1.0

Current Capabilities:
Reading and Writing memory in a clean way.
Access to process information, module information, pattern scanning.

Instead of storing memory addresses as ints, intptrs, or longs, users of this library should use the Address type to define address variables to obtain the full benefits.

Basic usage example depicting reading, writing, and pattern scanning.

FIRST: in your solution explorer, right click Dependencies and add a project reference to the correct SharpMemory dll

using System.Diagnostics;
using SharpMemory;
using SharpMemory.Native;

string GameProcessName = "CoDWaW.exe";
Address healthAddress = 0xDEADBEEF;
Address moneyAddress = 0xFADEDBEE;
var mem = SharpMem.Inst;
var desiredAccessLevel = NativeData.ProcessAccessFlags.VMRead | NativeData.ProcessAccessFlags.VMWrite | NativeData.ProcessAccessFlags.VMOperation;

//YOU MUST CALL THIS INITIALIZE FUNCTION BEFORE ATTEMPTING TO USE ANY OF SHARPMEMS FUNCTIONALITY
mem.Initialize(GameProcessName, desiredAccessLevel);


//Reading a variable default way
int healthValue = mem.ReadFuncs.Read<int>(healthAddress);
//Reading a variable via Address extension
float moneyValue = moneyAddress.Read<float>();


//writing an address default way
mem.WriteFuncs.Write<float>(moneyAddress, 99999999f);
//writing an address via extension
moneyAddress.Write(99999999f);
//the above line implicty assumes it is writing a float because of the F at the end of the number. If we want to explicity tell it we do it with <> brackets like so:
moneyAddress.Write<float>(99999999f);


ProcessModule MainModule = mem.ModuleFuncs.GetModule(GameProcessName);

string bytePattern = "89 B7 BC 20 00 00";

long patternBaseAddress;
if(mem.PatternScanning.PatternScanModule(MainModule, bytePattern, out patternBaseAddress))
    Console.WriteLine(patternBaseAddress.ToString("X"));

Be sure to match the bit type of all 3 (The game, your hack, and the SharpMem dll) (i.e. all 64bit or all x86)