#include "FrameConfig.h"

#include <utility>      /**< std::pair std::make_pair */

#include <QDir>
#include <QMessageBox>

FrameConfig::FrameConfig(QWidget* parent)
    : QWidget(parent)
    , m_pSingleton(nullptr)
    , m_strExePath("")
    , m_strDataPath("")
    , m_strModelType("")
    , m_pStatusInfoModel(nullptr)
    , strFileDir(".\\")
    , m_pValidProcess(nullptr)
    , m_pNetDataRecv(nullptr)
    , m_uiDataProcFinished(0)
    , m_uiDataProcNum(0)
    , m_bOfflineParse(false) // 是否正在进行离线解析
    , m_bRealParse(false)    // 是否正在进行实时解析
    , m_uiParseStatus(0)
{
    ui.setupUi(this);
    m_pSingleton = Singleton::CreateInstance();
    m_mapUIntAfterProc.clear();
    m_mapUIntProcess.clear();

    initNetworkType(); // 初始化网络选择
    loadConfigFiles(); // 加载XML配置文件
    initStatusInfo();  // 初始化状态信息

    connect(ui.pb_loadFile, &QPushButton::clicked, this, &FrameConfig::loadConfigFiles);
    connect(ui.pb_offlineParse, &QPushButton::clicked, this, &FrameConfig::startOfflineParse);
    connect(ui.pb_realParse, &QPushButton::clicked, this, &FrameConfig::startRealParse);

    // 进度条
    ui.pb_progressBar->setRange(0, 100);
    ui.pb_progressBar->setValue(0);

    ui.le_networkIP->setText("225.0.0.151");
    ui.le_networkPort->setText("11511");
}

FrameConfig::~FrameConfig()
{}

void FrameConfig::initModelType()
{
    ui.cb_modelType->clear();
    ui.cb_modelType->addItem("请选择产品型号!");
    connect(ui.cb_modelType, &QComboBox::currentTextChanged, this, &FrameConfig::selectModelType);
}

void FrameConfig::initNetworkType()
{
    ui.cb_networkType->clear();
    ui.cb_networkType->addItem("请选择网络类型!");
    ui.cb_networkType->addItem("UDP组播");
    ui.cb_networkType->addItem("UDP单播");
    connect(ui.cb_networkType, &QComboBox::currentTextChanged, this,
            &FrameConfig::selectNetworkType);
}

void FrameConfig::initStatusInfo()
{
    m_pStatusInfoModel = new QStandardItemModel(this);
    m_pStatusInfoModel->setColumnCount(3);
    m_pStatusInfoModel->setHorizontalHeaderLabels({"序号", "时间", "事件"});
    ui.tv_statusInfo->setModel(m_pStatusInfoModel);
    ui.tv_statusInfo->setColumnWidth(0, 60);
    ui.tv_statusInfo->setColumnWidth(1, 150);
    ui.tv_statusInfo->setColumnWidth(2, 200);
    ui.tv_statusInfo->header()->setDefaultAlignment(Qt::AlignLeft); // 设置表头居中
    ui.tv_statusInfo->header()->hide();
}

void FrameConfig::displayStatusInfo(bool isSucess, QString statusInfo)
{
    int            rowCount = m_pStatusInfoModel->rowCount();
    QStandardItem* itemNum  = new QStandardItem(QString::number(rowCount + 1));
    QString        strTime  = QDateTime::currentDateTime().toString("yyyy-MM-dd hh:mm:ss");
    QStandardItem* itemTime = new QStandardItem(strTime);    // 时间
    QStandardItem* itemInfo = new QStandardItem(statusInfo); // 信息
    m_pStatusInfoModel->setItem(rowCount, 0, itemNum);
    m_pStatusInfoModel->setItem(rowCount, 1, itemTime);
    m_pStatusInfoModel->setItem(rowCount, 2, itemInfo);
    if (isSucess == false) {
        m_pStatusInfoModel->item(rowCount, 0)->setForeground(QBrush(QColor(255, 0, 0))); // 红色
        m_pStatusInfoModel->item(rowCount, 1)->setForeground(QBrush(QColor(255, 0, 0)));
        m_pStatusInfoModel->item(rowCount, 2)->setForeground(QBrush(QColor(255, 0, 0)));
    } else {
        m_pStatusInfoModel->item(rowCount, 0)->setForeground(QBrush(QColor(0, 0, 0))); // 黑色
        m_pStatusInfoModel->item(rowCount, 1)->setForeground(QBrush(QColor(0, 0, 0)));
        m_pStatusInfoModel->item(rowCount, 2)->setForeground(QBrush(QColor(0, 0, 0)));
    }
    for (int i = 0; i < 3; i++) {
        // m_pStatusInfoModel->item(rowCount, i)->setTextAlignment(Qt::AlignHCenter |
        // Qt::AlignLeft);
        m_pStatusInfoModel->item(rowCount, i)->setTextAlignment(Qt::AlignLeft);
    }
    ui.tv_statusInfo->scrollToBottom(); // 滚动到底部
}

