qt/ledset/globalfunc.h

#ifndef GLOBALFUNC_H
#define GLOBALFUNC_H

#include <QtEndian>
#include "pcaprethread.h"

struct Head {
    byte pre[2]{0x55, 0x55};
    byte ver{1};
    byte srv{0};
    quint16_be len{0};
    byte tgtAddr[4]{0xff, 0xff, 0xff, 0xff};
    byte srcAddr[4]{0, 0, 0, 0};
    byte ptr[4]{0, 0, 0, 0};
    byte ans[2]{0, 0};
    quint32_be chk{0};
    byte bodyh[4]{0, 0, 0, 0};
    quint16_be bodylen{0};
};
struct Msg1024 : Head {
    byte body[1024-sizeof(Head)]{0};
};
static int fi = 0;
inline int ie(int size = 1) {
    fi = size;
    return 0;
}
inline int ipp(int size = 1) {
    auto rtn = fi;
    fi += size;
    return rtn;
}
enum enum_rcvCardType{
    enum_xixun_sync = 0,
    enum_xixun_async = 1,
    enum_zrf = 2,
    enum_mxe,
    NoCard
};
struct HeadMap {
    byte pre = ipp(2);
    byte ver = fi++;
    byte srv = fi++;
    byte len = ipp(2);
    byte tgtAddr = ipp(4);
    byte srcAddr = ipp(4);
    byte ptr = ipp(4);
    byte ans = ipp(2);
    byte chk = ipp(4);
    byte body = ipp(4);
    byte bodylen = ipp(2);
    byte end = fi;
};
//added by alahover -s 20230822
struct HeadMap_ZRF {
    quint16 pre = ie(2);//0
    quint16 tgtAddr = ipp(6);//2
    quint16 srcAddr = ipp(6);//8
    quint16 protcolFlag = ipp(2);//14
    quint16 pkgType = fi++;//16
    quint16 reserve = fi++;//17
    quint16 rcvIndex = fi++;//18
    quint16 netPort = fi++;//19
    quint16 end = fi;//20
    quint16 paramStart = fi;//20
};
//added by alahover -s 20230825
struct St_Zrf_rb_Param {
    quint16 rbParamType = ie(1);
    quint16 deviceNameLen = fi++;
    quint16 deviceName = ipp(11);
    quint16 deviceVerLen = fi++;
    quint16 deviceVer = ipp(8);
    quint16 posInfoLen = fi++;
    quint16 posInfo = ipp(8);
    quint16 statusInfoLen = fi++;
    quint16 statusInfo = ipp(16);
    quint16 param = ipp(256);
    quint16 end = fi;
};
//added by alahover -s 20230825
struct St_Zrf_Cmd_Param{
    quint16 reserve1 = ie(1);//0
    quint16 paramType = fi++;//1
    quint16 rcvCardPosH = fi++;//2
    quint16 rcvCardPosL = fi++;//3
    quint16 reserve2 = fi++;//4
    quint16 cmd = ipp(4);//8
    quint16 flashSentor = ipp(4);//12
    quint16 flashPage = ipp(4);//16
    quint16 reserve3 = ipp(4);//20
    quint16 param = ipp(256);//21
    quint16 reserve4 = ipp(4);
    quint16 end = fi;
};

