VMP (VMProtect)脱壳

德国大牛的VMP修复脚本，

OEP的寻找定位在kernel32.dll的最后调用上。

IAT修复则是大牛们所说的key基础上。

一个字：猛！

上脚本（也可在我的资源中直接下载）：

BC
BPMC
BPHWC
dbh
//
call VAR
pause
//
GPI EXEFILENAME
mov EXEFILENAME, $RESULT
len EXEFILENAME
mov EXEFILENAME_COUNT, $RESULT
sub EXEFILENAME_COUNT, 03
alloc 1000
mov testsec, $RESULT
mov [testsec], EXEFILENAME
add testsec, EXEFILENAME_COUNT
scmpi [testsec], "exe"
je FOUNDEND
scmpi [testsec], "EXE"
je FOUNDEND
scmpi [testsec], "dll"
je FOUNDEND
scmpi [testsec], "DLL"
je FOUNDEND
msg "Your loaded file is no DLL or Exe so fix this and try it again!"
pause
ret
//
FOUNDEND:
mov CHAR, [testsec], 2.5
str CHAR
mov CHAR, CHAR
sub testsec, EXEFILENAME_COUNT
free testsec
GPI CURRENTDIR
mov CURRENTDIR, $RESULT
GPI PROCESSNAME
mov PROCESSNAME, $RESULT
mov PROCESSNAME_2, $RESULT
len PROCESSNAME
mov PROCESSNAME_COUNT, $RESULT
buf PROCESSNAME_COUNT
alloc 1000
mov PROCESSNAME_FREE_SPACE, $RESULT
mov PROCESSNAME_FREE_SPACE_2, $RESULT
mov EIP_STORE, eip
mov eip, PROCESSNAME_FREE_SPACE
mov [PROCESSNAME_FREE_SPACE], PROCESSNAME
//
PROCESSNAME_CHECK:
cmp [PROCESSNAME_FREE_SPACE],00
je PROCESSNAME_CHECK_02
cmp [PROCESSNAME_FREE_SPACE],#20#, 01
je PROCESSNAME_CHECK_01
cmp [PROCESSNAME_FREE_SPACE],#2E#, 01
je PROCESSNAME_CHECK_01
inc PROCESSNAME_FREE_SPACE
jmp PROCESSNAME_CHECK
//
PROCESSNAME_CHECK_01:
mov [PROCESSNAME_FREE_SPACE], #5F#, 01
jmp PROCESSNAME_CHECK
//
PROCESSNAME_CHECK_02:
readstr [PROCESSNAME_FREE_SPACE_2], 08
mov PROCESSNAME, $RESULT
str PROCESSNAME
mov eip, EIP_STORE
free PROCESSNAME_FREE_SPACE
GMA PROCESSNAME, MODULEBASE
cmp $RESULT, 0
jne MODULEBASE
pause
pause
//
MODULEBASE:
mov MODULEBASE, $RESULT
mov PE_HEADER, $RESULT
gmemi PE_HEADER, MEMORYSIZE
mov PE_HEADER_SIZE, $RESULT
add CODESECTION, MODULEBASE
add CODESECTION, PE_HEADER_SIZE
GMI MODULEBASE, MODULESIZE
mov MODULESIZE, $RESULT
add MODULEBASE_and_MODULESIZE, MODULEBASE
add MODULEBASE_and_MODULESIZE, MODULESIZE
gmemi CODESECTION, MEMORYSIZE
mov CODESECTION_SIZE, $RESULT
add PE_HEADER, 03C
mov PE_SIGNATURE, PE_HEADER
sub PE_HEADER, 03C
mov PE_SIZE, [PE_SIGNATURE]
add PE_INFO_START, PE_HEADER
add PE_INFO_START, PE_SIZE
mov PE_TEMP, PE_INFO_START
mov SECTIONS, [PE_TEMP+06], 01
mov ENTRYPOINT, [PE_TEMP+028]
add ENTRYPOINT, MODULEBASE
mov BASE_OF_CODE, [PE_TEMP+02C]
mov IMAGEBASE, [PE_TEMP+034]
mov SIZE_OF_IMAGE, [PE_TEMP+050]
mov TLS_TABLE_ADDRESS, [PE_TEMP+0C0]
mov TLS_TABLE_SIZE, [PE_TEMP+0C4]
mov IMPORT_TABLE_ADDRESS, [PE_TEMP+080]
mov IMPORT_TABLE_SIZE, [PE_TEMP+084]
mov IMPORT_ADDRESS_TABLE, [PE_TEMP+0D8]
mov TLSTABLE, [PE_TEMP+0C0]
add TLSTABLE, MODULEBASE
mov TLSTABLE, [TLSTABLE+0C]
mov TLSTABLE, [TLSTABLE]
cmp TLSTABLE, 0
jne ZELO
log "NO TLS CALLBACK PRESENT!"
//
ZELO:
mov SECTIONS, [PE_TEMP+06], 01
add CSS, [PE_TEMP+104]
add CSS, MODULEBASE
mov CSS_V_SIZE, [PE_TEMP+100]
sub CSS_V_SIZE, 04
cmt CSS_V_SIZE, "End of virtual / writeable size!"
sub CSS_V_SIZE, 03C
mov ANTISEC, [PE_TEMP+154]
add ANTISEC, MODULEBASE
mov ANTISEC_SIZE, [PE_TEMP+150]
// add ANTISEC, 100
add ANTISEC, ANTISEC_SIZE
sub ANTISEC, 40
mov TLSCALLBACK, [PE_TEMP+0C0]
add TLSCALLBACK, MODULEBASE
mov IMAGESIZE, [PE_TEMP+050]
sub IMAGESIZE, PE_HEADER_SIZE
add END_APP, IMAGESIZE
add END_APP, MODULEBASE
mov COMPILERVERSION, [PE_TEMP+01A],  01
mov COMPILERVERSION_2, [PE_TEMP+01B],  01
cmp COMPILERVERSION, 06
jne STARTNOW
cmp COMPILERVERSION_2, 00
jne STARTNOW
log "The target seems to be a VB app!"
msgyn "The target seems to be a Visual Basic app! /r/n/r/nNow press >>> YES <<< /r/n/r/nPress >>> NO <<< next time if >>> YES <<< is not working for you!"
cmp $RESULT, 00
je STARTNOW
mov VB_TARGET, 01
//
STARTNOW:
gpa "GetLocalTime", "kernel32.dll"
mov GetLocalTime, $RESULT
alloc 1000
mov DATE_TIME, $RESULT
mov EIP_STORE, eip
mov eip, DATE_TIME
asm DATE_TIME, "pushad"
add DATE_TIME, 50
eval "push {DATE_TIME}"
sub DATE_TIME, 50
asm DATE_TIME+01, $RESULT
eval "call GetLocalTime"
asm DATE_TIME+06, $RESULT
asm DATE_TIME+0B, "popad"
asm DATE_TIME+0C, "nop"
bp DATE_TIME+0C
esto
bc
add DATE_TIME, 50
mov Year, [DATE_TIME], 02
itoa Year, 10.
mov Year, $RESULT
add DATE_TIME, 02
mov Month, [DATE_TIME], 01
itoa Month, 10.
mov Month, $RESULT
add DATE_TIME, 04
mov Day, [DATE_TIME], 01
itoa Day, 10.
mov Day, $RESULT
add DATE_TIME, 02
mov Hour, [DATE_TIME], 01
itoa Hour, 10.
mov Hour, $RESULT
add DATE_TIME, 02
mov Minute, [DATE_TIME], 01
itoa Minute, 10.
mov Minute, $RESULT
add DATE_TIME, 02
mov Second, [DATE_TIME], 01
itoa Second, 10.
mov Second, $RESULT
mov eip, EIP_STORE
sub DATE_TIME, 5C
free DATE_TIME
eval "{Hour}.{Minute}.{Second}_{Day}.{Month}.{Year}"
mov FULLDATE, $RESULT
log $RESULT, "DATE_TIME_IS:  "
GMI ENTRYPOINT, NSECT
mov NSECT, $RESULT
msgyn "Now the script will dump the original >>> PE HEADER <<< if you press >>> YES <<< /r/n/r/nNOTE: Just press >>> YES <<< for the PACKED file. /r/n/r/nDO NOT PRESS YES IN A DUMPED FILE!!!!"
cmp $RESULT, 00
je START
cmp $RESULT, 02
je ENDE_2
eval "PE_if_needed_of_ORIGINAL.mem"
dm PE_HEADER, PE_HEADER_SIZE, $RESULT
log ""
log "PE HEADER was dumped!"
log ""
//
START:
msgyn "Update: /r/n/r/nPE_FIX: /r/n****************************************************** /r/n/r/nPress >>> YES <<< to rebuild the PE HEADER of the original file in your unpacked file! /r/n/r/nThis is very rarly used!"
cmp $RESULT, 01
je PE_REFIX
cmp $RESULT, 02
je ENDE_2
msgyn "Update_2: /r/n****************************************************** /r/n/r/nPress YES if you want to let run the >>> API TRACER <<< in your unpacked VMProtect 1.8 – 2.x file! /r/n/r/nor >>> NO <<< to choose a other way!"
cmp $RESULT, 01
je START_OF_API_TRACER
cmp $RESULT, 02
je ENDE_2
msgyn "Press YES if you want let create a new IAT_InlinePatch section >>> just <<< /r/n/r/n for alraedy dumped >>> VMProtect 1.8 – 2.0 <<< targets + iatpatch.txt file!"
cmp $RESULT, 01
je VMPROTECT_1.8
cmp eip, TLSTABLE
je START_2
cmp eip, ENTRYPOINT
jne START_2
eval "Your are not at the "System Break Point or TLS >> {TLSTABLE} << 0 = No Callback Present! /r/n/r/nSet your Olly or Plugin right and restart your target."