void FrameConfig::loadConfigFiles()
{
    if (m_bOfflineParse == true) {
        displayStatusInfo(false, "正在离线解析数据!");
        return;
    }
    if (m_bRealParse == true) {
        displayStatusInfo(false, "正在实时解析数据!");
        return;
    }

    initModelType();
    m_configFilesList.clear();
    m_mapStrConfigInfo.clear();
    m_strExePath       = m_pSingleton->getExePath();
    QString     strDir = m_strExePath + "/Config/";
    QDir        dir(strDir);
    QStringList fileFilters;
    fileFilters << "*.xml";
    // 遍历目录下所有满足条件的文件名
    QStringList configFiles = dir.entryList(fileFilters, QDir::Files | QDir::Readable,
                                            QDir::Name); // 获取所有目录名称列表
    for (QString fileName : configFiles) {
        QStringList strSplitList = fileName.split(".");
        QString     strSuffix    = strSplitList.at(strSplitList.length() - 1);
        QString     strValidName = fileName.mid(0, fileName.length() - strSuffix.length() - 1);
        // 读取配置文件
        if (!readConfigFile(strDir, fileName, strValidName)) {
            continue;
        }
        ui.cb_modelType->addItem(strValidName);
        m_configFilesList.append(strValidName);
    }
    QMutexLocker locker(&m_mutex);
    m_pSingleton->setConfigInfo(m_mapStrConfigInfo);
}

bool FrameConfig::readConfigFile(QString strdir, QString strfile, QString strvalid)
{
    QFile file(strdir + strfile);
    if (!file.open(QIODevice::ReadOnly)) {
        return false;
    }
    QDomDocument domDoc;
    if (!domDoc.setContent(&file)) {
        file.close();
        return false;
    }
    file.close();
    ConfigInfo* configInfo     = new ConfigInfo();
    configInfo->m_strValidName = strvalid;
    QDomElement rootElement    = domDoc.documentElement(); // 返回根节点
    QDomElement frameElement =
        rootElement.firstChildElement("FrameInfo").firstChildElement("Frame"); // 返回根节点的子节点
    if (!frameElement.isNull()) {
        Frame* pFrame           = new Frame();
        pFrame->m_strHead       = frameElement.attribute("head");
        // 解析帧头
        char           cHead[2] = {0x00, 0x00};
        unsigned short usHead   = pFrame->m_strHead.toUShort(nullptr, 16);
        memcpy(cHead, (char*)&usHead + 1, 1);
        memcpy(cHead + 1, (char*)&usHead, 1);
        pFrame->m_headArray      = QByteArray(cHead, 2);
        pFrame->m_usSubFrameType = frameElement.attribute("subFrameType").toUShort();
        if (pFrame->m_usSubFrameType == 2) { // 反码副帧
            // 求反码副帧帧头
            unsigned short usTemp    = 0xFFFF;
            unsigned short usSubHead = ~(usHead & usTemp);
            memcpy(cHead, (char*)&usSubHead + 1, 1);
            memcpy(cHead + 1, (char*)&usSubHead, 1);
            pFrame->m_subHeadArray = QByteArray(cHead, 2);
        }
        pFrame->m_usHeadAddr = frameElement.attribute("headAddr").toUShort();
        pFrame->m_usIdAddr   = frameElement.attribute("idAddr").toUShort();
        pFrame->m_usIdStart  = frameElement.attribute("idStart").toUShort();
        pFrame->m_uiRow      = frameElement.attribute("row").toUInt();
        pFrame->m_uiColumn   = frameElement.attribute("column").toUInt();
        pFrame->m_dFrameTime = frameElement.attribute("frameTime").toDouble(); // 帧间隔
        pFrame->m_usIdEnd    = pFrame->m_usIdStart + pFrame->m_uiRow - 1;
        // 计算帧长
        pFrame->m_uiFrameLen = pFrame->m_uiRow * pFrame->m_uiColumn;

        switch (pFrame->m_usHeadAddr) {
        case 1: // 帧头在每行最前
            pFrame->m_usBeforeHeadLen = 0;
            break;
        case 2: // 帧头在每行最后
            pFrame->m_usBeforeHeadLen = pFrame->m_uiColumn - 2;
            break;

