package com.iailab.module.data.video.hikvision.utils; import com.sun.jna.*; import com.sun.jna.examples.win32.W32API; import com.sun.jna.examples.win32.W32API.HWND; import com.sun.jna.ptr.ByteByReference; import com.sun.jna.ptr.IntByReference; import com.sun.jna.ptr.ShortByReference; import java.util.Arrays; import java.util.List; //SDK接口说明,HCNetSDK.dll public interface HCNetSDK extends Library { /*** 宏定义 ***/ //常量 public static final int MAX_NAMELEN = 16; //DVR本地登陆名 public static final int MAX_RIGHT = 32; //设备支持的权限(1-12表示本地权限,13-32表示远程权限) public static final int NAME_LEN = 32; //用户名长度 public static final int PASSWD_LEN = 16; //密码长度 public static final int SERIALNO_LEN = 48; //序列号长度 public static final int MACADDR_LEN = 6; //mac地址长度 public static final int MAX_ETHERNET = 2; //设备可配以太网络 public static final int PATHNAME_LEN = 128; //路径长度 public static final int MAX_TIMESEGMENT_V30 = 8; //9000设备最大时间段数 public static final int MAX_TIMESEGMENT = 4; //8000设备最大时间段数 public static final int MAX_SHELTERNUM = 4; //8000设备最大遮挡区域数 public static final int MAX_DAYS = 7; //每周天数 public static final int PHONENUMBER_LEN = 32; //pppoe拨号号码最大长度 public static final int MAX_DISKNUM_V30 = 33; //9000设备最大硬盘数/* 最多33个硬盘(包括16个内置SATA硬盘、1个eSATA硬盘和16个NFS盘) */ public static final int MAX_DISKNUM = 16; //8000设备最大硬盘数 public static final int MAX_DISKNUM_V10 = 8; //1.2版本之前版本 public static final int MAX_WINDOW_V30 = 32; //9000设备本地显示最大播放窗口数 public static final int MAX_WINDOW = 16; //8000设备最大硬盘数 public static final int MAX_VGA_V30 = 4; //9000设备最大可接VGA数 public static final int MAX_VGA = 1; //8000设备最大可接VGA数 public static final int MAX_USERNUM_V30 = 32; //9000设备最大用户数 public static final int MAX_USERNUM = 16; //8000设备最大用户数 public static final int MAX_EXCEPTIONNUM_V30 = 32; //9000设备最大异常处理数 public static final int MAX_EXCEPTIONNUM = 16; //8000设备最大异常处理数 public static final int MAX_LINK = 6; //8000设备单通道最大视频流连接数 public static final int MAX_DECPOOLNUM = 4; //单路解码器每个解码通道最大可循环解码数 public static final int MAX_DECNUM = 4; //单路解码器的最大解码通道数(实际只有一个,其他三个保留) public static final int MAX_TRANSPARENTNUM = 2; //单路解码器可配置最大透明通道数 public static final int MAX_CYCLE_CHAN = 16; //单路解码器最大轮循通道数 public static final int MAX_DIRNAME_LENGTH = 80; //最大目录长度 public static final int MAX_STRINGNUM_V30 = 8; //9000设备最大OSD字符行数数 public static final int MAX_STRINGNUM = 4; //8000设备最大OSD字符行数数 public static final int MAX_STRINGNUM_EX = 8; //8000定制扩展 public static final int MAX_AUXOUT_V30 = 16; //9000设备最大辅助输出数 public static final int MAX_AUXOUT = 4; //8000设备最大辅助输出数 public static final int MAX_HD_GROUP = 16; //9000设备最大硬盘组数 public static final int MAX_NFS_DISK = 8; //8000设备最大NFS硬盘数 public static final int IW_ESSID_MAX_SIZE = 32; //WIFI的SSID号长度 public static final int IW_ENCODING_TOKEN_MAX = 32; //WIFI密锁最大字节数 public static final int MAX_SERIAL_NUM = 64; //最多支持的透明通道路数 public static final int MAX_DDNS_NUMS = 10; //9000设备最大可配ddns数 public static final int MAX_DOMAIN_NAME = 64; /* 最大域名长度 */ public static final int MAX_EMAIL_ADDR_LEN = 48; //最大email地址长度 public static final int MAX_EMAIL_PWD_LEN = 32; //最大email密码长度 public static final int MAXPROGRESS = 100; //回放时的最大百分率 public static final int MAX_SERIALNUM = 2; //8000设备支持的串口数 1-232, 2-485 public static final int CARDNUM_LEN = 20; //卡号长度 public static final int MAX_VIDEOOUT_V30 = 4; //9000设备的视频输出数 public static final int MAX_VIDEOOUT = 2; //8000设备的视频输出数 public static final int MAX_PRESET_V30 = 256; /* 9000设备支持的云台预置点数 */ public static final int MAX_TRACK_V30 = 256; /* 9000设备支持的云台轨迹数 */ public static final int MAX_CRUISE_V30 = 256; /* 9000设备支持的云台巡航数 */ public static final int MAX_PRESET = 128; /* 8000设备支持的云台预置点数 */ public static final int MAX_TRACK = 128; /* 8000设备支持的云台轨迹数 */ public static final int MAX_CRUISE = 128; /* 8000设备支持的云台巡航数 */ public static final int CRUISE_MAX_PRESET_NUMS = 32; /* 一条巡航最多的巡航点 */ public static final int MAX_SERIAL_PORT = 8; //9000设备支持232串口数 public static final int MAX_PREVIEW_MODE = 8; /* 设备支持最大预览模式数目 1画面,4画面,9画面,16画面.... */ public static final int MAX_MATRIXOUT = 16; /* 最大模拟矩阵输出个数 */ public static final int LOG_INFO_LEN = 11840; /* 日志附加信息 */ public static final int DESC_LEN = 16; /* 云台描述字符串长度 */ public static final int PTZ_PROTOCOL_NUM = 200; /* 9000最大支持的云台协议数 */ public static final int MAX_AUDIO = 1; //8000语音对讲通道数 public static final int MAX_AUDIO_V30 = 2; //9000语音对讲通道数 public static final int MAX_CHANNUM = 16; //8000设备最大通道数 public static final int MAX_ALARMIN = 16; //8000设备最大报警输入数 public static final int MAX_ALARMOUT = 4; //8000设备最大报警输出数 //9000 IPC接入 public static final int MAX_ANALOG_CHANNUM = 32; //最大32个模拟通道 public static final int MAX_ANALOG_ALARMOUT = 32; //最大32路模拟报警输出 public static final int MAX_ANALOG_ALARMIN = 32; //最大32路模拟报警输入 public static final int MAX_IP_ALARMIN_V40 = 4096; //允许加入的最多报警输入数 public static final int MAX_IP_ALARMOUT_V40 = 4096; //允许加入的最多报警输出数 public static final int MAX_ALARMOUT_V40 = (MAX_IP_ALARMOUT_V40 + MAX_ANALOG_ALARMOUT); //4128 public static final int MAX_ALARMIN_V40 = (MAX_IP_ALARMIN_V40 + MAX_ANALOG_ALARMOUT); //4128 public static final int MAX_CHANNUM_V40 = 512; public static final int MAX_IP_DEVICE = 32; //允许接入的最大IP设备数 public static final int MAX_IP_CHANNEL = 32; //允许加入的最多IP通道数 public static final int MAX_IP_ALARMIN = 128; //允许加入的最多报警输入数 public static final int MAX_IP_ALARMOUT = 64; //允许加入的最多报警输出数 /* 最大支持的通道数 最大模拟加上最大IP支持 */ public static final int MAX_CHANNUM_V30 = (MAX_ANALOG_CHANNUM + MAX_IP_CHANNEL);//64 public static final int MAX_ALARMOUT_V30 = (MAX_ANALOG_ALARMOUT + MAX_IP_ALARMOUT);//96 public static final int MAX_ALARMIN_V30 = (MAX_ANALOG_ALARMIN + MAX_IP_ALARMIN);//160 public static final int MAX_IP_DEVICE_V40 = 64; public static final int STREAM_ID_LEN = 32; public static final int MAX_LICENSE_LEN = 16; public static final int MAX_LICENSE_LEN_EX = 32; //车牌号最大长度 public static final int MAX_CARDNO_LEN = 48; //卡号最大长度 public static final int VCA_MAX_POLYGON_POINT_NUM = 10; public static final int MAX_ID_NUM_LEN = 32; //最大身份证号长度 public static final int MAX_ID_NAME_LEN = 128; //最大姓名长度 public static final int MAX_ID_ADDR_LEN = 280; //最大住址长度 public static final int MAX_ID_ISSUING_AUTHORITY_LEN = 128; //最大签发机关长度 public static final int MAX_CARD_READER_NUM_512 = 512; //最大读卡器数 public static final int ERROR_MSG_LEN = 32; //下发错误信息 public static final int MAX_FACE_NUM = 2; //最大人脸数 public static final int MAX_FINGER_PRINT_LEN = 768; //最大指纹长度 public static final int DEV_TYPE_NAME_LEN = 24; //设备类型名称长度 public static final int MAX_FACE_PIC_NUM = 30; /*人脸子图个数*/ public static final int CARDNUM_LEN_V30 = 40; public static final int MAX_NOTICE_NUMBER_LEN = 32; //公告编号最大长度 public static final int MAX_NOTICE_THEME_LEN = 64; //公告主题最大长度 public static final int MAX_NOTICE_DETAIL_LEN = 1024; //公告详情最大长度 public static final int MAX_NOTICE_PIC_NUM = 6; //公告信息最大图片数量 public static final int MAX_DEV_NUMBER_LEN = 32; //设备编号最大长度 public static final int LOCK_NAME_LEN = 32; //锁名称 public static final int NET_SDK_EMPLOYEE_NO_LEN = 32; //工号长度 public static final int NET_SDK_UUID_LEN = 36; //UUID长度 public static final int MAX_INQUEST_CDRW_NUM = 4; //最大刻录机数目 public static final int INQUEST_MESSAGE_LEN = 44; //审讯重点标记信息长度 public static final int INQUEST_MAX_ROOM_NUM = 2; //最大审讯室个数 public static final int MAX_RESUME_SEGMENT = 2; //支持同时恢复的片段数目 public static final int SUPPORT_PD_NUM = 16; public static final int SUPPORT_ARRAY_NUM = 8; public static final int SUPPORT_VD_NUM = 128; public static final int SUPPORT_PD_NUM_ = 16; public static final int SUPPORT_PD_NUM_PARTTWO = 8; public static final int CARDNUM_LEN_OUT = 32; //外部结构体卡号长度 public static final int GUID_LEN = 16; //GUID长度 public static final int MAX_ROIDETECT_NUM = 8; //支持的ROI区域数 public static final int MAX_LANERECT_NUM = 5; //最大车牌识别区域数 public static final int MAX_FORTIFY_NUM = 10; //最大布防个数 public static final int MAX_INTERVAL_NUM = 4; //最大时间间隔个数 public static final int MAX_CHJC_NUM = 3; //最大车辆省份简称字符个数 public static final int MAX_VL_NUM = 5; //最大虚拟线圈个数 public static final int MAX_DRIVECHAN_NUM = 16; //最大车道数 public static final int MAX_COIL_NUM = 3; //最大线圈个数 public static final int MAX_SIGNALLIGHT_NUM = 6; //最大信号灯个数 public static final int MAX_IOSPEED_GROUP_NUM = 4; //IO测速组个数 public static final int MAX_IOOUT_NUM = 4; //最大IO输出口个数 public static final int MAX_IOIN_NUM = 8; //最大IO输入口个数 public static final int MAX_RELAY_NUM = 12; //继电器控制设备最大数 2013-11-04 public static final int MAX_VEHICLE_TYPE_NUM = 8; //车辆信息管控最大数2013-11-04 public static final int MAX_IOIN_NUMEX = 10; //最大IO输入口个数(扩展) public static final int MAX_ITC_LANE_NUM = 6; //最大车道个数 public static final int MAX_LANEAREA_NUM = 2; //单车道最大区域个数 public static final int ITC_MAX_POLYGON_POINT_NUM = 20; //检测区域最多支持20个点的多边形 public static final int MAX_ITC_SERIALCHECK_NUM = 8; //串口校验类型个数 public static final int MAX_LIGHT_NUM = 6; //最大交通灯数 public static final int MAX_VIDEO_INTERVAL_NUM = 2; //最大抓拍间隔数 public static final int MAX_VIDEO_DETECT_LIGHT_NUM = 12; //视频检测的最大检测区域 public static final int MAX_CALIB_RECOG_NUM = 2; //标定区域个数 public static final int MAX_RS485_NUM = 12; //485口最大支持数 public static final int MAX_MOBILE_POLYGON_NUM = 3; //移动布控支持最大牌识区域个数 public static final int MAX_MOBILE_DETECTLINE_NUM = 3; //移动布控支持最大违规检测线个数 public static final int MAX_IOOUT_K_NUM = 8; //K系列最大IO输出口个数 public static final int NET_SDK_MAX_FDID_LEN = 256; //人脸库ID最大长度 public static final int NET_SDK_MAX_PICID_LEN = 256; //人脸ID最大长度 public static final int NET_SDK_MAX_INDENTITY_KEY_LEN = 64; //交互操作口令长度 public static final int SEARCH_EVENT_INFO_LEN = 300; //事件信息长度 public static final int SEARCH_EVENT_INFO_LEN_V40 = 800; public static final int MAX_POS_KEYWORDS_NUM = 3; //支持关键字查找条数 public static final int MAX_POS_KEYWORD_LEN = 128; //每条关键字长度 public static final int INQUEST_CASE_LEN = 64; //审讯信息长度 public static final int SEARCH_CASE_NO_LEN = 56; public static final int SEARCH_CASE_NAME_LEN = 100; public static final int SEARCH_LITIGANT_LEN = 32; public static final int SEARCH_CHIEF_JUDGE_LEN = 32; public static final int CASE_NO_RET_LEN = 52; public static final int CASE_NAME_RET_LEN = 64; public static final int LITIGANT_RET_LEN = 24; public static final int CHIEF_JUDGE_RET_LEN = 24; public static final int NET_SDK_CASETYPE_LEN = 32; public static final int NET_SDK_MAX_TAPE_INDEX_LEN = 32; //磁带编号最大长度 public static final int NET_SDK_MAX_FILE_LEN = 256; //文件名最大长度 /******************************************************************/ /******************* * 全局错误码 begin **********************/ public static final int NET_DVR_NOERROR = 0; //没有错误 public static final int NET_DVR_PASSWORD_ERROR = 1; //用户名密码错误 public static final int NET_DVR_NOENOUGHPRI = 2;//权限不足 public static final int NET_DVR_NOINIT = 3;//没有初始化 public static final int NET_DVR_CHANNEL_ERROR = 4; //通道号错误 public static final int NET_DVR_OVER_MAXLINK = 5; //连接到DVR的客户端个数超过最大 public static final int NET_DVR_VERSIONNOMATCH = 6; //版本不匹配 public static final int NET_DVR_NETWORK_FAIL_CONNECT = 7;//连接服务器失败 public static final int NET_DVR_NETWORK_SEND_ERROR = 8; //向服务器发送失败 public static final int NET_DVR_NETWORK_RECV_ERROR = 9; //从服务器接收数据失败 public static final int NET_DVR_NETWORK_RECV_TIMEOUT = 10; //从服务器接收数据超时 public static final int NET_DVR_NETWORK_ERRORDATA = 11; //传送的数据有误 public static final int NET_DVR_ORDER_ERROR = 12; //调用次序错误 public static final int NET_DVR_OPERNOPERMIT = 13; //无此权限 public static final int NET_DVR_COMMANDTIMEOUT = 14; //DVR命令执行超时 public static final int NET_DVR_ERRORSERIALPORT = 15; //串口号错误 public static final int NET_DVR_ERRORALARMPORT = 16; //报警端口错误 public static final int NET_DVR_PARAMETER_ERROR = 17;//参数错误 public static final int NET_DVR_CHAN_EXCEPTION = 18; //服务器通道处于错误状态 public static final int NET_DVR_NODISK = 19; //没有硬盘 public static final int NET_DVR_ERRORDISKNUM = 20; //硬盘号错误 public static final int NET_DVR_DISK_FULL = 21; //服务器硬盘满 public static final int NET_DVR_DISK_ERROR = 22;//服务器硬盘出错 public static final int NET_DVR_NOSUPPORT = 23;//服务器不支持 public static final int NET_DVR_BUSY = 24;//服务器忙 public static final int NET_DVR_MODIFY_FAIL = 25;//服务器修改不成功 public static final int NET_DVR_PASSWORD_FORMAT_ERROR = 26;//密码输入格式不正确 public static final int NET_DVR_DISK_FORMATING = 27; //硬盘正在格式化,不能启动操作 public static final int NET_DVR_DVRNORESOURCE = 28; //DVR资源不足 public static final int NET_DVR_DVROPRATEFAILED = 29; //DVR操作失败 public static final int NET_DVR_OPENHOSTSOUND_FAIL = 30; //打开PC声音失败 public static final int NET_DVR_DVRVOICEOPENED = 31; //服务器语音对讲被占用 public static final int NET_DVR_TIMEINPUTERROR = 32; //时间输入不正确 public static final int NET_DVR_NOSPECFILE = 33; //回放时服务器没有指定的文件 public static final int NET_DVR_CREATEFILE_ERROR = 34; //创建文件出错 public static final int NET_DVR_FILEOPENFAIL = 35; //打开文件出错 public static final int NET_DVR_OPERNOTFINISH = 36; //上次的操作还没有完成 public static final int NET_DVR_GETPLAYTIMEFAIL = 37; //获取当前播放的时间出错 public static final int NET_DVR_PLAYFAIL = 38; //播放出错 public static final int NET_DVR_FILEFORMAT_ERROR = 39;//文件格式不正确 public static final int NET_DVR_DIR_ERROR = 40; //路径错误 public static final int NET_DVR_ALLOC_RESOURCE_ERROR = 41;//资源分配错误 public static final int NET_DVR_AUDIO_MODE_ERROR = 42; //声卡模式错误 public static final int NET_DVR_NOENOUGH_BUF = 43; //缓冲区太小 public static final int NET_DVR_CREATESOCKET_ERROR = 44; //创建SOCKET出错 public static final int NET_DVR_SETSOCKET_ERROR = 45; //设置SOCKET出错 public static final int NET_DVR_MAX_NUM = 46; //个数达到最大 public static final int NET_DVR_USERNOTEXIST = 47; //用户不存在 public static final int NET_DVR_WRITEFLASHERROR = 48;//写FLASH出错 public static final int NET_DVR_UPGRADEFAIL = 49;//DVR升级失败 public static final int NET_DVR_CARDHAVEINIT = 50; //解码卡已经初始化过 public static final int NET_DVR_PLAYERFAILED = 51; //调用播放库中某个函数失败 public static final int NET_DVR_MAX_USERNUM = 52; //设备端用户数达到最大 public static final int NET_DVR_GETLOCALIPANDMACFAIL = 53;//获得客户端的IP地址或物理地址失败 public static final int NET_DVR_NOENCODEING = 54; //该通道没有编码 public static final int NET_DVR_IPMISMATCH = 55; //IP地址不匹配 public static final int NET_DVR_MACMISMATCH = 56;//MAC地址不匹配 public static final int NET_DVR_UPGRADELANGMISMATCH = 57;//升级文件语言不匹配 public static final int NET_DVR_MAX_PLAYERPORT = 58;//播放器路数达到最大 public static final int NET_DVR_NOSPACEBACKUP = 59;//备份设备中没有足够空间进行备份 public static final int NET_DVR_NODEVICEBACKUP = 60; //没有找到指定的备份设备 public static final int NET_DVR_PICTURE_BITS_ERROR = 61; //图像素位数不符,限24色 public static final int NET_DVR_PICTURE_DIMENSION_ERROR = 62;//图片高*宽超限, 限128*256 public static final int NET_DVR_PICTURE_SIZ_ERROR = 63; //图片大小超限,限100K public static final int NET_DVR_LOADPLAYERSDKFAILED = 64; //载入当前目录下Player Sdk出错 public static final int NET_DVR_LOADPLAYERSDKPROC_ERROR = 65; //找不到Player Sdk中某个函数入口 public static final int NET_DVR_LOADDSSDKFAILED = 66; //载入当前目录下DSsdk出错 public static final int NET_DVR_LOADDSSDKPROC_ERROR = 67; //找不到DsSdk中某个函数入口 public static final int NET_DVR_DSSDK_ERROR = 68; //调用硬解码库DsSdk中某个函数失败 public static final int NET_DVR_VOICEMONOPOLIZE = 69; //声卡被独占 public static final int NET_DVR_JOINMULTICASTFAILED = 70; //加入多播组失败 public static final int NET_DVR_CREATEDIR_ERROR = 71; //建立日志文件目录失败 public static final int NET_DVR_BINDSOCKET_ERROR = 72; //绑定套接字失败 public static final int NET_DVR_SOCKETCLOSE_ERROR = 73; //socket连接中断,此错误通常是由于连接中断或目的地不可达 public static final int NET_DVR_USERID_ISUSING = 74; //注销时用户ID正在进行某操作 public static final int NET_DVR_SOCKETLISTEN_ERROR = 75; //监听失败 public static final int NET_DVR_PROGRAM_EXCEPTION = 76; //程序异常 public static final int NET_DVR_WRITEFILE_FAILED = 77; //写文件失败 public static final int NET_DVR_FORMAT_READONLY = 78;//禁止格式化只读硬盘 public static final int NET_DVR_WITHSAMEUSERNAME = 79;//用户配置结构中存在相同的用户名 public static final int NET_DVR_DEVICETYPE_ERROR = 80; /*导入参数时设备型号不匹配*/ public static final int NET_DVR_LANGUAGE_ERROR = 81; /*导入参数时语言不匹配*/ public static final int NET_DVR_PARAVERSION_ERROR = 82; /*导入参数时软件版本不匹配*/ public static final int NET_DVR_IPCHAN_NOTALIVE = 83; /*预览时外接IP通道不在线*/ public static final int NET_DVR_RTSP_SDK_ERROR = 84; /*加载高清IPC通讯库StreamTransClient.dll失败*/ public static final int NET_DVR_CONVERT_SDK_ERROR = 85; /*加载转码库失败*/ public static final int NET_DVR_IPC_COUNT_OVERFLOW = 86; /*超出最大的ip接入通道数*/ public static final int NET_PLAYM4_NOERROR = 500; //no error public static final int NET_PLAYM4_PARA_OVER = 501;//input parameter is invalid; public static final int NET_PLAYM4_ORDER_ERROR = 502;//The order of the function to be called is error. public static final int NET_PLAYM4_TIMER_ERROR = 503;//Create multimedia clock failed; public static final int NET_PLAYM4_DEC_VIDEO_ERROR = 504;//Decode video data failed. public static final int NET_PLAYM4_DEC_AUDIO_ERROR = 505;//Decode audio data failed. public static final int NET_PLAYM4_ALLOC_MEMORY_ERROR = 506; //Allocate memory failed. public static final int NET_PLAYM4_OPEN_FILE_ERROR = 507; //Open the file failed. public static final int NET_PLAYM4_CREATE_OBJ_ERROR = 508;//Create thread or event failed public static final int NET_PLAYM4_CREATE_DDRAW_ERROR = 509;//Create DirectDraw object failed. public static final int NET_PLAYM4_CREATE_OFFSCREEN_ERROR = 510;//failed when creating off-screen surface. public static final int NET_PLAYM4_BUF_OVER = 511; //buffer is overflow public static final int NET_PLAYM4_CREATE_SOUND_ERROR = 512; //failed when creating audio device. public static final int NET_PLAYM4_SET_VOLUME_ERROR = 513;//Set volume failed public static final int NET_PLAYM4_SUPPORT_FILE_ONLY = 514;//The function only support play file. public static final int NET_PLAYM4_SUPPORT_STREAM_ONLY = 515;//The function only support play stream. public static final int NET_PLAYM4_SYS_NOT_SUPPORT = 516;//System not support. public static final int NET_PLAYM4_FILEHEADER_UNKNOWN = 517; //No file header. public static final int NET_PLAYM4_VERSION_INCORRECT = 518; //The version of decoder and encoder is not adapted. public static final int NET_PALYM4_INIT_DECODER_ERROR = 519; //Initialize decoder failed. public static final int NET_PLAYM4_CHECK_FILE_ERROR = 520; //The file data is unknown. public static final int NET_PLAYM4_INIT_TIMER_ERROR = 521; //Initialize multimedia clock failed. public static final int NET_PLAYM4_BLT_ERROR = 522;//Blt failed. public static final int NET_PLAYM4_UPDATE_ERROR = 523;//Update failed. public static final int NET_PLAYM4_OPEN_FILE_ERROR_MULTI = 524; //openfile error, streamtype is multi public static final int NET_PLAYM4_OPEN_FILE_ERROR_VIDEO = 525; //openfile error, streamtype is video public static final int NET_PLAYM4_JPEG_COMPRESS_ERROR = 526; //JPEG compress error public static final int NET_PLAYM4_EXTRACT_NOT_SUPPORT = 527; //Don't support the version of this file. public static final int NET_PLAYM4_EXTRACT_DATA_ERROR = 528; //extract video data failed. /*******************全局错误码 end**********************/ /************************************************* * NET_DVR_IsSupport()返回值 * 1-9位分别表示以下信息(位与是TRUE)表示支持; **************************************************/ public static final int NET_DVR_SUPPORT_DDRAW = 0x01;//支持DIRECTDRAW,如果不支持,则播放器不能工作; public static final int NET_DVR_SUPPORT_BLT = 0x02;//显卡支持BLT操作,如果不支持,则播放器不能工作; public static final int NET_DVR_SUPPORT_BLTFOURCC = 0x04;//显卡BLT支持颜色转换,如果不支持,播放器会用软件方法作RGB转换; public static final int NET_DVR_SUPPORT_BLTSHRINKX = 0x08;//显卡BLT支持X轴缩小;如果不支持,系统会用软件方法转换; public static final int NET_DVR_SUPPORT_BLTSHRINKY = 0x10;//显卡BLT支持Y轴缩小;如果不支持,系统会用软件方法转换; public static final int NET_DVR_SUPPORT_BLTSTRETCHX = 0x20;//显卡BLT支持X轴放大;如果不支持,系统会用软件方法转换; public static final int NET_DVR_SUPPORT_BLTSTRETCHY = 0x40;//显卡BLT支持Y轴放大;如果不支持,系统会用软件方法转换; public static final int NET_DVR_SUPPORT_SSE = 0x80;//CPU支持SSE指令,Intel Pentium3以上支持SSE指令; public static final int NET_DVR_SUPPORT_MMX = 0x100;//CPU支持MMX指令集,Intel Pentium3以上支持SSE指令; /********************** * 云台控制命令 begin *************************/ public static final int LIGHT_PWRON = 2; /* 接通灯光电源 */ public static final int WIPER_PWRON = 3; /* 接通雨刷开关 */ public static final int FAN_PWRON = 4; /* 接通风扇开关 */ public static final int HEATER_PWRON = 5; /* 接通加热器开关 */ public static final int AUX_PWRON1 = 6; /* 接通辅助设备开关 */ public static final int AUX_PWRON2 = 7; /* 接通辅助设备开关 */ public static final int SET_PRESET = 8; /* 设置预置点 */ public static final int CLE_PRESET = 9; /* 清除预置点 */ public static final int ZOOM_IN = 11; /* 焦距以速度SS变大(倍率变大) */ public static final int ZOOM_OUT = 12; /* 焦距以速度SS变小(倍率变小) */ public static final int FOCUS_NEAR = 13; /* 焦点以速度SS前调 */ public static final int FOCUS_FAR = 14; /* 焦点以速度SS后调 */ public static final int IRIS_OPEN = 15; /* 光圈以速度SS扩大 */ public static final int IRIS_CLOSE = 16; /* 光圈以速度SS缩小 */ public static final int TILT_UP = 21; /* 云台以SS的速度上仰 */ public static final int TILT_DOWN = 22; /* 云台以SS的速度下俯 */ public static final int PAN_LEFT = 23; /* 云台以SS的速度左转 */ public static final int PAN_RIGHT = 24; /* 云台以SS的速度右转 */ public static final int UP_LEFT = 25; /* 云台以SS的速度上仰和左转 */ public static final int UP_RIGHT = 26; /* 云台以SS的速度上仰和右转 */ public static final int DOWN_LEFT = 27; /* 云台以SS的速度下俯和左转 */ public static final int DOWN_RIGHT = 28; /* 云台以SS的速度下俯和右转 */ public static final int PAN_AUTO = 29; /* 云台以SS的速度左右自动扫描 */ public static final int FILL_PRE_SEQ = 30; /* 将预置点加入巡航序列 */ public static final int SET_SEQ_DWELL = 31; /* 设置巡航点停顿时间 */ public static final int SET_SEQ_SPEED = 32; /* 设置巡航速度 */ public static final int CLE_PRE_SEQ = 33;/* 将预置点从巡航序列中删除 */ public static final int STA_MEM_CRUISE = 34;/* 开始记录轨迹 */ public static final int STO_MEM_CRUISE = 35;/* 停止记录轨迹 */ public static final int RUN_CRUISE = 36; /* 开始轨迹 */ public static final int RUN_SEQ = 37; /* 开始巡航 */ public static final int STOP_SEQ = 38; /* 停止巡航 */ public static final int GOTO_PRESET = 39; /* 快球转到预置点 */ /**********************云台控制命令 end*************************/ /************************************************* * 回放时播放控制命令宏定义 * NET_DVR_PlayBackControl * NET_DVR_PlayControlLocDisplay * NET_DVR_DecPlayBackCtrl的宏定义 * 具体支持查看函数说明和代码 **************************************************/ public static final int NET_DVR_PLAYSTART = 1;//开始播放 public static final int NET_DVR_PLAYSTOP = 2;//停止播放 public static final int NET_DVR_PLAYPAUSE = 3;//暂停播放 public static final int NET_DVR_PLAYRESTART = 4;//恢复播放 public static final int NET_DVR_PLAYFAST = 5;//快放 public static final int NET_DVR_PLAYSLOW = 6;//慢放 public static final int NET_DVR_PLAYNORMAL = 7;//正常速度 public static final int NET_DVR_PLAYFRAME = 8;//单帧放 public static final int NET_DVR_PLAYSTARTAUDIO = 9;//打开声音 public static final int NET_DVR_PLAYSTOPAUDIO = 10;//关闭声音 public static final int NET_DVR_PLAYAUDIOVOLUME = 11;//调节音量 public static final int NET_DVR_PLAYSETPOS = 12;//改变文件回放的进度 public static final int NET_DVR_PLAYGETPOS = 13;//获取文件回放的进度 public static final int NET_DVR_PLAYGETTIME = 14;//获取当前已经播放的时间(按文件回放的时候有效) public static final int NET_DVR_PLAYGETFRAME = 15;//获取当前已经播放的帧数(按文件回放的时候有效) public static final int NET_DVR_GETTOTALFRAMES = 16;//获取当前播放文件总的帧数(按文件回放的时候有效) public static final int NET_DVR_GETTOTALTIME = 17;//获取当前播放文件总的时间(按文件回放的时候有效) public static final int NET_DVR_THROWBFRAME = 20;//丢B帧 public static final int NET_DVR_SETSPEED = 24;//设置码流速度 public static final int NET_DVR_KEEPALIVE = 25;//保持与设备的心跳(如果回调阻塞,建议2秒发送一次) public static final int NET_DVR_SET_TRANS_TYPE = 32; //设置转码格式 //远程按键定义如下: /* key value send to CONFIG program */ public static final int KEY_CODE_1 = 1; public static final int KEY_CODE_2 = 2; public static final int KEY_CODE_3 = 3; public static final int KEY_CODE_4 = 4; public static final int KEY_CODE_5 = 5; public static final int KEY_CODE_6 = 6; public static final int KEY_CODE_7 = 7; public static final int KEY_CODE_8 = 8; public static final int KEY_CODE_9 = 9; public static final int KEY_CODE_0 = 10; public static final int KEY_CODE_POWER = 11; public static final int KEY_CODE_MENU = 12; public static final int KEY_CODE_ENTER = 13; public static final int KEY_CODE_CANCEL = 14; public static final int KEY_CODE_UP = 15; public static final int KEY_CODE_DOWN = 16; public static final int KEY_CODE_LEFT = 17; public static final int KEY_CODE_RIGHT = 18; public static final int KEY_CODE_EDIT = 19; public static final int KEY_CODE_ADD = 20; public static final int KEY_CODE_MINUS = 21; public static final int KEY_CODE_PLAY = 22; public static final int KEY_CODE_REC = 23; public static final int KEY_CODE_PAN = 24; public static final int KEY_CODE_M = 25; public static final int KEY_CODE_A = 26; public static final int KEY_CODE_F1 = 27; public static final int KEY_CODE_F2 = 28; /* for PTZ control */ public static final int KEY_PTZ_UP_START = KEY_CODE_UP; public static final int KEY_PTZ_UP_STO = 32; public static final int KEY_PTZ_DOWN_START = KEY_CODE_DOWN; public static final int KEY_PTZ_DOWN_STOP = 33; public static final int KEY_PTZ_LEFT_START = KEY_CODE_LEFT; public static final int KEY_PTZ_LEFT_STOP = 34; public static final int KEY_PTZ_RIGHT_START = KEY_CODE_RIGHT; public static final int KEY_PTZ_RIGHT_STOP = 35; public static final int KEY_PTZ_AP1_START = KEY_CODE_EDIT;/* 光圈+ */ public static final int KEY_PTZ_AP1_STOP = 36; public static final int KEY_PTZ_AP2_START = KEY_CODE_PAN;/* 光圈- */ public static final int KEY_PTZ_AP2_STOP = 37; public static final int KEY_PTZ_FOCUS1_START = KEY_CODE_A;/* 聚焦+ */ public static final int KEY_PTZ_FOCUS1_STOP = 38; public static final int KEY_PTZ_FOCUS2_START = KEY_CODE_M;/* 聚焦- */ public static final int KEY_PTZ_FOCUS2_STOP = 39; public static final int KEY_PTZ_B1_START = 40;/* 变倍+ */ public static final int KEY_PTZ_B1_STOP = 41; public static final int KEY_PTZ_B2_START = 42;/* 变倍- */ public static final int KEY_PTZ_B2_STOP = 43; //9000新增 public static final int KEY_CODE_11 = 44; public static final int KEY_CODE_12 = 45; public static final int KEY_CODE_13 = 46; public static final int KEY_CODE_14 = 47; public static final int KEY_CODE_15 = 48; public static final int KEY_CODE_16 = 49; /************************* * 参数配置命令 begin *******************************/ //用于NET_DVR_SetDVRConfig和NET_DVR_GetDVRConfig,注意其对应的配置结构 public static final int NET_DVR_GET_DEVICECFG = 100; //获取设备参数 public static final int NET_DVR_SET_DEVICECFG = 101; //设置设备参数 public static final int NET_DVR_GET_DEVICECFG_V40 = 1100; //获取扩展设备参数 public static final int NET_DVR_SET_DEVICECFG_V40 = 1101; //设置扩展设备参数 public static final int NET_DVR_GET_NETCFG = 102; //获取网络参数 public static final int NET_DVR_SET_NETCFG = 103; //设置网络参数 public static final int NET_DVR_GET_PICCFG = 104; //获取图象参数 public static final int NET_DVR_SET_PICCFG = 105; //设置图象参数 public static final int NET_DVR_GET_COMPRESSCFG = 106; //获取压缩参数 public static final int NET_DVR_SET_COMPRESSCFG = 107; //设置压缩参数 public static final int NET_DVR_GET_RECORDCFG = 108; //获取录像时间参数 public static final int NET_DVR_SET_RECORDCFG = 109; //设置录像时间参数 public static final int NET_DVR_GET_DECODERCFG = 110; //获取解码器参数 public static final int NET_DVR_SET_DECODERCFG = 111; //设置解码器参数 public static final int NET_DVR_GET_RS232CFG = 112; //获取232串口参数 public static final int NET_DVR_SET_RS232CFG = 113; //设置232串口参数 public static final int NET_DVR_GET_ALARMINCFG = 114; //获取报警输入参数 public static final int NET_DVR_SET_ALARMINCFG = 115; //设置报警输入参数 public static final int NET_DVR_GET_ALARMOUTCFG = 116; //获取报警输出参数 public static final int NET_DVR_SET_ALARMOUTCFG = 117; //设置报警输出参数 public static final int NET_DVR_GET_TIMECFG = 118; //获取DVR时间 public static final int NET_DVR_SET_TIMECFG = 119; //设置DVR时间 public static final int NET_DVR_GET_PREVIEWCFG = 120; //获取预览参数 public static final int NET_DVR_SET_PREVIEWCFG = 121; //设置预览参数 public static final int NET_DVR_GET_VIDEOOUTCFG = 122; //获取视频输出参数 public static final int NET_DVR_SET_VIDEOOUTCFG = 123; //设置视频输出参数 public static final int NET_DVR_GET_USERCFG = 124; //获取用户参数 public static final int NET_DVR_SET_USERCFG = 125; //设置用户参数 public static final int NET_DVR_GET_EXCEPTIONCFG = 126; //获取异常参数 public static final int NET_DVR_SET_EXCEPTIONCFG = 127; //设置异常参数 public static final int NET_DVR_GET_ZONEANDDST = 128; //获取时区和夏时制参数 public static final int NET_DVR_SET_ZONEANDDST = 129; //设置时区和夏时制参数 public static final int NET_DVR_GET_SHOWSTRING = 130; //获取叠加字符参数 public static final int NET_DVR_SET_SHOWSTRING = 131; //设置叠加字符参数 public static final int NET_DVR_GET_EVENTCOMPCFG = 132; //获取事件触发录像参数 public static final int NET_DVR_SET_EVENTCOMPCFG = 133; //设置事件触发录像参数 public static final int NET_DVR_GET_AUXOUTCFG = 140; //获取报警触发辅助输出设置(HS设备辅助输出2006-02-28) public static final int NET_DVR_SET_AUXOUTCFG = 141; //设置报警触发辅助输出设置(HS设备辅助输出2006-02-28) public static final int NET_DVR_GET_PREVIEWCFG_AUX = 142; //获取-s系列双输出预览参数(-s系列双输出2006-04-13) public static final int NET_DVR_SET_PREVIEWCFG_AUX = 143; //设置-s系列双输出预览参数(-s系列双输出2006-04-13) public static final int NET_DVR_GET_PICCFG_EX = 200; //获取图象参数(SDK_V14扩展命令) public static final int NET_DVR_SET_PICCFG_EX = 201; //设置图象参数(SDK_V14扩展命令) public static final int NET_DVR_GET_USERCFG_EX = 202; //获取用户参数(SDK_V15扩展命令) public static final int NET_DVR_SET_USERCFG_EX = 203; //设置用户参数(SDK_V15扩展命令) public static final int NET_DVR_GET_COMPRESSCFG_EX = 204; //获取压缩参数(SDK_V15扩展命令2006-05-15) public static final int NET_DVR_SET_COMPRESSCFG_EX = 205; //设置压缩参数(SDK_V15扩展命令2006-05-15) public static final int NET_DVR_GET_NETAPPCFG = 222; //获取网络应用参数 NTP/DDNS/EMAIL public static final int NET_DVR_SET_NETAPPCFG = 223; //设置网络应用参数 NTP/DDNS/EMAIL public static final int NET_DVR_GET_NTPCFG = 224; //获取网络应用参数 NTP public static final int NET_DVR_SET_NTPCFG = 225; //设置网络应用参数 NTP public static final int NET_DVR_GET_DDNSCFG = 226; //获取网络应用参数 DDNS public static final int NET_DVR_SET_DDNSCFG = 227; //设置网络应用参数 DDNS //对应NET_DVR_EMAILPARA public static final int NET_DVR_GET_EMAILCFG = 228; //获取网络应用参数 EMAIL public static final int NET_DVR_SET_EMAILCFG = 229; //设置网络应用参数 EMAIL public static final int NET_DVR_GET_NFSCFG = 230; /* NFS disk config */ public static final int NET_DVR_SET_NFSCFG = 231; /* NFS disk config */ public static final int NET_DVR_GET_SHOWSTRING_EX = 238; //获取叠加字符参数扩展(支持8条字符) public static final int NET_DVR_SET_SHOWSTRING_EX = 239; //设置叠加字符参数扩展(支持8条字符) public static final int NET_DVR_GET_NETCFG_OTHER = 244; //获取网络参数 public static final int NET_DVR_SET_NETCFG_OTHER = 245; //设置网络参数 //对应NET_DVR_EMAILCFG结构 public static final int NET_DVR_GET_EMAILPARACFG = 250; //Get EMAIL parameters public static final int NET_DVR_SET_EMAILPARACFG = 251; //Setup EMAIL parameters public static final int NET_DVR_GET_DDNSCFG_EX = 274;//获取扩展DDNS参数 public static final int NET_DVR_SET_DDNSCFG_EX = 275;//设置扩展DDNS参数 public static final int NET_DVR_SET_PTZPOS = 292; //云台设置PTZ位置 public static final int NET_DVR_GET_PTZPOS = 293; //云台获取PTZ位置 public static final int NET_DVR_GET_PTZSCOPE = 294;//云台获取PTZ范围 public static final int NET_DVR_COMPLETE_RESTORE_CTRL = 3420; //设置完全恢复出厂值 /*************************** * DS9000新增命令(_V30) begin *****************************/ //网络(NET_DVR_NETCFG_V30结构) public static final int NET_DVR_GET_NETCFG_V30 = 1000; //获取网络参数 public static final int NET_DVR_SET_NETCFG_V30 = 1001; //设置网络参数 //图象(NET_DVR_PICCFG_V30结构) public static final int NET_DVR_GET_PICCFG_V30 = 1002; //获取图象参数 public static final int NET_DVR_SET_PICCFG_V30 = 1003; //设置图象参数 public static final int NET_DVR_GET_PICCFG_V40 = 6179; //获取图象参数 public static final int NET_DVR_SET_PICCFG_V40 = 6180; //设置图象参数 public static final int NET_DVR_GET_AES_KEY = 6113; //获取设备AES加密密钥 //录像时间(NET_DVR_RECORD_V30结构) public static final int NET_DVR_GET_RECORDCFG_V30 = 1004; //获取录像参数 public static final int NET_DVR_SET_RECORDCFG_V30 = 1005; //设置录像参数 //用户(NET_DVR_USER_V30结构) public static final int NET_DVR_GET_USERCFG_V30 = 1006; //获取用户参数 public static final int NET_DVR_SET_USERCFG_V30 = 1007; //设置用户参数 //9000DDNS参数配置(NET_DVR_DDNSPARA_V30结构) public static final int NET_DVR_GET_DDNSCFG_V30 = 1010; //获取DDNS(9000扩展) public static final int NET_DVR_SET_DDNSCFG_V30 = 1011; //设置DDNS(9000扩展) //EMAIL功能(NET_DVR_EMAILCFG_V30结构) public static final int NET_DVR_GET_EMAILCFG_V30 = 1012;//获取EMAIL参数 public static final int NET_DVR_SET_EMAILCFG_V30 = 1013;//设置EMAIL参数 //巡航参数 (NET_DVR_CRUISE_PARA结构) public static final int NET_DVR_GET_CRUISE = 1020; public static final int NET_DVR_SET_CRUISE = 1021; //报警输入结构参数 (NET_DVR_ALARMINCFG_V30结构) public static final int NET_DVR_GET_ALARMINCFG_V30 = 1024; public static final int NET_DVR_SET_ALARMINCFG_V30 = 1025; //报警输出结构参数 (NET_DVR_ALARMOUTCFG_V30结构) public static final int NET_DVR_GET_ALARMOUTCFG_V30 = 1026; public static final int NET_DVR_SET_ALARMOUTCFG_V30 = 1027; //视频输出结构参数 (NET_DVR_VIDEOOUT_V30结构) public static final int NET_DVR_GET_VIDEOOUTCFG_V30 = 1028; public