msg $RESULT
log $RESULT, ""
pause
ret
//
START_2:
pusha
loadlib "KERNEL32.dlll"
popa
gpa "VirtualAlloc", "kernel32.dll"
mov VirtualAlloc, $RESULT
find VirtualAlloc, #C21000#
mov VirtualAlloc, $RESULT
pusha
loadlib "MSVBVM60.dll"
popa
gpa "ThunRTMain","MSVBVM60.dll"
mov ThunRTMain, $RESULT
//
change_to:
// inc ThunRTMain
gci ThunRTMain, SIZE
add ThunRTMain, $RESULT
gpa "DbgBreakPoint","Ntdll.dll"
mov DbgBreakPoint, $RESULT
gpa "VirtualProtect","kernel32.dll"
mov VirtualProtect, $RESULT
//
change_to_2:
// add VirtualProtect, 01
gci VirtualProtect, SIZE
add VirtualProtect, $RESULT
cmp [VirtualProtect], 55, 01
je change_to_2
//
change_end:
gpa "LoadLibraryA", "kernel32.dll"
mov LoadLibraryA, $RESULT
find LoadLibraryA, #C20400#
mov LoadLibraryA, $RESULT
cmp CODESECTION_SIZE, 10000
jb CODE_LOW_READ
mov CODESECTION_SIZE_TRIAL, 10000
readstr [CODESECTION], CODESECTION_SIZE_TRIAL
mov CODESECTION_STORE, $RESULT
jmp START_3
//
CODE_LOW_READ:
mov LOGGA, 01
readstr [CODESECTION], CODESECTION_SIZE
mov CODESECTION_STORE, $RESULT
//
START_3:
Eval "*2 Press >>YES<< for | APIPLACE FIND + LOG /r/n/r/n*1 Press >>NO<< for | find & break at the OEP! /r/n/r/n*3 Press >>Chancel<< if you have the API PLACE ADDRESS /r/n/r/nto write the IATPATCH.txt file"
msgyn $RESULT
cmp $RESULT, 00
je NORMALRUN
cmp $RESULT, 01
je APIRUN
jmp API_WRITER
//
NORMALRUN:
msgyn "Press YES for soft BP or NO for HWBP!"
mov DESS, $RESULT
cmp $RESULT, 0
je NORMALRUN_HWBP
cmp $RESULT, 2
je ENDE
bp  VirtualProtect
bp VirtualAlloc
jmp START_4
//
NORMALRUN_HWBP:
bphws VirtualProtect, "x"
bphws VirtualAlloc, "x"
//
START_4:
cmp VB_TARGET, 01
jne START_4A
bphwc VirtualProtect
bc VirtualProtect   
cmp DESS, 02
je ENDE
cmp DESS, 01
je VBSOFT
//
VBHARD:
bphws ThunRTMain, "x"
esto
cmp eip, VirtualAlloc
jne VBHARD_AS
call VirtualAlloc
//
VBHARD_AS:
cmp eip, ThunRTMain
// bphwc
jne VBHARD
jmp VBNEXT
//
VBSOFT:
bp VirtualAlloc
bp ThunRTMain
esto
bc
cmp eip, VirtualAlloc
jne VBSOFT_2A
call VirtualAlloc
//
VBSOFT_2A:
cmp eip, ThunRTMain
jne VBSOFT
jmp VBNEXT
//
VBNEXT:
mov eip, [esp+04]
sub eip, 0A
jmp CHACK
//
START_4A:
esto
cmp eip, VirtualAlloc
jne START_4A_B
call VirtualAlloc
//
START_4A_B:
cmp eip, VirtualProtect
jne START_4
cmp [esp+10], 20
je START_5
cmp [esp+08], CODESECTION
jne START_4
cmp [esp+10], 20
je START_5
jmp START_4
//
START_5:
bc eip
bphwc
bp [esp+04]
esto
bc eip
//
FFF:
jmp FFF_2
ask "Enter OEP if you alraedy know or press just OK!"
cmp $RESULT, 0
je FFF_2
mov OEP, $RESULT
//
NEKKA:
bphws OEP, "x"
esto
cmp eip, OEP
je SCHWING
jmp NEKKA
//
SCHWING:
gmemi eip, MEMORYBASE
cmp $RESULT, CODESECTION
je CHACK
bphwc
bprm CODESECTION, CODESECTION_SIZE
esto
//
SCHWINGER:
gmemi eip, MEMORYBASE
cmp $RESULT, CODESECTION
je CHACK
bpmc
bphws OEP, "x"
esto
jmp SCHWING
//
FFF_2:
var MKR
bprm CODESECTION, CODESECTION_SIZE
esto
gmemi eip, MEMORYBASE
cmp $RESULT, CODESECTION
je CHACK
inc MKR
cmp MKR, 05
je RAP
jmp FFF_2
//
RAP:
sti
cmp [eip], #C2#, 01
je RAP_2
cmp [eip], #60#, 01
je OVER_2
cmp [eip], #0F85#, 02
je JNZ_BYPASS_A1
jmp RAP
//
OVER_2:
bpmc
cmp PUSHCOUNTER, 0A
ja FILLPUSH
mov EIPCHECK, eip
sto
cmp eip, EIPCHECK
je OVER_2
inc PUSHCOUNTER
cmp PUSHCOUNTER, 0A
je RAP
bphws esp, "r"
esto
bphwc
jmp RAP
//
JNZ_BYPASS_A1:
bpmc
gci eip, SIZE
bp eip+$RESULT
//
JNZ_BYPASS_2_A1:
bpmc
mov EIPCHECK, eip+$RESULT
esto
bc
cmp eip, EIPCHECK
jne JNZ_BYPASS_2_A1
cmp [eip], #C2#, 01
je RAP_2
jmp RAP
//
FILLPUSH:
mov PUSHCOUNTER, 00
jmp OVER_2
//
RAP_2:
mov JNZ, eip
log JNZ
cmp [eip], #C2#, 01
je RASCHEL
gci eip, SIZE
bp eip+$RESULT
bpmc
esto
bc
//
RASCHEL:
var stopper
mov stopper, eip
log stopper
//
RAP_3:
bprm CODESECTION, CODESECTION_SIZE
esto
gmemi eip, MEMORYBASE
cmp $RESULT, CODESECTION
je CHACK
cmp [eip], #0FB60A#, 03
je TELLME
cmp [eip], #3202#, 02
jne RAP_4
//
TELLME:
bpmc
bp stopper
esto
bc
jmp RAP_3
//
RAP_4:
bc
bprm CODESECTION, CODESECTION_SIZE
esto
gmemi eip, MEMORYBASE
cmp $RESULT, CODESECTION
je CHACK
jmp RAP_4
//
CHACK:
bpmc
bphwc
cmt eip, "OEP or Naer at OEP / subroutine"
mov OEP, eip
mov [TLSCALLBACK+0C], 0
cmp ANTID, 00
je CHACK_2
eval "Create Dump file of {PROCESSNAME_2}? /r/n/r/nCheck if you have to rebuild some OEP bytes before /r/n/r/nIf nothing is to rebuild then press YES! /r/n/r/nAntiDump was moved to {ANTISEC}!"
msgyn $RESULT
jmp CHACK_2A
//
CHACK_2:
eval "Create Dump file of {PROCESSNAME_2}? /r/n/r/nCheck if you have to rebuild some OEP bytes before /r/n/r/nIf nothing is to rebuild then press YES!"
msgyn $RESULT
//
CHACK_2A:
cmp $RESULT, 01
je DUMPFILE
cmp $RESULT, 00
je DUMPFILE_A1
cmp $RESULT, 02
je ENDE
pause
//
DUMPFILE:
eval "{CURRENTDIR}{PROCESSNAME_2}_Dump_{FULLDATE}.{CHAR}"
dpe $RESULT, eip
cmp EXTRA_ANTI, 01
jne DUMPFILE_A1
eval "AntiDumpSec_{ANTISEC}_{ALLOC}_New_VA_{CALCSEC}.mem"
log $RESULT, ""
dm ANTISEC, 1000, $RESULT
//
DUMPFILE_A1:
eval "{PROCESSNAME_2}_Session_Infos.txt"
mov sFile, $RESULT
eval "OEP or Naer at OEP / subroutine of {PROCESSNAME_2} is {OEP}"
wrta sFile, $RESULT
wrta sFile, " "
cmp ANTID, 00
je DUMPFILE_2
eval "AntiDump was moved to {ANTISEC}!"
wrta sFile, $RESULT
wrta sFile, " "
jmp DUMPFILE_3
//
DUMPFILE_2:
eval "AntiDump not found or not present or its a newer VMProtect version / 1.8+!"
wrta sFile, $RESULT
wrta sFile, " "
//
DUMPFILE_3:
cmp JNZ, 0
je ENDE
wrta sFile, " "
jmp ENDE
ret
//
GO_ON:
bpmc
bphwc
ret
pause
pause
//
APIRUN:
msgyn "Press YES for soft BP or NO for HWBP!"
