self.stripColors(fullreason)
reason = self.stripColors(reason)
if self.PunkBuster:
self.PunkBuster.kick(client, 0.5, reason)
self.write(self.getCommand('kick', cid=client.cid, reason=reason[:80]))
if not silent and fullreason != '':
self.say(fullreason)
def tempban(self,
client,
reason='',
duration=2,
admin=None,
silent=False,
*kwargs):
"""
Tempban a client.
:param client: The client to tempban
:param reason: The reason for this tempban
:param duration: The duration of the tempban
:param admin: The admin who performed the tempban
:param silent: Whether or not to announce this tempban
"""
duration = b3.functions.time2minutes(duration)
if isinstance(client, str):
self.write(
self.getCommand('tempban',
guid=client,
duration=duration * 60,
reason=reason[:80]))
return
if admin:
banduration = b3.functions.minutesStr(duration)
variables = self.getMessageVariables(client=client,
reason=reason,
admin=admin,
banduration=banduration)
fullreason = self.getMessage('temp_banned_by', variables)
else:
banduration = b3.functions.minutesStr(duration)
variables = self.getMessageVariables(client=client,
reason=reason,
banduration=banduration)
fullreason = self.getMessage('temp_banned', variables)
fullreason = self.stripColors(fullreason)
reason = self.stripColors(reason)
if self.PunkBuster:
# punkbuster acts odd if you ban for more than a day
# tempban for a day here and let b3 re-ban if the player
# comes back
if duration > 1440:
duration = 1440
self.PunkBuster.kick(client, duration, reason)
self.write(
self.getCommand('tempban',
guid=client.guid,
duration=duration * 60,
reason=reason[:80]))
if not silent and fullreason != '':
self.say(fullreason)
data = {'reason': reason, 'duration': duration, 'admin': admin}
self.queueEvent(
self.getEvent('EVT_CLIENT_BAN_TEMP', data=data, client=client))
client.disconnect()
def unban(self, client, reason='', admin=None, silent=False, *kwargs):
"""
Unban a client.
:param client: The client to unban
:param reason: The reason for the unban
:param admin: The admin who unbanned this client
:param silent: Whether or not to announce this unban
"""
self.debug('UNBAN: Name: %s, Ip: %s, Guid: %s' %
(client.name, client.ip, client.guid))
if client.ip:
response = self.write(self.getCommand('unbanByIp',
ip=client.ip,
reason=reason),
needConfirmation=True)
if response == "OK":
self.verbose('UNBAN: removed ip (%s) from banlist' % client.ip)
if admin:
admin.message(
'Unbanned: %s. '
'His last ip (%s) has been removed from banlist.' %
(client.exactName, client.ip))
if admin:
variables = self.getMessageVariables(client=client,
reason=reason,
admin=admin)
fullreason = self.getMessage('unbanned_by', variables)
else:
variables = self.getMessageVariables(client=client,
reason=reason)
fullreason = self.getMessage('unbanned', variables)
if not silent and fullreason != '':
self.say(fullreason)
response = self.write(self.getCommand('unban',
guid=client.guid,
reason=reason),
needConfirmation=True)
if response == "OK":
self.verbose('UNBAN: removed guid (%s) from banlist' % client.guid)
if admin:
admin.message('Unbanned: removed %s guid from banlist' %
client.exactName)
if self.PunkBuster:
self.PunkBuster.unBanGUID(client)
def ban(self, client, reason='', admin=None, silent=False, *kwargs):
"""
Ban a given client.
:param client: The client to ban
:param reason: The reason for this ban
:param admin: The admin who performed the ban
:param silent: Whether or not to announce this ban
"""
self.debug('BAN : client: %s, reason: %s', client, reason)
if isinstance(client, b3.clients.Client):
self.write(
self.getCommand('ban', guid=client.guid, reason=reason[:80]))
return
if admin:
variables = self.getMessageVariables(client=client,
reason=reason,
admin=admin)
fullreason = self.getMessage('banned_by', variables)
else:
variables = self.getMessageVariables(client=client, reason=reason)
fullreason = self.getMessage('banned', variables)
fullreason = self.stripColors(fullreason)
reason = self.stripColors(reason)
if client.cid is None:
# ban by ip, this happens when we !permban @xx a player that is not connected
self.debug(
'EFFECTIVE BAN : %s',
self.getCommand('banByIp', ip=client.ip, reason=reason[:80]))
self.write(
self.getCommand('banByIp', ip=client.ip, reason=reason[:80]))
if admin:
admin.message('Banned: %s (@%s). '
'His last ip (%s) has been added to banlist' %
(client.exactName, client.id, client.ip))
else:
# ban by cid
self.debug(
'EFFECTIVE BAN : %s',
self.getCommand('ban', guid=client.guid, reason=reason[:80]))
self.write(
self.getCommand('ban', cid=client.cid, reason=reason[:80]))
if admin:
admin.message('Banned: %s (@%s) has been added to banlist' %
(client.exactName, client.id))
if self.PunkBuster:
self.PunkBuster.banGUID(client, reason)
if not silent and fullreason != '':
self.say(fullreason)
self.queueEvent(
self.getEvent('EVT_CLIENT_BAN', {
'reason': reason,
'admin': admin
}, client))
def sync(self):
"""
For all connected players returned by self.getPlayerList(), get the matching Client
object from self.clients (with self.clients.getByCID(cid) or similar methods) and
look for inconsistencies. If required call the client.disconnect() method to remove
a client from self.clients.
This is mainly useful for games where clients are identified by the slot number they
occupy. On map change, a player A on slot 1 can leave making room for player B who
connects on slot 1.
