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PVZ_Hybrid_2.0.py
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PVZ_Hybrid_2.0.py
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# ruff: noqa: F401,F403,F405,E402,F541,E722
import ctypes
import PVZ_data as PVZ_data
import pymem.ressources.kernel32
import pymem.ressources.structure
import pymem.thread
import pymem.memory
from threading import Thread, Event
import random
import time
import PVZ_asm as asm
import os
import struct
column1addr = None
column2addr = None
newmem_shovelpro = None
newmem_spoils = None
newmem_spoils2 = None
newmem_slotKey = None
newmem_setAllBullet = None
newmem_endlessCar = None
newmem_noHole = None
newmem_zombiebeanHpynotized1 = None
newmem_zombiebeanHpynotized = None
newmem_autoCar = None
newmem_pauseProKey = None
newmem_drawTime = None
newmem_pause = None
newmem_draw = None
newmem_pauseFlag = None
newmem_setBulletSize = None
newmem_setBulletPosition = None
newmem_setPlantBullet = None
newmem_caption = None
newmem_setOneBullet = None
newmem_setBulletDamage = None
newmem_globalSpawModify = None
newmem_changeZombieHead = None
newmem_changeZombieDeadHead = None
newmem_deathrattleCallZombie = None
newmem_reserveMaterialDropAllCard = None
newmem_modifySpawNum = None
newmem_lockLevel = None
newmem_divzero = None
newmem_modifySpawMultiplier = None
newmem_spawisModified = None
newmem_bungeeTipFix = None
newmem_bungeePutFix = None
def calculate_call_address(ctypes_obj):
"""S
计算函数调用地址
"""
c_uint_obj = ctypes.c_uint(ctypes_obj)
return ctypes.string_at(ctypes.addressof(c_uint_obj), ctypes.sizeof(c_uint_obj))
def getMap():
try:
map = PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x768
)
+ 0x554C
)
if (
map == 0
or map == 1
or map == 10
or map == 13
or map == 15
or map == 16
or map == 18
or map == 19
or map == 21
):
return 5
elif (
map == 2
or map == 11
or map == 3
or map == 12
or map == 14
or map == 17
or map == 20
or map == 22
or map == 23
):
return 6
else:
return False
except:
return False
def getDifficult():
difficultAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x428
)
difficultValue = PVZ_data.PVZ_memory.read_int(difficultAddr)
if difficultValue == -1:
return 1
if difficultValue == 0:
return 2
if difficultValue == 1:
return 3
def setDifficult(difficult):
difficultAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x428
)
if difficult == 1:
PVZ_data.PVZ_memory.write_int(difficultAddr, 4294967295)
if difficult == 2:
PVZ_data.PVZ_memory.write_int(difficultAddr, 0)
if difficult == 3:
PVZ_data.PVZ_memory.write_int(difficultAddr, 1)
def getState():
try:
game_state = PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x7FC
)
return game_state # 1主菜单 2选局内 5帮助 7关卡选择
except:
return False
def getNowFlag():
try:
nowFlag = PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x768
)
+ 0x557C
)
return nowFlag
except:
return False
def backGround(f):
if f:
PVZ_data.PVZ_memory.write_bytes(0x0054EBEF, b"\xc3", 1)
else:
PVZ_data.PVZ_memory.write_bytes(0x0054EBEF, b"\x57", 1)
def overPlant(f):
addr = (
int.from_bytes(
PVZ_data.PVZ_memory.read_bytes(0x40E2C2, 1)
+ PVZ_data.PVZ_memory.read_bytes(0x40E2C1, 1)
+ PVZ_data.PVZ_memory.read_bytes(0x40E2C0, 1)
+ PVZ_data.PVZ_memory.read_bytes(0x40E2BF, 1)
)
+ 0x40E2C3
)
if f:
