def getProfileId(self):
pid = self.profileid
if not host.pmgr_p_get("ai", self.index) and pid == 0: # Don't bother doing this if player is 'bot
pid = int(host.pmgr_p_get("profileid", self.index))
self.profileid = pid
if pid == 0:
if pm_backend_pid_manager == 1: # Try Backend playerID first - idea by ArmEagle
if g_debug: print "Retrieving Profile ID (%s) via HTTP/1.1 miniclient" % str(host.pmgr_p_get("name", self.index))
# URL for retrieving player ID via internal miniclient
player_nick = string.replace(str(host.pmgr_p_get("name", self.index)), ' ', '%20')
asp_playerid = '/ASP/getplayerid.aspx?nick=' + player_nick
if g_debug: print "URI: %s" % (asp_playerid)
# Fetch Data
data = http_get( http_backend_addr, http_backend_port, asp_playerid )
if data and data[0] == 'O':
if g_debug: print "Received PID data is VALID, length %d" % int(len(data))
datalines = data.splitlines()
pidval = datalines[2].split('\t')
pid = int(pidval[1])
else:
print "Received PID data is INVALID, length %d" % int(len(data))
# Use PID.TXT to find PlayerID
if pid == 0: # Backend check is disabled or failed
if g_debug: print "Retrieving Profile ID (%s) via PID file" % str(host.pmgr_p_get("name", self.index))
try:
fh = file(pm_local_pid_txt_file, 'rb')
line = fh.readlines()
fh.close()
count = 0
while count < len(line):
if line[count].rstrip() == host.pmgr_p_get("name", self.index):
pid = int(line[count + 1].rstrip())
break
count += 2
# create a new PID - idea by FiberLetalis
if pid == 0:
if g_debug: print "New player, creating Profile ID..."
new_pid = int(line[count - 1].rstrip()) + 1
fh = file(pm_local_pid_txt_file, 'ab')
fh.write('\r\n' + host.pmgr_p_get("name", self.index) + '\r\n' + str(new_pid))
fh.close()
pid = new_pid
except IOError:
print 'PID file not found!'
self.profileid = pid
return pid
else:
return pid
def getProfileId(self):
pid = self.profileid
if not host.pmgr_p_get("ai", self.index) and pid == 0: # Don't bother doing this if player is 'bot
pid = int(host.pmgr_p_get("profileid", self.index))
self.profileid = pid
if pid == 0:
if pm_backend_pid_manager == 1: # Try Backend playerID first - idea by ArmEagle
if g_debug: print "Retrieving Profile ID (%s) via HTTP/1.1 miniclient" % str(host.pmgr_p_get("name", self.index))
# URL for retrieving player ID via internal miniclient
player_nick = string.replace(str(host.pmgr_p_get("name", self.index)), ' ', '%20')
asp_playerid = '/ASP/getplayerid.aspx?nick=' + player_nick
if g_debug: print "URI: %s" % (asp_playerid)
# Fetch Data
data = http_get( http_backend_addr, http_backend_port, asp_playerid )
if data and data[0] == 'O':
if g_debug: print "Received PID data is VALID, length %d" % int(len(data))
datalines = data.splitlines()
pidval = datalines[2].split('\t')
pid = int(pidval[1])
else:
print "Received PID data is INVALID, length %d" % int(len(data))
# Use PID.TXT to find PlayerID
if pid == 0: # Backend check is disabled or failed
if g_debug: print "Retrieving Profile ID (%s) via PID file" % str(host.pmgr_p_get("name", self.index))
try:
fh = file(pm_local_pid_txt_file, 'rb')
line = fh.readlines()
fh.close()
count = 0
while count < len(line):
if line[count].rstrip() == host.pmgr_p_get("name", self.index):
pid = int(line[count + 1].rstrip())
break
count += 2
# create a new PID - idea by FiberLetalis
if pid == 0:
if g_debug: print "New player, creating Profile ID..."
new_pid = int(line[count - 1].rstrip()) + 1
fh = file(pm_local_pid_txt_file, 'ab')
fh.write('\r\n' + host.pmgr_p_get("name", self.index) + '\r\n' + str(new_pid))
fh.close()
pid = new_pid
except IOError:
print 'PID file not found!'