"""
plist = self.getPlayerList()
mlist = {}
for cid, c in plist.items():
client = self.clients.getByCID(cid)
if client:
mlist[cid] = client
newTeam = c.get('teamId', None)
if newTeam is not None:
client.team = self.getTeam(newTeam)
client.teamId = int(newTeam)
return mlist
def authorizeClients(self):
"""
For all connected players, fill the client object with properties allowing to find
the user in the database (usualy guid, or punkbuster id, ip) and call the
Client.auth() method.
"""
players = self.getPlayerList()
self.verbose('authorizeClients() = %s' % players)
for cid, p in players.items():
sp = self.clients.getByCID(cid)
if sp:
# only set provided data,
# otherwise use the currently set data
sp.ip = p.get('ip', sp.ip)
sp.pbid = p.get('pbid', sp.pbid)
sp.guid = p.get('guid', sp.guid)
sp.data = p
newTeam = p.get('teamId', None)
if newTeam is not None:
sp.team = self.getTeam(newTeam)
sp.teamId = int(newTeam)
sp.auth()
def getPlayerList(self, maxRetries=None):
"""
Return a dict which keys are cid and values a dict of player properties
as returned by admin.listPlayers. Does not return client objects.
"""
data = self.write(('admin.listPlayers', 'all'))
if not data:
return {}
players = {}
pib = PlayerInfoBlock(data)
for p in pib:
players[p['name']] = p
return players
def getPlayerScores(self):
"""Ask the server for a given client's team
"""
scores = {}
try:
pib = PlayerInfoBlock(self.write(('admin.listPlayers', 'all')))
for p in pib:
scores[p['name']] = int(p['score'])
except:
self.debug('Unable to retrieve scores from playerlist')
return scores
def getPlayerPings(self, filter_client_ids=None):
"""
Ask the server for a given client's team.
"""
pings = {}
try:
pib = PlayerInfoBlock(self.write(('admin.listPlayers', 'all')))
for p in pib:
pings[p['name']] = int(p['ping'])
except:
self.debug('Unable to retrieve pings from playerlist')
return pings
def getNextMap(self):
"""
Return the name of the next map
"""
nextLevelIndex = self.getNextMapIndex()
if nextLevelIndex == -1:
return 'none'
levelnames = self.write(('mapList.list', ))
return self.getEasyName(levelnames[nextLevelIndex])
def getNextMapIndex(self):
[nextLevelIndex] = self.write(('mapList.nextLevelIndex', ))
nextLevelIndex = int(nextLevelIndex)
if nextLevelIndex == -1:
return -1
levelnames = self.write(('mapList.list', ))
if levelnames[nextLevelIndex] == self.getMap():
nextLevelIndex = (nextLevelIndex + 1) % len(levelnames)
return nextLevelIndex
def saybig(self, msg):
pass
def rotateMap(self):
pass
def changeMap(self, map_name):
pass
def getMaps(self):
"""
Return the map list for the current rotation. (as easy map names)
This does not return all available maps.
"""
levelnames = self.write(('mapList.list', ))
mapList = []
for l in levelnames:
mapList.append(self.getEasyName(l))
return mapList
def getMap(self):
"""
Return the current level name (not easy map name).
"""
self.getServerInfo()
return self.game.mapName
def getSupportedMaps(self):
"""
Return a list of supported levels for the current game mod.
"""
[currentMode] = self.write(('admin.getPlaylist', ))
supportedMaps = self.write(('admin.supportedMaps', currentMode))
return supportedMaps
def getMapsSoundingLike(self, mapname):
"""
Found matching level names for the given mapname (which can either be a level name or map name).
If no exact match is found, then return close candidates using soundex and then LevenshteinDistance algoritms.
"""
supportedMaps = self.getSupportedMaps()
supportedEasyNames = {}
for m in supportedMaps:
supportedEasyNames[self.getEasyName(m)] = m
data = mapname.strip()
soundex1 = soundex(data)
#self.debug('soundex %s : %s' % (data, soundex1))
match = []
if data in supportedMaps:
match = [data]
elif data in supportedEasyNames:
match = [supportedEasyNames[data]]
else:
for m in supportedEasyNames:
s = soundex(m)
#self.debug('soundex %s : %s' % (m, s))
if s == soundex1:
#self.debug('probable map : %s', m)
match.append(supportedEasyNames[m])
if len(match) == 0:
# suggest closest spellings
shortmaplist = []
for m in supportedEasyNames:
if m.find(data) != -1:
shortmaplist.append(m)
if len(shortmaplist) > 0:
shortmaplist.sort(
key=lambda mn: levenshteinDistance(data, mn.strip()))
self.debug("Shortmaplist sorted by distance : %s" %
shortmaplist)
match = shortmaplist[:3]
else:
easyNames = list(supportedEasyNames.keys())
easyNames.sort(
key=lambda mn: levenshteinDistance(data, mn.strip()))
self.debug("Maplist sorted by distance : %s" % easyNames)
match = easyNames[:3]
return match
def getCvar(self, cvarName):
"""
Return a CVAR from the server.
:param cvarName: The CVAR name.
"""
if cvarName not in self._gameServerVars:
self.warning('Unknown cvar: %s' % cvarName)
return None
try:
words = self.write(('vars.%s' % cvarName, ))
except FrostbiteCommandFailedError as err:
self.error(err)
return
self.debug('Get cvar %s = %s', cvarName, words)
if words:
if len(words) == 0:
return b3.cvar.Cvar(cvarName, value=None)
else:
return b3.cvar.Cvar(cvarName, value=words[0])
return None
def setCvar(self, cvarName, value):
"""
Set a CVAR on the server.