mov DESS, $RESULT
cmp $RESULT, 0
je APIRUN_HWBP
cmp $RESULT, 2
je ENDE
jmp APIRUN_BP
//
APIRUN_HWBP:
bphws VirtualProtect, "x"
cmp VB_TARGET, 00
je APIRUNSTARTA
bphws LoadLibraryA, "x"
jmp APIRUNSTARTA
//
APIRUN_BP:
bp VirtualProtect
cmp VB_TARGET, 00
je APIRUNSTARTA
bp LoadLibraryA
//
APIRUNSTARTA:
esto
bc
bphwc
//
APIRUN_2:
inc LLA
cmp DESS, 01
je APIRUN_2_BP
bphws LoadLibraryA, "x"
jmp APIRUN_2_HWBP
//
APIRUN_2_BP:
bp LoadLibraryA
//
APIRUN_2_HWBP:
cmp LLA, 02
je FOLLOW
ja FOLLOW
cmp eip, LoadLibraryA
je APIRUN_2_HWBP_R
//
FOLLOW:
esto
//
APIRUN_2_HWBP_R:
scmpi [esi], "kernel32.dll"
je nextstep
scmpi [esi], "user32.dll"
je nextstep
scmpi [esi], "comctl32.dll"
je nextstep
scmpi [esi], "msvcrt.dll"
je nextstep
scmpi [esi], "gdi32.dll"
je nextstep
scmpi [esi], "SHELL32.dll"
je nextstep
mov JB, 01
scmpi [esi], "MSVBVM60.DLL"
je nextstep
mov JB, 00
jmp APIRUN_2
//
nextstep:
bc
bphwc
mov TEST_DLL, eax
gmemi TEST_DLL, MEMORYSIZE
cmp $RESULT, 0
je APIRUN_2
add TEST_DLL, $RESULT
gmemi TEST_DLL, MEMORYSIZE
cmp $RESULT, 0
je APIRUN_2
mov TEST_DLL_SIZE, $RESULT
bprm TEST_DLL, TEST_DLL_SIZE
esto
bpmc
mov OPEL_GM, eip
gmemi eip, MEMORYBASE
mov TEST_MEM, $RESULT
cmp TEST_MEM, MODULEBASE
jb APIRUN_2
cmp END_APP, TEST_MEM
jb APIRUN_2
//
FIND_POINTER:
cmp LOGCOUNTER, 0A
jne FIND_POINTER_HOPPA
call LOGCOUNTER
//
FIND_POINTER_HOPPA:
sti
cmp [eip], #C2#, 01
je FIND_POINTER_2
mov EIPCHECK, eip
gn eip
cmp $RESULT_2, FULLDATE
je MARKER
cmp [eip], #0F85#, 02
je JUMPER_TEST_JUMP
jmp FIND_POINTER
//
JUMPER_TEST_JUMP:
mov EIPCHECK, eip
lbl eip, FULLDATE
//
JUMPER_TEST_JUMP_AA:
sti
cmp eip, EIPCHECK
je JUMPER_TEST_JUMP_AA
jmp FIND_POINTER
//
MARKER:
gci eip, SIZE
bp eip+$RESULT
esto
bc
jmp FIND_POINTER
//
OVER:
mov EIPCHECK, eip
gn eip
cmp $RESULT_2, FULLDATE
je FIND_POINTER
lbl eip, FULLDATE
inc LOGCOUNTER
//
OVER_2:
sto
cmp eip, EIPCHECK
je OVER_2
bphws esp, "r"
esto
bphwc
jmp TAYLOT
//
JNZ_BYPASS:
gci eip, SIZE
bp eip+$RESULT
//
JNZ_BYPASS_2:
mov EIPCHECK, eip+$RESULT
esto
bc
cmp eip, EIPCHECK
jne JNZ_BYPASS_2
cmp [eip], #C2#, 01
je FIND_POINTER_2
//
TAYLOT:
cmp [eip], #60#, 01
je OVER
cmp [eip], #0F85#, 02
je JNZ_BYPASS
cmp [eip], #C2#, 01
je FIND_POINTER_2
jmp FIND_POINTER
cmp JB, 00
je FER_1
cmp [eip], #0F82#, 02
jne FER_1
cmp !CF, 01
je FER_1
gci eip, DESTINATION
mov APIBREAK_2, $RESULT
bp $RESULT
esto
bc
mov STRING, esi
len [esi]
sub $RESULT, 04
mov LANG, $RESULT
add STRING, LANG
scmpi [STRING], ".dll"
je FER_1
mov APIBREAK_2, 0
//
FER_1:
cmp [eip], #C2#, 01
je FIND_POINTER_2
cmp [eip], #0F85#, 02
jne FIND_POINTER
gci eip, SIZE
bp eip+$RESULT
mov EIPCHECK, eip+$RESULT
inc JNZ2
cmp JB, 00
je REWE
cmp JNZ2, 02
jne FIND_POINTER
//
REWE:
esto
mov JNZ2, 0
cmp JB, 00
je REWE_2
cmp eip, EIPCHECK
jne REWE_2
bc eip
// esto
//
REWE_2:
bc
mov EIPCHECK, 0
jmp FIND_POINTER
//
FIND_POINTER_2:
mov CHECK, eip
//
FIND_POINTER_2A:
//
FIND_POINTER_3:
mov EIPCHECK, eip
mov CHECK, eip
mov STRING, esi
len [esi]
sub $RESULT, 04
mov LANG, $RESULT
add STRING, LANG
scmpi [STRING], ".dll"
je MESCH
lbl eip, FULLDATE
//
SALAT:
jmp APIRUN_2_BP
//
SALERI:
jmp FIND_POINTER
len [esi]
readstr [esi], $RESULT
cmp $RESULT, ""
jne FIND_POINTER_3_R
lbl eip, FULLDATE
jmp OVER
//
FIND_POINTER_3_R:
mov CHECK, eip
mov STRING, esi
len [esi]
sub $RESULT, 04
mov LANG, $RESULT
add STRING, LANG
scmpi [STRING], ".dll"
je MESCH
cmt eip, "API PLACE"
mov CHECK, eip
len [edi]            
readstr [edi], $RESULT
mov funcname, $RESULT
cmp funcname, ""
jne MESCH
cmp APIBREAK_2, 0
jne SIMAR
pause
pause
pause
//
SIMAR:
bp APIBREAK_2
esto
bc
//
SEIBERL:
sti
cmp [eip], #C2#, 01
jne SEIBERL
SEIBERL_2:
sti
cmp [eip], #68#, 01
jne SEIBERL_2
//
KECK:
cmt eip, "API PLACE 2"
mov APIBREAK_2, eip
log APIBREAK_2
//
MESCH:
cmt eip, "API PLACE"
eval "{PROCESSNAME_2}_Session_Infos.txt"
mov sFile, $RESULT
eval "API PLACE ADDRESS IS — >>> {CHECK}"
log $RESULT, ""
msg $RESULT
wrta sFile, $RESULT
wrta sFile, " "
cmp JB, 0
je ENDE
cmp APIBREAK_2, 0
je ENDE
eval "API PLACE ADDRESS 2 IS — >>> {APIBREAK_2}"
log $RESULT, ""
msg $RESULT
wrta sFile, $RESULT
wrta sFile, " "
pause
pause
jmp ENDE
//
API_WRITER:
ask "Enter address of API PLACE!"
cmp $RESULT, 0
je REASK
mov APIPLACE, $RESULT
//
OEP_LOOP:
ask "Enter the address of OEP!"
mov OEP, $RESULT
cmp OEP, 0
je OEP_LOOP
msgyn "YES for Mem_Method 1 <– Try second /r/n/r/nNO for Hard_Method 2! <– Try first /r/n/r/nChancel for soft Method 3! | <– Try third"
cmp $RESULT, 00
je API_WRITER_PIN
cmp $RESULT, 02
je SOFT
bprm CODESECTION, CODESECTION_SIZE
esto
bpmc
//
API_WRITER_PIN:
cmp SOFT, 01
jne API_WRITER_PIN_HARD
BP APIPLACE
jmp API_WRITER_PIN_SOFT
//
API_WRITER_PIN_HARD:
bphws APIPLACE, "x"
//
API_WRITER_PIN_SOFT:
esto
cmp eip, APIPLACE
jne API_WRITER_PIN
cmp LOGGA, 01
je CPPR
readstr [CODESECTION], CODESECTION_SIZE_TRIAL
cmp $RESULT, CODESECTION_STORE
je API_WRITER_PIN
jmp CPPR_2
//
CPPR:
readstr [CODESECTION], CODESECTION_SIZE
cmp $RESULT, CODESECTION_STORE
je API_WRITER_PIN
//
CPPR_2:
bp APIPLACE
bphws OEP, "x"
//
API_WRITER_PIN_A1:
//
API_WRITER_PIN_A2:
//
REASK:
//
FAK_1:
//
REASK_A1:
//
REASK_A2:
//
ROUNDER:
//
ROUNDER_A1:
//
ROUNDER_A2:
//
ROUNDER_A3:
//
ROUNDER_A4:
bphws PE_HEADER, "r"
//
CHECKUP:
//
WRITEFILE:
eval "{iatpatch}.txt_{PROCESSNAME_2}.txt"
mov sFile, $RESULT
wrt sFile, " "
//
WRITEFILE_2:
//
WRITEFILE_2_R:
mov funcname_test, 0
mov funcname_test_2, 0
bpmc
mov CHECK, eip
mov STRING, esi
len [esi]
sub $RESULT, 04
mov LANG, $RESULT
add STRING, LANG
scmpi [STRING], ".dll"
je WRITEFILE_2_R_1
scmpi [STRING], ".drv"
je WRITEFILE_2_R_1
cmp APICOUNTER, 0
je esto
cmp LSR, 01
je esto
msg "Attention! /r/n/r/nIn ESI is no DLL string! /r/n/r/nIn this case you are >>> maybe <<< at the wrong API PLACE address! /r/n/r/nNow let run the script go on!"
