海康 hikvision SDK 初始化、登录、布防、监听

2024-03-03 15:27| 来源: 网络整理| 查看: 265

1.访问海康官方杭州海康威视数字技术股份有限公司（https://www.hikvision.com/cn/）

2.下载SDK

3.SDK加入java程序调用

使用前先阅读SDK下的文档

加入项目工程按照SDK里面的文档要求把下图文件夹和文件引入（在SDK库文件夹里）

HCNetSDK的绝对路径！！！！

核心代码

@Slf4j @Service public class HikService { static FMSGCallBack_V30 fmsgCallBack_v30;//消息回调 static FExceptionCallBack fExceptionCallBack;//异常回调 String username = "admin";//设备用户名 String password = "12345";//设备密码 short m_sPort = 8000;//海康设备端口号 int lUserID = -1;//用户 private static int iCharEncodeType = 0;//设备字符集 boolean b1 = hCNetSDK.NET_DVR_Init();//调用设备网络 SDK初始化其他函数的前提 private static HCNetSDK hCNetSDK = HCNetSDK.INSTANCE;//SDK实例 private String ip; public void faceMonitor(String ip, String port, String username , String assword) { if(b1==false) hCNetSDK.NET_DVR_Init();//调用设备网络 SDK初始化其他函数的前提 //设置连接时间 hCNetSDK.NET_DVR_SetConnectTime(2000, 1); //设置重连时间 hCNetSDK.NET_DVR_SetReconnect(120000, true); HCNetSDK.NET_DVR_LOCAL_CHECK_DEV struLoaclCheckDev = new HCNetSDK.NET_DVR_LOCAL_CHECK_DEV(); struLoaclCheckDev.dwCheckOnlineTimeout = 0; struLoaclCheckDev.dwCheckOnlineNetFailMax = 0; // //DWORD dwCheckOnlineTimeout; //巡检时间间隔，单位ms 最小值为30s，最大值120s。为0时，表示用默认值(120s) // //DWORD dwCheckOnlineNetFailMax; //由于网络原因失败的最大累加次数；超过该值SDK才回调用户异常，为0时，表示使用默认值1 hCNetSDK.NET_DVR_SetSDKLocalCfg(10, struLoaclCheckDev); // hCNetSDK.NET_DVR_SetLogToFile(3, "C:\\SdkLog\\", true);//日志 HCNetSDK.NET_DVR_USER_LOGIN_INFO m_strLoginInfo = new HCNetSDK.NET_DVR_USER_LOGIN_INFO();//设备登录信息 String m_sDeviceIP = ip;//设备ip地址 m_strLoginInfo.sDeviceAddress = new byte[HCNetSDK.NET_DVR_DEV_ADDRESS_MAX_LEN]; System.arraycopy(m_sDeviceIP.getBytes(), 0, m_strLoginInfo.sDeviceAddress, 0, m_sDeviceIP.length()); // String m_sUsername = this.m_sUsername;//设备用户名 m_strLoginInfo.sUserName = new byte[HCNetSDK.NET_DVR_LOGIN_USERNAME_MAX_LEN]; System.arraycopy(m_sUsername.getBytes(), 0, m_strLoginInfo.sUserName, 0, m_sUsername.length()); m_strLoginInfo.sPassword = new byte[HCNetSDK.NET_DVR_LOGIN_PASSWD_MAX_LEN]; System.arraycopy(m_sPassword.getBytes(), 0, m_strLoginInfo.sPassword, 0, m_sPassword.length()); m_strLoginInfo.wPort = this.m_sPort; m_strLoginInfo.bUseAsynLogin = false; //是否异步登录：0- 否，1- 是 m_strLoginInfo.write(); HCNetSDK.NET_DVR_DEVICEINFO_V40 m_strDeviceInfo = new HCNetSDK.NET_DVR_DEVICEINFO_V40();//设备信息 lUserID = hCNetSDK.NET_DVR_Login_V40(m_strLoginInfo, m_strDeviceInfo); if (lUserID == -1) { log.info("登录失败，错误码为" + hCNetSDK.NET_DVR_GetLastError()); } else { log.info("登录成功！"); iCharEncodeType = m_strDeviceInfo.byCharEncodeType; byte[] sSerialNumber = m_strDeviceInfo.struDeviceV30.sSerialNumber; String sn = new String(sSerialNumber).trim(); String strsn = sn.substring(sn.length() - 10); log.info("ip: " + ip + " ++deviId++ " +deviId +", ++strsn++ "+strsn ); callBack();//回调 setAlarm();//布防 } } private void callBack(){//回调函数 if (fmsgCallBack_v30 == null) { fmsgCallBack_v30 = new FMSGCallBack_V30();//报警回调 if (!hCNetSDK.NET_DVR_SetDVRMessageCallBack_V30(fmsgCallBack_v30, null)) {//报警回调 log.info("Set fmsgCallBack function fail"); return; } else { log.info("Set fmsgCallBack function successfully!"); } } if (fExceptionCallBack == null) { fExceptionCallBack = new FExceptionCallBack();//异常回调 //设置异常回调函数(可在回调函数中获取设备上下线状态等) // Pointer pUser = m_strDeviceInfo.getPointer(); if (!hCNetSDK.NET_DVR_SetExceptionCallBack_V30(0, 0, fExceptionCallBack, null)) { log.info("Set fExceptionCallBack function fail"); return; } else { log.info("Set fExceptionCallBack function successfully!"); } } } public void setAlarm() {//布防 //建立报警上传通道（布防） HCNetSDK.NET_DVR_SETUPALARM_PARAM m_strAlarmInfo = new HCNetSDK.NET_DVR_SETUPALARM_PARAM(); m_strAlarmInfo.dwSize = m_strAlarmInfo.size(); m_strAlarmInfo.byLevel = 1; m_strAlarmInfo.byAlarmInfoType = 1; m_strAlarmInfo.byDeployType = 1; m_strAlarmInfo.write(); int nativeLong = hCNetSDK.NET_DVR_SetupAlarmChan_V41(lUserID, m_strAlarmInfo); log.info("nativeLong=====" + nativeLong); // //如果布防失败返回-1 if (nativeLong == -1) { log.info("deployment fail"); //注销 hCNetSDK.NET_DVR_Logout(lUserID); //释放SDK资源 hCNetSDK.NET_DVR_Cleanup(); } else { log.info("deployment Successful"); } }