static final int NET_DVR_SET_VIDEOOUTCFG_V30 = 1029; //叠加字符结构参数 (NET_DVR_SHOWSTRING_V30结构) public static final int NET_DVR_GET_SHOWSTRING_V30 = 1030; public static final int NET_DVR_SET_SHOWSTRING_V30 = 1031; //异常结构参数 (NET_DVR_EXCEPTION_V30结构) public static final int NET_DVR_GET_EXCEPTIONCFG_V30 = 1034; public static final int NET_DVR_SET_EXCEPTIONCFG_V30 = 1035; //串口232结构参数 (NET_DVR_RS232CFG_V30结构) public static final int NET_DVR_GET_RS232CFG_V30 = 1036; public static final int NET_DVR_SET_RS232CFG_V30 = 1037; //压缩参数 (NET_DVR_COMPRESSIONCFG_V30结构) public static final int NET_DVR_GET_COMPRESSCFG_V30 = 1040; public static final int NET_DVR_SET_COMPRESSCFG_V30 = 1041; //获取485解码器参数 (NET_DVR_DECODERCFG_V30结构) public static final int NET_DVR_GET_DECODERCFG_V30 = 1042; //获取解码器参数 public static final int NET_DVR_SET_DECODERCFG_V30 = 1043; //设置解码器参数 //获取预览参数 (NET_DVR_PREVIEWCFG_V30结构) public static final int NET_DVR_GET_PREVIEWCFG_V30 = 1044; //获取预览参数 public static final int NET_DVR_SET_PREVIEWCFG_V30 = 1045; //设置预览参数 //辅助预览参数 (NET_DVR_PREVIEWCFG_AUX_V30结构) public static final int NET_DVR_GET_PREVIEWCFG_AUX_V30 = 1046; //获取辅助预览参数 public static final int NET_DVR_SET_PREVIEWCFG_AUX_V30 = 1047; //设置辅助预览参数 //IP接入配置参数 (NET_DVR_IPPARACFG结构) public static final int NET_DVR_GET_IPPARACFG = 1048; //获取IP接入配置信息 public static final int NET_DVR_SET_IPPARACFG = 1049; //设置IP接入配置信息 //IP接入配置参数V40 (NET_DVR_IPPARACFG_V40结构) public static final int NET_DVR_GET_IPPARACFG_V40 = 1062; //获取IP接入配置信息 public static final int NET_DVR_SET_IPPARACFG_V40 = 1063; //设置IP接入配置信息 //IP报警输入接入配置参数 (NET_DVR_IPALARMINCFG结构) public static final int NET_DVR_GET_IPALARMINCFG = 1050; //获取IP报警输入接入配置信息 public static final int NET_DVR_SET_IPALARMINCFG = 1051; //设置IP报警输入接入配置信息 //IP报警输出接入配置参数 (NET_DVR_IPALARMOUTCFG结构) public static final int NET_DVR_GET_IPALARMOUTCFG = 1052; //获取IP报警输出接入配置信息 public static final int NET_DVR_SET_IPALARMOUTCFG = 1053; //设置IP报警输出接入配置信息 //硬盘管理的参数获取 (NET_DVR_HDCFG结构) public static final int NET_DVR_GET_HDCFG = 1054; //获取硬盘管理配置参数 public static final int NET_DVR_SET_HDCFG = 1055; //设置硬盘管理配置参数 //盘组管理的参数获取 (NET_DVR_HDGROUP_CFG结构) public static final int NET_DVR_GET_HDGROUP_CFG = 1056; //获取盘组管理配置参数 public static final int NET_DVR_SET_HDGROUP_CFG = 1057; //设置盘组管理配置参数 //设备编码类型配置(NET_DVR_COMPRESSION_AUDIO结构) public static final int NET_DVR_GET_COMPRESSCFG_AUD = 1058; //获取设备语音对讲编码参数 public static final int NET_DVR_SET_COMPRESSCFG_AUD = 1059; //设置设备语音对讲编码参数 public static final int NET_SDK_FINDMEDICALFILE = 3954; //慧影科技智慧医疗查找录像文件 public static final int NET_SDK_FINDMEDICALPICTURE = 3955; //慧影科技智慧医疗查找图片文件 public static final int NET_DVR_GET_RAPIDMOVE_DETECTION = 3539; //获取快速运动侦测配置 public static final int NET_DVR_SET_RAPIDMOVE_DETECTION = 3540; //设置快速运动侦测配置 public static final int NET_DVR_GET_RAPIDMOVE_TRIGGER = 3543; //获取快速运动联动配置 public static final int NET_DVR_SET_RAPIDMOVE_TRIGGER = 3544; //设置快速运动联动配置 public static final int NET_DVR_GET_RAPIDMOVE_SCHEDULE = 3545; //获取快速运动的布防时间配置 public static final int NET_DVR_SET_RAPIDMOVE_SCHEDULE = 3546; //设置快速运动的布防时间配置 public static final int NET_DVR_GET_PRESET_NAME = 3383; //获取预置点名称 public static final int NET_DVR_SET_PRESET_NAME = 3382; //设置预置点名称 public static final int NET_DVR_GET_RULECFG_V42 = 5049; //获取行为分析参数(支持16条规则扩展) public static final int NET_DVR_SET_RULECFG_V42 = 5050; //设置行为分析参数(支持16条规则扩展) //车牌识别(NET_VCA_PLATE_CFG); public static final int NET_DVR_SET_PLATECFG = 150;//设置车牌识别参数 public static final int NET_DVR_GET_PLATECFG = 151; //获取车牌识别参数 //行为对应(NET_VCA_RULECFG) public static final int NET_DVR_SET_RULECFG = 152; //设置行为分析规则 public static final int NET_DVR_GET_RULECFG = 153;//获取行为分析规则 //双摄像机标定参数(NET_DVR_LF_CFG) public static final int NET_DVR_SET_LF_CFG = 160;//设置双摄像机的配置参数 public static final int NET_DVR_GET_LF_CFG = 161;//获取双摄像机的配置参数 //智能分析仪取流配置结构 public static final int NET_DVR_SET_IVMS_STREAMCFG = 162; //设置智能分析仪取流参数 public static final int NET_DVR_GET_IVMS_STREAMCFG = 163; //获取智能分析仪取流参数 //智能控制参数结构 public static final int NET_DVR_SET_VCA_CTRLCFG = 164; //设置智能控制参数 public static final int NET_DVR_GET_VCA_CTRLCFG = 165; //获取智能控制参数 //屏蔽区域NET_VCA_MASK_REGION_LIST public static final int NET_DVR_SET_VCA_MASK_REGION = 166; //设置屏蔽区域参数 public static final int NET_DVR_GET_VCA_MASK_REGION = 167; //获取屏蔽区域参数 //ATM进入区域 NET_VCA_ENTER_REGION public static final int NET_DVR_SET_VCA_ENTER_REGION = 168; //设置进入区域参数 public static final int NET_DVR_GET_VCA_ENTER_REGION = 169; //获取进入区域参数 //标定线配置NET_VCA_LINE_SEGMENT_LIST public static final int NET_DVR_SET_VCA_LINE_SEGMENT = 170; //设置标定线 public static final int NET_DVR_GET_VCA_LINE_SEGMENT = 171; //获取标定线 // ivms屏蔽区域NET_IVMS_MASK_REGION_LIST public static final int NET_DVR_SET_IVMS_MASK_REGION = 172; //设置IVMS屏蔽区域参数 public static final int NET_DVR_GET_IVMS_MASK_REGION = 173; //获取IVMS屏蔽区域参数 // ivms进入检测区域NET_IVMS_ENTER_REGION public static final int NET_DVR_SET_IVMS_ENTER_REGION = 174; //设置IVMS进入区域参数 public static final int NET_DVR_GET_IVMS_ENTER_REGION = 175; //获取IVMS进入区域参数 public static final int NET_DVR_SET_IVMS_BEHAVIORCFG = 176;//设置智能分析仪行为规则参数 public static final int NET_DVR_GET_IVMS_BEHAVIORCFG = 177; //获取智能分析仪行为规则参数 public static final int NET_DVR_GET_TRAVERSE_PLANE_DETECTION = 3360; //获取越界侦测配置 public static final int NET_DVR_SET_TRAVERSE_PLANE_DETECTION = 3361; public static final int NET_DVR_GET_FIELD_DETECTION = 3362; //获取区域侦测配置 public static final int NET_DVR_SET_FIELD_DETECTION = 3363; //设置区域侦测配置 public static final int NET_DVR_GET_STREAM_INFO = 6023; //获取已添加流ID信息 public static final int NET_DVR_GET_STREAM_RECORD_STATUS = 6021; //获取流状态信息 public static final int NET_DVR_GET_ALL_VEHICLE_CONTROL_LIST = 3124; //获取所有车辆禁止和允许名单信息 public static final int NET_DVR_VEHICLELIST_CTRL_START = 3133; //设置车辆禁止和允许名单信息(批量) public static final int ENUM_SENDDATA = 0x0; //发送数据 public static final int NET_DVR_GET_LEDDISPLAY_CFG = 3673; public static final int NET_DVR_SET_LEDDISPLAY_CFG = 3672; public static final int NET_DVR_SET_VOICEBROADCAST_CFG = 3675; public static final int NET_DVR_SET_CHARGE_ACCOUNTINFO = 3662; public static final int NET_DVR_GET_TRAFFIC_DATA = 3141; //长连接获取交通数据 public static final int NET_DVR_GET_TRAFFIC_FLOW = 3142; //长连接获取交通流量 public static final int NET_DVR_GET_CCDPARAMCFG_EX = 3368;//获取前端参数(扩展) public static final int NET_DVR_SET_CCDPARAMCFG_EX = 3369;//设置前端参数(扩展) public static final int NET_DVR_GET_FOCUSMODECFG = 3305;//获取快球聚焦模式信息 public static final int NET_DVR_SET_FOCUSMODECFG = 3306;//设置快球聚焦模式信息 public static final int NET_DVR_GET_SUPPLEMENTLIGHT = 3728; //获取内置补光灯配置协议 public static final int NET_DVR_SET_SUPPLEMENTLIGHT = 3729; //设置内置补光灯配置协议 public static final int NET_DVR_GET_FACECONTRAST_TRIGGER = 3965;//获取人脸比对联动配置 public static final int NET_DVR_SET_FACECONTRAST_TRIGGER = 3966;//设置人脸比对联动配置 public static final int NET_DVR_GET_FACECONTRAST_SCHEDULE = 3968;//获取人脸比对布防时间配置 public static final int NET_DVR_SET_FACECONTRAST_SCHEDULE = 3969;//设置人脸比对布防时间配置 public static final int NET_DVR_INQUEST_GET_CDW_STATUS = 6350; //获取审讯机刻录状态-长连接 public static final int NET_DVR_GET_REALTIME_THERMOMETRY = 3629; //实时温度检测 public static final int NET_DVR_GET_MANUALTHERM_INFO = 6706; //手动测温实时获取 public static final int NET_DVR_GET_THERMOMETRY_MODE = 6765;//获取测温模式参数 public static final int NET_DVR_SET_THERMOMETRY_MODE = 6766;//设置测温模式参数 public static final int NET_DVR_GET_PTZABSOLUTEEX = 6696; public static final int NET_DVR_GET_THERMOMETRY_PRESETINFO = 3624; //获取测温预置点关联配置参数 public static final int NET_DVR_SET_THERMOMETRY_PRESETINFO = 3625; //设置测温预置点关联配置参数 public static final int NET_DVR_GET_THERMOMETRYRULE_TEMPERATURE_INFO = 23001;//手动获取测温规则温度信息 public static final int NET_DVR_SET_DEVSERVER_CFG = 3258;//设置模块服务配置 public static final int NET_DVR_GET_PHY_DISK_INFO = 6306; //获取物理磁盘信息 public static final int NET_DVR_GET_WORK_STATUS = 6189; //获取设备工作状态 public static final int NET_DVR_GET_MONTHLY_RECORD_DISTRIBUTION = 6164; //获取月历录像分布 public static final int NET_DVR_GET_CURTRIGGERMODE = 3130; //获取设备当前触发模式 public static final int NET_ITC_GET_TRIGGERCFG = 3003; //获取触发参数 public static final int NET_ITC_SET_TRIGGERCFG = 3004; //设置触发参数 public static final int NET_ITC_GET_VIDEO_TRIGGERCFG = 3017; //获取视频电警触发参数 public static final int NET_ITC_SET_VIDEO_TRIGGERCFG = 3018; //设置视频电警触发参数 public static final int NET_DVR_GET_MULTI_STREAM_COMPRESSIONCFG = 3216;//远程获取多码流压缩参数 public static final int NET_DVR_SET_MULTI_STREAM_COMPRESSIONCFG = 3217;//远程设置多码流压缩参数 public static final int NET_DVR_GET_CMS_CFG = 2070; public static final int NET_DVR_SET_CMS_CFG = 2071; public static final int NET_DVR_GET_ALARM_INFO = 4193; //获取报警事件数据 /***************************DS9000新增命令(_V30) end *****************************/ /*************************参数配置命令 end*******************************/ /*************************************人脸识别门禁一体机1.0 begin**************************************/ public static final int NET_DVR_GET_CARD_CFG = 2116; //获取卡参数 public static final int NET_DVR_SET_CARD_CFG = 2117; //设置卡参数 public static final int NET_DVR_GET_CARD_CFG_V50 = 2178; //获取新卡参数(V50) public static final int NET_DVR_SET_CARD_CFG_V50 = 2179; //设置新卡参数(V50) public static final int NET_DVR_GET_FACE_PARAM_CFG = 2507; //获取人脸参数 public static final int NET_DVR_SET_FACE_PARAM_CFG = 2508; //设置人脸参数 public static final int NET_DVR_DEL_FACE_PARAM_CFG = 2509; //删除人脸参数 public static final int NET_DVR_CLEAR_ACS_PARAM = 2118; //清空门禁主机参数 public static final int NET_DVR_DEL_FINGERPRINT_CFG = 2152; //删除指纹参数 public static final int NET_DVR_GET_FINGERPRINT_CFG_V50 = 2183; //获取指纹参数V50 public static final int NET_DVR_SET_FINGERPRINT_CFG_V50 = 2184; //设置指纹参数V50 public static final int NET_DVR_DEL_FINGERPRINT_CFG_V50 = 2517; //删除指纹参数V50 public static final int NET_DVR_GET_CARD_RIGHT_WEEK_PLAN_V50 = 2304; //获取卡权限周计划参数V50 public static final int NET_DVR_SET_CARD_RIGHT_WEEK_PLAN_V50 = 2305; //设置卡权限周计划参数V50 public static final int NET_DVR_GET_CARD_RIGHT_PLAN_TEMPLATE_V50 = 2322; //获取卡权限计划模板参数V50 public static final int NET_DVR_SET_CARD_RIGHT_PLAN_TEMPLATE_V50 = 2323;//设置卡权限计划模板参数V50 public static final int NET_DVR_SET_DOOR_STATUS_PLAN_TEMPLATE = 2107; //设置门状态计划模板参数 public static final int NET_DVR_GET_DOOR_CFG = 2108; //获取门参数 public static final int NET_DVR_SET_DOOR_CFG = 2109; //设置门参数 public static final int NET_DVR_GET_DOOR_STATUS_PLAN = 2110; //获取门状态计划参数 public static final int NET_DVR_SET_DOOR_STATUS_PLAN = 2111; //设置门状态计划参数 public static final int NET_DVR_GET_WEEK_PLAN_CFG = 2100; //获取门状态周计划参数 public static final int NET_DVR_SET_WEEK_PLAN_CFG = 2101; //设置门状态周计划参数 public static final int NET_DVR_GET_EVENT_CARD_LINKAGE_CFG_V50 = 2181; //获取事件卡号联动配置参数(V50) public static final int NET_DVR_SET_EVENT_CARD_LINKAGE_CFG_V50 = 2182; //设置事件卡号联动配置参数(V50) public static final int NET_DVR_CAPTURE_FACE_INFO = 2510; //采集人脸信息 public static final int NET_DVR_CAPTURE_FINGERPRINT_INFO = 2504; //采集指纹信息 public static final int NET_DVR_GET_ACS_EVENT = 2514;//设备事件获取 public static final int NET_DVR_GET_CARD_READER_CFG_V50 = 2505; //获取读卡器参数(V50) public static final int NET_DVR_SET_CARD_READER_CFG_V50 = 2506; //设置读卡器参数(V50) public static final int NET_DVR_GET_REGISTER_INFO = 2511; //登记信息获取 public static final int NET_DVR_GET_SMSRELATIVEPARA_V50 = 2512; //获取短信相关参数 public static final int NET_DVR_SET_SMSRELATIVEPARA_V50 = 2513; //设置短信相关参数 public static final int NET_DVR_GET_MULTI_CARD_CFG_V50 = 2515; //获取多重卡参数V50 public static final int NET_DVR_SET_MULTI_CARD_CFG_V50 = 2516; //设置多重卡参数V5 public static final int NET_DVR_GET_EVENT_CARD_LINKAGE_CFG_V51 = 2518; //获取事件卡号联动配置参数(V51) public static final int NET_DVR_SET_EVENT_CARD_LINKAGE_CFG_V51 = 2519; //设置事件卡号联动配置参数(V51) public static final int NET_DVR_SET_EXAM_INFO = 2530; //考试信息下发 public static final int NET_DVR_SET_EXAMINEE_INFO = 2531; //考生信息下发 public static final int NET_DVR_SEARCH_EXAM_COMPARE_RESULT = 2532; //考试比对结果查询 public static final int NET_DVR_BULK_CHECK_FACE_PICTURE = 2533; //批量校验人脸图片 public static final int NET_DVR_JSON_CONFIG = 2550; //JSON透传数据 public static final int NET_DVR_FACE_DATA_RECORD = 2551; //添加人脸数据到人脸库 public static final int NET_DVR_FACE_DATA_SEARCH = 2552; //查询人脸库中的人脸数据 public static final int NET_DVR_FACE_DATA_MODIFY = 2553; //修改人脸库中的人脸数据 public static final int NET_DVR_CAPTURE_DATA_SEARCH = 2554; //查询离线采集数据集中数据 public static final int NET_DVR_SET_FORM_DATA = 2555; //长连接设置表单数据 public static final int NET_DVR_GET_FORM_DATA = 2556; //长连接获取表单数据 public static final int NET_DVR_GET_CARD = 2560; public static final int NET_DVR_SET_CARD = 2561; public static final int NET_DVR_GET_FACE = 2566; public static final int NET_DVR_SET_FACE = 2567; public static final int NET_DVR_DEL_CARD = 2562; public static final int NET_DVR_GET_FINGERPRINT = 2563; public static final int NET_DVR_SET_FINGERPRINT = 2564; //下发指纹 public static final int NET_DVR_DEL_FINGERPRINT = 2565; //删除指纹 public static final int NET_DVR_GET_ACS_WORK_STATUS_V50 = 2180; //获取门禁主机工作状态 public static final int NET_DVR_GET_ACS_CFG = 2159; //获取门禁主机参数 public static final int NET_DVR_SET_ACS_CFG = 2160; //设置门禁主机参数 public static final int NET_DVR_BULK_UPLOAD_ID_BLOCKLIST = 2521; //批量上传身份证禁止名单 /*************************************人脸识别门禁一体机1.0 end**************************************/ public static final int NET_DVR_SET_SENSOR_CFG = 1180;//设置模拟量参数 public static final int NET_DVR_GET_SENSOR_CFG = 1181;//获取模拟量参数 public static final int NET_DVR_SET_ALARMIN_PARAM = 1182;//设置报警输入参数 public static final int NET_DVR_GET_ALARMIN_PARAM = 1183; ;//获取报警输入参数 public static final int NET_DVR_SET_ALARMOUT_PARAM = 1184;//设置报警输出参数 public static final int NET_DVR_GET_ALARMOUT_PARAM = 1185;//获取报警输出参数 public static final int NET_DVR_SET_SIREN_PARAM = 1186;//设置警号参数 public static final int NET_DVR_GET_SIREN_PARAM = 1187;//获取警号参数 public static final int NET_DVR_SET_ALARM_RS485CFG = 1188;//设置报警主机485参数 public static final int NET_DVR_GET_ALARM_RS485CFG = 1189;//获取报警主机485参数 public static final int NET_DVR_GET_ALARMHOST_MAIN_STATUS = 1190;//获取报警主机主要状态 public static final int NET_DVR_GET_ALARMHOST_OTHER_STATUS = 1191;//获取报警主机其他状态 public static final int NET_DVR_SET_ALARMHOST_ENABLECFG = 1192;//获取报警主机使能状态 public static final int NET_DVR_GET_ALARMHOST_ENABLECFG = 1193;//设置报警主机使能状态 public static final int NET_DVR_SET_ALARM_CAMCFG = 1194;//设置视频综合平台报警触发CAM操作配置 public static final int NET_DVR_GET_ALARM_CAMCFG = 1195;//设置视频综合平台报警触发CAM操作配置 public static final int NET_DVR_SET_ALARMHOST_RS485_SLOT_CFG = 2055;// 设置报警主机485槽位参数 public static final int NET_DVR_GET_ALARMHOST_RS485_SLOT_CFG = 2056;// 获取报警主机485槽位参数 public static final int NET_DVR_SET_VIDEOWALLDISPLAYMODE = 1730;//设置电视墙拼接模式 public static final int NET_DVR_GET_VIDEOWALLDISPLAYMODE = 1731;//获取电视墙拼接模式 public static final int NET_DVR_GET_VIDEOWALLDISPLAYNO = 1732;//获取设备显示输出号 public static final int NET_DVR_SET_VIDEOWALLDISPLAYPOSITION = 1733;//设置显示输出位置参数 public static final int NET_DVR_GET_VIDEOWALLDISPLAYPOSITION = 1734;//获取显示输出位置参数 public static final int NET_DVR_GET_VIDEOWALLWINDOWPOSITION = 1735;//获取电视墙窗口参数 public static final int NET_DVR_SET_VIDEOWALLWINDOWPOSITION = 1736;//设置电视墙窗口参数 public static final int NET_DVR_VIDEOWALLWINDOW_CLOSEALL = 1737;//电视墙关闭所有窗口 public static final int NET_DVR_SET_VIRTUALLED = 1738;//虚拟LED设置 public static final int NET_DVR_GET_VIRTUALLED = 1739;//虚拟LED获取 public static final int NET_DVR_GET_IMAGE_CUT_MODE = 1740;//获取图像切割模式 public static final int NET_DVR_SET_IMAGE_CUT_MODE = 1741;//设置图像切割模式 public static final int NET_DVR_GET_USING_SERIALPORT = 1742;//获取当前使用串口 public static final int NET_DVR_SET_USING_SERIALPORT = 1743;//设置当前使用串口 public static final int NET_DVR_SCENE_CONTROL = 1744;//场景控制 public static final int NET_DVR_GET_CURRENT_SCENE = 1745;//获取当前场景号 public static final int NET_DVR_GET_VW_SCENE_PARAM = 1746;//获取电视墙场景模式参数 public static final int NET_DVR_SET_VW_SCENE_PARAM = 1747;//设置电视墙场景模式参数 public static final int NET_DVR_DISPLAY_CHANNO_CONTROL = 1748;//电视墙显示编号控制 public static final int NET_DVR_GET_WIN_DEC_INFO = 1749;//获取窗口解码信息(批量) public static final int NET_DVR_RESET_VIDEOWALLDISPLAYPOSITION = 1750; //解除电视墙输出接口绑定 public static final int NET_DVR_SET_VW_AUDIO_CFG = 1752; //设置音频切换参数 public static final int NET_DVR_GET_VW_AUDIO_CFG = 1753; //获取音频切换参数 public static final int NET_DVR_GET_GBT28181_DECCHANINFO_CFG = 1754; //获取GBT28181协议接入设备的解码通道信息 public static final int NET_DVR_SET_GBT28181_DECCHANINFO_CFG = 1755; //设置GBT28181协议接入设备的解码通道信息 public static final int NET_DVR_SET_MAINBOARD_SERIAL = 1756; //设置主控板串口参数 public static final int NET_DVR_GET_MAINBOARD_SERIAL = 1757;//获取主控板串口参数 public static final int NET_DVR_GET_SUBBOARD_INFO = 1758; //获取子板信息 public static final int NET_DVR_GET_SUBBOARD_EXCEPTION = 1759; //获取异常子板异常信息 /*****************************电视墙 start****************************/ public static final int NET_DVR_MATRIX_WALL_SET = 9001; //设置电视墙中屏幕参数 public static final int NET_DVR_MATRIX_WALL_GET = 9002; //获取电视墙中屏幕参数 public static final int NET_DVR_WALLWIN_GET = 9003; //电视墙中获取窗口参数 public static final int NET_DVR_WALLWIN_SET = 9004; //电视墙中设置窗口参数 public static final int NET_DVR_WALLWINPARAM_SET = 9005; ; //设置电视墙窗口相关参数 public static final int NET_DVR_WALLWINPARAM_GET = 9006; //获取电视墙窗口相关参数 public static final int NET_DVR_WALLSCENEPARAM_GET = 9007; //设置场景模式参数 public static final int NET_DVR_WALLSCENEPARAM_SET = 9008; //获取场景模式参数 public static final int NET_DVR_MATRIX_GETWINSTATUS = 9009; //获取窗口解码状态 public static final int NET_DVR_GET_WINASSOCIATEDDEVINFO = 9010; //电视墙中获取对应资源信息 public static final int NET_DVR_WALLOUTPUT_GET = 9011; //电视墙中获取显示输出参数 public static final int NET_DVR_WALLOUTPUT_SET = 9012; //电视墙中设置显示输出参数 public static final int NET_DVR_GET_UNITEDMATRIXSYSTEM = 9013; //电视墙中获取对应资源 public static final int NET_DVR_GET_WALL_CFG = 9014; //获取电视墙全局参数 public static final int NET_DVR_SET_WALL_CFG = 9015; //设置电视墙全局参数 public static final int NET_DVR_CLOSE_ALL_WND = 9016; //关闭所有窗口 public static final int NET_DVR_SWITCH_WIN_TOP = 9017; //窗口置顶 public static final int NET_DVR_SWITCH_WIN_BOTTOM = 9018; //窗口置底 public static final int NET_DVR_CLOSE_ALL_WND_V41 = 9019; //电视墙关闭所有窗口v41(有多个电视墙) public static final int NET_DVR_GET_WALL_WINDOW_V41 = 9020; //获取电视墙中的窗口v41 public static final int NET_DVR_SET_WALL_WINDOW_V41 = 9021; //设置电视墙中的窗口v41 public static final int NET_DVR_GET_CURRENT_SCENE_V41 = 9022; //获取当前电视墙中正在使用的场景v41 public static final int NET_DVR_GET_WALL_SCENE_PARAM_V41 = 9023; //获取当前电视墙中正在使用的场景v41 public static final int NET_DVR_SET_WALL_SCENE_PARAM_V41 = 9024; //设置当前电视墙中正在使用的场景v41 public static final int NET_DVR_GET_MATRIX_LOGO_CFG = 9025; //获取logo参数 public static final int NET_DVR_SET_MATRIX_LOGO_CFG = 9026; //设置logo参数 public static final int NET_DVR_GET_WIN_LOGO_CFG = 9027; //获取窗口logo参数 public static final int NET_DVR_SET_WIN_LOGO_CFG = 9028; //设置窗口logo参数 public static final int NET_DVR_DELETE_LOGO = 9029; //删除logo public static final int NET_DVR_SET_DISPLAY_EFFECT_CFG = 9030; //设置显示输出效果参数v41 public static final int NET_DVR_GET_DISPLAY_EFFECT_CFG = 9031; //获取显示输出效果参数v41 public static final int NET_DVR_DEC_PLAY_REMOTE_FILE = 9032; //解码播放远程文件 public static final int NET_DVR_DEC_PLAY_REMOTE_FILE_V50 = 9314; //解码播放远程文件V50 public static final int NET_DVR_GET_WIN_ZOOM_STATUS = 9033; //获取窗口电子放大状态 public static final int NET_DVR_GET_ALL_MATRIX_LOGOCFG = 9034; //获取所有logo参数 /*****************************电视墙 end******************************/ /******************* * 查找文件和日志函数返回值 *************************/ public static final int NET_DVR_FILE_SUCCESS = 1000; //获得文件信息 public static final int NET_DVR_FILE_NOFIND = 1001; //没有文件 public static final int NET_DVR_ISFINDING = 1002;//正在查找文件 public static final int NET_DVR_NOMOREFILE = 1003;//查找文件时没有更多的文件 public static final int NET_DVR_FILE_EXCEPTION = 1004;//查找文件时异常 /********************* * 回调函数类型 begin ************************/ public static final int COMM_ALARM = 0x1100; //8000报警信息主动上传 public static final int COMM_TRADEINFO = 0x1500; //ATMDVR主动上传交易信息 public static final int COMM_ALARM_V30 = 0x4000;//9000报警信息主动上传 public static final int COMM_ALARM_V40 = 0x4007; public static final int COMM_ALARM_RULE = 0x1102;//行为分析信息上传 public static final int COMM_ALARM_PDC = 0x1103;//客流量统计报警上传 public static final int COMM_UPLOAD_PLATE_RESULT = 0x2800;//交通抓拍结果上传 public static final int COMM_ITS_PLATE_RESULT = 0x3050;//交通抓拍的终端图片上传 public static final int COMM_IPCCFG = 0x4001;//9000设备IPC接入配置改变报警信息主动上传 public static final int COMM_ITS_PARK_VEHICLE = 0x3056;//停车场数据上传 public static final int COMM_VEHICLE_CONTROL_ALARM = 0x3059;//车辆报警上传 public static final int COMM_ALARM_TFS = 0x1113; //交通取证报警信息 public static final int COMM_ALARM_TPS_V41 = 0x1114; //交通事件报警信息扩展 public static final int COMM_ALARM_AID_V41 = 0x1115; //交通事件报警信息扩展 public static final int COMM_UPLOAD_FACESNAP_RESULT = 0x1112; //人脸识别结果上传 public static final int COMM_SNAP_MATCH_ALARM = 0x2902; //人脸比对结果上传 public static final int COMM_ALARM_ACS = 0x5002; //门禁主机报警信息 public static final int COMM_ID_INFO_ALARM = 0x5200; //门禁身份证刷卡信息 public static final int COMM_VCA_ALARM = 0x4993; //智能检测通用报警 public static final int COMM_ISAPI_ALARM = 0x6009;//ISAPI协议报警信息 public static final int COMM_ALARM_TPS_STATISTICS = 0x3082; //TPS统计过车数据上传 public static final int COMM_ALARM_TPS_REAL_TIME = 0x3081; //TPS实时过车数据上传 public static final int COMM_ALARMHOST_CID_ALARM = 0x1127; //报告报警上传 public static final int COMM_SENSOR_VALUE_UPLOAD = 0x1120; //模拟量数据实时上传 public static final int COMM_SENSOR_ALARM = 0x1121; //模拟量报警上传 public static final int COMM_SWITCH_ALARM = 0x1122; //开关量报警 public static final int COMM_ALARMHOST_EXCEPTION = 0x1123; //报警主机故障报警 public static final int COMM_ALARMHOST_OPERATEEVENT_ALARM = 0x1124; //操作事件报警上传 public static final int COMM_ALARMHOST_SAFETYCABINSTATE = 0x1125; //防护舱状态 public static final int COMM_ALARMHOST_ALARMOUTSTATUS = 0x1126; //报警输出口/警号状态 public static final int COMM_ALARMHOST_DATA_UPLOAD = 0x1129; //报警数据上传 public static final int COMM_UPLOAD_VIDEO_INTERCOM_EVENT = 0x1132; //可视对讲事件记录上传 public static final int COMM_ALARM_VIDEO_INTERCOM = 0x1133; //可视对讲报警上传 public static final int COMM_THERMOMETRY_ALARM = 0x5212; //温度报警上传 public static final int COMM_FIREDETECTION_ALARM = 0x4991; //火点报警上传 public static final int COMM_THERMOMETRY_DIFF_ALARM = 0x5111; //温差报警 public static final int COMM_ALARM_SHIPSDETECTION = 0x4521; //船只检测报警 public static final int COMM_UPLOAD_AIOP_VIDEO = 0x4021; //设备支持AI开放平台接入,上传视频检测数据 public static final int COMM_UPLOAD_AIOP_PICTURE = 0x4022; //设备支持AI开放平台接入,上传图片检测数据 public static final int COMM_UPLOAD_AIOP_POLLING_SNAP = 0x4023; //设备支持AI开放平台接入,上传轮巡抓图图片检测数据 对应的结构体(NET_AIOP_POLLING_PICTURE_HEAD) public static final int COMM_UPLOAD_AIOP_POLLING_VIDEO = 0x4024; //设备支持AI开放平台接入,上传轮巡视频检测数据 对应的结构体(NET_AIOP_POLLING_VIDEO_HEAD) public static final int COMM_IPC_AUXALARM_RESULT = 0x2820; //PIR报警、无线报警、呼救报警信息 /************* * 操作异常类型(消息方式, 回调方式(保留)) ****************/ public static final int EXCEPTION_EXCHANGE = 0x8000;//用户交互时异常 public static final int EXCEPTION_AUDIOEXCHANGE = 0x8001;//语音对讲异常 public static final int EXCEPTION_ALARM = 0x8002;//报警异常 public static final int EXCEPTION_PREVIEW = 0x8003;//网络预览异常 public static final int EXCEPTION_SERIAL = 0x8004;//透明通道异常 public static final int EXCEPTION_RECONNECT = 0x8005; //预览时重连 public static final int EXCEPTION_ALARMRECONNECT = 0x8006;//报警时重连 public static final int EXCEPTION_SERIALRECONNECT = 0x8007;//透明通道重连 public static final int EXCEPTION_PLAYBACK = 0x8010;//回放异常 public static final int EXCEPTION_DISKFMT = 0x8011;//硬盘格式化 /******************** * 预览回调函数 *********************/ public static final int NET_DVR_SYSHEAD = 1;//系统头数据 public static final int NET_DVR_STREAMDATA = 2;//视频流数据(包括复合流和音视频分开的视频流数据) public static final int NET_DVR_AUDIOSTREAMDATA = 3;//音频流数据 public static final int NET_DVR_STD_VIDEODATA = 4;//标准视频流数据 public static final int NET_DVR_STD_AUDIODATA = 5;//标准音频流数据 //回调预览中的状态和消息 public static final int NET_DVR_REALPLAYEXCEPTION = 111;//预览异常 public static final int NET_DVR_REALPLAYNETCLOSE = 112;//预览时连接断开 public static final int NET_DVR_REALPLAY5SNODATA = 113;//预览5s没有收到数据 public static final int NET_DVR_REALPLAYRECONNECT = 114;//预览重连 /******************** * 回放回调函数 *********************/ public static final int NET_DVR_PLAYBACKOVER = 101;//回放数据播放完毕 public static final int NET_DVR_PLAYBACKEXCEPTION = 102;//回放异常 public static final int NET_DVR_PLAYBACKNETCLOSE = 103;//回放时候连接断开 public static final int NET_DVR_PLAYBACK5SNODATA = 104; //回放5s没有收到数据 /********************* * 回调函数类型 end ************************/ //设备型号(DVR类型) /* 设备类型 */ public static final int DVR = 1; /*对尚未定义的dvr类型返回NETRET_DVR*/ public static final int ATMDVR = 2; /*atm dvr*/ public static final int DVS = 3; /*DVS*/ public static final int DEC = 4; /* 6001D */ public static final int ENC_DEC = 5; /* 6001F */ public static final int DVR_HC = 6; /*8000HC*/ public static final int DVR_HT = 7; /*8000HT*/ public static final int DVR_HF = 8; /*8000HF*/ public static final int DVR_HS = 9; /* 8000HS DVR(no audio) */ public static final int DVR_HTS = 10; /* 8016HTS DVR(no audio) */ public static final int DVR_HB = 11; /* HB DVR(SATA HD) */ public static final int DVR_HCS = 12; /* 8000HCS DVR */ public static final int DVS_A = 13; /* 带ATA硬盘的DVS */ public static final int DVR_HC_S = 14; /* 8000HC-S */ public static final int DVR_HT_S = 15; /* 8000HT-S */ public static final int DVR_HF_S = 16; /* 8000HF-S */ public static final int DVR_HS_S = 17; /* 8000HS-S */ public static final int ATMDVR_S = 18; /* ATM-S */ public static final int LOWCOST_DVR = 19; /*7000H系列*/ public static final int DEC_MAT = 20; /*多路解码器*/ public static final int DVR_MOBILE = 21; /* mobile DVR */ public static final int DVR_HD_S = 22; /* 8000HD-S */ public static final int DVR_HD_SL = 23; /* 8000HD-SL */ public static final int DVR_HC_SL = 24; /* 8000HC-SL */ public static final int DVR_HS_ST = 25; /* 8000HS_ST */ public static final int DVS_HW = 26; /* 6000HW */ public static final int IPCAM = 30; /*IP 摄像机*/ public static final int MEGA_IPCAM = 31; /*X52MF系列,752MF,852MF*/ public static final int IPCAM_X62MF = 32; /*X62MF系列可接入9000设备,762MF,862MF*/ public static final int IPDOME = 40; /*IP标清快球*/ public static final int MEGA_IPDOME = 41; /*IP高清快球*/ public static final int IPMOD = 50; /*IP 模块*/ public static final int DS71XX_H = 71; /* DS71XXH_S */ public static final int DS72XX_H_S = 72; /* DS72XXH_S */ public static final int DS73XX_H_S = 73; /* DS73XXH_S */ public static final int DS81XX_HS_S = 81; /* DS81XX_HS_S */ public static final int DS81XX_HL_S = 82; /* DS81XX_HL_S */ public static final int DS81XX_HC_S = 83; /* DS81XX_HC_S */ public static final int DS81XX_HD_S = 84; /* DS81XX_HD_S */ public static final int DS81XX_HE_S = 85; /* DS81XX_HE_S */ public static final int DS81XX_HF_S = 86; /* DS81XX_HF_S */ public static final int DS81XX_AH_S = 87; /* DS81XX_AH_S */ public static final int DS81XX_AHF_S = 88; /* DS81XX_AHF_S */ public static final int DS90XX_HF_S = 90; /*DS90XX_HF_S*/ public static final int DS91XX_HF_S = 91; /*DS91XX_HF_S*/ public static final int DS91XX_HD_S = 92; /*91XXHD-S(MD)*/ /* 操作 */ //主类型 public static final int MAJOR_OPERATION = 0x3; //次类型 public static final int MINOR_START_DVR = 0x41; /* 开机 */ public static final int MINOR_STOP_DVR = 0x42;/* 关机 */ public static final int MINOR_STOP_ABNORMAL = 0x43;/* 异常关机 */ public static final int MINOR_REBOOT_DVR = 0x44; /*本地重启设备*/ public static final int MINOR_LOCAL_LOGIN = 0x50; /* 本地登陆 */ public static final int MINOR_LOCAL_LOGOUT = 0x51; /* 本地注销登陆 */ public static final int MINOR_LOCAL_CFG_PARM = 0x52; /* 本地配置参数 */ public static final int MINOR_LOCAL_PLAYBYFILE = 0x53; /* 本地按文件回放或下载 */ public static final int MINOR_LOCAL_PLAYBYTIME = 0x54; /* 本地按时间回放或下载*/ public static final int MINOR_LOCAL_START_REC = 0x55; /* 本地开始录像 */ public static final int MINOR_LOCAL_STOP_REC = 0x56; /* 本地停止录像 */ public static final int MINOR_LOCAL_PTZCTRL = 0x57; /* 本地云台控制 */ public static final int MINOR_LOCAL_PREVIEW = 0x58;/* 本地预览 (保留不使用)*/ public static final int MINOR_LOCAL_MODIFY_TIME = 0x59;/* 本地修改时间(保留不使用) */ public static final int MINOR_LOCAL_UPGRADE = 0x5a;/* 本地升级 */ public static final int MINOR_LOCAL_RECFILE_OUTPUT = 0x5b; /* 本地备份录象文件 */ public static final int MINOR_LOCAL_FORMAT_HDD = 0x5c; /* 本地初始化硬盘 */ public static final int MINOR_LOCAL_CFGFILE_OUTPUT = 0x5d; /* 导出本地配置文件 */ public static final int MINOR_LOCAL_CFGFILE_INPUT = 0x5e; /* 导入本地配置文件 */ public static final int MINOR_LOCAL_COPYFILE = 0x5f; /* 本地备份文件 */ public static final int MINOR_LOCAL_LOCKFILE = 0x60; /* 本地锁定录像文件 */ public static final int MINOR_LOCAL_UNLOCKFILE = 0x61; /* 本地解锁录像文件 */ public static final int MINOR_LOCAL_DVR_ALARM = 0x62; /* 本地手动清除和触发报警*/ public static final int MINOR_IPC_ADD = 0x63; /* 本地添加IPC */ public static final int MINOR_IPC_DEL = 0x64; /* 本地删除IPC */ public static final int MINOR_IPC_SET = 0x65; /* 本地设置IPC */ public static final int MINOR_LOCAL_START_BACKUP = 0x66; /* 本地开始备份 */ public static final int MINOR_LOCAL_STOP_BACKUP = 0x67;/* 本地停止备份*/ public static final int MINOR_LOCAL_COPYFILE_START_TIME = 0x68;/* 本地备份开始时间*/ public static final int MINOR_LOCAL_COPYFILE_END_TIME = 0x69; /* 本地备份结束时间*/ public static final int MINOR_REMOTE_LOGIN = 0x70;/* 远程登录 */ public static final int MINOR_REMOTE_LOGOUT = 0x71;/* 远程注销登陆 */ public static final int MINOR_REMOTE_START_REC = 0x72;/* 远程开始录像 */ public static final int MINOR_REMOTE_STOP_REC = 0x73;/* 远程停止录像 */ public static final int MINOR_START_TRANS_CHAN = 0x74;/* 开始透明传输 */ public static final int MINOR_STOP_TRANS_CHAN = 0x75; /* 停止透明传输 */ public static final int MINOR_REMOTE_GET_PARM = 0x76;/* 远程获取参数 */ public static final int MINOR_REMOTE_CFG_PARM = 0x77;/* 远程配置参数 */ public static final int MINOR_REMOTE_GET_STATUS = 0x78;/* 远程获取状态 */ public static final int MINOR_REMOTE_ARM = 0x79; /* 远程布防 */ public static final int MINOR_REMOTE_DISARM = 0x7a;/* 远程撤防 */ public static final int MINOR_REMOTE_REBOOT = 0x7b; /* 远程重启 */ public static final int MINOR_START_VT = 0x7c;/* 开始语音对讲 */ public static final int MINOR_STOP_VT = 0x7d;/* 停止语音对讲 */ public static final int MINOR_REMOTE_UPGRADE = 0x7e; /* 远程升级 */ public static final int MINOR_REMOTE_PLAYBYFILE = 0x7f; /* 远程按文件回放 */ public static final int MINOR_REMOTE_PLAYBYTIME = 0x80; /* 远程按时间回放 */ public static final int MINOR_REMOTE_PTZCTRL = 0x81; /* 远程云台控制 */ public static final int MINOR_REMOTE_FORMAT_HDD = 0x82; /* 远程格式化硬盘 */ public static final int MINOR_REMOTE_STOP = 0x83; /* 远程关机 */ public static final int MINOR_REMOTE_LOCKFILE = 0x84;/* 远程锁定文件 */ public static final int MINOR_REMOTE_UNLOCKFILE = 0x85;/* 远程解锁文件 */ public static final int MINOR_REMOTE_CFGFILE_OUTPUT = 0x86; /* 远程导出配置文件 */ public static final int MINOR_REMOTE_CFGFILE_INTPUT = 0x87; /* 远程导入配置文件 */ public static final int MINOR_REMOTE_RECFILE_OUTPUT = 0x88; /* 远程导出录象文件 */ public static final int MINOR_REMOTE_DVR_ALARM = 0x89; /* 远程手动清除和触发报警*/ public static final int MINOR_REMOTE_IPC_ADD = 0x8a; /* 远程添加IPC */ public static final int MINOR_REMOTE_IPC_DEL = 0x8b;/* 远程删除IPC */ public static final int MINOR_REMOTE_IPC_SET = 0x8c; /* 远程设置IPC */ public static final int MINOR_REBOOT_VCA_LIB = 0x8d; /*重启智能库*/ /*日志附加信息*/ //主类型 public static final int MAJOR_INFORMATION = 0x4; /*附加信息*/ //次类型 public static final int MINOR_HDD_INFO = 0xa1;/*硬盘信息*/ public static final int MINOR_SMART_INFO = 0xa2; /*SMART信息*/ public static final int MINOR_REC_START = 0xa3; /*开始录像*/ public static final int MINOR_REC_STOP = 0xa4;/*停止录像*/ public static final int MINOR_REC_OVERDUE = 0xa5;/*过期录像删除*/ public static final int MINOR_LINK_START = 0xa6; // ivms多路解码器等连接前端设备 public static final int MINOR_LINK_STOP = 0xa7;// ivms多路解码器等断开前端设备  //当日志的主类型为MAJOR_OPERATION=03,次类型为MINOR_LOCAL_CFG_PARM=0x52或者MINOR_REMOTE_GET_PARM=0x76或者MINOR_REMOTE_CFG_PARM=0x77时,dwParaType:参数类型有效,其含义如下: public static final int PARA_VIDEOOUT = 0x1; public static final int PARA_IMAGE = 0x2; public static final int PARA_ENCODE = 0x4; public static final int PARA_NETWORK = 0x8; public static final int PARA_ALARM = 0x10; public static final int PARA_EXCEPTION = 0x20; public static final int PARA_DECODER = 0x40; /*解码器*/ public static final int PARA_RS232 = 0x80; public static final int PARA_PREVIEW = 0x100; public static final int PARA_SECURITY = 0x200; public static final int PARA_DATETIME = 0x400; public static final int PARA_FRAMETYPE = 0x800; /*帧格式*/ public static final int PARA_VCA_RULE = 0x1000; //行为规则 //SDK_V222 //智能设备类型 public static final int DS6001_HF_B = 60;//行为分析:DS6001-HF/B public static final int DS6001_HF_P = 61;//车牌识别:DS6001-HF/P public static final int DS6002_HF_B = 62;//双机跟踪:DS6002-HF/B public static final int DS6101_HF_B = 63;//行为分析:DS6101-HF/B public static final int IVMS_2000 = 64;//智能分析仪 public static final int DS9000_IVS = 65;//9000系列智能DVR public static final int DS8004_AHL_A = 66;//智能ATM, DS8004AHL-S/A public static final int DS6101_HF_P = 67;//车牌识别:DS6101-HF/P //能力获取命令 public static final int VCA_DEV_ABILITY = 0x100;//设备智能分析的总能力 public static final int VCA_CHAN_ABILITY = 0x110;//行为分析能力 public static final int DEVICE_ABILITY_INFO = 0x011; //设备通用能力类型,具体能力根据发送的能力节点来区分 public static final int NET_DVR_CHECK_USER_STATUS = 20005; //检测设备是否在线 /**********************设备类型 end***********************/ /************************************************* * 参数配置结构、参数(其中_V30为9000新增) **************************************************/ ///////////////////////////////////////////////////////////////////////// //校时结构参数 public static class NET_DVR_TIME extends HIKSDKStructure {//校时结构参数 public int dwYear; //年 public int dwMonth; //月 public int dwDay; //日 public int dwHour; //时 public int dwMinute; //分 public int dwSecond; //秒 public String toString() { return "NET_DVR_TIME.dwYear: " + dwYear + "\n" + "NET_DVR_TIME.dwMonth: \n" + dwMonth + "\n" + "NET_DVR_TIME.dwDay: \n" + dwDay + "\n" + "NET_DVR_TIME.dwHour: \n" + dwHour + "\n" + "NET_DVR_TIME.dwMinute: \n" + dwMinute + "\n" + "NET_DVR_TIME.dwSecond: \n" + dwSecond; } //用于列表中显示 public String toStringTime() { return String.format("%02d/%02d/%02d%02d:%02d:%02d", dwYear, dwMonth, dwDay, dwHour, dwMinute, dwSecond); } //存储文件名使用 public String toStringTitle() { return String.format("Time%02d%02d%02d%02d%02d%02d", dwYear, dwMonth, dwDay, dwHour, dwMinute, dwSecond); } } public static class NET_DVR_SCHEDTIME extends HIKSDKStructure { public byte byStartHour; //开始时间 public byte byStartMin; public byte byStopHour; //结束时间 public byte byStopMin; } public static class NET_DVR_HANDLEEXCEPTION_V30 extends HIKSDKStructure { public int dwHandleType; /*处理方式,处理方式的"或"结果*//*0x00: 无响应*//*0x01: 监视器上警告*//*0x02: 声音警告*//*0x04: 上传中心*/ /*0x08: 触发报警输出*//*0x20: 触发抓图*/ //(JPEG定制) public byte[] byRelAlarmOut = new byte[MAX_ALARMOUT_V30]; //报警触发的输出通道,报警触发的输出,为1表示触发该输出 } //报警和异常处理结构(子结构)(多处使用) public static class NET_DVR_HANDLEEXCEPTION extends HIKSDKStructure { public int dwHandleType; /*处理方式,处理方式的"或"结果*//*0x00: 无响应*//*0x01: 监视器上警告*//*0x02: 声音警告*//*0x04: 上传中心*/ /*0x08: 触发报警输出*//*0x20: 触发抓图*/ //(JPEG定制) public byte[] byRelAlarmOut = new byte[MAX_ALARMOUT]; //报警触发的输出通道,报警触发的输出,为1表示触发该输出 } //DVR设备参数 public static class NET_DVR_DEVICECFG extends HIKSDKStructure { public int dwSize; public byte[] sDVRName = new byte[NAME_LEN]; //DVR名称 public int dwDVRID; //DVR ID,用于遥控器 //V1.4(0-99), V1.5(0-255) public int dwRecycleRecord; //是否循环录像,0:不是; 1:是 //以下不可更改 public byte[] sSerialNumber = new byte[SERIALNO_LEN]; //序列号 public int dwSoftwareVersion; //软件版本号,高16位是主版本,低16位是次版本 public int dwSoftwareBuildDate; //软件生成日期,0xYYYYMMDD public int dwDSPSoftwareVersion; //DSP软件版本,高16位是主版本,低16位是次版本 public int dwDSPSoftwareBuildDate; // DSP软件生成日期,0xYYYYMMDD public int dwPanelVersion; // 前面板版本,高16位是主版本,低16位是次版本 public int dwHardwareVersion; // 硬件版本,高16位是主版本,低16位是次版本 public byte byAlarmInPortNum; //DVR报警输入个数 public byte byAlarmOutPortNum; //DVR报警输出个数 public byte byRS232Num; //DVR 232串口个数 public byte byRS485Num; //DVR 485串口个数 public byte byNetworkPortNum; //网络口个数 public byte byDiskCtrlNum; //DVR 硬盘控制器个数 public byte byDiskNum; //DVR 硬盘个数 public byte byDVRType; //DVR类型, 1:DVR 2:ATM DVR 3:DVS ...... public byte byChanNum; //DVR 通道个数 public byte byStartChan; //起始通道号,例如DVS-1,DVR - 1 public byte byDecordChans; //DVR 解码路数 public byte byVGANum; //VGA口的个数 public byte byUSBNum; //USB口的个数 public byte byAuxoutNum; //辅口的个数 public byte byAudioNum; //语音口的个数 public byte byIPChanNum; //最大数字通道数 } //DVR设备参数 public static class NET_DVR_DEVICECFG_V40 extends HIKSDKStructure { public int dwSize; public byte[] sDVRName = new byte[NAME_LEN]; //DVR名称 public int dwDVRID; //DVR ID,用于遥控器 //V1.4(0-99), V1.5(0-255) public int dwRecycleRecord; //是否循环录像,0:不是; 1:是 //以下不可更改 public byte[] sSerialNumber = new byte[SERIALNO_LEN]; //序列号 public int dwSoftwareVersion; //软件版本号,高16位是主版本,低16位是次版本 public int dwSoftwareBuildDate; //软件生成日期,0xYYYYMMDD public int dwDSPSoftwareVersion; //DSP软件版本,高16位是主版本,低16位是次版本 public int dwDSPSoftwareBuildDate; // DSP软件生成日期,0xYYYYMMDD public int dwPanelVersion; // 前面板版本,高16位是主版本,低16位是次版本 public int dwHardwareVersion; // 硬件版本,高16位是主版本,低16位是次版本 public byte byAlarmInPortNum; //DVR报警输入个数 public byte byAlarmOutPortNum; //DVR报警输出个数 public byte byRS232Num; //DVR 232串口个数 public byte byRS485Num; //DVR 485串口个数 public byte byNetworkPortNum; //网络口个数 public byte byDiskCtrlNum; //DVR 硬盘控制器个数 public byte byDiskNum; //DVR 硬盘个数 public byte byDVRType; //DVR类型, 1:DVR 2:ATM DVR 3:DVS ...... public byte byChanNum; //DVR 通道个数 public byte byStartChan; //起始通道号,例如DVS-1,DVR - 1 public byte byDecordChans; //DVR 解码路数 public byte byVGANum; //VGA口的个数 public byte byUSBNum; //USB口的个数 public byte byAuxoutNum; //辅口的个数 public byte byAudioNum; //语音口的个数 public byte byIPChanNum; //最大数字通道数 低8位,高8位见byHighIPChanNum public byte byZeroChanNum; //零通道编码个数 public byte bySupport; //能力,位与结果为0表示不支持,1表示支持, public byte byEsataUseage; //Esata的默认用途,0-默认备份,1-默认录像 public byte byIPCPlug; //0-关闭即插即用,1-打开即插即用 public byte byStorageMode; //0-盘组模式,1-磁盘配额, 2抽帧模式, 3-自动 public byte bySupport1; //能力,位与结果为0表示不支持,1表示支持 public short wDevType;//设备型号 public byte[] byDevTypeName = new byte[DEV_TYPE_NAME_LEN];//设备型号名称 public byte bySupport2; //能力集扩展,位与结果为0表示不支持,1表示支持 //bySupport2 & 0x1, 表示是否支持扩展的OSD字符叠加(终端和抓拍机扩展区分) public byte byAnalogAlarmInPortNum; //模拟报警输入个数 public byte byStartAlarmInNo; //模拟报警输入起始号 public byte byStartAlarmOutNo; //模拟报警输出起始号 public byte byStartIPAlarmInNo; //IP报警输入起始号 public byte byStartIPAlarmOutNo; //IP报警输出起始号 public byte byHighIPChanNum; //数字通道个数,高8位 public byte byEnableRemotePowerOn;//是否启用在设备休眠的状态下远程开机功能,0-不启用,1-启用 public short wDevClass; //设备大类备是属于哪个产品线,0 保留,1-50 DVR,51-100 DVS,101-150 NVR,151-200 IPC,65534 其他,具体分类方法见《设备类型对应序列号和类型值.docx》 public byte[] byRes2 = new byte[6]; //保留 } public static class NET_DVR_IPADDR extends HIKSDKStructure { public byte[] sIpV4 = new byte[16]; public byte[] byRes = new byte[128]; public String toString() { return "NET_DVR_IPADDR.sIpV4: " + new String(sIpV4) + "\n" + "NET_DVR_IPADDR.byRes: " + new String(byRes) + "\n"; } } //网络数据结构(子结构)(9000扩展) public static class NET_DVR_ETHERNET_V30 extends HIKSDKStructure { public NET_DVR_IPADDR struDVRIP; public NET_DVR_IPADDR struDVRIPMask; public int dwNetInterface; public short wDVRPort; public short wMTU; public byte[] byMACAddr = new byte[6]; public String toString() { return "NET_DVR_ETHERNET_V30.struDVRIP: \n" + struDVRIP + "\n" + "NET_DVR_ETHERNET_V30.struDVRIPMask: \n" + struDVRIPMask + "\n" + "NET_DVR_ETHERNET_V30.dwNetInterface: " + dwNetInterface + "\n" + "NET_DVR_ETHERNET_V30.wDVRPort: " + wDVRPort + "\n" + "NET_DVR_ETHERNET_V30.wMTU: " + wMTU + "\n" + "NET_DVR_ETHERNET_V30.byMACAddr: " + new String(byMACAddr) + "\n"; } } public static class NET_DVR_ETHERNET extends HIKSDKStructure {//网络数据结构(子结构) public byte[] sDVRIP = new byte[16]; //DVR IP地址 public byte[] sDVRIPMask = new byte[16]; //DVR IP地址掩码 public int dwNetInterface; //网络接口 1-10MBase-T 2-10MBase-T全双工 3-100MBase-TX 4-100M全双工 5-10M/100M自适应 public short wDVRPort; //端口号 public byte[] byMACAddr = new byte[MACADDR_LEN]; //服务器的物理地址 } public static class NET_DVR_PPPOECFG extends HIKSDKStructure {//PPPoe public int dwPPPoE; public byte[] sPPPoEUser = new byte[32]; public byte[] sPPPoEPassword = new byte[16]; public NET_DVR_IPADDR struPPPoEIP; } public static class NET_DVR_NETCFG_V30 extends HIKSDKStructure { public int dwSize; public NET_DVR_ETHERNET_V30[] struEtherNet = new NET_DVR_ETHERNET_V30[2]; public NET_DVR_IPADDR[] struRes1 = new NET_DVR_IPADDR[2]; public NET_DVR_IPADDR struAlarmHostIpAddr; public short[] wRes2 = new short[2]; public short wAlarmHostIpPort; public byte byUseDhcp; public byte byRes3; public NET_DVR_IPADDR struDnsServer1IpAddr; public NET_DVR_IPADDR struDnsServer2IpAddr; public byte[] byIpResolver = new byte[64]; public short wIpResolverPort; public short wHttpPortNo; public NET_DVR_IPADDR struMulticastIpAddr; public NET_DVR_IPADDR struGatewayIpAddr; public NET_DVR_PPPOECFG struPPPoE; public byte[] byRes = new byte[64]; public String toString() { return "NET_DVR_NETCFG_V30.dwSize: " + dwSize + "\n" + "NET_DVR_NETCFG_V30.struEtherNet[0]: \n" + struEtherNet[0] + "\n" + "NET_DVR_NETCFG_V30.struAlarmHostIpAddr: \n" + struAlarmHostIpAddr + "\n" + "NET_DVR_NETCFG_V30.wAlarmHostIpPort: " + wAlarmHostIpPort + "\n" + "NET_DVR_NETCFG_V30.wHttpPortNo: " + wHttpPortNo + "\n" + "NET_DVR_NETCFG_V30.struGatewayIpAddr: \n" + struGatewayIpAddr + "\n"; } } public static class NET_DVR_NETCFG extends HIKSDKStructure {//网络配置结构 public int dwSize; public NET_DVR_ETHERNET[] struEtherNet = new NET_DVR_ETHERNET[MAX_ETHERNET]; /* 以太网口 */ public byte[] sManageHostIP = new byte[16]; //远程管理主机地址 public short wManageHostPort; //远程管理主机端口号 public byte[] sIPServerIP = new byte[16]; //IPServer服务器地址 public byte[] sMultiCastIP = new byte[16]; //多播组地址 public byte[] sGatewayIP = new byte[16]; //网关地址 public byte[] sNFSIP = new byte[16]; //NFS主机IP地址 public byte[] sNFSDirectory = new byte[PATHNAME_LEN];//NFS目录 public int dwPPPOE; //0-不启用,1-启用 public byte[] sPPPoEUser = new byte[NAME_LEN]; //PPPoE用户名 public byte[] sPPPoEPassword = new byte[PASSWD_LEN];// PPPoE密码 public byte[] sPPPoEIP = new byte[16]; //PPPoE IP地址(只读) } //通道图象结构 public static class NET_DVR_SCHEDTIMEWEEK extends HIKSDKStructure { public NET_DVR_SCHEDTIME[] struAlarmTime = new NET_DVR_SCHEDTIME[8]; } public static class byte96 extends HIKSDKStructure { public byte[] byMotionScope = new byte[96]; } public static class NET_DVR_MOTION_V30 extends HIKSDKStructure {//移动侦测(子结构)(9000扩展) public byte96[] byMotionScope = new byte96[64]; /*侦测区域,0-96位,表示64行,共有96*64个小宏块,为1表示是移动侦测区域,0-表示不是*/ public byte byMotionSensitive; /*移动侦测灵敏度, 0 - 5,越高越灵敏,oxff关闭*/ public byte byEnableHandleMotion; /* 是否处理移动侦测 0-否 1-是*/ public byte byPrecision; /* 移动侦测算法的进度: 0--16*16, 1--32*32, 2--64*64 ... */ public byte reservedData; public NET_DVR_HANDLEEXCEPTION_V30 struMotionHandleType; /* 处理方式 */ public NET_DVR_SCHEDTIMEWEEK[] struAlarmTime = new NET_DVR_SCHEDTIMEWEEK[MAX_DAYS]; /*布防时间*/ public byte[] byRelRecordChan = new byte[64]; /* 报警触发的录象通道*/ } public static class NET_DVR_MOTION extends HIKSDKStructure {//移动侦测(子结构) public byte[] byMotionScope = new byte[18 * 22]; /*侦测区域,共有22*18个小宏块,为1表示改宏块是移动侦测区域,0-表示不是*/ public byte byMotionSensitive; /*移动侦测灵敏度, 0 - 5,越高越灵敏,0xff关闭*/ public byte byEnableHandleMotion; /* 是否处理移动侦测 */ public byte[] reservedData = new byte[2]; public NET_DVR_HANDLEEXCEPTION strMotionHandleType; /* 处理方式 */ public byte[] byRelRecordChan = new byte[MAX_CHANNUM]; //报警触发的录象通道,为1表示触发该通道 } public static class NET_DVR_HIDEALARM_V30 extends HIKSDKStructure {//遮挡报警 public int dwEnableHideAlarm; /* 是否启动遮挡报警 ,0-否,1-低灵敏度 2-中灵敏度 3-高灵敏度*/ public short wHideAlarmAreaTopLeftX; /* 遮挡区域的x坐标 */ public short wHideAlarmAreaTopLeftY; /* 遮挡区域的y坐标 */ public short wHideAlarmAreaWidth; /* 遮挡区域的宽 */ public short wHideAlarmAreaHeight; /*遮挡区域的高*/ public NET_DVR_HANDLEEXCEPTION_V30 strHideAlarmHandleType; /* 处理方式 */ public NET_DVR_SCHEDTIMEWEEK[] struAlarmTime = new NET_DVR_SCHEDTIMEWEEK[MAX_DAYS];//布防时间 } public static class NET_DVR_HIDEALARM extends HIKSDKStructure {//遮挡报警(子结构) 区域大小704*576 public int dwEnableHideAlarm; /* 是否启动遮挡报警 ,0-否,1-低灵敏度 2-中灵敏度 3-高灵敏度*/ public short wHideAlarmAreaTopLeftX; /* 遮挡区域的x坐标 */ public short wHideAlarmAreaTopLeftY; /* 遮挡区域的y坐标 */ public short wHideAlarmAreaWidth; /* 遮挡区域的宽 */ public short wHideAlarmAreaHeight; /*遮挡区域的高*/ public NET_DVR_HANDLEEXCEPTION strHideAlarmHandleType; /* 处理方式 */ } public static class NET_DVR_VILOST_V30 extends HIKSDKStructure { //信号丢失报警(子结构)(9000扩展) public byte byEnableHandleVILost; /* 是否处理信号丢失报警 */ public NET_DVR_HANDLEEXCEPTION_V30 strVILostHandleType; /* 处理方式 */ public NET_DVR_SCHEDTIMEWEEK[] struAlarmTime = new NET_DVR_SCHEDTIMEWEEK[MAX_DAYS];//布防时间 } public static class NET_DVR_VILOST extends HIKSDKStructure { //信号丢失报警(子结构) public byte byEnableHandleVILost; /* 是否处理信号丢失报警 */ public NET_DVR_HANDLEEXCEPTION strVILostHandleType; /* 处理方式 */ } public static class NET_DVR_SHELTER extends HIKSDKStructure { //遮挡区域(子结构) public short wHideAreaTopLeftX; /* 遮挡区域的x坐标 */ public short wHideAreaTopLeftY; /* 遮挡区域的y坐标 */ public short wHideAreaWidth; /* 遮挡区域的宽 */ public short wHideAreaHeight; /* 遮挡区域的高*/ } public static class NET_DVR_COLOR extends HIKSDKStructure { public byte byBrightness; /*亮度,0-255*/ public byte byContrast; /*对比度,0-255*/ public byte bySaturation; /*饱和度,0-255*/ public byte byHue; /*色调,0-255*/ } public static class NET_DVR_VICOLOR extends HIKSDKStructure { public NET_DVR_COLOR[] struColor = new NET_DVR_COLOR[MAX_TIMESEGMENT_V30];/*图象参数(第一个有效,其他三个保留)*/ public NET_DVR_SCHEDTIME[] struHandleTime = new NET_DVR_SCHEDTIME[MAX_TIMESEGMENT_V30];/*处理时间段(保留)*/ } //信号丢失 public static class NET_DVR_VILOST_V40 extends HIKSDKStructure { public int dwEnableVILostAlarm; /* 是否启动信号丢失报警 ,0-否,1-是*/ /* 信号丢失触发报警输出 */ public int dwHandleType; //异常处理,异常处理方式的"或"结果 /*0x00: 无响应*/ /*0x01: 监视器上警告*/ /*0x02: 声音警告*/ /*0x04: 上传中心*/ /*0x08: 触发报警输出*/ /*0x10: 触发JPRG抓图并上传Email*/ /*0x20: 无线声光报警器联动*/ /*0x40: 联动电子地图(目前只有PCNVR支持)*/ /*0x200: 抓图并上传FTP*/ /*0x1000:抓图上传到云*/ public int dwMaxRelAlarmOutChanNum; //触发的报警输出通道数(只读)最大支持数量 public int[] dwRelAlarmOut = new int[MAX_ALARMOUT_V40]; /*触发报警输出号,按值表示,采用紧凑型排列,从下标0 - dwRelAlarmOut -1有效,如果中间遇到0xffffffff,则后续无效*/ public NET_DVR_SCHEDTIMEWEEK[] struAlarmTime = new NET_DVR_SCHEDTIMEWEEK[MAX_DAYS]; /*布防时间*/ public byte byVILostAlarmThreshold; /*信号丢失报警阈值,当值低于阈值,认为信号丢失,取值0-99*/ public byte[] byRes = new byte[63]; //保留 } public static class NET_DVR_DNMODE extends HIKSDKStructure { public byte byObjectSize;//占比参数(0~100) public byte byMotionSensitive; /*移动侦测灵敏度, 0 - 5,越高越灵敏,0xff关闭*/ public byte[] byRes = new byte[6]; } public static class NET_DVR_MOTION_MULTI_AREAPARAM extends HIKSDKStructure { public byte byAreaNo;//区域编号(IPC- 1~8) public byte[] byRes = new byte[3]; public NET_VCA_RECT struRect = new NET_VCA_RECT();//单个区域的坐标信息(矩形) size = 16; public NET_DVR_DNMODE struDayNightDisable = new NET_DVR_DNMODE();//关闭模式 public NET_DVR_DNMODE struDayModeParam = new NET_DVR_DNMODE();//白天模式 public NET_DVR_DNMODE struNightModeParam = new NET_DVR_DNMODE();//夜晚模式 public byte[] byRes1 = new byte[8]; } public static final int MAX_MULTI_AREA_NUM = 24; public static class NET_DVR_MOTION_MULTI_AREA extends HIKSDKStructure { public byte byDayNightCtrl;//日夜控制 0~关闭,1~自动切换,2~定时切换(默认关闭) public byte byAllMotionSensitive; /*移动侦测灵敏度, 0 - 5,越高越灵敏,0xff关闭,全部区域的灵敏度范围*/ public byte[] byRes = new byte[2];// public NET_DVR_SCHEDULE_DAYTIME struScheduleTime = new NET_DVR_SCHEDULE_DAYTIME();//切换时间 16 public NET_DVR_MOTION_MULTI_AREAPARAM[] struMotionMultiAreaParam = new NET_DVR_MOTION_MULTI_AREAPARAM[MAX_MULTI_AREA_NUM];//最大支持24个区域 public byte[] byRes1 = new byte[60]; } public static class NET_DVR_MOTION_SINGLE_AREA extends HIKSDKStructure { public byte[] byMotionScope = new byte[64 * 96]; /*侦测区域,0-96位,表示64行,共有96*64个小宏块,目前有效的是22*18,为1表示是移动侦测区域,0-表示不是*/ public byte byMotionSensitive; /*移动侦测灵敏度, 0 - 5,越高越灵敏,0xff关闭*/ public byte[] byRes = new byte[3]; } public static class NET_DVR_MOTION_MODE_PARAM extends HIKSDKStructure { public NET_DVR_MOTION_SINGLE_AREA struMotionSingleArea = new NET_DVR_MOTION_SINGLE_AREA(); //普通模式下的单区域设 public NET_DVR_MOTION_MULTI_AREA struMotionMultiArea = new NET_DVR_MOTION_MULTI_AREA(); //专家模式下的多区域设置 } public static class NET_DVR_MOTION_V40 extends HIKSDKStructure { public NET_DVR_MOTION_MODE_PARAM struMotionMode = new NET_DVR_MOTION_MODE_PARAM(); //(5.1.0新增) public byte byEnableHandleMotion; /* 是否处理移动侦测 0-否 1-是*/ public byte byEnableDisplay; /*启用移动侦测高亮显示,0-否,1-是*/ public byte byConfigurationMode; //0~普通,1~专家(5.1.0新增) public byte byKeyingEnable; //启用键控移动侦测 0-不启用,1-启用 /* 异常处理方式 */ public int dwHandleType; //异常处理,异常处理方式的"或"结果 /*0x00: 无响应*/ /*0x01: 监视器上警告*/ /*0x02: 声音警告*/ /*0x04: 上传中心*/ /*0x08: 触发报警输出*/ /*0x10: 触发JPRG抓图并上传Email*/ /*0x20: 无线声光报警器联动*/ /*0x40: 联动电子地图(目前只有PCNVR支持)*/ /*0x200: 抓图并上传FTP*/ /*0x1000: 抓图上传到云*/ public int dwMaxRelAlarmOutChanNum; //触发的报警输出通道数(只读)最大支持数量 public int[] dwRelAlarmOut = new int[MAX_ALARMOUT_V40]; //实际触发的报警输出号,按值表示,采用紧凑型排列,从下标0 - dwRelAlarmOut -1有效,如果中间遇到0xffffffff,则后续无效 public NET_DVR_SCHEDTIMEWEEK[] struAlarmTime = new NET_DVR_SCHEDTIMEWEEK[MAX_DAYS]; /*布防时间*/ /*触发的录像通道*/ public int dwMaxRecordChanNum; //设备支持的最大关联录像通道数-只读 public int[] dwRelRecordChan = new int[MAX_CHANNUM_V40]; /* 实际触发录像通道,按值表示,采用紧凑型排列,从下标0 - dwRelRecordChan -1有效,如果中间遇到0xffffffff,则后续无效*/ public byte byDiscardFalseAlarm; //启用去误报 0-无效,1-不启用,2-启用 public byte[] byRes = new byte[127]; //保留字节 } public static class NET_DVR_RGB_COLOR extends HIKSDKStructure { public byte byRed; //RGB颜色三分量中的红色 public byte byGreen; //RGB颜色三分量中的绿色 public byte byBlue; //RGB颜色三分量中的蓝色 public byte byRes; //保留 } public static class NET_DVR_HIDEALARM_V40 extends HIKSDKStructure { public int dwEnableHideAlarm; /* 是否启动遮挡报警,0-否,1-低灵敏度,2-中灵敏度,3-高灵敏度*/ public short wHideAlarmAreaTopLeftX; /* 遮挡区域的x坐标 */ public short wHideAlarmAreaTopLeftY; /* 遮挡区域的y坐标 */ public short wHideAlarmAreaWidth; /* 遮挡区域的宽 */ public short wHideAlarmAreaHeight; /*遮挡区域的高*/ /* 信号丢失触发报警输出 */ public int dwHandleType; //异常处理,异常处理方式的"或"结果 /*0x00: 无响应*/ /*0x01: 监视器上警告*/ /*0x02: 声音警告*/ /*0x04: 上传中心*/ /*0x08: 触发报警输出*/ /*0x10: 触发JPRG抓图并上传Email*/ /*0x20: 无线声光报警器联动*/ /*0x40: 联动电子地图(目前只有PCNVR支持)*/ /*0x200: 抓图并上传FTP*/ /*0x1000:抓图上传到云*/ public int dwMaxRelAlarmOutChanNum; //触发的报警输出通道数(只读)最大支持数量 public int[] dwRelAlarmOut = new int[MAX_ALARMOUT_V40]; /*触发报警输出号,按值表示,采用紧凑型排列,从下标0 - dwRelAlarmOut -1有效,如果中间遇到0xffffffff,则后续无效*/ public NET_DVR_SCHEDTIMEWEEK[] struAlarmTime = new NET_DVR_SCHEDTIMEWEEK[MAX_DAYS]; /*布防时间*/ public byte[] byRes = new byte[64]; //保留 }//遮挡报警 public static class NET_DVR_PICCFG_V40 extends HIKSDKStructure { public int dwSize; public byte[] sChanName = new byte[NAME_LEN]; public int dwVideoFormat; /* 只读 视频制式 1-NTSC 2-PAL */ public NET_DVR_VICOLOR struViColor = new NET_DVR_VICOLOR();// 图像参数按时间段设置 //显示通道名 public int dwShowChanName; // 预览的图象上是否显示通道名称,0-不显示,1-显示 public short wShowNameTopLeftX; /* 通道名称显示位置的x坐标 */ public short wShowNameTopLeftY; /* 通道名称显示位置的y坐标 */ //隐私遮挡 public int dwEnableHide; /* 是否启动遮挡 ,0-否,1-是*/ public NET_DVR_SHELTER[] struShelter = new NET_DVR_SHELTER[MAX_SHELTERNUM]; //OSD public int dwShowOsd;// 预览的图象上是否显示OSD,0-不显示,1-显示 public short wOSDTopLeftX; /* OSD的x坐标 */ public short wOSDTopLeftY; /* OSD的y坐标 */ public byte byOSDType; /* OSD类型(主要是年月日格式) */ /* 0: XXXX-XX-XX 年月日 */ /* 1: XX-XX-XXXX 月日年 */ /* 2: XXXX年XX月XX日 */ /* 3: XX月XX日XXXX年 */ /* 4: XX-XX-XXXX 日月年*/ /* 5: XX日XX月XXXX年 */ /*6: xx/xx/xxxx(月/日/年) */ /*7: xxxx/xx/xx(年/月/日) */ /*8: xx/xx/xxxx(日/月/年)*/ public byte byDispWeek; /* 是否显示星期 */ public byte byOSDAttrib; /* OSD属性:透明,闪烁 */ /* 0: 不显示OSD */ /* 1: 透明,闪烁 */ /* 2: 透明,不闪烁 */ /* 3: 不透明,闪烁 */ /* 4: 不透明,不闪烁 */ public byte byHourOSDType; /* OSD小时制:0-24小时制,1-12小时制 */ public byte byFontSize; //16*16(中)/8*16(英),1-32*32(中)/16*32(英),2-64*64(中)/32*64(英) 3-48*48(中)/24*48(英) 4-24*24(中)/12*24(英) 5-96*96(中)/48*96(英) 6-128*128(中)/64*128(英) 7-80*80(中)/40*80(英) 8-112*112(中)/56*112(英) 0xff-自适应(adaptive) public byte byOSDColorType; //0-默认(黑白);1-自定义 public byte byAlignment;//对齐方式 0-自适应,1-右对齐, 2-左对齐,3-国标模式,4-全部右对齐(包含叠加字符、时间以及标题等所有OSD字符),5-全部左对齐(包含叠加字符、时间以及标题等所有OSD字符) public byte byOSDMilliSecondEnable;//视频叠加时间支持毫秒;0~不叠加, 1-叠加 public NET_DVR_VILOST_V40 struVILost = new NET_DVR_VILOST_V40(); //视频信号丢失报警(支持组) public NET_DVR_VILOST_V40 struAULost = new NET_DVR_VILOST_V40(); /*音频信号丢失报警(支持组)*/ public NET_DVR_MOTION_V40 struMotion = new NET_DVR_MOTION_V40(); //移动侦测报警(支持组) public NET_DVR_HIDEALARM_V40 struHideAlarm = new NET_DVR_HIDEALARM_V40(); //遮挡报警(支持组) public NET_DVR_RGB_COLOR struOsdColor = new NET_DVR_RGB_COLOR();//OSD颜色 public int dwBoundary; //边界值,左对齐,右对齐以及国标模式的边界值,0-表示默认值,单位:像素;在国标模式下,单位修改为字符个数(范围是,0,1,2) public NET_DVR_RGB_COLOR struOsdBkColor = new NET_DVR_RGB_COLOR(); //自定义OSD背景色 public byte byOSDBkColorMode; //OSD背景色模式,0-默认,1-自定义OSD背景色 public byte byUpDownBoundary; //上下最小边界值选项,单位为字符个数(范围是,0,1,2),国标模式下无效。byAlignment=3该字段无效,通过dwBoundary进行边界配置,.byAlignment不等于3的情况下, byUpDownBoundary/byLeftRightBoundary配置成功后,dwBoundary值将不生效 public byte byLeftRightBoundary; //左右最小边界值选项,单位为字符个数(范围是,0,1,2), 国标模式下无效。byAlignment=3该字段无效,通过dwBoundary进行边界配置,.byAlignment不等于3的情况下, byUpDownBoundary/byLeftRightBoundary配置成功后,dwBoundary值将不生效 public byte[] byRes = new byte[113]; } public static class NET_DVR_PICCFG_V30 extends HIKSDKStructure { public int dwSize; public byte[] sChanName = new byte[NAME_LEN]; public int dwVideoFormat; /* 只读 视频制式 1-NTSC 2-PAL*/ public NET_DVR_VICOLOR struViColor; // 图像参数按时间段设置 public int dwShowChanName; // 预览的图象上是否显示通道名称,0-不显示,1-显示 区域大小704*576 public short wShowNameTopLeftX; /* 通道名称显示位置的x坐标 */ public short wShowNameTopLeftY; /* 通道名称显示位置的y坐标 */ public NET_DVR_VILOST_V30 struVILost; //视频信号丢失报警 public NET_DVR_VILOST_V30 struAULost; /*音频信号丢失报警(保留)*/ public NET_DVR_MOTION_V30 struMotion; //移动侦测 public NET_DVR_HIDEALARM_V30 struHideAlarm;//遮挡报警 public int dwEnableHide; /* 是否启动遮盖(区域大小704*576) ,0-否,1-是*/ public NET_DVR_SHELTER[] struShelter = new NET_DVR_SHELTER[4]; public int dwShowOsd; //预览的图象上是否显示OSD,0-不显示,1-显示 区域大小704*576 public short wOSDTopLeftX; /* OSD的x坐标 */ public short wOSDTopLeftY; /* OSD的y坐标 */ public byte byOSDType; /* OSD类型(主要是年月日格式) */ public byte byDispWeek; /* 是否显示星期 */ public byte byOSDAttrib; /* OSD属性:透明,闪烁 */ public byte byHourOSDType; /* OSD小时制:0-24小时制,1-12小时制 */ public byte[] byRes = new byte[64]; } public static class NET_DVR_PICCFG_EX extends HIKSDKStructure {//通道图象结构SDK_V14扩展 public int dwSize; public byte[] sChanName = new byte[NAME_LEN]; public int dwVideoFormat; /* 只读 视频制式 1-NTSC 2-PAL*/ public byte byBrightness; /*亮度,0-255*/ public byte byContrast; /*对比度,0-255*/ public byte bySaturation; /*饱和度,0-255 */ public byte byHue; /*色调,0-255*/ //显示通道名 public int dwShowChanName; // 预览的图象上是否显示通道名称,0-不显示,1-显示 区域大小704*576 public short wShowNameTopLeftX; /* 通道名称显示位置的x坐标 */ public short wShowNameTopLeftY; /* 通道名称显示位置的y坐标 */ //信号丢失报警 public NET_DVR_VILOST struVILost; //移动侦测 public NET_DVR_MOTION struMotion; //遮挡报警 public NET_DVR_HIDEALARM struHideAlarm; //遮挡 区域大小704*576 public int dwEnableHide; /* 是否启动遮挡 ,0-否,1-是*/ public NET_DVR_SHELTER[] struShelter = new NET_DVR_SHELTER[MAX_SHELTERNUM]; //OSD public int dwShowOsd;// 预览的图象上是否显示OSD,0-不显示,1-显示 区域大小704*576 public short wOSDTopLeftX; /* OSD的x坐标 */ public short wOSDTopLeftY; /* OSD的y坐标 */ public byte byOSDType; /* OSD类型(主要是年月日格式) */ /* 0: XXXX-XX-XX 年月日 */ /* 1: XX-XX-XXXX 月日年 */ /* 2: XXXX年XX月XX日 */ /* 3: XX月XX日XXXX年 */ /* 4: XX-XX-XXXX 日月年*/ /* 5: XX日XX月XXXX年 */ public byte byDispWeek; /* 是否显示星期 */ public byte byOSDAttrib; /* OSD属性:透明,闪烁 */ /* 0: 不显示OSD */ /* 1: 透明,闪烁 */ /* 2: 透明,不闪烁 */ /* 3: 闪烁,不透明 */ /* 4: 不透明,不闪烁 */ public byte byHourOsdType; //小时制:0表示24小时制,1-12小时制或am/pm } public static class NET_DVR_PICCFG extends HIKSDKStructure { //通道图象结构(SDK_V13及之前版本) public int dwSize; public byte[] sChanName = new byte[NAME_LEN]; public int dwVideoFormat; /* 只读 视频制式 1-NTSC 2-PAL*/ public byte byBrightness; /*亮度,0-255*/ public byte byContrast; /*对比度,0-255*/ public byte bySaturation; /*饱和度,0-255 */ public byte byHue; /*色调,0-255*/ //显示通道名 public int dwShowChanName; // 预览的图象上是否显示通道名称,0-不显示,1-显示 区域大小704*576 public short wShowNameTopLeftX; /* 通道名称显示位置的x坐标 */ public short wShowNameTopLeftY; /* 通道名称显示位置的y坐标 */ //信号丢失报警 public NET_DVR_VILOST struVILost; //移动侦测 public NET_DVR_MOTION struMotion; //遮挡报警 public NET_DVR_HIDEALARM struHideAlarm; //遮挡 区域大小704*576 public int dwEnableHide; /* 是否启动遮挡 ,0-否,1-是*/ public short wHideAreaTopLeftX; /* 遮挡区域的x坐标 */ public short wHideAreaTopLeftY; /* 遮挡区域的y坐标 */ public short wHideAreaWidth; /* 遮挡区域的宽 */ public short wHideAreaHeight; /*遮挡区域的高*/ //OSD public int dwShowOsd;// 预览的图象上是否显示OSD,0-不显示,1-显示 区域大小704*576 public short wOSDTopLeftX; /* OSD的x坐标 */ public short wOSDTopLeftY; /* OSD的y坐标 */ public byte byOSDType; /* OSD类型(主要是年月日格式) */ /* 0: XXXX-XX-XX 年月日 */ /* 1: XX-XX-XXXX 月日年 */ /* 2: XXXX年XX月XX日 */ /* 3: XX月XX日XXXX年 */ /* 4: XX-XX-XXXX 日月年*/ /* 5: XX日XX月XXXX年 */ byte byDispWeek; /* 是否显示星期 */ byte byOSDAttrib; /* OSD属性:透明,闪烁 */ /* 0: 不显示OSD */ /* 1: 透明,闪烁 */ /* 2: 透明,不闪烁 */ /* 3: 闪烁,不透明 */ /* 4: 不透明,不闪烁 */ public byte reservedData2; } public static class NET_DVR_MULTI_STREAM_COMPRESSIONCFG_COND extends HIKSDKStructure { public int dwSize; public NET_DVR_STREAM_INFO struStreamInfo = new NET_DVR_STREAM_INFO(); public int dwStreamType; public byte[] byRes = new byte[32]; } public static class NET_DVR_MULTI_STREAM_COMPRESSIONCFG extends HIKSDKStructure { public int dwSize; public int dwStreamType; public NET_DVR_COMPRESSION_INFO_V30 struStreamPara = new NET_DVR_COMPRESSION_INFO_V30(); public byte[] byRes = new byte[80]; } //码流压缩参数(子结构)(9000扩展) public static class NET_DVR_COMPRESSION_INFO_V30 extends HIKSDKStructure { public byte byStreamType; //码流类型 0-视频流, 1-复合流 public byte byResolution; //分辨率0-DCIF 1-CIF, 2-QCIF, 3-4CIF, 4-2CIF 5(保留)16-VGA(640*480) 17-UXGA(1600*1200) 18-SVGA (800*600)19-HD720p(1280*720)20-XVGA 21-HD900p public byte byBitrateType; //码率类型 0:定码率,1:变码率 public byte byPicQuality; //图象质量 0-最好 1-次好 2-较好 3-一般 4-较差 5-差 public int dwVideoBitrate; //视频码率 0-保留 1-16K 2-32K 3-48k 4-64K 5-80K 6-96K 7-128K 8-160k 9-192K 10-224K 11-256K 12-320K 13-384K 14-448K 15-512K 16-640K 17-768K 18-896K 19-1024K 20-1280K 21-1536K 22-1792K 23-2048最高位(31位)置成1表示是自定义码流, 0-30位表示码流值。 public int dwVideoFrameRate; //帧率 0-全部; 1-1/16; 2-1/8; 3-1/4; 4-1/2; 5-1; 6-2; 7-4; 8-6; 9-8; 10-10; 11-12; 12-16; 13-20; V2.0版本中新加14-15; 15-18; 16-22; public short wIntervalFrameI; //I帧间隔 public byte byIntervalBPFrame;//0-BBP帧; 1-BP帧; 2-单P帧 public byte byENumber; //E帧数量(保留) public byte byVideoEncType;//视频编码类型 0 hik264;1标准h264; 2标准mpeg4; public byte byAudioEncType;//音频编码类型 0 G722 public byte[] byres = new byte[10]; } //通道压缩参数(9000扩展) public static class NET_DVR_COMPRESSIONCFG_V30 extends HIKSDKStructure { public int dwSize; public NET_DVR_COMPRESSION_INFO_V30 struNormHighRecordPara; //录像 对应8000的普通 public NET_DVR_COMPRESSION_INFO_V30 struRes; //保留 String[28]; public NET_DVR_COMPRESSION_INFO_V30 struEventRecordPara; //事件触发压缩参数 public NET_DVR_COMPRESSION_INFO_V30 struNetPara; //网传(子码流) } public static class NET_DVR_COMPRESSION_INFO extends HIKSDKStructure {//码流压缩参数(子结构) public byte byStreamType; //码流类型0-视频流,1-复合流,表示压缩参数时最高位表示是否启用压缩参数 public byte byResolution; //分辨率0-DCIF 1-CIF, 2-QCIF, 3-4CIF, 4-2CIF, 5-2QCIF(352X144)(车载专用) public byte byBitrateType; //码率类型0:变码率,1:定码率 public byte byPicQuality; //图象质量 0-最好 1-次好 2-较好 3-一般 4-较差 5-差 public int dwVideoBitrate; //视频码率 0-保留 1-16K(保留) 2-32K 3-48k 4-64K 5-80K 6-96K 7-128K 8-160k 9-192K 10-224K 11-256K 12-320K // 13-384K 14-448K 15-512K 16-640K 17-768K 18-896K 19-1024K 20-1280K 21-1536K 22-1792K 23-2048K //最高位(31位)置成1表示是自定义码流, 0-30位表示码流值(MIN-32K MAX-8192K)。 public int dwVideoFrameRate; //帧率 0-全部; 1-1/16; 2-1/8; 3-1/4; 4-1/2; 5-1; 6-2; 7-4; 8-6; 9-8; 10-10; 11-12; 12-16; 13-20; } public static class NET_DVR_COMPRESSIONCFG extends HIKSDKStructure {//通道压缩参数 public int dwSize; public NET_DVR_COMPRESSION_INFO struRecordPara; //录像/事件触发录像 public NET_DVR_COMPRESSION_INFO struNetPara; //网传/保留 } public static class NET_DVR_COMPRESSION_INFO_EX extends HIKSDKStructure {//码流压缩参数(子结构)(扩展) 增加I帧间隔 public byte byStreamType; //码流类型0-视频流, 1-复合流 public byte byResolution; //分辨率0-DCIF 1-CIF, 2-QCIF, 3-4CIF, 4-2CIF, 5-2QCIF(352X144)(车载专用) public byte byBitrateType; //码率类型0:变码率,1:定码率 public byte byPicQuality; //图象质量 0-最好 1-次好 2-较好 3-一般 4-较差 5-差 public int dwVideoBitrate; //视频码率 0-保留 1-16K(保留) 2-32K 3-48k 4-64K 5-80K 6-96K 7-128K 8-160k 9-192K 10-224K 11-256K 12-320K // 13-384K 14-448K 15-512K 16-640K 17-768K 18-896K 19-1024K 20-1280K 21-1536K 22-1792K 23-2048K //最高位(31位)置成1表示是自定义码流, 0-30位表示码流值(MIN-32K MAX-8192K)。 public int dwVideoFrameRate; //帧率 0-全部; 1-1/16; 2-1/8; 3-1/4; 4-1/2; 5-1; 6-2; 7-4; 8-6; 9-8; 10-10; 11-12; 12-16; 13-20, //V2.0增加14-15, 15-18, 16-22; public short wIntervalFrameI; //I帧间隔 //2006-08-11 增加单P帧的配置接口,可以改善实时流延时问题 public byte byIntervalBPFrame;//0-BBP帧; 1-BP帧; 2-单P帧 public byte byENumber;//E帧数量 } public static class NET_DVR_RECORDSCHED extends HIKSDKStructure //时间段录像参数配置(子结构) { public NET_DVR_SCHEDTIME struRecordTime = new NET_DVR_SCHEDTIME(); public byte byRecordType; //0:定时录像,1:移动侦测,2:报警录像,3:动测|报警,4:动测&报警, 5:命令触发, 6: 智能录像 public byte[] reservedData = new byte[3]; } public static class NET_DVR_RECORDDAY extends HIKSDKStructure //全天录像参数配置(子结构) { public short wAllDayRecord; /* 是否全天录像 0-否 1-是*/ public byte byRecordType; /* 录象类型 0:定时录像,1:移动侦测,2:报警录像,3:动测|报警,4:动测&报警 5:命令触发, 6: 智能录像*/ public byte reservedData; } public static class NET_DVR_RECORDSCHEDWEEK extends HIKSDKStructure { public NET_DVR_RECORDSCHED[] struRecordSched = new NET_DVR_RECORDSCHED[MAX_TIMESEGMENT_V30]; } public static class NET_DVR_RECORD_V30 extends HIKSDKStructure { //通道录像参数配置(9000扩展) public int dwSize; public int dwRecord; /*是否录像 0-否 1-是*/ public NET_DVR_RECORDDAY[] struRecAllDay = new NET_DVR_RECORDDAY[MAX_DAYS]; public NET_DVR_RECORDSCHEDWEEK[] struRecordSched = new NET_DVR_RECORDSCHEDWEEK[MAX_DAYS]; public int dwRecordTime; /* 录象延时长度 0-5秒, 1-20秒, 2-30秒, 3-1分钟, 4-2分钟, 5-5分钟, 6-10分钟*/ public int dwPreRecordTime; /* 预录时间 0-不预录 1-5秒 2-10秒 3-15秒 4-20秒 5-25秒 6-30秒 7-0xffffffff(尽可能预录) */ public int dwRecorderDuration; /* 录像保存的最长时间 */ public byte byRedundancyRec; /*是否冗余录像,重要数据双备份:0/1*/ public byte byAudioRec; /*录像时复合流编码时是否记录音频数据:国外有此法规*/ public byte[] byReserve = new byte[10]; } public static class NET_DVR_RECORD extends HIKSDKStructure { //通道录像参数配置 public int dwSize; public int dwRecord; /*是否录像 0-否 1-是*/ public NET_DVR_RECORDDAY[] struRecAllDay = new NET_DVR_RECORDDAY[MAX_DAYS]; public NET_DVR_RECORDSCHEDWEEK[] struRecordSched = new NET_DVR_RECORDSCHEDWEEK[MAX_DAYS]; public int dwRecordTime; /* 录象时间长度 0-5秒, 1-20秒, 2-30秒, 3-1分钟, 4-2分钟, 5-5分钟, 6-10分钟*/ public int dwPreRecordTime; /* 预录时间 0-不预录 1-5秒 2-10秒 3-15秒 4-20秒 5-25秒 6-30秒 7-0xffffffff(尽可能预录) */ } public static class NET_DVR_STATFRAME extends HIKSDKStructure { //单帧统计参数 public int dwRelativeTime; public int dwAbsTime; /*统计绝对时标*/ public byte[] byRes = new byte[92]; } public static class NET_DVR_STATTIME extends HIKSDKStructure { //单帧统计参数 public NET_DVR_TIME tmStart; //统计开始时间 public NET_DVR_TIME tmEnd; //统计结束时间 public byte[] byRes = new byte[92]; } public static class UNION_PDC_STATPARAM extends Union { // public byte[] byLen = new byte[140]; public NET_DVR_STATFRAME struStatFrame; public NET_DVR_STATTIME struStatTime; } public static class NET_DVR_PDC_ALRAM_INFO extends HIKSDKStructure { //通道录像参数配置 public int dwSize; public byte byMode; /*0-单帧统计结果,1-最小时间段统计结果*/ public byte byChannel; public byte bySmart; //专业智能返回0,Smart 返回 1 public byte byRes1; // 保留字节 public NET_VCA_DEV_INFO struDevInfo = new NET_VCA_DEV_INFO(); //前端设备信息 public UNION_PDC_STATPARAM uStatModeParam = new UNION_PDC_STATPARAM(); public int dwLeaveNum; /* 离开人数 */ public int dwEnterNum; /* 进入人数 */ public byte byBrokenNetHttp; //断网续传标志位,0-不是重传数据,1-重传数据 public byte byRes3; public short wDevInfoIvmsChannelEx; //与NET_VCA_DEV_INFO里的byIvmsChannel含义相同,能表示更大的值。老客户端用byIvmsChannel能继续兼容,但是最大到255。