struct St_Zrf_Base_Param{
    quint16 b0_RP = ie(1);                   //模组信号极性
    quint16 b1_xiaoyingTime = ipp(1);         //行消影时间
    quint16 b2_line_xytime = ipp(1);         //行消影时间
    quint16 b3_rows1Group = ipp(1);                 //
    quint16 b4_cols1Group = fi++;
    quint16 b5_scanNum = fi++;
    quint16 b6_emptyPointNum = fi++;
    quint16 b7_colorIndex = fi++;
    quint16 b8_dataOutModle = fi++;
    quint16 b9_brightStatic = fi++;
    quint16 b10_brightRed = fi++;
    quint16 b11_brightGreen = fi++;
    quint16 b12_brightBlue = fi++;
    quint16 b13_icType = fi++;
    quint16 b14_icParma = fi++;
    quint16 b15_redIgain = fi++;
    quint16 b16_greenIgain = fi++;
    quint16 b17_blueIgain = fi++;
    quint16 b18_clkFreq = fi++;
    quint16 b19_clkDutyCycle = fi++;
    quint16 b20_pwmIcGrayClk = fi++;
    quint16 b21_grayLevelMultFreq = fi++;
    quint16 b22_MultFreqMode = fi++;
    quint16 b23_reserve = fi++;
    quint16 b24_freshRate = ipp(2);
    quint16 b26_syncGraphicsCard = fi++;
    quint16 b27_Ldq = ipp(2);
    quint16 b29_reserve = fi++;
    quint16 b30_pwmMultFreq = fi++;
    quint16 b31_rcvCardCols = ipp(2);
    quint16 b33_emptyRowMode = fi++;
    quint16 b34_emptyRowPos = fi++;
    quint16 b35_xiaoYingEndTime = fi++;
    quint16 b36_RowIcParam = fi++;
    quint16 b37_reserve = fi++;
    quint16 b38_hub1to32Area = ipp(32);
    quint16 b70_reserve = fi++;
    quint16 b71_imgArea1to32Param = ipp(96);
    quint16 b167_syncPreTime = fi++;
    quint16 b168_reserve = fi++;
    quint16 b169_redIcParam1 = ipp(2);
    quint16 b171_redIcParam2 = ipp(2);
    quint16 b173_redIcParam3 = ipp(2);
    quint16 b175_greenIcParam1 = ipp(2);
    quint16 b177_greenIcParam2 = ipp(2);
    quint16 b179_greenIcParam3 = ipp(2);
    quint16 b181_blueIcParam1 = ipp(2);
    quint16 b183_blueIcParam2 = ipp(2);
    quint16 b185_blueIcParam3 = ipp(2);
    quint16 b187_redIcParam4 = ipp(2);
    quint16 b189_greenIcParam4 = ipp(2);
    quint16 b191_blueIcParam4 = ipp(2);
    quint16 end = fi;
};

struct St_MiaoDian_Param{
    quint16 scanIndex = ie(64);                   //模组信号极性
    quint16 PixelPos = ipp(448);         //行消影时间
    quint16 end = fi;         //行消影时间
};
extern HeadMap headMap;
extern HeadMap_ZRF headMap_zrf;
extern St_Zrf_rb_Param st_zrf_rb_param;//added by alahover 20230825
extern St_Zrf_Base_Param st_zrf_base_param;
extern St_Zrf_Cmd_Param st_zrf_cmd_param;
extern St_MiaoDian_Param st_miaodian_param;
extern byte *sepas;
extern pcap *pcapSend;
class PcapReThread;
extern PcapReThread *reThd;
extern QString gFileHome;
extern void GammaGen(unsigned short pGammaDataBuffer[],float fGamma,unsigned int uiGray);//added by alahover 20230829

QByteArray getNetDev(QWidget *parent, QByteArray, bool);

inline int sendMsg(const byte *msg, int size, int id, qint64 timeout, std::function<void(int code, const QByteArray)> callback, WaitingDlg *waitingDlg = 0) {
    return reThd->sendMsgNet(msg, size, id, timeout, callback, false, waitingDlg);
}
inline int sendMsg(QByteArray &msg, int id, qint64 timeout, std::function<void(int code, const QByteArray)> callback, WaitingDlg *waitingDlg = 0) {
    return sendMsg((byte*)msg.data(), msg.size(), id, timeout, callback, waitingDlg);
}
struct SyncResp {
    int code = 0;
    QByteArray msg;
};
SyncResp sendMsgSync(QByteArray &msg, int id, qint64 timeout, WaitingDlg *waitingDlg = 0);
#endif // GLOBALFUNC_H