Global key binding written in C++

i was originally very happy with this project, im not having much fun with it and im sorry if the code quality in recent updates has caused a decrease in this project. this is the last update to clear all stuff thats major up before a break from this. if you want to contribute the todo list is as follows.

TODO: Flag management Remove singletons Fix thread safety being aids Move everything to 1 header to increase ease of use. inline some functions. get rid of the endless thread.

Usage Examples

• Copy singleton.h, keyboard.h, vk_bind.h, and keyboard.c++ to your project.

Initializing Key Manager

int main(){
// initializes keyboard hook and message loop (:
 CKeyboard::Get().Initialize();
}

Key States Callbacks

void KeyDown(VirtualKey_t VkKey, std::uint32_t uVkCode ) {
// see main.c++ and vk_bind.h
}

void InitializeCallbacks(){
 // make sure you initialize keyboard before doing this
 // GetKey is thread safe now (:
 auto vkInfo = CKeyboard::Get().SetCallback(VK_OUR_KEY, KeyDown);
}

Checking Key States

// see main.c++ for more examples and usage of key states, down and was down (:
// outside of callbacks only use is down
CKeyboard::Get().GetKeyInfo(VK_OUR_KEY).m_bIsDown; // 

Code Style

// Style:

// Hungarian Notation for variables, eg.
float flFloatingPoint;
int iInteger;
string szString;

// Member variables are prefixxed with m_ ex.
float m_flFloatingPoint;
int m_iInteger;
string m_szString;

// Classes, Namespaces, Structs, and enums are PascalCase and use the following prefixes ex.
class CClassName
namespace n_NamespaceName
struct MyStruct_t

enum e_MyEnum{ // enum ex.
 SCREAMING_SNAKECASE = 1,
 SCREAMING_SNAKECASE2
};

// All functions are written in PascalCase ex.
void MyFunction();

// functions are documented via comment "headers" where they are declared. ex.

//================================================
// Purpose: Show how functions are documented
// uArg1: Meaningless argument 
// Returns: 0
//================================================
void MyFunction(const std::uint32_t uArg1);