mov LSR, 01
jmp esto
//
WRITEFILE_2_R_1:
cmp LOGGA, 01
je WRITEFILE_2_R_1_AAA
readstr [CODESECTION], CODESECTION_SIZE_TRIAL
cmp $RESULT, CODESECTION_STORE
jne ABER_JETZT
jmp OEPSA
//
WRITEFILE_2_R_1_AAA:
readstr [CODESECTION], CODESECTION_SIZE
cmp $RESULT, CODESECTION_STORE
jne ABER_JETZT
//
OEPSA:
cmp [OEP], 0
je esto
//
ABER_JETZT:
cmp edi, 0
je esto
cmp esi, 0
je esto
mov tmp, 0
mov tmp, eax
inc APICOUNTER
len [esi]               // ASCII DLL NAME
readstr [esi], $RESULT
mov dllname, $RESULT
len [edi]              // function ASCII name
readstr [edi], $RESULT
mov funcname, $RESULT
cmp funcname, ""
jne WRITEFILE_3
gn eax
mov funcname, $RESULT_2
cmp $RESULT_2, 0
jne WRITEFILE_3
bpmc
esto
jmp WRITEFILE_2
pause
pause
pause
//
WRITEFILE_3:
bpwm CODESECTION, IMAGESIZE
esti
//
SCHNOOP:
cmp funcname_test, ""
je WRITEFILE_2
mov funcname_test, 0
mov funcname_test_2, 0
len [edi]
readstr [edi], $RESULT
mov funcname_test, $RESULT
esto
len [edi]
readstr [edi], $RESULT
mov funcname_test_2, $RESULT
cmp funcname_test, funcname_test_2
je SCHNOOP
mov funcname_test, 0
mov funcname_test_2, 0
//
HEFFNER:
cmp [eip], #AA#, 01
je MEMWRITE_2A
cmp eip, OEP
je DONE
cmp eip, APIPLACE
jne MEMWRITE
je WRITEFILE_2
pause
pause
//
MEMWRITE:
mov APILOG, 0
mov APILOG, edx
mov tmp2, tmp
sub tmp, edx
cmp tmp, 0
jne MEMWRITE_2
eval "{PROCESSNAME_2}_Session_Infos.txt"
mov sFile2, $RESULT
log "————"
cmp loginfo, 01
je HESA
mov loginfo, 01
eval "This APIs you have to fix manually with CFF Explorer / Watch my tut how!"
wrta sFile2, $RESULT
wrta sFile2, "—————————————————-"
log $RESULT, ""
wrta sFile2, " "
//
HESA:
inc HACKA
cmp funcname, "RtlGetLastWin32Error"
jne HESA_AB0
mov funcname, "GetLastError"
mov dllname, "kernel32"
jmp HESA_AB1
//
HESA_AB0:
cmp funcname, "RtlSetLastWin32Error"
jne HESA_AB1
mov funcname, "SetLastError"
mov dllname, "kernel32"
//
HESA_AB1:
call APIFIX_NEXT
eval "{eax} | {tmp} | {dllname} | {funcname} | {APILOG}"
wrta sFile2, $RESULT
log $RESULT, ""
wrta sFile2, " "
log "————"
cmp HACKA, 02
je SEFFLON
ja SEFFLON
eval "{PROCESSNAME_2} – Extra APIs.txt"
mov sFile3, $RESULT
wrt sFile3, " "
wrta sFile3, "PUSHAD"
//
SEFFLON:
call APIFIX_NEXT
eval "XCHG DWORD PTR DS:[0AAAAAAAA],EAX"
wrta sFile2, $RESULT
wrta sFile3, $RESULT
eval "XCHG DWORD PTR DS:{[}{eax}{]},EAX"
wrta sFile2, $RESULT
wrta sFile3, $RESULT
wrta sFile2, " "
eval "NEW_WAY_APIs_for_{PROCESSNAME_2}.txt"
mov sFile4, $RESULT
wrta sFile4, " "
eval "mov [{eax}], {tmp2} // {dllname}         | {funcname}"
wrta sFile4, $RESULT
eval "In_API_Patch_for_{PROCESSNAME_2}.txt"
mov sFile5, $RESULT
wrta sFile5, " "
call IAT_INLINE
jmp MEMWRITE_2A
//
MEMWRITE_2:
call APIFIX_NEXT
eval "{eax},{tmp},{dllname},{funcname}"
wrta sFile, $RESULT
log $RESULT, ""
eval "NEW_WAY_APIs_for_{PROCESSNAME_2}.txt"
mov sFile4, $RESULT
wrta sFile4, " "
eval "mov [{eax}], {tmp2} // {dllname}         | {funcname}"
wrta sFile4, $RESULT
eval "In_API_Patch_for_{PROCESSNAME_2}.txt"
mov sFile5, $RESULT
wrta sFile5, " "
call IAT_INLINE
//
MEMWRITE_2A:
bpmc
esto
cmp eip, OEP
je DONE
cmp eip, APIPLACE
je WRITEFILE_2
cmp eip, PE_HEADER
je DONE
GBPR eip
cmp $RESULT, 40
je DONE
jmp HEFFNER
//
ENDE:
log ""
cmp IAT_Inline_sec, 01
jne ENDE_2
sub NEWINLINE_4, MODULEBASE
mov CALCSEC, NEWINLINE_4
add NEWINLINE_4, MODULEBASE
eval "IAT_INLINE_{NEWINLINE_4}_{ALLOC_2}_New_VA_{CALCSEC}.mem"
log $RESULT, ""
dm NEWINLINE_4, ALLOC_2, $RESULT
//
ENDE_2:
eval "VMProtect 1.7 – 2.0 OEP & Unpack Helper 1.3 /r/n****************************************************** /r/nScript finished & written /r/nby /r/n/r/nLCF-AT"
msg $RESULT
log "VMProtect 1.7 – 2.0 OEP & Unpack Helper 1.3"
log "******************************************************"
log "Script finished & written"
log "by"
log ""
log "LCF-AT"
pause
ret
//
OEPZUFRUEH:
log ""
pause
pause
jmp ENDE
//
DONE:
log ""
bc
bphwc
bpmc
cmp sFile3, 0
je MANN
wrta sFile3, "POPAD"
//
MANN:
wrta sFile, " "
wrta sFile, " "
wrta sFile, " "
jmp ENDE
//
SCHWING2:
bphwc
bprm CODESECTION, CODESECTION_SIZE
esto
gmemi eip, MEMORYBASE
cmp $RESULT, CODESECTION
je DONE
bpmc
bphws OEP, "x"
esto
jmp SCHWING2
//
VirtualAlloc:
mov ANTID, 00
cmp [esp+08], 00000060
je ANTIDUMPFIX
cmp [esp+08], 00000034
jne VirtualAlloc_OUT
jmp ANTIDUMPFIX
//
OUT_BEFORE:
bc VirtualAlloc
bphwc VirtualAlloc
//
VirtualAlloc_OUT:
ret
//
ANTIDUMPFIX:
bc VirtualAlloc
bphwc VirtualAlloc
mov ANTI_NOW, eax
cmp ANTI_NOW, MODULEBASE
jb OVER_APP
//
OVER_APP:
eval "This target is maybe using AntiDump! /r/n/r/nRedirect AntiDump to main target at {ANTISEC} press YES! (app can crash) /r/n/r/nRedirect into a new fresh section press NO! /r/n/r/nDo not redirect press Cancel!"
msgyn $RESULT
log $RESULT, ""
cmp $RESULT, 01
je APP_ANTI
cmp $RESULT, 00
je NEWSEC_ANTI
jmp APP_ANTI_NO
//
NEWSEC_ANTI:
mov ALLOC, 1000
//
NEWSEC_ANTI_1:
alloc ALLOC
mov ANTNEWSEC, $RESULT
cmp ANTNEWSEC, MODULEBASE_and_MODULESIZE
ja NEWSEC_ANTI_2
free ANTNEWSEC
add ALLOC, 1000
jmp NEWSEC_ANTI_1
//
NEWSEC_ANTI_2:
mov ANTISEC, ANTNEWSEC
mov CALCSEC, ANTNEWSEC
sub CALCSEC, MODULEBASE
log CALCSEC, "New VA of AntiDumpSection is: "
mov EXTRA_ANTI, 01
//
APP_ANTI:
mov eax, ANTISEC
log ANTISEC
mov ANTID, 01
bc VirtualAlloc
bphwc VirtualAlloc
ret
//
APP_ANTI_NO:
bc VirtualAlloc
bphwc VirtualAlloc
mov ANTID, 01
log eax, "Target AntiDump section is: "
mov ANTISEC, eax
ret
//
esto:
esto
jmp WRITEFILE_2
//
LOGCOUNTER:
bprm CODESECTION, CODESECTION_SIZE
bc
bphwc
esto
bphwc
mov LOGCOUNTER, 0
ret
//
SOFT:
mov SOFT, 01
jmp API_WRITER_PIN

//
IAT_INLINE:
cmp IAT_Inline_sec, 00
je OHNE
cmp OHNE, 01
je IAT_INLINE_2
//
BERIT:
ask "Enter a new IAT INLINE section size if you want!Or enter nothing then the size will be 8000!"
cmp $RESULT, -1
je BERIT
cmp $RESULT, 00
je BERIT2
mov ALLOC_2, $RESULT
jmp NEWSEC_IAT
//
BERIT2:
mov ALLOC_2, 8000
//
NEWSEC_IAT:
alloc ALLOC_2
mov NEWINLINE, $RESULT
cmp NEWINLINE, MODULEBASE_and_MODULESIZE
ja NEWSEC_IAT_2
free NEWINLINE
add ALLOC_2, 1000
jmp NEWSEC_IAT
//
NEWSEC_IAT_2:
mov NEWINLINE, NEWINLINE
mov OHNE, 01
msgyn "Press YES to create a >>> NEW IAT_Inline_section <<< or NO! /r/n/r/nThis option is just for VMProtect 1.7 targets!"
cmp $RESULT, 2
je ENDE
mov IAT_Inline_sec, $RESULT
cmp $RESULT, 01
je HAUSER
free NEWINLINE
jmp OHNE
//
HAUSER:
mov NEWINLINE_2, NEWINLINE
mov NEWINLINE_3, NEWINLINE
mov NEWINLINE_4, NEWINLINE
log NEWINLINE, "New IAT InLine section is: "
gmemi NEWINLINE, MEMORYSIZE
mov NSIZE, $RESULT
add NEWINLINE_3, NSIZE
sub NEWINLINE_3, 44
div NSIZE, 2
mov NSIZE, NSIZE
add NEWINLINE_2, NSIZE
mov NEWINLINE_2, NEWINLINE_2  // mitte
mov LLA, NEWINLINE_3
mov GPA, NEWINLINE_3
add GPA, 06
mov OUTPUT, GPA
add OUTPUT, 06
eval "jmp dword ptr ds:[{LLA}]"
asm  LLA, $RESULT
cmt LLA, "LoadLibraryA API here!"
eval "jmp dword ptr ds:[{GPA}]"
asm  GPA, $RESULT
cmt GPA, "GetProcAddress API here!"
eval "jmp {OUTPUT}"
asm OUTPUT, $RESULT
cmt OUTPUT, "Back to VMP Code!"
