def _initialize_players():
for i in range(1, global_vars.max_clients + 1):
try:
edict = edict_from_index(i)
except ValueError:
pass
else:
baseplayer = BasePlayer(i)
baseplayer._edict = edict
baseplayer._userid = userid_from_edict(edict)
baseplayer._name = playerinfo_from_edict(edict).name
baseplayer._connected = True
baseplayer._fake_client = playerinfo_from_edict(
edict).is_fake_client()
if baseplayer._fake_client:
baseplayer._accountid = baseplayer._name
baseplayer._steamid2 = 'BOT'
baseplayer._uniqueid = f'BOT_{baseplayer.name}'
baseplayer._authorized = True
OnClientAuthorized.manager.notify(baseplayer)
else:
if engine_server.is_client_fully_authenticated(
baseplayer.edict):
_initialize(baseplayer)
else:
_authenticate.add(baseplayer)
def _initialize(baseplayer):
# Wait until we can retrieve a playerinfo from the baseplayer (prevents a lot of errors further on)
try:
playerinfo_from_edict(baseplayer.edict)
except ValueError:
pass
else:
steamid = engine_server.get_client_steamid(baseplayer._edict)
_authenticate.discard(baseplayer)
baseplayer._accountid = steamid.account_id
baseplayer._uniqueid = baseplayer._steamid2 = steamid.to_steamid2()
baseplayer._steamid3 = steamid.to_steamid3()
baseplayer._authorized = True
OnClientAuthorized.manager.notify(baseplayer)
# Are there no more human players waiting to get authenticated?
if not _authenticate:
for baseplayer in _bots:
OnClientAuthorized.manager.notify(baseplayer)
_bots.clear()
def _initialize(baseplayer):
# Wait until we can retrieve a playerinfo from the baseplayer (prevents a lot of errors further on)
try:
playerinfo = playerinfo_from_edict(baseplayer.edict)
except ValueError:
pass
else:
steamid = engine_server.get_client_steamid(baseplayer._edict)
_authenticate.discard(baseplayer)
baseplayer._accountid = steamid.account_id
baseplayer._uniqueid = baseplayer._steamid2 = playerinfo.steamid # steamid.to_steamid2()
baseplayer._steamid3 = steamid.to_steamid3()
baseplayer._authorized = True
OnClientAuthorized.manager.notify(baseplayer)
def _player_is_on_team(self, edict):
"""Return whether the player is on the team."""
return playerinfo_from_edict(edict).get_team_index() == self.team
def __init__(self, team):
"""Store the team number for future use."""
self.team = team
def _player_is_on_team(self, edict):
"""Return whether the player is on the team."""
return playerinfo_from_edict(edict).get_team_index() == self.team
# =============================================================================
# >> FILTERS
# =============================================================================
# Register the filter functions
_player_iter_manager.register_filter('all', lambda edict: True)
_player_iter_manager.register_filter(
'bot', lambda edict: playerinfo_from_edict(edict).is_fake_client())
_player_iter_manager.register_filter(
'human', lambda edict: not playerinfo_from_edict(edict).is_fake_client())
_player_iter_manager.register_filter(
'alive', lambda edict: not PlayerEntity(index_from_edict(
edict)).dead_flag)
_player_iter_manager.register_filter(
'dead', lambda edict: PlayerEntity(index_from_edict(
edict)).dead_flag)
# Loop through all teams in the game's team file
for _team in _game_teams.get('names', {}):
# Add the team to the _player_teams dictionary
_player_teams[_team] = int(_game_teams['names'][_team])