:param cvarName: The CVAR name
:param value: The CVAR value
"""
if cvarName not in self._gameServerVars:
self.warning('Cannot set unknown cvar: %s' % cvarName)
return
self.debug('Set cvar %s = \'%s\'', cvarName, value)
try:
self.write(('vars.%s' % cvarName, value))
except FrostbiteCommandFailedError as err:
self.error(err)
def run(self):
"""
Main worker thread for B3.
"""
self.bot('Start listening ...')
self.screen.write(
'Startup complete : B3 is running! Let\'s get to work!\n\n')
self.screen.write(
'(If you run into problems, check %s in the B3 root directory for '
'detailed log info)\n' % self.config.getpath('b3', 'logfile'))
self.updateDocumentation()
while self.working:
# while we are working, connect to the frostbite server
if self._paused:
if self._pauseNotice is False:
self.bot(
'PAUSED - not parsing any lines: B3 will be out of sync'
)
self._pauseNotice = True
else:
try:
if self._serverConnection is None:
self.verbose('Connecting to frostbite server...')
self._serverConnection = FrostbiteConnection(
self, self._rconIp, self._rconPort,
self._rconPassword)
self._serverConnection.subscribeToEvents()
self.clients.sync()
self._nbConsecutiveConnFailure = 0
nbConsecutiveReadFailure = 0
while self.working:
# while we are working and connected, read a packet
if not self._paused:
try:
packet = self._serverConnection.readEvent()
self.console("%s" % packet)
try:
self.routeFrostbitePacket(packet)
except SystemExit:
raise
except Exception as msg:
self.error(
'%s: %s', msg,
traceback.extract_tb(
sys.exc_info()[2]))
except FrostbiteException as e:
nbConsecutiveReadFailure += 1
if nbConsecutiveReadFailure > 5:
raise e
except FrostbiteException as e:
self.debug(e)
self._nbConsecutiveConnFailure += 1
self._serverConnection.close()
if self._nbConsecutiveConnFailure <= 20:
self.debug('sleeping 0.5 sec...')
time.sleep(0.5)
elif self._nbConsecutiveConnFailure <= 60:
self.debug('sleeping 2 sec...')
time.sleep(2)
else:
self.debug('sleeping 30 sec...')
time.sleep(30)
self.bot('Stop listening...')
with self.exiting:
#self.input.close()
self.output.close()
if self.exitcode:
sys.exit(self.exitcode)
class AbstractParser(b3.parser.Parser):
'''
An abstract base class to help with developing frostbite parsers
'''
gameName = None
OutputClass = rcon.Rcon
_serverConnection = None
_nbConsecutiveConnFailure = 0
sayqueue = Queue.Queue()
sayqueuelistener = None
# frostbite engine does not support color code, so we need this property
# in order to get stripColors working
_reColor = re.compile(r'(\^[0-9])')
_settings = {}
_settings['line_length'] = 65
_settings['min_wrap_length'] = 65
_settings['message_delay'] = 2
_gameServerVars = () # list available cvar
_commands = {}
_commands['message'] = ('admin.say', '%(message)s', 'player', '%(cid)s')
_commands['say'] = ('admin.say', '%(message)s', 'all')
_commands['kick'] = ('admin.kickPlayer', '%(cid)s', '%(reason)s')
_commands['ban'] = ('banList.add', 'guid', '%(guid)s', 'perm', '%(reason)s')
_commands['banByIp'] = ('banList.add', 'ip', '%(ip)s', 'perm', '%(reason)s')
_commands['unban'] = ('banList.remove', 'guid', '%(guid)s')
_commands['unbanByIp'] = ('banList.remove', 'ip', '%(ip)s')
_commands['tempban'] = ('banList.add', 'guid', '%(guid)s', 'seconds', '%(duration)d', '%(reason)s')
_eventMap = {
'player.onKicked': b3.events.EVT_CLIENT_KICK,
}
_punkbusterMessageFormats = (
(re.compile(r'^(?P<servername>.*): PunkBuster Server for BC2 \((?P<version>.+)\)\sEnabl.*$'), 'OnPBVersion'),
(re.compile(r'^(?P<servername>.*): Running PB Scheduled Task \(slot #(?P<slot>\d+)\)\s+(?P<task>.*)$'), 'OnPBScheduledTask'),
(re.compile(r'^(?P<servername>.*): Lost Connection \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+) (?P<pbuid>[^\s]+)\(-\)\s(?P<name>.+)$'), 'OnPBLostConnection'),
(re.compile(r'^(?P<servername>.*): Master Query Sent to \((?P<pbmaster>[^\s]+)\) (?P<ip>[^:]+)$'), 'OnPBMasterQuerySent'),
(re.compile(r'^(?P<servername>.*): Player GUID Computed (?P<pbid>[0-9a-fA-F]+)\(-\) \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+)\s(?P<name>.+)$'), 'OnPBPlayerGuid'),
(re.compile(r'^(?P<servername>.*): New Connection \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+) \[(?P<something>[^\s]+)\]\s"(?P<name>.+)".*$'), 'OnPBNewConnection')
)
PunkBuster = None
def run(self):
"""Main worker thread for B3"""
self.bot('Start listening ...')
self.screen.write('Startup Complete : B3 is running! Let\'s get to work!\n\n')
self.screen.write('(If you run into problems, check %s for detailed log info)\n' % self.config.getpath('b3', 'logfile'))
#self.screen.flush()
self.updateDocumentation()
while self.working:
"""
While we are working, connect to the frostbite server
"""
if self._paused:
if self._pauseNotice == False:
self.bot('PAUSED - Not parsing any lines, B3 will be out of sync.')