新客户端版本请使用wDevInfoIvmsChannelEx public int dwPassingNum; // 经过人数(进入区域后徘徊没有触发进入、离开的人数) public byte[] byRes2 = new byte[32]; public void read() { super.read(); switch (byMode) { case 0: uStatModeParam.setType(NET_DVR_STATFRAME.class); break; case 1: uStatModeParam.setType(NET_DVR_STATTIME.class); break; default: break; } uStatModeParam.read(); } public void write() { super.write(); uStatModeParam.write(); } } //云台协议表结构配置 public static class NET_DVR_PTZ_PROTOCOL extends HIKSDKStructure { public int dwType; /*解码器类型值,从1开始连续递增*/ public byte[] byDescribe = new byte[DESC_LEN]; /*解码器的描述符,和8000中的一致*/ } public static class NET_DVR_PTZCFG extends HIKSDKStructure { public int dwSize; public NET_DVR_PTZ_PROTOCOL[] struPtz = new NET_DVR_PTZ_PROTOCOL[PTZ_PROTOCOL_NUM];/*最大200中PTZ协议*/ public int dwPtzNum; /*有效的ptz协议数目,从0开始(即计算时加1)*/ public byte[] byRes = new byte[8]; } /*************************** * 云台类型(end) ******************************/ public static class NET_DVR_DECODERCFG_V30 extends HIKSDKStructure {//通道解码器(云台)参数配置(9000扩展) public int dwSize; public int dwBaudRate; //波特率(bps),0-50,1-75,2-110,3-150,4-300,5-600,6-1200,7-2400,8-4800,9-9600,10-19200, 11-38400,12-57600,13-76800,14-115.2k; public byte byDataBit; // 数据有几位 0-5位,1-6位,2-7位,3-8位; public byte byStopBit; // 停止位 0-1位,1-2位; public byte byParity; // 校验 0-无校验,1-奇校验,2-偶校验; public byte byFlowcontrol; // 0-无,1-软流控,2-硬流控 public short wDecoderType; //解码器类型, 0-YouLi,1-LiLin-1016,2-LiLin-820,3-Pelco-p,4-DM DynaColor,5-HD600,6-JC-4116,7-Pelco-d WX,8-Pelco-d PICO public short wDecoderAddress; /*解码器地址:0 - 255*/ public byte[] bySetPreset = new byte[MAX_PRESET_V30]; /* 预置点是否设置,0-没有设置,1-设置*/ public byte[] bySetCruise = new byte[MAX_CRUISE_V30]; /* 巡航是否设置: 0-没有设置,1-设置 */ public byte[] bySetTrack = new byte[MAX_TRACK_V30]; /* 轨迹是否设置,0-没有设置,1-设置*/ } public static class NET_DVR_DECODERCFG extends HIKSDKStructure {//通道解码器(云台)参数配置 public int dwSize; public int dwBaudRate; //波特率(bps),0-50,1-75,2-110,3-150,4-300,5-600,6-1200,7-2400,8-4800,9-9600,10-19200, 11-38400,12-57600,13-76800,14-115.2k; public byte byDataBit; // 数据有几位 0-5位,1-6位,2-7位,3-8位; public byte byStopBit; // 停止位 0-1位,1-2位; public byte byParity; // 校验 0-无校验,1-奇校验,2-偶校验; public byte byFlowcontrol; // 0-无,1-软流控,2-硬流控 public short wDecoderType; //解码器类型, 0-YouLi,1-LiLin-1016,2-LiLin-820,3-Pelco-p,4-DM DynaColor,5-HD600,6-JC-4116,7-Pelco-d WX,8-Pelco-d PICO public short wDecoderAddress; /*解码器地址:0 - 255*/ public byte[] bySetPreset = new byte[MAX_PRESET]; /* 预置点是否设置,0-没有设置,1-设置*/ public byte[] bySetCruise = new byte[MAX_CRUISE]; /* 巡航是否设置: 0-没有设置,1-设置 */ public byte[] bySetTrack = new byte[MAX_TRACK]; /* 轨迹是否设置,0-没有设置,1-设置*/ } public static class NET_DVR_PPPCFG_V30 extends HIKSDKStructure {//ppp参数配置(子结构) public NET_DVR_IPADDR struRemoteIP; //远端IP地址 public NET_DVR_IPADDR struLocalIP; //本地IP地址 public byte[] sLocalIPMask = new byte[16]; //本地IP地址掩码 public byte[] sUsername = new byte[NAME_LEN]; /* 用户名 */ public byte[] sPassword = new byte[PASSWD_LEN]; /* 密码 */ public byte byPPPMode; //PPP模式, 0-主动,1-被动 public byte byRedial; //是否回拨 :0-否,1-是 public byte byRedialMode; //回拨模式,0-由拨入者指定,1-预置回拨号码 public byte byDataEncrypt; //数据加密,0-否,1-是 public int dwMTU; //MTU public byte[] sTelephoneNumber = new byte[PHONENUMBER_LEN]; //电话号码 } public static class NET_DVR_PPPCFG extends HIKSDKStructure {//ppp参数配置(子结构) public byte[] sRemoteIP = new byte[16]; //远端IP地址 public byte[] sLocalIP = new byte[16]; //本地IP地址 public byte[] sLocalIPMask = new byte[16]; //本地IP地址掩码 public byte[] sUsername = new byte[NAME_LEN]; /* 用户名 */ public byte[] sPassword = new byte[PASSWD_LEN]; /* 密码 */ public byte byPPPMode; //PPP模式, 0-主动,1-被动 public byte byRedial; //是否回拨 :0-否,1-是 public byte byRedialMode; //回拨模式,0-由拨入者指定,1-预置回拨号码 public byte byDataEncrypt; //数据加密,0-否,1-是 public int dwMTU; //MTU public byte[] sTelephoneNumber = new byte[PHONENUMBER_LEN]; //电话号码 } public static class NET_DVR_SINGLE_RS232 extends HIKSDKStructure {//RS232串口参数配置(9000扩展) public int dwBaudRate; /*波特率(bps),0-50,1-75,2-110,3-150,4-300,5-600,6-1200,7-2400,8-4800,9-9600,10-19200, 11-38400,12-57600,13-76800,14-115.2k;*/ public byte byDataBit; /* 数据有几位 0-5位,1-6位,2-7位,3-8位 */ public byte byStopBit; /* 停止位 0-1位,1-2位 */ public byte byParity; /* 校验 0-无校验,1-奇校验,2-偶校验 */ public byte byFlowcontrol; /* 0-无,1-软流控,2-硬流控 */ public int dwWorkMode; /* 工作模式,0-232串口用于PPP拨号,1-232串口用于参数控制,2-透明通道 */ } public static class NET_DVR_RS232CFG_V30 extends HIKSDKStructure {//RS232串口参数配置(9000扩展) public int dwSize; public NET_DVR_SINGLE_RS232 struRs232;/*目前只有第一个串口设置有效,所有设备都只支持一个串口,其他七个保留*/ public byte[] byRes = new byte[84]; public NET_DVR_PPPCFG_V30 struPPPConfig;/*ppp参数*/ } public static class NET_DVR_RS232CFG extends HIKSDKStructure {//RS232串口参数配置 public int dwSize; public int dwBaudRate;//波特率(bps),0-50,1-75,2-110,3-150,4-300,5-600,6-1200,7-2400,8-4800,9-9600,10-19200, 11-38400,12-57600,13-76800,14-115.2k; public byte byDataBit;// 数据有几位 0-5位,1-6位,2-7位,3-8位; public byte byStopBit;// 停止位 0-1位,1-2位; public byte byParity;// 校验 0-无校验,1-奇校验,2-偶校验; public byte byFlowcontrol;// 0-无,1-软流控,2-硬流控 public int dwWorkMode;// 工作模式,0-窄带传输(232串口用于PPP拨号),1-控制台(232串口用于参数控制),2-透明通道 public NET_DVR_PPPCFG struPPPConfig; } public static class NET_DVR_ALARMINCFG_V30 extends HIKSDKStructure {//报警输入参数配置(9000扩展) public int dwSize; public byte[] sAlarmInName = new byte[NAME_LEN]; /* 名称 */ public byte byAlarmType; //报警器类型,0:常开,1:常闭 public byte byAlarmInHandle; /* 是否处理 0-不处理 1-处理*/ public byte[] reservedData = new byte[2]; public NET_DVR_HANDLEEXCEPTION_V30 struAlarmHandleType; /* 处理方式 */ public NET_DVR_SCHEDTIMEWEEK[] struAlarmTime = new NET_DVR_SCHEDTIMEWEEK[MAX_DAYS];//布防时间 public byte[] byRelRecordChan = new byte[MAX_CHANNUM_V30]; //报警触发的录象通道,为1表示触发该通道 public byte[] byEnablePreset = new byte[MAX_CHANNUM_V30]; /* 是否调用预置点 0-否,1-是*/ public byte[] byPresetNo = new byte[MAX_CHANNUM_V30]; /* 调用的云台预置点序号,一个报警输入可以调用多个通道的云台预置点, 0xff表示不调用预置点。*/ public byte[] byEnablePresetRevert = new byte[MAX_CHANNUM_V30]; /* 是否恢复到调用预置点前的位置(保留) */ public short[] wPresetRevertDelay = new short[MAX_CHANNUM_V30]; /* 恢复预置点延时(保留) */ public byte[] byEnableCruise = new byte[MAX_CHANNUM_V30]; /* 是否调用巡航 0-否,1-是*/ public byte[] byCruiseNo = new byte[MAX_CHANNUM_V30]; /* 巡航 */ public byte[] byEnablePtzTrack = new byte[MAX_CHANNUM_V30]; /* 是否调用轨迹 0-否,1-是*/ public byte[] byPTZTrack = new byte[MAX_CHANNUM_V30]; /* 调用的云台的轨迹序号 */ public byte[] byRes = new byte[16]; } public static class NET_DVR_ALARMINCFG extends HIKSDKStructure {//报警输入参数配置 public int dwSize; public byte[] sAlarmInName = new byte[NAME_LEN]; /* 名称 */ public byte byAlarmType; //报警器类型,0:常开,1:常闭 public byte byAlarmInHandle; /* 是否处理 0-不处理 1-处理*/ public NET_DVR_HANDLEEXCEPTION struAlarmHandleType; /* 处理方式 */ public NET_DVR_SCHEDTIMEWEEK[] struAlarmTime = new NET_DVR_SCHEDTIMEWEEK[MAX_DAYS];//布防时间 public byte[] byRelRecordChan = new byte[MAX_CHANNUM]; //报警触发的录象通道,为1表示触发该通道 public byte[] byEnablePreset = new byte[MAX_CHANNUM]; /* 是否调用预置点 0-否,1-是*/ public byte[] byPresetNo = new byte[MAX_CHANNUM]; /* 调用的云台预置点序号,一个报警输入可以调用多个通道的云台预置点, 0xff表示不调用预置点。*/ public byte[] byEnableCruise = new byte[MAX_CHANNUM]; /* 是否调用巡航 0-否,1-是*/ public byte[] byCruiseNo = new byte[MAX_CHANNUM]; /* 巡航 */ public byte[] byEnablePtzTrack = new byte[MAX_CHANNUM]; /* 是否调用轨迹 0-否,1-是*/ public byte[] byPTZTrack = new byte[MAX_CHANNUM]; /* 调用的云台的轨迹序号 */ } public static class NET_DVR_ADDIT_POSITION extends HIKSDKStructure {//车载GPS信息结构(2007-12-27) public byte[] sDevName = new byte[32]; /* 设备名称 */ public int dwSpeed; /*速度*/ public int dwLongitude; /* 经度*/ public int dwLatitude; /* 纬度*/ public byte[] direction = new byte[2]; /* direction[0]:'E'or'W'(东经/西经), direction[1]:'N'or'S'(北纬/南纬) */ public byte[] res = new byte[2]; /* 保留位 */ } public static class struRecordingHost extends HIKSDKStructure { public byte bySubAlarmType; public byte[] byRes1 = new byte[3]; public NET_DVR_TIME_EX struRecordEndTime = new NET_DVR_TIME_EX(); } public static class struAlarmHardDisk extends HIKSDKStructure { public int dwAlarmHardDiskNum; } public static class struAlarmChannel extends HIKSDKStructure { public int dwAlarmChanNum; public int dwPicLen;//Jpeg图片长度 public byte byPicURL; //图片数据采用URL方式 0-二进制图片数据,1-图片数据走URL方式 public byte byTarget; /*0-不区分识别目标,1-识别目标为人,2-识别目标为车*/ public byte[] byRes1 = new byte[2]; //保留 public Pointer pDataBuff; //报警图片或者图片URL } public static class struIOAlarm extends HIKSDKStructure { public int dwAlarmInputNo; public int dwTrigerAlarmOutNum; public int dwTrigerRecordChanNum; } public static class NET_DVR_TIME_EX extends HIKSDKStructure { public short wYear; public byte byMonth; public byte byDay; public byte byHour; public byte byMinute; public byte bySecond; public byte byRes; } public static class uStruAlarm extends Union { public byte[] byUnionLen = new byte[116]; public struIOAlarm struioAlarm = new struIOAlarm(); public struAlarmHardDisk strualarmHardDisk = new struAlarmHardDisk(); public struAlarmChannel strualarmChannel = new struAlarmChannel(); public struRecordingHost strurecordingHost = new struRecordingHost(); } public static class NET_DVR_ALRAM_FIXED_HEADER extends HIKSDKStructure { public int dwAlarmType; public NET_DVR_TIME_EX struAlarmTime = new NET_DVR_TIME_EX(); public uStruAlarm ustruAlarm = new uStruAlarm(); public Pointer pRes; public byte byTimeDiffFlag; /*时差字段是否有效 0-时差无效, 1-时差有效 */ public byte cTimeDifferenceH; /*与UTC的时差(小时),-12 ... +14, +表示东区,,byTimeDiffFlag为1时有效*/ public byte cTimeDifferenceM; /*与UTC的时差(分钟),-30, 30, 45, +表示东区,byTimeDiffFlag为1时有效*/ public byte byRes; //保留 public short wDevInfoIvmsChannel; //增加后端透传前端时的通道号 public byte[] byRes2 = new byte[2]; //保留 } public static class NET_DVR_ALARMINFO_V40 extends HIKSDKStructure { public NET_DVR_ALRAM_FIXED_HEADER struAlarmFixedHeader = new NET_DVR_ALRAM_FIXED_HEADER(); public Pointer pAlarmData; } public static class NET_DVR_ALARMINFO_V30 extends HIKSDKStructure {//上传报警信息(9000扩展) public int dwAlarmType;/*0-信号量报警,1-硬盘满,2-信号丢失,3-移动侦测,4-硬盘未格式化,5-读写硬盘出错,6-遮挡报警,7-制式不匹配, 8-非法访问, 0xa-GPS定位信息(车载定制)*/ public int dwAlarmInputNumber;/*报警输入端口*/ public byte[] byAlarmOutputNumber = new byte[MAX_ALARMOUT_V30];/*触发的输出端口,为1表示对应输出*/ public byte[] byAlarmRelateChannel = new byte[MAX_CHANNUM_V30];/*触发的录像通道,为1表示对应录像, dwAlarmRelateChannel[0]对应第1个通道*/ public byte[] byChannel = new byte[MAX_CHANNUM_V30];/*dwAlarmType为2或3,6时,表示哪个通道,dwChannel[0]对应第1个通道*/ public byte[] byDiskNumber = new byte[MAX_DISKNUM_V30];/*dwAlarmType为1,4,5时,表示哪个硬盘, dwDiskNumber[0]对应第1个硬盘*/ } public static class NET_DVR_ALARMINFO extends HIKSDKStructure { public int dwAlarmType;/*0-信号量报警,1-硬盘满,2-信号丢失,3-移动侦测,4-硬盘未格式化,5-读写硬盘出错,6-遮挡报警,7-制式不匹配, 8-非法访问, 9-串口状态, 0xa-GPS定位信息(车载定制)*/ public int dwAlarmInputNumber;/*报警输入端口, 当报警类型为9时该变量表示串口状态0表示正常, -1表示错误*/ public int[] dwAlarmOutputNumber = new int[MAX_ALARMOUT];/*触发的输出端口,为1表示对应哪一个输出*/ public int[] dwAlarmRelateChannel = new int[MAX_CHANNUM];/*触发的录像通道,dwAlarmRelateChannel[0]为1表示第1个通道录像*/ public int[] dwChannel = new int[MAX_CHANNUM];/*dwAlarmType为2或3,6时,表示哪个通道,dwChannel[0]位对应第1个通道*/ public int[] dwDiskNumber = new int[MAX_DISKNUM];/*dwAlarmType为1,4,5时,表示哪个硬盘, dwDiskNumber[0]位对应第1个硬盘*/ } public static class NET_DVR_ALARMINFO_EX extends HIKSDKStructure {//上传报警信息(杭州竞天定制 2006-07-28) public int dwAlarmType;/*0-信号量报警,1-硬盘满,2-信号丢失,3-移动侦测,4-硬盘未格式化,5-读写硬盘出错,6-遮挡报警,7-制式不匹配, 8-非法访问*/ public int dwAlarmInputNumber;/*报警输入端口*/ public int[] dwAlarmOutputNumber = new int[MAX_ALARMOUT];/*报警输入端口对应的输出端口,哪一位为1表示对应哪一个输出*/ public int[] dwAlarmRelateChannel = new int[MAX_CHANNUM];/*报警输入端口对应的录像通道,哪一位为1表示对应哪一路录像,dwAlarmRelateChannel[0]对应第1个通道*/ public int[] dwChannel = new int[MAX_CHANNUM];/*dwAlarmType为2或3,6时,表示哪个通道,dwChannel[0]位对应第0个通道*/ public int[] dwDiskNumber = new int[MAX_DISKNUM];/*dwAlarmType为1,4,5时,表示哪个硬盘*/ public byte[] sSerialNumber = new byte[SERIALNO_LEN]; //序列号 public byte[] sRemoteAlarmIP = new byte[16]; //远程报警IP地址; } ////////////////////////////////////////////////////////////////////////////////////// //IPC接入参数配置 public static class NET_DVR_IPDEVINFO extends HIKSDKStructure {/* IP设备结构 */ public int dwEnable; /* 该IP设备是否启用 */ public byte[] sUserName = new byte[NAME_LEN]; /* 用户名 */ public byte[] sPassword = new byte[PASSWD_LEN]; /* 密码 */ public NET_DVR_IPADDR struIP = new NET_DVR_IPADDR(); /* IP地址 */ public short wDVRPort; /* 端口号 */ public byte[] byres = new byte[34]; /* 保留 */ } public static class NET_DVR_IPCHANINFO extends HIKSDKStructure {/* IP通道匹配参数 */ public byte byEnable; /* 该通道是否启用 */ public byte byIPID; /* IP设备ID 取值1- MAX_IP_DEVICE */ public byte byChannel; /* 通道号 */ public byte[] byres = new byte[33]; /* 保留 */ } public static class NET_DVR_IPPARACFG extends HIKSDKStructure {/* IP接入配置结构 */ public int dwSize; /* 结构大小 */ public NET_DVR_IPDEVINFO[] struIPDevInfo = new NET_DVR_IPDEVINFO[MAX_IP_DEVICE]; /* IP设备 */ public byte[] byAnalogChanEnable = new byte[MAX_ANALOG_CHANNUM]; /* 模拟通道是否启用,从低到高表示1-32通道,0表示无效 1有效 */ public NET_DVR_IPCHANINFO[] struIPChanInfo = new NET_DVR_IPCHANINFO[MAX_IP_CHANNEL]; /* IP通道 */ } public class NET_DVR_IPDEVINFO_V31 extends HIKSDKStructure { public byte byEnable;/* 该通道是否启用 */ public byte byProType;//协议类型(默认为私有协议),0- 私有协议,1- 松下协议,2- 索尼,更多协议通过NET_DVR_GetIPCProtoList获取。 public byte byEnableQuickAdd;//0-不支持快速添加;1-使用快速添加 public byte byRes1;//保留,置为0 public byte[] sUserName = new byte[HCNetSDK.NAME_LEN];//用户名 public byte[] sPassword = new byte[HCNetSDK.PASSWD_LEN];//密码 public byte[] byDomain = new byte[HCNetSDK.MAX_DOMAIN_NAME];//设备域名 public NET_DVR_IPADDR struIP = new NET_DVR_IPADDR();//IP地址 public short wDVRPort;//端口号 public byte[] szDeviceID = new byte[32]; public byte[] byRes2 = new byte[2];//保留,置为0 } public class NET_DVR_STREAM_MODE extends HIKSDKStructure { public byte byGetStreamType;//取流方式:0- 直接从设备取流;1- 从流媒体取流;2- 通过IPServer获得IP地址后取流; //3- 通过IPServer找到设备,再通过流媒体取设备的流; 4- 通过流媒体由URL去取流;5- 通过hiDDNS域名连接设备然后从设备取流 public byte[] byRes = new byte[3];//保留,置为0 public NET_DVR_GET_STREAM_UNION uGetStream = new NET_DVR_GET_STREAM_UNION();//不同取流方式联合体 public void read() { super.read(); switch (byGetStreamType) { case 0: uGetStream.setType(NET_DVR_IPCHANINFO.class); break; case 6: uGetStream.setType(NET_DVR_IPCHANINFO_V40.class); break; default: break; } } } public class NET_DVR_IPSERVER_STREAM extends HIKSDKStructure { public byte byEnable; public byte[] byRes = new byte[3]; public NET_DVR_IPADDR struIPServer = new NET_DVR_IPADDR(); public short wPort; public short wDvrNameLen; public byte[] byDVRName = new byte[HCNetSDK.NAME_LEN]; public short wDVRSerialLen; public short[] byRes1 = new short[2]; public byte[] byDVRSerialNumber = new byte[HCNetSDK.SERIALNO_LEN]; public byte[] byUserName = new byte[HCNetSDK.NAME_LEN]; public byte[] byPassWord = new byte[HCNetSDK.PASSWD_LEN]; public byte byChannel; public byte[] byRes2 = new byte[11]; } public class NET_DVR_STREAM_MEDIA_SERVER_CFG extends HIKSDKStructure { public byte byValid;//是否启用流媒体服务器取流:0-不启用,非0-启用 public byte[] byRes1 = new byte[3];//保留,置为0 public NET_DVR_IPADDR struDevIP = new NET_DVR_IPADDR();//流媒体服务器的IP地址 public short wDevPort;//流媒体服务器端口 public byte byTransmitType;//传输协议类型:0-TCP,1-UDP public byte[] byRes2 = new byte[69]; } public class NET_DVR_DEV_CHAN_INFO extends HIKSDKStructure { public NET_DVR_IPADDR struIP = new NET_DVR_IPADDR();//设备IP地址 public short wDVRPort;//设备端口号 public byte byChannel;//通道号,目前设备的模拟通道号是从1开始的,对于9000等设备的IPC接入,数字通道号从33开始 public byte byTransProtocol;//传输协议类型:0-TCP,1-UDP,2-多播方式,3-RTP public byte byTransMode;//传输码流模式:0-主码流,1-子码流 public byte byFactoryType;//前端设备厂家类型, 通过接口NET_DVR_GetIPCProtoList获取 public byte byDeviceType;//设备类型(视频综合平台使用):1- IPC,2- ENCODER public byte byDispChan;// 显示通道号(智能配置使用),根据能力集决定使用解码通道还是显示通道 public byte bySubDispChan;//显示通道子通道号(智能配置时使用) public byte byResolution;//分辨率:1- CIF,2- 4CIF,3- 720P,4- 1080P,5- 500W,用于多屏控制器,多屏控制器会根据该参数分配解码资源 public byte[] byRes = new byte[2];//保留,置为0 public byte[] byDomain = new byte[HCNetSDK.MAX_DOMAIN_NAME];//设备域名 public byte[] sUserName = new byte[HCNetSDK.NAME_LEN];//设备登陆帐号 public byte[] sPassword = new byte[HCNetSDK.PASSWD_LEN];//设备密码 } public class NET_DVR_PU_STREAM_CFG extends HIKSDKStructure { public int dwSize;//结构体大小 public NET_DVR_STREAM_MEDIA_SERVER_CFG struStreamMediaSvrCfg = new NET_DVR_STREAM_MEDIA_SERVER_CFG(); public NET_DVR_DEV_CHAN_INFO struDevChanInfo = new NET_DVR_DEV_CHAN_INFO(); } public class NET_DVR_PU_STREAM_CFG_V41 extends HIKSDKStructure { public int dwSize; public byte byStreamMode;/*取流模式,0-无效,1-通过IP或域名取流,2-通过URL取流,3-通过动态域名解析向设备取流*/ public byte byStreamEncrypt; //是否进行码流加密处理,0-不支持,1-支持 public byte[] byRes1 = new byte[2]; public NET_DVR_DEC_STREAM_MODE uDecStreamMode;//取流信息 public int dwDecDelayTime;//解码延时时间,单位:毫秒 public byte[] sStreamPassword = new byte[STREAM_PASSWD_LEN]; //码流加密密码,需敏感信息加密 public byte[] byRes2 = new byte[48]; } public class NET_DVR_DDNS_STREAM_CFG extends HIKSDKStructure { public byte byEnable; public byte[] byRes1 = new byte[3]; public NET_DVR_IPADDR struStreamServer = new NET_DVR_IPADDR(); public short wStreamServerPort; public byte byStreamServerTransmitType; public byte byRes2; public NET_DVR_IPADDR struIPServer = new NET_DVR_IPADDR(); public short wIPServerPort; public byte[] byRes3 = new byte[2]; public byte[] sDVRName = new byte[HCNetSDK.NAME_LEN]; public short wDVRNameLen; public short wDVRSerialLen; public byte[] sDVRSerialNumber = new byte[HCNetSDK.SERIALNO_LEN]; public byte[] sUserName = new byte[HCNetSDK.NAME_LEN]; public byte[] sPassWord = new byte[HCNetSDK.PASSWD_LEN]; public short wDVRPort; public byte[] byRes4 = new byte[2]; public byte byChannel; public byte byTransProtocol; public byte byTransMode; public byte byFactoryType; } public class NET_DVR_PU_STREAM_URL extends HIKSDKStructure { public byte byEnable;//是否启用:0- 禁用,1- 启用 public byte[] strURL = new byte[240];//取流URL路径 public byte byTransPortocol;//传输协议类型:0-TCP,1-UDP public short wIPID;//设备ID号,wIPID = iDevInfoIndex + iGroupNO*64 +1 public byte byChannel;//设备通道号 public byte[] byRes = new byte[7];//保留,置为0 } public class NET_DVR_HKDDNS_STREAM extends HIKSDKStructure { public byte byEnable;//是否启用 public byte[] byRes = new byte[3];//保留 public byte[] byDDNSDomain = new byte[64];//hiDDNS服务器地址 public short wPort;//hiDDNS端口,默认:80 public short wAliasLen;//别名长度 public byte[] byAlias = new byte[HCNetSDK.NAME_LEN];//别名 public short wDVRSerialLen;//序列号长度 public byte[] byRes1 = new byte[2];//保留 public byte[] byDVRSerialNumber = new byte[HCNetSDK.SERIALNO_LEN];//设备序列号 public byte[] byUserName = new byte[HCNetSDK.NAME_LEN];//设备登录用户名 public byte[] byPassWord = new byte[HCNetSDK.PASSWD_LEN];//设备登录密码 public byte byChannel;//设备通道号 public byte[] byRes2 = new byte[11];//保留 } public class NET_DVR_IPCHANINFO_V40 extends HIKSDKStructure { public byte byEnable;//IP通道在线状态,是一个只读的属性; //0表示HDVR或者NVR设备的数字通道连接对应的IP设备失败,该通道不在线;1表示连接成功,该通道在线 public byte byRes1;//保留,置为0 public short wIPID;//IP设备ID public int dwChannel;//IP设备的通道号,例如设备A(HDVR或者NVR设备)的IP通道01,对应的是设备B(DVS)里的通道04,则byChannel=4,如果前端接的是IPC则byChannel=1。 public byte byTransProtocol;//传输协议类型:0- TCP,1- UDP,2- 多播,0xff- auto(自动) public byte byTransMode;//传输码流模式:0- 主码流,1- 子码流 public byte byFactoryType;//前端设备厂家类型 public byte[] byRes = new byte[241];//保留,置为0 } public static class NET_DVR_GET_STREAM_UNION extends Union { public NET_DVR_IPCHANINFO struChanInfo = new NET_DVR_IPCHANINFO(); /*IP通道信息*/ public NET_DVR_IPCHANINFO_V40 struIPChan = new NET_DVR_IPCHANINFO_V40(); //直接从设备取流(扩展) public byte[] byUnionLen = new byte[492]; //直接从设备取流(扩展) } public static class NET_DVR_IPPARACFG_V40 extends HIKSDKStructure {/* IP接入配置结构V40 */ public int dwSize; /* 结构大小 */ public int dwGroupNum;//设备支持的总组数(只读)。 public int dwAChanNum;//最大模拟通道个数(只读) public int dwDChanNum;//数字通道个数(只读) public int dwStartDChan;//起始数字通道(只读) public byte[] byAnalogChanEnable = new byte[MAX_CHANNUM_V30]; //模拟通道资源是否启用,从低到高表示1-64通道:0-禁用,1-启用。 public NET_DVR_IPDEVINFO_V31[] struIPDevInfo = new NET_DVR_IPDEVINFO_V31[MAX_IP_DEVICE_V40];//IP设备信息,下标0对应设备IP ID为1 public NET_DVR_STREAM_MODE[] struStreamMode = new NET_DVR_STREAM_MODE[MAX_CHANNUM_V30];//取流模式 public byte[] byRes2 = new byte[20];//保留,置为0 } public static class NET_DVR_IPALARMOUTINFO extends HIKSDKStructure {/* 报警输出参数 */ public byte byIPID; /* IP设备ID取值1- MAX_IP_DEVICE */ public byte byAlarmOut; /* 报警输出号 */ public byte[] byRes = new byte[18]; /* 保留 */ } public static class NET_DVR_IPALARMOUTCFG extends HIKSDKStructure {/* IP报警输出配置结构 */ public int dwSize; /* 结构大小 */ public NET_DVR_IPALARMOUTINFO[] struIPAlarmOutInfo = new NET_DVR_IPALARMOUTINFO[MAX_IP_ALARMOUT];/* IP报警输出 */ } public static class NET_DVR_IPALARMININFO extends HIKSDKStructure {/* 报警输入参数 */ public byte byIPID; /* IP设备ID取值1- MAX_IP_DEVICE */ public byte byAlarmIn; /* 报警输入号 */ public byte[] byRes = new byte[18]; /* 保留 */ } public static class NET_DVR_IPALARMINCFG extends HIKSDKStructure {/* IP报警输入配置结构 */ public int dwSize; /* 结构大小 */ public NET_DVR_IPALARMININFO[] struIPAlarmInInfo = new NET_DVR_IPALARMININFO[MAX_IP_ALARMIN];/* IP报警输入 */ } public static class NET_DVR_IPALARMINFO extends HIKSDKStructure {//ipc alarm info public NET_DVR_IPDEVINFO[] struIPDevInfo = new NET_DVR_IPDEVINFO[MAX_IP_DEVICE]; /* IP设备 */ public byte[] byAnalogChanEnable = new byte[MAX_ANALOG_CHANNUM]; /* 模拟通道是否启用,0-未启用 1-启用 */ public NET_DVR_IPCHANINFO[] struIPChanInfo = new NET_DVR_IPCHANINFO[MAX_IP_CHANNEL]; /* IP通道 */ public NET_DVR_IPALARMININFO[] struIPAlarmInInfo = new NET_DVR_IPALARMININFO[MAX_IP_ALARMIN]; /* IP报警输入 */ public NET_DVR_IPALARMOUTINFO[] struIPAlarmOutInfo = new NET_DVR_IPALARMOUTINFO[MAX_IP_ALARMOUT]; /* IP报警输出 */ } public static class NET_DVR_SINGLE_HD extends HIKSDKStructure {//本地硬盘信息配置 public int dwHDNo; /*硬盘号, 取值0~MAX_DISKNUM_V30-1*/ public int dwCapacity; /*硬盘容量(不可设置)*/ public int dwFreeSpace; /*硬盘剩余空间(不可设置)*/ public int dwHdStatus; /*硬盘状态(不可设置) 0-正常, 1-未格式化, 2-错误, 3-SMART状态, 4-不匹配, 5-休眠*/ public byte byHDAttr; /*0-默认, 1-冗余; 2-只读*/ public byte[] byRes1 = new byte[3]; public int dwHdGroup; /*属于哪个盘组 1-MAX_HD_GROUP*/ public byte[] byRes2 = new byte[120]; } public static class NET_DVR_HDCFG extends HIKSDKStructure { public int dwSize; public int dwHDCount; /*硬盘数(不可设置)*/ public NET_DVR_SINGLE_HD[] struHDInfo = new NET_DVR_SINGLE_HD[MAX_DISKNUM_V30];//硬盘相关操作都需要重启才能生效; } public static class NET_DVR_SINGLE_HDGROUP extends HIKSDKStructure {//本地盘组信息配置 public int dwHDGroupNo; /*盘组号(不可设置) 1-MAX_HD_GROUP*/ public byte[] byHDGroupChans = new byte[64]; /*盘组对应的录像通道, 0-表示该通道不录象到该盘组,1-表示录象到该盘组*/ public byte[] byRes = new byte[8]; } public static class NET_DVR_HDGROUP_CFG extends HIKSDKStructure { public int dwSize; public int dwHDGroupCount; /*盘组总数(不可设置)*/ public NET_DVR_SINGLE_HDGROUP[] struHDGroupAttr = new NET_DVR_SINGLE_HDGROUP[MAX_HD_GROUP];//硬盘相关操作都需要重启才能生效; } public static class NET_DVR_SCALECFG extends HIKSDKStructure {//配置缩放参数的结构 public int dwSize; public int dwMajorScale; /* 主显示 0-不缩放,1-缩放*/ public int dwMinorScale; /* 辅显示 0-不缩放,1-缩放*/ public int[] dwRes = new int[2]; } public static class NET_DVR_ALARMOUTCFG_V30 extends HIKSDKStructure {//DVR报警输出(9000扩展) public int dwSize; public byte[] sAlarmOutName = new byte[NAME_LEN]; /* 名称 */ public int dwAlarmOutDelay; /* 输出保持时间(-1为无限,手动关闭) */ //0-5秒,1-10秒,2-30秒,3-1分钟,4-2分钟,5-5分钟,6-10分钟,7-手动 public NET_DVR_SCHEDTIMEWEEK[] struAlarmOutTime = new NET_DVR_SCHEDTIMEWEEK[MAX_DAYS];/* 报警输出激活时间段 */ public byte[] byRes = new byte[16]; } public static class NET_DVR_ALARMOUTCFG extends HIKSDKStructure {//DVR报警输出 public int dwSize; public byte[] sAlarmOutName = new byte[NAME_LEN]; /* 名称 */ public int dwAlarmOutDelay; /* 输出保持时间(-1为无限,手动关闭) */ //0-5秒,1-10秒,2-30秒,3-1分钟,4-2分钟,5-5分钟,6-10分钟,7-手动 public NET_DVR_SCHEDTIMEWEEK[] struAlarmOutTime = new NET_DVR_SCHEDTIMEWEEK[MAX_DAYS];/* 报警输出激活时间段 */ } public static class NET_DVR_PREVIEWCFG_V30 extends HIKSDKStructure {//DVR本地预览参数(9000扩展) public int dwSize; public byte byPreviewNumber;//预览数目,0-1画面,1-4画面,2-9画面,3-16画面, 4-6画面, 5-8画面, 0xff:最大画面 public byte byEnableAudio;//是否声音预览,0-不预览,1-预览 public short wSwitchTime;//切换时间,0-不切换,1-5s,2-10s,3-20s,4-30s,5-60s,6-120s,7-300s public byte[][] bySwitchSeq = new byte[MAX_PREVIEW_MODE][MAX_WINDOW_V30];//切换顺序,如果lSwitchSeq[i]为 0xff表示不用 public byte[] byRes = new byte[24]; } public static class NET_DVR_PREVIEWCFG extends HIKSDKStructure {//DVR本地预览参数 public int dwSize; public byte byPreviewNumber;//预览数目,0-1画面,1-4画面,2-9画面,3-16画面,0xff:最大画面 public byte byEnableAudio;//是否声音预览,0-不预览,1-预览 public short wSwitchTime;//切换时间,0-不切换,1-5s,2-10s,3-20s,4-30s,5-60s,6-120s,7-300s public byte[] bySwitchSeq = new byte[MAX_WINDOW];//切换顺序,如果lSwitchSeq[i]为 0xff表示不用 } public static class NET_DVR_VGAPARA extends HIKSDKStructure {//DVR视频输出 public short wResolution; /* 分辨率 */ public short wFreq; /* 刷新频率 */ public int dwBrightness; /* 亮度 */ } /* * MATRIX输出参数结构 */ public static class NET_DVR_MATRIXPARA_V30 extends HIKSDKStructure { public short[] wOrder = new short[MAX_ANALOG_CHANNUM]; /* 预览顺序, 0xff表示相应的窗口不预览 */ public short wSwitchTime; /* 预览切换时间 */ public byte[] res = new byte[14]; } public static class NET_DVR_MATRIXPARA extends HIKSDKStructure { public short wDisplayLogo; /* 显示视频通道号(保留) */ public short wDisplayOsd; /* 显示时间(保留) */ } public static class NET_DVR_VOOUT extends HIKSDKStructure { public byte byVideoFormat; /* 输出制式,0-PAL,1-NTSC */ public byte byMenuAlphaValue; /* 菜单与背景图象对比度 */ public short wScreenSaveTime; /* 屏幕保护时间 0-从不,1-1分钟,2-2分钟,3-5分钟,4-10分钟,5-20分钟,6-30分钟 */ public short wVOffset; /* 视频输出偏移 */ public short wBrightness; /* 视频输出亮度 */ public byte byStartMode; /* 启动后视频输出模式(0:菜单,1:预览)*/ public byte byEnableScaler; /* 是否启动缩放 (0-不启动, 1-启动)*/ } public static class NET_DVR_VIDEOOUT_V30 extends HIKSDKStructure {//DVR视频输出(9000扩展) public int dwSize; public NET_DVR_VOOUT[] struVOOut = new NET_DVR_VOOUT[MAX_VIDEOOUT_V30]; public NET_DVR_VGAPARA[] struVGAPara = new NET_DVR_VGAPARA[MAX_VGA_V30]; /* VGA参数 */ public NET_DVR_MATRIXPARA_V30[] struMatrixPara = new NET_DVR_MATRIXPARA_V30[MAX_MATRIXOUT]; /* MATRIX参数 */ public byte[] byRes = new byte[16]; } public static class NET_DVR_VIDEOOUT extends HIKSDKStructure {//DVR视频输出 public int dwSize; public NET_DVR_VOOUT[] struVOOut = new NET_DVR_VOOUT[MAX_VIDEOOUT]; public NET_DVR_VGAPARA[] struVGAPara = new NET_DVR_VGAPARA[MAX_VGA]; /* VGA参数 */ public NET_DVR_MATRIXPARA struMatrixPara; /* MATRIX参数 */ } public static class NET_DVR_USER_INFO_V30 extends HIKSDKStructure {//单用户参数(子结构)(9000扩展) public byte[] sUserName = new byte[NAME_LEN]; /* 用户名 */ public byte[] sPassword = new byte[PASSWD_LEN]; /* 密码 */ public byte[] byLocalRight = new byte[MAX_RIGHT]; /* 本地权限 */ /*数组0: 本地控制云台*/ /*数组1: 本地手动录象*/ /*数组2: 本地回放*/ /*数组3: 本地设置参数*/ /*数组4: 本地查看状态、日志*/ /*数组5: 本地高级操作(升级,格式化,重启,关机)*/ /*数组6: 本地查看参数 */ /*数组7: 本地管理模拟和IP camera */ /*数组8: 本地备份 */ /*数组9: 本地关机/重启 */ public byte[] byRemoteRight = new byte[MAX_RIGHT];/* 远程权限 */ /*数组0: 远程控制云台*/ /*数组1: 远程手动录象*/ /*数组2: 远程回放 */ /*数组3: 远程设置参数*/ /*数组4: 远程查看状态、日志*/ /*数组5: 远程高级操作(升级,格式化,重启,关机)*/ /*数组6: 远程发起语音对讲*/ /*数组7: 远程预览*/ /*数组8: 远程请求报警上传、报警输出*/ /*数组9: 远程控制,本地输出*/ /*数组10: 远程控制串口*/ /*数组11: 远程查看参数 */ /*数组12: 远程管理模拟和IP camera */ /*数组13: 远程关机/重启 */ public byte[] byNetPreviewRight = new byte[MAX_CHANNUM_V30]; /* 远程可以预览的通道 0-有权限,1-无权限*/ public byte[] byLocalPlaybackRight = new byte[MAX_CHANNUM_V30]; /* 本地可以回放的通道 0-有权限,1-无权限*/ public byte[] byNetPlaybackRight = new byte[MAX_CHANNUM_V30]; /* 远程可以回放的通道 0-有权限,1-无权限*/ public byte[] byLocalRecordRight = new byte[MAX_CHANNUM_V30]; /* 本地可以录像的通道 0-有权限,1-无权限*/ public byte[] byNetRecordRight = new byte[MAX_CHANNUM_V30]; /* 远程可以录像的通道 0-有权限,1-无权限*/ public byte[] byLocalPTZRight = new byte[MAX_CHANNUM_V30]; /* 本地可以PTZ的通道 0-有权限,1-无权限*/ public byte[] byNetPTZRight = new byte[MAX_CHANNUM_V30]; /* 远程可以PTZ的通道 0-有权限,1-无权限*/ public byte[] byLocalBackupRight = new byte[MAX_CHANNUM_V30]; /* 本地备份权限通道 0-有权限,1-无权限*/ public NET_DVR_IPADDR struUserIP; /* 用户IP地址(为0时表示允许任何地址) */ public byte[] byMACAddr = new byte[MACADDR_LEN]; /* 物理地址 */ public byte byPriority; /* 优先级,0xff-无,0--低,1--中,2--高 */ /* 无……表示不支持优先级的设置 低……默认权限:包括本地和远程回放,本地和远程查看日志和状态,本地和远程关机/重启 中……包括本地和远程控制云台,本地和远程手动录像,本地和远程回放,语音对讲和远程预览 本地备份,本地/远程关机/重启 高……管理员 */ public byte[] byRes = new byte[17]; } public static class NET_DVR_USER_INFO_EX extends HIKSDKStructure {//单用户参数(SDK_V15扩展)(子结构) public byte[] sUserName = new byte[NAME_LEN]; /* 用户名 */ public byte[] sPassword = new byte[PASSWD_LEN]; /* 密码 */ public int[] dwLocalRight = new int[MAX_RIGHT]; /* 权限 */ /*数组0: 本地控制云台*/ /*数组1: 本地手动录象*/ /*数组2: 本地回放*/ /*数组3: 本地设置参数*/ /*数组4: 本地查看状态、日志*/ /*数组5: 本地高级操作(升级,格式化,重启,关机)*/ public int dwLocalPlaybackRight; /* 本地可以回放的通道 bit0 -- channel 1*/ public int[] dwRemoteRight = new int[MAX_RIGHT]; /* 权限 */ /*数组0: 远程控制云台*/ /*数组1: 远程手动录象*/ /*数组2: 远程回放 */ /*数组3: 远程设置参数*/ /*数组4: 远程查看状态、日志*/ /*数组5: 远程高级操作(升级,格式化,重启,关机)*/ /*数组6: 远程发起语音对讲*/ /*数组7: 远程预览*/ /*数组8: 远程请求报警上传、报警输出*/ /*数组9: 远程控制,本地输出*/ /*数组10: 远程控制串口*/ public int dwNetPreviewRight; /* 远程可以预览的通道 bit0 -- channel 1*/ public int dwNetPlaybackRight; /* 远程可以回放的通道 bit0 -- channel 1*/ public byte[] sUserIP = new byte[16]; /* 用户IP地址(为0时表示允许任何地址) */ public byte[] byMACAddr = new byte[MACADDR_LEN]; /* 物理地址 */ } public static class NET_DVR_USER_INFO extends HIKSDKStructure {//单用户参数(子结构) public byte[] sUserName = new byte[NAME_LEN]; /* 用户名 */ public byte[] sPassword = new byte[PASSWD_LEN]; /* 密码 */ public int[] dwLocalRight = new int[MAX_RIGHT]; /* 权限 */ /*数组0: 本地控制云台*/ /*数组1: 本地手动录象*/ /*数组2: 本地回放*/ /*数组3: 本地设置参数*/ /*数组4: 本地查看状态、日志*/ /*数组5: 本地高级操作(升级,格式化,重启,关机)*/ public int[] dwRemoteRight = new int[MAX_RIGHT]; /* 权限 */ /*数组0: 远程控制云台*/ /*数组1: 远程手动录象*/ /*数组2: 远程回放 */ /*数组3: 远程设置参数*/ /*数组4: 远程查看状态、日志*/ /*数组5: 远程高级操作(升级,格式化,重启,关机)*/ /*数组6: 远程发起语音对讲*/ /*数组7: 远程预览*/ /*数组8: 远程请求报警上传、报警输出*/ /*数组9: 远程控制,本地输出*/ /*数组10: 远程控制串口*/ public byte[] sUserIP = new byte[16]; /* 用户IP地址(为0时表示允许任何地址) */ public byte[] byMACAddr = new byte[MACADDR_LEN]; /* 物理地址 */ } public static class NET_DVR_USER_V30 extends HIKSDKStructure {//DVR用户参数(9000扩展) public int dwSize; public NET_DVR_USER_INFO_V30[] struUser = new NET_DVR_USER_INFO_V30[MAX_USERNUM_V30]; } public static class NET_DVR_USER_EX extends HIKSDKStructure {//DVR用户参数(SDK_V15扩展) public int dwSize; public NET_DVR_USER_INFO_EX[] struUser = new NET_DVR_USER_INFO_EX[MAX_USERNUM]; } public static class NET_DVR_USER extends HIKSDKStructure {//DVR用户参数 public int dwSize; public NET_DVR_USER_INFO[] struUser = new NET_DVR_USER_INFO[MAX_USERNUM]; } public static class NET_DVR_EXCEPTION_V30 extends HIKSDKStructure {//DVR异常参数(9000扩展) public int dwSize; public NET_DVR_HANDLEEXCEPTION_V30[] struExceptionHandleType = new NET_DVR_HANDLEEXCEPTION_V30[MAX_EXCEPTIONNUM_V30]; /*数组0-盘满,1- 硬盘出错,2-网线断,3-局域网内IP 地址冲突,4-非法访问, 5-输入/输出视频制式不匹配, 6-行车超速(车载专用), 7-视频信号异常(9000)*/ } public static class NET_DVR_EXCEPTION extends HIKSDKStructure {//DVR异常参数 public int dwSize; public NET_DVR_HANDLEEXCEPTION[] struExceptionHandleType = new NET_DVR_HANDLEEXCEPTION[MAX_EXCEPTIONNUM]; /*数组0-盘满,1- 硬盘出错,2-网线断,3-局域网内IP 地址冲突,4-非法访问, 5-输入/输出视频制式不匹配, 6-行车超速(车载专用)*/ } public static class NET_DVR_CHANNELSTATE_V30 extends HIKSDKStructure {//通道状态(9000扩展) public byte byRecordStatic; //通道是否在录像,0-不录像,1-录像 public byte bySignalStatic; //连接的信号状态,0-正常,1-信号丢失 public byte byHardwareStatic;//通道硬件状态,0-正常,1-异常,例如DSP死掉 public byte byRes1; //保留 public int dwBitRate;//实际码率 public int dwLinkNum;//客户端连接的个数 public NET_DVR_IPADDR[] struClientIP = new NET_DVR_IPADDR[MAX_LINK];//客户端的IP地址 public int dwIPLinkNum;//如果该通道为IP接入,那么表示IP接入当前的连接数 public byte byExceedMaxLink; // 是否超出了单路6路连接数 0 - 未超出, 1-超出 public byte[] byRes = new byte[3]; // 保留字节 public int dwAllBitRate; //所有实际码率之和 public int dwChannelNo; //当前的通道号,0xffffffff表示无效 } public static class NET_DVR_CHANNELSTATE extends HIKSDKStructure {//通道状态 public byte byRecordStatic; //通道是否在录像,0-不录像,1-录像 public byte bySignalStatic; //连接的信号状态,0-正常,1-信号丢失 public byte byHardwareStatic;//通道硬件状态,0-正常,1-异常,例如DSP死掉 public byte reservedData; //保留 public int dwBitRate;//实际码率 public int dwLinkNum;//客户端连接的个数 public int[] dwClientIP = new int[MAX_LINK];//客户端的IP地址 } public static class NET_DVR_DISKSTATE extends HIKSDKStructure {//硬盘状态 public int dwVolume;//硬盘的容量 public int dwFreeSpace;//硬盘的剩余空间 public int dwHardDiskStatic; //硬盘的状态,按位:1-休眠,2-不正常,3-休眠硬盘出错 } public static class NET_DVR_WORKSTATE_V30 extends HIKSDKStructure {//DVR工作状态(9000扩展) public int dwDeviceStatic; //设备的状态,0-正常,1-CPU占用率太高,超过85%,2-硬件错误,例如串口死掉 public NET_DVR_DISKSTATE[] struHardDiskStatic = new NET_DVR_DISKSTATE[MAX_DISKNUM_V30]; public NET_DVR_CHANNELSTATE_V30[] struChanStatic = new NET_DVR_CHANNELSTATE_V30[MAX_CHANNUM_V30];//通道的状态 public byte[] byAlarmInStatic = new byte[MAX_ALARMIN_V30]; //报警端口的状态,0-没有报警,1-有报警 public byte[] byAlarmOutStatic = new byte[MAX_ALARMOUT_V30]; //报警输出端口的状态,0-没有输出,1-有报警输出 public int dwLocalDisplay;//本地显示状态,0-正常,1-不正常 public byte[] byAudioChanStatus = new byte[MAX_AUDIO_V30];//表示语音通道的状态 0-未使用,1-使用中, 0xff无效 public byte[] byRes = new byte[10]; } public static class NET_DVR_WORKSTATE extends HIKSDKStructure {//DVR工作状态 public int dwDeviceStatic; //设备的状态,0-正常,1-CPU占用率太高,超过85%,2-硬件错误,例如串口死掉 public NET_DVR_DISKSTATE[] struHardDiskStatic = new NET_DVR_DISKSTATE[MAX_DISKNUM]; public NET_DVR_CHANNELSTATE[] struChanStatic = new NET_DVR_CHANNELSTATE[MAX_CHANNUM];//通道的状态 public byte[] byAlarmInStatic = new byte[MAX_ALARMIN]; //报警端口的状态,0-没有报警,1-有报警 public byte[] byAlarmOutStatic = new byte[MAX_ALARMOUT]; //报警输出端口的状态,0-没有输出,1-有报警输出 public int dwLocalDisplay;//本地显示状态,0-正常,1-不正常 } public static class NET_DVR_LOG_V30 extends HIKSDKStructure {//日志信息(9000扩展) public NET_DVR_TIME strLogTime; public int dwMajorType; //主类型 1-报警; 2-异常; 3-操作; 0xff-全部 public int dwMinorType;//次类型 0-全部; public byte[] sPanelUser = new byte[MAX_NAMELEN]; //操作面板的用户名 public byte[] sNetUser = new byte[MAX_NAMELEN];//网络操作的用户名 public NET_DVR_IPADDR struRemoteHostAddr;//??