        default:
            break;
        }
        configInfo->m_pFrame = pFrame;
    }
    QDomElement paramElement =
        rootElement.firstChildElement("ParamInfo").firstChildElement("Param"); // 返回根节点的子节点
    while (!paramElement.isNull()) {
        Param* param             = new Param();
        param->m_uiId            = paramElement.attribute("id").toUInt();
        param->m_strCode         = paramElement.attribute("code");
        param->m_strTitle        = paramElement.attribute("title");
        param->m_strChannelGroup = paramElement.attribute("channelGroup");
        param->m_pChannelGroup   = new ChannelGroup();
        // 对通道进行拆分
        QString strChannelGroup  = param->m_strChannelGroup;
        channelDeal(configInfo->m_pFrame, param, strChannelGroup);

        param->m_usModel = paramElement.attribute("model").toUShort();
        if (param->m_usModel == 3) {                                         // 图像
            param->m_usFormat = paramElement.attribute("format").toUShort(); // 原始图像格式
            param->m_uiWidth = paramElement.attribute("width").toUInt(); // 一帧图像像素宽度
            param->m_uiHeight = paramElement.attribute("height").toUInt(); // 一帧图像像素高度
        }
        if (param->m_usModel == 2 || param->m_usModel == 3) { // 数字量和图像
            if (paramElement.hasAttribute("fill")) {
                param->m_strFill = paramElement.attribute("fill");
            }
        } else if (param->m_usModel == 1 || param->m_usModel == 4) { // 模拟量和状态量
            param->m_strFill = "";
        }
        // 获取填充值
        char    cFill   = 0x00;
        QString strFill = param->m_strFill;
        // 剔除0x
        if (strFill.contains("0x")) {
            strFill = strFill.remove("0x");
        }
        unsigned short usFill = 0;
        for (int i = 0; i < strFill.size(); i += 2) {
            unsigned short usFill = strFill.mid(i, 2).toUShort(nullptr, 16);
            memcpy(&cFill, (char*)&usFill, 1);
            param->m_fillArray.append(cFill);
        }
        param->m_usType     = paramElement.attribute("type").toUShort();
        param->m_usOrder    = paramElement.attribute("order").toUShort();
        param->m_strBit     = paramElement.attribute("bit");
        param->m_strFormula = paramElement.attribute("formula");
        // 坐标公式处理
        if (param->m_strFormula != "") {
            formulaDeal(param);
        }
        param->m_strUnit = paramElement.attribute("unit");
        configInfo->m_mapUIntParam.insert(std::pair<unsigned int, Param*>(param->m_uiId, param));
        paramElement = paramElement.nextSiblingElement();
    }
    m_mapStrConfigInfo.insert(std::pair<QString, ConfigInfo*>(configInfo->m_strValidName, configInfo));
    return true;
}

