ProtocolDecoderStatic/ProtocolIIC/iic_packet.h

// // ******************************************************************
// //       /\ /|       @File         iic_packet.h
// //       \ V/        @Brief
// //       | "")       @Author        lijinwen, ghz005@uni-trend.com.cn
// //       /  |        @Creation      2024-07-19
// //      /  \\        @Modified      2024-07-25
// //    *(__\_\
// // ******************************************************************

#pragma once
#include <cstdint>
#include <vector>

#include "../decode_event.h"
//#include "protocol_iic_enums.h"

namespace Protocol
{
    struct IicDataInfo
    {
        int32_t index;
        int32_t length;
        uint8_t data;
        uint8_t ack;
        int32_t ack_index;
        int32_t ack_length;
        uint8_t success_ack;
        uint8_t has_ack;
    };

    //内部使用数据结构 数据帧
   /* struct IicPacket
    {
        bool has_start;
        int32_t start_index;
        int32_t start_len;
        int32_t addr_index;
        int32_t addr_len;
        uint16_t addr_data;
        bool rw;
        int32_t rw_index;
        int32_t rw_len;
        bool addr_ack;
        bool success_addr_ack;
        int32_t addr_ack_index;
        int32_t addr_ack_len;
        bool has_addr_ack;
        std::vector<IicDataInfo> data_infos;
        bool has_end;
        int32_t end_index;
        int32_t end_len;
    };*/

    struct IicEvent
    {
        bool has_start;
        int32_t start_index;
        int32_t start_len;
        int32_t addr_index;
        int32_t addr_len;
        uint16_t addr_data;
        //bool rw; bug
        uint16_t rw; 

        int32_t rw_index;
        int32_t rw_len;
        bool addr_ack;
        bool success_addr_ack;
        int32_t addr_ack_index;
        int32_t addr_ack_len;
        bool has_addr_ack;
        int32_t data_infos_index; // ptr to std::vector<IicDataInfo> packet_infos_
        int32_t data_infos_count;
        bool has_end;
        int32_t end_index;
        int32_t end_len;
       /* IicEvent(IicPacket packet)
        {
            has_start = packet.has_start;
            start_index = packet.start_index;
            start_len = packet.start_len;
            addr_index = packet.addr_index;
            addr_len = packet.addr_len;
            addr_data = packet.addr_data;
            rw = packet.rw;
            rw_index = packet.rw_index;
            rw_len = packet.rw_len;
            addr_ack = packet.addr_ack;
            success_addr_ack = packet.success_addr_ack;
            addr_ack_index = packet.addr_ack_index;
            addr_ack_len = packet.addr_ack_len;
            has_addr_ack = packet.has_addr_ack;
            data_infos_ptr = reinterpret_cast<intptr_t>(packet.data_infos.data());
            has_end = packet.has_end;
            end_index = packet.end_index;
            end_len = packet.end_len;
        }*/
    };
}