datagram.h

#ifndef UNTITLED_DATAGRAM_H
#define UNTITLED_DATAGRAM_H

#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <netinet/in.h>
#include <endian.h>


class Datagram {



public:
    Datagram();
    void clear_datagram();

    void pack_next_int8_bit_value_buffer(int8_t v);
    void pack_next_uint32_bit_value_buffer(uint32_t v);
    void pack_next_uint64_bit_value_buffer(uint64_t v);

    void get_int8_bit_value_fbuffer(int8_t& v, int start_in_datagram);
    void get_int32_bit_value_fbuffer(uint32_t& v, int start_in_datagram);
    void get_int64_bit_value_fbuffer(uint64_t& v, int start_in_datagram);
};
/*

class Client_datagram: public Datagram {
public:
    void create_datagram(const uint64_t& session_id, const int8_t& turn_direction,
                         const uint32_t& next_expected_event_no, string p);
    bool read_datagram_from_client(uint64_t& session_id, int8_t& turn_direction,
                                   uint32_t& next_expected_event_no, string& player_name);
    void test(string t);
};


class Server_datagram: public Datagram {
public:
    bool read_datagram_from_client(uint64_t& session_id, int8_t& turn_direction,
                                   uint32_t& next_expected_event_no, string& player_name);

};




class TESTOWA {


public:
    char datagram_buffer[512 + 1];// \0
    int next_free_byte;
    int recv_length;

public:
    TESTOWA();

    void clear_datagram();
    void s(string t);
};


*/
#endif //UNTITLED_DATAGRAM_H