程主机地址 public int dwParaType;//参数类型 public int dwChannel;//通道号 public int dwDiskNumber;//硬盘号 public int dwAlarmInPort;//报警输入端口 public int dwAlarmOutPort;//报警输出端口 public int dwInfoLen; public byte[] sInfo = new byte[LOG_INFO_LEN]; } //日志信息 public static class NET_DVR_LOG extends HIKSDKStructure { public NET_DVR_TIME strLogTime; public int dwMajorType; //主类型 1-报警; 2-异常; 3-操作; 0xff-全部 public int dwMinorType;//次类型 0-全部; public byte[] sPanelUser = new byte[MAX_NAMELEN]; //操作面板的用户名 public byte[] sNetUser = new byte[MAX_NAMELEN];//网络操作的用户名 public byte[] sRemoteHostAddr = new byte[16];//远程主机地址 public int dwParaType;//参数类型 public int dwChannel;//通道号 public int dwDiskNumber;//硬盘号 public int dwAlarmInPort;//报警输入端口 public int dwAlarmOutPort;//报警输出端口 } /************************ * DVR日志 end ***************************/ public static class NET_DVR_ALARMOUTSTATUS_V30 extends HIKSDKStructure {//报警输出状态(9000扩展) public byte[] Output = new byte[MAX_ALARMOUT_V30]; } public static class NET_DVR_ALARMOUTSTATUS extends HIKSDKStructure {//报警输出状态 public byte[] Output = new byte[MAX_ALARMOUT]; } public static class NET_DVR_TRADEINFO extends HIKSDKStructure {//交易信息 public short m_Year; public short m_Month; public short m_Day; public short m_Hour; public short m_Minute; public short m_Second; public byte[] DeviceName = new byte[24]; //设备名称 public int dwChannelNumer; //通道号 public byte[] CardNumber = new byte[32]; //卡号 public byte[] cTradeType = new byte[12]; //交易类型 public int dwCash; //交易金额 } public static class NET_DVR_FRAMETYPECODE extends HIKSDKStructure {/*帧格式*/ public byte[] code = new byte[12]; /* 代码 */ } public static class NET_DVR_FRAMEFORMAT_V30 extends HIKSDKStructure {//ATM参数(9000扩展) public int dwSize; public NET_DVR_IPADDR struATMIP; /* ATM IP地址 */ public int dwATMType; /* ATM类型 */ public int dwInputMode; /* 输入方式 0-网络侦听 1-网络接收 2-串口直接输入 3-串口ATM命令输入*/ public int dwFrameSignBeginPos; /* 报文标志位的起始位置*/ public int dwFrameSignLength; /* 报文标志位的长度 */ public byte[] byFrameSignContent = new byte[12]; /* 报文标志位的内容 */ public int dwCardLengthInfoBeginPos; /* 卡号长度信息的起始位置 */ public int dwCardLengthInfoLength; /* 卡号长度信息的长度 */ public int dwCardNumberInfoBeginPos; /* 卡号信息的起始位置 */ public int dwCardNumberInfoLength; /* 卡号信息的长度 */ public int dwBusinessTypeBeginPos; /* 交易类型的起始位置 */ public int dwBusinessTypeLength; /* 交易类型的长度 */ public NET_DVR_FRAMETYPECODE[] frameTypeCode = new NET_DVR_FRAMETYPECODE[10]; /* 类型 */ public short wATMPort; /* 卡号捕捉端口号(网络协议方式) (保留)0xffff表示该值无效*/ public short wProtocolType; /* 网络协议类型(保留) 0xffff表示该值无效*/ public byte[] byRes = new byte[24]; } public static class NET_DVR_FRAMEFORMAT extends HIKSDKStructure {//ATM参数 public int dwSize; public byte[] sATMIP = new byte[16]; /* ATM IP地址 */ public int dwATMType; /* ATM类型 */ public int dwInputMode; /* 输入方式 0-网络侦听 1-网络接收 2-串口直接输入 3-串口ATM命令输入*/ public int dwFrameSignBeginPos; /* 报文标志位的起始位置*/ public int dwFrameSignLength; /* 报文标志位的长度 */ public byte[] byFrameSignContent = new byte[12]; /* 报文标志位的内容 */ public int dwCardLengthInfoBeginPos; /* 卡号长度信息的起始位置 */ public int dwCardLengthInfoLength; /* 卡号长度信息的长度 */ public int dwCardNumberInfoBeginPos; /* 卡号信息的起始位置 */ public int dwCardNumberInfoLength; /* 卡号信息的长度 */ public int dwBusinessTypeBeginPos; /* 交易类型的起始位置 */ public int dwBusinessTypeLength; /* 交易类型的长度 */ public NET_DVR_FRAMETYPECODE[] frameTypeCode = new NET_DVR_FRAMETYPECODE[10];/* 类型 */ } public static class NET_DVR_FTPTYPECODE extends HIKSDKStructure { public byte[] sFtpType = new byte[32]; /*客户定义的操作类型*/ public byte[] sFtpCode = new byte[8]; /*客户定义的操作类型的对应的码*/ } public static class NET_DVR_FRAMEFORMAT_EX extends HIKSDKStructure {//ATM参数添加FTP上传参数, 俄罗斯银行定制, 2006-11-17 public int dwSize; public byte[] sATMIP = new byte[16]; /* ATM IP地址 */ public int dwATMType; /* ATM类型 */ public int dwInputMode; /* 输入方式 0-网络侦听 1-网络接收 2-串口直接输入 3-串口ATM命令输入*/ public int dwFrameSignBeginPos; /* 报文标志位的起始位置*/ public int dwFrameSignLength; /* 报文标志位的长度 */ public byte[] byFrameSignContent = new byte[12]; /* 报文标志位的内容 */ public int dwCardLengthInfoBeginPos; /* 卡号长度信息的起始位置 */ public int dwCardLengthInfoLength; /* 卡号长度信息的长度 */ public int dwCardNumberInfoBeginPos; /* 卡号信息的起始位置 */ public int dwCardNumberInfoLength; /* 卡号信息的长度 */ public int dwBusinessTypeBeginPos; /* 交易类型的起始位置 */ public int dwBusinessTypeLength; /* 交易类型的长度 */ public NET_DVR_FRAMETYPECODE[] frameTypeCode = new NET_DVR_FRAMETYPECODE[10];/* 类型 */ public byte[] sFTPIP = new byte[16]; /* FTP IP */ public byte[] byFtpUsername = new byte[NAME_LEN]; /* 用户名 */ public byte[] byFtpPasswd = new byte[PASSWD_LEN]; /* 密码 */ public byte[] sDirName = new byte[NAME_LEN]; /*服务器目录名*/ public int dwATMSrvType; /*ATM服务器类型,0--wincor ,1--diebold*/ public int dwTimeSpace; /*取值为1.2.3.4.5.10*/ public NET_DVR_FTPTYPECODE[] sFtpTypeCodeOp = new NET_DVR_FTPTYPECODE[300]; /*新加的*/ public int dwADPlay; /* 1 表示在播放广告,0 表示没有播放广告*/ public int dwNewPort; //端口 } /****************************ATM(end)***************************/ /***************************** * DS-6001D/F(begin) ***************************/ //DS-6001D Decoder public static class NET_DVR_DECODERINFO extends HIKSDKStructure { public byte[] byEncoderIP = new byte[16]; //解码设备连接的服务器IP public byte[] byEncoderUser = new byte[16]; //解码设备连接的服务器的用户名 public byte[] byEncoderPasswd = new byte[16]; //解码设备连接的服务器的密码 public byte bySendMode; //解码设备连接服务器的连接模式 public byte byEncoderChannel; //解码设备连接的服务器的通道号 public short wEncoderPort; //解码设备连接的服务器的端口号 public byte[] reservedData = new byte[4]; //保留 } public static class NET_DVR_DECODERSTATE extends HIKSDKStructure { public byte[] byEncoderIP = new byte[16]; //解码设备连接的服务器IP public byte[] byEncoderUser = new byte[16]; //解码设备连接的服务器的用户名 public byte[] byEncoderPasswd = new byte[16]; //解码设备连接的服务器的密码 public byte byEncoderChannel; //解码设备连接的服务器的通道号 public byte bySendMode; //解码设备连接的服务器的连接模式 public short wEncoderPort; //解码设备连接的服务器的端口号 public int dwConnectState; //解码设备连接服务器的状态 public byte[] reservedData = new byte[4]; //保留 } public static class NET_DVR_DECCHANINFO extends HIKSDKStructure { public byte[] sDVRIP = new byte[16]; /* DVR IP地址 */ public short wDVRPort; /* 端口号 */ public byte[] sUserName = new byte[NAME_LEN]; /* 用户名 */ public byte[] sPassword = new byte[PASSWD_LEN]; /* 密码 */ public byte byChannel; /* 通道号 */ public byte byLinkMode; /* 连接模式 */ public byte byLinkType; /* 连接类型 0-主码流 1-子码流 */ } public static class NET_DVR_DECINFO extends HIKSDKStructure {/*每个解码通道的配置*/ public byte byPoolChans; /*每路解码通道上的循环通道数量, 最多4通道 0表示没有解码*/ public NET_DVR_DECCHANINFO[] struchanConInfo = new NET_DVR_DECCHANINFO[MAX_DECPOOLNUM]; public byte byEnablePoll; /*是否轮巡 0-否 1-是*/ public byte byPoolTime; /*轮巡时间 0-保留 1-10秒 2-15秒 3-20秒 4-30秒 5-45秒 6-1分钟 7-2分钟 8-5分钟 */ } public static class NET_DVR_DECCFG extends HIKSDKStructure {/*整个设备解码配置*/ public int dwSize; public int dwDecChanNum; /*解码通道的数量*/ public NET_DVR_DECINFO[] struDecInfo = new NET_DVR_DECINFO[MAX_DECNUM]; } //2005-08-01 public static class NET_DVR_PORTINFO extends HIKSDKStructure {/* 解码设备透明通道设置 */ public int dwEnableTransPort; /* 是否启动透明通道 0-不启用 1-启用*/ public byte[] sDecoderIP = new byte[16]; /* DVR IP地址 */ public short wDecoderPort; /* 端口号 */ public short wDVRTransPort; /* 配置前端DVR是从485/232输出,1表示232串口,2表示485串口 */ public byte[] cReserve = new byte[4]; } public static class NET_DVR_PORTCFG extends HIKSDKStructure { public int dwSize; public NET_DVR_PORTINFO[] struTransPortInfo = new NET_DVR_PORTINFO[MAX_TRANSPARENTNUM]; /* 数组0表示232 数组1表示485 */ } /*https://jna.dev.java.net/javadoc/com/sun/jna/Union.html#setType(java.lang.Class) see how to use the JNA Union*/ public static class NET_DVR_PLAYREMOTEFILE extends HIKSDKStructure {/* 控制网络文件回放 */ public int dwSize; public byte[] sDecoderIP = new byte[16]; /* DVR IP地址 */ public short wDecoderPort; /* 端口号 */ public short wLoadMode; /* 回放下载模式 1-按名字 2-按时间 */ public byte[] byFile = new byte[100]; public static class mode_size extends Union { public byte[] byFile = new byte[100]; // 回放的文件名 public static class bytime extends HIKSDKStructure { public int dwChannel; public byte[] sUserName = new byte[NAME_LEN]; //请求视频用户名 public byte[] sPassword = new byte[PASSWD_LEN]; // 密码 public NET_DVR_TIME struStartTime; //按时间回放的开始时间 public NET_DVR_TIME struStopTime; // 按时间回放的结束时间 } } } public static class NET_DVR_DECCHANSTATUS extends HIKSDKStructure {/*当前设备解码连接状态*/ public int dwWorkType; /*工作方式:1:轮巡、2:动态连接解码、3:文件回放下载 4:按时间回放下载*/ public byte[] sDVRIP = new byte[16]; /*连接的设备ip*/ public short wDVRPort; /*连接端口号*/ public byte byChannel; /* 通道号 */ public byte byLinkMode; /* 连接模式 */ public int dwLinkType; /*连接类型 0-主码流 1-子码流*/ public byte[] sUserName = new byte[NAME_LEN]; /*请求视频用户名*/ public byte[] sPassword = new byte[PASSWD_LEN]; /* 密码 */ public byte[] cReserve = new byte[52]; public static class objectInfo extends Union { public static class userInfo extends HIKSDKStructure { public byte[] sUserName = new byte[NAME_LEN]; //请求视频用户名 public byte[] sPassword = new byte[PASSWD_LEN]; // 密码 public byte[] cReserve = new byte[52]; } public static class fileInfo extends HIKSDKStructure { public byte[] fileName = new byte[100]; } public static class timeInfo extends HIKSDKStructure { public int dwChannel; public byte[] sUserName = new byte[NAME_LEN]; //请求视频用户名 public byte[] sPassword = new byte[PASSWD_LEN]; // 密码 public NET_DVR_TIME struStartTime; // 按时间回放的开始时间 public NET_DVR_TIME struStopTime; //按时间回放的结束时间 } } } public static class NET_DVR_DECSTATUS extends HIKSDKStructure { public int dwSize; public NET_DVR_DECCHANSTATUS[] struDecState = new NET_DVR_DECCHANSTATUS[MAX_DECNUM]; } /***************************** * DS-6001D/F(end) ***************************/ public static class NET_DVR_SHOWSTRINGINFO extends HIKSDKStructure {//单字符参数(子结构) public short wShowString; // 预览的图象上是否显示字符,0-不显示,1-显示 区域大小704*576,单个字符的大小为32*32 public short wStringSize; /* 该行字符的长度,不能大于44个字符 */ public short wShowStringTopLeftX; /* 字符显示位置的x坐标 */ public short wShowStringTopLeftY; /* 字符名称显示位置的y坐标 */ public byte[] sString = new byte[44]; /* 要显示的字符内容 */ } //叠加字符(9000扩展) public static class NET_DVR_SHOWSTRING_V30 extends HIKSDKStructure { public int dwSize; public NET_DVR_SHOWSTRINGINFO[] struStringInfo = new NET_DVR_SHOWSTRINGINFO[MAX_STRINGNUM_V30]; /* 要显示的字符内容 */ } //叠加字符扩展(8条字符) public static class NET_DVR_SHOWSTRING_EX extends HIKSDKStructure { public int dwSize; public NET_DVR_SHOWSTRINGINFO[] struStringInfo = new NET_DVR_SHOWSTRINGINFO[MAX_STRINGNUM_EX]; /* 要显示的字符内容 */ } //叠加字符 public static class NET_DVR_SHOWSTRING extends HIKSDKStructure { public int dwSize; public NET_DVR_SHOWSTRINGINFO[] struStringInfo = new NET_DVR_SHOWSTRINGINFO[MAX_STRINGNUM]; /* 要显示的字符内容 */ } /**************************** * DS9000新增结构(begin) ******************************/ /* EMAIL参数结构 */ public static class NET_DVR_SENDER extends HIKSDKStructure { public byte[] sName = new byte[NAME_LEN]; /* 发件人姓名 */ public byte[] sAddress = new byte[MAX_EMAIL_ADDR_LEN]; /* 发件人地址 */ } public static class NET_DVRRECEIVER extends HIKSDKStructure { public byte[] sName = new byte[NAME_LEN]; /* 收件人姓名 */ public byte[] sAddress = new byte[MAX_EMAIL_ADDR_LEN]; /* 收件人地址 */ } public static class NET_DVR_EMAILCFG_V30 extends HIKSDKStructure { public int dwSize; public byte[] sAccount = new byte[NAME_LEN]; /* 账号*/ public byte[] sPassword = new byte[MAX_EMAIL_PWD_LEN]; /*密码 */ public NET_DVR_SENDER struSender; public byte[] sSmtpServer = new byte[MAX_EMAIL_ADDR_LEN]; /* smtp服务器 */ public byte[] sPop3Server = new byte[MAX_EMAIL_ADDR_LEN]; /* pop3服务器 */ public NET_DVRRECEIVER[] struReceiver = new NET_DVRRECEIVER[3]; /* 最多可以设置3个收件人 */ public byte byAttachment; /* 是否带附件 */ public byte bySmtpServerVerify; /* 发送服务器要求身份验证 */ public byte byMailInterval; /* mail interval */ public byte[] res = new byte[77]; } /* DVR实现巡航数据结构 */ public static class NET_DVR_CRUISE_PARA extends HIKSDKStructure { public int dwSize; public byte[] byPresetNo = new byte[CRUISE_MAX_PRESET_NUMS]; /* 预置点号 */ public byte[] byCruiseSpeed = new byte[CRUISE_MAX_PRESET_NUMS]; /* 巡航速度 */ public short[] wDwellTime = new short[CRUISE_MAX_PRESET_NUMS]; /* 停留时间 */ public byte[] byEnableThisCruise; /* 是否启用 */ public byte[] res = new byte[15]; } /**************************** * DS9000新增结构(end) ******************************/ //时间点 public static class NET_DVR_TIMEPOINT extends HIKSDKStructure { public int dwMonth; //月 0-11表示1-12个月 public int dwWeekNo; //第几周 0-第1周 1-第2周 2-第3周 3-第4周 4-最后一周 public int dwWeekDate; //星期几 0-星期日 1-星期一 2-星期二 3-星期三 4-星期四 5-星期五 6-星期六 public int dwHour; //小时 开始时间0-23 结束时间1-23 public int dwMin; //分 0-59 } //夏令时参数 public static class NET_DVR_ZONEANDDST extends HIKSDKStructure { public int dwSize; public byte[] byRes1 = new byte[16]; //保留 public int dwEnableDST; //是否启用夏时制 0-不启用 1-启用 public byte byDSTBias; //夏令时偏移值,30min, 60min, 90min, 120min, 以分钟计,传递原始数值 public byte[] byRes2 = new byte[3]; public NET_DVR_TIMEPOINT struBeginPoint; //夏时制开始时间 public NET_DVR_TIMEPOINT struEndPoint; //夏时制停止时间 } //图片质量 public static class NET_DVR_JPEGPARA extends HIKSDKStructure { /*注意:当图像压缩分辨率为VGA时,支持0=CIF, 1=QCIF, 2=D1抓图, 当分辨率为3=UXGA(1600x1200), 4=SVGA(800x600), 5=HD720p(1280x720),6=VGA,7=XVGA, 8=HD900p 仅支持当前分辨率的抓图*/ public short wPicSize; /* 0=CIF, 1=QCIF, 2=D1 3=UXGA(1600x1200), 4=SVGA(800x600), 5=HD720p(1280x720),6=VGA*/ public short wPicQuality; /* 图片质量系数 0-最好 1-较好 2-一般 */ } /* aux video out parameter */ //辅助输出参数配置 public static class NET_DVR_AUXOUTCFG extends HIKSDKStructure { public int dwSize; public int dwAlarmOutChan; /* 选择报警弹出大报警通道切换时间:1画面的输出通道: 0:主输出/1:辅1/2:辅2/3:辅3/4:辅4 */ public int dwAlarmChanSwitchTime; /* :1秒 - 10:10秒 */ public int[] dwAuxSwitchTime = new int[MAX_AUXOUT]; /* 辅助输出切换时间: 0-不切换,1-5s,2-10s,3-20s,4-30s,5-60s,6-120s,7-300s */ public byte[][] byAuxOrder = new byte[MAX_AUXOUT][MAX_WINDOW]; /* 辅助输出预览顺序, 0xff表示相应的窗口不预览 */ } //ntp public static class NET_DVR_NTPPARA extends HIKSDKStructure { public byte[] sNTPServer = new byte[64]; /* Domain Name or IP addr of NTP server */ public short wInterval; /* adjust time interval(hours) */ public byte byEnableNTP; /* enable NPT client 0-no,1-yes*/ public byte cTimeDifferenceH; /* 与国际标准时间的 小时偏移-12 ... +13 */ public byte cTimeDifferenceM;/* 与国际标准时间的 分钟偏移0, 30, 45*/ public byte res1; public short wNtpPort; /* ntp server port 9000新增 设备默认为123*/ public byte[] res2 = new byte[8]; } //ddns public static class NET_DVR_DDNSPARA extends HIKSDKStructure { public byte[] sUsername = new byte[NAME_LEN]; /* DDNS账号用户名/密码 */ public byte[] sPassword = new byte[PASSWD_LEN]; public byte[] sDomainName = new byte[64]; /* 域名 */ public byte byEnableDDNS; /*是否应用 0-否,1-是*/ public byte[] res = new byte[15]; } public static class NET_DVR_DDNSPARA_EX extends HIKSDKStructure { public byte byHostIndex; /* 0-Hikvision DNS 1-Dyndns 2-PeanutHull(花生壳), 3-希网3322*/ public byte byEnableDDNS; /*是否应用DDNS 0-否,1-是*/ public short wDDNSPort; /* DDNS端口号 */ public byte[] sUsername = new byte[NAME_LEN]; /* DDNS用户名*/ public byte[] sPassword = new byte[PASSWD_LEN]; /* DDNS密码 */ public byte[] sDomainName = new byte[MAX_DOMAIN_NAME]; /* 设备配备的域名地址 */ public byte[] sServerName = new byte[MAX_DOMAIN_NAME]; /* DDNS 对应的服务器地址,可以是IP地址或域名 */ public byte[] byRes = new byte[16]; } public static class NET_DVR_DDNS extends HIKSDKStructure { public byte[] sUsername = new byte[NAME_LEN]; /* DDNS账号用户名*/ public byte[] sPassword = new byte[PASSWD_LEN]; /* 密码 */ public byte[] sDomainName = new byte[MAX_DOMAIN_NAME]; /* 设备配备的域名地址 */ public byte[] sServerName = new byte[MAX_DOMAIN_NAME]; /* DDNS协议对应的服务器地址,可以是IP地址或域名 */ public short wDDNSPort; /* 端口号 */ public byte[] byRes = new byte[10]; } //9000扩展 public static class NET_DVR_DDNSPARA_V30 extends HIKSDKStructure { public byte byEnableDDNS; public byte byHostIndex;/* 0-Hikvision DNS(保留) 1-Dyndns 2-PeanutHull(花生壳) 3-希网3322 */ public byte[] byRes1 = new byte[2]; public NET_DVR_DDNS[] struDDNS = new NET_DVR_DDNS[MAX_DDNS_NUMS];//9000目前只支持前3个配置,其他配置保留 public byte[] byRes2 = new byte[16]; } //email public static class NET_DVR_EMAILPARA extends HIKSDKStructure { public byte[] sUsername = new byte[64]; /* 邮件账号/密码 */ public byte[] sPassword = new byte[64]; public byte[] sSmtpServer = new byte[64]; public byte[] sPop3Server = new byte[64]; public byte[] sMailAddr = new byte[64]; /* email */ public byte[] sEventMailAddr1 = new byte[64]; /* 上传报警/异常等的email */ public byte[] sEventMailAddr2 = new byte[64]; public byte[] res = new byte[16]; } public static class NET_DVR_NETAPPCFG extends HIKSDKStructure {//网络参数配置 public int dwSize; public byte[] sDNSIp = new byte[16]; /* DNS服务器地址 */ public NET_DVR_NTPPARA struNtpClientParam; /* NTP参数 */ public NET_DVR_DDNSPARA struDDNSClientParam; /* DDNS参数 */ //NET_DVR_EMAILPARA struEmailParam; /* EMAIL参数 */ public byte[] res = new byte[464]; /* 保留 */ } public static class NET_DVR_SINGLE_NFS extends HIKSDKStructure {//nfs结构配置 public byte[] sNfsHostIPAddr = new byte[16]; public byte[] sNfsDirectory = new byte[PATHNAME_LEN]; // PATHNAME_LEN = 128 } public static class NET_DVR_NFSCFG extends HIKSDKStructure { public int dwSize; public NET_DVR_SINGLE_NFS[] struNfsDiskParam = new NET_DVR_SINGLE_NFS[MAX_NFS_DISK]; } //巡航点配置(HIK IP快球专用) public static class NET_DVR_CRUISE_POINT extends HIKSDKStructure { public byte PresetNum; //预置点 public byte Dwell; //停留时间 public byte Speed; //速度 public byte Reserve; //保留 } public static class NET_DVR_CRUISE_RET extends HIKSDKStructure { public NET_DVR_CRUISE_POINT[] struCruisePoint = new NET_DVR_CRUISE_POINT[32]; //最大支持32个巡航点 } /************************************ * 多路解码器(begin) ***************************************/ //多路解码器扩展 added by zxy 2007-05-23 public static class NET_DVR_NETCFG_OTHER extends HIKSDKStructure { public int dwSize; public byte[] sFirstDNSIP = new byte[16]; public byte[] sSecondDNSIP = new byte[16]; public byte[] sRes = new byte[32]; } public static class NET_DVR_MATRIX_DECINFO extends HIKSDKStructure { public byte[] sDVRIP = new byte[16]; /* DVR IP地址 */ public short wDVRPort; /* 端口号 */ public byte byChannel; /* 通道号 */ public byte byTransProtocol; /* 传输协议类型 0-TCP 1-UDP */ public byte byTransMode; /* 传输码流模式 0-主码流 1-子码流*/ public byte[] byRes = new byte[3]; public byte[] sUserName = new byte[NAME_LEN]; /* 监控主机登陆帐号 */ public byte[] sPassword = new byte[PASSWD_LEN]; /* 监控主机密码 */ } public static class NET_DVR_MATRIX_DYNAMIC_DEC extends HIKSDKStructure {//启动/停止动态解码 public int dwSize; public NET_DVR_MATRIX_DECINFO struDecChanInfo; /* 动态解码通道信息 */ } public static class NET_DVR_MATRIX_DEC_CHAN_STATUS extends HIKSDKStructure {//2007-12-13 modified by zxy 修改多路解码器的NET_DVR_MATRIX_DEC_CHAN_STATUS结构 public int dwSize;//2008-1-16 modified by zxy dwIsLinked的状态由原来的0-未链接 1-连接修改成以下三种状态。 public int dwIsLinked; /* 解码通道状态 0-休眠 1-正在连接 2-已连接 3-正在解码 */ public int dwStreamCpRate; /* Stream copy rate, X kbits/second */ public byte[] cRes = new byte[64]; /* 保留 */ } //end 2007-12-13 modified by zxy public static class NET_DVR_MATRIX_DEC_CHAN_INFO extends HIKSDKStructure { public int dwSize; public NET_DVR_MATRIX_DECINFO struDecChanInfo; /* 解码通道信息 */ public int dwDecState; /* 0-动态解码 1-循环解码 2-按时间回放 3-按文件回放 */ public NET_DVR_TIME StartTime; /* 按时间回放开始时间 */ public NET_DVR_TIME StopTime; /* 按时间回放停止时间 */ public byte[] sFileName = new byte[128]; /* 按文件回放文件名 */ } //连接的通道配置 2007-11-05 public static class NET_DVR_MATRIX_DECCHANINFO extends HIKSDKStructure { public int dwEnable; /* 是否启用 0-否 1-启用*/ public NET_DVR_MATRIX_DECINFO struDecChanInfo; /* 轮循解码通道信息 */ } //2007-11-05 新增每个解码通道的配置 public static class NET_DVR_MATRIX_LOOP_DECINFO extends HIKSDKStructure { public int dwSize; public int dwPoolTime; /*轮巡时间 */ public NET_DVR_MATRIX_DECCHANINFO[] struchanConInfo = new NET_DVR_MATRIX_DECCHANINFO[MAX_CYCLE_CHAN]; } //2007-05-25 多路解码器数字矩阵配置 //矩阵行信息 2007-12-28 public static class NET_DVR_MATRIX_ROW_ELEMENT extends HIKSDKStructure { public byte[] sSurvChanName = new byte[128]; /* 监控通道名称,支持中文 */ public int dwRowNum; /* 行号 */ public NET_DVR_MATRIX_DECINFO struDecChanInfo; /* 矩阵行信息 */ } public static class NET_DVR_MATRIX_ROW_INDEX extends HIKSDKStructure { public byte[] sSurvChanName = new byte[128]; /* 监控通道名称,支持中文 */ public int dwRowNum; /* 行号 */ } //矩阵列信息 2007-12-28 public static class NET_DVR_MATRIX_COLUMN_ELEMENT extends HIKSDKStructure { public int dwLocalDispChanNum; /* 本地显示通道号 */ public int dwGlobalDispChanNum; /* 全局显示通道号 */ public int dwRes; /* 保留 */ } public static class NET_DVR_MATRIX_GLOBAL_COLUMN_ELEMENT extends HIKSDKStructure { public int dwConflictTag; /* 冲突标记,0:无冲突,1:冲突 */ public int dwConflictGloDispChan; /* 与之冲突的全局通道号 */ public NET_DVR_MATRIX_COLUMN_ELEMENT struColumnInfo;/* 矩阵列元素结构体 */ } //手动查看 2007-12-28 public static class NET_DVR_MATRIX_ROW_COLUMN_LINK extends HIKSDKStructure { public int dwSize; /* * 以下三个参数只需要指定其中一个便可指定数字矩阵里的某一行 * 所代表的远程监控通道。 * 如果指定了多个域并有冲突,设备将按照域的先后顺序为准取最先定义者。 */ public int dwRowNum; /* -1代表无效域,大于0者方为有效的矩阵行号 */ public byte[] sSurvChanName = new byte[128]; /* 监控通道名,是否无效按字符串的有效性判断 */ public int dwSurvNum; /* 监控通道号,按矩阵行列表的顺序指定,一般情况下与行号一致 */ /* * 以下两项只需要指定其中一项便可,如果两项都有效默认选择第一项 */ public int dwGlobalDispChanNum; /* 电视墙上的电视机编号 */ public int dwLocalDispChanNum; /* * 0代表播放即时码流, * 1表示按时间回访远程监控设备的文件 * 2表示按文件名回访 */ public int dwTimeSel; public NET_DVR_TIME StartTime; public NET_DVR_TIME StopTime; public byte[] sFileName = new byte[128]; } public static class NET_DVR_MATRIX_PREVIEW_DISP_CHAN extends HIKSDKStructure { public int dwSize; public int dwGlobalDispChanNum; /* 电视墙上的电视机编号 */ public int dwLocalDispChanNum; /* 解码通道 */ } public static class NET_DVR_MATRIX_LOOP_PLAY_SET extends HIKSDKStructure {//轮循功能 2007-12-28 public int dwSize; /* 任意指定一个,-1为无效,如果都指定则以LocalDispChanNum为准 */ public int dwLocalDispChanNum; /* 解码通道 */ public int dwGlobalDispChanNum; /* 电视墙上的电视机编号 */ public int dwCycTimeInterval; /* 轮循时间间隔 */ } public static class NET_DVR_MATRIX_LOCAL_HOST_INFO extends HIKSDKStructure {//矩阵中心配置 2007-12-28 public int dwSize; public int dwLocalHostProperty; /* 本地主机类型 0-服务器 1-客户端*/ public int dwIsIsolated; /* 本地主机是否独立于系统,0:联网,1:独立 */ public int dwLocalMatrixHostPort; /* 本地主机访问端口 */ public byte[] byLocalMatrixHostUsrName = new byte[NAME_LEN]; /* 本地主机登录用户名 */ public byte[] byLocalMatrixHostPasswd = new byte[PASSWD_LEN]; /* 本地主机登录密码 */ public int dwLocalMatrixCtrlMedia; /* 控制方式 0x1串口键盘控制 0x2网络键盘控制 0x4矩阵中心控制 0x8PC客户端控制*/ public byte[] sMatrixCenterIP = new byte[16]; /* 矩阵中心IP地址 */ public int dwMatrixCenterPort; /* 矩阵中心端口号 */ public byte[] byMatrixCenterUsrName = new byte[NAME_LEN]; /* 矩阵中心登录用户名 */ public byte[] byMatrixCenterPasswd = new byte[PASSWD_LEN]; /* 矩阵中心登录密码 */ } //2007-12-22 public static class TTY_CONFIG extends HIKSDKStructure { public byte baudrate; /* 波特率 */ public byte databits; /* 数据位 */ public byte stopbits; /* 停止位 */ public byte parity; /* 奇偶校验位 */ public byte flowcontrol; /* 流控 */ public byte[] res = new byte[3]; } public static class NET_DVR_MATRIX_TRAN_CHAN_INFO extends HIKSDKStructure { public byte byTranChanEnable; /* 当前透明通道是否打开 0:关闭 1:打开 */ /* * 多路解码器本地有1个485串口,1个232串口都可以作为透明通道,设备号分配如下: * 0 RS485 * 1 RS232 Console */ public byte byLocalSerialDevice; /* Local serial device */ /* * 远程串口输出还是两个,一个RS232,一个RS485 * 1表示232串口 * 2表示485串口 */ public byte byRemoteSerialDevice; /* Remote output serial device */ public byte res1; /* 保留 */ public byte[] sRemoteDevIP = new byte[16]; /* Remote Device IP */ public short wRemoteDevPort; /* Remote Net Communication Port */ public byte[] res2 = new byte[2]; /* 保留 */ public TTY_CONFIG RemoteSerialDevCfg; } public static class NET_DVR_MATRIX_TRAN_CHAN_CONFIG extends HIKSDKStructure { public int dwSize; public byte by232IsDualChan; /* 设置哪路232透明通道是全双工的 取值1到MAX_SERIAL_NUM */ public byte by485IsDualChan; /* 设置哪路485透明通道是全双工的 取值1到MAX_SERIAL_NUM */ public byte[] res = new byte[2]; /* 保留 */ public NET_DVR_MATRIX_TRAN_CHAN_INFO[] struTranInfo = new NET_DVR_MATRIX_TRAN_CHAN_INFO[MAX_SERIAL_NUM];/*同时支持建立MAX_SERIAL_NUM个透明通道*/ } //2007-12-24 Merry Christmas Eve... public static class NET_DVR_MATRIX_DEC_REMOTE_PLAY extends HIKSDKStructure { public int dwSize; public byte[] sDVRIP = new byte[16]; /* DVR IP地址 */ public short wDVRPort; /* 端口号 */ public byte byChannel; /* 通道号 */ public byte byReserve; public byte[] sUserName = new byte[NAME_LEN]; /* 用户名 */ public byte[] sPassword = new byte[PASSWD_LEN]; /* 密码 */ public int dwPlayMode; /* 0-按文件 1-按时间*/ public NET_DVR_TIME StartTime; public NET_DVR_TIME StopTime; public byte[] sFileName = new byte[128]; } public static class NET_DVR_MATRIX_DEC_REMOTE_PLAY_CONTROL extends HIKSDKStructure { public int dwSize; public int dwPlayCmd; /* 播放命令 见文件播放命令*/ public int dwCmdParam; /* 播放命令参数 */ } public static class NET_DVR_MATRIX_DEC_REMOTE_PLAY_STATUS extends HIKSDKStructure { public int dwSize; public int dwCurMediaFileLen; /* 当前播放的媒体文件长度 */ public int dwCurMediaFilePosition; /* 当前播放文件的播放位置 */ public int dwCurMediaFileDuration; /* 当前播放文件的总时间 */ public int dwCurPlayTime; /* ½“前已经播放的时间 */ public int dwCurMediaFIleFrames; /* 当前播放文件的总帧数 */ public int dwCurDataType; /* 当前传输的数据类型,19-文件头,20-流数据, 21-播放结束标志 */ public byte[] res = new byte[72]; } public static class NET_DVR_MATRIX_PASSIVEMODE extends HIKSDKStructure { public short wTransProtol; //传输协议,0-TCP, 1-UDP, 2-MCAST public short wPassivePort; //TCP,UDP时为TCP,UDP端口, MCAST时为MCAST端口 public NET_DVR_IPADDR struMcastIP; //TCP,UDP时无效, MCAST时为多播地址 public byte byStreamType; //数据播放模式:1- 实时流,2- 文件流 public byte[] res = new byte[7]; } /************************************多路解码器(end)***************************************/ /************************************ * 拼控(Start) ***************************************/ public static final int NET_DVR_GET_SUBWND_DECODE_OSD = 9183; //获取子窗口解码OSD信息 public static final int NET_DVR_GET_SUBWND_DECODE_OSD_ALL = 9184; //获取所有子窗口解码OSD信息 public static final int NET_DVR_SET_SUBWND_DECODE_OSD = 9185; //设置子窗口解码OSD信息 public static final int NET_DVR_GET_SUBWND_DECODE_OSD_CAP = 9186; //获取子窗口解码OSD信息能力集 public static final int NET_DVR_GET_DECODE_CHANNEL_OSD = 9187; //获取解码通道OSD信息 public static final int NET_DVR_SET_DECODE_CHANNEL_OSD = 9188; //设置解码通道OSD信息 public static final int MAX_PLAN_ACTION_NUM = 32; //预案动作个数 public static final int DAYS_A_WEEK = 7; //一周7天 public static final int MAX_PLAN_COUNT = 16; //预案个数 public static final int MAX_LEN_OSD_CONTENT = 256; //OSD信息最大长度 public static final int MAX_NUM_OSD_ONE_SUBWND = 8; //单个子窗口支持的最大OSD数量 public static final int MAX_NUM_SPLIT_WND = 64; //单个窗口支持的最大分屏窗口数量(即子窗口数量) public static final int MAX_NUM_OSD = 8; public static final int MAX_CYCLE_CHAN_V30 = 64; //最大轮巡通道数(扩展) public static final int STREAM_PASSWD_LEN = 12; //码流加密密钥最大长度 public static class NET_DVR_VIDEO_WALL_INFO extends HIKSDKStructure { public int dwSize; //窗口号:1字节墙号+1字节保留+2字节窗口号 public int dwWindowNo; public int dwSceneNo;//场景号 public int dwDestWallNo; //目的墙号 public int dwDestSceneNo;//目的场景号 public byte[] byRes = new byte[12]; } public static class NET_DVR_SCENE_CONTROL_INFO extends HIKSDKStructure { public int dwSize; public NET_DVR_VIDEO_WALL_INFO struVideoWallInfo; //电视墙信息 public int dwCmd; //场景控制命令,1-场景模式切换(如果要切换的是当前场景,则不进行切换),2-初始化场景(将此场景的配置清空,如果是当前场景,则同时对当前场景进行清屏操作),3-强制切换(无论是否是当前场景,强制切换),4-保存当前模式到某场景 5-删除场景 ,6-场景复制 public byte[] byRes = new byte[4]; } public static class NET_DVR_BUF_INFO extends HIKSDKStructure { public Pointer pBuf; public int nLen; } public static class NET_DVR_IN_PARAM extends HIKSDKStructure { public NET_DVR_BUF_INFO struCondBuf; public NET_DVR_BUF_INFO struInParamBuf; public int dwRecvTimeout; //接收数据超时时间,单位:ms,置0采用接口默认超时 public byte[] byRes = new byte[32]; } public static class NET_DVR_OUT_PARAM extends HIKSDKStructure { public NET_DVR_BUF_INFO struOutBuf; public Pointer lpStatusList; public byte[] byRes = new byte[32]; } public static class NET_DVR_RECTCFG_EX extends HIKSDKStructure { public int dwXCoordinate; /*矩形左上角起始点X坐标*/ public int dwYCoordinate; /*矩形左上角Y坐标*/ public int dwWidth; /*矩形宽度*/ public int dwHeight; /*矩形高度*/ public byte[] byRes = new byte[4]; } public static class NET_DVR_VIDEOWALLWINDOWPOSITION extends HIKSDKStructure { public int dwSize; public byte byEnable; //窗口使能,0-不使能,1-使能 public byte byWndOperateMode; //窗口操作模式,0-统一坐标,1-分辨率坐标 public byte[] byRes1 = new byte[6]; public int dwWindowNo;//窗口号 public int dwLayerIndex;//窗口相对应的图层号,图层号到最大即置顶,置顶操作 public NET_DVR_RECTCFG_EX struRect; //目的窗口统一坐标(相对显示墙),获取或按统一坐标设置时有效 public NET_DVR_RECTCFG_EX struResolution; //目的窗口分辨率坐标,获取或按分辨率坐标设置有效 public int dwXCoordinate; //LED区域左上角X坐标(统一坐标),获取或按分辨率坐标设置有效 public int dwYCoordinate; //LED区域左上角Y坐标(统一坐标),获取或按分辨率坐标设置有效 public byte[] byRes2 = new byte[36]; } public static class VIDEOWALLWINDOWPOSITION_ARRAY extends HIKSDKStructure { public NET_DVR_VIDEOWALLWINDOWPOSITION[] strVideoWinPostion; public VIDEOWALLWINDOWPOSITION_ARRAY(int iLen) { strVideoWinPostion = new NET_DVR_VIDEOWALLWINDOWPOSITION[iLen]; } } public static class NET_DVR_WALLWINPARAM extends HIKSDKStructure { public int dwSize; public byte byTransparency; //使能透明度,0-关,非0-开 public byte byWinMode;//窗口分屏模式,能力集获取 public byte byEnableSpartan;//畅显使能,0-关,1-开 public byte byDecResource; //为窗口分配的解码资源,1-D1,2-720P,3-1080P public byte byWndShowMode; //窗口显示模式,0-此字段不用,1-子窗口模式,2-子窗口全屏模式 public byte byEnabledFeature; //是否启用场景特写,0-不启用,!0-启用 public byte byFeatureMode; //特写模式,启用场景特写时有效,0-无效,1-“1+5”模式 public byte byRes1; public int dwAmplifyingSubWndNo; //全屏子窗口号(1字节墙号+1字节子窗口号+2字节窗口号) //当byWndShowMode为2时有效,表示当前全屏显示的子窗口 public byte byWndTopKeep; //窗口置顶保持,0-不保持,1-保持 public byte byWndOpenKeep; //窗口打开保持,0-不保持,1-保持 public byte[] byRes = new byte[22]; } public static class NET_DVR_PLAN_LIST extends HIKSDKStructure { public int dwSize; public int dwPlanNums; //设备输入信号源数量 public Pointer pBuffer; //指向dwInputSignalNums个NET_DVR_PLAN_CFG结构大小的缓冲区 public byte byWallNo; //墙号,从1开始 public byte[] byRes1 = new byte[2]; public int dwBufLen; //所分配缓冲区长度,输入参数(大于等于dwInputSignalNums个NET_DVR_PLAN_CFG结构大小) public byte[] byRes2 = new byte[64]; } /*预案项信息*/ public static class NET_DVR_PLAN_INFO extends HIKSDKStructure { public byte byValid; // 该项是否有效 public byte byType; // 见定义NET_DVR_PLAN_OPERATE_TYPE public short wLayoutNo; // 布局号 public byte byScreenStyle; //屏幕型号,开关机所用,1是低亮,2是高亮 public byte byBaseMapType; //底图类型,1-图片底图,2-超高清输入底图,底图切换时有效 public byte[] byRes1 = new byte[2]; public int dwDelayTime; // 一个项的运行时间, 单位秒 public int dwSerialNo; //串口号,屏幕控制时使用 public int dwBaseMapWndNo; //底图窗口号,底图切换时有效 public int dwBaseMapNo; //底图号,底图切换时有效;底图类型为1时,此参数为图片序号,底图类型为2时此参数为超高清输入子系统输入号(1字节设备号+1字节子板号+2字节显示输入序号) public byte[] byRes2 = new byte[20]; } public static class NET_DVR_CYCLE_TIME extends HIKSDKStructure { public byte byValid; public byte[] byRes = new byte[3]; public NET_DVR_TIME_EX struTime = new NET_DVR_TIME_EX(); } /*预案管理*/ public static class NET_DVR_PLAN_CFG extends HIKSDKStructure { public int dwSize; public byte byValid; // 该预案是否有效 public byte byWorkMode; // 预案工作模式 1表示手动,2自动,3预案循环 public byte byWallNo; //电视墙号,从1开始 public byte byPlanNo; //预案号,获取预案列表时有效,0-无效或不支持 public byte[] byPlanName = new byte[NAME_LEN/*32*/]; //预案名称 public NET_DVR_TIME_EX struTime; // 工作模式为自动时使用 public NET_DVR_CYCLE_TIME[] struTimeCycle = new NET_DVR_CYCLE_TIME[DAYS_A_WEEK/*7*/]; /*循环时间,周期为一个星期,年、月、日三个参数不使用。如:struTimeCycle[0]中的byValid的值是1,表示星期天执行该预案。星期取值区间为[0,6],其中0代表星期天,1代表星期一,以此类推*/ public int dwWorkCount; // 预案内容执行次数 public NET_DVR_PLAN_INFO[] strPlanEntry = new NET_DVR_PLAN_INFO[MAX_PLAN_ACTION_NUM/*32*/]; // 预案执行的内容 public int dwPlanNo; //4字节预案号,客户端统一使用4字节的预案号,单字节的预案号不再使用 public byte[] byRes2 = new byte[60]; } public static class NET_DVR_WALLSCENECFG extends HIKSDKStructure { public int dwSize; public byte[] sSceneName = new byte[NAME_LEN]; //场景名称 public byte byEnable; //场景是否有效,0-无效,1-有效 public byte bySceneIndex; //场景号,只能获取。