def init( self ):
"""Provides default initialisation."""
# Load the configuration
self.__config = self.mm.getModuleConfig( configDefaults )
self.__profileIds = dict.fromkeys( self.__config['profileIds'], 1 )
self.__newPlayers = {}
self.__reservedPlayers = {}
if host.ss_getParam('ranked'):
# Max of 20%
max_reserved = ( host.ss_getParam( 'maxPlayers' ) * 0.2 )
if self.__config['reservedSlots'] > max_reserved:
self.mm.warn( "Max reserved slots is 20%% of maxPlayers on ranked servers, setting to %d" % max_reserved )
self.__config['reservedSlots'] = max_reserved
# Register your game handlers and provide any
# other dynamic initialisation here
if 0 == self.__state:
host.registerHandler( 'PlayerSpawn', self.onPlayerSpawn, 1 )
host.registerHandler( 'PlayerConnect', self.onPlayerConnect, 1 )
host.registerHandler( 'PlayerDisconnect', self.onPlayerDisconnect, 1 )
# Register our rcon command handlers
self.mm.registerRconCmdHandler( 'reserver', { 'method': self.cmdExec, 'subcmds': self.__cmds, 'level': 1 } )
# Update to the running state
self.__state = 1
def init(self):
"""Provides default initialisation."""
# Load the configuration
self.__config = self.mm.getModuleConfig(configDefaults)
self.__profileIds = dict.fromkeys(self.__config['profileIds'], 1)
self.__newPlayers = {}
self.__reservedPlayers = {}
if host.ss_getParam('ranked'):
# Max of 20%
max_reserved = (host.ss_getParam('maxPlayers') * 0.2)
if self.__config['reservedSlots'] > max_reserved:
self.mm.warn(
"Max reserved slots is 20%% of maxPlayers on ranked servers, setting to %d"
% max_reserved)
self.__config['reservedSlots'] = max_reserved
# Register your game handlers and provide any
# other dynamic initialisation here
if 0 == self.__state:
host.registerHandler('PlayerSpawn', self.onPlayerSpawn, 1)
host.registerHandler('PlayerConnect', self.onPlayerConnect, 1)
host.registerHandler('PlayerDisconnect', self.onPlayerDisconnect,
1)
# Register our rcon command handlers
self.mm.registerRconCmdHandler('reserver', {
'method': self.cmdExec,
'subcmds': self.__cmds,
'level': 1
})
# Update to the running state
self.__state = 1
def onPlayerChangeTeams(p, humanHasSpawned):
if not bf2.serverSettings.getAutoBalanceTeam(): return
# dont teamswitch alive players, or they will have the wrong teams kit
if p.isAlive(): return
if host.sgl_getIsAIGame() and not (host.ss_getParam('gameMode') == "gpm_coop"):
if humanHasSpawned: return
if p.isAIPlayer(): return
# handling aiplayer team change autobalance when round not started
team = p.getTeam()
aiplayer = 0
for tp in bf2.playerManager.getPlayers():
if aiplayer == 0 and tp.getTeam() == team and tp.isAIPlayer():
aiplayer = tp
break
if aiplayer:
if p.getTeam() == 1: aiplayer.setTeam(2)
else: aiplayer.setTeam(1)
else:
# checking to see if player is allowed to change teams
team1 = 0
team2 = 0
for tp in bf2.playerManager.getPlayers():
if tp.getTeam() == 1: team1 += 1
else: team2 += 1
if abs(team1 - team2) > 1:
if p.getTeam() == 1: p.setTeam(2)
else: p.setTeam(1)
def exec_subcmd( mm, subcmds, ctx, cmd ):
"""Execute a modules sub command."""