self._pauseNotice = True
else:
try:
if self._serverConnection is None:
self.verbose('Connecting to frostbite server ...')
self._serverConnection = FrostbiteConnection(self, self._rconIp, self._rconPort, self._rconPassword)
self._serverConnection.subscribeToEvents()
self.clients.sync()
self._nbConsecutiveConnFailure = 0
nbConsecutiveReadFailure = 0
while self.working:
"""
While we are working and connected, read a packet
"""
if not self._paused:
try:
packet = self._serverConnection.readEvent()
self.console("%s" % packet)
try:
self.routeFrostbitePacket(packet)
except SystemExit:
raise
except Exception, msg:
self.error('%s: %s', msg, traceback.extract_tb(sys.exc_info()[2]))
except FrostbiteException, e:
#self.debug(e)
nbConsecutiveReadFailure += 1
if nbConsecutiveReadFailure > 5:
raise e
except FrostbiteException, e:
self.debug(e)
self._nbConsecutiveConnFailure += 1
self._serverConnection.close()
if self._nbConsecutiveConnFailure <= 20:
self.debug('sleeping 0.5 sec...')
time.sleep(0.5)
elif self._nbConsecutiveConnFailure <= 60:
self.debug('sleeping 2 sec...')
time.sleep(2)
else:
self.debug('sleeping 30 sec...')
time.sleep(30)
self.bot('Stop listening.')
with self.exiting:
#self.input.close()
self.output.close()
if self.exitcode:
sys.exit(self.exitcode)
def run(self):
"""Main worker thread for B3"""
self.bot("Start listening ...")
self.screen.write("Startup Complete : B3 is running! Let's get to work!\n\n")
self.screen.write(
"(If you run into problems, check %s for detailed log info)\n" % self.config.getpath("b3", "logfile")
)
# self.screen.flush()
self.updateDocumentation()
while self.working:
"""
While we are working, connect to the frostbite server
"""
if self._paused:
if self._pauseNotice == False:
self.bot("PAUSED - Not parsing any lines, B3 will be out of sync.")
self._pauseNotice = True
else:
try:
if self._serverConnection is None:
self.verbose("Connecting to frostbite server ...")
self._serverConnection = FrostbiteConnection(
self, self._rconIp, self._rconPort, self._rconPassword
)
self._serverConnection.subscribeToEvents()
self.clients.sync()
self._nbConsecutiveConnFailure = 0
nbConsecutiveReadFailure = 0
while self.working:
"""
While we are working and connected, read a packet
"""
if not self._paused:
try:
packet = self._serverConnection.readEvent()
self.console("%s" % packet)
try:
self.routeFrostbitePacket(packet)
except SystemExit:
raise
except Exception, msg:
self.error("%s: %s", msg, traceback.extract_tb(sys.exc_info()[2]))
except FrostbiteException, e:
# self.debug(e)
nbConsecutiveReadFailure += 1
if nbConsecutiveReadFailure > 5:
raise e
except FrostbiteException, e:
self.debug(e)
self._nbConsecutiveConnFailure += 1
self._serverConnection.close()
if self._nbConsecutiveConnFailure <= 20:
self.debug("sleeping 0.5 sec...")
time.sleep(0.5)
elif self._nbConsecutiveConnFailure <= 60:
self.debug("sleeping 2 sec...")
time.sleep(2)
else:
self.debug("sleeping 30 sec...")
time.sleep(30)
class Rcon(object):
console = None
_lock = _thread.allocate_lock()
_frostbiteConnection = None
_rconIp = None
_rconPort = None
_rconPassword = None
def __init__(self, console, host, password):
"""
Object constructor.
:param console: The console implementation
:param host: The host where to send commands
:param password: The RCON password
"""
self.console = console
self._rconIp, self._rconPort = host
self._rconPassword = password
def _connect(self):
"""
Establish a connection with the Frostbite server.
"""
if self._frostbiteConnection:
return
self.console.verbose('RCON: connecting to Frostbite server ...')
self._frostbiteConnection = FrostbiteConnection(
self.console, self._rconIp, self._rconPort, self._rconPassword)
def writelines(self, lines):
"""
Send multiple RCON commands to the server.
"""
for line in lines:
self.write(line)
def write(self, cmd, maxRetries=1, needConfirmation=False):
"""
Send an RCON command to the server.
"""
self._lock.acquire()
try:
if self._frostbiteConnection is None:
self._connect()
tries = 0
while tries < maxRetries:
try:
tries += 1
self.console.verbose('RCON (%s/%s) %s' %
(tries, maxRetries, cmd))
response = self._frostbiteConnection.sendRequest(cmd)
if response[0] != "OK" and response[0] != "NotFound":
raise FrostbiteCommandFailedError(response)
if needConfirmation:
return response[0]
else:
return response[1:]
except FrostbiteException as err:
self.console.warning('RCON: sending \'%s\', %s' %
(cmd, err))
self.console.error('RCON: failed to send \'%s\'', cmd)
try:
# we close the connection to make sure to have a brand new one
# on the next write
self.close()
except:
pass
finally:
self._lock.release()
def flush(self):
pass
def close(self):
"""
Close the connection with the Frostbite server.