void FrameConfig::channelDeal(Frame* frame, Param* param, QString channelGroup)
{
    if (channelGroup.contains(
            ";", Qt::CaseInsensitive)) { // 包含";"，可能是分段连续列、分段单列、分段单坐标
        if (channelGroup.contains("～") && channelGroup.contains("Col-")) { // 说明存在连续列
            for (unsigned int i = 0; i < frame->m_uiRow; i++) { // 对每一行进行处理
                QStringList strChannelList = channelGroup.split(";");
                for (int j = 0; j < strChannelList.size(); j++) {
                    QString      strTemp     = strChannelList.at(j);
                    QStringList  strTempList = strTemp.split("～");
                    QString      strStart    = strTempList.at(0); // 第一个
                    QString      strEnd      = strTempList.at(1); // 最后一个
                    unsigned int uiStart     = 0;
                    unsigned int uiEnd       = 0;
                    uiStart                  = strStart.split("-").at(1).toUInt();
                    uiEnd                    = strEnd.split("-").at(1).toUInt();
                    for (unsigned int k = uiStart; k <= uiEnd; k++) {
                        Channel* pChannel         = new Channel();
                        pChannel->m_uiMinorFrame  = i;
                        pChannel->m_uiSubFrame    = k;
                        pChannel->m_uiAbsolutePos = frame->m_uiColumn * i + k; // 绝对位置
                        param->m_pChannelGroup->m_vecChannel.push_back(pChannel);
                    }
                }
            }
            param->m_pChannelGroup->m_uiChannelNum = param->m_pChannelGroup->m_vecChannel.size();
        } else if (!channelGroup.contains("～")
                   && channelGroup.contains("Col-")) { // 说明包含列，但不包含连续列
            for (unsigned int i = 0; i < frame->m_uiRow; i++) { // 对每一行进行处理
                QStringList strChannelList = channelGroup.split(";");
                for (int j = 0; j < strChannelList.size(); j++) {
                    QString      strTemp      = strChannelList.at(j);
                    unsigned int uiColumn     = strTemp.split("-").at(1).toUInt();
                    Channel*     pChannel     = new Channel();
                    pChannel->m_uiMinorFrame  = i;
                    pChannel->m_uiSubFrame    = uiColumn;
                    pChannel->m_uiAbsolutePos = frame->m_uiColumn * i + uiColumn; // 绝对位置
                    param->m_pChannelGroup->m_vecChannel.push_back(pChannel);
                }
            }
            param->m_pChannelGroup->m_uiChannelNum = param->m_pChannelGroup->m_vecChannel.size();
        } else if (!channelGroup.contains("～") && !channelGroup.contains("Col-")
                   && channelGroup.contains("#")) { // 说明为单坐标
            QStringList strChannelList = channelGroup.split(";");
            for (int i = 0; i < strChannelList.size(); i++) {
                QString      strTemp      = strChannelList.at(i);
                QStringList  strTempList  = strTemp.split("#");
                QStringList  strLeftList  = strTempList.at(0).split(","); // 行
                QStringList  strRightList = strTempList.at(1).split(","); // 列
                unsigned int uiRow        = 0;
                unsigned int uiColumn     = 0;
                for (unsigned int i = 0; i < strLeftList.size(); i++) {
                    uiRow = strLeftList.at(i).toUInt();
                    for (unsigned int j = 0; j < strRightList.size(); j++) {
                        uiColumn                  = strRightList.at(j).toUInt();
                        Channel* pChannel         = new Channel();
                        pChannel->m_uiMinorFrame  = uiRow;
                        pChannel->m_uiSubFrame    = uiColumn;
                        pChannel->m_uiAbsolutePos = frame->m_uiColumn * uiRow + uiColumn;
                        param->m_pChannelGroup->m_vecChannel.push_back(pChannel);
                    }
                }
                param->m_pChannelGroup->m_uiChannelNum =
                    param->m_pChannelGroup->m_vecChannel.size();
            }
        }
    } else { // 不包含";"，可能是连续列、单列、单坐标
        if (channelGroup.contains("～") && channelGroup.contains("Col-")) { // 说明存在连续列
            for (unsigned int i = 0; i < frame->m_uiRow; i++) { // 对每一行进行处理
                QStringList  strTempList = channelGroup.split("～");
                QString      strStart    = strTempList.at(0); // 第一个
                QString      strEnd      = strTempList.at(1); // 最后一个
                unsigned int uiStart     = 0;
                unsigned int uiEnd       = 0;
                uiStart                  = strStart.split("-").at(1).toUInt();
                uiEnd                    = strEnd.split("-").at(1).toUInt();
                for (unsigned int k = uiStart; k <= uiEnd; k++) {
                    Channel* pChannel         = new Channel();
                    pChannel->m_uiMinorFrame  = i;
                    pChannel->m_uiSubFrame    = k;
                    pChannel->m_uiAbsolutePos = frame->m_uiColumn * i + k; // 绝对位置
                    param->m_pChannelGroup->m_vecChannel.push_back(pChannel);
                }
            }
            param->m_pChannelGroup->m_uiChannelNum = param->m_pChannelGroup->m_vecChannel.size();
        } else if (!channelGroup.contains("～")
                   && channelGroup.contains("Col-")) { // 说明包含列，但不包含连续列
            for (unsigned int i = 0; i < frame->m_uiRow; i++) { // 对每一行进行处理
                unsigned int uiColumn     = channelGroup.split("-").at(1).toUInt();
                Channel*     pChannel     = new Channel();
                pChannel->m_uiMinorFrame  = i;
                pChannel->m_uiSubFrame    = uiColumn;
                pChannel->m_uiAbsolutePos = frame->m_uiColumn * i + uiColumn; // 绝对位置
                param->m_pChannelGroup->m_vecChannel.push_back(pChannel);
            }
            param->m_pChannelGroup->m_uiChannelNum = param->m_pChannelGroup->m_vecChannel.size();
        } else if (!channelGroup.contains("～") && !channelGroup.contains("Col-")
                   && channelGroup.contains("#")) { // 说明为单坐标
            QStringList  strTempList  = channelGroup.split("#");
            QStringList  strLeftList  = strTempList.at(0).split(","); // 行
            QStringList  strRightList = strTempList.at(1).split(","); // 列
            unsigned int uiRow        = 0;
            unsigned int uiColumn     = 0;
            for (unsigned int i = 0; i < strLeftList.size(); i++) {
                uiRow = strLeftList.at(i).toUInt();
                for (unsigned int j = 0; j < strRightList.size(); j++) {
                    uiColumn                  = strRightList.at(j).toUInt();
                    Channel* pChannel         = new Channel();
                    pChannel->m_uiMinorFrame  = uiRow;
                    pChannel->m_uiSubFrame    = uiColumn;
                    pChannel->m_uiAbsolutePos = frame->m_uiColumn * uiRow + uiColumn;
                    param->m_pChannelGroup->m_vecChannel.push_back(pChannel);
                }
            }
            param->m_pChannelGroup->m_uiChannelNum = param->m_pChannelGroup->m_vecChannel.size();
        }
    }
}

