def fset(ptr, value):
"""Set the property value and notify if networked."""
# Does the property have True/False values?
if true_value is not None:
# Get the proper value to set
value = true_value if value else false_value
# Is the property a native type?
if native_type:
# Set the property
getattr(ptr, 'set_' + type_name)(value, offset)
# Is the property not a native type?
else:
# Get the class to set the property as
cls = self.get_class(type_name)
# Set the property
get_object_pointer(value).copy(
ptr + offset, cls._size)
# Is the property networked?
if networked:
# Notify the change of state
edict_from_pointer(ptr).state_changed()
def fset(ptr, value):
"""Set the property value and notify if networked."""
# Is the property a native type?
if native_type:
# Does the value need cast to a string?
if type_name == 'char':
value = chr(value)
# Set the property
getattr(ptr, 'set_' + type_name)(value, offset)
# Is the property not a native type?
else:
# Get the class to set the property as
cls = self.get_class(type_name)
# Set the property
get_object_pointer(value).copy(ptr + offset, cls._size)
# Is the property networked?
if networked:
# Notify the change of state
edict_from_pointer(ptr).state_changed()
def fset(ptr, value):
"""Set the property value and notify if networked."""
# Is the property a native type?
if native_type:
# Does the value need cast to a string?
if type_name == 'char':
value = chr(value)
# Set the property
getattr(ptr, 'set_' + type_name)(value, offset)
# Is the property not a native type?
else:
# Get the class to set the property as
cls = self.get_class(type_name)
# Set the property
get_object_pointer(value).copy(
ptr + offset, cls._size)
# Is the property networked?
if networked:
# Notify the change of state
edict_from_pointer(ptr).state_changed()
def _get_property(self, prop_name, prop_type):
"""Return the value of the given property name.
:param str prop_name:
The name of the property.
:param SendPropType prop_type:
The type of the property.
"""
# Is the given property not valid?
if prop_name not in self.template.properties:
# Raise an exception...
raise NameError(
'"{}" is not a valid property for temp entity "{}".'.format(
prop_name, self.name))
# Get the property data...
prop, offset, type_name = self.template.properties[prop_name]
# Are the prop types matching?
if prop.type != prop_type:
# Raise an exception...
raise TypeError('"{}" is not of type "{}".'.format(
prop_name, prop_type))
# Is the property an array?
if prop_type == SendPropType.ARRAY:
# Return an array instance...
return Array(manager, False, type_name, get_object_pointer(
self) + offset, prop.length)
# Is the given type not supported?
if prop_type not in _supported_property_types:
# Raise an exception...
raise TypeError('"{}" is not supported.'.format(prop_type))
# Is the type native?
if Type.is_native(type_name):
# Return the value...
return getattr(
get_object_pointer(self), 'get_' + type_name)(offset)
# Otherwise
else:
# Make the object and return it...
return make_object(
manager.get_class(type_name),
get_object_pointer(self) + offset)
# Raise an exception...
raise ValueError('Unable to get the value of "{}".'.format(prop_name))
def _get_property(self, prop_name, prop_type):
"""Return the value of the given property name.
:param str prop_name:
The name of the property.
:param SendPropType prop_type:
The type of the property.
"""
# Is the given property not valid?
if prop_name not in self.template.properties:
# Raise an exception...
raise NameError(
'"{}" is not a valid property for temp entity "{}".'.format(
prop_name, self.name))
# Get the property data...
prop, offset, type_name = self.template.properties[prop_name]
# Are the prop types matching?
if prop.type != prop_type:
# Raise an exception...
raise TypeError('"{}" is not of type "{}".'.format(
prop_name, prop_type))
# Is the property an array?
if prop_type == SendPropType.ARRAY:
# Return an array instance...
return Array(manager, False, type_name,
get_object_pointer(self) + offset, prop.length)
# Is the given type not supported?
if prop_type not in _supported_property_types:
# Raise an exception...
raise TypeError('"{}" is not supported.'.format(prop_type))
# Is the type native?
if Type.is_native(type_name):
# Return the value...
return getattr(get_object_pointer(self),
'get_' + type_name)(offset)
# Otherwise
else:
# Make the object and return it...
return make_object(manager.get_class(type_name),
get_object_pointer(self) + offset)
# Raise an exception...
raise ValueError('Unable to get the value of "{}".'.format(prop_name))
def fset(ptr, value):
"""Set the instance attribute value."""