PVZ_data.PVZ_memory.write_bytes(0x00425634, b"\xeb\x1b\x0f\x1f\x00", 5)
PVZ_data.PVZ_memory.write_bytes(
0x0040E3C6, b"\xe9\x94\x00\x00\x00\x0f\x1f\x00", 8
)
PVZ_data.PVZ_memory.write_bytes(0x0040FE2D, b"\xe9\x22\x09\x00\x00\x0f\x1f", 7)
PVZ_data.PVZ_memory.write_bytes(
0x0042A2D6, b"\xe9\xe2\x00\x00\x00\x0f\x1f\x00", 8
)
PVZ_data.PVZ_memory.write_bytes(0x00438E3E, b"\xeb\x34\x66\x90", 4)
PVZ_data.PVZ_memory.write_bytes(
0x0040E263, b"\x8b\x5c\x24\x24\xeb\x2a\x0f\x1f\x00", 9
)
PVZ_data.PVZ_memory.write_bytes(
addr, b"\x0f\x1f\x00\x8b\x4c\x24\x2c\x66\x0f\x1f\x44\x00\x00", 13
)
PVZ_data.PVZ_memory.write_bytes(
0x00843D50, b"\xeb\x6a\x90\x90\x90\x90\x90\x90\x90", 9
)
PVZ_data.PVZ_memory.write_bytes(0x00410908, b"\xeb\x12\x90\x90\x90", 5)
PVZ_data.PVZ_memory.write_bytes(
0x00843DEE, b"\xe9\xe1\xcb\xbc\xff\x0f\x1f\x00", 8
)
PVZ_data.PVZ_memory.write_bytes(
0x00843E23, b"\xe9\xac\xcb\xbc\xff\x0f\x1f\x00", 8
)
PVZ_data.PVZ_memory.write_bytes(
0x00843E58, b"\xe9\x77\xcb\xbc\xff\x0f\x1f\x00", 8
)
PVZ_data.PVZ_memory.write_bytes(0x00410958, b"\xeb\x7a\x90\x90", 4)
PVZ_data.PVZ_memory.write_bytes(0x00410960, b"\xeb\x72", 2)
PVZ_data.PVZ_memory.write_bytes(0x00410B11, b"\x90\x90", 2)
PVZ_data.PVZ_memory.write_bytes(0x00410B16, b"\xeb\x47", 2)
PVZ_data.PVZ_memory.write_bytes(0x0084A3EB, b"\xe9\x6a\x3f\xbc\xff\x90", 6)
PVZ_data.PVZ_memory.write_bytes(0x00410BA2, b"\xeb\x06", 2)
PVZ_data.PVZ_memory.write_bytes(0x00410967, b"\xeb\x39", 2)
PVZ_data.PVZ_memory.write_bytes(0x004109A5, b"\xeb\x2d", 2)
else:
PVZ_data.PVZ_memory.write_bytes(0x00425634, b"\x83\xf8\xff\x74\x18", 5)
PVZ_data.PVZ_memory.write_bytes(0x0040FE2D, b"\x85\xc0\x0f\x84\x1f\x09\x00", 7)
PVZ_data.PVZ_memory.write_bytes(
0x0040E3C6, b"\x85\xdb\x0f\x84\x91\x00\x00\x00", 8
)
PVZ_data.PVZ_memory.write_bytes(
0x0042A2D6, b"\x85\xc0\x0f\x84\xdf\x00\x00\x00", 8
)
PVZ_data.PVZ_memory.write_bytes(0x00438E3E, b"\x85\xc0\x74\x32", 4)
PVZ_data.PVZ_memory.write_bytes(
0x0040E263, b"\x83\xf9\x03\x8b\x5c\x24\x24\x75\x27", 9
)
PVZ_data.PVZ_memory.write_bytes(
addr,
b"\x83\xf9\x02\x8b\x4c\x24\x2c\x0f\x84"
+ calculate_call_address(0x0040E2CD - addr - 0xD),
13,
)
PVZ_data.PVZ_memory.write_bytes(
0x00843D50, b"\x83\xfb\x4c\x0f\x84\xb4\xcb\xbc\xff", 9
)
PVZ_data.PVZ_memory.write_bytes(0x00410908, b"\x83\xfb\x17\x75\x0f", 5)
PVZ_data.PVZ_memory.write_bytes(
0x00843DEE, b"\x85\xc0\x0f\x84\xde\xcb\xbc\xff", 8
)
PVZ_data.PVZ_memory.write_bytes(
0x00843E23, b"\x85\xc0\x0f\x84\xa9\xcb\xbc\xff", 8
)
PVZ_data.PVZ_memory.write_bytes(
0x00843E58, b"\x85\xc0\x0f\x84\x74\xcb\xbc\xff", 8
)
PVZ_data.PVZ_memory.write_bytes(0x00410958, b"\x85\xc0\x73\x78", 4)
PVZ_data.PVZ_memory.write_bytes(0x00410960, b"\x75\x72", 2)
PVZ_data.PVZ_memory.write_bytes(0x00410B11, b"\x74\x05", 2)
PVZ_data.PVZ_memory.write_bytes(0x00410B16, b"\x75\x47", 2)
PVZ_data.PVZ_memory.write_bytes(0x0084A3EB, b"\x0f\x85\x69\x3f\xbc\xff", 6)
PVZ_data.PVZ_memory.write_bytes(0x00410BA2, b"\x75\x06", 2)
PVZ_data.PVZ_memory.write_bytes(0x00410967, b"\x75\x39", 2)
PVZ_data.PVZ_memory.write_bytes(0x004109A5, b"\x75\x2d", 2)
def getSun():
sunAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x768
)
+ 0x5560
)
sunNow = PVZ_data.PVZ_memory.read_int(sunAddr)
return sunNow
def addSun(sunIncrement):
sunAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x768
)
+ 0x5560
)
