1. 对话框基类添加动态控件管理 2. 对话框基类主题切换功能

LAPTOP-T815PCOQ\25526

2024-12-18 50a42e5d72e2f8cf92ff9b2273e0442977dbcefd

 SourceCode/Bond/BondEq/Model.cpp

@@ -4,6 +4,8 @@
#include "Model.h"
#include "Log.h"
#include "ToolUnits.h"
#include "Alarm.h"
#include "EQState.h"


CModel* g_pModel = NULL;
@@ -19,8 +21,7 @@
{
   m_pObservableEmitter = nullptr;
   m_pObservable = nullptr;
   m_pServo = nullptr;
   m_pEqBond1 = nullptr;
   m_pEquipment = nullptr;
   m_nTimerID = 0;
}

@@ -37,6 +38,7 @@
void CModel::setWorkDir(const char* pszWorkDir)
{
   m_strWorkDir = pszWorkDir;
   m_bonder.setWorkDir(pszWorkDir);
}

int CModel::init()
@@ -76,54 +78,19 @@


   // 创建Servo
   BEQ_CreateServo(m_pServo, "BLServo");
   ASSERT(m_pServo);
   BEQ::ServoListener listener;
   listener.onRemoteEqConnecting = [&](void* pServo, void* pRemoteEiuipment) -> void {
      BEQ::IRemoteEquipment* p = (BEQ::IRemoteEquipment*)pRemoteEiuipment;
      char szBuffer[256];
      p->getName(szBuffer, 256);
      LOGI("<ServoListener>正在连接远程设备(%s)...", szBuffer);
   BEQ_CreateEquipment(m_pEquipment, "BLBonder");
   ASSERT(m_pEquipment);
   BEQ::EquipmentListener listener;
   listener.onConnected = [&](void* pEiuipment, const char* pszAddr, int port) -> void {
      LOGI("<EquipmentListener>连接进入(%s:%d).", pszAddr, port);
      notifyPtr(RX_CODE_EQ_STATE_CHANGED, pEiuipment);
   };
   listener.onRemoteEqConnected = [&](void* pServo, void* pRemoteEiuipment) -> void {
      BEQ::IRemoteEquipment* p = (BEQ::IRemoteEquipment*)pRemoteEiuipment;
      char szBuffer[256];
      p->getName(szBuffer, 256);
      LOGI("<ServoListener>连接远程设备(%s)成功.", szBuffer);
      notifyPtr(RX_CODE_REMOTEEQ_STATE_CHANGED, pRemoteEiuipment);
   listener.onDisconnected = [&](void* pEiuipment, const char* pszAddr, int port) -> void {
      LOGI("<EquipmentListener>连接断开(%s:%d).", pszAddr, port);
      notifyPtr(RX_CODE_EQ_STATE_CHANGED, pEiuipment);
   };
   listener.onRemoteEqConnectFailed = [&](void* pServo, void* pRemoteEiuipment, int errorCode) -> void {
      BEQ::IRemoteEquipment* p = (BEQ::IRemoteEquipment*)pRemoteEiuipment;
      char szBuffer[256];
      p->getName(szBuffer, 256);
      LOGW("<ServoListener>连接远程设备(%s)失败.", szBuffer);
   };
   listener.onRemoteEqDisconnecting = [&](void* pServo, void* pRemoteEiuipment) -> void {
      BEQ::IRemoteEquipment* p = (BEQ::IRemoteEquipment*)pRemoteEiuipment;
      char szBuffer[256];
      p->getName(szBuffer, 256);
      LOGI("<ServoListener>正在断开远程设备(%s).", szBuffer);
   };
   listener.onRemoteEqDisconnected = [&](void* pServo, void* pRemoteEiuipment) -> void {
      BEQ::IRemoteEquipment* p = (BEQ::IRemoteEquipment*)pRemoteEiuipment;
      char szBuffer[256];
      p->getName(szBuffer, 256);
      LOGW("<ServoListener>远程设备(%s)连接断开.", szBuffer);
      notifyPtr(RX_CODE_REMOTEEQ_STATE_CHANGED, pRemoteEiuipment);
   };
   listener.onRemoteEqReadRawdata = [&](void* pServo, void* pRemoteEiuipment, const char* pszData, int len) -> void {
      BEQ::IRemoteEquipment* p = (BEQ::IRemoteEquipment*)pRemoteEiuipment;
      char szBuffer[256];
      p->getName(szBuffer, 256);
      LOGD("<ServoListener>收到远程设备(%s)原始数据(%s).", szBuffer, std::string(pszData, len).c_str());
   };
   listener.onRemoteEqEventUpdate = [&](void* pServo, void* pRemoteEiuipment, void* pUnit, BEQ::REMOTE_EQ_EVENT eventCode) -> void {
      BEQ::IRemoteEquipment* p = (BEQ::IRemoteEquipment*)pRemoteEiuipment;
      char szBuffer[256];
      p->getName(szBuffer, 256);
      LOGD("<ServoListener>远程设备(%s)onRemoteEqEventUpdate.", szBuffer);
   };
   m_pServo->setListener(listener);
   // 注意此处还有几个回调函数未处理
   m_pEquipment->setEquipmentListener(listener);


