"Original" C # Super Game Plug-in Help class, encapsulated a lot of methods, including multi-level pointer data reading and writing methods.

The code is as follows:

Using system;using system.diagnostics;using system.runtime.interopservices;using system.windows.forms;//qq 844125365 Green Pepper Technology Memory Help Class C # thousand people QQ Group: 137 696 483 Welcome to join Daniel!        Namespace Master {class Processmemoryreaderapi {public const UINT Process_vm_read = (0x0010);        Public const UINT Process_vm_write = (0x0020);        Public const UINT Process_vm_operation = (0x0008);        Public const UINT PAGE_READWRITE = 0x0004;        public const int wm_syscommand = 0x0112;        public const int wm_activate = 0x6;        public const int wm_hotkey = 0x0312; [DllImport ("user32.dll", CharSet = CharSet.Auto, callingconvention = callingconvention.stdcall)] public static Exte        RN void Mouse_event (long dwFlags, long dx, long dy, long cbuttons, long dwextrainfo); [DllImport ("kernel32.dll")] public static extern IntPtr OpenProcess (UInt32 dwdesiredaccess, Int32 binherithandle, U        Int32 dwprocessid); [DllImport ("kernel32.dll")] public static extern Int32 ClosehandLe (IntPtr hobject); [DllImport ("kernel32.dll")] public static extern Int32 ReadProcessMemory (IntPtr hprocess, IntPtr lpbaseaddress, [in        , out] byte[] buffer, UInt32 size, out IntPtr lpnumberofbytesread); [DllImport ("kernel32.dll")] public static extern Int32 WriteProcessMemory (IntPtr hprocess, IntPtr lpbaseaddress, [I        N, out] byte[] buffer, UInt32 size, out IntPtr lpnumberofbyteswritten); [DllImport ("kernel32", SetLastError = true)] public static extern IntPtr VirtualAllocEx (IntPtr hprocess, IntPtr LpA        Ddress, UInt32 dwsize, uint flallocationtype, uint flprotect);  [DllImport ("kernel32.dll", SetLastError = true)] public static extern bool Virtualprotectex (IntPtr hprocess, IntPtr        Lpaddress, UInt32 dwsize, uint flnewprotect, out uint lpfloldprotect);        [DllImport ("user32.dll", SetLastError = true)] public static extern bool Unregisterhotkey (INTPTR hWnd, int id); [DllImport ("User32.dll")] public static extern inT getkeystate (int vkey); } public class Processmemoryreader {public Processmemoryreader () {} public Process Rea            dprocess {get {return m_readprocess;            } set {m_readprocess = value;        }} private Process m_readprocess = null;        Private IntPtr m_hprocess = IntPtr.Zero; public void OpenProcess () {m_hprocess = Processmemoryreaderapi.openprocess (processmemoryreaderapi.proce Ss_vm_read | Processmemoryreaderapi.process_vm_write |        Processmemoryreaderapi.process_vm_operation, 1, (UINT) m_readprocess.id);            } public void CloseHandle () {int iretvalue;            Iretvalue = Processmemoryreaderapi.closehandle (m_hprocess);        if (Iretvalue = = 0) throw new Exception ("CloseHandle failed"); } #region readmem public int readmem (int memoryaddress, UINT Bytestoread, out byte[] buffer) {IntPtr Prochandle = processmemoryreaderapi.openprocess (processmemor Yreaderapi.process_vm_read | Processmemoryreaderapi.process_vm_write |            Processmemoryreaderapi.process_vm_operation, 1, (UINT) m_readprocess.id);                if (Prochandle = = IntPtr.Zero) {buffer = new byte[0];            return 0;            } buffer = new Byte[bytestoread];            IntPtr ptrbytesreaded; Processmemoryreaderapi.readprocessmemory (Prochandle, (INTPTR) memoryaddress, buffer, Bytestoread, out ptrbytesreaded            );            Processmemoryreaderapi.closehandle (Prochandle);        return Ptrbytesreaded.toint32 (); }//we use the to public int readmultilevelpointer (int memoryaddress, uint bytestoread, int32[] Offsetlist ) {IntPtr Prochandle = processmemoryreaderapi.openprocess (Processmemoryreaderapi.process_vm_read | Processmemoryreaderapi.process_vm_write | ProcesSmemoryreaderapi.process_vm_operation, 1, (UINT) m_readprocess.id);            IntPtr pointer = (INTPTR) 0x0; If the PROCESS isnt available we return nothing if (Prochandle = = IntPtr.Zero) {RE            Turn 0;            } byte[] Btbuffer = new Byte[bytestoread];            IntPtr lpoutstorage = IntPtr.Zero;            int pointeraddy = memoryaddress;            int pointertemp = 0;                    for (int i = 0; i < (offsetlist.length); i++) {if (i = = 0) { Processmemoryreaderapi.readprocessmemory (Prochandle, (INTPTR) (Pointeradd Y), Btbuffer, (UINT) btbuffer.length, out Lpoutstorage                );                } Pointeraddy = (Bitconverter.toint32 (btbuffer, 0) + offsetlist[i]);                String pointeraddyhex = pointeraddy.tostring ("X");Processmemoryreaderapi.readprocessmemory (Prochandle, (INTPTR) (Pointeraddy),            Btbuffer, (UINT) btbuffer.length, out lpoutstorage);        } return Pointeraddy;            } public byte readbyte (int memoryaddress) {byte[] buffer;            int read = Readmem (memoryaddress, 1, out buffer);            if (read = = 0) return new byte ();        else return buffer[0];            } public int ReadInt (int memoryaddress) {byte[] buffer;            int read = Readmem (memoryaddress, 4, out buffer);            if (read = = 0) return 0;        else return bitconverter.toint32 (buffer, 0);            } public UINT Readuint (int memoryaddress) {byte[] buffer;            int read = Readmem (memoryaddress, 4, out buffer);             if (read = = 0)   return 0;        else return bitconverter.touint32 (buffer, 0);            } public float readfloat (int memoryaddress) {byte[] buffer;            int read = Readmem (memoryaddress, 4, out buffer);            if (read = = 0) return 0;        else return bitconverter.tosingle (buffer, 0); } public byte[] Readamem (IntPtr memoryaddress, uint bytestoread, out int bytesreaded) {byte[] bu            Ffer = new Byte[bytestoread];            IntPtr ptrbytesreaded;            Processmemoryreaderapi.readprocessmemory (m_hprocess, memoryaddress, buffer, Bytestoread, out ptrbytesreaded);            bytesreaded = Ptrbytesreaded.toint32 ();        return