sunNow = PVZ_data.PVZ_memory.read_int(sunAddr)
PVZ_data.PVZ_memory.write_int(sunAddr, sunNow + int(sunIncrement))
def subSun(sunDecrement):
sunAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x768
)
+ 0x5560
)
sunNow = PVZ_data.PVZ_memory.read_int(sunAddr)
sun = sunNow - int(sunDecrement)
PVZ_data.PVZ_memory.write_int(sunAddr, sun)
def setSun(sun):
sunAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x768
)
+ 0x5560
)
PVZ_data.PVZ_memory.write_int(sunAddr, int(sun))
def cancalSunFall(f):
if f:
PVZ_data.PVZ_memory.write_bytes(0x00413B7C, b"\x90\x90\x90\x90\x90\x90\x90", 7)
else:
PVZ_data.PVZ_memory.write_bytes(0x00413B7C, b"\x83\x86\x38\x55\x00\x00\xff", 7)
def getSilver():
silverAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x208
)
silverNow = PVZ_data.PVZ_memory.read_int(silverAddr)
return silverNow
def addSilver(silverIncrement):
silverAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x208
)
silverNow = PVZ_data.PVZ_memory.read_int(silverAddr)
PVZ_data.PVZ_memory.write_int(silverAddr, silverNow + int(silverIncrement))
def setSilver(silver):
silverAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x208
)
PVZ_data.PVZ_memory.write_int(silverAddr, int(silver))
def getGold():
goldAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x20C
)
goldNow = PVZ_data.PVZ_memory.read_int(goldAddr)
return goldNow
def addGold(goldIncrement):
goldAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x20C
)
goldNow = PVZ_data.PVZ_memory.read_int(goldAddr)
PVZ_data.PVZ_memory.write_int(goldAddr, goldNow + int(goldIncrement))
def setGold(gold):
goldAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x20C
)
PVZ_data.PVZ_memory.write_int(goldAddr, int(gold))
def getDiamond():
diamondAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x210
)
diamondNow = PVZ_data.PVZ_memory.read_int(diamondAddr)
return diamondNow
def addDiamond(diamondIncrement):
diamondAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x210
)
diamondNow = PVZ_data.PVZ_memory.read_int(diamondAddr)
PVZ_data.PVZ_memory.write_int(diamondAddr, diamondNow + int(diamondIncrement))
def setDiamond(diamond):
diamondAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x210
)
PVZ_data.PVZ_memory.write_int(diamondAddr, int(diamond))
def upperLimit(f):
if f:
PVZ_data.PVZ_memory.write_bytes(0x00430A23, b"\xeb", 1)
PVZ_data.PVZ_memory.write_bytes(0x00430A78, b"\xeb", 1)
PVZ_data.PVZ_memory.write_bytes(0x0048CAB0, b"\xeb", 1)
else:
PVZ_data.PVZ_memory.write_bytes(0x00430A23, b"\x7e", 1)
PVZ_data.PVZ_memory.write_bytes(0x00430A78, b"\x7e", 1)
PVZ_data.PVZ_memory.write_bytes(0x0048CAB0, b"\x7e", 1)
def pausePro(f):
if f:
PVZ_data.PVZ_memory.write_bytes(
0x415DF0, b"\x0f\x1f\x80\x00\x00\x00\x00\x66\x90", 9
)
else:
PVZ_data.PVZ_memory.write_bytes(
0x415DF0, b"\x80\xbd\x64\x01\x00\x00\x00\x74\x35", 9
)
def ignoreSun(f):
if f:
PVZ_data.PVZ_memory.write_bytes(0x0041BA70, b"\x90\x90\x90\x90\x90\x90", 6)
PVZ_data.PVZ_memory.write_bytes(
0x0048881B, b"\xe9\x97\x01\x00\x00\x0f\x1f\x00", 8
)
PVZ_data.PVZ_memory.write_bytes(0x0048847F, b"\xeb", 1)
PVZ_data.PVZ_memory.write_bytes(0x0040F8A2, b"\xeb", 1)
PVZ_data.PVZ_memory.write_bytes(0x00488565, b"\xeb\x0e\x90\x90", 4)
else:
PVZ_data.PVZ_memory.write_bytes(0x0041BA70, b"\x39\xc3\x7f\x0c\x29\xde", 6)
PVZ_data.PVZ_memory.write_bytes(