module = caller_module()
mm.debug( 2, "%s '%s' by %s" % ( module, cmd, ctx.getName() ) )
( subcmd, args ) = lsplit( cmd.strip(), ' ', 2 )
if subcmds.has_key( subcmd ):
subcmd_details = subcmds[subcmd]
if 0 == subcmd_details['level'] or ctx.authedAllowed( ctx, subcmd_details ):
try:
if subcmd_details['restricted'] and host.ss_getParam('ranked'):
msg = "Restricted: Sorry command '%s' is not permitted on ranked servers" % subcmd
self.mm.debug( 1, msg )
ctx.write( msg )
else:
subcmds[subcmd]['method']( ctx, args )
except Exception, e:
# generate line number
lineNum = ''
execInfo = sys.exc_info()
tb = execInfo[2]
while tb is not None:
if lineNum == '':
lineNum = str( tb.tb_lineno )
else:
lineNum += ', ' + str( tb.tb_lineno )
tb = tb.tb_next
mm.error( "%s: Failed to run sub command '%s'" % ( module, ctx.currentCmd ), True )
ctx.write('Exception in sub command \'%s\' %s %s (%s)\n' % ( ctx.currentCmd, str(execInfo[0]), str(e), lineNum))
else:
ctx.write( "error: you are not authorised to use the command '%s' it requires level %d you are only level %d" % ( subcmd, ctx.authedLevel, cmd_details['level'] ) )
mm.warn( "Client %s tried to invoke '%s' without sufficient auth level" % ( ctx.getName(), subcmd ) )
def onPlayerChangeTeams(p, humanHasSpawned):
if not bf2.serverSettings.getAutoBalanceTeam(): return
# dont teamswitch alive players, or they will have the wrong teams kit
if p.isAlive(): return
if host.sgl_getIsAIGame() and not (host.ss_getParam('gameMode')
== "gpm_coop"):
if humanHasSpawned: return
if p.isAIPlayer(): return
# handling aiplayer team change autobalance when round not started
team = p.getTeam()
aiplayer = 0
for tp in bf2.playerManager.getPlayers():
if aiplayer == 0 and tp.getTeam() == team and tp.isAIPlayer():
aiplayer = tp
break
if aiplayer:
if p.getTeam() == 1: aiplayer.setTeam(2)
else: aiplayer.setTeam(1)
else:
# checking to see if player is allowed to change teams
team1 = 0
team2 = 0
for tp in bf2.playerManager.getPlayers():
if tp.getTeam() == 1: team1 += 1
else: team2 += 1
if abs(team1 - team2) > 1:
if p.getTeam() == 1: p.setTeam(2)
else: p.setTeam(1)
def init(self):
"""Provides default initialisation."""
# Load the configuration
self.__config = self.mm.getModuleConfig(configDefaults)
# Register your game handlers and provide any
# other dynamic initialisation here
if not bf2.g_debug:
self.mm.info("Global python debugging is disabled")
self.mm.info("To enable edit: python/bf2/__init__.py")
self.mm.info("and set 'g_debug = 1'")
else:
self.mm.warn("Global python is enabled.")
self.mm.warn(
"This may have unexpected side effects and a performance impact!"
)
if not host.ss_getParam('ranked'):
self.mm.error("This server is NOT ranked!")
else:
self.mm.info("This server is ranked!")
