1.8 KiB
1.8 KiB
Easy steps to add a cheat to this app:
- Create a file in the cheat directory
- Create a class that inherits from
Hack
:
from hack import Hack
class Mycheat(Hack):
def __init__(self, **kwargs) -> None:
super().__init__(**kwargs)
# Here you can initialize global variables for your cheat
- Add the method who will contain the cheat logic, note that:
- Your method must contain a sub-method and must be added to
the
hackloop
at the end of the method (see example below)
- Your method must contain a sub-method and must be added to
the
def mycheat(self) -> None:
# Cheat initialization, will only run once
def cheat():
# Your cheat logic, will be looped
# Setting up the loop
self.hack_loop(cheat)
- If you need to unload something before closing the app (e.g. restore the
initial state of something), you can add a second method called
MYCHEAT_unload
withMYCHEAT
the same name as the previous method
def mycheat_unload(self) -> None:
# Called when the app is closed
-
For more examples, see the cheats already done
-
If your cheat logic modifies the same memory of another cheat at the same time, then add that cheat to the list of incompatibilities in cheat after the
Incompatible cheats
comment. Add only one entry for your cheat, it will automatically propagate to the other ones
Extra infos
self.pm
is used to read/write memoryself.offsets
contains a list of offsetsself.find_module
finds a module (.dll
)self.find_uint
always returns something (blocking thread)- You can always add time between each loop call by calling
sleep
- See the utils file if you need more tools, like a vector class, colour etc.
- If needed, feel free to add your own offsets to the
self.offsets
variable