获取所有场景时使用该参数 public byte[] byRes = new byte[78]; } public static class NET_DVR_SUBWND_DECODE_OSD extends HIKSDKStructure { public int dwSize = 0; public int dwSubWndNo = 0; //子窗口号(4字节组合方式) public int dwOSDNums = 0; //该子窗口配置的OSD信息的个数 public NET_DVR_OSD_INFO[] struOSDList = new NET_DVR_OSD_INFO[MAX_NUM_OSD_ONE_SUBWND]; //OSD信息列表 public byte[] byRes = new byte[32]; } public static class NET_DVR_OSD_INFO extends HIKSDKStructure { public byte byEnabled = 1; //是否使能,零-不使能,非零-使能 public byte byEnabledFlash = 0; //是否闪烁,零-不闪烁,非零-闪烁 public byte byFontSize = 1; //字体大小,1-大,2-中,3-小 public byte byTransparent = 0; //透明度,取值范围0-100 public NET_DVR_RGB_COLOR struColor = new NET_DVR_RGB_COLOR(); //字体颜色 public short wCoordinateX = 0; //OSD左上角X坐标 public short wCoordinateY = 0; //OSD左上角Y坐标 public byte[] byContent = new byte[MAX_LEN_OSD_CONTENT]; //OSD信息 public byte[] byRes = new byte[32]; } public static class NET_DVR_DEV_CHAN_INFO_EX extends HIKSDKStructure { public byte byChanType; //通道类型,0-普通通道,1-零通道,2-流ID,3-本地输入源,4-虚拟屏服务器通道,5-拼接通道,6-屏幕服务器,7-分布式网络源,8-多相机融合通道,9-网络输入源 public byte[] byStreamId = new byte[STREAM_ID_LEN]; //流ID,当byChanType=2、9时,该字段用于指定流或者网络ipc的ID号 public byte[] byRes1 = new byte[3]; public int dwChannel; //通道号,通道类型为普通通道,零通道,本地输入源,虚拟屏服务器通道,拼接通道,屏幕服务器,分布式网络源时填此字段 public byte[] byRes2 = new byte[24]; public byte[] byAddress = new byte[MAX_DOMAIN_NAME]; //设备域名 public short wDVRPort; //端口号 public byte byChannel; //通道号,dwChannel不为0时此字段无效 public byte byTransProtocol; //传输协议类型0-TCP,1-UDP public byte byTransMode; //传输码流模式 0-主码流 1-子码流 public byte byFactoryType; /*前端设备厂家类型,通过接口获取*/ public byte byDeviceType; //设备类型(视频综合平台智能板使用),1-解码器(此时根据视频综合平台能力集中byVcaSupportChanMode字段来决定是使用解码通道还是显示通道),2-编码器 public byte byDispChan;//显示通道号,智能配置使用 public byte bySubDispChan;//显示通道子通道号,智能配置时使用 public byte byResolution; //; 1-CIF 2-4CIF 3-720P 4-1080P 5-500w大屏控制器使用,大屏控制器会根据该参数分配解码资源 public byte[] byRes = new byte[2]; public byte[] sUserName = new byte[NAME_LEN]; //监控主机登陆帐号 public byte[] sPassword = new byte[PASSWD_LEN]; //监控主机密码 } public static class NET_DVR_STREAM_MEDIA_SERVER extends HIKSDKStructure { public byte byValid; //是否启用,0-否,1-是 public byte[] byRes1 = new byte[3]; public byte[] byAddress = new byte[MAX_DOMAIN_NAME]; //IP或者域名 public short wDevPort; /*流媒体服务器端口*/ public byte byTransmitType; /*传输协议类型 0-TCP,1-UDP*/ public byte[] byRes2 = new byte[5]; } public static class NET_DVR_DEV_DDNS_INFO extends HIKSDKStructure { public byte[] byDevAddress = new byte[MAX_DOMAIN_NAME]; //域名(IPServer或hiDDNS时可填序列号或者别名) public byte byTransProtocol; //传输协议类型0-TCP,1-UDP, 2-MCAST public byte byTransMode; //传输码流模式 0-主码流 1-子码流 public byte byDdnsType; //域名服务器类型,0-IPServer 1-Dyndns 2-PeanutHull(花生壳),3- NO-IP, 4- hiDDNS public byte byRes1; public byte[] byDdnsAddress = new byte[MAX_DOMAIN_NAME]; //DDNS服务器地址 public short wDdnsPort; //DDNS服务器端口号 public byte byChanType; //0-普通通道,1-零通道,2-流ID public byte byFactoryType; //前端设备厂家类型,通过接口获取 public int dwChannel; //通道号 public byte[] byStreamId = new byte[STREAM_ID_LEN]; //流ID public byte[] sUserName = new byte[NAME_LEN]; //监控主机登陆帐号 public byte[] sPassword = new byte[PASSWD_LEN]; //监控主机密码 public short wDevPort; //前端设备通信端口 public byte[] byRes2 = new byte[2]; } public static class NET_DVR_DEC_STREAM_DEV_EX extends HIKSDKStructure { public NET_DVR_STREAM_MEDIA_SERVER struStreamMediaSvrCfg = new NET_DVR_STREAM_MEDIA_SERVER(); public NET_DVR_DEV_CHAN_INFO_EX struDevChanInfo = new NET_DVR_DEV_CHAN_INFO_EX(); } //DDNS方式取流 public static class NET_DVR_DEC_DDNS_DEV extends HIKSDKStructure { public NET_DVR_DEV_DDNS_INFO struDdnsInfo; public NET_DVR_STREAM_MEDIA_SERVER struMediaServer; } public static class NET_DVR_DEC_STREAM_MODE extends Union { public NET_DVR_DEC_STREAM_DEV_EX struDecStreamDev = new NET_DVR_DEC_STREAM_DEV_EX(); public NET_DVR_PU_STREAM_URL struUrlInfo = new NET_DVR_PU_STREAM_URL(); public NET_DVR_DEC_DDNS_DEV struDdnsDecInfo = new NET_DVR_DEC_DDNS_DEV(); public byte[] byRes = new byte[300]; } public static class NET_DVR_MATRIX_CHAN_INFO_V41 extends HIKSDKStructure { public byte byEnable; //是否启用,0-否,1-是 public byte byStreamMode;/*取流模式,0-无效,1-通过IP或域名取流,2-通过URL取流,3-通过动态域名解析向设备取流*/ public byte[] byRes = new byte[2]; public NET_DVR_DEC_STREAM_MODE uDecStreamMode = new NET_DVR_DEC_STREAM_MODE();//取流信息 } public static class NET_DVR_MATRIX_LOOP_DECINFO_V41 extends HIKSDKStructure { public int dwSize; public int dwPoolTime; /*轮巡间隔*/ public NET_DVR_MATRIX_CHAN_INFO_V41[] struchanConInfo = new NET_DVR_MATRIX_CHAN_INFO_V41[MAX_CYCLE_CHAN_V30]; public byte byStreamEncrypt; //是否进行码流加密处理,0-不支持,1-支持 public byte[] byRes = new byte[3]; public byte[] sStreamPassword = new byte[STREAM_PASSWD_LEN]; //码流加密密码,需敏感信息加密 } /************************************ * 拼控(End) ***************************************/ public static class NET_DVR_EMAILCFG extends HIKSDKStructure { /* 12 bytes */ public int dwSize; public byte[] sUserName = new byte[32]; public byte[] sPassWord = new byte[32]; public byte[] sFromName = new byte[32]; /* Sender *///字符串中的第一个字符和最后一个字符不能是"@",并且字符串中要有"@"字符 public byte[] sFromAddr = new byte[48]; /* Sender address */ public byte[] sToName1 = new byte[32]; /* Receiver1 */ public byte[] sToName2 = new byte[32]; /* Receiver2 */ public byte[] sToAddr1 = new byte[48]; /* Receiver address1 */ public byte[] sToAddr2 = new byte[48]; /* Receiver address2 */ public byte[] sEmailServer = new byte[32]; /* Email server address */ public byte byServerType; /* Email server type: 0-SMTP, 1-POP, 2-IMTP…*/ public byte byUseAuthen; /* Email server authentication method: 1-enable, 0-disable */ public byte byAttachment; /* enable attachment */ public byte byMailinterval; /* mail interval 0-2s, 1-3s, 2-4s. 3-5s*/ } public static class NET_DVR_COMPRESSIONCFG_NEW extends HIKSDKStructure { public int dwSize; public NET_DVR_COMPRESSION_INFO_EX struLowCompression; //定šš时录像 public NET_DVR_COMPRESSION_INFO_EX struEventCompression; //事件触发录像 } //球机位置信息 public static class NET_DVR_PTZPOS extends HIKSDKStructure { public short wAction;//获取时该字段无效 public short wPanPos;//水平参数 public short wTiltPos;//垂直参数 public short wZoomPos;//变倍参数 } //球机范围信息 public static class NET_DVR_PTZSCOPE extends HIKSDKStructure { public short wPanPosMin;//水平参数min public short wPanPosMax;//水平参数max public short wTiltPosMin;//垂直参数min public short wTiltPosMax;//垂直参数max public short wZoomPosMin;//变倍参数min public short wZoomPosMax;//变倍参数max } public static class NET_DVR_PTZABSOLUTEEX_CFG extends HIKSDKStructure { public int dwSize;//结构体大小 public NET_PTZ_INFO struPTZCtrl = new NET_PTZ_INFO();//设备PTZF信息 public int dwFocalLen;//焦距范围:0-100000MM public float fHorizontalSpeed;//水平转动速度:0.01-1000.00度/S public float fVerticalSpeed;//垂直转动速度:0.01-1000.00度/S /*镜头变倍配置类型;absoluteZoom:通过变倍参数进行配置,选择为该类型时struPTZCtrl中的fZoom参数生效。focalLen:通过焦距参数进行配置,选择为该类型时,dwFocalLen参数生效。*/ public byte byZoomType;// 镜头变倍配置类型0~ absoluteZoom,1~ focalLen public byte[] byRes = new byte[123]; } //rtsp配置 ipcamera专用 public static class NET_DVR_RTSPCFG extends HIKSDKStructure { public int dwSize; //长度 public short wPort; //rtsp服务器侦听端口 public byte[] byReserve = new byte[54]; //预留 } /******************************** * 接口参数结构(begin) *********************************/ //NET_DVR_Login()参数结构 public static class NET_DVR_DEVICEINFO extends HIKSDKStructure { public byte[] sSerialNumber = new byte[SERIALNO_LEN]; //序列号 public byte byAlarmInPortNum; //DVR报警输入个数 public byte byAlarmOutPortNum; //DVR报警输出个数 public byte byDiskNum; //DVR硬盘个数 public byte byDVRType; //DVR类型, 1:DVR 2:ATM DVR 3:DVS ...... public byte byChanNum; //DVR 通道个数 public byte byStartChan; //起始通道号,例如DVS-1,DVR - 1 } //NET_DVR_Login_V30()参数结构 public static class NET_DVR_DEVICEINFO_V30 extends HIKSDKStructure { public byte[] sSerialNumber = new byte[SERIALNO_LEN]; //序列号 public byte byAlarmInPortNum; //报警输入个数 public byte byAlarmOutPortNum; //报警输出个数 public byte byDiskNum; //硬盘个数 public byte byDVRType; //设备类型, 1:DVR 2:ATM DVR 3:DVS ...... public byte byChanNum; //模拟通道个数 public byte byStartChan; //起始通道号,例如DVS-1,DVR - 1 public byte byAudioChanNum; //语音通道数 public byte byIPChanNum; //最大数字通道个数,低位 public byte byZeroChanNum; //零通道编码个数 //2010-01-16 public byte byMainProto; //主码流传输协议类型 0-private, 1-rtsp,2-同时支持private和rtsp public byte bySubProto; //子码流传输协议类型0-private, 1-rtsp,2-同时支持private和rtsp public byte bySupport; //能力,位与结果为0表示不支持,1表示支持, public byte bySupport1; // 能力集扩充,位与结果为0表示不支持,1表示支持 public byte bySupport2; /*能力*/ public short wDevType; //设备型号 public byte bySupport3; //能力集扩展 public byte byMultiStreamProto;//是否支持多码流,按位表示,0-不支持,1-支持,bit1-码流3,bit2-码流4,bit7-主码流,bit-8子码流 public byte byStartDChan; //起始数字通道号,0表示无效 public byte byStartDTalkChan; //起始数字对讲通道号,区别于模拟对讲通道号,0表示无效 public byte byHighDChanNum; //数字通道个数,高位 public byte bySupport4; //能力集扩展 public byte byLanguageType;// 支持语种能力,按位表示,每一位0-不支持,1-支持 // byLanguageType 等于0 表示 老设备 // byLanguageType & 0x1表示支持中文 // byLanguageType & 0x2表示支持英文 public byte byVoiceInChanNum; //音频输入通道数 public byte byStartVoiceInChanNo; //音频输入起始通道号 0表示无效 public byte bySupport5; public byte bySupport6; //能力 public byte byMirrorChanNum; //镜像通道个数,<录播主机中用于表示导播通道> public short wStartMirrorChanNo; //起始镜像通道号 public byte bySupport7; //能力 public byte byRes2; //保留 } public static final int NET_DVR_DEV_ADDRESS_MAX_LEN = 129; public static final int NET_DVR_LOGIN_USERNAME_MAX_LEN = 64; public static final int NET_DVR_LOGIN_PASSWD_MAX_LEN = 64; public static interface FLoginResultCallBack extends Callback { public int invoke(int lUserID, int dwResult, NET_DVR_DEVICEINFO_V30 lpDeviceinfo, Pointer pUser); } //NET_DVR_Login_V40()参数 public static class NET_DVR_USER_LOGIN_INFO extends HIKSDKStructure { public byte[] sDeviceAddress = new byte[NET_DVR_DEV_ADDRESS_MAX_LEN]; public byte byUseTransport; public short wPort; public byte[] sUserName = new byte[NET_DVR_LOGIN_USERNAME_MAX_LEN]; public byte[] sPassword = new byte[NET_DVR_LOGIN_PASSWD_MAX_LEN]; public FLoginResultCallBack cbLoginResult; public Pointer pUser; public boolean bUseAsynLogin; public byte byProxyType; //0:不使用代理,1:使用标准代理,2:使用EHome代理 public byte byUseUTCTime; //0-不进行转换,默认,1-接口上输入输出全部使用UTC时间,SDK完成UTC时间与设备时区的转换,2-接口上输入输出全部使用平台本地时间,SDK完成平台本地时间与设备时区的转换 public byte byLoginMode; //0-Private 1-ISAPI 2-自适应 public byte byHttps; //0-不适用tls,1-使用tls 2-自适应 public int iProxyID; //代理服务器序号,添加代理服务器信息时,相对应的服务器数组下表值 public byte byVerifyMode; //认证方式,0-不认证,1-双向认证,2-单向认证;认证仅在使用TLS的时候生效; public byte[] byRes2 = new byte[119]; } //NET_DVR_Login_V40()参数 public static class NET_DVR_DEVICEINFO_V40 extends HIKSDKStructure { public NET_DVR_DEVICEINFO_V30 struDeviceV30 = new NET_DVR_DEVICEINFO_V30(); public byte bySupportLock; public byte byRetryLoginTime; public byte byPasswordLevel; public byte byRes1; public int dwSurplusLockTime; public byte byCharEncodeType;//字符编码类型:0- 无字符编码信息(老设备),1- GB2312(简体中文),2- GBK,3- BIG5(繁体中文),4- Shift_JIS(日文),5- EUC-KR(韩文),6- UTF-8,7- ISO8859-1,8- ISO8859-2,9- ISO8859-3,…,依次类推,21- ISO8859-15(西欧) public byte bySupportDev5; //支持v50版本的设备参数获取,设备名称和设备类型名称长度扩展为64字节 public byte bySupport; //能力集扩展,位与结果:0- 不支持,1- 支持 public byte byLoginMode; //登录模式 0-Private登录 1-ISAPI登录 public int dwOEMCode; public int iResidualValidity; //该用户密码剩余有效天数,单位:天,返回负值,表示密码已经超期使用,例如“-3表示密码已经超期使用3天” public byte byResidualValidity; // iResidualValidity字段是否有效,0-无效,1-有效 public byte bySingleStartDTalkChan; //独立音轨接入的设备,起始接入通道号,0-为保留字节,无实际含义,音轨通道号不能从0开始 public byte bySingleDTalkChanNums; //独立音轨接入的设备的通道总数,0-表示不支持 public byte byPassWordResetLevel; //0-无效,1-管理员创建一个非管理员用户为其设置密码,该非管理员用户正确登录设备后要提示“请修改初始登录密码”,未修改的情况下,用户每次登入都会进行提醒;2-当非管理员用户的密码被管理员修改,该非管理员用户再次正确登录设备后,需要提示“请重新设置登录密码”,未修改的情况下,用户每次登入都会进行提醒。 public byte bySupportStreamEncrypt; //能力集扩展,位与结果:0- 不支持,1- 支持 bySupportStreamEncrypt & 0x1:表示是否支持RTP/TLS取流 bySupportStreamEncrypt & 0x2: 表示是否支持SRTP/UDP取流 bySupportStreamEncrypt & 0x4: 表示是否支持SRTP/MULTICAST取流 public byte byMarketType;//0-无效(未知类型),1-经销型,2-行业型 public byte[] byRes2 = new byte[238]; } //sdk网络环境枚举变量,用于远程升级 enum _SDK_NET_ENV { LOCAL_AREA_NETWORK, WIDE_AREA_NETWORK } //显示模式 enum DISPLAY_MODE { NORMALMODE, OVERLAYMODE } //发送模式 enum SEND_MODE { PTOPTCPMODE, PTOPUDPMODE, MULTIMODE, RTPMODE, RESERVEDMODE } ; //抓图模式 enum CAPTURE_MODE { BMP_MODE, //BMP模式 JPEG_MODE //JPEG模式 } ; //实时声音模式 enum REALSOUND_MODE { NONE, //SDK中无此模式,只是为了填补0这个位置 MONOPOLIZE_MODE, //独占模式 1 SHARE_MODE //共享模式 2 } ; //软解码预览参数 public static class NET_DVR_CLIENTINFO extends HIKSDKStructure { public int lChannel; public int lLinkMode; public HWND hPlayWnd; public String sMultiCastIP; } //预览V40接口 public static class NET_DVR_PREVIEWINFO extends HIKSDKStructure { public int lChannel;//通道号 public int dwStreamType; // 码流类型,0-主码流,1-子码流,2-码流3,3-码流4, 4-码流5,5-码流6,7-码流7,8-码流8,9-码流9,10-码流10 public int dwLinkMode;// 0:TCP方式,1:UDP方式,2:多播方式,3 - RTP方式,4-RTP/RTSP,5-RSTP/HTTP ,6- HRUDP(可靠传输) ,7-RTSP/HTTPS public HWND hPlayWnd;//播放窗口的句柄,为NULL表示不播放图象 public int bBlocked; //0-非阻塞取流, 1-阻塞取流, 如果阻塞SDK内部connect失败将会有5s的超时才能够返回,不适合于轮询取流操作. public int bPassbackRecord; //0-不启用录像回传,1启用录像回传 public byte byPreviewMode;//预览模式,0-正常预览,1-延迟预览 public byte[] byStreamID = new byte[32];//流ID,lChannel为0xffffffff时启用此参数 public byte byProtoType; //应用层取流协议,0-私有协议,1-RTSP协议 public byte byRes1; public byte byVideoCodingType; //码流数据编解码类型 0-通用编码数据 1-热成像探测器产生的原始数据(温度数据的加密信息,通过去加密运算,将原始数据算出真实的温度值) public int dwDisplayBufNum; //播放库播放缓冲区最大缓冲帧数,范围1-50,置0时默认为1 public byte byNPQMode; //NPQ是直连模式,还是过流媒体 0-直连 1-过流媒体 public byte[] byRes = new byte[215]; } public static class NET_DVR_STREAM_INFO extends HIKSDKStructure { public int dwSize; public byte[] byID = new byte[32]; public int dwChannel; public byte[] byRes = new byte[32]; } //配置条件 public static class NET_DVR_CLOUDSTORAGE_COND extends HIKSDKStructure { public int dwSize; public int dwChannel; public byte[] byRes1 = new byte[64]; } public static class NET_DVR_STREAM_RECORD_STATUS extends HIKSDKStructure { public int dwSize; public byte byRecord; public byte byOffLineRecord; public byte[] byRes1 = new byte[2]; public int dwRelatedHD; public byte[] byRes2 = new byte[8]; } //SDK状态信息(9000新增) public static class NET_DVR_SDKSTATE extends HIKSDKStructure { public int dwTotalLoginNum; //当前login用户数 public int dwTotalRealPlayNum; //当前realplay路数 public int dwTotalPlayBackNum; //当前回放或下载路数 public int dwTotalAlarmChanNum; //当前建立报警通道路数 public int dwTotalFormatNum; //当前硬盘格式化路数 public int dwTotalFileSearchNum; //当前日志或文件搜索路数 public int dwTotalLogSearchNum; //当前日志或文件搜索路数 public int dwTotalSerialNum; //当前透明通道路数 public int dwTotalUpgradeNum; //当前升级路数 public int dwTotalVoiceComNum; //当前语音转发路数 public int dwTotalBroadCastNum; //当前语音广播路数 public int[] dwRes = new int[10]; } //SDK功能支持信息(9000新增) public static class NET_DVR_SDKABL extends HIKSDKStructure { public int dwMaxLoginNum; //最大login用户数 MAX_LOGIN_USERS public int dwMaxRealPlayNum; //最大realplay路数 WATCH_NUM public int dwMaxPlayBackNum; //最大回放或下载路数 WATCH_NUM public int dwMaxAlarmChanNum; //最大建立报警通道路数 ALARM_NUM public int dwMaxFormatNum; //最大硬盘格式化路数 SERVER_NUM public int dwMaxFileSearchNum; //最大文件搜索路数 SERVER_NUM public int dwMaxLogSearchNum; //最大日志搜索路数 SERVER_NUM public int dwMaxSerialNum; //最大透明通道路数 SERVER_NUM public int dwMaxUpgradeNum; //最大升级路数 SERVER_NUM public int dwMaxVoiceComNum; //最大语音转发路数 SERVER_NUM public int dwMaxBroadCastNum; //最大语音广播路数 MAX_CASTNUM public int[] dwRes = new int[10]; } //报警设备信息 public static class NET_DVR_ALARMER extends HIKSDKStructure { public byte byUserIDValid; /* userid是否有效 0-无效,1-有效 */ public byte bySerialValid; /* 序列号是否有效 0-无效,1-有效 */ public byte byVersionValid; /* 版本号是否有效 0-无效,1-有效 */ public byte byDeviceNameValid; /* 设备名字是否有效 0-无效,1-有效 */ public byte byMacAddrValid; /* MAC地址是否有效 0-无效,1-有效 */ public byte byLinkPortValid; /* login端口是否有效 0-无效,1-有效 */ public byte byDeviceIPValid; /* 设备IP是否有效 0-无效,1-有效 */ public byte bySocketIPValid; /* socket ip是否有效 0-无效,1-有效 */ public int lUserID; /* NET_DVR_Login()返回值, 布防时有效 */ public byte[] sSerialNumber = new byte[SERIALNO_LEN]; /* 序列号 */ public int dwDeviceVersion; /* 版本信息 高16位表示主版本,低16位表示次版本*/ public byte[] sDeviceName = new byte[NAME_LEN]; /* 设备名字 */ public byte[] byMacAddr = new byte[MACADDR_LEN]; /* MAC地址 */ public short wLinkPort; /* link port */ public byte[] sDeviceIP = new byte[128]; /* IP地址 */ public byte[] sSocketIP = new byte[128]; /* 报警主动上传时的socket IP地址 */ public byte byIpProtocol; /* Ip协议 0-IPV4, 1-IPV6 */ public byte[] byRes2 = new byte[11]; } //硬解码显示区域参数(子结构) public static class NET_DVR_DISPLAY_PARA extends HIKSDKStructure { public int bToScreen; public int bToVideoOut; public int nLeft; public int nTop; public int nWidth; public int nHeight; public int nReserved; } //硬解码预览参数 public static class NET_DVR_CARDINFO extends HIKSDKStructure { public int lChannel;//通道号 public int lLinkMode; //最高位(31)为0表示主码流,为1表示子,0-30位表示码流连接方式:0:TCP方式,1:UDP方式,2:多播方式,3 - RTP方式,4-电话线,5-128k宽带,6-256k宽带,7-384k宽带,8-512k宽带; public String sMultiCastIP; public NET_DVR_DISPLAY_PARA struDisplayPara; } //录象文件参数 public static class NET_DVR_FIND_DATA extends HIKSDKStructure { public byte[] sFileName = new byte[100];//文件名 public NET_DVR_TIME struStartTime;//文件的开始时间 public NET_DVR_TIME struStopTime;//文件的结束时间 public int dwFileSize;//文件的大小 } //录象文件参数(9000) public static class NET_DVR_FINDDATA_V30 extends HIKSDKStructure { public byte[] sFileName = new byte[100];//文件名 public NET_DVR_TIME struStartTime;//文件的开始时间 public NET_DVR_TIME struStopTime;//文件的结束时间 public int dwFileSize;//文件的大小 public byte[] sCardNum = new byte[32]; public byte byLocked;//9000设备支持,1表示此文件已经被锁定,0表示正常的文件 public byte[] byRes = new byte[3]; } //录象文件参数(带卡号) public static class NET_DVR_FINDDATA_CARD extends HIKSDKStructure { public byte[] sFileName = new byte[100];//文件名 public NET_DVR_TIME struStartTime;//文件的开始时间 public NET_DVR_TIME struStopTime;//文件的结束时间 public int dwFileSize;//文件的大小 public byte[] sCardNum = new byte[32]; } public static class NET_DVR_FILECOND_V40 extends HIKSDKStructure { public int lChannel; public int dwFileType; public int dwIsLocked; public int dwUseCardNo;//是否带ATM信息进行查询:0-不带ATM信息,1-按交易卡号查询,2-按交易类型查询,3-按交易金额查询,4-按卡号、交易类型及交易金额的组合查询 5-按课程名称查找,此时卡号表示课程名称 public byte[] sCardNumber = new byte[CARDNUM_LEN_OUT]; public NET_DVR_TIME struStartTime = new NET_DVR_TIME(); public NET_DVR_TIME struStopTime = new NET_DVR_TIME(); public byte byDrawFrame; //0:不抽帧,1:抽帧 public byte byFindType; //0:查询普通卷,1:查询存档卷 public byte byQuickSearch; //0:普通查询,1:快速(日历)查询 public byte bySpecialFindInfoType; //专有查询条件类型 0-无效, 1-带ATM查询条件 public int dwVolumeNum; //存档卷号 public byte[] byWorkingDeviceGUID = new byte[GUID_LEN]; //工作机GUID,通过获取N+1得到 public NET_DVR_SPECIAL_FINDINFO_UNION uSpecialFindInfo = new NET_DVR_SPECIAL_FINDINFO_UNION(); //专有查询条件 public byte byStreamType; //0-同一个时间段只返回一种录像,优先级顺序为:主码流、子码流、三码流,1-子码流,2-三码流,3-主码流,254-双码流搜索(优先返回主码流录像,没有主码流录像时返回子码流录像) public byte byAudioFile; //音频文件 0-非音频文件,1-音频文件 public byte[] byRes2 = new byte[30]; //保留 } public static class NET_DVR_SPECIAL_FINDINFO_UNION extends Union { public byte[] byLenth = new byte[8]; public NET_DVR_ATMFINDINFO struATMFindInfo = new NET_DVR_ATMFINDINFO(); //ATM查询 } public static class NET_DVR_ATMFINDINFO extends HIKSDKStructure { public byte byTransactionType; //交易类型 0-全部,1-查询, 2-取款, 3-存款, 4-修改密码,5-转账, 6-无卡查询 7-无卡存款, 8-吞钞 9-吞卡 10-自定义 public byte[] byRes = new byte[3]; //保留 public int dwTransationAmount; //交易金额 ; } //录像文件查找条件结构V50 public static class NET_DVR_FILECOND_V50 extends HIKSDKStructure { public NET_DVR_STREAM_INFO struStreamID; //流ID或通道号 public NET_DVR_TIME_SEARCH_COND struStartTime = new NET_DVR_TIME_SEARCH_COND(); //开始时间 public NET_DVR_TIME_SEARCH_COND struStopTime = new NET_DVR_TIME_SEARCH_COND(); //结束时间 public byte byFindType; //0-查询普通卷,1-查询存档卷 2-查询N+1录像文件 public byte byDrawFrame; //是否抽帧 0-不抽帧 1-抽帧 public byte byQuickSearch; //0-普通查询,1-快速(日历)查询 public byte byStreamType; //0-主码流,1-子码流,2-3码流,0xff-全部 public int dwFileType; // 文件类型 public int dwVolumeNum; //存档卷号,byFindType为1时有效 public byte byIsLocked; //是否锁定 0-正常文件,1-锁定文件, 0xff表示所有文件 public byte byNeedCard; //是否需要查询卡,0-不需要 1-需要 public byte byOnlyAudioFile; //音频文件 0-视频文件 1-音频文件 public byte bySpecialFindInfoType; //0-无效, 1-带ATM查询条件 public byte[] szCardNum = new byte[32]; //卡号,byNeedCard为1时有效 public byte[] szWorkingDeviceGUID = new byte[16]; //工作机GUID,通过获取N+1得到,byFindType为2时有效 public NET_DVR_SPECIAL_FINDINFO_UNION uSpecialFindInfo = new NET_DVR_SPECIAL_FINDINFO_UNION(); //专有查询条件联合体 public int dwTimeout; //查找超时时间(指定NET_DVR_FindNextFile_V30/NET_DVR_FindNextFile_V40/NET_DVR_FindNextFile_V50接口的超时时间返回);单位:毫秒,不填写(默认为0时),接口行为跟以前一样 ;有效值:0, [5000 – 15000] public byte[] byRes = new byte[252]; } public static class NET_DVR_FINDDATA_V40 extends HIKSDKStructure { public byte[] sFileName = new byte[100];//文件名 public NET_DVR_TIME struStartTime = new NET_DVR_TIME();//文件的开始时间 public NET_DVR_TIME struStopTime = new NET_DVR_TIME();//文件的结束时间 public int dwFileSize;//文件的大小 public byte[] sCardNum = new byte[32]; public byte byLocked;//9000设备支持,1表示此文件已经被锁定,0表示正常的文件 public byte byFileType; //文件类型:0-定时录像,1-移动侦测 ,2-报警触发, //3-报警|移动侦测 4-报警&移动侦测 5-命令触发 6-手动录像,7-震动报警,8-环境报警,9-智能报警,10-PIR报警,11-无线报警,12-呼救报警,14-智能交通事件 public byte byQuickSearch; //0:普通查询结果,1:快速(日历)查询结果 public byte byRes; public int dwFileIndex; //文件索引号 public byte byStreamType; public byte[] byRes1 = new byte[127]; } public static class NET_DVR_TIME_SEARCH extends HIKSDKStructure { public short wYear; //年,设备OSD时间 public byte byMonth; //月,设备OSD时间 public byte byDay; //日,设备OSD时间 public byte byHour; //时,设备OSD时间 public byte byMinute; //分,设备OSD时间 public byte bySecond; //秒,设备OSD时间 public byte cTimeDifferenceH; //与国际标准时间的时差(小时),-12 ... +14 public byte cTimeDifferenceM; //与国际标准时间的时差(分钟),-30, 0, 30, 45 public byte byLocalOrUTC; //0-时差无效,设备本地时间,即设备OSD时间 1-时差有效 public short wMillisecond; //毫秒,精度不够,默认为0 } public static class NET_DVR_ADDRESS extends HIKSDKStructure { public NET_DVR_IPADDR struIP = new NET_DVR_IPADDR(); //IP地址 public short wPort; //端口号 public byte[] byRes = new byte[2]; } public static class NET_DVR_FINDDATA_V50 extends HIKSDKStructure { public byte[] sFileName = new byte[100]; public NET_DVR_TIME_SEARCH struStartTime = new NET_DVR_TIME_SEARCH(); public NET_DVR_TIME_SEARCH struStopTime = new NET_DVR_TIME_SEARCH(); public NET_DVR_ADDRESS struAddr = new NET_DVR_ADDRESS(); //片段所在的地址信息,集群回放时用到 public int dwFileSize; //文件大小 public byte byLocked; //文件是否被锁定,1-文件已锁定;0-文件未锁定 public byte byFileType; //文件类型,与V40相同 public byte byQuickSearch; //0- 普通查询结果,1- 快速(日历)查询结果 public byte byStreamType; //码流类型:0- 主码流,1- 子码流,2- 码流三 public int dwFileIndex; //文件索引号 public byte[] sCardNum = new byte[32]; //卡号 public int dwTotalLenH; // 对于大文件搜索,时间段内数据总长度,高32字节 public int dwTotalLenL; // 对于大文件搜索,时间段内数据总长度,低32字节 public byte byBigFileType; // 0为普通片段搜索,1为大文件搜索 public byte[] byRes = new byte[247]; } public static class NET_DVR_FILECOND extends HIKSDKStructure //录象文件查找条件结构 { public int lChannel;//通道号 public int dwFileType;//录象文件类型0xff-全部,0-定时录像,1-移动侦测 ,2-报警触发,3-报警|移动侦测 4-报警&移动侦测 5-命令触发 6-手动录像 public int dwIsLocked;//是否锁定 0-正常文件,1-锁定文件, 0xff表示所有文件 public int dwUseCardNo;//是否使用卡号 public byte[] sCardNumber = new byte[32];//卡号 public NET_DVR_TIME struStartTime;//开始时间 public NET_DVR_TIME struStopTime;//结束时间 } public static class NET_DVR_PLAYCOND extends HIKSDKStructure //回放或者下载信息结构体 { public int dwChannel;//通道号 public NET_DVR_TIME struStartTime; public NET_DVR_TIME struStopTime; public byte byDrawFrame; //0:不抽帧,1:抽帧 public byte byStreamType; //码流类型,0-主码流 1-子码流 2-码流三 public byte[] byStreamID = new byte[STREAM_ID_LEN]; public byte[] byRes = new byte[30];//保留 } public static class NET_DVR_VOD_PARA extends HIKSDKStructure //回放或者下载信息结构体 { public int dwSize; public NET_DVR_STREAM_INFO struIDInfo; public NET_DVR_TIME struBeginTime; public NET_DVR_TIME struEndTime; public HWND hWnd; public byte byDrawFrame; //0:不抽帧,1:抽帧 public byte byVolumeType; //0-普通录像卷 1-存档卷 public byte byVolumeNum; //卷号,目前指存档卷号 public byte byStreamType; //码流类型 0-主码流, 1-子码流,2-码流三 public int dwFileIndex; //存档卷上的录像文件索引,搜索存档卷录像时返回的值 public byte byAudioFile; //音频文件0-否,1-是 public byte byCourseFile; //课程文件0-否,1-是 public byte byDownload; //是否下载 0-否,1-是 public byte byOptimalStreamType; //是否按最优码流类型回放 0-否,1-是(对于双码流设备,某一段时间内的录像文件与指定码流类型不同,则返回实际码流类型的录像) public byte[] byRes2 = new byte[20]; } //图片查找条件 public static class NET_DVR_FIND_PICTURE_PARAM extends HIKSDKStructure { public int dwSize; // 结构体大小 public int lChannel; // 通道号 public byte byFileType; //图片查找类型 public byte byNeedCard; // 是否需要卡号 /* 0-保留,1-澳,2-京,3-渝,4-闽,5-甘,6-粤,7-桂, 8-贵,9-琼,10-冀,11-豫,12-黑,13-鄂,14-湘, 15-吉,16-苏,17-赣,18-辽,19-蒙,20-宁,21-青, 22-鲁,23-晋,24-陕,25-沪,26-川,27-台,28-津, 29-藏,30-港,31-新,32-云,33-浙,34-皖,0xff-全部 */ public byte byProvince; //省份索引值 public byte byEventType; // 事件类型:0保留,1-交通事件;2-违章取证;3-其他事件 public byte[] sCardNum = new byte[CARDNUM_LEN_V30]; // 卡号 public NET_DVR_TIME struStartTime = new NET_DVR_TIME();//查找图片的开始时间 public NET_DVR_TIME struStopTime = new NET_DVR_TIME();// 查找图片的结束时间 //ITC3.7 新增 public int dwTrafficType; //图片检索生效项 参考 VCA_OPERATE _TYPE public int dwVehicleType; //车辆类型 参考 VCA_VEHICLE_TYPE //违规检测类型参考 VCA_ILLEGAL_TYPE 当前不支持复选 public int dwIllegalType; public byte byLaneNo; //车道号(1~99) public byte bySubHvtType;//0-保留,1-机动车(机动车子类型中支持车牌检索,省份检索),2-非机动车,3-行人 public byte[] byRes2 = new byte[2]; public byte[] sLicense = new byte[MAX_LICENSE_LEN/*16*/]; //车牌号码 public byte byRegion; // 区域索引值 0-保留,1-欧洲(Europe Region),2-俄语区域(Russian Region),3-欧洲&俄罗斯(EU&CIS), 4-中东(Middle East),0xff-所有 public byte byCountry; // 国家索引值,参照:COUNTRY_INDEX public byte byArea; //地区 public byte byISO8601; //是否是8601的时间格式,即时差字段是否有效0-时差无效,年月日时分秒为设备本地时间 1-时差有效 public byte cStartTimeDifferenceH; //开始时间与UTC的时差(小时),-12 ... +14, 正数表示东时区 public byte cStartTimeDifferenceM; //开始时间与UTC的时差(分钟),-30, 0, 30, 45,正数表示东时区 public byte cStopTimeDifferenceH; //结束时间与UTC的时差(小时),-12 ... +14,正数表示东时区 public byte cStopTimeDifferenceM; //结束时间与UTC的时差(分钟),-30, 0, 30, 45,正数表示东时区 } public static class NET_DVR_FIND_PICTURE extends HIKSDKStructure { public byte[] sFileName = new byte[PICTURE_NAME_LEN];//图片名 public NET_DVR_TIME struTime;//图片的时间 public int dwFileSize;//图片的大小 public byte[] sCardNum = new byte[CARDNUM_LEN_V30]; //卡号 public byte byPlateColor;//参考结构 VCA_PLATE_COLOR public byte byVehicleLogo;//参考结构 VLR_VEHICLE_CLASS public byte byEventSearchStatus; //连续图片表示同一查找结果的时候,0-表示后面没有图片信息,1-表示后面还有图片信息。总共图片信息包括最后一张状态为0的图片。 public byte byRecogResult;//识别结果参考结构VTR_RESULT public byte[] sLicense = new byte[MAX_LICENSE_LEN/*16*/]; //车牌号码 public byte[] byRes = new byte[12]; } public class NET_DVR_FIND_PICTURE_V50 extends HIKSDKStructure { public byte[] sFileName = new byte[PICTURE_NAME_LEN];//图片名 public NET_DVR_TIME struTime = new NET_DVR_TIME();//图片的时间 public int dwFileSize;//图片的大小 public byte[] sCardNum = new byte[CARDNUM_LEN_V30]; //卡号 public byte byPlateColor;//参考结构 VCA_PLATE_COLOR public byte byVehicleLogo;//参考结构 VLR_VEHICLE_CLASS public byte byFileType; //文件类型, :0定时抓图1 移动侦测抓图 2 报警抓图3 报警 | 移动侦测抓图 4 报警 & 移动侦测抓图 6 手动抓图 ,9-智能图片,10- PIR报警,11- 无线报警,12- 呼救报警, 0xa 预览时截图,0xd 人脸侦测, 0xe 越界侦测,0xf 入侵区域侦测,0x10 场景变更侦测, 0x11-设备本地回放时截图, 0x12-智能侦测 public byte byRecogResult;//识别结果参考结构VTR_RESULT public byte[] sLicense = new byte[MAX_LICENSE_LEN/*16*/]; //车牌号码 public byte byEventSearchStatus; //连续图片表示同一查找结果的时候,0-表示后面没有图片信息,1-表示后面还有图片信息。总共图片信息包括最后一张状态为0的图片。 public NET_DVR_ADDRESS struAddr; //图片所在的地址信息,图片下载时用到 public byte[] byRes = new byte[256]; // 保留字节 public NET_DVR_PIC_EXTRA_INFO_UNION uPicExtraInfo; //图片附件信息 } public class NET_DVR_PIC_PARAM extends HIKSDKStructure { public Pointer pDVRFileName; public Pointer pSavedFileBuf; public int dwBufLen; public IntByReference lpdwRetLen; public NET_DVR_ADDRESS struAddr; public byte[] byRes = new byte[256]; } //查找结果结构体 public static class NET_DVR_FIND_PICTURE_V40 extends HIKSDKStructure { public byte[] sFileName = new byte[PICTURE_NAME_LEN];//图片名 public NET_DVR_TIME struTime = new NET_DVR_TIME();//图片的时间 public int dwFileSize;//图片的大小 public byte[] sCardNum = new byte[CARDNUM_LEN_V30]; //卡号 public byte byPlateColor;//参考结构 VCA_PLATE_COLOR public byte byVehicleLogo;//参考结构 VLR_VEHICLE_CLASS public byte byFileType; //文件类型, :0定时抓图1 移动侦测抓图 2 报警抓图3 报警 | 移动侦测抓图 4 报警 & 移动侦测抓图 6 手动抓图 ,9-智能图片,10- PIR报警,11- 无线报警,12- 呼救报警, 0xa 预览时截图,0xd 人脸侦测, 0xe 越界侦测,0xf 入侵区域侦测,0x10 场景变更侦测, 0x11-设备本地回放时截图, 0x12-智能侦测, 0x32-防区报警, 0x33-紧急求助, 0x34-业务咨询 public byte byRecogResult;//识别结果参考结构VTR_RESULT public byte[] sLicense = new byte[MAX_LICENSE_LEN/*16*/]; //车牌号码 public byte byEventSearchStatus; //连续图片表示同一查找结果的时候,0-表示后面没有图片信息,1-表示后面还有图片信息。总共图片信息包括最后一张状态为0的图片。 public byte[] byRes = new byte[75]; // 保留字节 public NET_DVR_PIC_EXTRA_INFO_UNION uPicExtraInfo; //图片附件信息 } public static class NET_DVR_FACE_EXTRA_INFO extends Union { public NET_VCA_RECT[] struVcaRect = new NET_VCA_RECT[MAX_FACE_PIC_NUM]; //人脸子图坐标信息 public byte[] byRes = new byte[64]; } //图片附件信息联合体 public static class NET_DVR_PIC_EXTRA_INFO_UNION extends Union { public byte[] byUnionLen = new byte[544]; //联合体长度,无实际意义 public NET_DVR_FACE_EXTRA_INFO struFaceExtraInfo; //人脸侦测信息 } public static class NET_DVR_PACKET_INFO_EX extends Union { public short wWidth; //width public short wHeight; //height public int dwTimeStamp; //lower time stamp public int dwTimeStampHigh;//higher time stamp public int dwYear; //year public int dwMonth; //month public int dwDay; //day public int dwHour; //hour public int dwMinute; //minute public int dwSecond; //second public int dwMillisecond; //millisecond public int dwFrameNum; //frame num public int dwFrameRate; //frame rate,当帧率小于0时,0x80000002:表示1/2帧率,同理可推0x80000010为1/16帧率 public int dwFlag; //flag E帧标记 public int dwFilePos; //file pos public int dwPacketType; //Packet type:0 -file head,1 -video I frame,2- video B frame, 3- video P frame, 10- audio packet, 11- private packet public int dwPacketSize; //packet size public Pointer pPacketBuffer; //packet buffer public byte[] byRes1 = new byte[4]; public int dwPacketMode; //打包方式:0-保留,1-FU_A打包方式 public byte[] byRes2 = new byte[16]; public int[] dwReserved = new int[6]; //reserved[0] 表示私有数据类型 } //云台区域选择放大缩小(HIK 快球专用) public static class NET_DVR_POINT_FRAME extends HIKSDKStructure { public int xTop; //方框起始点的x坐标 public int yTop; //方框结束点的y坐标 public int xBottom; //方框结束点的x坐标 public int yBottom; //方框结束点的y坐标 public int bCounter; //保留 } //语音对讲参数 public static class NET_DVR_COMPRESSION_AUDIO extends HIKSDKStructure { public byte byAudioEncType; //音频编码类型 0-G722; 1-G711 public byte[] byres = new byte[7];//这里保留音频的压缩参数 } public static class NET_DVR_AUDIODEC_INFO extends HIKSDKStructure { public int nchans; /* 声道数 */ public int sample_rate; /* 采样率 */ public int aacdec_profile; /* 编码用的框架 */ public int[] reserved = new int[16]; /* 保留 */ } //音频解码 public static class NET_DVR_AUDIODEC_PROCESS_PARAM extends HIKSDKStructure { public Pointer in_buf; /* 输入数据buf */ public Pointer out_buf; /* 输出数据buf */ public int in_data_size; /* 输入in_buf内数据byte数 */ public int proc_data_size; /* 输出解码库处理in_buf中数据大小bytes */ public int out_frame_size; /* 解码一帧后数据BYTE数 */ public NET_DVR_AUDIODEC_INFO dec_info = new NET_DVR_AUDIODEC_INFO(); /* 输出解码信息 */ public int g726dec_reset; /* 重置开关 */ public int g711_type; /* g711编码类型,0 - U law, 1- A law */ public int[] reserved = new int[16]; /* 保留 */ } public static class NET_DVR_AUDIOENC_INFO extends HIKSDKStructure { public int in_frame_size; /* 输入一帧数据大小(BYTES),由GetInfoParam函数返回 */ public int[] reserved = new int[16]; /* 保留 */ } //音频编码 public static class NET_DVR_AUDIOENC_PROCESS_PARAM extends HIKSDKStructure { public Pointer in_buf; /* 输入buf */ public Pointer out_buf; /* 输出buf */ public int out_frame_size; /* 编码一帧后的BYTE数 */ public int g726enc_reset; /* 重置开关 */ public int g711_type; /* g711编码类型,0 - U law, 1- A law */ public int enc_mode; /* 音频编码模式,AMR编码配置 */ public int[] reserved = new int[16]; /* 保留 */ } //用于接收报警信息的缓存区 public static class RECV_ALARM extends HIKSDKStructure { public byte[] RecvBuffer = new byte[4000];//此处的400应不小于最大报警报文长度 } //布防参数 public static class NET_DVR_SETUPALARM_PARAM extends HIKSDKStructure { public int dwSize; public byte byLevel; //布防优先级,0-一等级(高),1-二等级(中),2-三等级(低) public byte byAlarmInfoType; //上传报警信息类型(抓拍机支持),0-老报警信息(NET_DVR_PLATE_RESULT),1-新报警信息(NET_ITS_PLATE_RESULT)2012-9-28 public byte byRetAlarmTypeV40; //0--返回NET_DVR_ALARMINFO_V30或NET_DVR_ALARMINFO, 1--设备支持NET_DVR_ALARMINFO_V40则返回NET_DVR_ALARMINFO_V40,不支持则返回NET_DVR_ALARMINFO_V30或NET_DVR_ALARMINFO public byte byRetDevInfoVersion; //CVR上传报警信息回调结构体版本号 0-COMM_ALARM_DEVICE, 1-COMM_ALARM_DEVICE_V40 public byte byRetVQDAlarmType; //VQD报警上传类型,0-上传报报警NET_DVR_VQD_DIAGNOSE_INFO,1-上传报警NET_DVR_VQD_ALARM public byte byFaceAlarmDetection; public byte bySupport; public byte byBrokenNetHttp; public short wTaskNo; //任务处理号 和 (上传数据NET_DVR_VEHICLE_RECOG_RESULT中的字段dwTaskNo对应 同时 下发任务结构 NET_DVR_VEHICLE_RECOG_COND中的字段dwTaskNo对应) public byte byDeployType; //布防类型:0-客户端布防,1-实时布防 public byte[] byRes1 = new byte[3]; public byte byAlarmTypeURL;//bit0-表示人脸抓拍报警上传(INTER_FACESNAP_RESULT);0-表示二进制传输,1-表示URL传输(设备支持的情况下,设备支持能力根据具体报警能力集判断,同时设备需要支持URL的相关服务,当前是”云存储“) public byte byCustomCtrl;//Bit0- 表示支持副驾驶人脸子图上传: 0-不上传,1-上传,(注:只在公司内部8600/8200等平台开放) } public static class NET_DVR_SETUPALARM_PARAM_V50 extends HIKSDKStructure { public int dwSize; public byte byLevel; //布防优先级,0-一等级(高),1-二等级(中),2-三等级(低) public byte byAlarmInfoType; //上传报警信息类型(抓拍机支持),0-老报警信息(NET_DVR_PLATE_RESULT),1-新报警信息(NET_ITS_PLATE_RESULT)2012-9-28 public byte byRetAlarmTypeV40; //0--返回NET_DVR_ALARMINFO_V30或NET_DVR_ALARMINFO, 1--设备支持NET_DVR_ALARMINFO_V40则返回NET_DVR_ALARMINFO_V40,不支持则返回NET_DVR_ALARMINFO_V30或NET_DVR_ALARMINFO public byte byRetDevInfoVersion; //CVR上传报警信息回调结构体版本号 0-COMM_ALARM_DEVICE, 1-COMM_ALARM_DEVICE_V40 public byte byRetVQDAlarmType; //VQD报警上传类型,0-上传报报警NET_DVR_VQD_DIAGNOSE_INFO,1-上传报警NET_DVR_VQD_ALARM //1-表示人脸侦测报警扩展(INTER_FACE_DETECTION),0-表示原先支持结构(INTER_FACESNAP_RESULT) public byte byFaceAlarmDetection; //Bit0- 表示二级布防是否上传图片: 0-上传,1-不上传 //Bit1- 表示开启数据上传确认机制;0-不开启,1-开启 //Bit6- 表示雷达检测报警(eventType:radarDetection)是否开启实时上传;0-不开启,1-开启(用于web插件实时显示雷达目标轨迹) public byte bySupport; //断网续传类型 //bit0-车牌检测(IPC) (0-不续传,1-续传) //bit1-客流统计(IPC) (0-不续传,1-续传) //bit2-热度图统计(IPC) (0-不续传,1-续传) //bit3-人脸抓拍(IPC) (0-不续传,1-续传) //bit4-人脸对比(IPC) (0-不续传,1-续传) //bit5-JSON报警透传(IPC) (0-不续传,1-续传) //bit6-热度图按人员停留时间统计数据上传事件(0-不续传,1-续传) //bit7-热度图按人数统计数据上传事件的确认机制(0-不续传,1-续传) public byte byBrokenNetHttp; public short wTaskNo; //任务处理号 和 (上传数据NET_DVR_VEHICLE_RECOG_RESULT中的字段dwTaskNo对应 同时 下发任务结构 NET_DVR_VEHICLE_RECOG_COND中的字段dwTaskNo对应) public byte byDeployType; //布防类型:0-客户端布防,1-实时布防 public byte bySubScription; //订阅,按位表示,未开启订阅不上报 //占位 //Bit7-移动侦测人车分类是否传图;0-不传图(V30上报),1-传图(V40上报) public byte[] byRes1 = new byte[2]; public byte byAlarmTypeURL;//bit0-表示人脸抓拍报警上传(INTER_FACESNAP_RESULT);0-表示二进制传输,1-表示URL传输(设备支持的情况下,设备支持能力根据具体报警能力集判断,同时设备需要支持URL的相关服务,当前是”云存储“) //bit1-表示EVENT_JSON中图片数据长传类型;0-表示二进制传输,1-表示URL传输(设备支持的情况下,设备支持能力根据具体报警能力集判断) //bit2 - 人脸比对(报警类型为COMM_SNAP_MATCH_ALARM)中图片数据上传类型:0 - 二进制传输,1 - URL传输 //bit3 - 行为分析(报警类型为COMM_ALARM_RULE)中图片数据上传类型:0 - 二进制传输,1 - URL传输,本字段设备是否支持,对应软硬件能力集中节点是否返回且为true public byte byCustomCtrl;//Bit0- 表示支持副驾驶人脸子图上传: 0-不上传,1-上传 public byte[] byRes4 = new byte[128]; } //区域框参数 public static class NET_VCA_RECT extends HIKSDKStructure { public float fX; public float fY; public float fWidth; public float fHeight; } //报警目标信息 public static class NET_VCA_TARGET_INFO extends HIKSDKStructure { public int dwID; public NET_VCA_RECT struRect; public byte[] byRes = new byte[4]; } //前端设备信息 public static class NET_VCA_DEV_INFO extends HIKSDKStructure { public NET_DVR_IPADDR struDevIP; public short wPort; public byte byChannel; public byte byIvmsChannel; } //事件规则信息 public static class NET_VCA_RULE_INFO extends HIKSDKStructure { public byte byRuleID; public byte byRes; public short wEventTypeEx; public byte[] byRuleName = new byte[NAME_LEN]; public int dwEventType; public NET_VCA_EVENT_UNION uEventParam; public void read() { super.read(); switch (wEventTypeEx) { case 1: uEventParam.setType(NET_VCA_TRAVERSE_PLANE.class); break; case 2: case 3: uEventParam.setType(NET_VCA_AREA.class); break; default: break; } uEventParam.read(); } public void write() { super.write(); uEventParam.write(); } } //警戒规则参数联合体 public static class NET_VCA_EVENT_UNION extends Union { public int[] uLen = new int[23]; public NET_VCA_TRAVERSE_PLANE struTraversePlane; public NET_VCA_AREA struArea; } //穿越警戒面参数 public static class NET_VCA_TRAVERSE_PLANE extends HIKSDKStructure { public NET_VCA_LINE struPlaneBottom; public int dwCrossDirection; public byte bySensitivity; public byte byPlaneHeight; public byte byDetectionTarget;/*检测目标:0- 所有目标,1- 人,2- 车 */ public byte[] byRes2 = new byte[37]; } public static class NET_DVR_HANDLEEXCEPTION_V40 extends HIKSDKStructure { public int dwHandleType;/*处理方式,各种异常处理方式的"或"结果,异常处理方式: 0x00: 无响应 0x01: 监视器上警告 0x02: 声音警告 0x04: 上传中心 0x08: 触发报警输出 0x10: Jpeg抓图并上传EMail 0x20: 无线声光报警器联动 0x40: 联动电子地图(目前仅PCNVR支持) 0x200:抓图并上传ftp 0x400: 虚焦侦测联动聚焦 0x800: PTZ联动跟踪(球机跟踪目标) E.g. dwHandleType==0x01|0x04 表示配置报警发生时联动监视器上警告并且将报警信息上传中心。 */ public int dwMaxRelAlarmOutChanNum;/*设备最大支持的触发报警输出通道数(只读) */ public int dwRelAlarmOutChanNum;/*已配置的触发的报警输出通道个数,决定dwRelAlarmOut取前多少个数组下标 */ public int[] dwRelAlarmOut = new int[MAX_CHANNUM_V30];/*触发报警输出通道,取数组前dwRelAlarmOutChanNum个值, 其值表示报警输出通道号(从1开始),初始值是0xfffffffff(不关联通道)。 例如,dwRelAlarmOutChanNum=5,则可以配置触发报警输出通道dwRelAlarmOut[0]~dwRelAlarmOut[4]。 */ public byte[] byRes = new byte[64]; /*保留,置为0 */ } public static final int MAX_ALERTLINE_NUM = 8; public static class NET_VCA_TRAVERSE_PLANE_DETECTION extends HIKSDKStructure { public int dwSize; public byte byEnable;//使能 public byte byEnableDualVca;// 启用支持智能后检索 0-不启用,1-启用 public byte[] byRes1 = new byte[2]; public NET_VCA_TRAVERSE_PLANE[] struAlertParam = new NET_VCA_TRAVERSE_PLANE[MAX_ALERTLINE_NUM]; //警戒线参数 public NET_DVR_SCHEDTIMEWEEK[] struAlarmSched = new NET_DVR_SCHEDTIMEWEEK[MAX_DAYS]; public NET_DVR_HANDLEEXCEPTION_V40 struHandleException; //异常处理方式 public int dwMaxRelRecordChanNum; //报警触发的录象通道 数(只读)最大支持数量 public int dwRelRecordChanNum; //报警触发的录象通道 数 实际支持的数量 public int[] byRelRecordChan = new int[MAX_CHANNUM_V30];//触发录像的通道号 public NET_DVR_SCHEDTIME[] struHolidayTime = new NET_DVR_SCHEDTIME[MAX_TIMESEGMENT_V30]; //假日布防时间 public byte[] byRes2 = new byte[100]; } public static class NET_VCA_INTRUSION extends HIKSDKStructure { public NET_VCA_POLYGON struRegion;//区域范围 public short wDuration; //行为事件触发时间阈值: 1-120秒,建议5秒,判断是有效报警的时间 在ATM系统中触发文件阈值为 1-1000秒 public byte bySensitivity; //灵敏度参数,范围[1-100] public byte byRate; //占比:区域内所有未报警目标尺寸目标占区域面积的比重,归一化为-; /* 检测目标,可支持多选,具体定义为: 0~所有目标(表示不锁定检测目标,所有目标都将进行检测) 0x01 ~ 人, 0x02 ~ 车, 0x04 ~ 其他 */ public byte byDetectionTarget; public byte byPriority;//优先级,0~低,1~中,2~高 public byte[] byRes = new byte[2]; //保留 } //快速移动参数 public static class NET_VCA_RUN extends HIKSDKStructure { public NET_VCA_POLYGON struRegion;//区域范围 public float fRunDistance; //人快速移动最大距离, 范围: [0.1, 1.00] 像素模式 实际模式(1,20)m/s public byte bySensitivity; //灵敏度参数,范围[1,5] public byte byMode; // 0 像素模式 1 实际模式 /* 检测目标,可支持多选,具体定义为: 0~所有目标(表示不锁定检测目标,所有目标都将进行检测) 0x01 ~ 人, 0x02 ~ 车,, 0x04 ~ 其他, 该字段支持多选,按位取值,例如3表示1+2. */ public byte byDetectionTarget; public byte byRes; } //奔跑检测 public static class NET_VCA_RUNNING extends HIKSDKStructure { public NET_VCA_POLYGON struRegion; //区域范围 public int dwSpeed; //奔跑速度,范围[1,10] public short wDuration; // 触发报警时间阈值 public byte byRunMode; //奔跑模式,0-保留,1:单人奔跑,2:多人奔跑 public byte byRes; } //倒地参数 public static class NET_VCA_FALL_DOWN extends HIKSDKStructure { public NET_VCA_POLYGON struRegion;//区域范围 public short wDuration; /* 触发事件阈值 1-60s*/ public short bySensitivity; /* 灵敏度参数,范围[1,5] */ public short byHeightThreshold; //高度阈值,范围[0,250],默认90,单位:厘米 public byte[] byRes = new byte[4]; } public static final int MAX_INTRUSIONREGION_NUM = 8; //最大区域数数 public static class NET_VCA_FIELDDETECION extends HIKSDKStructure { public int dwSize; public byte byEnable; //使能,是否开启 public byte byEnableDualVca;// 启用支持智能后检索 0-不启用,1-启用 public byte byEnableHumanMisinfoFilter;// 启用人体去误报 0-不启用,1-启用 public byte byEnableVehicleMisinfoFilter;// 启用车辆去误报 0-不启用,1-启用 public NET_VCA_INTRUSION[] struIntrusion = new NET_VCA_INTRUSION[MAX_INTRUSIONREGION_NUM];//每个区域的参数设置 public NET_DVR_SCHEDTIMEWEEK[] struAlarmSched = new NET_DVR_SCHEDTIMEWEEK[MAX_DAYS]; //布防时间 public NET_DVR_HANDLEEXCEPTION_V40 struHandleException; //异常处理方式 public int dwMaxRelRecordChanNum; //报警触发的录象通道 数(只读)最大支持数量 public int dwRelRecordChanNum; //报警触发的录象通道 数 实际支持的数量 public int[] byRelRecordChan = new int[MAX_CHANNUM_V30];//触发录像通道 public NET_DVR_SCHEDTIME[] struHolidayTime = new NET_DVR_SCHEDTIME[MAX_TIMESEGMENT_V30]; //假日布防时间 public byte[] byRes2 = new byte[100]; } public static class NET_DVR_CHANNEL_GROUP extends HIKSDKStructure { public int dwSize; public int dwChannel; public int dwGroup; public byte byID; public byte[] byRes1 = new byte[3]; public int dwPositionNo; public byte[] byRes = new byte[56]; } //线结构参数 public static class NET_VCA_LINE extends HIKSDKStructure { public NET_VCA_POINT struStart; public NET_VCA_POINT struEnd; } //点坐标参数 public static class NET_VCA_POINT extends HIKSDKStructure { public float fX; public float fY; } //进入/离开区域参数 public static class NET_VCA_AREA extends HIKSDKStructure { public NET_VCA_POLYGON struRegion; public byte[] byRes = new byte[8]; } //多边形结构体 public static class NET_VCA_POLYGON extends HIKSDKStructure { public int dwPointNum; public NET_VCA_POINT[] struPos = new NET_VCA_POINT[VCA_MAX_POLYGON_POINT_NUM]; } public static class NET_VCA_SIZE_FILTER extends HIKSDKStructure { public byte byActive; //是否激活尺寸过滤器 0-否 非0-是 public byte byMode; //过滤器模式SIZE_FILTER_MODE public byte[] byRes = new byte[2]; //保留,置0 public NET_VCA_RECT struMiniRect; //最小目标框,全0表示不设置 public NET_VCA_RECT struMaxRect; //最大目标框,全0表示不设置 } //尺寸过滤策略 public static class NET_VCA_FILTER_STRATEGY extends HIKSDKStructure { public byte byStrategy; //尺寸过滤策略 0 - 不启用 1-高度和宽度过滤,2-面积过滤 public byte[] byRes = new byte[11]; //保留 } //行为分析报警 public static class NET_VCA_RULE_ALARM extends HIKSDKStructure { public int dwSize; public int dwRelativeTime; public int dwAbsTime; public NET_VCA_RULE_INFO struRuleInfo; public NET_VCA_TARGET_INFO struTargetInfo; public NET_VCA_DEV_INFO struDevInfo; public int dwPicDataLen; public byte byPicType; public byte byRelAlarmPicNum; //关联通道报警图片数量 public byte bySmart;//IDS设备返回0(默认值),Smart Functiom Return 1 public byte byPicTransType; //图片数据传输方式: 0-二进制;1-url public int dwAlarmID; //报警ID,用以标识通道间关联产生的组合报警,0表示无效 public short wDevInfoIvmsChannelEx; //与NET_VCA_DEV_INFO里的byIvmsChannel含义相同,能表示更大的值。老客户端用byIvmsChannel能继续兼容,但是最大到255。新客户端版本请使用wDevInfoIvmsChannelEx。 public byte byRelativeTimeFlag; //dwRelativeTime字段是否有效 0-无效, 1-有效,dwRelativeTime表示UTC时间 public byte byAppendInfoUploadEnabled; //附加信息上传使能 0-不上传 1-上传 public Pointer pAppendInfo; //指向附加信息NET_VCA_APPEND_INFO的指针,byAppendInfoUploadEnabled为1时或者byTimeDiffFlag为1时有效 public Pointer pImage; } public static class NET_DVR_SYSTEM_TIME extends HIKSDKStructure { public short wYear; //年 public short wMonth; //月 public short wDay; //日 public short wHour; //时 public short wMinute; //分 public short wSecond; //秒 public short wMilliSec; //毫秒 public byte[] byRes = new byte[2]; } //设备支持AI开放平台接入,上传视频检测数据 public static class NET_AIOP_VIDEO_HEAD extends HIKSDKStructure { public int dwSize; //dwSize = sizeof(NET_AIOP_VIDEO_HEAD) public int dwChannel; //设备分析通道的通道号; public NET_DVR_SYSTEM_TIME struTime = new NET_DVR_SYSTEM_TIME(); //时间 public byte[] szTaskID = new byte[64]; //视频任务ID,来自于视频任务派发 public int dwAIOPDataSize; //对应AIOPDdata数据长度 public int dwPictureSize; //对应分析图片长度 public byte[] szMPID = new byte[64]; //检测模型包ID,用于匹配AIOP的检测数据解析;可以通过URI(GET /ISAPI/Intelligent/AIOpenPlatform/algorithmModel/management?format=json)获取当前设备加载的模型包的label description信息; public Pointer pBufferAIOPData; //AIOPDdata数据 public Pointer pBufferPicture;//对应分析图片数据 public byte byPictureMode;//图片数据传输模式 0-二进制,1-武汉云云存储,当byPictureMode为0时pBufferPicture为二进制数据,当byPictureMode为1时pBufferPicture为武汉云URL public byte[] byRes2 = new byte[3];//保留字节 public int dwPresetIndex; //预置点序号 public byte[] byRes = new byte[176]; } //设备支持AI开放平台接入,上传图片检测数据 public static class NET_AIOP_PICTURE_HEAD extends HIKSDKStructure { public int dwSize; //dwSize = sizeof(NET_AIOP_PICTURE_HEAD) public NET_DVR_SYSTEM_TIME struTime = new NET_DVR_SYSTEM_TIME(); //时间 public byte[] szPID = new byte[64]; //透传下发的图片ID,来自于图片任务派发 public int dwAIOPDataSize; //对应AIOPDdata数据长度 public byte byStatus; //状态值:0-成功,1-图片大小错误 public byte[] byRes1 = new byte[3]; public byte[] szMPID = new byte[64]; //检测模型包ID,用于匹配AIOP的检测数据解析; public Pointer pBufferAIOPData;//AIOPDdata数据 public int dwPresetIndex; //预置点序号 public byte[] byRes = new byte[180]; } public static class NET_DVR_AI_PICTUR_UPLOAD extends HIKSDKStructure { public int dwSize; public byte[] szTaskID = new byte[64]; //任务id,strlen.max = 64,业务平台统一维护管理 public byte[] szPID = new byte[64]; //图片id,strlen.max = 64,业务平台统一维护管理 public byte[] byRes = new byte[128]; } // AI开放平台接入轮询视频检测报警结构体。 public static class NET_AIOP_POLLING_SNAP_HEAD extends HIKSDKStructure { public int dwSize; //dwSize = sizeof(NET_AIOP_POLLING_SNAP_HEAD) public int dwChannel; //设备分析通道的通道号(走SDK协议); public NET_DVR_SYSTEM_TIME struTime = new NET_DVR_SYSTEM_TIME(); //时间 public byte[] szTaskID = new byte[64]; //轮询抓图任务ID,来自于轮询抓图任务派发 public int dwAIOPDataSize; //对应AIOPDdata数据长度 public int dwPictureSize; //对应分析图片长度 public byte[] szMPID = new byte[64]; //检测模型包ID,用于匹配AIOP的检测数据解析; public Pointer pBufferAIOPData;//AIOPDdata数据 public Pointer pBufferPicture;//分析图片数据 public byte byPictureMode;//图片数据传输模式 0-二进制,1-武汉云云存储,当byPictureMode为0时pBufferPicture为二进制数据,当byPictureMode为1时pBufferPicture为武汉云URL public byte[] byRes2 = new byte[3];//保留字节 public int dwPresetIndex; //预置点序号 public byte[] byRes = new byte[176]; } // AI开放平台接入轮询视频检测报警结构体。 public static class NET_AIOP_POLLING_VIDEO_HEAD extends HIKSDKStructure { public int dwSize; //dwSize = sizeof(NET_AIOP_POLLING_VIDEO_HEAD) public int dwChannel; //设备分析通道的通道号(走SDK协议); public NET_DVR_SYSTEM_TIME struTime; //时间 public byte[] szTaskID = new byte[64]; //轮询抓图任务ID,来自于轮询抓图任务派发 public int dwAIOPDataSize; //对应AIOPDdata数据长度 public int dwPictureSize; //对应分析图片长度 public byte[] szMPID = new byte[64]; //检测模型包ID,用于匹配AIOP的检测数据解析; public Pointer pBufferAIOPData;//AIOPDdata数据 public Pointer pBufferPicture;//对应分析图片数据 public byte byPictureMode;//图片数据传输模式 0-二进制,1-武汉云云存储,当byPictureMode为0时pBufferPicture为二进制数据,当byPictureMode为1时pBufferPicture为武汉云URL public byte[] byRes2 = new byte[3];//保留字节 public int dwPresetIndex; //预置点序号 public byte[] byRes = new byte[176]; } //规则触发参数 public static class NET_VCA_RULE_TRIGGER_PARAM extends HIKSDKStructure { public byte byTriggerMode; //规则的触发方式,0- 不启用,1- 轨迹点 2- 目标面积 public byte byTriggerPoint; //触发点,触发方式为轨迹点时有效 0- 中,1-上,2-下 public byte[] byRes1 = new byte[2]; //保留 public float fTriggerArea; //触发目标面积百分比 [0,100],触发方式为目标面积时有效 public byte[] byRes2 = new byte[4]; //保留 } public static class NET_VCA_ONE_RULE_V42 extends HIKSDKStructure { public byte byActive; //是否激活规则, 0-否,非0-是 public byte byEventPriority;//事件优先级 0-低,1-中,2-高 public byte[] byRes1 = new byte[4]; //保留,设置为0字段 public short wEventType; //行为事件类型,参考VCA_RULE_EVENT_TYPE_EX public byte[] byRuleName = new byte[NAME_LEN/*32*/]; //规则名称 public NET_VCA_EVENT_UNION uEventParam; //行为分析事件参数 public NET_VCA_SIZE_FILTER struSizeFilter; //尺寸过滤器 public NET_DVR_SCHEDTIMEWEEK[] struAlarmTime = new NET_DVR_SCHEDTIMEWEEK[MAX_DAYS];//布防时间 public NET_DVR_HANDLEEXCEPTION_V40 struAlarmHandleType; /*处理方式*/ //异常处理方式中报警输出号与组号绑定,即组号为0时,表示关联的报警输出号范围为1-64,当组号为1时,表示关联的报警输出号范围为65-128, 且是组内紧凑排列,如果遇到0xffffffff表示本组 当前的及组内后续的报警出号无效 public int[] dwRelRecordChan = new int[MAX_CHANNUM_V30]; /* 报警触发的录象通道(四字节的通道号,初始值是 0xffffffff)*/ //关联的录像通道号与组号绑定,即组号为0时,表示关联的通道号范围为1-64,当组号为1时,表示关联的通道号范围为65-128, 且是组内紧凑排列,如果遇到0xffffffff表示本组 当前的及组内后续的关联通道号无效 public short wAlarmDelay; //智能报警延时,0-5s,1-10,2-30s,3-60s,4-120s,5-300s,6-600s public byte[] byRes2 = new byte[2]; //保留 public NET_VCA_FILTER_STRATEGY struFilterStrategy; //尺寸过滤策略 public NET_VCA_RULE_TRIGGER_PARAM struTriggerParam; //规则触发参数 public byte[] byRes = new byte[32]; } public static class NET_DVR_PTZ_POSITION extends HIKSDKStructure { // 是否启用场景,在设置场景行为规则的时候该字段无效,在设置球机本地配置场景位置信息时作为使能位 public byte byEnable; public byte[] byRes1 = new byte[3]; //保留 public byte[] byPtzPositionName = new byte[NAME_LEN]; //场景位置名称 public NET_DVR_PTZPOS struPtzPos; //ptz 坐标 public byte[] byRes2 = new byte[40]; } //行为分析配置结构体 public static class NET_VCA_RULECFG_V42 extends HIKSDKStructure { public int dwSize; //结构图大小 public byte byPicProType; //报警时图片处理方式 0-不处理 1-上传 public byte byUpLastAlarm; //是否先上传最近一次的报警,0-否,1-是 public byte byPicRecordEnable; //是否启用图片存储, 0-不启用, 1-启用 public byte byRes1; public NET_DVR_JPEGPARA struPicParam; //图片规格结构 public NET_VCA_ONE_RULE_V42[] struRule = new NET_VCA_ONE_RULE_V42[16]; /* 规则数组*/ public short[] wRelSnapChan = new short[3]; //关联抓图通道,当主通道报警时,同时会上传关联通道的抓拍图片,0表示不关联,其他值为关联通道号 public byte byTrackEnable; //是否启用跟踪 public byte byRes2; public NET_DVR_PTZ_POSITION struPTZPosition; //场景位置信息 public short wTrackDuration; //跟踪持续时间,单位s public short wIntervalTime; //单次报警间隔时间(秒)[1-7200](ˆ默认为600) public short wHeightLimit;//目标检测高度下限(厘米)[0-250](默认为80cm),小于此高度的目标将不作为目标进行检测 public byte[] byRes = new byte[58];//保留 } public static final int CID_CODE_LEN = 4; public static final int DEV_SERIAL_LEN = 9; public static final int ACCOUNTNUM_LEN = 6; public static final int ACCOUNTNUM_LEN_32 = 32; public static class NET_DVR_CID_ALARM extends HIKSDKStructure { public int dwSize; public byte[] sCIDCode = new byte[CID_CODE_LEN/*4*/]; //CID事件号 public byte[] sCIDDescribe = new byte[NAME_LEN/*32*/]; //CID事件名 public NET_DVR_TIME_EX struTriggerTime = new NET_DVR_TIME_EX(); //触发报警的时间点 public NET_DVR_TIME_EX struUploadTime = new NET_DVR_TIME_EX(); //上传报警的时间点 public byte[] sCenterAccount = new byte[ACCOUNTNUM_LEN/*6*/]; //中心帐号 public byte byReportType; //见定义NET_DVR_ALARMHOST_REPORT_TYPE public byte byUserType; //用户类型,0-网络用户 1-键盘用户,2-手机用户,3-系统用户 public byte[] sUserName = new byte[NAME_LEN/*32*/]; //网络用户用户名 public short wKeyUserNo; //键盘用户号 0xFFFF表示无效 public byte byKeypadNo; //键盘号 0xFF表示无效 public byte bySubSysNo; //子系统号 0xFF表示无效 public short wDefenceNo; //防区号 0xFFFF表示无效 public byte byVideoChanNo; //视频通道号 0xFF表示无效 public byte byDiskNo; //硬盘号 0xFF表示无效 public short wModuleAddr; //模块地址 0xFFFF表示无效 public byte byCenterType; //0-无效, 1-中心账号(长度6),2-扩展的中心账号(长度9) public byte byRes1; public byte[] sCenterAccountV40 = new byte[ACCOUNTNUM_LEN_32/*32*/]; //中心账号V40,使用此字段时sCenterAccount无效 public byte[] byDevSerialNo = new byte[DEV_SERIAL_LEN]; /*产品序列号*/ public byte byRepeaterNo; //中继器号,为0无效 public short wRemoteCtrllerUserNo; //遥控器用户号,为0无效 public int dwIOTChannelNo; //IOT通道号 public byte[] byRes2 = new byte[12]; } public static class NET_DVR_SENSOR_ALARM extends HIKSDKStructure { public int dwSize; // 结构体大小 public int dwAbsTime; // 绝对时标信息 OSD显示信息 public byte[] byName = new byte[NAME_LEN]; // sensor 名称 public byte bySensorChannel; // 模拟量通道 public byte byType; // 模拟量类型 public byte byAlarmType; // 1-上4、2-上3、3-上2、4-上1、5-下1、6-下2、7-下3、8-下4 和当前模式有关 // 例如当为1000时,有上1下1,2,3报警四种报警 public byte byAlarmMode; //报警模式,五种,-HHHH、-HHHL、-HHLL、HLLL、-LLLL, 作为平台报警程度判断功能,即:1111(上上上上),1110(上上上下),1100(上上下下),1000(上下下下),0000(下下下下) public float fValue; // 但前模拟量的值 public float fOriginalValue; //原始电流电压值,保留小数点后三位,具体值表示电流还是电压根据NET_DVR_SENSOR_INFO的bySensorStandard类型 public byte[] byRes2 = new byte[28]; // 保留字节 } //开关量报警上传 public static class NET_DVR_SWITCH_ALARM extends HIKSDKStructure { public int dwSize; public byte[] byName = new byte[NAME_LEN]; // switch 名称 public short wSwitchChannel; // 开关量通道, 0-255 public byte byAlarmType; // 报警类型 0--正常,1--短路,2--断路,3-异常 public byte[] byRes = new byte[41]; // 保留字节 } public static class NET_DVR_ALARMHOST_EXCEPTION_ALARM extends HIKSDKStructure { public int dwSize; // 结构体大小 // 异常参数 1-设备防拆报警 2-设备防拆后后恢复正常 3-主电源掉电报警 4-主电源掉电后恢复正常 5-内部通信故障报警 // 6-内部通信故障后恢复正常 7-电话线断线 8-电话线断线恢复 9-自检失败报警 10-自检失败后恢复正常 // 11蓄电池欠压 12蓄电池电压恢复正常,13-蓄电池故障;14-MBUS模块掉线;15-MBUS模块掉线恢复;16-键盘掉线; //17-键盘掉线恢复;18-设备被移动;19-设备被移动复位 20-485外设线路断报警 21-485外设线路断后恢复正常 //25-子板1插上,26-子板1拔出, 27-子板2插上,28-子板2拔出 public int dwExceptionType; public byte[] byRes = new byte[36]; // 保留 } public static class NET_DVR_ALARMHOST_POINT_VALUE extends HIKSDKStructure { public byte byChanType; //接入类型,1-本地模拟量通道,2-本地开关量通道,3-485通道,4-网络通道 public byte byPointType; //点类型,1-遥测(模拟量),2-遥信(开关量) public byte[] byRes1 = new byte[2]; //保留 public int dwChanNo; //485通道号,0xffffffff表示无效,通道类型为1时:表示本地模拟量通道号,通道类型为2时表示本地开关量通道号,通道类型为3时表示485通道号。 public int dwSubChanNo; //槽位号, 0xffffffff表示无效,通道类型为3时使用 public int dwVariableNo; //变量编号,0xffffffff表示无效 public int dwPointNo; //104点号,0xffffffff表示无效 public int iValue; //监测点的值,表示低32位 public int iValueEx; //监测点的值,表示高32位 public byte[] byRes = new byte[12]; } public static class NET_DVR_ALARMHOST_DATA_UNION extends HIKSDKStructure { public byte[] byLength = new byte[40]; public NET_DVR_ALARMHOST_POINT_VALUE struPointValue; //监测点实时数据 } public static class NET_DVR_ALARMHOST_DATA_UPLOAD extends HIKSDKStructure { public int dwSize; public byte byDataType; //数据类型,1-监测点实时数据上传 public byte[] byRes1 = new byte[3]; public NET_DVR_ALARMHOST_DATA_UNION struAlarmData; public byte[] byRes2 = new byte[32]; } //车牌识别结果子结构 public static class NET_DVR_PLATE_INFO extends HIKSDKStructure { public byte byPlateType; //车牌类型 public byte byColor; //车牌颜色 public byte byBright; //车牌亮度 public byte byLicenseLen; //车牌字符个数 public byte byEntireBelieve; //整个车牌的置信度,-100 public byte byRegion; // 区域索引值 0-保留,1-欧洲(EU),2-俄语区域(ER),3-欧洲&俄罗斯(EU&CIS) ,4-中东(ME),0xff-所有 public byte byCountry; // 国家索引值,参照枚举COUNTRY_INDEX(不支持"COUNTRY_ALL = 0xff, //ALL 全部") public byte byArea; //区域(省份),各国家内部区域枚举,阿联酋参照 EMI_AREA public byte byPlateSize; //车牌尺寸,0~未知,1~long, 2~short(中东车牌使用) public byte byAddInfoFlag; public short wCRIndex;//国家/地区索引,索引值参考_CR_ INDEX_ public byte[] byRes = new byte[12]; //保留 public byte[] sPlateCategory = new byte[8];//车牌附加信息, 即中东车牌中车牌号码旁边的小字信息,(目前只有中东地区支持) public int dwXmlLen; //XML报警信息长度 public Pointer pXmlBuf; // XML报警信息指针,报警类型为 COMM_ITS_PLATE_RESUL时有效,其XML对应到EventNotificationAlert XML Block public NET_VCA_RECT struPlateRect = new NET_VCA_RECT(); //车牌位置 public byte[] sLicense = new byte[MAX_LICENSE_LEN]; //车牌号码,注:中东车牌需求把小字也纳入车牌号码,小字和车牌号中间用空格分隔 public byte[] byBelieve = new byte[MAX_LICENSE_LEN]; //各个识别字符的置信度,如检测到车牌"浙A12345", 置信度为,20,30,40,50,60,70,则表示"浙"字正确的可能性只有%,"A"字的正确的可能性是% } public static class NET_DVR_VEHICLE_INFO extends HIKSDKStructure { public int dwIndex; //车辆序号 public byte byVehicleType; //车辆类型 0 表示其它车型,1 表示小型车,2 表示大型车 ,3表示行人触发 ,4表示二轮车触发 5表示三轮车触发(3.5Ver) public byte byColorDepth; //车身颜色深浅 public byte byColor; //车身颜色,参考VCR_CLR_CLASS /*雷达异常状态: 0~雷达正常, 1~雷达故障 2~雷达一直发送某一个相同速度值 3~雷达送出数据为0 4~雷达送出数据过大或者过小 */ public byte byRadarState; public short wSpeed; //单位km/h public short wLength; //前一辆车的车身长度 /*违规类型,0-正常,1-低速,2-超速,3-逆行,4-闯红灯,5-压车道线,6-不按导向,7-路口滞留, 8-机占非,9-违法变道,10-不按车道 11-违反禁令,12-路口停车,13-绿灯停车, 14-未礼让行人(违法代码1357), 15-违章停车,16-违章掉头,17-占用应急车道,18-禁右,19-禁左,20-压黄线,21-未系安全带,22-行人闯红灯,23-加塞,24-违法使用远光灯, 25-驾驶时拨打接听手持电话,26-左转不让直行,27-右转不让左转,28-掉头不让直行,29-大弯小转, 30-闯绿灯,31-未带头盔, 32-非机动车载人,33-非机动车占用机动车道,34-非机动车打伞棚, 35-黑烟车, 36-鸣笛*/ public byte byIllegalType; public byte byVehicleLogoRecog; //参考枚举类型 VLR_VEHICLE_CLASS public byte byVehicleSubLogoRecog; //车辆品牌子类型识别;参考VSB_VOLKSWAGEN_CLASS等子类型枚举。 public byte byVehicleModel; //车辆子品牌年款,0-未知,参考"车辆子品牌年款.xlsx" public byte[] byCustomInfo = new byte[16]; //自定义信息 public short wVehicleLogoRecog; //车辆主品牌,参考"车辆主品牌.xlsx" (该字段兼容byVehicleLogoRecog); public byte byIsParking;//是否停车 0-无效,1-停车,2-未停车 public byte byRes;//保留字节 public int dwParkingTime; //停车时间,单位:s public byte[] byRes3 = new byte[8]; } //手动抓拍 public static class NET_DVR_MANUALSNAP extends HIKSDKStructure { public byte byOSDEnable;//0-不关闭(默认),1-关闭 public byte byLaneNo;//车道号, 范围为1-6,默认为1(抓拍机内部测试使用) public byte byChannel;//通道号 public byte[] byRes = new byte[21]; //保留 } //交通抓拍结果信息 public static class NET_DVR_PLATE_RESULT extends HIKSDKStructure { public int dwSize; public byte byResultType; public byte byChanIndex; public short wAlarmRecordID; public int dwRelativeTime; public byte[] byAbsTime = new byte[32]; public int dwPicLen; public int dwPicPlateLen; public int dwVideoLen; public byte byTrafficLight; public byte byPicNum; public byte byDriveChan; public byte byVehicleType; public int dwBinPicLen; public int dwCarPicLen; public int dwFarCarPicLen; public Pointer pBuffer3; public Pointer pBuffer4; public Pointer pBuffer5; public byte[] byRes3 = new byte[8]; public NET_DVR_PLATE_INFO struPlateInfo; public NET_DVR_VEHICLE_INFO struVehicleInfo; public Pointer pBuffer1; public Pointer pBuffer2; } public static class NET_DVR_TIME_V30 extends HIKSDKStructure { public short wYear; public byte byMonth; public byte byDay; public byte byHour; public byte byMinute; public byte bySecond; public byte byRes; public short wMilliSec; public byte[] byRes1 = new byte[2]; } public static class NET_ITS_PICTURE_INFO extends HIKSDKStructure { public int dwDataLen; public byte byType; public byte byDataType; public byte byCloseUpType; public byte byPicRecogMode; public int dwRedLightTime; public byte[] byAbsTime = new byte[32]; public NET_VCA_RECT struPlateRect = new NET_VCA_RECT(); public NET_VCA_RECT struPlateRecgRect = new NET_VCA_RECT(); public Pointer pBuffer; public int dwUTCTime;//UTC时间 public byte byCompatibleAblity;//兼容能力字段,按位表示,值:0- 无效,1- 有效 public byte byTimeDiffFlag; /*时差字段是否有效 0-时差无效, 1-时差有效 */ public byte cTimeDifferenceH; /*与UTC的时差(小时),-12 ... +14, +表示东区,,byTimeDiffFlag为1时有效*/ public byte cTimeDifferenceM; /*与UTC的时差(分钟),-30, 30, 45, +表示东区,byTimeDiffFlag为1时有效*/ public byte[] byRes2 = new byte[4]; } public static class NET_ITS_PLATE_RESULT extends HIKSDKStructure { public int dwSize; public int dwMatchNo; public byte byGroupNum; public byte byPicNo; public byte bySecondCam; public byte byFeaturePicNo; public byte byDriveChan; public byte byVehicleType; public byte byDetSceneID; public byte byVehicleAttribute; public short wIllegalType; public byte[] byIllegalSubType = new byte[8]; public byte byPostPicNo; public byte byChanIndex; public short wSpeedLimit; public byte byChanIndexEx; //byChanIndexEx*256+byChanIndex表示真实通道号。 public byte byRes2; public NET_DVR_PLATE_INFO struPlateInfo = new NET_DVR_PLATE_INFO(); public NET_DVR_VEHICLE_INFO struVehicleInfo = new NET_DVR_VEHICLE_INFO(); public byte[] byMonitoringSiteID = new byte[48]; public byte[] byDeviceID = new byte[48]; public byte byDir; public byte byDetectType; public byte byRelaLaneDirectionType; public byte byCarDirectionType; public int dwCustomIllegalType; public Pointer pIllegalInfoBuf; public byte byIllegalFromatType; public byte byPendant; public byte byDataAnalysis; public byte byYellowLabelCar; public byte byDangerousVehicles; public byte byPilotSafebelt; public byte byCopilotSafebelt; public byte byPilotSunVisor; public byte byCopilotSunVisor; public byte byPilotCall; public byte byBarrierGateCtrlType; public byte byAlarmDataType; public NET_DVR_TIME_V30 struSnapFirstPicTime = new NET_DVR_TIME_V30(); public int dwIllegalTime; public int dwPicNum; public NET_ITS_PICTURE_INFO[] struPicInfo = new NET_ITS_PICTURE_INFO[6]; } public int MAX_PARKNO_LEN = 16; //车位编号长度 public int MAX_ID_LEN = 48; //编号最大长度 //停车场数据上传 public static class NET_ITS_PARK_VEHICLE extends HIKSDKStructure { public int dwSize; //结构长度 public byte byGroupNum; //图片组数量(单次轮询抓拍的图片数量) public byte byPicNo; //连拍的图片组上传图片序号(接收到图片组数量后,表示接收完成 //接收超时不足图片组数量时,根据需要保留或删除) public byte byLocationNum; //单张图片所管理的车位数 public byte byParkError; //停车异常,0-正常 1 异常 public byte[] byParkingNo = new byte[MAX_PARKNO_LEN];//车位编号 public byte byLocationStatus; //车位车辆状态,0-无车,1有车 public byte bylogicalLaneNum;//逻辑车位号,0-3,一个相机最大能管4个车位 (0代表最左边,3代表最右边) public short wUpLoadType;//第零位表示:0~轮训上传、1~变化上传 public byte[] byRes1 = new byte[4]; //保留字节 public int dwChanIndex; //通道号数字通道 public NET_DVR_PLATE_INFO struPlateInfo; //车牌信息结构 public NET_DVR_VEHICLE_INFO struVehicleInfo; //车辆信息 public byte[] byMonitoringSiteID = new byte[MAX_ID_LEN]; //监测点编号 public byte[] byDeviceID = new byte[MAX_ID_LEN]; //设备编号 public int dwPicNum; //图片数量(与picGroupNum不同,代表本条信息附带的图片数量,图片信息由struVehicleInfoEx定义 public NET_ITS_PICTURE_INFO[] struPicInfo = new NET_ITS_PICTURE_INFO[2]; //图片信息,单张回调,最多2张图,由序号区分 public byte[] byRes2 = new byte[256]; } public static class NET_DVR_SNAPCFG extends HIKSDKStructure { public int dwSize; public byte byRelatedDriveWay;//触发IO关联的车道号 public byte bySnapTimes; //线圈抓拍次数,0-不抓拍,非0-连拍次数,目前最大5次 public short wSnapWaitTime; //抓拍等待时间,单位ms,取值范围[0,60000] public short[] wIntervalTime = new short[MAX_INTERVAL_NUM];//连拍间隔时间,ms public int dwSnapVehicleNum; //抓拍车辆序号。 public NET_DVR_JPEGPARA struJpegPara;//抓拍图片参数 public byte[] byRes2 = new byte[16]; } // 道闸控制 public static class NET_DVR_BARRIERGATE_CFG extends HIKSDKStructure { public int dwSize; public int dwChannel; //通道号 public byte byLaneNo; //道闸号(0-表示无效值(设备需要做有效值判断),1-道闸1) /* 若老的平台不支持byUnlock字段,该字段将赋值为0,通过“0-关闭道闸,1-开启道闸,2-停止道闸”中的任何一种操作皆可进行解锁。 若新平台支持byUnlock字段,需byUnlock字段赋值为1,并结合4~解锁道闸来进行解锁。byUnlock字段赋值为1后,“0-关闭道闸,1-开启道闸,2-停止道闸”操作将不可用于解锁。 */ public byte byBarrierGateCtrl;//0-关闭道闸,1-开启道闸,2-停止道闸 3-锁定道闸,4~解锁道闸 public byte byEntranceNo;//出入口编号 [1,8] public byte byUnlock;//启用解锁使能,0~为不启用,1~启用 public byte[] byRes = new byte[12]; } public static class NET_DVR_AGEGROUP_PARAM extends HIKSDKStructure { public int dwTeenage;//少年(人数) public int dwYouth;//青年(人数) public int dwMidLife;//中年(人数) public int dwElderly;//老年(人数) public int dwChild;//儿童(人数) public int dwAdolescent;//青少年(人数) public int dwPrime;//壮年(人数) public int dwMidage;//中老年(人数) public byte[] byRes = new byte[48]; } public static class NET_DVR_SEXGROUP_PARAM extends HIKSDKStructure { public int dwMale;//男(人数) public int dwFemale;//女(人数) public byte[] byRes = new byte[64]; } public static class NET_DVR_PROGRAM_INFO extends HIKSDKStructure { public int dwProgramNo; //节目编号 public byte[] sProgramName = new byte[NAME_LEN]; //节目名称 public byte[] byRes = new byte[16]; } public static class NET_DVR_FACECAPTURE_STATISTICS_RESULT extends HIKSDKStructure { public int dwSize; public NET_DVR_TIME_EX struStartTime;/*间隔开始时间*/ public NET_DVR_TIME_EX struEndTime;/*间隔结束时间*/ public byte byStatType;//数据类型统计:Bit0-年龄段有效,Bit1-性别有效,Bit2-人数有效 public byte[] byRes = new byte[7]; public int dwPeopleNum;//人数统计 public NET_DVR_AGEGROUP_PARAM struAgeGroupParam;//年龄段人数统计 public NET_DVR_SEXGROUP_PARAM struSexGroupParam;//性别人数统计 public NET_DVR_PROGRAM_INFO struProgramInfo; //节目信息 public byte[] byRes1 = new byte[76]; } //获取交通数据条件结构 public static class NET_DVR_TRAFFIC_DATA_QUERY_COND extends HIKSDKStructure { public int dwSize; /* Bit0-通道有效 Bit1-时间有效 Bit2-车牌号有效 Bit3-车牌类型有效 Bit4-车牌颜色有效 Bit5-车身颜色有效 Bit6-车辆类型有效 Bit7-车辆品牌有效 Bit8-车道号有效 Bit9-监测方向有效 Bit10-最低速度有效 Bit11-最高速度有效 Bit12-数据类型有效 Bit13-布控方式类型有效 Bit14-违法取证有效 Bit15-事件类型有效 Bit16-取证类型有效 */ public int dwQueryCond;//查询条件 0表示无效,1表示有效 public int dwChannel;//默认是1([1~32],bit0表示通道1,依次类推bit31表示通道32) public NET_DVR_TIME_V30 struStartTime;//开始时间 public NET_DVR_TIME_V30 struEndTime;//结束时间 public byte[] sLicense = new byte[MAX_LICENSE_LEN/*16*/];//(设备支持模糊查询, GB2312编码) /* Bit0-未知(其他) Bit1-标准民用车与军车 Bit2-02式民用车牌 Bit3-武警车 Bit4-警车 Bit5-民用车双行尾牌 Bit6-使馆车牌 Bit7-农用车 Bit8-摩托车 */ public int dwPlateType;//车牌类型(支持按位表示,可以复选) /* Bit0-未知(其他) Bit1-黄色 Bit2-白色 Bit3-黑色 Bit4-绿色 Bit5-蓝色 */ public int dwPlateColor;//车牌颜色(支持按位表示,可以复选) /* Bit0-未ª知(其他) Bit1-白色 Bit2-银色 Bit3-灰色 Bit4-黑色 Bit5-红色 Bit6-深蓝色 Bit7-蓝色 Bit8-黄色 Bit9-绿色 Bit10-棕色 Bit11-粉色 Bit12-紫色 Bit13-深灰色 */ public int dwVehicleColor;//车身颜色(支持按位表示,可以复选) /* Bit0-未知(其他) Bit1-客车 Bit2-大货车 Bit3-轿车 Bit4-面包车 Bit5-小货车 Bit6-行人 Bit7-二轮车 Bit8-三轮车 Bit9-SUV/MPV Bit10-中型客车 */ public int dwVehicleType;//车辆类型(支持按位表示,可以复选) /** * Bit0-其他(保留) * Bit1-低速 * Bit2-超速 * Bit3-逆行 * Bit4-闯红灯 * Bit5-压车道线 * Bit6-不按导向 * Bit7-路口滞留 * Bit8-机占非 * Bit9-违法变道 * Bit10-不按车道 * Bit11-违反禁令 * Bit12-路口停车 * Bit13-绿灯停车 * Bit14-未礼让行人 * Bit15-违章停车 * Bit16-违章掉头 * Bit17-占用应急车道 * Bit18-未系安全带 */ public int dwIllegalType; /** * Bit0-其他(保留) * Bit1-拥堵 * Bit2-停车 * Bit3-逆行 * Bit4-行人 * Bit5-抛洒物 * Bit6-烟雾 * Bit7-压线 * Bit8-禁止名单 * Bit9-超速 * Bit10-变道 * Bit11-掉头 * Bit12-机占非 * Bit13-加塞 */ public int dwEventType; /** * Bit0-其他(保留) * Bit1-城市公路违法停车 * Bit2-高速公路违法停车 * Bit3-压线 * Bit4-逆行 * Bit5-违法变道 * Bit6-机占非 */ public int dwForensiceType; public short wVehicleLogoRecog; //车辆主品牌,参考"车辆主品牌.xlsx" (仅单选) public byte byLaneNo;//车道号(0~255,0号车道 表示 车道号未知) public byte byDirection;//监测方向,1-上行,2-下行,3-双向,4-由东向西,5-由南向北,6-由西向东,7-由北向南 public short wMinSpeed;//最低速度(0~999)单位km/h public short wMaxSpeed;//最高速度(0~999)单位km/h public byte byDataType;//数据类型 0-卡口数据,1-违法数据,2-交通事件,3-取证数据 (仅单选) public byte byExecuteCtrl;//布控 0-允许名单,1-禁止名单,0xff-其他 public byte[] byRes = new byte[254]; } public static final int MAX_TRAFFIC_PICTURE_NUM = 8; //交通图片数量 //交通数据结构体 public static class NET_DVR_TRAFFIC_DATA_QUERY_RESULT extends HIKSDKStructure { public int dwSize; public int dwChannel;//默认是1([1~32]) public byte[] sLicense = new byte[MAX_LICENSE_LEN/*16*/]; /* Bit0-未知(其他) Bit1-标准民用车与军车 Bit2-02式民用车牌 Bit3-武警车 Bit4-警车 Bit5-民用车双行尾牌 Bit6-使馆车牌 Bit7-农用车 Bit8-摩托车 */ public int dwPlateType;//车牌类型 /* Bit0-未知(其他) Bit1-黄色 Bit2-白色 Bit3-黑色 Bit4-绿色 Bit5-蓝色 */ public int dwPlateColor;//车牌颜色 /* Bit0-未知(其他) Bit1-白色 Bit2-银色 Bit3-灰色 Bit4-黑色 Bit5-红色 Bit6-深蓝色 Bit7-蓝色 Bit8-黄色 Bit9-绿色 Bit10-棕色 Bit11-粉色 Bit12-紫色 Bit13-深灰色 */ public int dwVehicleColor;//车身颜色 /* Bit0-未知(其他) Bit1-客车 Bit2-大货车 Bit3-轿车 Bit4-面包车 Bit5-小货车 Bit6-行人 Bit7-二轮车 Bit8-三轮车 Bit9-SUV/MPV Bit10-中型客车 Bit11-机动车 Bit12-非机动车 Bit13-小型轿车 Bit14-微型轿车 Bit15-皮卡车 Bit16-集装箱卡车 Bit17-微卡,栏板卡 Bit18-渣土车 Bit19-吊车,工程车 Bit20-油罐车 Bit21-混凝土搅拌车 Bit22-平板拖车 Bit23-两厢轿车 Bit24-三厢轿车 Bit25-轿跑 Bit26-小型客车 */ public int dwVehicleType;//车辆类型 /** * Bit0-其他(保留) * Bit1-低速 * Bit2-超速 * Bit3-逆行 * Bit4-闯红灯 * Bit5-压车道线 * Bit6-不按导向 * Bit7-路口滞留 * Bit8-机占非 * Bit9-违法变道 * Bit10-不按车道 * Bit11-违反禁令 * Bit12-路口停车 * Bit13-绿灯停车 * Bit14-未礼让行人 * Bit15-违章停车 * Bit16-违章掉头 * Bit17-占用应急车道 * Bit18-未系安全带 */ public int dwIllegalType; /** * Bit0-其他(保留) * Bit1-拥堵 * Bit2-停车 * Bit3-逆行 * Bit4-行人 * Bit5-抛洒物 * Bit6-烟雾 * Bit7-压线 * Bit8-禁止名单 * Bit9-超速 * Bit10-变道 * Bit11-掉头 * Bit12-机占非 * Bit13-加塞 */ public int dwEventType; /** * Bit0-其他(保留) * Bit1-城市公路违法停车 * Bit2-高速公路违法停车 * Bit3-压线 * Bit4-逆行 * Bit5-违法变道 * Bit6-机占非 */ public int dwForensiceType; public short wVehicleLogoRecog; //车辆主品牌,参考"车辆主品牌.xlsx" public byte byLaneNo;//车道号(0~255,0号车道 表示 车道号未知) public byte byDirection;//监测方向,1-上行,2-下行,3-双向,4-由东向西,5-由南向北,6-由西向东,7-由北向南 public short wSpeed;//速度(0~999)单位km/h public byte byDataType;//数据类型: 0-卡口 1-违法 2-事件 3-取证 public byte[] byRes = new byte[253]; public