API for supporting C++14 external memory hacking. Complete redesign from HAPIH.
HAPIH 2 uses 3 objects in order to do its job:
- HandleIH
- PointerIH
- HackIH
Used to store and close either generic or OpenProcess handles upon object destruction, but can't be copied. If initialized from a DWORD, it will open the process with enough privileges to fully support HAPIH 2. Usage example is inside source code, the object basically works like a normal HANDLE.
Defines the internal structure of a pointer. It can either be initialized by a void* or by a numeric type ( size_t ).
Using Cheat Engine pointer notation, the PointerIH object will point to an address following this scheme:
[[[[[BaseAddr + Offs1] + Offs2] + Offs3] + Offs4] + ...]
- Offsets can be added by the
<<operator, following the offset or by initializing the pointer directly with it. They can be accessed by the [] operator.
#include "HAPIH.h"
int main() {
PointerIH Pointer1 = { 0xDEADBEEF,1,2,3,4 }; //Initialization
PointerIH Pointer2 = 0xDEADBEEF;
Pointer2 << 1 << 2 << 3 << 4; //Adding offsets after initialization
Pointer1[0] == Pointer2[0]; //Will access the first offsets of both pointers, the result is 1.
}- PointerIH supports final addition and substraction using the operators
+, -, +=, -=, the final offset will be added AFTER the pointer is read from the process.
Handles the entire API, it's responsible to do the direct memory operations, search for open processes and binding to them.
- Once initialized it will store internally all the running processes, thru which you can index them easily with binding or vector manipulation.
#include "HAPIH.h"
int main() {
HackIH MyObj;
MyObj.WriteProcesses(std::cout);
std::cin.get();
}#include "HAPIH.h"
int main() {
HackIH MyObj;
for (auto & proc : MyObj.GetProcesses()) {
std::cout << std::get<1>(proc) << std::endl; //Iterates thru every process, only by its name.
//Use std::get<0>(proc) to get the corresponding process ID
}
}- HackIH can also enable logging features, using any stream object you desire (Files, STDOUT or any custom wrapper).
#include "HAPIH.h"
int main() {
HackIH MyObj;
MyObj.SetDebugOutput(std::cout); //From now on, the operations happening inside HAPIH 2 will write what's happening on STDOUT
//Code...
}- You can then use the
.bindfunction to bind to a process, using it's process name or process ID.
#include "HAPIH.h"
int main() {
HackIH MyObj;
MyObj.SetDebugOutput(std::cout);
MyObj.bind("GeometryDash.exe"); //Binding to the Geometry Dash process.
//Code...
}#include "HAPIH.h"
int main() {
HackIH MyObj;
MyObj.SetDebugOutput(std::cout);
MyObj.bind(GetCurrentProcessId()); //Binding to itself.
//Code...
}- After binding, the HackIH object is guaranteed access to the process and can now handle modules, memory spaces and operations, such as:
- Reading
#include "HAPIH.h"
int main() {
HackIH MyObj;
MyObj.SetDebugOutput(std::cout);
MyObj.bind("GeometryDash.exe"); //Binding to the Geometry Dash process.
int IconID; //Icon to read from memory
IconID = MyObj.Read<int>({ MyObj.BaseAddress , 0x303118 , 0x1E8 });
//IconID = MyObj.Read<int>({ MyObj.GetModuleAddress("GeometryDash.exe") , 0x303118 , 0x1E8 }); //Alternative
//.GetModuleAddress can be used on every process' module (DLLs)
std::cout << IconID << std::endl;
std::cin.get();
}- Writing
#include "HAPIH.h"
int main() {
HackIH MyObj;
MyObj.SetDebugOutput(std::cout);
MyObj.bind("GeometryDash.exe"); //Binding to the Geometry Dash process.
int IconID= 33; //Icon to write to memory
PointerIH IconPtr = { MyObj.BaseAddress , 0x303118 , 0x1E8 };
MyObj.Write(IconPtr, IconID);
MyObj.Write(IconPtr - 8, MyObj.Read<int>(IconPtr - 4) + IconID);
std::cin.get();
}- DLL Injection
#include "HAPIH.h"
#include <iostream>
int main(int argc,char** argv) {
SetConsoleTitle("DLL Injector");
if (argc < 2) {
std::cout << "Invalid." << std::endl;
return 0;
}
std::string File = argv[1];
std::string Process;
if (argc == 3) Process = argv[2];
else Process = "GeometryDash.exe";
HackIH Injector;
do {
Sleep(250);
} while (!Injector.bind(Process));
Injector.DllInject(File, 0);
std::cout << "Injected." << std::endl;
}HAPIH 2 is able to perform DLL injection using the .DllInject and .DllEject functions, which work by spawning a thread on the needed kernel32.dll function, thus this feature only work for a target with the same bits as the compiled executable.
Memory allocation, thread spawning and chunk memory I/O is also made available (.ReadBytes and .WriteBytes), a function for computing an hash of data inside a vector is also made available (DJBHash)
Adding a binary searcher for the executable and some other memory manipulation functions. Also completing this readme since it's trash.
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