Yami Framework (Object Oriented, Memory Management)

Shared<YCrypter> pCrypter = make_shared<YCrypter>();
cryptograpy_key key("MPGH"); // Cryptograpy key
pCrypter->EncryptFile("exe.exe", "encrypted.data", key); // Encrypt the file
// Decrypt encrypted data to be able to use the exe like normal again (or dll or whatever you stored)
pCrypter->DecryptFile("encrypted.data", "newexe.exe", key);
// Remember that the key must always be the same, you cannot encrypt a file with key 'MPGH' and then try to decrypt it with 'mpgh'

TestClass class; // Object
Shared<YThread> thread = make_shared<YThread>(); // Shared pointer (You'll learn what Shared pointer is in a sec)
thread->Start(&class, &TestClass::FunctionYouWantToBeThread, argumentsused);

Shared<TestClass> object = make_shared<TestClass>(); // object is the original owner of this pointer now, only object can destroy it
Shared<TestClass> shared_ptr(object); // shared_ptr can also access the object now

std::cout << "object is " << (object.is_owner() ? "Owner" : "Brother") << std::endl; // Outputs Owner
std::cout << "shared_ptr is " << (shared_ptr.is_owner() ? "Owner" : "Brother") << std::endl; // Outputs Brother
// When object goes out of scope the managed pointer will be destroyed and all memory de-allocated!

YProcessIterator pIter;

while(++pIter) // ++ operator has been overloaded, every time you ++ the iterator it goes to the next process (it returns true if there is a next process)
{
   if (pIter->name == "csgo.exe") // Name is the name of the process
   {
       YModuleIterator mIter(pIter->pID); // Module iterator must be constructed with a process ID 
       while(++mIter) // Same as proc iter
       {
           if (mIter->name == "client.dll") // If name etc etc
       }
   }
}

Shared<YMemory> pMemory = make_shared<YMemory>(); // Managed object

if (pMemory->Attach("csgo.exe"))
{
     YModule client;
     pMemory->Module("client.dll", &client);
     pMemory->Read<int>(someaddr);
}

int main(int argC, char* argV[)
{
   Shared<YApplication> app = Start(argC, argV); // Start application

   return app->Exit(); // Exit application
}