"""
self.console.info('RCON: disconnecting from Frostbite server')
self._frostbiteConnection.close()
########################################################################################################################
# EXAMPLE PROGRAM #
########################################################################################################################
#
# if __name__ == '__main__':
# """
# To run tests : python b3/parsers/bfbc2/rcon.py <rcon_ip> <rcon_port> <rcon_password>
# """
# import sys
# if len(sys.argv) != 4:
# host = raw_input('Enter game server host IP/name: ')
# port = int(raw_input('Enter host port: '))
# pw = raw_input('Enter password: '******'admin.yell', 'test', 1400, 'player', 'Courgette'))
#
#
# for cmd in ['version', 'serverInfo', 'help', 'version', 'admin.currentLevel', ('admin.listPlayers', 'all')]:
# fakeconsole.info('Writing %s', cmd)
# data = r.write(cmd)
# fakeconsole.info('Recieved %s', data)
#
# print '----------------------------'
#
# varlist = (
# '3dSpotting',
# 'bannerUrl',
# 'crossHair',
# 'currentPlayerLimit',
# 'friendlyFire',
# 'gamePassword',
# 'hardCore',
# 'killCam',
# 'maxPlayerLimit',
# 'miniMap',
# 'miniMapSpotting',
# 'playerLimit',
# 'punkBuster',
# 'rankLimit',
# 'ranked',
# 'serverDescription',
# 'teamBalance',
# 'thirdPersonVehicleCameras'
# )
# #for var in varlist:
# #time.sleep(0.5)
# #print r.write('vars.%s' % var)[0]
#
# print '----------------------------'
#
# for c in r.write(('help',)):
# print c
class Rcon(object):
console = None
_lock = thread.allocate_lock()
_frostbiteConnection = None
_rconIp = None
_rconPort = None
_rconPassword = None
def __init__(self, console, host, password):
"""
Object constructor.
:param console: The console implementation
:param host: The host where to send commands
:param password: The RCON password
"""
self.console = console
self._rconIp, self._rconPort = host
self._rconPassword = password
def _connect(self):
"""
Establish a connection with the Frostbite server.
"""
if self._frostbiteConnection:
return
self.console.verbose('RCON: connecting to Frostbite server ...')
self._frostbiteConnection = FrostbiteConnection(
self.console, self._rconIp, self._rconPort, self._rconPassword)
def writelines(self, lines):
"""
Send multiple RCON commands to the server.
"""
for line in lines:
self.write(line)
def write(self, cmd, maxRetries=1, needConfirmation=False):
"""
Send an RCON command to the server.
"""
self._lock.acquire()
try:
if self._frostbiteConnection is None:
self._connect()
tries = 0
while tries < maxRetries:
try:
tries += 1
self.console.verbose('RCON (%s/%s) %s' %
(tries, maxRetries, cmd))
response = self._frostbiteConnection.sendRequest(cmd)
if response[0] != "OK" and response[0] != "NotFound":
raise FrostbiteCommandFailedError(response)
if needConfirmation:
return response[0]
else:
return response[1:]
except FrostbiteException, err:
self.console.warning('RCON: sending \'%s\', %s' %
(cmd, err))
self.console.error('RCON: failed to send \'%s\'', cmd)
try:
# we close the connection to make sure to have a brand new one
# on the next write
self.close()
except:
pass
finally:
class AbstractParser(b3.parser.Parser):
"""
An abstract base class to help with developing frostbite parsers
"""
gameName = None
privateMsg = True
OutputClass = rcon.Rcon
_serverConnection = None
_nbConsecutiveConnFailure = 0
sayqueue = Queue.Queue()
sayqueuelistener = None
# frostbite engine does not support color code, so we need this property
# in order to get stripColors working
_reColor = re.compile(r"(\^[0-9])")
_settings = {}
_settings["line_length"] = 65
_settings["min_wrap_length"] = 65
_settings["message_delay"] = 2
_gameServerVars = () # list available cvar
_commands = {}
_commands["message"] = ("admin.say", "%(message)s", "player", "%(cid)s")
_commands["say"] = ("admin.say", "%(message)s", "all")
_commands["kick"] = ("admin.kickPlayer", "%(cid)s", "%(reason)s")
_commands["ban"] = ("banList.add", "guid", "%(guid)s", "perm", "%(reason)s")
_commands["banByIp"] = ("banList.add", "ip", "%(ip)s", "perm", "%(reason)s")
_commands["unban"] = ("banList.remove", "guid", "%(guid)s")
_commands["unbanByIp"] = ("banList.remove", "ip", "%(ip)s")
_commands["tempban"] = ("banList.add", "guid", "%(guid)s", "seconds", "%(duration)d", "%(reason)s")
_eventMap = {"player.onKicked": b3.events.EVT_CLIENT_KICK}
_punkbusterMessageFormats = (
(re.compile(r"^.*: PunkBuster Server for BC2 \((?P<version>.+)\)\sEnabl.*$"), "OnPBVersion"),
(re.compile(r"^.*: Running PB Scheduled Task \(slot #(?P<slot>\d+)\)\s+(?P<task>.*)$"), "OnPBScheduledTask"),
(
re.compile(
r"^.*: Lost Connection \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+) (?P<pbuid>[^\s]+)\(-\)\s(?P<name>.+)$"
),
"OnPBLostConnection",
),
(re.compile(r"^.*: Master Query Sent to \((?P<pbmaster>[^\s]+)\) (?P<ip>[^:]+)$"), "OnPBMasterQuerySent"),
(
re.compile(
r"^.*: Player GUID Computed (?P<pbid>[0-9a-fA-F]+)\(-\) \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+)\s(?P<name>.+)$"
),
"OnPBPlayerGuid",
),
(
re.compile(
r'^.*: New Connection \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+) \[(?P<something>[^\s]+)\]\s"(?P<name>.+)".*$'
),
"OnPBNewConnection",
),
)
PunkBuster = None
def __new__(cls, *args, **kwargs):
patch_b3_clients()
return b3.parser.Parser.__new__(cls)
def run(self):
"""Main worker thread for B3"""
self.bot("Start listening ...")