0x0048881B, b"\x84\xc0\x0f\x85\x94\x01\x00\x00", 8
)
PVZ_data.PVZ_memory.write_bytes(0x0048847F, b"\x75", 1)
PVZ_data.PVZ_memory.write_bytes(0x0040F8A2, b"\x75", 1)
PVZ_data.PVZ_memory.write_bytes(0x00488565, b"\x84\xc0\x75\x0c", 4)
def cancelCd(f):
# if f:
# data.PVZ_memory.write_bytes(0x487293, b'\x3b\x47\x28\x90\x90', 5)
# else:
# data.PVZ_memory.write_bytes(0x487296, b'\x7e\x14', 2)
if f:
PVZ_data.PVZ_memory.write_bytes(0x487296, b"\x70", 1)
PVZ_data.PVZ_memory.write_bytes(0x00488250, b"\xeb", 1)
PVZ_data.PVZ_memory.write_bytes(0x00488E73, b"\xc6\x45\x48\x01", 4)
else:
PVZ_data.PVZ_memory.write_bytes(0x487296, b"\x7e", 1)
PVZ_data.PVZ_memory.write_bytes(0x00488250, b"\x75", 1)
PVZ_data.PVZ_memory.write_bytes(0x00488E73, b"\xc6\x45\x48\x00", 4)
def zombieInvisible(f):
if f:
PVZ_data.PVZ_memory.write_bytes(0x0052E357, b"\x70", 1)
PVZ_data.PVZ_memory.write_bytes(0x0053402B, b"\x70", 1)
else:
PVZ_data.PVZ_memory.write_bytes(0x0052E357, b"\x75", 1)
PVZ_data.PVZ_memory.write_bytes(0x0053402B, b"\x75", 1)
def killAllZombies():
zomNum = PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x768
)
+ 0xA0
)
i = 0
j = 0
while i < zomNum:
zomAddresss = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x768
)
+ 0x90
)
+ 0x204 * j
)
zomExist = PVZ_data.PVZ_memory.read_bytes(zomAddresss + 0xEC, 1)
if zomExist == b"\x00":
PVZ_data.PVZ_memory.write_int(zomAddresss + 0x28, 3)
i = i + 1
j = j + 1
def autoCollect(f):
if f:
PVZ_data.PVZ_memory.write_bytes(0x43158B, b"\x80\x7b\x50\x00\xeb\x08", 6)
else:
PVZ_data.PVZ_memory.write_bytes(0x43158B, b"\x80\x7b\x50\x00\x75\x08", 6)
def changeSlot(n, type):
slotAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x768
)
+ 0x144
)
PVZ_data.PVZ_memory.write_int(
PVZ_data.PVZ_memory.read_int(slotAddr) + 0x5C + 0x50 * (n - 1), type
)
def win():
winAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x768
)
+ 0x55FC
)
PVZ_data.PVZ_memory.write_int(winAddr, 1)
def advacedPause(f):
if f:
PVZ_data.PVZ_memory.write_bytes(
0x415DF0, b"\x0f\x1f\x80\x00\x00\x00\x00\x66\x90", 9
)
else:
PVZ_data.PVZ_memory.write_bytes(
0x415DF0, b"\x80\xbd\x64\x01\x00\x00\x00\x74\x35", 9
)
def column(f):
global column1addr
global column2addr
if f:
column1addr = PVZ_data.PVZ_memory.read_bytes(0x00410ADF, 5)
column2addr = PVZ_data.PVZ_memory.read_bytes(0x00439035, 5)
PVZ_data.PVZ_memory.write_bytes(0x00410ADF, b"\xeb\x0b\x90\x90\x90", 5)
PVZ_data.PVZ_memory.write_bytes(0x00439035, b"\xeb\x0b\x90\x90\x90", 5)
else:
PVZ_data.PVZ_memory.write_bytes(0x00410ADF, column1addr, 5)
PVZ_data.PVZ_memory.write_bytes(0x00439035, column2addr, 5)
def unlock():
addr = (
int.from_bytes(
PVZ_data.PVZ_memory.read_bytes(0x00453B24, 1)
+ PVZ_data.PVZ_memory.read_bytes(0x00453B23, 1)
+ PVZ_data.PVZ_memory.read_bytes(0x00453B22, 1)
+ PVZ_data.PVZ_memory.read_bytes(0x00453B21, 1)
)
+ 0x00453B25
)
newmem_unlock = pymem.memory.allocate_memory(
PVZ_data.PVZ_memory.process_handle, 128
)
shellcode = asm.Asm(newmem_unlock)
shellcode.push_exx(asm.ESI)
shellcode.mov_exx_dword_ptr_eyy_add_dword(asm.ESI, asm.EDI, 0x82C)
shellcode.mov_ptr_exx_add_dword_dword(asm.ESI, 0x1C0, 1)
shellcode.pop_exx(asm.ESI)
shellcode.add_byte(0xB0)
shellcode.add_byte(0x01) # mov al,01
shellcode.ret()
shellcode.jmp(0x00840A77)
PVZ_data.PVZ_memory.write_bytes(