//
IAT_INLINE_2:
eval "cmp eax, {edx}"
wrta sFile5, $RESULT
asm NEWINLINE, $RESULT
add NEWINLINE, 06
mov [NEWINLINE], 2875
gci NEWINLINE, COMMAND
wrta sFile5, $RESULT
add NEWINLINE, 02
mov [NEWINLINE], 60
gci NEWINLINE, COMMAND
wrta sFile5, $RESULT
add NEWINLINE, 01
eval "push {NEWINLINE_2}"
wrta sFile5, $RESULT
asm NEWINLINE, $RESULT
add NEWINLINE, 05
len dllname
mov CAUNT, $RESULT
readstr dllname, $RESULT
buf $RESULT
mov DLL, $RESULT
mov [NEWINLINE_2], DLL
add NEWINLINE_2, CAUNT
inc NEWINLINE_2
eval "call {LLA}"
wrta sFile5, $RESULT
asm NEWINLINE, $RESULT
add NEWINLINE, 05
eval "push {NEWINLINE_2}"
wrta sFile5, $RESULT
asm NEWINLINE, $RESULT
add NEWINLINE, 05
len funcname
mov CAUNT, $RESULT
readstr funcname, $RESULT
buf $RESULT
mov API, $RESULT
mov [NEWINLINE_2], API
add NEWINLINE_2, CAUNT
inc NEWINLINE_2
asm NEWINLINE, "push eax"
gci NEWINLINE, COMMAND
wrta sFile5, $RESULT
add NEWINLINE, 01
eval "call {GPA}"
wrta sFile5, $RESULT
asm NEWINLINE, $RESULT
add NEWINLINE, 05
eval "MOV DWORD PTR DS:[{eax}],EAX"
wrta sFile5, $RESULT
asm NEWINLINE, $RESULT
add NEWINLINE, 06
mov [NEWINLINE], 61
gci NEWINLINE, COMMAND
wrta sFile5, $RESULT
add NEWINLINE, 01
eval "MOV EAX,DWORD PTR DS:[{eax}]"
wrta sFile5, $RESULT
asm NEWINLINE, $RESULT
add NEWINLINE, 06
eval "jmp {OUTPUT}"
wrta sFile5, $RESULT
asm NEWINLINE, $RESULT
add NEWINLINE, 05
eval "jmp {OUTPUT}"
asm NEWINLINE, $RESULT
cmp [NEWINLINE+05], 00
je OHNE_A
call IATSECTION_TO_SMALL_2
jmp ENDE_2
//
OHNE_A:
cmp [NEWINLINE_2], 00
je OHNE
call IATSECTION_TO_SMALL_2
jmp ENDE_2
//
OHNE:
ret
//
VAR:
VAR NEWINLINE_4
VAR IAT_Inline_sec
VAR ALLOC_2
VAR OHNE
VAR NSIZE
VAR NEWINLINE
VAR NEWINLINE_2
VAR NEWINLINE_3
VAR sFile5
VAR sFile4
VAR tmp2
VAR SOFT
VAR LSR
VAR LOGGA
VAR CODESECTION_SIZE_TRIAL
VAR OPEL_GM
VAR CALCSEC
VAR EXTRA_ANTI
VAR ALLOC
VAR ANTNEWSEC
VAR ANTI_NOW
VAR LOGCOUNTER
VAR CODESECTION_STORE
VAR LLA
VAR ANTID
VAR VirtualAlloc
VAR ANTISEC
VAR CSS
VAR CSS_V_SIZE
VAR SECTIONS
VAR funcname_test
VAR funcname_test_2
VAR funcname
VAR dllname
VAR tmp
VAR PUSHCOUNTER
VAR APIBREAK
VAR APIBREAK_2
VAR ThunRTMain
VAR DESS
VAR COMPILERVERSION
VAR COMPILERVERSION_2
VAR VB_TARGET
VAR TLSTABLE
VAR APICOUNTER
VAR EIPCHECK
VAR HACKA
VAR JNZ2
VAR JB
VAR loginfo
VAR APILOG
VAR sFile3
VAR sFile2
VAR JNZ
VAR sFile
VAR END_APP
VAR IMAGESIZE
VAR TLSCALLBACK
VAR testsec
VAR EXEFILENAME
VAR EXEFILENAME_COUNT
VAR CHAR
VAR CURRENTDIR
VAR GetLocalTime
VAR DATE_TIME
VAR Year
VAR Month
VAR Day
VAR Hour
VAR Minute
VAR Second
VAR FULLDATE
VAR EAX1
VAR ECX1
VAR EDX1
VAR EBX1
VAR EBP1
VAR ESI1
VAR EDI1
VAR ESP_TEMP
VAR ESP_STORE
VAR ESP_SEC
VAR ESP_SIZE
VAR STACKSTORE
VAR SEARCH_START
VAR API
VAR STORE
VAR FULLSIZE
VAR TEMP
VAR PROCESSNAME
VAR PROCESSNAME_2
VAR PROCESSNAME_COUNT
VAR PROCESSNAME_FREE_SPACE
VAR PROCESSNAME_FREE_SPACE_2
VAR EIP_STORE
VAR PE_HEADER
VAR PE_HEADER_SIZE
VAR CODESECTION
VAR MODULEBASE
VAR MODULESIZE
VAR CODESECTION_SIZE
VAR PE_SIGNATURE
VAR PE_SIZE
VAR PE_INFO_START
VAR PE_TEMP
VAR MODULEBASE_and_MODULESIZE
VAR VirtualProtect
VAR DbgBreakPoint
VAR CloseHandle
VAR OEP
mov IAT_Inline_sec, 055
var tmp
var IATSEC
var IATSEC1
var new
var counter
var DWORD
var DWEND
var DWEND2
var DLLEND
var FUNK
VAR DLL
var FUNKEND
var FUNKEND2
var end
VAR IATENDSEC
var IATENDSEC_2
var alloc3
var SIZE
var CAUNT
var IATENDSEC_3
VAR NEWBASE
VAR NSECT
var code
var UPX0
var UPX1
var UPX2
var first
var ROCESSNAME
var APIADDRESS
var APIADDRESS_calc
var APINAME
var DLL
var command
var UPX0_s
var UPX1_s
var UPX2_s
var sec2
var scount
var ESPBASE
var ESPSIZE
var ESP_P
var jump
var BASS
var MSIZE
var MBASE
var TEST_MEM
var TEST_MEM_2
var TEST_MEM_3
var NEWWRITE
var NEWWRITEBAK
var STRINGA
var CCOUNT
var TASSE
var sFile
var sFile6
var READSEC
var seclog
var STRINGTEST
var JUMPOVER
var STRINGTEST2
var STRINGTEST3
var FFSIZE
var eipstore
var STORES
var FINDSTRING
var HERR
var WOHIN
var PE_SECTION
var PE_SECTION_2
var eiptest2
var STORES
mov FFSIZE, 08
mov STRINGTEST,  #200D0A20#
mov STRINGTEST2, #0D0A200D#
mov STRINGTEST3, #0A200D0A#

ret
//
APIFIX_NEXT:
cmp funcname, "RtlGetLastWin32Error"
jne HESA_AB0_A0
mov funcname, "GetLastError"
mov dllname, "kernel32"
jmp HESA_AB1_A0
//
HESA_AB0_A0:
cmp funcname, "RtlSetLastWin32Error"
jne HESA_AB1_A0
mov funcname, "SetLastError"
mov dllname, "kernel32"
//
HESA_AB1_A0:
ret
//
VMPROTECT_1.8:
//
ask "Enter a new IAT INLINE section size if you want!Or enter nothing then the size will be A0000!"
cmp $RESULT, -1
je VMPROTECT_1.8
cmp $RESULT, 0
jne HENGSTES
mov alloc3, A0000
jmp HENGST
//
HENGSTES:
mov alloc3, $RESULT
//
HENGST:
alloc alloc3
mov IATENDSEC, $RESULT
mov IATENDSEC_2, $RESULT
mov IATENDSEC_3, $RESULT
mov NEWBASE, $RESULT
cmp IATENDSEC, MODULEBASE_and_MODULESIZE
ja HENGST_2
free IATENDSEC
add alloc3, 1000
jmp HENGST
//
HENGST_2:
sub NEWBASE, MODULEBASE
gmemi IATENDSEC, MEMORYSIZE
mov SIZE, $RESULT
add IATENDSEC_3, SIZE
sub IATENDSEC_3, 50
div SIZE, 2
mov SIZE, SIZE
add SIZE, IATENDSEC
asm IATENDSEC, "pushad"
inc IATENDSEC
eval "jmp dword ptr ds:[{IATENDSEC_3}]"
asm  IATENDSEC_3, $RESULT
cmt IATENDSEC_3, "LoadLibraryA API here!"
