PHP Code:
#include <Nomadmemory.au3>
#include <ButtonConstants.au3>
#include <EditConstants.au3>
#include <GUIConstantsEx.au3>
#include <StaticConstants.au3>
#include <WindowsConstants.au3>
#Region ### START Koda GUI section ### Form=
$Form1 = GUICreate("Last Chaos Hack", 218, 318, 202, 231)
$Label6 = GUICtrlCreateLabel("Speed Hack", 44, 8, 64, 17)
$SpeedHackAktuell = GUICtrlCreateInput("", 17, 28, 53, 21)
$SpeedHackNeu = GUICtrlCreateInput("12", 84, 28, 53, 21)
$SpeedHackButton = GUICtrlCreateButton("change", 156, 28, 53, 21, $WS_GROUP)
$Label5 = GUICtrlCreateLabel("Attack Speed", 40, 68, 69, 17)
$AttachSpeedActuell = GUICtrlCreateInput("", 17, 88, 53, 21)
$AttackSpeedNeu = GUICtrlCreateInput("2", 84, 88, 53, 21)
$AttackSpeedButton = GUICtrlCreateButton("change", 156, 88, 53, 21, $WS_GROUP)
$Label7 = GUICtrlCreateLabel("Range Hack", 40, 136, 65, 17)
$RangeHackAktuell = GUICtrlCreateInput("", 17, 156, 53, 21)
$RangeHackNeu = GUICtrlCreateInput("35", 84, 156, 53, 21)
$RangeHackButton = GUICtrlCreateButton("change", 156, 156, 53, 21, $WS_GROUP)
$Label8 = GUICtrlCreateLabel("Teleport Hack", 40, 196, 72, 17)
$Labelx = GUICtrlCreateLabel("X:", 4, 220, 14, 17)
$xActuell = GUICtrlCreateInput("", 17, 216, 53, 21)
$xNeu = GUICtrlCreateInput("", 84, 216, 53, 21)
$Labely = GUICtrlCreateLabel("Y:", 4, 252, 14, 17)
$yActuell = GUICtrlCreateInput("", 17, 248, 53, 21)
$yNeu = GUICtrlCreateInput("", 84, 248, 53, 21)
$Labelz = GUICtrlCreateLabel("Z:", 4, 284, 14, 17)
$zActuell = GUICtrlCreateInput("", 17, 280, 53, 21)
$zNeu = GUICtrlCreateInput("", 84, 280, 53, 21)
$TeleportButton = GUICtrlCreateButton("change", 156, 248, 53, 21, $WS_GROUP)
$TeleportAktuellButton = GUICtrlCreateButton("Aktuelle posi", 150, 216, 66, 21, $WS_GROUP)
GUISetState(@SW_SHOW)
#EndRegion ### END Koda GUI section ###
WinWaitActive("[CLASS:Nksp]")
$Open = _MemoryOpen(ProcessExists("Nksp.exe"))
If @error Then MsgBox(4096, "Fehler", "Das richtige Fenster konnte nicht gefunden werden")
$SpeedHackPointer = 0x1066C620
Global $SpeedHackOffset[2] = [0, 0xDD4] ;die 0 (null) muss immer überall als erstes hin
$attackspeedPointer = 0x1066C620
Global $attackspeedOffset[2] = [0, 0xDDC] ; 0, ...
$RangeHackPointer = 0x106507E8
Global $RangeHackOffset[2] = [0, 0x10934C] ; 0, ...
$RangeHackPointer2 = 0x1066C620
Global $RangeHackOffset2[2] = [0, 0xDD8] ; 0, ...
$xyzPointer = 0x106507E8
Global $xOffset[5] = [0, 0x1C, 0x10, 0x4, 0x54] ; 0, ...
Global $yOffset[5] = [0, 0x1C, 0x10, 0x4, 0x5C] ; 0, ...
Global $zOffset[5] = [0, 0x1C, 0x10, 0x4, 0x58] ; 0, ...