self.profileid = pid
return pid
else:
return pid
def getProfileId(self):
# No stats, Then we dont bother fetching Pid from ASP
if not stats_enable:
return host.pmgr_p_get("profileid", self.index)
pid = self.profileid
# If we are a human player, attempt to get PID from the bf2 server
if not host.pmgr_p_get("ai", self.index) and pid == 0:
pid = int(host.pmgr_p_get("profileid", self.index))
# If we don't have a PID up to this point, fetch it from ASP back end
if pid == 0:
if g_debug:
print "Retrieving Profile ID (%s) via HTTP/1.1 miniclient" % str(
host.pmgr_p_get("name", self.index))
# URL for retrieving player ID via internal miniclient
player_nick = string.replace(
str(host.pmgr_p_get("name", self.index)), ' ', '%20')
asp_playerid = '/ASP/getplayerid.aspx?nick=' + player_nick + '&ai=' + str(
host.pmgr_p_get("ai", self.index))
if g_debug: print "URI: %s" % (asp_playerid)
# Fetch Data using miniclient
data = http_get(http_backend_addr, http_backend_port, asp_playerid)
if data and data[0] == 'O':
if g_debug:
print "Received PID data is VALID, length %d" % int(
len(data))
datalines = data.splitlines()
pidval = datalines[2].split('\t')
pid = int(pidval[1])
else:
print "Received PID data is INVALID, length %d" % int(
len(data))
self.profileid = pid
return pid
def onPlayerConnect(aPlayer):
# Ignore AI players
if aPlayer.isAIPlayer():
return
#if g_debug:
player_nick = string.replace(aPlayer.getName(), ' ', '%20')
asp_URI = '/ASP/verifyplayer.aspx?pid=%d&nick=%s' % (int(
aPlayer.getProfileId()), player_nick)
# Run check
print "Running CSE Verification Check on Player (%s)" % str(
aPlayer.getName())
if g_debug: print "URI: %s" % (asp_URI)
data = http_get(http_backend_addr, http_backend_port, asp_URI)
if data and data[0] == 'O':
# Split the response into an array
datalines = data.splitlines()
# Parse result and message
items = datalines[2].split('\t')
result = str(items[1])
message = str(items[2])
#if g_debug:
print "Backend CSE Response on Player (%s): %s - %s " % (str(
aPlayer.getName()), str(result), str(message))
# Is player OK?
if (result == "NOK"):
host.rcon_invoke('admin.kickPlayer ' + str(aPlayer.index))
else:
print "Backend CSE Response on Player (%s) is INVALID, length %d" % int(
len(data))
def getPlayerListData(asp_URI):
playerListData = []
data = http_get( http_backend_addr, http_backend_port, asp_URI )
if data and data[0] == 'O':
if g_debug: print "Received Clan list data is VALID, length %d" % int(len(data))
datalines = data.splitlines()
skip = True
i = 0
for dataline in datalines:
# the first dataline retrieved only contains count and timestamp,
# do nothing and mark the skip flag to false.
# all subsequent datalines will be processed normally
if dataline[0] == 'D' and skip:
skip = False
elif dataline[0] == 'D':
items = dataline.split('\t')
playerListData += [int(items[1])]
if g_debug: print "List Member: %s (%s)" % (str(items[2]), str(items[1]))
else:
print "Received list Member data is INVALID, length %d" % int(len(data))
return playerListData
def getPlayerListData(asp_URI):
playerListData = []
data = http_get( http_backend_addr, http_backend_port, asp_URI )
if data and data[0] == 'O':
if g_debug: print "Received Clan list data is VALID, length %d" % int(len(data))
datalines = data.splitlines()
skip = True
i = 0
for dataline in datalines:
# the first dataline retrieved only contains count and timestamp,
# do nothing and mark the skip flag to false.
# all subsequent datalines will be processed normally
if dataline[0] == 'D' and skip:
skip = False
elif dataline[0] == 'D':
items = dataline.split('\t')
playerListData += [int(items[1])]
if g_debug: print "List Member: %s (%s)" % (str(items[2]), str(items[1]))
else:
print "Received list Member data is INVALID, length %d" % int(len(data))
return playerListData
def onPlayerConnect(player):
global updateTimer
id = player.stats.connectionOrderNr
# Check if player already in MedalMap, if so reconnect them
reconnect = id in sessionPlayerMedalMap
if id in sessionPlayerMedalMap:
if g_debug: print "Player id=%d found in sessionPlayerMedalMap" % int(id)
if not reconnect:
newMedalSet = MedalSet()
sessionPlayerMedalMap[id] = newMedalSet
player.medals = sessionPlayerMedalMap[id]
player.medals.connect(reconnect)
if not reconnect:
#rank
player.score.rank = 0
# Added by Chump - for bf2statistics stats
#if g_debug: print "Added player %d to medal checking" % (player.index)
if g_debug: print "Added player %d, %s (%s) to medal/rank checking" % ( player.index, player.getName(), str(player.getProfileId()) )
else:
player.score.rank = player.stats.rank
# Added by Chump - for bf2statistics stats
#if g_debug: print "Readded player %d to medal checking" % (player.index)
if g_debug: print "Readded player %d to medal/rank checking" % player.index
# This code is used to reduce the "request storm" generated at the start of a round.
# Check if this player's STATS were updated in the last 30 seconds
# We only need to do this at the start of a round, just ignore otherwise
if player.getGlobalUpdateTime() > 30 and player.stats.wasHereAtStart == 1:
# STATS are a bit stale, force gamespy request (this should only occur ONCE per round)
# Final check just to make sure player isn't reconnecting mid-round due to a CTD
if player.stats.timeOnLine < 30:
reconnect = False
if player.getProfileId() > 2000 and not reconnect:
if g_debug: print "Getting Stats..."
# get persistant stats from gamespy
# Added by Chump - for bf2statistics stats (plus de-indenting)
#if host.ss_getParam('ranked'):
player.score.rank = player.stats.rank
# STATS
success = False
if not player.isAIPlayer():
if g_debug: print "Requesting player STATS"
success = host.pers_plrRequestStats(player.index, 1, globalKeyString)
# Player is either AI or Offline, so we will manually get STATS
if not success:
if g_debug: print "Retrieving player STATS via HTTP/1.1 miniclient"
# URL for retrieving player's awards and stats records via internal miniclient
asp_playerinfo = '/ASP/getplayerinfo.aspx?pid=' + str(player.getProfileId()) + globalKeyString
# Fetch Data
data = http_get( http_backend_addr, http_backend_port, asp_playerinfo )
if data and data[0] == 'O':
print "Received STATS data is VALID, length %d" % int(len(data))
stats = {}
datalines = data.splitlines()
keys = datalines[3].split('\t')
vals = datalines[4].split('\t')
if (len(keys) == len(vals)):
if g_debug: print "Assembling STATS dictionary with %d keys" % int(len(keys))
for idx in range(1,len(keys)):
stats[keys[idx]] = vals[idx]
# eventually reattach persistent stats records to this player
attachPlayerStats(player,stats)
else:
print "ERROR: Received STATS data is NOT VALID, length %d" % int(len(data))
# AWARDS
success = False
if not player.isAIPlayer():
if g_debug: print "Requesting player AWARDS"
success = host.pers_plrRequestAwards(player.index, 1, "")
# Player is either AI or Offline, so we will manually get AWARDS
if not success:
if g_debug: print "Retrieving player AWARDS via HTTP/1.1 miniclient"
# URL for retrieving player's awards and stats records via internal miniclient
asp_awardsinfo = '/ASP/getawardsinfo.aspx?pid=' + str(player.getProfileId())
# Fetch Data
data = http_get( http_backend_addr, http_backend_port, asp_awardsinfo )
if data and data[0] == 'O':
print "Received AWARDS data is VALID, lenght %d" % int(len(data))
awards = {}
datalines = data.splitlines()
skip = True
for dataline in datalines:
# the first dataline retrieved only contains pid and nick,
# do nothing and mark the skip flag to false.
# all subsequent datalines will be processed normally
if dataline[0] == 'D' and skip:
skip = False
elif dataline[0] == 'D':
items = dataline.split('\t')
medalkey = items[1]
medallev = items[2]
awards[medalkey] = medallev
# eventually reattach persistent awards records to this player
attachPlayerAwards(player,awards)
else:
print "ERROR: Received AWARDS data is NOT VALID, length %d" % int(len(data))
# Record STATS update time
player.setGlobalUpdateTime()
def onPlayerConnect(player):
global updateTimer
id = player.stats.connectionOrderNr
# Check if player already in MedalMap, if so reconnect them
reconnect = id in sessionPlayerMedalMap
if id in sessionPlayerMedalMap:
if g_debug:
print "Player id=%d found in sessionPlayerMedalMap" % int(id)
if not reconnect:
newMedalSet = MedalSet()
sessionPlayerMedalMap[id] = newMedalSet
player.medals = sessionPlayerMedalMap[id]
player.medals.connect(reconnect)
if not reconnect:
#rank
player.score.rank = 0
# Added by Chump - for bf2statistics stats
#if g_debug: print "Added player %d to medal checking" % (player.index)
if g_debug:
print "Added player %d, %s (%s) to medal/rank checking" % (
player.index, player.getName(), str(player.getProfileId()))
else:
player.score.rank = player.stats.rank
# Added by Chump - for bf2statistics stats
#if g_debug: print "Readded player %d to medal checking" % (player.index)
if g_debug:
print "Readded player %d to medal/rank checking" % player.index
# This code is used to reduce the "request storm" generated at the start of a round.
# Check if this player's STATS were updated in the last 30 seconds
# We only need to do this at the start of a round, just ignore otherwise
if player.getGlobalUpdateTime(
) > 30 and player.stats.wasHereAtStart == 1:
# STATS are a bit stale, force gamespy request (this should only occur ONCE per round)
# Final check just to make sure player isn't reconnecting mid-round due to a CTD
if player.stats.timeOnLine < 30:
reconnect = False
if player.getProfileId() > 2000 and not reconnect:
if g_debug: print "Getting Stats..."
# get persistant stats from gamespy
# Added by Chump - for bf2statistics stats (plus de-indenting)
#if host.ss_getParam('ranked'):
player.score.rank = player.stats.rank
# STATS
success = False
if not player.isAIPlayer():
if g_debug: print "Requesting player STATS"
success = host.pers_plrRequestStats(player.index, 1,
globalKeyString)
# Player is either AI or Offline, so we will manually get STATS
if not success:
if g_debug: print "Retrieving player STATS via HTTP/1.1 miniclient"
# URL for retrieving player's awards and stats records via internal miniclient
asp_playerinfo = '/ASP/getplayerinfo.aspx?pid=' + str(
player.getProfileId()) + globalKeyString
# Fetch Data
data = http_get(http_backend_addr, http_backend_port,
asp_playerinfo)
if data and data[0] == 'O':
print "Received STATS data is VALID, length %d" % int(
len(data))
stats = {}
datalines = data.splitlines()
keys = datalines[3].split('\t')
vals = datalines[4].split('\t')
if (len(keys) == len(vals)):
if g_debug:
print "Assembling STATS dictionary with %d keys" % int(
len(keys))
for idx in range(1, len(keys)):
stats[keys[idx]] = vals[idx]
# eventually reattach persistent stats records to this player
attachPlayerStats(player, stats)
else:
print "ERROR: Received STATS data is NOT VALID, length %d" % int(
len(data))
# AWARDS
success = False
if not player.isAIPlayer():
if g_debug: print "Requesting player AWARDS"
success = host.pers_plrRequestAwards(player.index, 1, "")
# Player is either AI or Offline, so we will manually get AWARDS
if not success:
if g_debug:
print "Retrieving player AWARDS via HTTP/1.1 miniclient"
# URL for retrieving player's awards and stats records via internal miniclient
asp_awardsinfo = '/ASP/getawardsinfo.aspx?pid=' + str(
player.getProfileId())
# Fetch Data
data = http_get(http_backend_addr, http_backend_port,
asp_awardsinfo)
if data and data[0] == 'O':
print "Received AWARDS data is VALID, lenght %d" % int(
len(data))
awards = {}
datalines = data.splitlines()
skip = True
for dataline in datalines:
# the first dataline retrieved only contains pid and nick,
# do nothing and mark the skip flag to false.
# all subsequent datalines will be processed normally
if dataline[0] == 'D' and skip:
skip = False
elif dataline[0] == 'D':
items = dataline.split('\t')
medalkey = items[1]
medallev = items[2]
awards[medalkey] = medallev
# eventually reattach persistent awards records to this player
attachPlayerAwards(player, awards)
else:
print "ERROR: Received AWARDS data is NOT VALID, length %d" % int(
len(data))
# Record STATS update time
player.setGlobalUpdateTime()