void FrameConfig::formulaDeal(Param* param)
{
    // 利用正则表达式对公式进行匹配
    QRegExp regFormula("^\\[((-?\\d+)|((-?\\d+)(\\.\\d+)))(,((-?\\d+)|((-?\\d+)(\\.\\d+))))*\\]$");
    if (regFormula.exactMatch(param->m_strFormula)) {
        int         iStart       = param->m_strFormula.indexOf("[") + 1;
        int         iEnd         = param->m_strFormula.indexOf("]");
        QString     strValid     = param->m_strFormula.mid(iStart, iEnd - iStart);
        QStringList strList      = strValid.split(",");
        int         equaNum      = strList.size() - 1; // 最高次方
        param->m_formula.equaNum = equaNum;
        for (int i = 0; i < strList.size(); i++) {
            param->m_formula.Equation[i] = strList.at(equaNum - i).toDouble();
        }
    }
}

void FrameConfig::selectModelType()
{
    if (m_bOfflineParse == true) {
        displayStatusInfo(false, "正在离线解析数据!");
        return;
    }
    if (m_bRealParse == true) {
        displayStatusInfo(false, "正在实时解析数据!");
        return;
    }
    m_strModelType = ui.cb_modelType->currentText();
    if (m_strModelType == "请选择产品型号!") {
        return;
    }
    m_pSingleton->setModelType(m_strModelType);
    emit switchModelType(m_strModelType);
}

void FrameConfig::selectNetworkType()
{
    if (ui.cb_networkType->currentText() == "请选择网络类型!") {
        return;
    }
    QRegExp ipExp(
        "\\b(?:(?:25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)\\.){3}(?:25[0-5]|2[0-4][0-9]|[01]?[0-9][0-"
        "9]?)\\b");
    QRegExp portExp(
        "^([0-9]|[1-9]\\d|[1-9]\\d{2}|[1-9]\\d{3}|[1-5]\\d{4}|6[0-4]\\d{3}|65[0-4]\\d{2}|655[0-2]"
        "\\d|6553[0-5])$");
    // 判断IP地址和端口号
    QString strIP    = ui.le_networkIP->text();   // IP地址
    QString strPort  = ui.le_networkPort->text(); // 端口号
    bool    bIpExp   = ipExp.exactMatch(strIP);
    bool    bPortExp = portExp.exactMatch(strPort);
    if (!bIpExp || !bPortExp) {
        displayStatusInfo(false, "IP地址或端口号有误!");
        return;
    }
    QHostAddress hostAddress    = QHostAddress(strIP);
    QString      strNetworkType = ui.cb_networkType->currentText();
    if (strNetworkType == "UDP单播") {
        m_network.type = 1;
    } else if (strNetworkType == "UDP组播") {
        if (!hostAddress.isMulticast()) {
            displayStatusInfo(false, "组播地址设置有误!");
            return;
        }
        m_network.type = 2;
    }
    m_network.ip   = strIP;
    m_network.port = strPort.toUShort();
}

void FrameConfig::startOfflineParse()
{
    if (ui.cb_modelType->currentText() == "请选择产品型号!") {
        displayStatusInfo(false, "请选择产品型号!");
        return;
    }
    if (m_bRealParse == true) {
        displayStatusInfo(false, "正在实时解析数据!");
        return;
    }

    if (m_bOfflineParse == false) {
        QString fileName = QFileDialog::getOpenFileName(this, QObject::tr("请选择数据文件"),
                                                        strFileDir, "*.*;;*.bin;;*.dat");
        if (fileName == "") {
            return;
        }
        m_bOfflineParse = true;
        m_uiParseStatus = 1; // 离线解析
        ui.pb_offlineParse->setText("停止");
        displayStatusInfo(true, "开始离线解析数据!");

        int pos    = fileName.lastIndexOf("/");
        strFileDir = fileName.left(pos);