While 1
$nMsg = GUIGetMsg()
Switch $nMsg
Case $GUI_EVENT_CLOSE
Exit
Case $AttackSpeedButton
AdlibRegister("_attackspeed")
Case $TeleportAktuellButton
GUICtrlSetData($xNeu, GUICtrlRead($xActuell))
GUICtrlSetData($yNeu, GUICtrlRead($yActuell))
GUICtrlSetData($zNeu, GUICtrlRead($zActuell))
Case $TeleportButton
Sleep(200)
AdlibRegister(_MemoryPointerWrite($xyzPointer, $Open, $xOffset, GUICtrlRead($xNeu), "float"))
AdlibRegister(_MemoryPointerWrite($xyzPointer, $Open, $yOffset, GUICtrlRead($yNeu), "float"))
AdlibRegister(_MemoryPointerWrite($xyzPointer, $Open, $zOffset, GUICtrlRead($zNeu), "float"))
Case $SpeedHackButton
AdlibRegister("_speedhack")
Case $RangeHackButton
AdlibRegister("_rangehack")
EndSwitch
$pAttackspeed = _MemoryPointerRead($attackspeedPointer, $Open, $attackspeedOffset)
$pSpeedhack = _MemoryPointerRead($SpeedHackPointer, $Open, $SpeedHackOffset, "float")
$pRangehack = _MemoryPointerRead($RangeHackPointer, $Open, $RangeHackOffset, "float")
$pX = _MemoryPointerRead($xyzPointer, $Open, $xOffset, "float")
$pY = _MemoryPointerRead($xyzPointer, $Open, $YOffset, "float")
$pZ = _MemoryPointerRead($xyzPointer, $Open, $ZOffset, "float")
If $pAttackspeed[1] <> GUICtrlRead($AttachSpeedActuell) Then GUICtrlSetData($AttachSpeedActuell, $pAttackspeed[1])
If $pSpeedhack[1] <> GUICtrlRead($SpeedHackAktuell) Then GUICtrlSetData($SpeedHackAktuell, Round($pSpeedhack[1],1))
If $pRangehack[1] <> GUICtrlRead($RangeHackAktuell) Then GUICtrlSetData($RangeHackAktuell, Round($pRangehack[1],1))
If $pX[1] <> GUICtrlRead($xActuell) Then GUICtrlSetData($xActuell, Round($pX[1],1))
If $pY[1] <> GUICtrlRead($yActuell) Then GUICtrlSetData($yActuell, Round($pY[1],1))
If $pZ[1] <> GUICtrlRead($zActuell) Then GUICtrlSetData($zActuell, Round($pZ[1],1))
WEnd
Func _attackspeed()
_MemoryPointerWrite($attackspeedPointer, $Open, $attackspeedOffset, GUICtrlRead($AttackSpeedNeu), 'DWORD')
EndFunc
Func _speedhack()
_MemoryPointerWrite($SpeedHackPointer, $Open, $SpeedHackOffset, GUICtrlRead($SpeedHackNeu), "float")
EndFunc
Func _rangehack()
_MemoryPointerWrite($RangeHackPointer, $Open, $RangeHackOffset, GUICtrlRead($RangeHackNeu), "float")
_MemoryPointerWrite($RangeHackPointer2, $Open, $RangeHackOffset2, GUICtrlRead($RangeHackNeu), "float")
EndFunc
nomadmemory:
PHP Code:
#include-once
#region _Memory
;=================================================================================================
; AutoIt Version: 3.1.127 (beta)
; Language: English
; Platform: All Windows
; Author: Nomad
; Requirements: These functions will only work with beta.
;=================================================================================================
; Credits: wOuter - These functions are based on his original _Mem() functions. But they are
; easier to comprehend and more reliable. These functions are in no way a direct copy
; of his functions. His functions only provided a foundation from which these evolved.