newmem_unlock, bytes(shellcode.code[: shellcode.index]), shellcode.index
)
PVZ_data.PVZ_memory.write_bytes(
addr,
b"\xe9" + calculate_call_address(newmem_unlock - addr - 5) + b"\x90\x90",
7,
)
def shovelpro(f):
global newmem_shovelpro
addr = (
int.from_bytes(
PVZ_data.PVZ_memory.read_bytes(0x411141, 1)
+ PVZ_data.PVZ_memory.read_bytes(0x411140, 1)
+ PVZ_data.PVZ_memory.read_bytes(0x41113F, 1)
+ PVZ_data.PVZ_memory.read_bytes(0x41113E, 1)
)
+ 0x411142
)
print(hex(addr))
if f:
PVZ_data.PVZ_memory.write_bytes(addr + 0x15, b"\xeb\x6a\x90", 3)
newmem_shovelpro = pymem.memory.allocate_memory(
PVZ_data.PVZ_memory.process_handle, 100
)
print(hex(newmem_shovelpro))
byte_data = (
b"\x60\x8b\x45\x24\x8b\x7d\x04\xba\xff\xff\xff\xff\xe8"
+ calculate_call_address(0x0041DAE0 - newmem_shovelpro - 0x11)
+ b"\x01\x85\x2c\x01\x00\x00\x61\x83\xbd\x2c\x01\x00\x00\x32\x7c\x1d\x83\xad\x2c\x01\x00\x00\x32"
b"\x60\x8b\x4d\x04\x6a\x02\x6a\x06\xff\x75\x0c\xff\x75\x08\xe8"
+ calculate_call_address(0x0040CB10 - newmem_shovelpro - 0x3B)
+ b"\x61\xeb\xda\x83\xbd\x2c\x01\x00\x00\x19\x7c\x1d\x83\xad\x2c\x01\x00\x00\x19\x60\x8b\x4d\x04"
b"\x6a\x02\x6a\x04\xff\x75\x0c\xff\x75\x08\xe8"
+ calculate_call_address(0x0040CB10 - newmem_shovelpro - 0x61)
+ b"\x61\xeb\xb4\x83\xbd\x2c\x01\x00\x00\x0f\x7c\x1d\x83\xad\x2c\x01\x00\x00\x0f\x60\x8b\x4d\x04"
b"\x6a\x02\x6a\x05\xff\x75\x0c\xff\x75\x08\xe8"
+ calculate_call_address(0x0040CB10 - newmem_shovelpro - 0x87)
+ b"\x61\xeb\x8e\x01\x9f\x9c\x57\x00\x00\xe9"
+ calculate_call_address(0x004111DE - newmem_shovelpro - 0x95)
)
PVZ_data.PVZ_memory.write_bytes(newmem_shovelpro, byte_data, 149)
PVZ_data.PVZ_memory.write_bytes(
0x004111D8,
b"\xe9" + calculate_call_address(newmem_shovelpro - 0x004111DD) + b"\x90",
6,
)
else:
PVZ_data.PVZ_memory.write_bytes(addr + 0x15, b"\x83\xf8\x17", 3)
PVZ_data.PVZ_memory.write_bytes(0x004111D8, b"\x01\x9f\x9c\x57\x00\x00", 6)
pymem.memory.free_memory(PVZ_data.PVZ_memory.process_handle, newmem_shovelpro)
def randomSlots_operstion(randomSlots_event, haszombie):
while not randomSlots_event.is_set():
plant1addr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x768
)
+ 0x144
)
for i in range(0, 14):
if haszombie is False:
plant = random.randint(0, 96)
if plant >= 48:
plant = plant + 27
else:
plant = random.randint(257, 297)
PVZ_data.PVZ_memory.write_int(
PVZ_data.PVZ_memory.read_int(plant1addr) + 0x5C + 0x50 * i, plant
)
randomSlots_event = Event()
randomSlots_thread = None
def randomSlots(f, haszombie):
global randomSlots_thread
if f:
if not randomSlots_thread or not randomSlots_thread.is_alive():
randomSlots_event.clear()
randomSlots_thread = Thread(
target=randomSlots_operstion, args=(randomSlots_event, haszombie)
)
randomSlots_thread.start()
else:
# 设置事件标志，通知线程停止
randomSlots_event.set()
randomSlots_thread.join() # 等待线程结束
def ignoreZombies(f):
if f:
PVZ_data.PVZ_memory.write_bytes(0x413431, b"\xe9\x7f\x04\x00\x00\x90", 6)
else:
PVZ_data.PVZ_memory.write_bytes(0x413431, b"\x0f\x84\x7f\x04\x00\x00", 6)
def pauseSpawn(f):
if f:
PVZ_data.PVZ_memory.write_bytes(0x004265DC, b"\xeb", 1)
else:
PVZ_data.PVZ_memory.write_bytes(0x004265DC, b"\x74", 1)
def changeGameSpeed(s):
FrameDurationAddr = PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x454
if s == 0:
PVZ_data.PVZ_memory.write_int(FrameDurationAddr, 10)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAA, b"\x01", 1)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAB, b"\x00", 1)
elif s == 1:
PVZ_data.PVZ_memory.write_int(FrameDurationAddr, 20)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAA, b"\x00", 1)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAB, b"\x00", 1)
elif s == 2:
PVZ_data.PVZ_memory.write_int(FrameDurationAddr, 10)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAA, b"\x00", 1)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAB, b"\x00", 1)
elif s == 3:
PVZ_data.PVZ_memory.write_int(FrameDurationAddr, 5)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAA, b"\x00", 1)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAB, b"\x00", 1)
elif s == 4:
PVZ_data.PVZ_memory.write_int(FrameDurationAddr, 2)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAA, b"\x00", 1)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAB, b"\x00", 1)
elif s == 5:
PVZ_data.PVZ_memory.write_int(FrameDurationAddr, 1)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAA, b"\x00", 1)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAB, b"\x00", 1)
elif s == 6:
PVZ_data.PVZ_memory.write_int(FrameDurationAddr, 10)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAA, b"\x00", 1)
PVZ_data.PVZ_memory.write_bytes(0x6A9EAB, b"\x01", 1)
def completeAdvanture(level):
advantureAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x42C
)
PVZ_data.PVZ_memory.write_int(advantureAddr + level * 4, 1)
def lockAdvanture(level):
advantureAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x42C
)
PVZ_data.PVZ_memory.write_int(advantureAddr + level * 4, 0)
def completeChallenge(level):
challengeAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x82C
)
PVZ_data.PVZ_memory.write_int(challengeAddr + level * 4, 1)
def lockChallenge(level):
challengeAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x82C
)
+ 0x82C
)
PVZ_data.PVZ_memory.write_int(challengeAddr + level * 4, 0)
def noHole(d, t, b):
global newmem_noHole
if d and not b and not t:
PVZ_data.PVZ_memory.write_bytes(0x00466668, b"\x90\x90\xeb\x2e", 4)
newmem_noHole = pymem.memory.allocate_memory(
PVZ_data.PVZ_memory.process_handle, 64
)
shellcode = asm.Asm(newmem_noHole)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0)
shellcode.jng(0x0041D79E)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x50, 0)
shellcode.jne_short_offset(7)
shellcode.mov_ptr_exx_add_byte_dword(asm.ESI, 0x20, 1)
shellcode.add_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0xFF)
shellcode.jmp(0x0041D79A)
PVZ_data.PVZ_memory.write_bytes(
newmem_noHole, bytes(shellcode.code[: shellcode.index]), shellcode.index
)
PVZ_data.PVZ_memory.write_bytes(
0x0041D790,
b"\xe9"
+ calculate_call_address(newmem_noHole - 0x0041D795)
+ b"\x90\x90\x90\x90\x90",
10,
)
if d and b and not t:
PVZ_data.PVZ_memory.write_bytes(0x00466668, b"\x90\x90\xeb\x2e", 4)
newmem_noHole = pymem.memory.allocate_memory(
PVZ_data.PVZ_memory.process_handle, 64
)
shellcode = asm.Asm(newmem_noHole)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0)
shellcode.jng(0x0041D79E)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x50, 2)
shellcode.je_offset(7)
shellcode.mov_ptr_exx_add_byte_dword(asm.ESI, 0x20, 1)
shellcode.add_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0xFF)
