#ifndef __CTHREADQUEUE_H__
#define __CTHREADQUEUE_H__

#include <string>
#include <queue>
#include <mutex>

//==============================================================================
enum MessageType {
	MSG_WORLDSAVE = 0,
	MSG_SHUTDOWN,
	MSG_UNKNOWN,
	MSG_PRINT,
	MSG_RELOADJS,
	MSG_CONSOLEBCAST,
	MSG_PRINTDONE,
	MSG_PRINTFAILED,
	MSG_SECTIONBEGIN,
	MSG_RELOAD,
	MSG_COUNT
};

struct MessagePassed {
	MessageType	 actualMessage;
	std::string	 data;
};

//==============================================================================
class CThreadQueue {
private:
	std::queue< MessagePassed >	internalQueue;
	std::mutex queuelock;
public:
	CThreadQueue() = default;
	auto NewMessage( MessageType toAdd, const std::string& data="" ) ->void;
	auto GrabMessage()->MessagePassed ;
	auto Empty()->bool;
	auto operator<<( MessageType newMessage )->CThreadQueue & ;
	auto operator<<( char *toPush )->CThreadQueue & ;
	auto operator<<( const char *toPush )->CThreadQueue &;
	auto operator<<( const std::string& toPush )->CThreadQueue &;
	auto bulkData() ->std::queue<MessagePassed> ;
};

extern CThreadQueue messageLoop;

#endif