buffer; } internal byte[] readamem (int p, int p_2, out int bytesreadsize) {throw new Notimplementedexcep        tion (); } #endregion #region writemem public int writemem (int memoryaddress, byte[] buf) {IntPtr prochandle = processmemoryreaderapi.openprocess (Processmemoryreaderapi.process_vm_read | Processmemoryreaderapi.process_vm_write |            Processmemoryreaderapi.process_vm_operation, 1, (UINT) m_readprocess.id);            if (Prochandle = = IntPtr.Zero) return 0;            UINT Oldprotect; Processmemoryreaderapi.virtualprotectex (Prochandle, (INTPTR) memoryaddress, (UINT) buf.            Length, Processmemoryreaderapi.page_readwrite, out oldprotect);            IntPtr Ptrbyteswritten; Processmemoryreaderapi.writeprocessmemory (Prochandle, (INTPTR) memoryaddress, buf, (UINT) buf.            Length, out Ptrbyteswritten);            Processmemoryreaderapi.closehandle (Prochandle);        return Ptrbyteswritten.toint32 ();        } public void WriteByte (int memoryaddress, byte b) {Writemem (memoryaddress, new byte[] {b}); } public void Writeint (int memoryaddress, int w) {byte[] buf = BitconverteR.getbytes (w);        Writemem (memoryaddress, buf);            } public void Writeuint (int memoryaddress, uint u) {byte[] buf = bitconverter.getbytes (u);        Writemem (memoryaddress, buf);            } public void Writefloat (int memoryaddress, float f) {byte[] buf = Bitconverter.getbytes (f);        Writemem (memoryaddress, buf);            } public void writedouble (int memoryaddress, double d) {byte[] buf = bitconverter.getbytes (d);        Writemem (memoryaddress, buf);            } public void Writeamem (IntPtr memoryaddress, byte[] bytestowrite, out int byteswritten) {            IntPtr Ptrbyteswritten; Processmemoryreaderapi.writeprocessmemory (m_hprocess, Memoryaddress, Bytestowrite, (UINT) bytesToWrite.Length, out            Ptrbyteswritten);        Byteswritten = Ptrbyteswritten.toint32 (); } #endregion #region Keys [DllImport ("User32.dll")] PubliC static extern short getkeystate (Keys nvirtkey); public enum Virtualkeystates:int {Vk_lbutton = 0x01, Vk_rbutton = 0x02, Vk_canc            EL = 0x03, Vk_mbutton = 0x04,//Vk_xbutton1 = 0x05, Vk_xbutton2 = 0x06, Vk_back = 0x08, Vk_tab = 0x09,//Vk_clear = 0x0C, Vk_retu RN = 0x0D,//Vk_shift = 0x10, Vk_control = 0x11, Vk_menu = 0x12, V K_pause = 0x13, vk_capital = 0x14,//Vk_kana = 0x15, Vk_hangeul = 0x15,/* o  LD Name-should is here for compatibility */Vk_hangul = 0x15, Vk_junja = 0x17, vk_final            = 0x18, Vk_hanja = 0x19, Vk_kanji = 0x19,//Vk_escape = 0x1B,// Vk_convert = 0x1C, Vk_nonconvert = 0x1D, vk_accept = 0x1E, Vk_modechange = 0x1F,//Vk_space = 0x20, Vk_prior = 0x21, Vk_ne            XT = 0x22, Vk_end = 0x23, Vk_home = 0x24, Vk_left = 0x25, vk_up = 0x26, Vk_right = 0x27, Vk_down = 0x28, Vk_select = 0x29, Vk_print = 0x2A, vk_ex Ecute = 0x2B, Vk_snapshot = 0x2C, Vk_insert = 0x2D, Vk_delete = 0x2e, vk_help            = 0x2F,//Vk_lwin = 0x5b, Vk_rwin = 0x5C, Vk_apps = 0x5d,// Vk_sleep = 0x5f,//vk_numpad0 = 0x60, Vk_numpad1 = 0x61, vk_numpad2 = 0 x62, vk_numpad3 = 0x63, vk_numpad4 = 0x64, Vk_numpad5 = 0x65, Vk_numpad6 = 0x6 6, Vk_numpad7 = 0x67, Vk_numpad8 = 0x68, vk_numpad9 = 0x69, vk_multiply = 0x6A , Vk_add = 0x6B, Vk_separator = 0x6c, vk_subtract = 0x6d, Vk_decimal = 0x6e, vk_divide = 0x  6F, vk_f1 = 0x70, Vk_f2 = 0x71, vk_f3 = 0x72, Vk_f4 = 0x73, Vk_f5 = 0x74, Vk_f6 = 0x75, Vk_f7 = 0x76, Vk_f8 = 0x77, vk_f9 = 0x78, Vk_f            Ten = 0x79, vk_f11 = 0x7A, vk_f12 = 0x7B, vk_f13 = 0x7C, Vk_f14 = 0x7d,             Vk_f15 = 0x7E, Vk_f16 = 0x7F, vk_f17 = 0x80, vk_f18 = 0x81, vk_f19 = 0x82,  Vk_f20 = 0x83, Vk_f21 = 0x84, vk_f22 = 0x85, vk_f23 = 0x86, Vk_f24 = 0x87,//Vk_numlock = 0x90, Vk_scroll = 0x91,//Vk_oem_nec_equa L = 0x92,//' = ' key on Numpad//Vk_oem_fj_jisho = 0x92,//' Dictionary ' key vk_oem_ Fj_masshou = 0x93,//' Unregister word ' key Vk_oem_fj_touroku = 0x94,//' Register word ' key Vk_oem_fj_loya = 0x95,//            ' Left Oyayubi ' key Vk_oem_fj_roya = 0x96,//' right Oyayubi ' key//Vk_lshift = 0xA0,            Vk_rshift = 0xa1, Vk_lcontrol = 0xa2, Vk_rcontrol = 0xa3, Vk_lmenu = 0xa4,            Vk_rmenu = 0xa5,//Vk_browser_back = 0xa6, Vk_browser_forward = 0xa7, Vk_browser_refresh = 0xa8, Vk_browser_stop = 0xa9, Vk_browser_search = 0xAA, Vk_browser_ FAVORITES = 0xAB, Vk_browser_home = 0xAC,//Vk_volume_mute = 0xAD, vk_volume_             Down = 0xAE, vk_volume_up = 0xAF, Vk_media_next_track = 0xb0, Vk_media_prev_track = 0xb1, Vk_media_stop = 0xb2, Vk_media_play_pause = 0xb3, Vk_launch_mail = 0xb4, vk_l Aunch_media_select = 0xB5, Vk_launch_app1 = 0xb6, vk_launch_app2 = 0xb7,//vk_oem_1 = 0xBA,//';: '            For US Vk_oem_plus = 0xBB,//' + ' any country Vk_oem_comma = 0xBC,//', ' any country Vk_oem_minus = 0xBD,//'-' any country vk_oem_period = 0xBE,//'. ' Any country vk_oem_2 = 0x BF,//'/? ' for us vk_oem_3 = 0xC0,//"~ ' for us//Vk_oem_4 = 0xDB,//' [{' for  US vk_oem_5 = 0xDC,//' \| ' for us vk_oem_6 = 0xDD,//'} ' for us vk_oem_7 = 0xDE,            ' "' for US vk_oem_8 = 0xDF,//Vk_oem_ax = 0xe1,//' ax ' key on Japanese ax KBD            vk_oem_102 = 0xe2,//"<>" or "\|" on RT 102-key kbd. Vk_ico_help = 0xe3,//Help key on ico vk_ico_00 = 0xE4,////-Key on ICO//Vk_proce     Sskey = 0xe5,//vk_ico_clear = 0xe6,       Vk_packet = 0xE7,//Vk_oem_reset = 0xe9, Vk_oem_jump = 0xEA,            VK_OEM_PA1 = 0xEB, VK_OEM_PA2 = 0xEC, vk_oem_pa3 = 0xED, Vk_oem_wsctrl = 0xEE,            Vk_oem_cusel = 0xEF, Vk_oem_attn = 0xF0, Vk_oem_finish = 0xF1, vk_oem_copy = 0xF2, Vk_oem_auto = 0xf3, VK_OEM_ENLW = 0xf4, Vk_oem_backtab = 0xf5,//V K_ATTN = 0xf6, Vk_crsel = 0xf7, Vk_exsel = 0xF8, vk_ereof = 0xf9, Vk_play = 0x        FA, Vk_zoom = 0xFB, Vk_noname = 0xFC, vk_pa1 = 0xFD, vk_oem_clear = 0xFE            } public bool Keystate (Keys key) {int state = Getkeystate (key);            if (state = = -127 | | state = = -128) {return true;        } return false; } #endregion}}

　　

"Original" C # Super Game Plug-in Help class, encapsulated a lot of methods, including multi-level pointer data reading and writing methods.