;=================================================================================================
;
; Functions:
;
;=================================================================================================
; Function: _MemoryOpen($iv_Pid(, $iv_DesiredAccess(, $iv_InheritHandle)))
; Description: Opens a process and enables all possible access rights to the process. The
; Process ID of the process is used to specify which process to open. You must
; call this function before calling _MemoryClose(), _MemoryRead(), or _MemoryWrite().
; Parameter(s): $iv_Pid - The Process ID of the program you want to open.
; $iv_DesiredAccess - (optional) Set to 0x1F0FFF by default, which enables all
; possible access rights to the process specified by the
; Process ID.
; $if_InheritHandle - (optional) If this value is TRUE, all processes created by
; this process will inherit the access handle. Set to TRUE
; (1) by default. Set to 0 if you want it to be FALSE.
; Requirement(s): A valid process ID.
; Return Value(s): On Success - Returns an array containing the Dll handle and an open handle to
; the specified process.
; On Failure - Returns 0
; @Error - 0 = No error.
; 1 = Invalid $iv_Pid.
; 2 = Failed to open Kernel32.dll.
; 3 = Failed to open the specified process.
; Author(s): Nomad
; Note(s):
;=================================================================================================
Func _MemoryOpen($iv_Pid, $iv_DesiredAccess = 0x1F0FFF, $if_InheritHandle = 1)
If Not ProcessExists($iv_Pid) Then
SetError(1)
Return 0
EndIf
Local $ah_Handle[2] = [DllOpen('kernel32.dll')]
If @Error Then
SetError(2)
Return 0
EndIf
Local $av_OpenProcess = DllCall($ah_Handle[0], 'int', 'OpenProcess', 'int', $iv_DesiredAccess, 'int', $if_InheritHandle, 'int', $iv_Pid)
If @Error Then
DllClose($ah_Handle[0])
SetError(3)
Return 0
EndIf
$ah_Handle[1] = $av_OpenProcess[0]
Return $ah_Handle
EndFunc
;=================================================================================================
; Function: _MemoryRead($iv_Address, $ah_Handle(, $sv_Type))
; Description: Reads the value located in the memory address specified.
; Parameter(s): $iv_Address - The memory address you want to read from. It must be in hex
; format (0x00000000).
; $ah_Handle - An array containing the Dll handle and the handle of the open
; process as returned by _MemoryOpen().
; $sv_Type - (optional) The "Type" of value you intend to read. This is set to
; 'dword'(32bit(4byte) signed integer) by default. See the help file
; for DllStructCreate for all types.
; An example: If you want to read a word that is 15 characters in
; length, you would use 'char[16]'.
; Requirement(s): The $ah_Handle returned from _MemoryOpen.
; Return Value(s): On Success - Returns the value located at the specified address.
; On Failure - Returns 0
; @Error - 0 = No error.
; 1 = Invalid $ah_Handle.
; 2 = $sv_Type was not a string.
; 3 = $sv_Type is an unknown data type.
; 4 = Failed to allocate the memory needed for the DllStructure.
; 5 = Error allocating memory for $sv_Type.
; 6 = Failed to read from the specified process.
; Author(s): Nomad
; Note(s): Values returned are in Decimal format, unless specified as a 'char' type, then
; they are returned in ASCII format. Also note that size ('char[size]') for all
; 'char' types should be 1 greater than the actual size.
;=================================================================================================
Func _MemoryRead($iv_Address, $ah_Handle, $sv_Type = 'dword')
If Not IsArray($ah_Handle) Then
SetError(1)
Return 0
EndIf
Local $v_Buffer = DllStructCreate($sv_Type)
If @Error Then
SetError(@Error + 1)
Return 0
EndIf
DllCall($ah_Handle[0], 'int', 'ReadProcessMemory', 'int', $ah_Handle[1], 'int', $iv_Address, 'ptr', DllStructGetPtr($v_Buffer), 'int', DllStructGetSize($v_Buffer), 'int', '')
If Not @Error Then
Local $v_Value = DllStructGetData($v_Buffer, 1)
Return $v_Value
Else
SetError(6)
Return 0
EndIf
EndFunc
;=================================================================================================
; Function: _MemoryWrite($iv_Address, $ah_Handle, $v_Data(, $sv_Type))
; Description: Writes data to the specified memory address.