self.screen.write("Startup Complete : B3 is running! Let's get to work!\n\n")
self.screen.write(
"(If you run into problems, check %s for detailed log info)\n" % self.config.getpath("b3", "logfile")
)
# self.screen.flush()
self.updateDocumentation()
while self.working:
"""
While we are working, connect to the frostbite server
"""
if self._paused:
if self._pauseNotice == False:
self.bot("PAUSED - Not parsing any lines, B3 will be out of sync.")
self._pauseNotice = True
else:
try:
if self._serverConnection is None:
self.verbose("Connecting to frostbite server ...")
self._serverConnection = FrostbiteConnection(
self, self._rconIp, self._rconPort, self._rconPassword
)
self._serverConnection.subscribeToEvents()
self.clients.sync()
self._nbConsecutiveConnFailure = 0
nbConsecutiveReadFailure = 0
while self.working:
"""
While we are working and connected, read a packet
"""
if not self._paused:
try:
packet = self._serverConnection.readEvent()
self.console("%s" % packet)
try:
self.routeFrostbitePacket(packet)
except SystemExit:
raise
except Exception, msg:
self.error("%s: %s", msg, traceback.extract_tb(sys.exc_info()[2]))
except FrostbiteException, e:
# self.debug(e)
nbConsecutiveReadFailure += 1
if nbConsecutiveReadFailure > 5:
raise e
except FrostbiteException, e:
self.debug(e)
self._nbConsecutiveConnFailure += 1
self._serverConnection.close()
if self._nbConsecutiveConnFailure <= 20:
self.debug("sleeping 0.5 sec...")
time.sleep(0.5)
elif self._nbConsecutiveConnFailure <= 60:
self.debug("sleeping 2 sec...")
time.sleep(2)
else:
self.debug("sleeping 30 sec...")
time.sleep(30)
self.bot("Stop listening.")
with self.exiting:
# self.input.close()
self.output.close()
if self.exitcode:
sys.exit(self.exitcode)
def _connect(self):
if self._frostbiteConnection:
return
self.console.verbose('RCON: Connecting to Frostbite server ...')
self._frostbiteConnection = FrostbiteConnection(self.console, self._rconIp, self._rconPort, self._rconPassword)
def _connect(self):
if self._frostbiteConnection:
return
self.console.verbose('RCON: Connecting to Frostbite server ...')
self._frostbiteConnection = FrostbiteConnection(
self.console, self._rconIp, self._rconPort, self._rconPassword)
class Rcon(object):
console = None
_lock = thread.allocate_lock()
_frostbiteConnection = None
_rconIp = None
_rconPort = None
_rconPassword = None
def __init__(self, console, host, password):
"""
Object constructor.
:param console: The console implementation
:param host: The host where to send commands
:param password: The RCON password
"""
self.console = console
self._rconIp, self._rconPort = host
self._rconPassword = password
def _connect(self):
"""
Establish a connection with the Frostbite server.
"""
if self._frostbiteConnection:
return
self.console.verbose('RCON: connecting to Frostbite server ...')
self._frostbiteConnection = FrostbiteConnection(self.console, self._rconIp, self._rconPort, self._rconPassword)
def writelines(self, lines):
"""
Send multiple RCON commands to the server.
"""
for line in lines:
self.write(line)
def write(self, cmd, maxRetries=1, needConfirmation=False):
"""
Send an RCON command to the server.
"""
self._lock.acquire()
try:
if self._frostbiteConnection is None:
self._connect()
tries = 0
while tries < maxRetries:
try:
tries += 1
self.console.verbose('RCON (%s/%s) %s' % (tries, maxRetries, cmd))
response = self._frostbiteConnection.sendRequest(cmd)
if response[0] != "OK" and response[0] != "NotFound":
raise FrostbiteCommandFailedError(response)
if needConfirmation:
return response[0]
else:
return response[1:]
except FrostbiteException, err:
self.console.warning('RCON: sending \'%s\', %s' % (cmd, err))
self.console.error('RCON: failed to send \'%s\'', cmd)
try:
# we close the connection to make sure to have a brand new one
# on the next write
self.close()
except: pass
finally:
class AbstractParser(b3.parser.Parser):
"""
An abstract base class to help with developing frostbite parsers
"""
gameName = None
privateMsg = True
OutputClass = rcon.Rcon
PunkBuster = None
_serverConnection = None
_nbConsecutiveConnFailure = 0
sayqueue = Queue.Queue()
sayqueuelistener = None
# frostbite engine does not support color code, so we need this property
# in order to get stripColors working
_reColor = re.compile(r'(\^[0-9])')
_line_length = 100
_message_delay = 2
_line_color_prefix = ''
_gameServerVars = () # list available cvars
_commands = {
'message': ('admin.say', '%(message)s', 'player', '%(cid)s'),
'say': ('admin.say', '%(message)s', 'all'),
'kick': ('admin.kickPlayer', '%(cid)s', '%(reason)s'),
'ban': ('banList.add', 'guid', '%(guid)s', 'perm', '%(reason)s'),
'banByIp': ('banList.add', 'ip', '%(ip)s', 'perm', '%(reason)s'),
'unban': ('banList.remove', 'guid', '%(guid)s'),
'unbanByIp': ('banList.remove', 'ip', '%(ip)s'),
'tempban': ('banList.add', 'guid', '%(guid)s', 'seconds', '%(duration)d', '%(reason)s')
}
_eventMap = {
#'player.onKicked': b3.events.EVT_CLIENT_KICK,
}
_punkbusterMessageFormats = (
(re.compile(r'^.*: PunkBuster Server for BC2 \((?P<version>.+)\)\sEnabl.*$'), 'OnPBVersion'),
(re.compile(r'^.*: Running PB Scheduled Task \(slot #(?P<slot>\d+)\)\s+(?P<task>.*)$'), 'OnPBScheduledTask'),
(re.compile(r'^.*: Lost Connection \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+) (?P<pbuid>[^\s]+)\(-\)\s(?P<name>.+)$'), 'OnPBLostConnection'),
(re.compile(r'^.*: Master Query Sent to \((?P<pbmaster>[^\s]+)\) (?P<ip>[^:]+)$'), 'OnPBMasterQuerySent'),
(re.compile(r'^.*: Player GUID Computed (?P<pbid>[0-9a-fA-F]+)\(-\) \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+)\s(?P<name>.+)$'), 'OnPBPlayerGuid'),
(re.compile(r'^.*: New Connection \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+) \[(?P<something>[^\s]+)\]\s"(?P<name>.+)".*$'), 'OnPBNewConnection')
)
####################################################################################################################
# #
# PARSER INITIALIZATION #
# #
####################################################################################################################
def __new__(cls, *args, **kwargs):
patch_b3_clients()
return b3.parser.Parser.__new__(cls)
def startup(self):
"""
Called after the parser is created before run().