if 0 == self.__state:
# Register your host handlers here
host.registerHandler('PlayerConnect', self.onPlayerConnect, 1)
host.registerHandler('PlayerStatsResponse',
self.onStatsResponse, 1)
# Update to the running state
self.__state = 1
def copyPlayerData(self, player):
self.timeOnLine += date() - self.connectAt
self.localScore = player.score
self.score = player.score.score
self.cmdScore = player.score.cmdScore
self.teamScore = player.score.rplScore
self.skillScore = player.score.skillScore
if self.score < 0: self.score = 0
if self.cmdScore < 0: self.cmdScore = 0
if self.teamScore < 0: self.teamScore = 0
if self.skillScore < 0: self.skillScore = 0
self.kills = player.score.kills
self.teamkills = player.score.TKs
self.deaths = player.score.deaths
self.rank = player.score.rank
self.army = roundArmies[player.getTeam()]
self.team = player.getTeam()
if host.ss_getParam('ranked'):
if hasattr(player, 'medals'):
self.medals = player.medals
else:
if g_debug: print "Player had no medal stats. pid=", player.index
def copyPlayerData(self, player):
self.timeOnLine += date() - self.connectAt
self.localScore = player.score
self.score = player.score.score
self.cmdScore = player.score.cmdScore
self.teamScore = player.score.rplScore
self.skillScore = player.score.skillScore
if self.score < 0: self.score = 0
if self.cmdScore < 0: self.cmdScore = 0
if self.teamScore < 0: self.teamScore = 0
if self.skillScore < 0: self.skillScore = 0
self.kills = player.score.kills
self.teamkills = player.score.TKs
self.deaths = player.score.deaths
self.rank = player.score.rank
self.army = roundArmies[player.getTeam()]
self.team = player.getTeam()
if host.ss_getParam('ranked'):
if hasattr(player, 'medals'):
self.medals = player.medals
else:
if g_debug:
print "Player had no medal stats. pid=", player.index
def onPlayerDeath(p, vehicle):
if not bf2.serverSettings.getAutoBalanceTeam(): return
if p.isSquadLeader(): return
if p.isCommander(): return
if (host.ss_getParam('gameMode') == "gpm_coop") and p.isAIPlayer():
return
# dont use autobalance when its suicide/changes team
if p.getSuicide():
p.setSuicide(0)
return
aiPlayerBalance = 0
team1 = 0
team2 = 0
for tp in bf2.playerManager.getPlayers():
if tp.getTeam() == 1:
team1 += 1
else:
team2 += 1
if tp.isAIPlayer():
aiPlayerBalance += 1
else:
aiPlayerBalance -= 1
if host.sgl_getIsAIGame():
if not (host.ss_getParam('gameMode') == "gpm_coop"):
if not (aiPlayerBalance < 0):
if not p.isAIPlayer():
return
team2 = team2 * bf2.serverSettings.getTeamRatioPercent() / 100.0
if (p.getTeam() == 1):
if (team2+1) < team1:
p.setTeam(2)
elif (p.getTeam() == 2):
if (team1+1) < team2:
p.setTeam(1)
def onPlayerDeath(p, vehicle):
if not bf2.serverSettings.getAutoBalanceTeam(): return
if p.isSquadLeader(): return
if p.isCommander(): return
if (host.ss_getParam('gameMode') == "gpm_coop") and p.isAIPlayer():
return
# dont use autobalance when its suicide/changes team
if p.getSuicide():
p.setSuicide(0)
return
aiPlayerBalance = 0
team1 = 0
team2 = 0
for tp in bf2.playerManager.getPlayers():
if tp.getTeam() == 1:
team1 += 1
else:
team2 += 1
if tp.isAIPlayer():
aiPlayerBalance += 1
else:
aiPlayerBalance -= 1
if host.sgl_getIsAIGame():
if not (host.ss_getParam('gameMode') == "gpm_coop"):
if not (aiPlayerBalance < 0):
if not p.isAIPlayer():
return
team2 = team2 * bf2.serverSettings.getTeamRatioPercent() / 100.0
if (p.getTeam() == 1):
if (team2 + 1) < team1:
p.setTeam(2)
elif (p.getTeam() == 2):
if (team1 + 1) < team2:
p.setTeam(1)
def __updateServerPassword( self ):
"""Sets or removes the password on the server depending on the state."""
if not host.ss_getParam('ranked') and self.__config['privatePassword']:
# We can password the server as its not ranked
( needed_slots, remaining_slots ) = self.__neededRemainingSlots()
if not needed_slots:
# dont need any reserved slots remove the password
host.rcon_invoke( 'sv.password ""' )
else:
host.rcon_invoke( 'sv.password "%s"' % self.__config['privatePassword'] )
return 1
def __updateServerPassword(self):
"""Sets or removes the password on the server depending on the state."""
