半导体：Gem/Secs基本协议库的开发（5）

2023-12-16 17:36
文章标签 协议 开发 基本 半导体 gem secs

本文主要是介绍半导体：Gem/Secs基本协议库的开发（5），希望对大家解决编程问题提供一定的参考价值，需要的开发者们随着小编来一起学习吧！

此篇是1-4 《半导体》的会和处啦，我们有了协议库，也有了通讯库，这不得快乐的玩一把~

一、先创建一个从站，也就是我们的Equipment端

QT -= guiCONFIG += c++11 console
CONFIG -= app_bundle
CONFIG += no_debug_release         # 不会生成debug 和 release 文件目录DESTDIR = $${PWD}/../../deploy/bin
OBJECTS_DIR = $${PWD}/../../build/sample/Equipment/tmp/obj
MOC_DIR = $${PWD}/../../build/sample/Equipment/tmp/obj
UI_DIR = $${PWD}/../../build/sample/Equipment/tmp/obj# The following define makes your compiler emit warnings if you use
# any Qt feature that has been marked deprecated (the exact warnings
# depend on your compiler). Please consult the documentation of the
# deprecated API in order to know how to port your code away from it.
DEFINES += QT_DEPRECATED_WARNINGS# You can also make your code fail to compile if it uses deprecated APIs.
# In order to do so, uncomment the following line.
# You can also select to disable deprecated APIs only up to a certain version of Qt.
#DEFINES += QT_DISABLE_DEPRECATED_BEFORE=0x060000    # disables all the APIs deprecated before Qt 6.0.0SOURCES += \main.cpp# Default rules for deployment.
qnx: target.path = /tmp/$${TARGET}/bin
else: unix:!android: target.path = /opt/$${TARGET}/bin
!isEmpty(target.path): INSTALLS += targetwin32:CONFIG(release, debug|release){win32: LIBS += -L$$PWD/../../deploy/lib/Release -lJC_Commucationwin32: LIBS += -L$$PWD/../../deploy/lib/Release -lJcHsms
}
else:win32:CONFIG(debug, debug|release){win32: LIBS += -L$$PWD/../../deploy/lib/Debug -lJC_Commucationwin32: LIBS += -L$$PWD/../../deploy/lib/Debug -lJcHsms
}INCLUDEPATH += $$PWD/../../deploy/include
DEPENDPATH += $$PWD/../../deploy/include