   m_pObservable = RX_AllocaObservable([&](IObservableEmitter* e) -> void {
@@ -135,27 +102,96 @@
   g_pModel = this;


   return 0;
}
   BondListener bonderListener;
   bonderListener.onStateChanged = [&](void* pFrom, int state) -> void {
      notifyInt(RX_CODE_BONDER_STATE_CHANGED, state);
   };
   bonderListener.onPlcStateChanged = [&](void* pFrom, int state) -> void {
      PLCSTATE ps = (PLCSTATE)state;
      if (ps == PLCSTATE::CONNECTED) {
         notifyPtrAndInt(RX_CODE_PLC1_CONNECTTD, pFrom, 0, state);
      }
      else if (ps == PLCSTATE::DISCONNECTED) {
         notifyPtrAndInt(RX_CODE_PLC1_DISCONNECTTD, pFrom, 0, state);
      }
   };
   bonderListener.onEfemStateChanged = [&](void* pFrom, const char* pszAddr, int port, int state) -> void {
      if (m_pObservableEmitter != NULL) {
         IAny* pAny = RX_AllocaAny();
         if (pAny != NULL) {
            pAny->addRef();
            pAny->setCode(RX_CODE_EFEM_STATUS_CHANGED);
            pAny->setStringValue("addr", pszAddr);
            pAny->setIntValue("port", port);
            pAny->setIntValue("state", state);
            m_pObservableEmitter->onNext(pAny);
            pAny->release();
         }
      }
   };
   bonderListener.onRecvBroadcast = [&](void* pFrom, void* p) -> void {
      CComponent* pSender = (CComponent*)pFrom;
      CIntent* pIntent = (CIntent*)p;
      int code = pIntent->getCode();
      if (code == BC_CODE_DATA1_MATERIAL_RECEIVED) {
         notifyPtr(RX_CODE_DATA1_MATERIAL_RECEIVED, pSender);
      }
      else if (code == BC_CODE_DATA1_BEGIN_SAMPLING) {
         notifyPtr(RX_CODE_DATA1_BEGIN_SAMPLING, pSender);
      }
      else if (code == BC_CODE_DATA1_UPDATE) {
         notifyPtr(RX_CODE_DATA1_UPDATE, pSender);
      }
      else if (code == BC_CODE_DATA1_END_SAMPLING) {
         notifyPtr(RX_CODE_DATA1_END_SAMPLING, pSender);
      }
      else if (code == BC_CODE_DATA1_MATERIAL_REMOVED) {
         std::string strError;
         CPanel* pPanel = (CPanel*)pIntent->getContext();
         pPanel->addRef();
         savePanel(pPanel, pSender);
         m_sqlite.insertPanel(pPanel, strError);
         notifyPtr(RX_CODE_DATA1_MATERIAL_REMOVEED, pSender);
         notifyObj(RX_CODE_PANEL_COMPLATE, pPanel);
         pPanel->release();
      }
      else if (code == BC_CODE_ALARM_ON) {
         CAlarm* pAlarm = (CAlarm*)pIntent->getContext();
         pAlarm->addRef();
         notifyObjAndPtr(RX_CODE_ALARM_ON, pAlarm, pSender);
         pAlarm->release();
      }
      else if (code == BC_CODE_ALARM_OFF) {
         CAlarm* pAlarm = (CAlarm*)pIntent->getContext();
         pAlarm->addRef();
         notifyObjAndPtr(RX_CODE_ALARM_OFF, pAlarm, pSender);
         pAlarm->release();
      }
      else if (code == BC_CODE_EQSTATE_EVENT) {
         CEQState* pState = (CEQState*)pIntent->getContext();
         pState->addRef();
         notifyObjAndPtr(RX_CODE_EQSTATE_EVENT, pState, pSender);
         pState->release();
      }
   };
   m_bonder.setListener(bonderListener);
   m_bonder.init();