if not host.ss_getParam('ranked') and self.__config['privatePassword']:
# We can password the server as its not ranked
(needed_slots, remaining_slots) = self.__neededRemainingSlots()
if not needed_slots:
# dont need any reserved slots remove the password
host.rcon_invoke('sv.password ""')
else:
host.rcon_invoke('sv.password "%s"' %
self.__config['privatePassword'])
return 1
def onPlayerChangeTeams(self, p, humanHasSpawned):
"""Ensure the player isnt unbalancing the teams."""
if 1 != self.__state:
return
self.mm.debug(2, "AB: change")
if not bf2.serverSettings.getAutoBalanceTeam():
return
# dont teamswitch alive players, or they will have the wrong teams kit
if p.isAlive():
return
if host.sgl_getIsAIGame() and (
self.mm.isBattleField2142()
or not (host.ss_getParam('gameMode') == "gpm_coop")):
if humanHasSpawned or p.isAIPlayer():
return
# handling aiplayer team change autobalance when round not started
team = p.getTeam()
aiplayer = 0
for tp in bf2.playerManager.getPlayers():
if aiplayer == 0 and tp.getTeam() == team and tp.isAIPlayer():
aiplayer = tp
break
if aiplayer:
if p.getTeam() == 1:
aiplayer.setTeam(2)
else:
aiplayer.setTeam(1)
else:
# checking to see if player is allowed to change teams
team1 = 0
team2 = 0
for tp in bf2.playerManager.getPlayers():
if tp.getTeam() == 1:
team1 += 1
else:
team2 += 1
if abs(team1 - team2) > 1:
if p.getTeam() == 1:
p.setTeam(2)
else:
p.setTeam(1)
def onGameStatusChanged( self, status ): """Make a note of the game status""" self.debug( 1, "STATUS: %d = %s" % ( status, mm_utils.status_name( status ) ) ) if bf2.GameStatus.EndGame == status: self.__playCount = 0 self.__pauseStart = 0 self.__timeLimit = 0 self.gamePlaying = False self.roundStarted = False elif bf2.GameStatus.Playing == status: self.gamePlaying = True now = int( host.timer_getWallTime() ) if bf2.GameStatus.PreGame == self.currentGameStatus: # normal transition i.e. not pause start_delay = int( host.rcon_invoke( 'sv.startDelay' ) ) self.__playCount += 1 self.__timeLimit = host.ss_getParam( 'timeLimit' ) self.__matchTimeLost = 0 self.startTimeUTC = int( time.time() ) + start_delay self.startTimeWall = now + start_delay if 2 == self.__playCount: # We see state change from PreGame -> Playing twice before the round really starts self.roundStarted = True elif bf2.GameStatus.Paused == self.currentGameStatus: self.__matchTimeLost += ( now - self.__pauseStart ) self.__pauseStart = 0 elif bf2.GameStatus.Paused == status: self.__pauseStart = int( host.timer_getWallTime() ) else: self.__pauseStart = 0 self.lastGameStatus = self.currentGameStatus self.currentGameStatus = status
def getUseGlobalUnlocks(self):
return host.ss_getParam("globUnlocks")
def getTKPunishEnabled(self):
return host.ss_getParam("tkpEnabled")
def getTKPunishByDefault(self):
return host.ss_getParam("tkpDefault")
def onPlayerDeath(self, p, vehicle):
"""Autobalance a player that has died if required and allowed by the balance rules."""