#include <QCoreApplication>
#include <QDebug>
#include <iostream>
#include <QByteArray>
#include <string>
#include <QTimer>
using namespace std;#include "../../SemiGeneralStandardLibrary/JcGemSecsLibrary/Commucation/commucation.h"
#include "../../SemiGeneralStandardLibrary/JcGemSecsLibrary/Driver/JcHsms/hsmsincludes.h"/*** @brief OnStateChanged 连接状态改变回调事件* @param pComm* @param nState        0: 连接  1:断开连接* @param cSocket*/
void OnStateChanged(ICommucation* pComm, __int32 nState, void *cSocket)
{SOCKET* c = (SOCKET*) cSocket;std::string str = nState == 0 ? std::string("  connected to ") : std::string("  disconnected from ");std::cout << "[OnStateChanged Event] : " << c <<  str << (void*)pComm << std::endl;
}/// 无符号字节数组转16进制字符串
std::string bytesToHexString(const char* bytes,const int length)
{if (bytes == NULL) return "";std::string buff;const int len = length;for (int j = 0; j < len; j++) {int high = bytes[j]/16, low = bytes[j]%16;buff += (high<10) ? ('0' + high) : ('a' + high - 10);buff += (low<10) ? ('0' + low) : ('a' + low - 10);buff += " ";}return buff;
}/*!* \brief onMessageRecived  接收到消息的回调事件* \param pComm* \param recvedMsg* \param cSocket*/
void onMessageRecived(ICommucation* pComm,  char* message,int iRecvSize, void * cSocket)
{JcHsms ho(0,QString("JC Gem/Secs Test"),QString("1.0.1"));HsmsMessage hmsg = ho.interpretMessage(QByteArray(message,iRecvSize));HsmsMessage rsp = hmsg.dispatch();QByteArray responseByteArray = rsp.toByteArray();QString smlString = rsp.SmlString();string rHexString = bytesToHexString(message,iRecvSize);// qDebug().noquote() << "recv message ==> " << QString::fromStdString(rHexString);// qDebug().noquote() << "send message ==> " << responseByteArray.toHex(' ');qDebug().noquote() << QString("RECV S%1F%2 SystemBytes=%3").arg(QString::number((int)hmsg.GetHeader().Getstream()),QString::number((int)hmsg.GetHeader().Getfunction()),QString::number(hmsg.GetHeader().GetSystemBytes()));qDebug().noquote() << hmsg.SmlString();qDebug().noquote() << QString("SEND S%1F%2 SystemBytes=%3").arg(QString::number((int)rsp.GetHeader().Getstream()),QString::number((int)rsp.GetHeader().Getfunction()),QString::number( rsp.GetHeader().GetSystemBytes()));qDebug().noquote() << rsp.SmlString();int slen = responseByteArray.length();if(slen){int rslen = pComm->SendData(*((SOCKET*) cSocket),responseByteArray.data(),responseByteArray.length());if(rslen <= 0) {qDebug() << "Send Reply Message failed.";}}}/*!* \brief OnAsyncMsgTimeout  消息超时* \param pComm* \param nTransfer          消息ID* \param pClientData*/
void OnAsyncMsgTimeout(ICommucation* pComm, __int32 nTransfer, void *pClientData)
{}int main(int argc, char *argv[])
{QCoreApplication a(argc, argv);const char* comm_dll_version = JC_CommDllVersion();qDebug() << comm_dll_version;/// [1] 建立通讯连接（以单个通讯连接对象为例）CommucationParam setting;EthernetCommucationParam eParam = {45000,10000,5000,10000,5000,  /* timeout */0                             /* PASSIVE */,5555,                         /*  port  */1                             /* DEVID */,"Device Host","127.0.0.1"};SerialCommucationParam sParam = {2,9600,'N',8,1};setting.eParam = eParam;setting.sParam = sParam;/// 创建通讯对象ICommucation* o = NULL;o = JC_CreatCommObject(TcpServer,setting);/// 为通讯连接对象注册事件回调JC_SetEventCallBack(o,onMessageRecived,OnStateChanged,OnAsyncMsgTimeout);/// 启动监听JC_RunListenThread(o);/// 测试修改 Selected Equipment Status Data(SSD),线程安全float x[] = {12.3025,55.12,56.478,63.54};QTimer timer;timer.setInterval(300);QObject::connect(&timer,&QTimer::timeout,[&x](){static int i = 0;HsmsDataManager::Instance().UpdateSsdMap(1022,HsmsDataManager::ESD{F4,QVariant(x[++i%4])});});timer.start();QObject::connect(qApp,&QCoreApplication::aboutToQuit,[&o](){/// 释放通讯连接对象，结束通讯连接JC_ReleaseCommObject(o);});return a.exec();
}