eval "jmp dword ptr ds:[{IATENDSEC_3}]"
asm  IATENDSEC_3+06, $RESULT
cmt IATENDSEC_3+06, "GetProcAddress API here!"
mov LLA, IATENDSEC_3
mov GPA, IATENDSEC_3
add GPA, 06
//
alloc 8000
mov IATSEC,$RESULT
lm IATSEC,8000,"iatpatch.txt"
mov IATSEC1,IATSEC
//
rounder:
find IATSEC, #0D0A#
cmp $RESULT, 0
je AUSER
mov [$RESULT], 00, 02
mov IATSEC, $RESULT
jmp rounder
//
AUSER:
mov IATSEC,IATSEC1
find IATSEC, #20#
cmp $RESULT, 0
je AUS
mov [$RESULT], 00, 01
mov IATSEC, $RESULT
jmp AUSER
//
AUS:
mov IATSEC,IATSEC1
cmp [IATSEC], 20 ,01
jne AUS2
mov [IATSEC], 00 ,01
//
AUS2:
cmp [IATSEC], 00 ,01
jne next1
inc IATSEC
inc end
cmp end, 3C
je NextStep
jmp AUS2
//
next1:
mov end, 0
//
next3:
cmp counter, 50
je NextStep
inc counter
inc IATSEC
cmp [IATSEC], #2C#, 01
jne next3
sub IATSEC, counter
readstr [IATSEC], counter
mov address, $RESULT
str address
log address, ""
add IATSEC, counter
cmp [IATSEC], #2C#, 01
jne STOP
inc IATSEC
mov counter, 0
mov DWORD, IATSEC
//
next4:
find IATSEC, #2C#
cmp $RESULT, 0
je STOP
mov DWEND, $RESULT
mov DWEND2, $RESULT
sub DWEND, IATSEC
readstr [DWORD], DWEND
mov DWORD, $RESULT
log DWORD, ""
//
next5:
inc DWEND2
mov IATSEC, DWEND2
find IATSEC, #2C#
cmp $RESULT, 0
je STOP
mov DLLEND, $RESULT
mov DLLEND2, $RESULT
sub DLLEND, IATSEC
readstr [IATSEC], DLLEND
mov DLL, $RESULT
log DLL, ""
//
next6:
inc DLLEND2
mov IATSEC, DLLEND2
find IATSEC, #0000#
cmp $RESULT, 0
je STOP
mov FUNKEND, $RESULT
mov FUNKEND2, $RESULT
sub FUNKEND, IATSEC
readstr [IATSEC], FUNKEND
mov FUNK, $RESULT
log FUNK, ""
add IATSEC, FUNKEND
mov IATSEC1, IATSEC
//
len DLL
mov CAUNT, $RESULT
readstr DLL, $RESULT
buf $RESULT
mov DLL, $RESULT
cmp [SIZE], 00
je MERIT1
call IATSECTION_TO_SMALL
jmp ENDE_2
//
MERIT1:
mov [SIZE], DLL
eval "push {SIZE}"
asm IATENDSEC, $RESULT
add IATENDSEC, 05
add SIZE, CAUNT
inc SIZE
//
eval "call {LLA}"
asm IATENDSEC, $RESULT
add IATENDSEC, 05
len FUNK
mov CAUNT, $RESULT
readstr FUNK, $RESULT
buf $RESULT
mov FUNK, $RESULT
mov [SIZE], FUNK
eval "push {SIZE}"
asm IATENDSEC, $RESULT
add IATENDSEC, 05
add SIZE, CAUNT
inc SIZE
cmp [SIZE], 00
je MERIT2
call IATSECTION_TO_SMALL
jmp ENDE_2
//
MERIT2:
asm IATENDSEC, "push eax"
inc IATENDSEC
eval "call {GPA}"
asm IATENDSEC, $RESULT
add IATENDSEC, 05
//
eval "sub eax,{DWORD}"
asm IATENDSEC, $RESULT
add IATENDSEC, 06
eval "MOV DWORD PTR DS:[{address}],EAX"
asm IATENDSEC, $RESULT
add IATENDSEC, 06
cmp [IATENDSEC], 00
je MERIT3
call IATSECTION_TO_SMALL
jmp ENDE_2
//
MERIT3:
jmp AUS2
//
STOP:
pause
pause
//
NextStep:
asm IATENDSEC, "popad"
inc IATENDSEC
eval "jmp {ENTRYPOINT}"
asm IATENDSEC, $RESULT
free IATSEC
eval "IAT_INLINE_{IATENDSEC_2}_{alloc3}_New_VA_{NEWBASE}.mem"
log $RESULT, ""
dm IATENDSEC_2, alloc3, $RESULT
log IATENDSEC_2, "IAT_INLINE for VMProtect 1.8 section is: "
jmp ENDE_2
//
//
//
UPDATE_TO_VMPROTECT_2.x:
//
START_OF_API_TRACER:
Alloc C000
mov NEWWRITE, $RESULT
mov NEWWRITEBAK, $RESULT
gmi ENTRYPOINT, MODULEBASE
mov MBASE, $RESULT
gmi MBASE, MODULESIZE
mov MSIZE, $RESULT
add MSIZE, MBASE
eval "{PROCESSNAME_2}_Last_STOP_Address.txt"
mov sFile6, $RESULT
wrta sFile6, " "
Alloc 1000
mov READSEC, $RESULT
eval "{PROCESSNAME_2}_Last_STOP_Address.txt"
lm READSEC, 1000, $RESULT
readstr [READSEC], 04
buf $RESULT
cmp STRINGTEST, $RESULT,  03
je lacka
cmp STRINGTEST2, $RESULT, 03
je lacka
cmp STRINGTEST3, $RESULT, 03
je lacka
cmp [READSEC+07], 0A, 01
je RI1
cmp [READSEC+07], 0D, 01
je RI1
cmp [READSEC+07], 20, 01
je RI1
jmp FASSEL
RI1:
mov [READSEC+07], 00, 01
//
FASSEL:
cmp [READSEC+06], 0A, 01
je RI3
cmp [READSEC+06], 0D, 01
je RI3
cmp [READSEC+07], 20, 01
je RI1
jmp FASSEL2
//
RI3:
mov [READSEC+06], 00, 01
//
FASSEL2:
cmp [READSEC+07], 00, 01
jne FASSEL3
mov FFSIZE, 07
mov HEM, 01
//
FASSEL3:
cmp [READSEC+06], 00, 01
jne FASSEL4
cmp HEM, 00
je FASSEL4
mov FFSIZE, 06
//
FASSEL4:
readstr [READSEC], FFSIZE
buf $RESULT
str $RESULT
mov sec, $RESULT
mov JUMPOVER, 01
readstr [eip], 0A
mov STORES, $RESULT
buf STORES
eval "jmp {sec}"
asm eip, $RESULT
mov eipstore, eip
//
ROTZE:
sti
cmp eip, eipstore
je ROTZE
mov sec, eip
mov eip, eipstore
mov [eipstore], STORES
//
lacka:
free READSEC
eval "{PROCESSNAME_2}_API_TRACER.txt"
mov sFile, $RESULT
wrta sFile, " "
eval "{PROCESSNAME_2}_API_TRACER.txt"
lm NEWWRITE, 000A0000, $RESULT
find NEWWRITE, #00000000000000000000000000000000000000000000000000000000000000000000000000000000#
mov NEWWRITE, $RESULT
msg "Now disable / uncheck >>> ALL <<< exceptions! /r/n/r/nAPI TRACER will work better then! /r/n/r/nPress OK and the window will open automatc."
setoption
mov FINDSTRING, CODESECTION
add FINDSTRING, CODESECTION_SIZE
mov NSECT_TEST, 02
mov ESP, esp
mov ESP_P, esp
gmemi esp, MEMORYBASE
mov ESPBASE, $RESULT
gmemi esp, MEMORYSIZE
mov ESPSIZE, $RESULT
readstr [ESPBASE], ESPSIZE
mov ESPSIZE, $RESULT
buf ESPSIZE
msgyn "ATTENTION! /r/n/r/nDo you want to trace in a EXTRA added section by you? /r/n/r/nThen press >>> YES <<< /r/n/r/nPress >>> NO <<< to trace the normal VMP sections!"
cmp $RESULT, 00
je searchsection
cmp $RESULT, 02
je endeaus
//
SPECIAL_TRACE:
ask "Now enter the address of your added EXTRA section!"
cmp $RESULT, 00
je SPECIAL_TRACE
mov FINDSTRING, $RESULT
gmemi FINDSTRING, MEMORYBASE
mov sec, $RESULT
mov sec2, $RESULT
mov UPX0, $RESULT
mov UPX0_s, $RESULT
mov command, #B8??????0?#
jmp start
//
searchsection:
mov TEFKOR, 0
find FINDSTRING, #B?????????9CE9#
cmp $RESULT, 0
jne testsection
find FINDSTRING, #B?????????9C#
cmp $RESULT, 0
jne testsection
find FINDSTRING, #B?????????60E8#
cmp $RESULT, 0
jne testsection
cmp NSECT_TEST, NSECT
je NOTFOUNDIT
gmemi FINDSTRING, MEMORYSIZE
add FINDSTRING, $RESULT
inc NSECT_TEST
jmp searchsection
//
NOTFOUNDIT:
cmp UPX0, 0
jne FORWARD
log "Can磘 find >>> VMPROTECT <<< section!"