# Handle custom type
if not native_type:
cls = self.get_class(type_name)
if cls is None:
raise NameError('Unknown class "{0}".'.format(type_name))
get_object_pointer(value).copy(ptr + offset, cls._size)
# Handle native type
else:
getattr(ptr, 'set_' + type_name)(value, offset)
def fset(ptr, value):
"""Set the instance attribute value."""
# Handle custom type
if not native_type:
cls = self.get_class(type_name)
if cls is None:
raise NameError('Unknown class "{0}".'.format(type_name))
get_object_pointer(value).copy(
ptr + offset,
cls._size
)
# Handle native type
else:
getattr(ptr, 'set_' + type_name)(value, offset)
def base_client(self):
"""Return the player's base client instance.
:rtype: BaseClient
"""
from players import BaseClient
return make_object(BaseClient, get_object_pointer(self.client) - 4)
def base_client(self):
"""Return the player's base client instance.
:rtype: BaseClient
"""
from players import BaseClient
return make_object(BaseClient, get_object_pointer(self.client) - 4)
def _pre_user_message_begin(args):
try:
# Replace original recipients filter
tmp_recipients = make_object(BaseRecipientFilter, args[1])
_recipients.update(*tuple(tmp_recipients), clear=True)
except RuntimeError:
# Patch for issue #314
tmp_recipients = RecipientFilter()
(args[1] + 4).copy(
get_object_pointer(tmp_recipients) + 4,
get_size(RecipientFilter) - 4)
_recipients.update(*tuple(tmp_recipients), clear=True)
args[1] = _recipients
def _pre_send_user_message(args):
message_index = args[2]
user_message_hooks = HookUserMessage.hooks[message_index]
protobuf_user_message_hooks = HookProtobufUserMessage.hooks[
message_index]
# No need to do anything behind this if no listener is registered
if not user_message_hooks and not protobuf_user_message_hooks:
return
try:
# Replace original recipients filter
tmp_recipients = make_object(BaseRecipientFilter, args[1])
_recipients.update(*tuple(tmp_recipients), clear=True)
except RuntimeError:
# Patch for issue #314
tmp_recipients = RecipientFilter()
(args[1] + 4).copy(
get_object_pointer(tmp_recipients) + 4,
get_size(RecipientFilter) - 4)
_recipients.update(*tuple(tmp_recipients), clear=True)
args[1] = _recipients
buffer = make_object(ProtobufMessage, args[3])
protobuf_user_message_hooks.notify(_recipients, buffer)
# No need to do anything behind this if no listener is registered
if not user_message_hooks:
return
try:
impl = get_user_message_impl(message_index)
except NotImplementedError:
return
data = impl.read(buffer)
user_message_hooks.notify(_recipients, data)
# Update buffer if data has been changed
if data.has_been_changed():
buffer.clear()
impl.write(buffer, data)
def _pre_player_run_command(args):
if (not on_player_run_command_listener_manager
and not on_button_state_changed_listener_manager):
return
player = make_object(Player, args[0])
# https://github.com/Source-Python-Dev-Team/Source.Python/issues/149
use_rtti_fix = SOURCE_ENGINE_BRANCH == 'tf2' and player.is_fake_client()
if use_rtti_fix:
user_cmd = UserCmd()
user_cmd_ptr = get_object_pointer(user_cmd)
args[1].copy(user_cmd_ptr, USER_CMD_SIZE)
else:
user_cmd = make_object(UserCmd, args[1])
if on_player_run_command_listener_manager:
on_player_run_command_listener_manager.notify(player, user_cmd)
if on_button_state_changed_listener_manager:
_handle_button_state_changed(player, player.buttons, user_cmd.buttons)
if use_rtti_fix:
user_cmd_ptr.copy(args[1], USER_CMD_SIZE)
def _pre_player_run_command(args):
if (not on_player_run_command_listener_manager
and not on_button_state_changed_listener_manager):
return
player = make_object(Player, args[0])
# https://github.com/Source-Python-Dev-Team/Source.Python/issues/149
use_rtti_fix = SOURCE_ENGINE_BRANCH == 'tf2' and player.is_fake_client()
if use_rtti_fix:
user_cmd = UserCmd()
user_cmd_ptr = get_object_pointer(user_cmd)
args[1].copy(user_cmd_ptr, USER_CMD_SIZE)
else:
user_cmd = make_object(UserCmd, args[1])
if on_player_run_command_listener_manager:
on_player_run_command_listener_manager.notify(player, user_cmd)
if on_button_state_changed_listener_manager:
_handle_button_state_changed(player, player.buttons, user_cmd.buttons)
if use_rtti_fix:
user_cmd_ptr.copy(args[1], USER_CMD_SIZE)
def base_client(self):
"""Return the player's :class:`players.BaseClient` object."""