二、创建一个主站，也就是我们的Host端

QT       += core gui networkgreaterThan(QT_MAJOR_VERSION, 4): QT += widgetsCONFIG += c++11DESTDIR = $${PWD}/../../deploy/bin
OBJECTS_DIR = $${PWD}/../../build/sample/Host/tmp/obj
MOC_DIR = $${PWD}/../../build/sample/Host/tmp/obj
UI_DIR = $${PWD}/../../build/sample/Host/tmp/obj# The following define makes your compiler emit warnings if you use
# any Qt feature that has been marked deprecated (the exact warnings
# depend on your compiler). Please consult the documentation of the
# deprecated API in order to know how to port your code away from it.
DEFINES += QT_DEPRECATED_WARNINGS# You can also make your code fail to compile if it uses deprecated APIs.
# In order to do so, uncomment the following line.
# You can also select to disable deprecated APIs only up to a certain version of Qt.
#DEFINES += QT_DISABLE_DEPRECATED_BEFORE=0x060000    # disables all the APIs deprecated before Qt 6.0.0SOURCES += \main.cpp \mcwidget.cppHEADERS += \mcwidget.h# Default rules for deployment.
qnx: target.path = /tmp/$${TARGET}/bin
else: unix:!android: target.path = /opt/$${TARGET}/bin
!isEmpty(target.path): INSTALLS += targetwin32:CONFIG(release, debug|release){win32: LIBS += -L$$PWD/../../deploy/lib/Release -lJC_Commucationwin32: LIBS += -L$$PWD/../../deploy/lib/Release -lJcHsms
}
else:win32:CONFIG(debug, debug|release){win32: LIBS += -L$$PWD/../../deploy/lib/Debug -lJC_Commucationwin32: LIBS += -L$$PWD/../../deploy/lib/Debug -lJcHsms
}INCLUDEPATH += $$PWD/../../deploy/include
DEPENDPATH += $$PWD/../../deploy/include
// mcwidget.h
#ifndef MCWIDGET_H
#define MCWIDGET_H#include <QWidget>
#include <QTcpServer>
#include <QLabel>
#include <QHBoxLayout>
#include <QTimer>
#include <iostream>
#include <QDebug>
#include <string>
#include <QByteArray>
#include <QList>
#include "../../SemiGeneralStandardLibrary/JcGemSecsLibrary/Commucation/commucation.h"
#include  "../../SemiGeneralStandardLibrary/JcGemSecsLibrary/Driver/JcHsms/hsmsincludes.h"class TransHelper: public QObject
{Q_OBJECT
public:TransHelper(){qRegisterMetaType<HsmsMessage>("qRegisterMetaType");//qRegisterMetaType<HsmsMessage>("qRegisterMetaType&");}void RecivedMsgObject(HsmsMessage msg){emit RecivedMsgObjectSig(msg);}
signals:void RecivedMsgObjectSig(HsmsMessage);
};class MyLabel : public QWidget
{Q_OBJECT
public:MyLabel(QString labName,QString labval,QWidget* parent = nullptr):m_labname(labName),m_labVal(labval),QWidget(parent){m_nameLab = new QLabel(m_labname);m_valLab = new QLabel(m_labVal);m_nameLab->setFixedWidth(200);m_valLab->setFixedWidth(100);QHBoxLayout* ly = new QHBoxLayout;ly->addWidget(m_nameLab);ly->addWidget(m_valLab);ly->setContentsMargins(0,0,0,0);this->setContentsMargins(0,0,0,0);setLayout(ly);}void setValue(QString val){m_labVal = val;m_valLab->setText(m_labVal);}
private:QString m_labname;QString m_labVal;QLabel* m_nameLab;QLabel* m_valLab;
};class McWidget : public QWidget
{Q_OBJECTpublic:McWidget(QWidget *parent = nullptr);~McWidget();void initUi();static TransHelper transhelper;private:ICommucation* o = NULL;QTimer linktesttimer;QTimer s1f3Rqtimer;QList<MyLabel*> llabs;
};
#endif // MCWIDGET_H