        QFile file(fileName);
        if (!file.open(QIODevice::ReadOnly)) {
            return;
        }
        QByteArray byteArray = file.readAll();
        startAfterProc(byteArray);
    } else if (m_bOfflineParse == true) {
        stopAfterProc();
        m_bOfflineParse = false;
        m_uiParseStatus = 0;
        ui.pb_offlineParse->setText("离线解析");
        displayStatusInfo(true, "离线解析数据结束!");
    }
    emit parseStatus(m_uiParseStatus);
}

void FrameConfig::startAfterProc(QByteArray byteArray)
{
    createDataPath(m_uiParseStatus);
    map<QString, ConfigInfo*>::iterator mapIter;
    mapIter = m_mapStrConfigInfo.begin();
    while (mapIter != m_mapStrConfigInfo.end()) {
        if ((*mapIter).first != m_strModelType) {
            ++mapIter;
            continue;
        }
        ValidAfterProc* m_pValidAfterProc = new ValidAfterProc();
        connect(m_pValidAfterProc, &ValidAfterProc::validDataExtract, this,
                &FrameConfig::validDataExtract);
        connect(m_pValidAfterProc, &ValidAfterProc::finished, m_pValidAfterProc,
                &ValidAfterProc::deleteLater);
        m_pValidAfterProc->init((*mapIter).second->m_pFrame);
        m_pValidAfterProc->setData(byteArray);
        m_pValidAfterProc->start();
        ++mapIter;
    }
}
// 按变量个数进行提取
void FrameConfig::validDataExtract(QByteArray byteArray)
{
    displayStatusInfo(true, "开始解析数据!");
    ui.pb_progressBar->setValue(0);
    m_uiDataProcFinished = 0;

    auto mapIter = m_mapStrConfigInfo.find(m_strModelType);
    if (mapIter != m_mapStrConfigInfo.end()) {
        // 针对每个参数建立一个数据处理线程
        m_uiDataProcNum = (unsigned int)mapIter->second->m_mapUIntParam.size();
        for (auto param : mapIter->second->m_mapUIntParam) {
            if (param.second->m_usModel == 1 || param.second->m_usModel == 4) { // 工程量或状态量
                CurveWidget* curveWidget = param.second->getCurveWidget();
                curveWidget->clearWidget();
                curveWidget->m_bRefTime           = false;
                AnalogAfterProc* pAnalogAfterProc = new AnalogAfterProc();
                connect(pAnalogAfterProc, &AnalogAfterProc::parseFinished, curveWidget,
                        &CurveWidget::parseFinished);
                connect(pAnalogAfterProc, &AnalogAfterProc::finished, this,
                        &FrameConfig::dataProcFinished);
                connect(pAnalogAfterProc, &AnalogAfterProc::finished, pAnalogAfterProc,
                        &AnalogAfterProc::deleteLater);
                pAnalogAfterProc->init(mapIter->second->m_pFrame, param);
                pAnalogAfterProc->setData(byteArray);
                pAnalogAfterProc->start();
            } else if (param.second->m_usModel == 2) { // 数字量
                DigitalAfterProc* pDigitalAfterProc = new DigitalAfterProc();
                connect(pDigitalAfterProc, &DigitalAfterProc::finished, this,
                        &FrameConfig::dataProcFinished);
                connect(pDigitalAfterProc, &DigitalAfterProc::finished, pDigitalAfterProc,
                        &DigitalAfterProc::deleteLater);
                pDigitalAfterProc->init(mapIter->second->m_pFrame, param);
                pDigitalAfterProc->setData(byteArray);
                pDigitalAfterProc->start();
            } else if (param.second->m_usModel == 3) { // 图像
                VideoAfterProc* pVideoAfterProc = new VideoAfterProc();
                connect(pVideoAfterProc, &VideoAfterProc::dataProcFinished, this,
                        &FrameConfig::dataProcFinished);
                connect(pVideoAfterProc, &VideoAfterProc::finished, pVideoAfterProc,
                        &VideoAfterProc::deleteLater);
                pVideoAfterProc->init(mapIter->second->m_pFrame, param);
                pVideoAfterProc->getFfmpegDecode();
                VideoWidget* videoWidget = param.second->getVideoWidget();
                if (videoWidget != nullptr) {
                    // 建立播放窗口与视频数据解析线程之间的关系
                    connect(videoWidget, &VideoWidget::startPlayer, pVideoAfterProc,
                            &VideoAfterProc::startPlayer);
                    connect(videoWidget, &VideoWidget::videoSpeed, pVideoAfterProc,
                            &VideoAfterProc::videoSpeed);
                    connect(videoWidget, &VideoWidget::setPlayPos, pVideoAfterProc,
                            &VideoAfterProc::setPlayPos);
                    connect(pVideoAfterProc, &VideoAfterProc::playedCount, videoWidget,
                            &VideoWidget::playedCount);
                }
                pVideoAfterProc->setData(byteArray);
                pVideoAfterProc->start();
                m_mapUIntAfterProc.insert(std::make_pair(param.second->m_uiId, pVideoAfterProc));
            }
        }
    }
}