return memory.make_object(BaseClient,
memory.get_object_pointer(self.client) - 4)
def pointer(self):
"""Return the entity's pointer."""
if self._pointer is None:
self._pointer = memory.get_object_pointer(self)
return self._pointer
def _set_property(self, prop_name, prop_type, value):
"""Set the given property to the given value.
:param str prop_name: The name of the property.
:param SendPropType prop_type: The type of the property.
:param value object: To value to set to the given property.
"""
# Is the given property not valid?
if prop_name not in self.template.properties:
# Raise an exception...
raise NameError(
'"{}" is not a valid property for temp entity "{}".'.format(
prop_name, self.name))
# Get the property data...
prop, offset, type_name = self.template.properties[prop_name]
# Are the prop types matching?
if prop.type != prop_type:
# Raise an exception...
raise TypeError('"{}" is not of type "{}".'.format(
prop_name, prop_type))
# Is the property an array?
if prop_type == SendPropType.ARRAY:
# Is the given value not an Array instance?
if not isinstance(value, Array):
# Raise an exception...
raise TypeError('Given value is not an Array instance.')
# Is the length not matching?
if value._length != prop.length:
# Raise an exception...
raise ValueError('Given array is not of length "{}".'.format(
prop.length))
# Copy the values...
value.copy(get_object_pointer(self), self._get_type_size(
type_name) * prop.length)
# No need to go further...
return
# Otherwise, is the type native?
elif Type.is_native(type_name):
# Set the value of the property...
getattr(get_object_pointer(self), 'set_{}'.format(type_name))(
value, offset)
# No need to go further...
return
# Otherwise...
else:
# Get the class...
cls = manager.get_class(type_name)
# Is the given value valid?
if not isinstance(value, cls):
# Raise an exception...
raise TypeError('"{}" is not a valid "{}" value.'.format(
value, type_name))
# Set the value of the property...
get_object_pointer(value).copy(
get_object_pointer(self) + offset, get_size(cls))
# No need to go further...
return
# Raise an exception...
raise NameError('Unable to set "{}" for the temp entity "{}".'.format(
prop_name, self.name))
def __setattr__(self, name, value):
"""Set the value of the given alias.
:param str name: The alias name.
:param object value: The value to set.
"""
# Get the name of the prop...
prop_name = self.template.aliases.get(name, None)
# Was the given name a valid alias?
if prop_name is not None:
# Is the name a section?
if isinstance(prop_name, Section):
# Is the alias a decal?
if prop_name['type'] == Decal.__name__:
# Is the given value an invalid decal instance?
if not isinstance(value, Decal):
# Raise an exception...
raise ValueError(
'"{}" is not a valid Decal instance.'.format(
value))
# Set the model index...
setattr(self, prop_name['name'], value.index)
# Is the alias an entity?
elif prop_name['type'] == Entity.__name__:
# Is the given value an invalid entity instance?
if not isinstance(value, Entity):
# Raise an exception...
raise ValueError(
'"{}" is not a valid Entity instance.'.format(
value))
# Set the alias value...
setattr(self, prop_name['name'], value.index)
# Otherwise, is the alias a player?
elif prop_name['type'] == Player.__name__:
# Set the player instance...
setattr(self, prop_name['name'], value.index)
# Otherwise, is the alias a model?
elif prop_name['type'] == Model.__name__:
# Is the given value an invalid model instance?
if not isinstance(value, Model):
# Raise an exception...
raise ValueError(
'"{}" is not a valid Model instance.'.format(
value))
# Set the model index...
setattr(self, prop_name['name'], value.index)
# Otherwise, is the alias a color?
elif prop_name['type'] == Color.__name__:
# Is the given value an invalid color instance?
if not isinstance(value, Color):
# Raise an exception...
raise ValueError(
'"{}" is not a valid Color instance.'.format(
value))