shellcode.jmp(0x0041D79A)
PVZ_data.PVZ_memory.write_bytes(
newmem_noHole, bytes(shellcode.code[: shellcode.index]), shellcode.index
)
PVZ_data.PVZ_memory.write_bytes(
0x0041D790,
b"\xe9"
+ calculate_call_address(newmem_noHole - 0x0041D795)
+ b"\x90\x90\x90\x90\x90",
10,
)
if d and b and t:
PVZ_data.PVZ_memory.write_bytes(0x00466668, b"\x90\x90\xeb\x2e", 4)
newmem_noHole = pymem.memory.allocate_memory(
PVZ_data.PVZ_memory.process_handle, 64
)
shellcode = asm.Asm(newmem_noHole)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0)
shellcode.jng(0x0041D79E)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x50, 0)
shellcode.add_byte(0x90)
shellcode.add_byte(0x90)
shellcode.mov_ptr_exx_add_byte_dword(asm.ESI, 0x20, 1)
shellcode.add_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0xFF)
shellcode.jmp(0x0041D79A)
PVZ_data.PVZ_memory.write_bytes(
newmem_noHole, bytes(shellcode.code[: shellcode.index]), shellcode.index
)
PVZ_data.PVZ_memory.write_bytes(
0x0041D790,
b"\xe9"
+ calculate_call_address(newmem_noHole - 0x0041D795)
+ b"\x90\x90\x90\x90\x90",
10,
)
if not d and b and not t:
PVZ_data.PVZ_memory.write_bytes(0x00466668, b"\x90\x90\xeb\x2e", 4)
newmem_noHole = pymem.memory.allocate_memory(
PVZ_data.PVZ_memory.process_handle, 64
)
shellcode = asm.Asm(newmem_noHole)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0)
shellcode.jng(0x0041D79E)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x50, 1)
shellcode.jne_short_offset(7)
shellcode.mov_ptr_exx_add_byte_dword(asm.ESI, 0x20, 1)
shellcode.add_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0xFF)
shellcode.jmp(0x0041D79A)
PVZ_data.PVZ_memory.write_bytes(
newmem_noHole, bytes(shellcode.code[: shellcode.index]), shellcode.index
)
PVZ_data.PVZ_memory.write_bytes(
0x0041D790,
b"\xe9"
+ calculate_call_address(newmem_noHole - 0x0041D795)
+ b"\x90\x90\x90\x90\x90",
10,
)
if not d and b and t:
PVZ_data.PVZ_memory.write_bytes(0x00466668, b"\x90\x90\xeb\x2e", 4)
newmem_noHole = pymem.memory.allocate_memory(
PVZ_data.PVZ_memory.process_handle, 64
)
shellcode = asm.Asm(newmem_noHole)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0)
shellcode.jng(0x0041D79E)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x50, 0)
shellcode.je_offset(7)
shellcode.mov_ptr_exx_add_byte_dword(asm.ESI, 0x20, 1)
shellcode.add_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0xFF)
shellcode.jmp(0x0041D79A)
PVZ_data.PVZ_memory.write_bytes(
newmem_noHole, bytes(shellcode.code[: shellcode.index]), shellcode.index
)
PVZ_data.PVZ_memory.write_bytes(
0x0041D790,
b"\xe9"
+ calculate_call_address(newmem_noHole - 0x0041D795)
+ b"\x90\x90\x90\x90\x90",
10,
)
if not d and not b and t:
PVZ_data.PVZ_memory.write_bytes(0x00466668, b"\x90\x90\xeb\x2e", 4)
newmem_noHole = pymem.memory.allocate_memory(
PVZ_data.PVZ_memory.process_handle, 64
)
shellcode = asm.Asm(newmem_noHole)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0)
shellcode.jng(0x0041D79E)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x50, 2)
shellcode.jne_short_offset(7)
shellcode.mov_ptr_exx_add_byte_dword(asm.ESI, 0x20, 1)
shellcode.add_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0xFF)
shellcode.jmp(0x0041D79A)
PVZ_data.PVZ_memory.write_bytes(
newmem_noHole, bytes(shellcode.code[: shellcode.index]), shellcode.index