if 1 != self.__state:
return
if p == None:
return
if self.mm.isBattleField2142():
# bf2142 specific
if not p.isValid() or p.isAutoController():
return
else:
# bf2 specific
if (host.ss_getParam('gameMode') == "gpm_coop") and p.isAIPlayer():
return
if not bf2.serverSettings.getAutoBalanceTeam():
return
# dont use autobalance when its suicide/changes team
if p.getSuicide():
p.setSuicide(0)
return
if (not self.__config['allowCommander']) and p.isCommander():
# dont autobalance the commander
return
squadid = p.getSquadId()
teamid = p.getTeam()
players = bf2.playerManager.getPlayers()
if (not self.__config['allowSquadLeader']) and p.isSquadLeader():
# only autobalance the squad leader if they are the only
# member of that squad
squad_members = 0
for tp in players:
if squadid == tp.getSquadId() and tp.index != p.index:
# we have other members in this squad dont autobalance
#self.mm.debug( 2, "AB: no ( squad leader with members )" )
return
if (not self.__config['allowSquadMember']) and (squadid > 0):
# only autobalance squad members if there are no none
# squad members / commander on this team
basic_players = 0
for tp in players:
if (0 == tp.getSquadId()) and (teamid == tp.getTeam()) and (
not p.isCommander()):
# none squad member / commander of this team
basic_players += 1
if 0 != basic_players:
# we have basic players in this team we
# will balance them instead
#self.mm.debug( 2, "AB: no ( basic players avail )" )
return
aiPlayerBalance = 0
team1 = 0
team2 = 0
for tp in players:
if tp.getTeam() == 1:
team1 += 1
else:
team2 += 1
if tp.isAIPlayer():
aiPlayerBalance += 1
else:
aiPlayerBalance -= 1
if host.sgl_getIsAIGame():
if self.mm.isBattleField2142() or not (host.ss_getParam('gameMode')
== "gpm_coop"):
if not (aiPlayerBalance < 0):
if not p.isAIPlayer():
return
team2 = team2 * bf2.serverSettings.getTeamRatioPercent() / 100.0
if (teamid == 1):
if (team2 + 1) < team1:
#self.mm.debug( 2, "AB: player '%s' -> team %d" % ( p.getName(), 2 ) )
p.setTeam(2)
elif (teamid == 2):
if (team1 + 1) < team2:
#self.mm.debug( 2, "AB: player '%s' -> team %d" % ( p.getName(), 1 ) )
p.setTeam(1)
def getScoreLimit(self):
return host.ss_getParam("scoreLimit")
def getMaxPlayers(self): return host.ss_getParam('maxPlayers')
def getGameMode(self): return host.ss_getParam('gameMode')
def getMapName(self): return host.ss_getParam('mapName')
def getTimeLimit(self): return host.ss_getParam('timeLimit')
def getGameMode(self):
return host.ss_getParam('gameMode')
def getTKPunishByDefault(self): return host.ss_getParam('tkpDefault')
def getUseGlobalRank(self): return host.ss_getParam('globRank')
def getTeamRatioPercent(self):
return host.ss_getParam('teamRatioPct')
def getMaxPlayers(self):
return host.ss_getParam('maxPlayers')
def getTicketRatio(self):
return host.ss_getParam('ticketRatio')
def getTKNumPunishToKick(self): return host.ss_getParam('tkpNeeded')
def getTKPunishByDefault(self): return host.ss_getParam('tkpDefault')
def getTKPunishByDefault(self): return host.ss_getParam('tkpDefault')
def getUseGlobalRank(self): return host.ss_getParam('globRank')
def getAutoBalanceTeam(self): return host.ss_getParam('autoBalance')
def getTKPunishEnabled(self): return host.ss_getParam('tkpEnabled')
def getScoreLimit(self): return host.ss_getParam('scoreLimit')
def getAutoBalanceTeam(self): return host.ss_getParam('autoBalance')
def getMaxRank(self):
return host.ss_getParam('maxRank')
def getTKPunishEnabled(self): return host.ss_getParam('tkpEnabled')
def getTKNumPunishToKick(self): return host.ss_getParam('tkpNeeded')
def getGameMode(self): return host.ss_getParam('gameMode')
def getMapName(self): return host.ss_getParam('mapName')
def getUseGlobalUnlocks(self): return host.ss_getParam('globUnlocks')
def getMaxRank(self): return host.ss_getParam('maxRank')
def getTimeLimit(self): return host.ss_getParam('timeLimit')
def getScoreLimit(self): return host.ss_getParam('scoreLimit')
def init(self):
"""Provides default initialisation."""