异常消息回调

/** * 异常消息回调 */ @Slf4j public class FExceptionCallBack implements HCNetSDK.FExceptionCallBack { private static Map ipUserIdMap = new HashMap(); public static void addUserId(Map map) { ipUserIdMap.putAll(map); } @Override public void invoke(int dwType, int lUserID, int lHandle, Pointer pUser) { switch (dwType) { case 0x8000: //用户交互时异常 log.info("用户交互时异常（注册心跳超时，心跳间隔为2分钟）!!!"+"lUserID:"+lUserID ); break; case 0x8001: //语音对讲异常 log.info("语音对讲异常!!!"+"lUserID:"+lUserID ); break; case 0x8002: //报警异常 log.info("报警异常!!!" +"lUserID:"+lUserID ); break; case 0x8003://网络预览异常 log.info("网络预览异常!!!"+"lUserID:"+lUserID ); break; case 0x8004: //透明通道异常 log.info("透明通道异常!!!"+"lUserID:"+lUserID ); break; case 0x8005: //预览时重连 log.info("预览时重连!!!"+"lUserID:"+lUserID ); break; case 0x8006: //报警时重连 log.info("报警时重连!!!"+"lUserID:"+lUserID ); break; case 0x8007://透明通道重连 log.info("透明通道重连!!!"+"lUserID:"+lUserID ); break; case 0x8008: //透明通道重连成功 log.info("透明通道重连成功!!!"+"lUserID:"+lUserID ); break; case 0x8010: //回放异常 log.info("回放异常!!!" +"lUserID:"+lUserID ); break; case 0x8011://硬盘格式化 log.info("硬盘格式化!!!" + lHandle); break; case 0x8012: //被动解码异常 log.info("被动解码异常!!!" +"lUserID:"+lUserID ); break; case 0x8013: //邮件测试异常 log.info("邮件测试异常!!!" +"lUserID:"+lUserID ); break; case 0x8014: //备份异常 log.info("备份异常!!!" +"lUserID:"+lUserID ); break; case 0x8015://预览时重连成功 log.info("预览时重连成功!!!" +"lUserID:"+lUserID ); break; case 0x8016: //报警时重连成功 log.info("报警时重连成功!!!"+"lUserID:"+lUserID ); break; case 0x8017: //网络预览时网络异常 log.info("用户交互恢复!!!"+"lUserID:"+lUserID ); break; case 0x8018: //网络流量检测异常 log.info("网络流量检测异常!!!"+"lUserID:"+lUserID ); break; case 0x8019://图片预览重连 log.info("图片预览重连!!!"+"lUserID:"+lUserID ); break; case 0x8020: //图片预览重连成功 log.info("图片预览重连成功!!!"+"lUserID:"+lUserID ); break; case 0x8021://图片预览异常 log.info("图片预览异常!!!"+"lUserID:"+lUserID ); break; case 0x8022: //报警信息缓存已达上限 log.info("报警信息缓存已达上限!!!" +"lUserID:"+lUserID ); break; case 0x8023: //报警丢失 log.info("报警丢失!!!" +"lUserID:"+lUserID ); break; case 0x8024: //被动转码重连 log.info("被动转码重连!!!" +"lUserID:"+lUserID ); break; case 0x8025://被动转码重连成功 log.info("被动转码重连成功!!!" +"lUserID:"+lUserID ); break; case 0x8026: //被动转码异常 log.info("被动转码异常!!!" +"lUserID:"+lUserID ); break; case 0x8040: //用户重登陆 log.info("用户重登陆!!!" +"lUserID:"+lUserID ); break; case 0x8041://用户重登陆成功 log.info("用户重登陆成功!!!" +"lUserID:"+lUserID ); break; case 0x8042: //被动解码重连 log.info("被动解码重连!!!"+"lUserID:"+lUserID ); break; case 0x8043: //集群报警异常 log.info("集群报警异常!!!" +"lUserID:"+lUserID ); break; case 0x8044: //重登陆失败，停止重登陆 log.info("重登陆失败，停止重登陆!!!"+"lUserID:"+lUserID ); break; case 0x8045://关闭预览重连功能 log.info("关闭预览重连功能!!!"+"lUserID:"+lUserID ); break; case 0x8046: //关闭报警重连功能 log.info("关闭报警重连功能!!!" +"lUserID:"+lUserID ); break; case 0x8047: //关闭透明通道重连功能 log.info("关闭透明通道重连功能!!!" +"lUserID:"+lUserID ); break; case 0x8048: //关闭回显重连功能 log.info("关闭回显重连功能!!!" +"lUserID:"+lUserID ); break; case 0x8049://关闭被动解码重连功能 log.info("关闭被动解码重连功能!!!" +"lUserID:"+lUserID ); break; default: log.info("异常"+"lUserID:"+lUserID ); break; } } }

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