# Loop through all aliases...
for index, alias in enumerate(prop_name['name']):
# Set the current alias...
setattr(self, alias, value[index])
# Otherwise...
else:
# Get the data of the property...
prop, offset, type_name = self.template.properties[
prop_name['name']]
# Get the class of the type...
cls = manager.get_class(prop_name['type'])
# Is the given value not valid?
if not isinstance(value, cls):
# Raise an exception...
raise TypeError(
'The given value is not of type "{}".'.format(
type_name))
# Set the value of the property...
get_object_pointer(value).copy(
get_object_pointer(self) + offset,
self.template._get_type_size(prop_name['type']))
# No need to go further...
return
# Get the data of the property...
prop, offset, type_name = self.template.properties[prop_name]
# Set the value of the property...
self._set_property(prop_name, prop.type, value)
# No need to go further...
return
# Set the value of the given attribute...
super().__setattr__(name, value)
def __getattr__(self, name):
"""Return the value of the given alias.
:param str name: The alias name.
:rtype: object
"""
# Get the name of the prop...
prop_name = self.template.aliases.get(name, None)
# Was the given name a valid alias?
if prop_name is not None:
# Is the name a section?
if isinstance(prop_name, Section):
# Is the alias a decal?
if prop_name['type'] == Decal.__name__:
# Return the decal instance...
return Decal(string_tables[Decal._precache_table][
getattr(self, prop_name['name'])])
# Otherwise, is the alias an entity?
elif prop_name['type'] == Entity.__name__:
# Return the entity instance...
return Entity(getattr(self, prop_name['name']))
# Otherwise, is the alias a player?
elif prop_name['type'] == Player.__name__:
# Return the player instance...
return Player(getattr(self, prop_name['name']))
# Otherwise, is the alias a model?
elif prop_name['type'] == Model.__name__:
# Get the name of the model...
model_name = string_tables[Model._precache_table][
getattr(self, prop_name['name'])]
# Was the model not precached?
if not model_name:
# Return an error model...
return Model('models/error.mdl')
# Return the model instance...
return Model(model_name)
# Otherwise, is the alias a color?
elif prop_name['type'] == Color.__name__:
# Get a tuple to store the RGBA values...
values = tuple()
# Loop through all aliases...
for alias in prop_name['name']:
# Add the current value to the tuple...
values += (getattr(self, alias),)
# Return the color instance...
return Color(*values)
# Otherwise...
else:
# Get the data of the property...
prop, offset, type_name = self.template.properties[
prop_name['name']]
# Return the value of the property...
return make_object(
manager.get_class(prop_name['type']),
get_object_pointer(self) + offset)
# Get the data of the property...
prop, offset, type_name = self.template.properties[prop_name]
# Return the value of the property...
return self._get_property(prop_name, prop.type)
# Return the value of the given attribute...
return super().__getattribute__(name)
from players import Client
# Connect Filter
from .. import get_connection_rejection_text
from ..paths import CF_DATA_PATH
# =============================================================================
# >> CONSTANTS
# =============================================================================
MAX_REJECTION_TEXT_LENGTH = 64
# =============================================================================
# >> GLOBAL VARIABLES
# =============================================================================
manager = TypeManager()
server_ptr = get_object_pointer(server)
CustomServer = manager.create_type_from_file(
'CBaseServer', CF_DATA_PATH / 'memory' / GAME_NAME / 'CBaseServer.ini')
custom_server = make_object(CustomServer, server_ptr)
# =============================================================================
# >> HOOKS
# =============================================================================
@PostHook(custom_server.check_challenge_type)
def post_check_challenge_type(args, ret_val):
client = make_object(Client, args[1] + 4)
rejection_text = get_connection_rejection_text(client)
def pointer(self):
"""Return the entity's :class:`memory.Pointer`."""
if self._pointer is None:
pointer = get_object_pointer(self)
object.__setattr__(self, '_pointer', pointer)
return self._pointer
def __getattr__(self, name):
"""Return the value of the given alias.
:param str name: The alias name.