void FrameConfig::dataProcFinished()
{
    ++m_uiDataProcFinished;
    if (m_uiDataProcFinished < m_uiDataProcNum) {
        int value = (int)((m_uiDataProcFinished * 1.0 / m_uiDataProcNum * 1.0) * 100.0);
        ui.pb_progressBar->setValue(value);
        return;
    }
    ui.pb_progressBar->setValue(100);
    displayStatusInfo(true, "提取数据结束!");
}

void FrameConfig::stopAfterProc()
{
    // 停止视频窗口播放
    auto mapIter = m_mapStrConfigInfo.find(m_strModelType);
    if (mapIter != m_mapStrConfigInfo.end()) {
        m_uiDataProcNum = (unsigned int)mapIter->second->m_mapUIntParam.size();
        for (auto param : mapIter->second->m_mapUIntParam) {
            if (param.second->m_usModel == 1 || param.second->m_usModel == 4) { // 工程量或状态量
            } else if (param.second->m_usModel == 3) {                          // 图像
                param.second->getVideoWidget()->stopPlay();
            }
        }
    }
    for (auto afterproc : m_mapUIntAfterProc) { // 关闭数据解析
        afterproc.second->stop();
    }
    m_mapUIntAfterProc.clear();
    ui.pb_progressBar->setValue(0);
}

void FrameConfig::startRealParse()
{
    if (ui.cb_modelType->currentText() == "请选择产品型号!") {
        displayStatusInfo(false, "请选择产品型号!");
        return;
    }
    if (ui.cb_networkType->currentText() == "请选择网络类型!") {
        displayStatusInfo(false, "请选择网络类型!");
        return;
    }

    if (m_bOfflineParse == true) {
        displayStatusInfo(false, "正在离线解析数据!");
        return;
    }

    if (m_bRealParse == false) {
        m_bRealParse    = true;
        m_uiParseStatus = 2; // 在线解析
        ui.pb_realParse->setText("停止");
        displayStatusInfo(true, "开始实时解析数据!");
        selectNetworkType();
        startProcess();
    } else if (m_bRealParse == true) {
        stopProcess();
        m_bRealParse    = false;
        m_uiParseStatus = 0;
        ui.pb_realParse->setText("实时解析");
        displayStatusInfo(true, "实时解析数据结束!");
    }
    emit parseStatus(m_uiParseStatus);
}

void FrameConfig::startProcess()
{
    createDataPath(m_uiParseStatus);
    Frame* pFrame = nullptr;
    auto mapIter = m_mapStrConfigInfo.find(m_strModelType);