int CModel::createRemoteEqs()
{
   // 从配置中读取远程机器配置
   CString strIp, strIniFile;
   UINT nPort, nDoorCount;
   strIniFile.Format(_T("%s\\Configuration.ini"), (LPTSTR)(LPCTSTR)m_strWorkDir);
   CConfiguration configuration((LPTSTR)(LPCTSTR)strIniFile);
   configuration.getBond1(strIp, nPort, nDoorCount);
   m_pServo->createRemoteEquipment(m_pEqBond1, (LPTSTR)(LPCTSTR)strIp, nPort);
   ASSERT(m_pEqBond1);
   m_pEqBond1->addUnit("UNITA", nDoorCount);
   m_pServo->connectRemoteEquipment(m_pEqBond1);

   CString strBonderDataFile;
   strBonderDataFile.Format(_T("%s\\Bonder.dat"), (LPTSTR)(LPCTSTR)m_strWorkDir);
   m_bonder.read((LPTSTR)(LPCTSTR)strBonderDataFile);


   return 0;
}

int CModel::term()
{
   m_bonder.save();
   m_bonder.term();
   m_sqlite.term();

   CLog::GetLog()->SetOnLogCallback(nullptr);
   return 0;
}
@@ -165,9 +201,9 @@
   return m_bonder;
}

BEQ::IRemoteEquipment* CModel::getBond1()
BEQ::IEquipment* CModel::getEquipment()
{
   return m_pEqBond1;
   return m_pEquipment;
}

int CModel::notify(int code)
@@ -344,14 +380,114 @@

void CModel::onTimer(UINT nTimerid)
{
   ULONGLONG tick = GetTickCount64();
   int interval = m_configuration.getP2RemoteEqReconnectInterval() * 1000;

   if (m_pEqBond1 != nullptr) {
      if (!m_pEqBond1->isConnected()) {
         if (tick - m_pEqBond1->getConnectTick() > interval) {
            m_pEqBond1->connect();
         }
      }
}

int CModel::savePanel(CPanel* pPanel, CComponent* pComponent)
{
   int year, month, day;
   pPanel->getReceivedTime(year, month, day);
   CString strDir, strFilepath;
   strDir.Format("%s\\%d\\%d\\%d", (LPTSTR)(LPCTSTR)m_strDataDir, year, month, day);
   CToolUnits::createDir((LPTSTR)(LPCTSTR)strDir);
   strFilepath.Format("%s\\%s.csv", (LPTSTR)(LPCTSTR)strDir, pPanel->getQRCode().c_str());

   CStdioFile file;
   if (!file.Open(strFilepath, CFile::modeCreate | CFile::modeWrite)) {
      return -1;
   }
}

   // 基本信息
   // 来源， id，开始采样时间，结束采样时间
   CString strLine;
   file.WriteString("# 统计\n");
   strLine.Format(_T("来源,%s\n"), pComponent->getName().c_str());
   file.WriteString(strLine);
   strLine.Format(_T("id,%s\n"), pPanel->getQRCode().c_str());
   file.WriteString(strLine);
   strLine.Format(_T("来料时间,%s\n"),
      CToolUnits::timeToString3(pPanel->getReceivedTime()).c_str());
   file.WriteString(strLine);
   strLine.Format(_T("采样开始时间,%s\n"),
      CToolUnits::timeToString3(pPanel->getBeginSamplingTime()).c_str());
   file.WriteString(strLine);
   strLine.Format(_T("采样结束时间,%s\n"),
      CToolUnits::timeToString3(pPanel->getEndSamplingTime()).c_str());
   file.WriteString(strLine);
   strLine.Format(_T("出料时间,%s\n"),
      CToolUnits::timeToString3(pPanel->getRemovedTime()).c_str());
   file.WriteString(strLine);
   strLine.Format(_T("Recipe name,%s\n"), pPanel->getRecipeName().c_str());
   file.WriteString(strLine);
   strLine.Format(_T("干泵吸真空值,%f\n"), pPanel->getAir1());
   file.WriteString(strLine);
   strLine.Format(_T("分子泵吸真空值,%f\n"), pPanel->getAir2());
   file.WriteString(strLine);
   strLine.Format(_T("气囊压力值,%f\n"), pPanel->getAir3());
   file.WriteString(strLine);
   strLine.Format(_T("贴合总压力,%d\n"), pPanel->getPre1());
   file.WriteString(strLine);
   strLine.Format(_T("上腔体温度,%f\n"), pPanel->getTmp1());
   file.WriteString(strLine);
   strLine.Format(_T("下腔体温度,%f\n"), pPanel->getTmp2());
   file.WriteString(strLine);
   file.WriteString("\n");