; Parameter(s): $iv_Address - The memory address you want to write to. It must be in hex
; format (0x00000000).
; $ah_Handle - An array containing the Dll handle and the handle of the open
; process as returned by _MemoryOpen().
; $v_Data - The data to be written.
; $sv_Type - (optional) The "Type" of value you intend to write. This is set to
; 'dword'(32bit(4byte) signed integer) by default. See the help file
; for DllStructCreate for all types.
; An example: If you want to write a word that is 15 characters in
; length, you would use 'char[16]'.
; Requirement(s): The $ah_Handle returned from _MemoryOpen.
; Return Value(s): On Success - Returns 1
; On Failure - Returns 0
; @Error - 0 = No error.
; 1 = Invalid $ah_Handle.
; 2 = $sv_Type was not a string.
; 3 = $sv_Type is an unknown data type.
; 4 = Failed to allocate the memory needed for the DllStructure.
; 5 = Error allocating memory for $sv_Type.
; 6 = $v_Data is not in the proper format to be used with the "Type"
; selected for $sv_Type, or it is out of range.
; 7 = Failed to write to the specified process.
; Author(s): Nomad
; Note(s): Values sent must be in Decimal format, unless specified as a 'char' type, then
; they must be in ASCII format. Also note that size ('char[size]') for all
; 'char' types should be 1 greater than the actual size.
;=================================================================================================
Func _MemoryWrite($iv_Address, $ah_Handle, $v_Data, $sv_Type = 'dword')
If Not IsArray($ah_Handle) Then
SetError(1)
Return 0
EndIf
Local $v_Buffer = DllStructCreate($sv_Type)
If @Error Then
SetError(@Error + 1)
Return 0
Else
DllStructSetData($v_Buffer, 1, $v_Data)
If @Error Then
SetError(6)
Return 0
EndIf
EndIf
DllCall($ah_Handle[0], 'int', 'WriteProcessMemory', 'int', $ah_Handle[1], 'int', $iv_Address, 'ptr', DllStructGetPtr($v_Buffer), 'int', DllStructGetSize($v_Buffer), 'int', '')
If Not @Error Then
Return 1
Else
SetError(7)
Return 0
EndIf
EndFunc
;=================================================================================================
; Function: _MemoryClose($ah_Handle)
; Description: Closes the process handle opened by using _MemoryOpen().
; Parameter(s): $ah_Handle - An array containing the Dll handle and the handle of the open
; process as returned by _MemoryOpen().
; Requirement(s): The $ah_Handle returned from _MemoryOpen.
; Return Value(s): On Success - Returns 1
; On Failure - Returns 0
; @Error - 0 = No error.
; 1 = Invalid $ah_Handle.
; 2 = Unable to close the process handle.
; Author(s): Nomad
; Note(s):
;=================================================================================================
Func _MemoryClose($ah_Handle)
If Not IsArray($ah_Handle) Then
SetError(1)
Return 0
EndIf
DllCall($ah_Handle[0], 'int', 'CloseHandle', 'int', $ah_Handle[1])
If Not @Error Then
DllClose($ah_Handle[0])
Return 1
Else
DllClose($ah_Handle[0])
SetError(2)
Return 0
EndIf
EndFunc
;=================================================================================================
; Function: _MemoryPointerRead ($iv_Address, $ah_Handle, $av_Offset(, $sv_Type))
; Description: Reads a chain of pointers and returns an array containing the destination
; address and the data at the address.
; Parameter(s): $iv_Address - The static memory address you want to start at. It must be in
; hex format (0x00000000).