    if (mapIter != m_mapStrConfigInfo.end()) {
        m_uiDataProcNum = (unsigned int)mapIter->second->m_mapUIntParam.size();
        for (auto param : mapIter->second->m_mapUIntParam) {
            pFrame = mapIter->second->m_pFrame;
            if (param.second->m_usModel == 1 || param.second->m_usModel == 4) { // 工程量或状态量
                CurveWidget* curveWidget = param.second->getCurveWidget();
                curveWidget->clearWidget();
                curveWidget->startRefresh(true);
                curveWidget->m_bRefTime       = false;
                AnalogProcess* pAnalogProcess = new AnalogProcess();
                connect(pAnalogProcess, &AnalogProcess::finished, pAnalogProcess,
                        &AnalogProcess::deleteLater);
                pAnalogProcess->init(mapIter->second->m_pFrame, param);
                pAnalogProcess->start();
                m_mapUIntProcess.insert(std::make_pair(param.second->m_uiId, pAnalogProcess));
            } else if (param.second->m_usModel == 2) { // 数字量
                DigitalProcess* pDigitalProcess = new DigitalProcess();
                connect(pDigitalProcess, &DigitalProcess::finished, pDigitalProcess,
                        &DigitalProcess::deleteLater);
                pDigitalProcess->init(mapIter->second->m_pFrame, param);
                pDigitalProcess->start();
                m_mapUIntProcess.insert(std::make_pair(param.second->m_uiId, pDigitalProcess));
            } else if (param.second->m_usModel == 3) { // 图像
                VideoWidget* videoWidget = param.second->getVideoWidget();
                videoWidget->clearWidget();
                VideoProcess* pVideoProcess = new VideoProcess();
                connect(pVideoProcess, &VideoProcess::finished, pVideoProcess,
                        &VideoProcess::deleteLater);
                pVideoProcess->init(mapIter->second->m_pFrame, param);
                pVideoProcess->getFfmpegDecode();
                if (videoWidget != nullptr) {
                    // 建立播放窗口与视频数据解析线程之间的关系
                    connect(videoWidget, &VideoWidget::startPlayer, pVideoProcess,
                            &VideoProcess::startPlayer);
                    // connect(pVideoProcess, &VideoProcess::playedCount, videoWidget,
                    // &VideoWidget::playedCount);
                }
                pVideoProcess->start();
                m_mapUIntProcess.insert(std::make_pair(param.second->m_uiId, pVideoProcess));
            }
        }
        m_pValidProcess = new ValidProcess();
        connect(m_pValidProcess, &ValidProcess::finished, m_pValidProcess,
                &ValidProcess::deleteLater);
        m_pValidProcess->init(mapIter->second->m_pFrame, m_mapUIntProcess);
        m_pValidProcess->start();
    }
    m_pNetDataRecv = new NetDataRecv();
    connect(m_pNetDataRecv, &NetDataRecv::finished, m_pNetDataRecv, &NetDataRecv::deleteLater);
    m_pNetDataRecv->init(pFrame, m_network, m_pValidProcess);
    m_pNetDataRecv->start();
}

void FrameConfig::stopProcess()
{
    auto mapIter = m_mapStrConfigInfo.find(m_strModelType);
    if (mapIter != m_mapStrConfigInfo.end()) {
        m_uiDataProcNum = (unsigned int)mapIter->second->m_mapUIntParam.size();
        for (auto param : mapIter->second->m_mapUIntParam) {
            if (param.second->m_usModel == 1 || param.second->m_usModel == 4) { // 工程量或状态量
                param.second->getCurveWidget()->startRefresh(false); // 停止曲线界面刷新
            } else if (param.second->m_usModel == 3) {               // 图像
                param.second->getVideoWidget()->stopPlay();          // 停止图像窗口播放
            }
        }
    }

    if (m_pNetDataRecv) { // 关闭网络接收
        m_pNetDataRecv->stop();
        m_pNetDataRecv->quit();
        m_pNetDataRecv->wait();
        delete m_pNetDataRecv;
        m_pNetDataRecv = nullptr;
    }
    if (m_pValidProcess) { // 关闭缓存处理
        m_pValidProcess->stop();
        m_pValidProcess->quit();
        m_pValidProcess->wait();
        delete m_pValidProcess;
        m_pValidProcess = nullptr;
    }
    for (auto process : m_mapUIntProcess) { // 关闭数据解析
        process.second->stop();
        process.second->quit();
        process.second->wait();
        delete process.second;
        process.second = nullptr;
    }
    m_mapUIntProcess.clear();
}

void FrameConfig::createDataPath(unsigned int status)
{
    QString strStatus = "";
    if (status == 1) { // 离线解析
        strStatus = "Offline";
    } else if (status == 2) { // 实时解析
        strStatus = "Real";
    }
    // 根据时间建立数据存储路径
    QString strDateTime = QDateTime::currentDateTime().toString("yyyyMMdd-hhmmss");
    m_strDataPath = m_strExePath + "/Data/" + m_strModelType + "_" + strStatus + "_" + strDateTime;
    auto succ     = QDir(m_strDataPath).mkpath(".");
    m_pSingleton->setDataPath(m_strDataPath);

    // 创建数据存储文件
    auto mapIter = m_mapStrConfigInfo.find(m_strModelType);
    if (mapIter != m_mapStrConfigInfo.end()) {
        mapIter->second->m_pFrame->m_dataStore.m_strStoreType = strStatus;    // 存储类型
        mapIter->second->m_pFrame->m_dataStore.m_strDateTime  = strDateTime;  // 存储日期
        mapIter->second->m_pFrame->m_dataStore.m_strDataPath = m_strDataPath; // 数据存储路径
    }
}