jmp SECTIONROUNDER
//
testsection:
mov found, $RESULT
mov FINDSTRING, $RESULT
inc FINDSTRING
gci found, SIZE
cmp $RESULT, 05
jne searchsection
mov WOHIN, found
inc WOHIN
mov WOHIN, [WOHIN]
cmp WOHIN, MBASE
jb searchsection
cmp MSIZE, WOHIN
jb searchsection
mov eipstore, eip
mov eip, found
//
BROTES:
mov eipcheck, eip
inc TEFKOR
mov esp, ESP_P
sti
cmp eip, eipcheck
jne BROTES_1
call JUMPOVERTHIS
//
BROTES_1:
cmp TEFKOR, 0F
jne AFRON
jmp searchsection
//
AFRON:
cmp [eip], 8B, 01
jne BROTES
gci eip, SIZE
cmp $RESULT, 06
jne BROTES
//
AFR1:
inc TEFKOR
mov esp, ESP_P
mov eipcheck, eip
sti
cmp eip, eipcheck
jne AFR1_A
call JUMPOVERTHIS
//
AFR1_A:
cmp TEFKOR, 0F
jne AFRON2
jmp searchsection
//
AFRON2:
cmp [eip], 8D, 01
jne AFR1
gci eip, SIZE
cmp $RESULT, 06
jne AFR1
GOPI eip, 2, ADDR
cmp $RESULT, 0
je searchsection
mov test, $RESULT
gn test
mov test, $RESULT_2
cmp test, 0
je searchsection
mov test, 0
inc HERR
cmp HERR, 02
je SELL
gmemi FINDSTRING, MEMORYBASE
mov UPX0, $RESULT
mov UPX0_s, UPX0
log UPX0, "FIRST VMPROTECT SECTION FOUNT in: "
log ""
gmemi FINDSTRING, MEMORYBASE
mov FINDSTRING, $RESULT
gmemi FINDSTRING, MEMORYSIZE
add FINDSTRING, $RESULT
inc NSECT_TEST
jmp searchsection
//
SELL:
gmemi FINDSTRING, MEMORYBASE
mov UPX1, $RESULT
mov UPX1_s, UPX1
log UPX1, "SECOND VMPROTECT SECTION FOUNT in: "
log ""
gmemi FINDSTRING, MEMORYBASE
mov FINDSTRING, $RESULT
gmemi FINDSTRING, MEMORYSIZE
add FINDSTRING, $RESULT
inc NSECT_TEST
mov [ESPBASE], ESPSIZE
mov esp, ESP_P
jmp FORWARD
//
SECTIONROUNDER:
ask "Enter the address of the >>> first <<< VMProtect section!It has mostly the name .vmp0 1 & 2 or other name!"
cmp $RESULT, 0
je SECTIONROUNDER
mov UPX0, $RESULT
//
SECTIONROUNDER2:
ask "Enter the address of the >>> second <<< VMProtect section!It has mostly the name .vmp0 1 & 2 or other name!"
cmp $RESULT, 0
je SECTIONROUNDER2
mov UPX1, $RESULT
//
FORWARD:
mov command, #B8??????0?#
cmp JUMPOVER, 01
je HAMSTER
mov sec, UPX0
//
HAMSTER:
mov sec2, UPX0
mov ESP, esp
mov ESP_P, esp
gmemi esp, MEMORYBASE
mov ESPBASE, $RESULT
gmemi esp, MEMORYSIZE
mov ESPSIZE, $RESULT
readstr [ESPBASE], ESPSIZE
mov ESPSIZE, $RESULT
buf ESPSIZE
cmp JUMPOVER, 01
je HESCHER
//
ASKING:
ask "Enter last known ADDRESS if you have!If not then enter nothing!"
cmp $RESULT, 0
je start
mov sec, $RESULT
//
HESCHER:
gmemi sec, MEMORYBASE
mov BASS, $RESULT
cmp UPX0, BASS
je WHOP
inc scount
cmp UPX1, BASS
je WHOP
inc scount
cmp UPX2, BASS
je WHOP
//
WHOP:
cmp [sec], #B8#, 01
jne z1
mov command, #B8??????0?#
jmp start
//
z1:
cmp [sec], #B9#, 01
jne z2
mov command, #B9??????0?#
jmp start
//
z2:
cmp [sec], #BA#, 01
jne z3
mov command, #BA??????0?#
jmp start
//
z3:
cmp [sec], #BB#, 01
jne z4
mov command, #BB??????0?#
jmp start
//
z4:
cmp [sec], #BD#, 01
jne z5
mov command, #BD??????0?#
jmp start
//
z5:
cmp [sec], #BE#, 01
jne z6
mov command, #BE??????0?#
jmp start
//
z6:
cmp [sec], #BF#, 01
jne ASKING
mov command, #BF??????0?#
//
start:
mov TASSE, 0
mov jump, 0
mov [ESPBASE], ESPSIZE
mov esp, ESP_P
cmp sec, 0
je next
find sec, command
cmp $RESULT, 0
je next
mov eip, $RESULT
mov first, $RESULT
mov sec, $RESULT
//
GETGOON:
inc sec
gci first, SIZE
cmp $RESULT, 05
jne start
mov WOHIN, [eip+1]
cmp WOHIN, MBASE
jb start
cmp MSIZE, WOHIN
jb start
//
walk:
cmp [eip], 0
je start
gci eip, COMMAND
cmp $RESULT, "???"
je start
cmp $RESULT, "PUSH CS"
je start
cmp $RESULT, "POP DS"
je start
cmp [eip], #C4#, 01
je start
cmp [eip], #DB#, 01
je start
// cmp [eip], #C7#, 01
// je start
cmp [eip], #FC#, 01
je start
cmp [eip], #CA#, 01
je start
cmp [eip], #CB#, 01
je start
cmp [eip], 1FF0, 02
je start
cmp [eip], #C3#, 01
je start
cmp [eip], #C2#, 01
je start
mov eiptest, eip
cmp [eip], #F4#, 01
je start
cmp [eip], FFFF, 02
je start
cmp [eip], #CF#, 01
je start
cmp [eip], #DD#, 01
je start
cmp [eip], #DCD0#, 02
je start
sti
cmp TASSE, 0F
je start
inc TASSE
gmemi eip, MEMORYBASE
mov TEST_MEM, $RESULT
cmp TEST_MEM, MBASE
jb start
cmp MSIZE, TEST_MEM
jb start
cmp [eip], 0
je start
gci eip, COMMAND
cmp $RESULT, "???"
je start
cmp $RESULT, "PUSH CS"
je start
cmp $RESULT, "POP DS"
je start
cmp [eip], #C4#, 01
je start
cmp [eip], #DB#, 01
je start
// cmp [eip], #C7#, 01
// je start
cmp [eip], #FC#, 01
je start
cmp [eip], #CA#, 01
je start
cmp [eip], #CB#, 01
je start
cmp [eip], 1FF0, 02
je start
cmp [eip], #DCD0#, 02
je start
cmp [eip], #DD#, 01
je start
cmp [eip], #CF#, 01
je start
cmp [eip], #F4#, 01
je start
cmp [eip], FFFF, 02
je start
cmp [eip], 0
jne walk_A
je start
pause
pause
//
walk_A:
cmp eip, eiptest
jne walk_A_1
cmp [eip], E8, 01
jne XLARA
gci eip, DESTINATION
cmp $RESULT, 0
je XLARA
mov eip, $RESULT
jmp walk
//
XLARA:
gci eip, SIZE
add eip, $RESULT
jmp walk
pause
pause
//
walk_A_1:
cmp [eip], 0
je start
gci eip, SIZE
cmp $RESULT, 06
jne walk
cmp [eip], 8B, 01
jne walk
GOPI eip, 2, ADDR
cmp $RESULT, 0
jne walk2
pause
pause
//
walk2:
mov ADDRESS, $RESULT
GOPI eip, 2, DATA
cmp $RESULT, 0
jne walk3
jmp start
//
walk3:
mov DWORD, $RESULT
mov TASSE, 0
//
walk4:
inc jump
cmp jump, 0A
jne SPURA
gci eip, SIZE
add eip, $RESULT
mov jump, 0
mov esp, ESP_P
jmp SPURALESS
//
SPURA:
mov esp, ESP_P
mov eiptest2, eip
sti
cmp eip, eiptest2
jne FIXOVER

cmp [eip], #8B#, 01
jne ADDSIZES
GOPI eip, 2, DATA
cmp $RESULT, 0
je ADDSIZES
mov STORES, $RESULT
cmp [eip+1], 80, 01  // eax
jne UU_1
mov eax, STORES
jmp ADDSIZES
//
UU_1:
cmp [eip+2], 89, 01  // ecx
jne UU_2
mov ecx, STORES
jmp ADDSIZES
//
UU_2:
cmp [eip+1], 92, 01  // edx
jne UU_3
mov edx, STORES
jmp ADDSIZES
//
UU_3:
cmp [eip+1], 9B, 01  // ebx
jne UU_4
mov ebx, STORES
jmp ADDSIZES
//
UU_4:
cmp [eip+1], B6, 01  // esi
jne UU_5
mov esi, STORES
jmp ADDSIZES
//
UU_5:
cmp [eip+1], BF, 01  // edi
jne UU_6
mov edi, STORES
jmp ADDSIZES
//
UU_6:
cmp [eip+1], AD, 01  // ebp
jne ADDSIZES
mov ebp, STORES
jmp ADDSIZES
//
ADDSIZES:
gci eip, SIZE
cmp $RESULT, 0
jne ADDEIP
pause
pause
//
ADDEIP:
add eip, $RESULT
//
FIXOVER:
cmp TASSE, 0F
je start
inc TASSE
//
SPURALESS:
cmp [eip], 0
je start
gci eip, COMMAND
cmp $RESULT, "???"