; $ah_Handle - An array containing the Dll handle and the handle of the open
; process as returned by _MemoryOpen().
; $av_Offset - An array of offsets for the pointers. Each pointer must have an
; offset. If there is no offset for a pointer, enter 0 for that
; array dimension. (Offsets must be in decimal format, NOT hex!)
; $sv_Type - (optional) The "Type" of data you intend to read at the destination
; address. This is set to 'dword'(32bit(4byte) signed integer) by
; default. See the help file for DllStructCreate for all types.
; Requirement(s): The $ah_Handle returned from _MemoryOpen.
; Return Value(s): On Success - Returns an array containing the destination address and the value
; located at the address.
; On Failure - Returns 0
; @Error - 0 = No error.
; 1 = $av_Offset is not an array.
; 2 = Invalid $ah_Handle.
; 3 = $sv_Type is not a string.
; 4 = $sv_Type is an unknown data type.
; 5 = Failed to allocate the memory needed for the DllStructure.
; 6 = Error allocating memory for $sv_Type.
; 7 = Failed to read from the specified process.
; Author(s): Nomad
; Note(s): Values returned are in Decimal format, unless a 'char' type is selected.
; Set $av_Offset like this:
; $av_Offset[0] = NULL (not used)
; $av_Offset[1] = Offset for pointer 1 (all offsets must be in Decimal)
; $av_Offset[2] = Offset for pointer 2
; etc...
; (The number of array dimensions determines the number of pointers)
;=================================================================================================
Func _MemoryPointerRead ($iv_Address, $ah_Handle, $av_Offset, $sv_Type = 'dword')
If IsArray($av_Offset) Then
If IsArray($ah_Handle) Then
Local $iv_PointerCount = UBound($av_Offset) - 1
Else
SetError(2)
Return 0
EndIf
Else
SetError(1)
Return 0
EndIf
Local $iv_Data[2], $i
Local $v_Buffer = DllStructCreate('dword')
For $i = 0 to $iv_PointerCount
If $i = $iv_PointerCount Then
$v_Buffer = DllStructCreate($sv_Type)
If @Error Then
SetError(@Error + 2)
Return 0
EndIf
$iv_Address = '0x' & hex($iv_Data[1] + $av_Offset[$i])
DllCall($ah_Handle[0], 'int', 'ReadProcessMemory', 'int', $ah_Handle[1], 'int', $iv_Address, 'ptr', DllStructGetPtr($v_Buffer), 'int', DllStructGetSize($v_Buffer), 'int', '')
If @Error Then
SetError(7)
Return 0
EndIf
$iv_Data[1] = DllStructGetData($v_Buffer, 1)
ElseIf $i = 0 Then
DllCall($ah_Handle[0], 'int', 'ReadProcessMemory', 'int', $ah_Handle[1], 'int', $iv_Address, 'ptr', DllStructGetPtr($v_Buffer), 'int', DllStructGetSize($v_Buffer), 'int', '')
If @Error Then
SetError(7)
Return 0
EndIf
$iv_Data[1] = DllStructGetData($v_Buffer, 1)
Else
$iv_Address = '0x' & hex($iv_Data[1] + $av_Offset[$i])
DllCall($ah_Handle[0], 'int', 'ReadProcessMemory', 'int', $ah_Handle[1], 'int', $iv_Address, 'ptr', DllStructGetPtr($v_Buffer), 'int', DllStructGetSize($v_Buffer), 'int', '')
If @Error Then
SetError(7)
Return 0
EndIf
$iv_Data[1] = DllStructGetData($v_Buffer, 1)
EndIf
Next
$iv_Data[0] = $iv_Address
Return $iv_Data
EndFunc
;=================================================================================================
; Function: _MemoryPointerWrite ($iv_Address, $ah_Handle, $av_Offset, $v_Data(, $sv_Type))
; Description: Reads a chain of pointers and writes the data to the destination address.