)
PVZ_data.PVZ_memory.write_bytes(
0x0041D790,
b"\xe9"
+ calculate_call_address(newmem_noHole - 0x0041D795)
+ b"\x90\x90\x90\x90\x90",
10,
)
if d and not b and t:
PVZ_data.PVZ_memory.write_bytes(0x00466668, b"\x90\x90\xeb\x2e", 4)
newmem_noHole = pymem.memory.allocate_memory(
PVZ_data.PVZ_memory.process_handle, 64
)
shellcode = asm.Asm(newmem_noHole)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0)
shellcode.jng(0x0041D79E)
shellcode.cmp_dword_ptr_exx_add_byte_byte(asm.ESI, 0x50, 1)
shellcode.je_offset(7)
shellcode.mov_ptr_exx_add_byte_dword(asm.ESI, 0x20, 1)
shellcode.add_dword_ptr_exx_add_byte_byte(asm.ESI, 0x18, 0xFF)
shellcode.jmp(0x0041D79A)
PVZ_data.PVZ_memory.write_bytes(
newmem_noHole, bytes(shellcode.code[: shellcode.index]), shellcode.index
)
PVZ_data.PVZ_memory.write_bytes(
0x0041D790,
b"\xe9"
+ calculate_call_address(newmem_noHole - 0x0041D795)
+ b"\x90\x90\x90\x90\x90",
10,
)
if not d and not b and not t:
PVZ_data.PVZ_memory.write_bytes(0x00466668, b"\x84\xc0\x74\x2e", 4)
PVZ_data.PVZ_memory.write_bytes(
0x0041D790, b"\x83\x7e\x18\x00\x7e\x08\x83\x46\x18\xff", 10
)
pymem.memory.free_memory(PVZ_data.PVZ_memory.process_handle, newmem_noHole)
def zombiebeanHpynotized(f):
global newmem_zombiebeanHpynotized1
global newmem_zombiebeanHpynotized
if f:
newmem_zombiebeanHpynotized1 = pymem.memory.allocate_memory(
PVZ_data.PVZ_memory.process_handle, 64
)
newmem_zombiebeanHpynotized = pymem.memory.allocate_memory(
PVZ_data.PVZ_memory.process_handle, 64
)
shellcode = asm.Asm(newmem_zombiebeanHpynotized)
shellcode.jmp(0x0086E267)
PVZ_data.PVZ_memory.write_bytes(
newmem_zombiebeanHpynotized,
bytes(shellcode.code[: shellcode.index]),
shellcode.index,
)
PVZ_data.PVZ_memory.write_bytes(
0x0086E243,
b"\xe9"
+ calculate_call_address(newmem_zombiebeanHpynotized - 0x0086E248)
+ b"\x90",
6,
)
shellcode1 = asm.Asm(newmem_zombiebeanHpynotized1)
shellcode1.mov_exx_dword_ptr_eyy_add_byte(asm.EAX, asm.ESI, 4)
shellcode1.call(0x0040DDC0)
shellcode1.mov_byte_ptr_exx_add_dword_byte(asm.EAX, 0xB8, 1)
shellcode1.jmp(0x0084F687)
PVZ_data.PVZ_memory.write_bytes(
newmem_zombiebeanHpynotized1,
bytes(shellcode1.code[: shellcode1.index]),
shellcode1.index,
)
PVZ_data.PVZ_memory.write_bytes(
0x0084F684,
b"\xe9"
+ calculate_call_address(newmem_zombiebeanHpynotized1 - 0x0084F689)
+ b"\x90\x90\x90",
8,
)
else:
PVZ_data.PVZ_memory.write_bytes(
0x084F684, b"\x8b\x46\x04\xe8\x34\xe7\xbb\xff", 8
)
pymem.memory.free_memory(
PVZ_data.PVZ_memory.process_handle, newmem_zombiebeanHpynotized
)
PVZ_data.PVZ_memory.write_bytes(0x0086E243, b"\x0f\x84\x1e\x00\x00\x00", 6)
pymem.memory.free_memory(
PVZ_data.PVZ_memory.process_handle, newmem_zombiebeanHpynotized1
)
def scrapHelmetControlled(f):
if f:
PVZ_data.PVZ_memory.write_bytes(0x0084AB3F, b"\x90\xe9", 2)
else:
PVZ_data.PVZ_memory.write_bytes(0x0084AB3F, b"\x0f\x85", 2)
def conveyorBeltFull(f):
if f:
PVZ_data.PVZ_memory.write_bytes(0x00422D1F, b"\x0f\x80", 2)
PVZ_data.PVZ_memory.write_bytes(0x00489CA1, b"\x33\xc0", 2)
else:
PVZ_data.PVZ_memory.write_bytes(0x00422D1F, b"\x0f\x8f", 2)
PVZ_data.PVZ_memory.write_bytes(0x00489CA1, b"\x85\xc0", 2)
def getEndlessRound():
try:
endlessRoundAddr = (
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(
PVZ_data.PVZ_memory.read_int(PVZ_data.baseAddress) + 0x768
)