je start
cmp $RESULT, "PUSH CS"
je start
cmp $RESULT, "POP DS"
je start
// cmp [eip], #C7#, 01
// je start
cmp [eip], #FC#, 01
je start
cmp [eip], #CA#, 01
je start
cmp [eip], #CB#, 01
je start
cmp [eip], #C3#, 01
je start
cmp [eip], #C2#, 01
je start
cmp [eip], FFFF, 02
je start
cmp [eip], #F4#, 01
je start
cmp [eip], #CF#, 01
je start
cmp [eip], #DD#, 01
je start
cmp [eip], #DCD0#, 02
je start
cmp [eip], 1FF0, 02
je start
cmp [eip], #DB#, 01
je start
cmp [eip], #C4#, 01
je start
cmp [eip], 0
je start
cmp [esp], 0
jne walk_B
//
walk_B:
mov esp, ESP_P
cmp [eip], E8, 01
jne XLARA2
gci eip, DESTINATION
cmp $RESULT, 0
je XLARA2
mov eip, $RESULT
//
XLARA2:
gci eip, SIZE
cmp $RESULT, 06
jne walk4
cmp [eip], 8D, 01
jne walk4
GOPI eip, 2, ADDR
cmp $RESULT, 0
jne walk5
pause
pause
//
walk5:
mov APIADDRESS, $RESULT
mov APIADDRESS_calc, $RESULT
gn APIADDRESS
cmp $RESULT_2, 0
je walk4
gn APIADDRESS
cmp $RESULT_1, 0
je walk4
//
calc:
sub APIADDRESS_calc, DWORD
gn APIADDRESS
mov APINAME, $RESULT_2
mov DLL, $RESULT_1
mov $RESULT, 0
cmp DLL, 0
jne SXA
cmp APINAME, 0
jne SXA
pause
pause
//
SXA:
cmp APINAME, "RtlGetLastWin32Error"
jne SXA2
mov APINAME, "GetLastError"
mov DLL, "kernel32"
jmp SXAEND
//
SXA2:
cmp APINAME, "RtlSetLastWin32Error"
jne SXAEND
mov APINAME, "SetLastError"
mov DLL, "kernel32"
//
SXAEND:
mov seclog, sec
dec seclog
eval "{ADDRESS},{APIADDRESS_calc},{DLL}.dll,{APINAME}"
mov STRINGA, $RESULT
len STRINGA
mov CCOUNT, $RESULT
buf STRINGA
find NEWWRITEBAK, STRINGA
cmp $RESULT, 0
je EVALNEXT
eval "{PROCESSNAME_2}_Last_STOP_Address.txt"
mov sFile6, $RESULT
wrt sFile6, seclog
jmp start
//
EVALNEXT:
mov [NEWWRITE], STRINGA
mov $RESULT, 0
eval "{ADDRESS},{APIADDRESS_calc},{DLL}.dll,{APINAME}"
wrta sFile, $RESULT
eval "Start {seclog} | {ADDRESS},{APIADDRESS_calc},{DLL}.dll,{APINAME}"
log $RESULT, ""
add NEWWRITE, CCOUNT
inc NEWWRITE
mov CCOUNT, 0
eval "{PROCESSNAME_2}_Last_STOP_Address.txt"
mov sFile6, $RESULT
wrt sFile6, seclog
jmp start
///
next:
cmp command, #B8??????0?#
je ecx
cmp command, #B9??????0?#
je edx
cmp command, #BA??????0?#
je ebx
cmp command, #BB??????0?#
je ebp
cmp command, #BD??????0?#
je esi
cmp command, #BE??????0?#
je edi
cmp command, #BF??????0?#
je nextsec
pause
pause
//
ecx:
mov command, #B9??????0?#
mov UPX0, UPX0_s
mov UPX1, UPX1_s
mov UPX2, UPX2_s
mov sec, sec2
jmp start
//
edx:
mov command, #BA??????0?#
mov UPX0, UPX0_s
mov UPX1, UPX1_s
mov UPX2, UPX2_s
mov sec, sec2
jmp start
//
ebx:
mov command, #BB??????0?#
mov UPX0, UPX0_s
mov UPX1, UPX1_s
mov UPX2, UPX2_s
mov sec, sec2
jmp start
//
ebp:
mov command, #BD??????0?#
mov UPX0, UPX0_s
mov UPX1, UPX1_s
mov UPX2, UPX2_s
mov sec, sec2
jmp start
//
esi:
mov command, #BE??????0?#
mov UPX0, UPX0_s
mov UPX1, UPX1_s
mov UPX2, UPX2_s
mov sec, sec2
jmp start
//
edi:
mov command, #BF??????0?#
mov UPX0, UPX0_s
mov UPX1, UPX1_s
mov UPX2, UPX2_s
mov sec, sec2
jmp start
//
nextsec:
inc scount
cmp scount, 2
je nextsec2
cmp scount, 3
je endeaus
mov sec, UPX1_s
mov sec2, sec
mov command, #B8??????0?#
jmp start
//
nextsec2:
cmp UPX2, 0
je endeaus
msgyn "2 sections search finished!Press YES if you want to search also in the last section or No if not.Usually there are no API stored in the last section!"
cmp $RESULT, 01
jne endeaus
mov sec, UPX2_s
mov sec2, sec
mov command, #B8??????0?#
jmp start
//
endeaus:
jmp ENDE_2
ret
pause
pause
//
JUMPOVERTHIS:
cmp [eip], E9, 01
je ZIEL
cmp [eip], E8, 01
je ZIEL
//
SIZES:
gci eip, SIZE
add eip, $RESULT
ret
//
ZIEL:
gci eip, DESTINATION
cmp $RESULT, 0
je SIZES
mov eip, $RESULT
ret
//
IATSECTION_TO_SMALL:
gmemi IATENDSEC, MEMORYBASE
mov MBASE, $RESULT
gmemi MBASE, MEMORYSIZE
mov MSIZE, $RESULT
//
UNDERG:
eval "The size of your IAT INLINE section is to small! /r/n/r/n{MBASE} | >>> {MSIZE} <<< /r/n/r/nRestart the target and enter next time a higher size!"
msg $RESULT
log "The size of your IAT INLINE section is to small!"
eval "{MBASE} | >>> {MSIZE} <<<"
log $RESULT, ""
log "Restart the target and enter next time a higher size!"
ret
//
IATSECTION_TO_SMALL_2:
gmemi NEWINLINE, MEMORYBASE
mov MBASE, $RESULT
gmemi MBASE, MEMORYSIZE
mov MSIZE, $RESULT
jmp UNDERG
//
PE_REFIX:
msg "Use this >>> PE FIX <<< as last step!"
//
PE_REFIX_2:
add TEST_MEM, 1000
alloc TEST_MEM
mov TEST_MEM_3, $RESULT
mov TEST_MEM_2, $RESULT
gmemi TEST_MEM_2, MEMORYBASE
mov TEST_MEM_2, $RESULT
cmp TEST_MEM_2, MODULEBASE
jb PE_REFIX_2
cmp END_APP, TEST_MEM_2
ja PE_REFIX_2
mov PE_SECTION, TEST_MEM_3
eval "PE_if_needed_of_ORIGINAL.mem"
lm PE_SECTION,1000, $RESULT
mov PE_SECTION_2, PE_SECTION
mov CALCSEC, PE_SECTION
add PE_SECTION, 700
mov eip, PE_SECTION
mov [PE_SECTION], #609C50546A046800100000#
cmt PE_SECTION+04, "Option"
cmt PE_SECTION+06, "Size"
add PE_SECTION, 0B
eval "push {MODULEBASE}"
asm PE_SECTION, $RESULT
cmt PE_SECTION,"ImageBase"
add PE_SECTION, 05
asm PE_SECTION, "CALL DWORD PTR DS:[AAAAAAAA]"
cmt PE_SECTION,"Fill VirtualProtect into!"
add PE_SECTION, 06
asm PE_SECTION, "pop eax"
inc PE_SECTION
mov [PE_SECTION], #BEBBBBBBBBBFCCCCCCCCB98A020000F3A49D61EBFE909090#
cmt PE_SECTION, "PE STORE FILE SAVE"
cmt PE_SECTION+05, "PE Original"
cmt PE_SECTION+0A, "PE copy size"
cmt PE_SECTION+13, "Jump to Entry 2"
inc PE_SECTION
mov [PE_SECTION], PE_SECTION_2
add PE_SECTION, 05
mov [PE_SECTION], PE_HEADER
dec PE_SECTION
add PE_SECTION, 0E
eval "jmp {ENTRYPOINT}"
asm PE_SECTION, $RESULT
cmt PE_SECTION, "Jump to Entry 2"
sub CALCSEC, MODULEBASE
eval "PE_FIXED_SECTION_{PE_SECTION_2}_{TEST_MEM}_NewVA_{CALCSEC}.mem"
dm PE_SECTION_2, TEST_MEM, $RESULT
log $RESULT, ""
add PE_SECTION_2, 700
eval "Now just add this PE_FIXED section to your dump with the new VA {CALCSEC} /r/n/r/nAlso change the EntryPoint to {PE_SECTION_2} and save /r/n/r/nThen make a valid rebuild! /r/n/r/nAlso you need to add the >>> VirtualProtect <<< function if needed! /r/n/r/nThis API will used if you have fixed the PE!"
msg $RESULT
log ""