# Load the configuration
self.__config = self.mm.getModuleConfig(configDefaults)
self.__playing = 0
self.__banWords = {}
self.__banPatterns = {}
self.__kickPatterns = {}
self.__kickWords = {}
# Register our base handlers
if 0 == self.__state:
self.mm.debug(2, "Setting Connect and Chat handlers")
host.registerHandler('PlayerConnect', self.onPlayerConnect, 1)
host.registerHandler('ChatMessage', self.onChatMessage, 1)
self.mm.debug(2, "Handlers set")
else:
self.mm.debug(2, "Handlers NOT set")
host.registerGameStatusHandler(self.onGameStatusChanged)
# Register our rcon command handlers
self.mm.registerRconCmdHandler('kicker', {
'method': self.cmdExec,
'subcmds': self.__cmds,
'level': 1
})
# Apply ranked server restrictions
if host.ss_getParam('ranked'):
if 0 != self.__config['minPing']:
self.__config['minPing'] = 0
self.mm.warn(
"Min ping is restricted on ranked servers setting to %d" %
self.__config['minPing'])
if self.__config['maxPing'] and self.__config['maxPing'] < 160:
self.__config['maxPing'] = 160
self.mm.warn(
"Max ping is restricted on ranked servers setting to %d" %
self.__config['maxPing'])
# set up our times
self.__checkTimer = bf2.Timer(self.checkPlayers,
self.__config['initDelay'], 1)
self.__checkTimer.setRecurring(self.__config['sampleRate'])
# ban words
idx = 0
for word in self.__config['banWords']:
self.__banWords[word] = idx
idx += 1
# ban patterns
idx = 0
for pattern in self.__config['banPatterns']:
try:
self.__banPatterns[pattern] = [re.compile(pattern), idx]
idx += 1
except:
self.mm.error("Invalid bad pattern '%s'" % pattern)
# kick words
idx = 0
for word in self.__config['kickWords']:
self.__kickWords[word] = idx
idx += 1
# kick patterns
idx = 0
for pattern in self.__config['kickPatterns']:
try:
self.__kickPatterns[pattern] = [re.compile(pattern), idx]
idx += 1
except:
self.mm.error("Invalid kick pattern '%s'" % pattern)
# add already connected players
for player in bf2.playerManager.getPlayers():
player.mmKickerInfo = KickerInfo()
self.__state = 1
def getAutoBalanceTeam(self): return host.ss_getParam('autoBalance')
def getTKPunishEnabled(self): return host.ss_getParam('tkpEnabled')
def getMapName(self):
return host.ss_getParam("mapName")
def getTKNumPunishToKick(self): return host.ss_getParam('tkpNeeded')
def getTKPunishByDefault(self): return host.ss_getParam('tkpDefault')
def getMaxRank(self): return host.ss_getParam('maxRank')
class GameServer:
def getUseGlobalRank(self): return host.ss_getParam('globRank')
def getUseGlobalUnlocks(self): return host.ss_getParam('globUnlocks')
def getTicketRatio(self):
return host.ss_getParam("ticketRatio")
def getMapName(self):
return host.ss_getParam('mapName')
def getMaxPlayers(self):
return host.ss_getParam("maxPlayers")
def onGameStatusChanged(status):
if status == bf2.GameStatus.Playing:
# find highest player still connected
highestPid = -1
for pid in sessionPlayerStatsMap:
if pid > highestPid:
highestPid = pid
global playerConnectionOrderIterator
playerConnectionOrderIterator = highestPid + 1
print "Reset orderiterator to %d based on highest pid kept" % playerConnectionOrderIterator