; Parameter(s): $iv_Address - The static memory address you want to start at. It must be in
; hex format (0x00000000).
; $ah_Handle - An array containing the Dll handle and the handle of the open
; process as returned by _MemoryOpen().
; $av_Offset - An array of offsets for the pointers. Each pointer must have an
; offset. If there is no offset for a pointer, enter 0 for that
; array dimension.
; $v_Data - The data to be written.
; $sv_Type - (optional) The "Type" of data you intend to write at the destination
; address. This is set to 'dword'(32bit(4byte) signed integer) by
; default. See the help file for DllStructCreate for all types.
; Requirement(s): The $ah_Handle returned from _MemoryOpen.
; Return Value(s): On Success - Returns the destination address.
; On Failure - Returns 0.
; @Error - 0 = No error.
; 1 = $av_Offset is not an array.
; 2 = Invalid $ah_Handle.
; 3 = Failed to read from the specified process.
; 4 = $sv_Type is not a string.
; 5 = $sv_Type is an unknown data type.
; 6 = Failed to allocate the memory needed for the DllStructure.
; 7 = Error allocating memory for $sv_Type.
; 8 = $v_Data is not in the proper format to be used with the
; "Type" selected for $sv_Type, or it is out of range.
; 9 = Failed to write to the specified process.
; Author(s): Nomad
; Note(s): Data written is in Decimal format, unless a 'char' type is selected.
; Set $av_Offset like this:
; $av_Offset[0] = NULL (not used, doesn't matter what's entered)
; $av_Offset[1] = Offset for pointer 1 (all offsets must be in Decimal)
; $av_Offset[2] = Offset for pointer 2
; etc...
; (The number of array dimensions determines the number of pointers)
;=================================================================================================
Func _MemoryPointerWrite ($iv_Address, $ah_Handle, $av_Offset, $v_Data, $sv_Type = 'dword')
If IsArray($av_Offset) Then
If IsArray($ah_Handle) Then
Local $iv_PointerCount = UBound($av_Offset) - 1
Else
SetError(2)
Return 0
EndIf
Else
SetError(1)
Return 0
EndIf
Local $iv_StructData, $i
Local $v_Buffer = DllStructCreate('dword')
For $i = 0 to $iv_PointerCount
If $i = $iv_PointerCount Then
$v_Buffer = DllStructCreate($sv_Type)
If @Error Then
SetError(@Error + 3)
Return 0
EndIf
DllStructSetData($v_Buffer, 1, $v_Data)
If @Error Then
SetError(8)
Return 0
EndIf
$iv_Address = '0x' & hex($iv_StructData + $av_Offset[$i])
DllCall($ah_Handle[0], 'int', 'WriteProcessMemory', 'int', $ah_Handle[1], 'int', $iv_Address, 'ptr', DllStructGetPtr($v_Buffer), 'int', DllStructGetSize($v_Buffer), 'int', '')
If @Error Then
SetError(9)
Return 0
Else
Return $iv_Address
EndIf
ElseIf $i = 0 Then
DllCall($ah_Handle[0], 'int', 'ReadProcessMemory', 'int', $ah_Handle[1], 'int', $iv_Address, 'ptr', DllStructGetPtr($v_Buffer), 'int', DllStructGetSize($v_Buffer), 'int', '')
If @Error Then
SetError(3)
Return 0
EndIf
$iv_StructData = DllStructGetData($v_Buffer, 1)
Else
$iv_Address = '0x' & hex($iv_StructData + $av_Offset[$i])
DllCall($ah_Handle[0], 'int', 'ReadProcessMemory', 'int', $ah_Handle[1], 'int', $iv_Address, 'ptr', DllStructGetPtr($v_Buffer), 'int', DllStructGetSize($v_Buffer), 'int', '')
If @Error Then
SetError(3)
Return 0
EndIf
$iv_StructData = DllStructGetData($v_Buffer, 1)
EndIf
Next
EndFunc