// mcwidget.cpp#include "mcwidget.h"
#include <QDebug>
#include <functional>
#include <QVBoxLayout>TransHelper McWidget::transhelper;/*** @brief OnStateChanged 连接状态改变回调事件* @param pComm* @param nState        0: 连接  1:断开连接* @param cSocket*/
void OnStateChanged(ICommucation* pComm, __int32 nState, void *cSocket)
{SOCKET* c= (SOCKET*) cSocket;std::string str = nState == 0 ? std::string("  connected to ") : std::string("  disconnected from ");std::cout << "[OnStateChanged ] : " << c <<  str << (void*)pComm << str << std::endl;
}/*!* \brief onMessageRecived  接收到消息的回调事件* \param pComm* \param recvedMsg* \param cSocket*/
void onMessageRecived(ICommucation* pComm,char* recvedMsg, int iRecvsize,void * cSocket)
{SOCKET* c= (SOCKET*) cSocket;// std::cout << "[onMessageRecived ] : " << (void*)pComm << " <-- "  << c  << "  : "//           << recvedMsg  <<  "  len=" << iRecvsize << std::endl;/// 通过gemsecs的协议进行解析和应答JcHsms ho(0,QString("JC Gem/Secs Test"),QString("1.0.1"));HsmsMessage hmsg = ho.interpretMessage(QByteArray(recvedMsg,iRecvsize));if(hmsg.GetHeader().Getstream() == 0x1&& hmsg.GetHeader().Getfunction() == 0x4){ // S1F4McWidget::transhelper.RecivedMsgObject(hmsg);}
}/*!* \brief OnAsyncMsgTimeout  消息超时* \param pComm* \param nTransfer          消息ID* \param pClientData*/
void OnAsyncMsgTimeout(ICommucation* pComm, __int32 nTransfer, void *pClientData)
{qDebug() << QStringLiteral("同步发送请求消息超时");
}McWidget::McWidget(QWidget *parent): QWidget(parent)
{initUi();CommucationParam setting;EthernetCommucationParam eParam = {45000,10000,5000,10000,5000, /* timeout */0                            /* PASSIVE */,5555,                        /*  port  */1                            /* DEVID */,"Device Host","127.0.0.1"};SerialCommucationParam sParam = {2,9600,'N',8,1};setting.eParam = eParam;setting.sParam = sParam;o = JC_CreatCommObject(TcpClient,setting);/// 注册回调事件JC_SetEventCallBack(o,onMessageRecived,OnStateChanged,OnAsyncMsgTimeout);/// 启动监听JC_RunListenThread(o);/// 发送 select.req 请求JcHsms ho(0,QString("JC Gem/Secs Test"),QString("1.0.1"));HsmsMessage srmsg = HsmsMessageDispatcher::selectReq(ho.unique_sessionID);QByteArray srbytes =  srmsg.toByteArray();std::string rbuf;bool ok = o->SendSyncMessage(srbytes.toStdString(),true,rbuf,10);std::cout << "recv reply buf :" << rbuf << std::endl;qDebug("send status:%s\n",ok ? "success" : "failed");std::function<void()> flinktest = [=](){HsmsMessage lktestMgr = HsmsMessageDispatcher::linktestReq();QByteArray lktestBytes = lktestMgr.toByteArray();#if 0   /// 同步发送/接收消息std::string rbuf;bool ok = o->SendSyncMessage(lktestBytes.toStdString(),true,rbuf,10);std::cout << "recv reply buf :" << rbuf << std::endl;qDebug("send status:%s\n",ok ? "success" : "failed");
#else/// 异步发送接收消息（消息接收回调事件）o->SendData(0,lktestBytes.constData(),lktestBytes.length());
#endif};/// 立即执行一次if(ok) flinktest();/// 定时触发linktesttimer.setInterval(10000);// 10sQObject::connect(&linktesttimer,&QTimer::timeout,flinktest);linktesttimer.start();/// 定时发送S1F3 请求最新SSDstd::function<void()> fs1f3Rq = [=,&ho](){HsmsMessage s1f3ReqtMgr = HsmsMessageDispatcher::S1F3(ho.unique_sessionID);QByteArray s1f3ReqBytes = s1f3ReqtMgr.toByteArray();#if 0   /// 同步发送/接收消息std::string rbuf;bool ok = o->SendSyncMessage(lktestBytes.toStdString(),true,rbuf,10);std::cout << "recv reply buf :" << rbuf << std::endl;qDebug("send status:%s\n",ok ? "success" : "failed");
#else/// 异步发送接收消息（消息接收回调事件）o->SendData(0,s1f3ReqBytes.constData(),s1f3ReqBytes.length());
#endif};s1f3Rqtimer.setInterval(30);QObject::connect(&s1f3Rqtimer,&QTimer::timeout,fs1f3Rq);s1f3Rqtimer.start();/// S1F4 Recivedconnect(&transhelper,&TransHelper::RecivedMsgObjectSig,[=](HsmsMessage hm){Secs2Item item = hm.GetItem();QVector<Secs2Item> v = item.GetItems();if(v.isEmpty() || v.length() != 23 ) return;llabs[0]->setValue(QString::number( v[0].toInt32().first()));for(int i =1;i<=3;++i){ // boolllabs[i]->setValue(QString::number(v[i].toBoolean().first()));}for(int i =4;i<=20;++i){ // int32llabs[i]->setValue(QString::number(v[i].toInt32().first()));}for(int i = 21;i <= 22;++i){ // floatllabs[i]->setValue(QString::number(v[i].toFloat().first()));}});}McWidget::~McWidget()
{}void McWidget::initUi()
{llabs.clear();QVBoxLayout* vly = new QVBoxLayout;for(int i = 1001;i <= 1023; ++i){MyLabel* labptr = new MyLabel(QString::number(i),QString("0"));llabs.append(labptr);labptr->setFixedHeight(30);labptr->setFixedWidth(300);vly->addWidget(labptr);}setLayout(vly);
}

// main.cpp#include "mcwidget.h"
#include <QApplication>int main(int argc, char *argv[])
{QApplication a(argc, argv);McWidget w;w.show();return a.exec();
}

三、演示结果

在这里插入图片描述
perfect！！！

这篇关于半导体：Gem/Secs基本协议库的开发（5）的文章就介绍到这儿，希望我们推荐的文章对编程师们有所帮助！


http://www.chinasem.cn/article/501313。

相关文章

Go语言数据库编程GORM 的基本使用详解

Go语言数据库编程GORM 的基本使用详解

《Go语言数据库编程GORM的基本使用详解》GORM是Go语言流行的ORM框架,封装database/sql,支持自动迁移、关联、事务等,提供CRUD、条件查询、钩子函数、日志等功能,简化数据库操作... 目录一、安装与初始化1. 安装 GORM 及数据库驱动2. 建立数据库连接二、定义模型结构体三、自动迁
阅读更多...
ModelMapper基本使用和常见场景示例详解