"""
self.checkVersion()
# add specific events
self.Events.createEvent('EVT_CLIENT_SQUAD_CHANGE', 'Client Squad Change')
self.Events.createEvent('EVT_PUNKBUSTER_SCHEDULED_TASK', 'PunkBuster scheduled task')
self.Events.createEvent('EVT_PUNKBUSTER_LOST_PLAYER', 'PunkBuster client connection lost')
self.Events.createEvent('EVT_PUNKBUSTER_NEW_CONNECTION', 'PunkBuster client received IP')
self.Events.createEvent('EVT_CLIENT_SPAWN', 'Client Spawn')
self.Events.createEvent('EVT_GAME_ROUND_PLAYER_SCORES', 'round player scores')
self.Events.createEvent('EVT_GAME_ROUND_TEAM_SCORES', 'round team scores')
self._eventMap['player.onKicked'] = self.getEventID('EVT_CLIENT_KICK')
self.getServerVars()
self.getServerInfo()
if self.config.has_option('server', 'punkbuster') and self.config.getboolean('server', 'punkbuster'):
self.info('kick/ban by punkbuster is unsupported yet')
#self.debug('punkbuster enabled in config')
#self.PunkBuster = Bfbc2PunkBuster(self)
self.sayqueuelistener = threading.Thread(target=self.sayqueuelistenerworker)
self.sayqueuelistener.setDaemon(True)
self.sayqueuelistener.start()
def run(self):
"""
Main worker thread for B3.
"""
self.bot('Start listening ...')
self.screen.write('Startup complete : B3 is running! Let\'s get to work!\n\n')
self.screen.write('(If you run into problems, check %s in the B3 root directory for '
'detailed log info)\n' % self.config.getpath('b3', 'logfile'))
self.updateDocumentation()
while self.working:
# while we are working, connect to the frostbite server
if self._paused:
if self._pauseNotice is False:
self.bot('PAUSED - not parsing any lines: B3 will be out of sync')
self._pauseNotice = True
else:
try:
if self._serverConnection is None:
self.verbose('Connecting to frostbite server...')
self._serverConnection = FrostbiteConnection(self, self._rconIp, self._rconPort, self._rconPassword)
self._serverConnection.subscribeToEvents()
self.clients.sync()
self._nbConsecutiveConnFailure = 0
nbConsecutiveReadFailure = 0
while self.working:
# while we are working and connected, read a packet
if not self._paused:
try:
packet = self._serverConnection.readEvent()
self.console("%s" % packet)
try:
self.routeFrostbitePacket(packet)
except SystemExit:
raise
except Exception, msg:
self.error('%s: %s', msg, traceback.extract_tb(sys.exc_info()[2]))
except FrostbiteException, e:
nbConsecutiveReadFailure += 1
if nbConsecutiveReadFailure > 5:
raise e
except FrostbiteException, e:
self.debug(e)
self._nbConsecutiveConnFailure += 1
self._serverConnection.close()
if self._nbConsecutiveConnFailure <= 20:
self.debug('sleeping 0.5 sec...')
time.sleep(0.5)
elif self._nbConsecutiveConnFailure <= 60:
self.debug('sleeping 2 sec...')
time.sleep(2)
else:
self.debug('sleeping 30 sec...')
time.sleep(30)
self.bot('Stop listening...')
