#pragma once
#include "serial.h"


enum CMDOPT
{
    CMDOPT_None = 0,
    CMDOPT_Get = 1,
    CMDOPT_Set = 2
};

typedef struct __CMDPARAM__ {
    std::string name;        // 命令描述;
    std::string head;        // 命令头;
    std::string code;        // 命令码;
    std::string param;        // 命令码参数;
    // 命令属性类型：
    // 0=None,只返回一段数据包;
    // 1=Get,返回一段或两段数据包(成功时返回2段,失败时返回1段);
    // 2=Set,返回一段或两段数据包(成功时返回1段,失败时返回1段);
    int nOption;
    bool bMulticode;        // 命令码是否多参数;
    int cmd_wait_time;        // 两条串口指令间隔时间;
    int read_wait_time;        // 写完串口后，等待多久读;
    byte _rtnCode;
    byte _rtnStatus;
    std::string _rtnData;
    std::string _rtnError;
    std::string _rtnContext;
    std::string _cmdContext;
    void UpdateRtnCode()
    {
        if (!_tcsicmp(_T("AA"), head.c_str())) { // 调试用命令代码引导码;
            _rtnCode = 0xAB;
        }
        else if (!_tcsicmp(_T("AC"), head.c_str())) { // 软件配屏参数调整命令代码引导码;
            _rtnCode = 0xAD;
        }
        else if (!_tcsicmp(_T("AE"), head.c_str())) { // 保留命令发送类型引导码;
            _rtnCode = 0xAF;
        }
    }

    __CMDPARAM__& operator=(const __CMDPARAM__& cls)
    {
        if (this != &cls)
        {
           name = cls.name;
           head = cls.head;
           code = cls.code;
           param = cls.param;
           nOption = cls.nOption;
           bMulticode = cls.bMulticode;
           cmd_wait_time = cls.cmd_wait_time;
           read_wait_time = cls.read_wait_time;
           _rtnCode = cls._rtnCode;
           _rtnStatus = cls._rtnStatus;
           _rtnData = cls._rtnData;
           _rtnError = cls._rtnError;
           _rtnContext = cls._rtnContext;
           _cmdContext = cls._cmdContext;
        }
        
        return *this;
    }

    void Clean()
    {
        //_rtnCode = 0;
        _rtnStatus = 0;
#if _MSC_VER >= 1200 && _MSC_VER < 1500
        _rtnData = "";
        _rtnError = "";
        _rtnContext = "";
        _cmdContext = "";
#elif _MSC_VER >= 1500
        _rtnData.clear();
        _rtnError.clear();
        _rtnContext.clear();
        _cmdContext.clear();
#endif
    }

    __CMDPARAM__() {
        _rtnCode = 0;
        _rtnStatus = 0;
        nOption = 0;
        bMulticode = false;
        cmd_wait_time = 100;
        read_wait_time = 100;
    }
} CommandParam, * pCommandParam;


class TCLCommand :public CBaseSerial
{
    // 内部-低优先查找;
    std::vector<CommandParam> m_vtInternalCMDParams;
    // 外部-高优先查找;
    std::vector<CommandParam> m_vtExternalCMDParams;
public:
    TCLCommand(bool bSync = true);
    ~TCLCommand(void);

public:
    int pares_time_value(std::string strTime);
    bool parse_pair_key(std::string& RetValue, std::string strLine, TCHAR* lpszText);
    int parse_cmds_from_file(TCHAR* file_name, std::vector<CommandParam>& vtCommandParams);
    void parse_cmds_from_string(std::string str, std::vector<CommandParam>& vtCommandParams);
    bool GetCommandParams(std::string name, CommandParam& cmdPara);

    bool TheFirstPart(CommandParam& cmdPara, std::string data);
    bool TheSecondPart(CommandParam& cmdPara, std::string data);
    std::string PackingCommand(CommandParam& cmdPara, std::string data, const int& dataLen);
    void ParseResultString(CommandParam& cmdPara, std::string data, const int& dataLen);

public:

};