# Reconnect players
#if len(sessionPlayerStatsMap) == 0:
#print("Reloading players");
for p in bf2.playerManager.getPlayers():
onPlayerConnect(p)
global army
roundArmies[1] = getArmy(bf2.gameLogic.getTeamName(1))
roundArmies[2] = getArmy(bf2.gameLogic.getTeamName(2))
# All other hooks
host.registerHandler('PlayerKilled', onPlayerKilled)
host.registerHandler('PlayerDeath', onPlayerDeath)
host.registerHandler('EnterVehicle', onEnterVehicle)
host.registerHandler('ExitVehicle', onExitVehicle)
host.registerHandler('PickupKit', onPickupKit)
host.registerHandler('DropKit', onDropKit)
host.registerHandler('PlayerChangedSquad', onPlayerChangedSquad)
host.registerHandler('ChangedCommander', onChangedCommander)
host.registerHandler('ChangedSquadLeader', onChangedSquadLeader)
host.registerHandler('PlayerChangeWeapon', onPlayerChangeWeapon)
host.registerHandler('PlayerBanned', onPlayerBanned)
host.registerHandler('PlayerKicked', onPlayerKicked)
host.registerHandler('PlayerSpawn', onPlayerSpawn)
host.registerHandler('DeployGrapplingHook', onDeployGrapplingHook)
host.registerHandler('DeployZipLine', onDeployZipLine)
host.registerHandler('DeployTactical', onDeployTactical)
for s in sessionPlayerStatsMap.itervalues():
s.reset()
for p in bf2.playerManager.getPlayers():
p.stats.reinit(p)
p.stats.wasHereAtStart = 1
bf2.playerManager.enableScoreEvents()
# stats have all been cleared enable next end of round stats
setSendEndOfRoundStats(True)
elif status == bf2.GameStatus.EndGame:
# finalize stats and send snapshot
for p in bf2.playerManager.getPlayers():
p.stats.wasHereAtEnd = 1
finalizePlayer(p)
# check ensure we only send the end of round stats once
if getSendEndOfRoundStats():
# show end-of-round information
setSendEndOfRoundStats(False)
bf2.stats.endofround.invoke()
# if not ranked, clean out stats vectors
if not host.ss_getParam('ranked'):
playerConnectionOrderIterator = 0
sessionPlayerStatsMap.clear()
if ((host.ss_getParam('gameMode') == "gpm_coop")
or (host.ss_getParam('gameMode') == "sp1")):
for p in bf2.playerManager.getPlayers():
if not p.isAIPlayer():
onPlayerConnect(p)
def getTimeLimit(self):
return host.ss_getParam('timeLimit')
def getTeamRatioPercent(self):
return host.ss_getParam("teamRatioPct")
def getScoreLimit(self):
return host.ss_getParam('scoreLimit')
def getGameMode(self):
return host.ss_getParam("gameMode")
def getAutoBalanceTeam(self):
return host.ss_getParam('autoBalance')
def getTimeLimit(self):
return host.ss_getParam("timeLimit")
def getTKPunishEnabled(self):
return host.ss_getParam('tkpEnabled')
def getAutoBalanceTeam(self):
return host.ss_getParam("autoBalance")
def getTKNumPunishToKick(self):
return host.ss_getParam('tkpNeeded')
def getTKNumPunishToKick(self):
return host.ss_getParam("tkpNeeded")
def getTKPunishByDefault(self):
return host.ss_getParam('tkpDefault')
def getUseGlobalRank(self):
return host.ss_getParam("globRank")
def getUseGlobalRank(self):
return host.ss_getParam('globRank')
def getMaxRank(self):
return host.ss_getParam("maxRank")
def getUseGlobalUnlocks(self):
return host.ss_getParam('globUnlocks')