ModelMapper基本使用和常见场景示例详解

《ModelMapper基本使用和常见场景示例详解》ModelMapper是Java对象映射库,支持自动映射、自定义规则、集合转换及高级配置（如匹配策略、转换器）,可集成SpringBoot,减少样板... 目录1. 添加依赖2. 基本用法示例：简单对象映射3. 自定义映射规则4. 集合映射5. 高级配置匹
阅读更多...
如何在Spring Boot项目中集成MQTT协议

如何在Spring Boot项目中集成MQTT协议

《如何在SpringBoot项目中集成MQTT协议》本文介绍在SpringBoot中集成MQTT的步骤,包括安装Broker、添加EclipsePaho依赖、配置连接参数、实现消息发布订阅、测试接口... 目录1. 准备工作2. 引入依赖3. 配置MQTT连接4. 创建MQTT配置类5. 实现消息发布与订阅
阅读更多...
SpringBoot开发中十大常见陷阱深度解析与避坑指南

SpringBoot开发中十大常见陷阱深度解析与避坑指南

《SpringBoot开发中十大常见陷阱深度解析与避坑指南》在SpringBoot的开发过程中,即使是经验丰富的开发者也难免会遇到各种棘手的问题,本文将针对SpringBoot开发中十大常见的“坑... 目录引言一、配置总出错？是不是同时用了.properties和.yml？二、换个位置配置就失效？搞清楚加
阅读更多...
使用Python进行GRPC和Dubbo协议的高级测试

使用Python进行GRPC和Dubbo协议的高级测试

《使用Python进行GRPC和Dubbo协议的高级测试》GRPC（GoogleRemoteProcedureCall）是一种高性能、开源的远程过程调用（RPC）框架,Dubbo是一种高性能的分布式服... 目录01 GRPC测试安装gRPC编写.proto文件实现服务02 Dubbo测试1. 安装Dubb
阅读更多...
Python中对FFmpeg封装开发库FFmpy详解

Python中对FFmpeg封装开发库FFmpy详解

《Python中对FFmpeg封装开发库FFmpy详解》：本文主要介绍Python中对FFmpeg封装开发库FFmpy,具有很好的参考价值,希望对大家有所帮助,如有错误或未考虑完全的地方,望不吝赐... 目录一、FFmpy简介与安装1.1 FFmpy概述1.2 安装方法二、FFmpy核心类与方法2.1 FF
阅读更多...
基于Python开发Windows屏幕控制工具

基于Python开发Windows屏幕控制工具

《基于Python开发Windows屏幕控制工具》在数字化办公时代,屏幕管理已成为提升工作效率和保护眼睛健康的重要环节,本文将分享一个基于Python和PySide6开发的Windows屏幕控制工具,... 目录概述功能亮点界面展示实现步骤详解1. 环境准备2. 亮度控制模块3. 息屏功能实现4. 息屏时间
阅读更多...
SQL BETWEEN 语句的基本用法详解

SQL BETWEEN 语句的基本用法详解

《SQLBETWEEN语句的基本用法详解》SQLBETWEEN语句是一个用于在SQL查询中指定查询条件的重要工具,它允许用户指定一个范围,用于筛选符合特定条件的记录,本文将详细介绍BETWEEN语... 目录概述BETWEEN 语句的基本用法BETWEEN 语句的示例示例 1：查询年龄在 20 到 30 岁
阅读更多...
mysql中insert into的基本用法和一些示例

mysql中insert into的基本用法和一些示例

《mysql中insertinto的基本用法和一些示例》INSERTINTO用于向MySQL表插入新行,支持单行/多行及部分列插入,下面给大家介绍mysql中insertinto的基本用法和一些示例... 目录基本语法插入单行数据插入多行数据插入部分列的数据插入默认值注意事项在mysql中，INSERT I
阅读更多...
mapstruct中的@Mapper注解的基本用法

mapstruct中的@Mapper注解的基本用法

《mapstruct中的@Mapper注解的基本用法》在MapStruct中,@Mapper注解是核心注解之一,用于标记一个接口或抽象类为MapStruct的映射器（Mapper）,本文给大家介绍ma... 目录1. 基本用法2. 常用属性3. 高级用法4. 注意事项5. 总结6. 编译异常处理在MapSt
阅读更多...

Copyright China编程 23002807@qq.com

沪ICP备2023033072号-2