with self.exiting:
#self.input.close()
self.output.close()
if self.exitcode:
sys.exit(self.exitcode)
class AbstractParser(b3.parser.Parser):
"""
An abstract base class to help with developing frostbite parsers
"""
gameName = None
privateMsg = True
OutputClass = rcon.Rcon
PunkBuster = None
_serverConnection = None
_nbConsecutiveConnFailure = 0
sayqueue = Queue.Queue()
sayqueuelistener = None
# frostbite engine does not support color code, so we need this property
# in order to get stripColors working
_reColor = re.compile(r'(\^[0-9])')
_line_length = 100
_message_delay = 2
_line_color_prefix = ''
_gameServerVars = () # list available cvars
_commands = {
'message': ('admin.say', '%(message)s', 'player', '%(cid)s'),
'say': ('admin.say', '%(message)s', 'all'),
'kick': ('admin.kickPlayer', '%(cid)s', '%(reason)s'),
'ban': ('banList.add', 'guid', '%(guid)s', 'perm', '%(reason)s'),
'banByIp': ('banList.add', 'ip', '%(ip)s', 'perm', '%(reason)s'),
'unban': ('banList.remove', 'guid', '%(guid)s'),
'unbanByIp': ('banList.remove', 'ip', '%(ip)s'),
'tempban': ('banList.add', 'guid', '%(guid)s', 'seconds',
'%(duration)d', '%(reason)s')
}
_eventMap = {
#'player.onKicked': b3.events.EVT_CLIENT_KICK,
}
_punkbusterMessageFormats = ((re.compile(
r'^.*: PunkBuster Server for BC2 \((?P<version>.+)\)\sEnabl.*$'
), 'OnPBVersion'), (re.compile(
r'^.*: Running PB Scheduled Task \(slot #(?P<slot>\d+)\)\s+(?P<task>.*)$'
), 'OnPBScheduledTask'), (re.compile(
r'^.*: Lost Connection \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+) (?P<pbuid>[^\s]+)\(-\)\s(?P<name>.+)$'
), 'OnPBLostConnection'), (re.compile(
r'^.*: Master Query Sent to \((?P<pbmaster>[^\s]+)\) (?P<ip>[^:]+)$'
), 'OnPBMasterQuerySent'), (re.compile(
r'^.*: Player GUID Computed (?P<pbid>[0-9a-fA-F]+)\(-\) \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+)\s(?P<name>.+)$'
), 'OnPBPlayerGuid'), (re.compile(
r'^.*: New Connection \(slot #(?P<slot>\d+)\) (?P<ip>[^:]+):(?P<port>\d+) \[(?P<something>[^\s]+)\]\s"(?P<name>.+)".*$'
), 'OnPBNewConnection'))
####################################################################################################################
# #
# PARSER INITIALIZATION #
# #
####################################################################################################################
def __new__(cls, *args, **kwargs):
patch_b3_clients()
return b3.parser.Parser.__new__(cls)
def startup(self):
"""
Called after the parser is created before run().
"""
self.checkVersion()
# add specific events
self.Events.createEvent('EVT_CLIENT_SQUAD_CHANGE',
'Client Squad Change')
self.Events.createEvent('EVT_PUNKBUSTER_SCHEDULED_TASK',
'PunkBuster scheduled task')
self.Events.createEvent('EVT_PUNKBUSTER_LOST_PLAYER',
'PunkBuster client connection lost')
self.Events.createEvent('EVT_PUNKBUSTER_NEW_CONNECTION',
'PunkBuster client received IP')
self.Events.createEvent('EVT_CLIENT_SPAWN', 'Client Spawn')
self.Events.createEvent('EVT_GAME_ROUND_PLAYER_SCORES',
'round player scores')
self.Events.createEvent('EVT_GAME_ROUND_TEAM_SCORES',
'round team scores')
self._eventMap['player.onKicked'] = self.getEventID('EVT_CLIENT_KICK')
self.getServerVars()
self.getServerInfo()
if self.config.has_option('server',
'punkbuster') and self.config.getboolean(
'server', 'punkbuster'):
self.info('kick/ban by punkbuster is unsupported yet')
#self.debug('punkbuster enabled in config')
#self.PunkBuster = Bfbc2PunkBuster(self)
self.sayqueuelistener = threading.Thread(
target=self.sayqueuelistenerworker)
self.sayqueuelistener.setDaemon(True)
self.sayqueuelistener.start()
def run(self):
"""
Main worker thread for B3.
"""
self.bot('Start listening ...')
self.screen.write(
'Startup complete : B3 is running! Let\'s get to work!\n\n')
self.screen.write(
'(If you run into problems, check %s in the B3 root directory for '
'detailed log info)\n' % self.config.getpath('b3', 'logfile'))
self.updateDocumentation()
while self.working:
# while we are working, connect to the frostbite server
if self._paused:
if self._pauseNotice is False:
self.bot(
'PAUSED - not parsing any lines: B3 will be out of sync'
)
self._pauseNotice = True
else:
try:
if self._serverConnection is None:
self.verbose('Connecting to frostbite server...')
self._serverConnection = FrostbiteConnection(
self, self._rconIp, self._rconPort,
self._rconPassword)
self._serverConnection.subscribeToEvents()
self.clients.sync()
self._nbConsecutiveConnFailure = 0
nbConsecutiveReadFailure = 0
while self.working:
# while we are working and connected, read a packet
if not self._paused:
try:
packet = self._serverConnection.readEvent()
self.console("%s" % packet)
try:
self.routeFrostbitePacket(packet)
except SystemExit:
raise
except Exception, msg:
self.error(
'%s: %s', msg,
traceback.extract_tb(
sys.exc_info()[2]))
except FrostbiteException, e:
nbConsecutiveReadFailure += 1
if nbConsecutiveReadFailure > 5:
raise e
except FrostbiteException, e:
self.debug(e)
self._nbConsecutiveConnFailure += 1
self._serverConnection.close()
if self._nbConsecutiveConnFailure <= 20:
self.debug('sleeping 0.5 sec...')
time.sleep(0.5)
elif self._nbConsecutiveConnFailure <= 60:
self.debug('sleeping 2 sec...')
time.sleep(2)
else:
self.debug('sleeping 30 sec...')
time.sleep(30)
self.bot('Stop listening...')
with self.exiting:
#self.input.close()
self.output.close()
if self.exitcode:
sys.exit(self.exitcode)