:rtype: object
"""
# Get the name of the prop...
prop_name = self.template.aliases.get(name, None)
# Was the given name a valid alias?
if prop_name is not None:
# Is the name a section?
if isinstance(prop_name, Section):
# Is the alias a decal?
if prop_name['type'] == Decal.__name__:
# Return the decal instance...
return Decal(string_tables[Decal._precache_table][getattr(
self, prop_name['name'])])
# Otherwise, is the alias an entity?
elif prop_name['type'] == Entity.__name__:
# Return the entity instance...
return Entity(getattr(self, prop_name['name']))
# Otherwise, is the alias a player?
elif prop_name['type'] == Player.__name__:
# Return the player instance...
return Player(getattr(self, prop_name['name']))
# Otherwise, is the alias a model?
elif prop_name['type'] == Model.__name__:
# Get the name of the model...
model_name = string_tables[Model._precache_table][getattr(
self, prop_name['name'])]
# Was the model not precached?
if not model_name:
# Return an error model...
return Model('models/error.mdl')
# Return the model instance...
return Model(model_name)
# Otherwise, is the alias a color?
elif prop_name['type'] == Color.__name__:
# Get a tuple to store the RGBA values...
values = tuple()
# Loop through all aliases...
for alias in prop_name['name']:
# Add the current value to the tuple...
values += (getattr(self, alias), )
# Return the color instance...
return Color(*values)
# Otherwise...
else:
# Get the data of the property...
prop, offset, type_name = self.template.properties[
prop_name['name']]
# Return the value of the property...
return make_object(manager.get_class(prop_name['type']),
get_object_pointer(self) + offset)
# Get the data of the property...
prop, offset, type_name = self.template.properties[prop_name]
# Return the value of the property...
return self._get_property(prop_name, prop.type)
# Return the value of the given attribute...
return super().__getattribute__(name)
from memory import get_object_pointer, make_object
from memory.hooks import PreHook
from memory.manager import TypeManager
from _messages import ProtobufMessage
from messages import get_message_index
# DeadChat
from ..core.paths import DEADCHAT_DATA_PATH
from ..deadchat import is_hltv_message
# =============================================================================
# >> GLOBAL VARIABLES
# =============================================================================
say_text2_index = get_message_index('SayText2')
engine_server_ptr = get_object_pointer(engine_server)
type_manager = TypeManager()
engine_server_type = type_manager.create_type_from_file(
'CVEngineServer', DEADCHAT_DATA_PATH / "protobuf" / "CVEngineServer.ini")
engine_server = make_object(engine_server_type, engine_server_ptr)
# =============================================================================
# >> HOOKS
# =============================================================================
@PreHook(engine_server.send_user_message)
def pre_send_user_message(args):
if args[2] != say_text2_index:
return
def __setattr__(self, name, value):
"""Set the value of the given alias.
:param str name: The alias name.
:param object value: The value to set.
"""
# Get the name of the prop...
prop_name = self.template.aliases.get(name, None)
# Was the given name a valid alias?
if prop_name is not None:
# Is the name a section?
if isinstance(prop_name, Section):
# Is the alias a decal?
if prop_name['type'] == Decal.__name__:
# Is the given value an invalid decal instance?
if not isinstance(value, Decal):
# Raise an exception...
raise ValueError(
'"{}" is not a valid Decal instance.'.format(
value))
# Set the model index...
setattr(self, prop_name['name'], value.index)
# Is the alias an entity?
elif prop_name['type'] == Entity.__name__:
# Is the given value an invalid entity instance?
if not isinstance(value, Entity):
# Raise an exception...
raise ValueError(
'"{}" is not a valid Entity instance.'.format(
value))
# Set the alias value...
setattr(self, prop_name['name'], value.index)
# Otherwise, is the alias a player?
elif prop_name['type'] == Player.__name__:
# Set the player instance...
setattr(self, prop_name['name'], value.index)
# Otherwise, is the alias a model?
elif prop_name['type'] == Model.__name__:
# Is the given value an invalid model instance?
if not isinstance(value, Model):
# Raise an exception...
raise ValueError(
'"{}" is not a valid Model instance.'.format(
value))
# Set the model index...
setattr(self, prop_name['name'], value.index)
# Otherwise, is the alias a color?
elif prop_name['type'] == Color.__name__:
# Is the given value an invalid color instance?
if not isinstance(value, Color):
# Raise an exception...
raise ValueError(
'"{}" is not a valid Color instance.'.format(
value))
# Loop through all aliases...
for index, alias in enumerate(prop_name['name']):
# Set the current alias...
setattr(self, alias, value[index])
# Otherwise...
else:
# Get the data of the property...
prop, offset, type_name = self.template.properties[
prop_name['name']]
# Get the class of the type...
cls = manager.get_class(prop_name['type'])
# Is the given value not valid?
if not isinstance(value, cls):
# Raise an exception...
raise TypeError(
'The given value is not of type "{}".'.format(
type_name))
# Set the value of the property...
get_object_pointer(value).copy(
get_object_pointer(self) + offset,
self.template._get_type_size(prop_name['type']))
# No need to go further...
return
# Get the data of the property...
prop, offset, type_name = self.template.properties[prop_name]
# Set the value of the property...
self._set_property(prop_name, prop.type, value)
# No need to go further...
return
# Set the value of the given attribute...
super().__setattr__(name, value)
def _set_property(self, prop_name, prop_type, value):
"""Set the given property to the given value.
:param str prop_name: The name of the property.
:param SendPropType prop_type: The type of the property.
:param value object: To value to set to the given property.
"""
# Is the given property not valid?
if prop_name not in self.template.properties:
# Raise an exception...
raise NameError(
'"{}" is not a valid property for temp entity "{}".'.format(
prop_name, self.name))
# Get the property data...
prop, offset, type_name = self.template.properties[prop_name]
# Are the prop types matching?
if prop.type != prop_type:
# Raise an exception...
raise TypeError('"{}" is not of type "{}".'.format(
prop_name, prop_type))
# Is the property an array?
if prop_type == SendPropType.ARRAY:
# Is the given value not an Array instance?
if not isinstance(value, Array):
# Raise an exception...
raise TypeError('Given value is not an Array instance.')
# Is the length not matching?
if value._length != prop.length:
# Raise an exception...
raise ValueError('Given array is not of length "{}".'.format(
prop.length))
# Copy the values...
value.copy(get_object_pointer(self),
self._get_type_size(type_name) * prop.length)
# No need to go further...
return
# Otherwise, is the type native?
elif Type.is_native(type_name):
# Set the value of the property...
getattr(get_object_pointer(self),
'set_{}'.format(type_name))(value, offset)
# No need to go further...
return
# Otherwise...
else:
# Get the class...
cls = manager.get_class(type_name)
# Is the given value valid?
if not isinstance(value, cls):
# Raise an exception...
raise TypeError('"{}" is not a valid "{}" value.'.format(
value, type_name))
# Set the value of the property...
get_object_pointer(value).copy(
get_object_pointer(self) + offset, get_size(cls))
# No need to go further...
return
# Raise an exception...
raise NameError('Unable to set "{}" for the temp entity "{}".'.format(
prop_name, self.name))
def base_client(self):
"""Return the player's :class:`players.BaseClient` object."""
from players import BaseClient
return make_object(BaseClient, get_object_pointer(self.client) - 4)
CENSORED_NAME = "Advertiser #{userid:04}"
REPLACE_DOMAIN_RES_PATH = ADPURGE_DATA_PATH / "replace-domain.res"
REPLACE_IP_RES_PATH = ADPURGE_DATA_PATH / "replace-ip.res"
DOMAIN_AD_REGEX = re.compile(r"\w+\.({tlds})".format(tlds='|'.join(tlds)))
IP_AD_REGEX = re.compile(r"\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3}")
TEXTMSG_INDEX = get_message_index('TextMsg')
SAYTEXT2_INDEX = get_message_index('SayText2')
if PLATFORM == "windows":
SEND_USER_MESSAGE_INDEX = 45
else:
SEND_USER_MESSAGE_INDEX = 45
send_user_message = get_object_pointer(engine_server).make_virtual_function(
SEND_USER_MESSAGE_INDEX, Convention.THISCALL,
[DataType.POINTER, DataType.POINTER, DataType.INT, DataType.POINTER],
DataType.VOID)
def get_replacements(path):
replacements = {}
with open(path, 'rb') as f:
for mapping in f.read().decode('utf-8').split('\n'):
replace_what, replace_to = mapping.split(':')
replacements[replace_what] = replace_to
return replacements
replace_domains = get_replacements(REPLACE_DOMAIN_RES_PATH)
replace_ips = get_replacements(REPLACE_IP_RES_PATH)
def base_client(self):
"""Return the player's :class:`players.BaseClient` object."""
return memory.make_object(BaseClient, memory.get_object_pointer(self.client) - 4)