   // 统计区
   file.WriteString("# 统计\n");
   file.WriteString("项,上腔体温度(℃),下腔体温度(℃),上腔体温度1(℃),上腔体温度2(℃),上腔体温度3(℃),上腔体温度4(℃),上腔体温度5(℃),下腔体温度1(℃),下腔体温度2(℃),下腔体温度3(℃),下腔体温度4(℃),下腔体温度5(℃),腔体真空(Pa),腔体压力1(Kg),腔体压力2(Kg),腔体压力3(Kg),腔体压力4(Kg),腔体压力5(Kg)\n");
   UNITDATA1 dataMax = pPanel->getMathData(IMAX);
   strLine.Format(_T("最大值,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.03f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f\n"),
      dataMax.temp[0], dataMax.temp[1],
      dataMax.temp[2], dataMax.temp[3], dataMax.temp[4], dataMax.temp[5], dataMax.temp[6],
      dataMax.temp[7], dataMax.temp[8], dataMax.temp[9], dataMax.temp[10], dataMax.temp[11],
      dataMax.vacuum,
      dataMax.pressure[0], dataMax.pressure[1], dataMax.pressure[2],
      dataMax.pressure[3], dataMax.pressure[4]);
   file.WriteString(strLine);

   UNITDATA1 dataMin = pPanel->getMathData(IMIN);
   strLine.Format(_T("最小值,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.03f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f\n"),
      dataMin.temp[0], dataMin.temp[1],
      dataMin.temp[2], dataMin.temp[3], dataMin.temp[4], dataMin.temp[5], dataMin.temp[6],
      dataMin.temp[7], dataMin.temp[8], dataMin.temp[9], dataMin.temp[10], dataMin.temp[11],
      dataMin.vacuum,
      dataMin.pressure[0], dataMin.pressure[1], dataMin.pressure[2],
      dataMin.pressure[3], dataMin.pressure[4]);
   file.WriteString(strLine);

   UNITDATA1 dataAve = pPanel->getMathData(IAVE);
   strLine.Format(_T("平均值,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.03f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f\n"),
      dataAve.temp[0], dataAve.temp[1],
      dataAve.temp[2], dataAve.temp[3], dataAve.temp[4], dataAve.temp[5], dataAve.temp[6],
      dataAve.temp[7], dataAve.temp[8], dataAve.temp[9], dataAve.temp[10], dataAve.temp[11],
      dataAve.vacuum,
      dataAve.pressure[0], dataAve.pressure[1], dataAve.pressure[2],
      dataAve.pressure[3], dataAve.pressure[4]);
   file.WriteString(strLine);
   file.WriteString("\n");


   // 数据区
   file.WriteString("# 数据区\n");
   file.WriteString("时间,上腔体温度(℃),下腔体温度(℃),上腔体温度1(℃),上腔体温度2(℃),上腔体温度3(℃),上腔体温度4(℃),上腔体温度5(℃),下腔体温度1(℃),下腔体温度2(℃),下腔体温度3(℃),下腔体温度4(℃),下腔体温度5(℃),腔体真空(Pa),腔体压力1(Kg),腔体压力2(Kg),腔体压力3(Kg),腔体压力4(Kg),腔体压力5(Kg)\n");
   std::vector<UNITDATA1> datas;
   pPanel->getDatas(datas);
   for (auto item : datas) {
      strLine.Format(_T("%s,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.03f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f,%.01f\n"),
         CToolUnits::timeToString3(item.time).c_str(),
         item.temp[0], item.temp[1],
         item.temp[2], item.temp[3], item.temp[4], item.temp[5], item.temp[6],
         item.temp[7], item.temp[8], item.temp[9], item.temp[10], item.temp[11],
         item.vacuum,
         item.pressure[0], item.pressure[1], item.pressure[2],
         item.pressure[3], item.pressure[4]);
      file.WriteString(strLine);
   }


   file.Close();

   return 0;
}