def __call__(self, *args):
"""Verify the player's authorization."""
# Does the player's authorization need to be checked?
if self.check_auth:
# Is the player authorized?
if not auth_manager.is_player_authorized(
playerinfo_from_index(args[1]), self.level, self.permission,
self.flag):
# Is there fail callback?
if self.fail_callback is not None:
# Use try/except in case the fail
# callback encounters an error
try:
# Call the fail callback
self.fail_callback(*args)
# Was an error encountered?
except:
# Print the exception to the console
except_hooks.print_exception()
# Return a False value, since the player is not authorized
return False
# Call the callback and return its value
return self.callback(*args)
def on_clean_command(cls, command_info, command_node, args):
if (command_node.permission is None or
auth_manager.is_player_authorized(
command_info.index, command_node.permission)):
return super().on_clean_command(command_info, command_node, args)
return cls.handle_fail_callback(command_info, command_node, args)
def __call__(self, *args):
"""Verify the player's authorization."""
# Does the player's authorization need to be checked?
if self.check_auth:
# Is the player authorized?
if not auth_manager.is_player_authorized(
playerinfo_from_index(args[1]), self.level,
self.permission, self.flag):
# Is there fail callback?
if self.fail_callback is not None:
# Use try/except in case the fail
# callback encounters an error
try:
# Call the fail callback
self.fail_callback(*args)
# Was an error encountered?
except:
# Print the exception to the console
except_hooks.print_exception()
# Return a False value, since the player is not authorized
return False
# Call the callback and return its value
return self.callback(*args)
def is_authorized_to_bypass(self, player_class):
permission = (BYPASS_PERMISSION_BASE + '.' +
CLASS_NAME_BY_ID[player_class])
return auth_manager.is_player_authorized(self.player.index, permission)
def has_permission(self, permission):
return auth_manager.is_player_authorized(self.player.index, permission)