NET_DVR_TRAFFIC_PICTURE_PARAM[] struTrafficPic = new NET_DVR_TRAFFIC_PICTURE_PARAM[MAX_TRAFFIC_PICTURE_NUM/*8*/]; } //交通图片参数子结构 public static final int PICTURE_NAME_LEN = 64; public static class NET_DVR_TRAFFIC_PICTURE_PARAM extends HIKSDKStructure { public NET_DVR_TIME_V30 struRelativeTime = new NET_DVR_TIME_V30(); //抓拍相对时标 public NET_DVR_TIME_V30 struAbsTime = new NET_DVR_TIME_V30(); //抓拍绝对时标 public byte[] szPicName = new byte[PICTURE_NAME_LEN/*64*/]; public byte byPicType;//图片类型 0-车牌图,1-抓拍原图,2-合成图,3-特写图 public byte[] byRes = new byte[63]; } public static class NET_DVR_VEHICLE_CONTROL_COND extends HIKSDKStructure { public int dwChannel; public int dwOperateType; public byte[] sLicense = new byte[MAX_LICENSE_LEN]; public byte[] sCardNo = new byte[48]; public byte byListType; public byte[] byRes1 = new byte[3]; public int dwDataIndex; public byte[] byRes = new byte[116]; } public static class NET_DVR_VEHICLE_CONTROL_LIST_INFO extends HIKSDKStructure { public int dwSize; public int dwChannel; public int dwDataIndex; public byte[] sLicense = new byte[16]; public byte byListType; public byte byPlateType; public byte byPlateColor; public byte[] byRes = new byte[21]; public byte[] sCardNo = new byte[48]; public NET_DVR_TIME_V30 struStartTime = new NET_DVR_TIME_V30(); public NET_DVR_TIME_V30 struStopTime = new NET_DVR_TIME_V30(); public byte[] sOperateIndex = new byte[32]; public byte[] byRes1 = new byte[224]; } //车辆报警 public static class NET_DVR_VEHICLE_CONTROL_ALARM extends HIKSDKStructure { public int dwSize; public byte byListType; //名单属性:0-允许名单,1-禁止名单,2-临时名单 public byte byPlateType; //车牌类型 public byte byPlateColor; //车牌颜色 public byte byRes1; public byte[] sLicense = new byte[MAX_LICENSE_LEN];//车牌号码 public byte[] sCardNo = new byte[MAX_CARDNO_LEN]; // 卡号 public NET_DVR_TIME_V30 struAlarmTime = new NET_DVR_TIME_V30(); //报警时间 public int dwChannel; //设备通道号,如果直连的是IPC,则为ipc通道号;如果连的DVR\nvr,则为DVR\NVR的通道号 public int dwPicDataLen; //图片数据大小,0表示无图片,不为0是表示后面带图片数据 public byte byPicType; //图片类型,0-JPEG public byte byPicTransType; //图片数据传输方式: 0-二进制;1-url public byte[] byRes3 = new byte[2]; public Pointer pPicData; public byte[] byRes2 = new byte[48]; } public int MAX_LED_INFO_LEN = 512; public int MAX_VOICE_INFO_LEN = 128; //LED屏幕显示参数 public static class NET_DVR_LEDDISPLAY_CFG extends HIKSDKStructure { public int dwSize;//结构体大小 public byte[] sDisplayInfo = new byte[MAX_LED_INFO_LEN/*512*/]; // LED显示内容 public byte byDisplayMode;//显示方式:0~左移,1~右移,2~立即显示 public byte bySpeedType;//速度类型:0~快,1~中,2~慢 public byte byShowPlateEnable;//显示车牌使能,0~关闭,1~启用 public byte byRes1; public int dwShowTime;//显示时长,1~60秒 public byte[] byRes = new byte[128]; } //语音播报控制参数 public static class NET_DVR_VOICEBROADCAST_CFG extends HIKSDKStructure { public int dwSize;//结构体大小 public byte[] sInfo = new byte[MAX_VOICE_INFO_LEN/*128*/]; //语音播报内容 public byte byBroadcastNum;// 语音播报次数, 1~10次 public byte byIntervalTime;// 语音播报间隔时间,1~5s public byte[] byRes = new byte[126]; } //缴费金额信息 public static class NET_DVR_CHARGEACCOUNT_CFG extends HIKSDKStructure { public int dwSize;//结构体大小 public float fAccount;//实际收费金额 public byte[] byRes = new byte[128]; } public static final int DOOR_NAME_LEN = 32; //门名称 public static final int STRESS_PASSWORD_LEN = 8; //胁迫密码长度 public static final int SUPER_PASSWORD_LEN = 8; //胁迫密码长度 public static final int UNLOCK_PASSWORD_LEN = 8; // 解除密码长度 public static class NET_DVR_DOOR_CFG extends HIKSDKStructure { public int dwSize; public byte[] byDoorName = new byte[DOOR_NAME_LEN]; //门名称 public byte byMagneticType; //门磁类型,0-常闭,1-常开 public byte byOpenButtonType; //开门按钮类型,0-常闭,1-常开 public byte byOpenDuration; //开门持续时间,1-255s(楼层继电器动作时间) public byte byDisabledOpenDuration; //残障人士卡开门持续时间,1-255s public byte byMagneticAlarmTimeout; //门磁检测超时报警时间,0-255s,0表示不报警 public byte byEnableDoorLock; //是否启用闭门回锁,0-否,1-是 public byte byEnableLeaderCard; //是否启用首卡常开功能,0-否,1-是 public byte byLeaderCardMode; //首卡模式,0-不启用首卡功能,1-首卡常开模式,2-首卡授权模式(使用了此字段,则byEnableLeaderCard无效) public int dwLeaderCardOpenDuration; //首卡常开持续时间,1-1440min public byte[] byStressPassword = new byte[STRESS_PASSWORD_LEN]; //胁迫密码 public byte[] bySuperPassword = new byte[SUPER_PASSWORD_LEN]; //超级密码 public byte[] byUnlockPassword = new byte[UNLOCK_PASSWORD_LEN]; //解除码NET_DVR_LOCAL_CONTROLLER_STATUS public byte byUseLocalController; //只读,是否连接在就地控制器上,0-否,1-是 public byte byRes1; public short wLocalControllerID; //只读,就地控制器序号,1-64,0代表未注册 public short wLocalControllerDoorNumber; //只读,就地控制器的门编号,1-4,0代表未注册 public short wLocalControllerStatus; //只读,就地控制器在线状态:0-离线,1-网络在线,2-环路1上的RS485串口1,3-环路1上的RS485串口2,4-环路2上的RS485串口1,5-环路2上的RS485串口2,6-环路3上的RS485串口1,7-环路3上的RS485串口2,8-环路4上的RS485串口1,9-环路4上的RS485串口2(只读) public byte byLockInputCheck; //是否启用门锁输入检测(1字节,0不启用,1启用,默认不启用) public byte byLockInputType; //门锁输入类型(1字节,0常闭,1常开,默认常闭) public byte byDoorTerminalMode; //门相关端子工作模式(1字节,0防剪防短,1普通,默认防剪防短) public byte byOpenButton; //是否启用开门按钮(1字节,0是,1否,默认是) public byte byLadderControlDelayTime; //梯控访客延迟时间,1-255min public byte[] byRes2 = new byte[43]; } public static class NET_DVR_DOOR_STATUS_PLAN extends HIKSDKStructure { public int dwSize; public int dwTemplateNo; //计划模板编号,为0表示取消关联,恢复默认状态(普通状态) public byte[] byRes = new byte[64]; } public static class NET_DVR_EVENT_CARD_LINKAGE_COND extends HIKSDKStructure { public int dwSize; public int dwEventID; //事件ID public short wLocalControllerID; //就地控制器序号[1,64] public byte[] byRes = new byte[106]; } public static final int MAX_ALARMHOST_ALARMIN_NUM = 512;//网络报警主机最大报警输入口数 public static final int MAX_ALARMHOST_ALARMOUT_NUM = 512;//网络报警主机最大报警输出口数 public static class NET_DVR_EVENT_CARD_LINKAGE_CFG_V50 extends HIKSDKStructure { public int dwSize; //结构体大小 public byte byProMode; //联动方式,0-事件,1-卡号, 2-MAC地址 public byte[] byRes1 = new byte[3]; public int dwEventSourceID; //事件源ID,当主类型为设备事件时无效, 当主类型是门事件时为门编号;当主类型为读卡器事件时,为读卡器ID;当为报警输入事件时为防区报警输入ID或事件报警输入ID。0xffffffff表示联动全部 public NET_DVR_EVETN_CARD_LINKAGE_UNION uLinkageInfo = new NET_DVR_EVETN_CARD_LINKAGE_UNION(); //联动方式参数 public byte[] byAlarmout = new byte[MAX_ALARMHOST_ALARMOUT_NUM]; //关联的报警输出号,按位表示,为0表示不关联,为1表示关联 public byte[] byRes2 = new byte[32]; //保留 public byte[] byOpenDoor = new byte[MAX_DOOR_NUM_256]; //按位表示,是否联动开门,0-不联动,1-联动 public byte[] byCloseDoor = new byte[MAX_DOOR_NUM_256]; //按位表示,是否联动关门,0-不联动,1-联动 public byte[] byNormalOpen = new byte[MAX_DOOR_NUM_256]; //按位表示,是否联动常开,0-不联动,1-联动 public byte[] byNormalClose = new byte[MAX_DOOR_NUM_256]; //按位表示,是否联动常关,0-不联动,1-联动 public byte byMainDevBuzzer; //主机蜂鸣器 0-不联动,1-联动输出 public byte byCapturePic; //是否联动抓拍,0-不联动抓拍,1-联动抓拍 public byte byRecordVideo; //是否联动录像,0-不联动录像,1-联动录像 public byte[] byRes3 = new byte[29]; //保留 public byte[] byReaderBuzzer = new byte[MAX_CARD_READER_NUM_512]; //联动读卡器蜂鸣器,按位表示,0-不联动,1-联动 public byte[] byAlarmOutClose = new byte[MAX_ALARMHOST_ALARMOUT_NUM]; //关联报警输出关闭,按字节表示,为0表示不关联,为1表示关联 public byte[] byAlarmInSetup = new byte[MAX_ALARMHOST_ALARMIN_NUM]; //关联防区布防,按字节表示,为0表示不关联,为1表示关联 public byte[] byAlarmInClose = new byte[MAX_ALARMHOST_ALARMIN_NUM]; //关联防区撤防,按字节表示,为0表示不关联,为1表示关联 public byte[] byRes = new byte[500]; //保留 } public static class NET_DVR_EVENT_LINKAGE_INFO extends HIKSDKStructure { public short wMainEventType; //事件主类型,0-设备事件,1-报警输入事件,2-门事件,3-读卡器事件 public short wSubEventType; //事件次类型 public byte[] byRes = new byte[28]; } public static class NET_DVR_EVETN_CARD_LINKAGE_UNION extends Union { public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //卡号 public NET_DVR_EVENT_LINKAGE_INFO struEventLinkage; //事件联动时参数 public byte[] byMACAddr = new byte[MACADDR_LEN]; //物理MAC地址 public byte[] byEmployeeNo = new byte[NET_SDK_EMPLOYEE_NO_LEN]; //工号(人员ID) } //卡参数配置条件 public static class NET_DVR_CARD_CFG_COND extends HIKSDKStructure { public int dwSize; public int dwCardNum; public byte byCheckCardNo; public byte[] ibyRes = new byte[31]; } //获取卡参数的发送数据 public static class NET_DVR_CARD_CFG_SEND_DATA extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[32]; public byte[] byRes = new byte[16]; } public static class CARDRIGHTPLAN extends HIKSDKStructure { public byte[] byRightPlan = new byte[4]; } //卡参数 public static class NET_DVR_CARD_CFG extends HIKSDKStructure { public int dwSize; public int dwModifyParamType; public byte[] byCardNo = new byte[32]; public byte byCardValid; public byte byCardType; public byte byLeaderCard; public byte byRes1; public int dwDoorRight; public NET_DVR_VALID_PERIOD_CFG struValid; public int dwBelongGroup; public byte[] byCardPassword = new byte[8]; public CARDRIGHTPLAN[] byCardRightPlan = new CARDRIGHTPLAN[32]; public int dwMaxSwipeTime; public int dwSwipeTime; public short wRoomNumber; public short wFloorNumber; public byte[] byRes2 = new byte[20]; } public int ACS_CARD_NO_LEN = 32; //门禁卡号长度 public int MAX_GROUP_NUM_128 = 128; //最大群组数 public int MAX_DOOR_NUM_256 = 256; //最大门数 public int CARD_PASSWORD_LEN = 8; //卡密码长度 public int MAX_CARD_READER_NUM = 64; //最大读卡器数 public int MAX_DOOR_CODE_LEN = 8; //房间代码长度 public int MAX_LOCK_CODE_LEN = 8; //锁代码长度 public int MAX_CARD_RIGHT_PLAN_NUM = 4; //卡权限最大计划个数 public int MAX_CASE_SENSOR_NUM = 8; //最大case sensor触发器数 public static class CARDRIGHTPLAN_WORD extends HIKSDKStructure { public short[] wRightPlan = new short[MAX_CARD_RIGHT_PLAN_NUM]; } public static class NET_DVR_CARD_CFG_V50 extends HIKSDKStructure { public int dwSize; public int dwModifyParamType;//需要修改的卡参数,设置卡参数时有效,按位表示,每位代表一种参数,1为需要修改,0为不修改 public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //卡号 public byte byCardValid; //卡是否有效,0-无效,1-有效(用于删除卡,设置时置为0进行删除,获取时此字段始终为1) public byte byCardType; //卡类型,1-普通卡,2-残障人士卡,3-禁止名单卡,4-巡更卡,5-胁迫卡,6-超级卡,7-来宾卡,8-解除卡,9-员工卡,10-应急卡,11-应急管理卡,默认普通卡 public byte byLeaderCard; //是否为首卡,1-是,0-否 public byte byRes1; public byte[] byDoorRight = new byte[MAX_DOOR_NUM_256]; //门权限(楼层权限),按位表示,1为有权限,0为无权限,从低位到高位表示对门1-N是否有权限 public NET_DVR_VALID_PERIOD_CFG struValid; //有效期参数 public byte[] byBelongGroup = new byte[MAX_GROUP_NUM_128]; //所属群组,按字节表示,1-属于,0-不属于 public byte[] byCardPassword = new byte[CARD_PASSWORD_LEN]; //卡密码 public CARDRIGHTPLAN_WORD[] wCardRightPlan = new CARDRIGHTPLAN_WORD[MAX_DOOR_NUM_256]; //卡权限计划,取值为计划模板编号,同个门不同计划模板采用权限或的方式处理 public int dwMaxSwipeTime; //最大刷卡次数,0为无次数限制(开锁次数) public int dwSwipeTime; //已刷卡次数 public short wRoomNumber; //房间号 public short wFloorNumber; //层号 public int dwEmployeeNo; //工号 public byte[] byName = new byte[NAME_LEN]; //姓名 public short wDepartmentNo; //部门编号 public short wSchedulePlanNo; //排班计划编号 public byte bySchedulePlanType; //排班计划类型:0-无意义、1-个人、2-部门 public byte byRightType; //下发权限类型:0-普通发卡权限、1-二维码权限、2-蓝牙权限(可视对讲设备二维码权限配置项:房间号、卡号(虚拟卡号)、最大刷卡次数(开锁次数)、有效期参数;蓝牙权限:卡号(萤石APP账号)、其他参数配置与普通发卡权限一致) public byte[] byRes2 = new byte[2]; public int dwLockID; //锁ID public byte[] byLockCode = new byte[MAX_LOCK_CODE_LEN]; //锁代码 public byte[] byRoomCode = new byte[MAX_DOOR_CODE_LEN]; //房间代码 public int dwCardRight; //卡权限 public int dwPlanTemplate; //计划模板(每天)各时间段是否启用,按位表示,0--不启用,1-启用 public int dwCardUserId; //持卡人ID public byte byCardModelType; //0-空,1- MIFARE S50,2- MIFARE S70,3- FM1208 CPU卡,4- FM1216 CPU卡,5-国密CPU卡,6-身份证,7- NFC public byte[] byRes3 = new byte[83]; } //有效期参数结构体 public static class NET_DVR_VALID_PERIOD_CFG extends HIKSDKStructure { public byte byEnable; public byte[] byRes1 = new byte[3]; public NET_DVR_TIME_EX struBeginTime; public NET_DVR_TIME_EX struEndTime; public byte byTimeType; //时间类型 public byte[] byRes2 = new byte[31]; } //扩展结构体信息 public static class NET_DVR_ID_CARD_INFO_EXTEND extends HIKSDKStructure { public byte byRemoteCheck; //是否需要远程核验(0-无效,1-不需要(默认),2-需要) public byte byThermometryUnit; //测温单位(0-摄氏度(默认),1-华氏度,2-开尔文) public byte byIsAbnomalTemperature; //人脸抓拍测温是否温度异常:1-是,0-否 public byte byRes2; public float fCurrTemperature; //人脸温度(精确到小数点后一位) public NET_VCA_POINT struRegionCoordinates = new NET_VCA_POINT(); //人脸温度坐标 public int dwQRCodeInfoLen; //二维码信息长度,不为0是表示后面带数据 public int dwVisibleLightDataLen; //热成像相机可见光图片长度,不为0是表示后面带数据 public int dwThermalDataLen; //热成像图片长度,不为0是表示后面带数据 public Pointer pQRCodeInfo; //二维码信息指针 public Pointer pVisibleLightData; //热成像相机可见光图片指针 public Pointer pThermalData; //热成像图片指针 public byte[] byRes = new byte[1024]; } //身份证信息报警 public static class NET_DVR_ID_CARD_INFO_ALARM extends HIKSDKStructure { public int dwSize; //结构长度 public NET_DVR_ID_CARD_INFO struIDCardCfg = new NET_DVR_ID_CARD_INFO();//身份证信息 public int dwMajor; //报警主类型,参考宏定义 public int dwMinor; //报警次类型,参考宏定义 public NET_DVR_TIME_V30 struSwipeTime = new NET_DVR_TIME_V30(); //时间 public byte[] byNetUser = new byte[MAX_NAMELEN];//网络操作的用户名 public NET_DVR_IPADDR struRemoteHostAddr = new NET_DVR_IPADDR();//远程主机地址 public int dwCardReaderNo; //读卡器编号,为0无效 public int dwDoorNo; //门编号,为0无效 public int dwPicDataLen; //图片数据大小,不为0是表示后面带数据 public Pointer pPicData; public byte byCardType; //卡类型,1-普通卡,2-残障人士卡,3-禁止名单卡,4-巡更卡,5-胁迫卡,6-超级卡,7-来宾卡,8-解除卡,为0无效 public byte byDeviceNo; // 设备编号,为0时无效(有效范围1-255) public byte byMask; //是否带口罩:0-保留,1-未知,2-不戴口罩,3-戴口罩 public byte byCurrentEvent; //是否为实时事件:0-无效,1-是(实时事件),2-否(离线事件) public int dwFingerPrintDataLen; // 指纹数据大小,不为0是表示后面带数据 public Pointer pFingerPrintData; public int dwCapturePicDataLen; // 抓拍图片数据大小,不为0是表示后面带数据 public Pointer pCapturePicData; public int dwCertificatePicDataLen; //证件抓拍图片数据大小,不为0是表示后面带数据 public Pointer pCertificatePicData; public byte byCardReaderKind; //读卡器属于哪一类,0-无效,1-IC读卡器,2-身份证读卡器,3-二维码读卡器,4-指纹头 public byte[] byRes3 = new byte[2]; public byte byIDCardInfoExtend; //pIDCardInfoExtend是否有效:0-无效,1-有效 public Pointer pIDCardInfoExtend; //byIDCardInfoExtend为1时,表示指向一个NET_DVR_ID_CARD_INFO_EXTEND结构体 public int dwSerialNo; //事件流水号,为0无效 public byte[] byRes = new byte[168]; } public static final int CARD_READER_DESCRIPTION = 32; //读卡器描述 public static class NET_DVR_CARD_READER_CFG_V50 extends HIKSDKStructure { public int dwSize; public byte byEnable; //是否使能,1-使能,0-不使能 public byte byCardReaderType; //读卡器类型,1-DS-K110XM/MK/C/CK,2-DS-K192AM/AMP,3-DS-K192BM/BMP,4-DS-K182AM/AMP,5-DS-K182BM/BMP,6-DS-K182AMF/ACF,7-韦根或485不在线,8- DS-K1101M/MK,9- DS-K1101C/CK,10- DS-K1102M/MK/M-A,11- DS-K1102C/CK,12- DS-K1103M/MK,13- DS-K1103C/CK,14- DS-K1104M/MK,15- DS-K1104C/CK,16- DS-K1102S/SK/S-A,17- DS-K1102G/GK,18- DS-K1100S-B,19- DS-K1102EM/EMK,20- DS-K1102E/EK,21- DS-K1200EF,22- DS-K1200MF,23- DS-K1200CF,24- DS-K1300EF,25- DS-K1300MF,26- DS-K1300CF,27- DS-K1105E,28- DS-K1105M,29- DS-K1105C,30- DS-K182AMF,31- DS-K196AMF,32-DS-K194AMP,33-DS-K1T200EF/EF-C/MF/MF-C/CF/CF-C,34-DS-K1T300EF/EF-C/MF/MF-C/CF/CF-C,35-DS-K1T105E/E-C/M/M-C/C/C-C,36-DS-K1T803F/F-M/F-S/F-E,37-DS-K1A801F/F-M/F-S/F-E,38-DS-K1107M/MK,39-DS-K1107E/EK,40-DS-K1107S/SK,41-DS-K1108M/MK,42-DS-K1108E/EK,43-DS-K1108S/SK,44-DS-K1200F,45-DS-K1S110-I,46-DS-K1T200M-PG/PGC,47-DS-K1T200M-PZ/PZC,48-DS-K1109H public byte byOkLedPolarity; //OK LED极性,0-阴极,1-阳极 public byte byErrorLedPolarity; //Error LED极性,0-阴极,1-阳极 public byte byBuzzerPolarity; //蜂鸣器极性,0-阴极,1-阳极 public byte bySwipeInterval; //重复刷卡间隔时间,单位:秒 public byte byPressTimeout; //按键超时时间,单位:秒 public byte byEnableFailAlarm; //是否启用读卡失败超次报警,0-不启用,1-启用 public byte byMaxReadCardFailNum; //最大读卡失败次数 public byte byEnableTamperCheck; //是否支持防拆检测,0-disable ,1-enable public byte byOfflineCheckTime; //掉线检测时间 单位秒 public byte byFingerPrintCheckLevel; //指纹识别等级,1-1/10误认率,2-1/100误认率,3-1/1000误认率,4-1/10000误认率,5-1/100000误认率,6-1/1000000误认率,7-1/10000000误认率,8-1/100000000误认率,9-3/100误认率,10-3/1000误认率,11-3/10000误认率,12-3/100000误认率,13-3/1000000误认率,14-3/10000000误认率,15-3/100000000误认率,16-Automatic Normal,17-Automatic Secure,18-Automatic More Secure(目前门禁不支持) public byte byUseLocalController; //只读,是否连接在就地控制器上,0-否,1-是 public byte byRes1; public short wLocalControllerID; //只读,就地控制器序号, byUseLocalController=1时有效,1-64,0代表未注册 public short wLocalControllerReaderID; //只读,就地控制器的读卡器ID,byUseLocalController=1时有效,0代表未注册 public short wCardReaderChannel; //只读,读卡器通信通道号,byUseLocalController=1时有效,0韦根或离线,1-RS485A,2-RS485B public byte byFingerPrintImageQuality; //指纹图像质量,0-无效,1-低质量(V1),2-中等质量(V1),3-高质量(V1),4-最高质量(V1),5-低质量(V2),6-中等质量(V2),7-高质量(V2),8-最高质量(V2) public byte byFingerPrintContrastTimeOut; //指纹对比超时时间,0-无效,范围1-20代表:1s-20s,0xff-无限大 public byte byFingerPrintRecogizeInterval; //指纹连续识别间隔,0-无效,范围1-10代表:1s-10s,0xff-无延迟 public byte byFingerPrintMatchFastMode; //指纹匹配快速模式,0-无效,范围1-5代表:快速模式1-快速模式5,0xff-自动 public byte byFingerPrintModuleSensitive; //指纹模组灵敏度,0-无效,范围1-8代表:灵敏度级别1-灵敏度级别8 public byte byFingerPrintModuleLightCondition; //指纹模组光线条件,0-无效,1-室外,2-室内 public byte byFaceMatchThresholdN; //人脸比对阀值,范围0-100 public byte byFaceQuality; //人脸质量,范围0-100 public byte byFaceRecogizeTimeOut; //人脸识别超时时间,范围1-20代表:1s-20s,0xff-无限大 public byte byFaceRecogizeInterval; //人脸连续识别间隔,0-无效,范围1-10代表:1s-10s,0xff-无延迟 public short wCardReaderFunction; //只读,读卡器种类,按位表示:第1位-指纹,第二位-人脸,第三位-指静脉 public byte[] byCardReaderDescription = new byte[CARD_READER_DESCRIPTION]; //读卡器描述 public short wFaceImageSensitometry; //只读,人脸图像曝光度,范围0-65535 public byte byLivingBodyDetect; //真人检测,0-无效,1-不启用,2-启用 public byte byFaceMatchThreshold1; //人脸1:1匹配阀值,范围0-100 public short wBuzzerTime; //蜂鸣时间,范围0s-5999s(0-代表长鸣) public byte byFaceMatch1SecurityLevel; //人脸1:1识别安全等级,0-无效,1-一般,2-较强,3-极强 public byte byFaceMatchNSecurityLevel; //人脸1:N识别安全等级,0-无效,1-一般,2-较强,3-极强 public byte byEnvirMode;//人脸识别环境模式,0-无效,1-室内,2-其他; public byte byLiveDetLevelSet;//活体检测阈值等级设置,0-无效,1-低,2-中,3-高; public byte byLiveDetAntiAttackCntLimit;//活体检测防攻击次数, 0-无效,1-255次(客户端、设备统一次数限制,根据能力级限制); public byte byEnableLiveDetAntiAttack;//活体检测防攻击使能,0-无效,1-不启用,2-启用 public byte bySupportDelFPByID;//只读,读卡器是否支持按手指ID删除指纹,0-无效,1-不支持,2-支持 public byte byFaceContrastMotionDetLevel;//人脸比对时移动侦测级别,0-无效,1-低,2-中,3-高,0xff-禁用 public byte byDayFaceMatchThresholdN; //白天人脸1:N匹配阀值,范围0-100 public byte byNightFaceMatchThresholdN; //夜晚人脸1:N匹配阀值,范围0-100 public byte byFaceRecogizeEnable; //人脸识别使能:0-无效,1-开启,2-关闭 public byte byBlockListMatchThreshold; //禁止名单匹配阀值,范围0-100 public byte byRes3; public byte byDefaultVerifyMode; //只读,读卡器默认验证方式(出厂默认),1-休眠,2-刷卡+密码,3-刷卡,4-刷卡或密码,5-指纹,6-指纹+密码,7-指纹或刷卡,8-指纹+刷卡,9-指纹+刷卡+密码,10-人脸或指纹或刷卡或密码,11-人脸+指纹,12-人脸+密码,13-人脸+刷卡,14-人脸,15-工号+密码,16-指纹或密码,17-工号+指纹,18-工号+指纹+密码,19-人脸+指纹+刷卡,20-人脸+密码+指纹,21-工号+人脸,22-人脸或人脸+刷卡,23-指纹或人脸,24-刷卡或人脸或密码,25-刷卡或人脸,26-刷卡或人脸或指纹,27-刷卡或指纹或密码 public int dwFingerPrintCapacity;//只读,指纹容量 public int dwFingerPrintNum;//只读,已存在指纹数量 public byte byEnableFingerPrintNum;//只读,指纹容量使能:0-不使能,1-使能(只有当该字段为1-使能时,dwFingerPrintCapacity和dwFingerPrintNum才有效) public byte[] byRes = new byte[231]; } /**************** * 优化接口结构体定义开始 *************/ public static final int NET_SDK_CONFIG_STATUS_SUCCESS = 1000; public static final int NET_SDK_CONFIG_STATUS_NEED_WAIT = 1001; public static final int NET_SDK_CONFIG_STATUS_FINISH = 1002; public static final int NET_SDK_CONFIG_STATUS_FAILED = 1003; public static final int NET_SDK_CONFIG_STATUS_EXCEPTION = 1004; public static final int NET_SDK_GET_NEXT_STATUS_SUCCESS = 1000; public static final int NET_SDK_GET_NEXT_STATUS_NEED_WAIT = 1001; public static final int NET_SDK_NEXT_STATUS__FINISH = 1002; public static final int NET_SDK_GET_NEXT_STATUS_FAILED = 1003; public static class NET_DVR_CARD_COND extends HIKSDKStructure { public int dwSize; public int dwCardNum; //设置或获取卡数量,获取时置为0xffffffff表示获取所有卡信息 public byte[] byRes = new byte[64]; } public static class NET_DVR_CARD_SEND_DATA extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //卡号 public byte[] byRes = new byte[16]; } public static class NET_DVR_CARD_RECORD extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; public byte byCardType; public byte byLeaderCard; public byte byUserType; public byte byRes1; public byte[] byDoorRight = new byte[MAX_DOOR_NUM_256]; public NET_DVR_VALID_PERIOD_CFG struValid = new NET_DVR_VALID_PERIOD_CFG(); public byte[] byBelongGroup = new byte[MAX_GROUP_NUM_128]; public byte[] byCardPassword = new byte[CARD_PASSWORD_LEN]; public short[] wCardRightPlan = new short[MAX_DOOR_NUM_256]; public int dwMaxSwipeTimes; public int dwSwipeTimes; public int dwEmployeeNo; public byte[] byName = new byte[NAME_LEN]; //按位表示,0-无权限,1-有权限 //第0位表示:弱电报警 //第1位表示:开门提示音 //第2位表示:限制客卡 //第3位表示:通道 //第4位表示:反锁开门 //第5位表示:巡更功能 public int dwCardRight; public byte[] byRes = new byte[256]; } public static class NET_DVR_CARD_STATUS extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; public int dwErrorCode; public byte byStatus; // 状态:0-失败,1-成功 public byte[] byRes = new byte[23]; } public static class NET_DVR_FACE_COND extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; public int dwFaceNum; public int dwEnableReaderNo; public byte[] byRes = new byte[124]; } public static class NET_DVR_FACE_RECORD extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; public int dwFaceLen; public Pointer pFaceBuffer; public byte[] byRes = new byte[128]; } public static class NET_DVR_FACE_STATUS extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; public byte[] byErrorMsg = new byte[ERROR_MSG_LEN]; public int dwReaderNo; public byte byRecvStatus; public byte[] byRes = new byte[131]; } public static class NET_DVR_FINGERPRINT_COND extends HIKSDKStructure { public int dwSize; public int dwFingerprintNum; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; public int dwEnableReaderNo; public byte byFingerPrintID; public byte[] byRes = new byte[131]; } public static class NET_DVR_FINGERPRINT_RECORD extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; public int dwFingerPrintLen; //指纹数据长度 public int dwEnableReaderNo; //需要下发指纹的读卡器编号 public byte byFingerPrintID; //手指编号,有效值范围为1-10 public byte byFingerType; //指纹类型 0-普通指纹,1-胁迫指纹 public byte[] byRes1 = new byte[30]; public byte[] byFingerData = new byte[MAX_FINGER_PRINT_LEN]; //指纹数据内容 public byte[] byRes = new byte[96]; } public static class NET_DVR_FINGERPRINT_STATUS extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //指纹关联的卡号 public byte byCardReaderRecvStatus; //指纹读卡器状态,按字节表示,0-失败,1-成功,2-该指纹模组不在线,3-重试或指纹质量差,4-内存已满,5-已存在该指纹,6-已存在该指纹ID,7-非法指纹ID,8-该指纹模组无需配置 public byte byFingerPrintID; //手指编号,有效值范围为1-10 public byte byFingerType; //指纹类型 0-普通指纹,1-胁迫指纹 public byte byRecvStatus; //主机错误状态:0-成功,1-手指编号错误,2-指纹类型错误,3-卡号错误(卡号规格不符合设备要求),4-指纹未关联工号或卡号(工号或卡号字段为空),5-工号不存在,6-指纹数据长度为0,7-读卡器编号错误,8-工号错误 public byte[] byErrorMsg = new byte[ERROR_MSG_LEN]; //下发错误信息,当byCardReaderRecvStatus为5时,表示已存在指纹对应的卡号 public int dwCardReaderNo; //当byCardReaderRecvStatus为5时,表示已存在指纹对应的指纹读卡器编号,可用于下发错误返回。0时表示无错误信息 public byte[] byRes = new byte[20]; } public static class NET_DVR_CAPTURE_FINGERPRINT_COND extends HIKSDKStructure { public int dwSize; public byte byFingerPrintPicType; //图片类型:0-无意义 public byte byFingerNo; //手指编号,范围1-10 public byte[] byRes = new byte[126]; } // public static class NET_DVR_CAPTURE_FINGERPRINT_CFG extends HIKSDKStructure { public int dwSize; public int dwFingerPrintDataSize; //指纹数据大小 public byte[] byFingerData = new byte[MAX_FINGER_PRINT_LEN]; //图片类型:0-无意义 public int dwFingerPrintPicSize; //指纹图片大小,等于0时,代表无指纹图片数据 public Pointer pFingerPrintPicBuffer; //指纹图片缓存 public byte byFingerNo; //手指编号,范围1-10 public byte byFingerPrintQuality; //指纹质量,范围1-100 public byte[] byRes = new byte[62]; } public static class NET_DVR_FINGER_PRINT_INFO_CTRL_V50 extends HIKSDKStructure { public int dwSize; public byte byMode; //删除方式,0-按卡号(人员ID)方式删除,1-按读卡器删除 public byte[] byRes1 = new byte[3]; //保留 public NET_DVR_DEL_FINGER_PRINT_MODE_V50 struProcessMode; //处理方式 public byte[] byRes = new byte[64]; //保留 } public static class NET_DVR_DEL_FINGER_PRINT_MODE_V50 extends Union { public byte[] uLen = new byte[588]; //联合体长度 public NET_DVR_FINGER_PRINT_BYCARD_V50 struByCard; //按卡号(人员ID)的方式删除 public NET_DVR_FINGER_PRINT_BYREADER_V50 struByReader; //按读卡器的方式删除 } public static class NET_DVR_FINGER_PRINT_BYREADER_V50 extends HIKSDKStructure { public int dwCardReaderNo; //按值表示,指纹读卡器编号 public byte byClearAllCard; //是否删除所有卡的指纹信息,0-按卡号(人员ID)删除指纹信息,1-删除所有卡(人员ID)的指纹信息 public byte[] byRes1 = new byte[3]; //保留 public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //指纹关联的卡号 public byte[] byEmployeeNo = new byte[NET_SDK_EMPLOYEE_NO_LEN]; //工号(人员ID) public byte[] byRes = new byte[516]; //保留 } public static class NET_DVR_FINGER_PRINT_BYCARD_V50 extends HIKSDKStructure { public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //指纹关联的卡号 public byte[] byEnableCardReader = new byte[MAX_CARD_READER_NUM_512]; //指纹的读卡器信息,按位表示 public byte[] byFingerPrintID = new byte[10]; //需要删除的手指编号,按数组下标,值表示0-不删除,1-删除该指纹 public byte[] byRes1 = new byte[2]; public byte[] byEmployeeNo = new byte[NET_SDK_EMPLOYEE_NO_LEN]; //工号(人员ID) } //人脸删除控制参数结构体 public static class NET_DVR_FACE_PARAM_CTRL extends HIKSDKStructure { public int dwSize; public byte byMode; //删除方式,0-按卡号方式删除,1-按读卡器删除 public byte[] byRes1 = new byte[3]; //保留 public NET_DVR_DEL_FACE_PARAM_MODE struProcessMode = new NET_DVR_DEL_FACE_PARAM_MODE(); //处理方式 public byte[] byRes = new byte[64]; //保留 public void read() { super.read(); switch (byMode) { case 0: struProcessMode.setType(NET_DVR_FACE_PARAM_BYCARD.class); break; case 1: struProcessMode.setType(NET_DVR_FACE_PARAM_BYREADER.class); break; default: break; } struProcessMode.read(); } public void write() { super.write(); struProcessMode.write(); } } //指纹删除控制参数结构体 public static class NET_DVR_FINGER_PRINT_INFO_CTRL extends HIKSDKStructure { public int dwSize; public byte byMode; //删除方式,0-按卡号方式删除,1-按读卡器删除 public byte[] byRes1 = new byte[3]; //保留 public NET_DVR_DEL_FINGER_PRINT_MODE struProcessMode = new NET_DVR_DEL_FINGER_PRINT_MODE(); //处理方式 public byte[] byRes = new byte[64]; //保留 public void read() { super.read(); switch (byMode) { case 0: struProcessMode.setType(NET_DVR_FINGER_PRINT_BYCARD.class); break; case 1: struProcessMode.setType(NET_DVR_FINGER_PRINT_BYREADER.class); break; default: break; } struProcessMode.read(); } public void write() { super.write(); struProcessMode.write(); } } public static class NET_DVR_DEL_FINGER_PRINT_MODE extends Union { // public byte[] uLen = new byte[588]; //联合体长度 public NET_DVR_FINGER_PRINT_BYCARD struByCard; //按卡号的方式删除 public NET_DVR_FINGER_PRINT_BYREADER struByReader; //按读卡器的方式删除 } public static class NET_DVR_FINGER_PRINT_BYCARD extends HIKSDKStructure { public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //人脸关联的卡号 public byte[] byEnableCardReader = new byte[MAX_CARD_READER_NUM_512]; //人脸的读卡器信息,按数组表示 public byte[] byFaceID = new byte[MAX_FACE_NUM]; //需要删除的人脸编号,按数组下标,值表示0-不删除,1-删除该人脸 public byte[] byRes1 = new byte[34]; //保留 } public static class NET_DVR_FINGER_PRINT_BYREADER extends HIKSDKStructure { public int dwCardReaderNo; //按值表示,人脸读卡器编号 public byte byClearAllCard; //是否删除所有卡的人脸信息,0-按卡号删除人脸信息,1-删除所有卡的人脸信息 public byte[] byRes1 = new byte[3]; //保留 public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //人脸关联的卡号 public byte[] byRes = new byte[548]; //保留 } //门禁主机参数 public static class NET_DVR_ACS_CFG extends HIKSDKStructure { public int dwSize; //结构体大小 public byte byRS485Backup; //是否启用下行RS485通信备份功能,0-不启用,1-启用 public byte byShowCapPic; //是否显示抓拍图片, 0-不显示,1-显示 public byte byShowCardNo; //是否显示卡号,0-不显示,1-显示 public byte byShowUserInfo; //是否显示用户信息,0-不显示,1-显示 public byte byOverlayUserInfo;//是否叠加用户信息,0-不叠加,1-叠加 public byte byVoicePrompt; //是否启用语音提示,0-不启用,1-启用 public byte byUploadCapPic; //联动抓拍是否上传图片,0-不上传,1-上传 public byte bySaveCapPic; //是否保存抓拍图片,0-不保存,1-保存 public byte byInputCardNo; //是否是否允许按键输入卡号,0-不允许,1-允许 public byte byEnableWifiDetect; //是否启动wifi探针,0-不启动,1-启动 public byte byEnable3G4G; //3G4G使能,0-不使能,1-使能 public byte byProtocol;//读卡器通信协议类型,0-私有协议(默认),1-OSDP协议 public byte[] byRes = new byte[500]; } /************** * 优化接口结构体定义结束 ***************************/ public static class NET_DVR_UPLOAD_ID_BLOCKLIST_COND extends HIKSDKStructure { public int dwSize; public int dwBlockListNum; //禁止名单数量 public byte[] byRes = new byte[128]; } public static class NET_DVR_UPLOAD_ID_BLOCKLIST_CFG extends HIKSDKStructure { public int dwSize; public NET_DVR_ID_CARD_INFO struIDCardCfg; //身份证信息(该结构体中姓名和身份证号码为必填项,其他字段为选填项) public byte byBlockListValid; //身份证禁止名单是否有效:0-无效,1-有效(用于按身份证号码删除身份证禁止名单,该字段为0时代表删除) public byte[] byRes = new byte[127]; //预留 } public static class NET_DVR_UPLOAD_ID_BLOCKLIST_STATUS extends HIKSDKStructure { public int dwSize; public byte[] byIDNum = new byte[MAX_ID_NUM_LEN]; //身份证号码 public byte byStatus; //状态:0-无效,1-处理中,2-上传失败,3-成功 public byte[] byRes = new byte[63]; } public static class REMOTECONFIGSTATUS extends HIKSDKStructure { public byte[] byStatus = new byte[4]; public byte[] byErrorCode = new byte[4]; } //开锁记录 public static class NET_DVR_UNLOCK_RECORD_INFO extends HIKSDKStructure { public byte byUnlockType; //开锁方式,参考UNLOCK_TYPE_ENUM public byte[] byRes1 = new byte[3]; //保留 public byte[] byControlSrc = new byte[NAME_LEN]; //操作发起源信息,刷卡开锁时为卡号,蓝牙开锁时为萤石的APP账号,二维码开锁时为访客的手机号,其余情况下为设备编号 public int dwPicDataLen; //图片数据长度 public Pointer pImage; //图片指针 public int dwCardUserID; //持卡人ID public short nFloorNumber;//刷卡开锁时有效,为楼层号 public short wRoomNumber; //操作发起源附加信息,刷卡开锁时有效,为房间号, public short wLockID; //(对于门口机,0-表示本机控制器上接的锁、1-表示外接控制器上接的锁) public byte[] byRes2 = new byte[2]; public byte[] byLockName = new byte[LOCK_NAME_LEN]; //刷卡开锁时有效,锁名称,对应门参数配置中门名称 public byte[] byEmployeeNo = new byte[NET_SDK_EMPLOYEE_NO_LEN]; //工号(人员ID) public byte[] byRes = new byte[136]; //保留 } //公告信息阅读回执 public static class NET_DVR_NOTICEDATA_RECEIPT_INFO extends HIKSDKStructure { public byte[] byNoticeNumber = new byte[MAX_NOTICE_NUMBER_LEN]; //公告编号 public byte[] byRes = new byte[224]; //保留 } //认证记录(设备未实现) public static class NET_DVR_AUTH_INFO extends HIKSDKStructure { public byte byAuthResult; //认证结果:0-无效,1-认证成功,2-认证失败 public byte byAuthType; //认证方式:0-无效,1-指纹,2-人脸 public byte[] byRes1 = new byte[2]; //保留 public byte[] byCardNo = new byte[ACS_CARD_NO_LEN/*32*/]; //卡号 public int dwPicDataLen; //图片数据长度(当认证方式byAuthType为人脸时有效) public Pointer pImage; //图片指针(当认证方式byAuthType为人脸时有效) public byte[] byRes = new byte[212]; //保留 } //车牌信息上传 public static class NET_DVR_UPLOAD_PLATE_INFO extends HIKSDKStructure { public byte[] sLicense = new byte[MAX_LICENSE_LEN]; //车牌号码 public byte byColor; //车牌颜色,参考结构VCA_PLATE_COLOR public byte[] byRes = new byte[239]; //保留 } public static class NET_DVR_SEND_CARD_INFO extends HIKSDKStructure { public byte[] byCardNo = new byte[ACS_CARD_NO_LEN/*32*/]; //卡号 public byte[] byRes = new byte[224]; //保留 } //可视对讲事件记录信息联合体 public static class NET_DVR_VIDEO_INTERCOM_EVENT_INFO_UINON extends Union { public byte[] byLen = new byte[256]; //联合体大小 public NET_DVR_UNLOCK_RECORD_INFO struUnlockRecord = new NET_DVR_UNLOCK_RECORD_INFO(); //开锁记录 public NET_DVR_NOTICEDATA_RECEIPT_INFO struNoticedataReceipt = new NET_DVR_NOTICEDATA_RECEIPT_INFO(); //公告信息阅读回执 public NET_DVR_AUTH_INFO struAuthInfo = new NET_DVR_AUTH_INFO(); //认证记录(设备未实现) public NET_DVR_UPLOAD_PLATE_INFO struUploadPlateInfo = new NET_DVR_UPLOAD_PLATE_INFO(); //车牌信息上传 public NET_DVR_SEND_CARD_INFO struSendCardInfo = new NET_DVR_SEND_CARD_INFO(); //门口机发卡,对应设备处于发卡状态,刷卡时上传该事件 } //可视对讲事件记录 public static class NET_DVR_VIDEO_INTERCOM_EVENT extends HIKSDKStructure { public int dwSize; //结构体大小 public NET_DVR_TIME_EX struTime = new NET_DVR_TIME_EX(); //时间 public byte[] byDevNumber = new byte[MAX_DEV_NUMBER_LEN]; //设备编号 public byte byEventType; //事件信息类型,1-开锁记录,2-公告信息阅读回执,3-认证记录,4-车牌信息上传,5非法卡刷卡事件,6-门口机发卡记录(需要启动门口机发卡功能,刷卡时才会上传该事件) public byte byPicTransType; //图片数据传输方式: 0-二进制;1-url public byte[] byRes1 = new byte[2]; //保留 public NET_DVR_VIDEO_INTERCOM_EVENT_INFO_UINON uEventInfo = new NET_DVR_VIDEO_INTERCOM_EVENT_INFO_UINON(); //事件信息,具体内容参考byEventType取值 public int dwIOTChannelNo; //IOT通道号 public byte[] byRes2 = new byte[252]; //保留 } public static class NET_DVR_CONTROL_GATEWAY extends HIKSDKStructure { public int dwSize; //结构体大小 public int dwGatewayIndex; //门禁序号,从1开始 public byte byCommand; //操作命令,0-关闭,1-打开,2-常开(通道状态),3-恢复(普通状态) public byte byLockType; //锁类型,0-普通(以前默认都为0),1-智能锁 public short wLockID; //锁ID,从1开始(远程开门口机锁时,0表示门口机本机控制器上接的锁、1表示外接控制器上接的锁) public byte[] byControlSrc = new byte[NAME_LEN]; //操作发起源信息 public byte byControlType; //开锁类型,1-监视,2-通话 public byte[] byRes3 = new byte[3]; public byte[] byPassword = new byte[PASSWD_LEN]; //锁密码,当byLockType为智能锁时有效 public byte[] byRes2 = new byte[108]; //保留 } //公告图片信息结构体 public static class NET_DVR_NOTICE_PIC extends HIKSDKStructure { public Pointer pPicData; //图片指针 public int dwPicDataLen; //图片数据长度 public byte[] byRes = new byte[32]; //保留 } //公告数据 public static class NET_DVR_NOTICE_DATA extends HIKSDKStructure { public int dwSize; //结构体大小 public NET_DVR_TIME_EX struTime = new NET_DVR_TIME_EX(); //公告时间 public byte[] byNoticeNumber = new byte[MAX_NOTICE_NUMBER_LEN]; //公告编号 public byte[] byNoticeTheme = new byte[MAX_NOTICE_THEME_LEN];//公告主题 public byte[] byNoticeDetail = new byte[MAX_NOTICE_DETAIL_LEN]; //公告详情 public byte byLevel; //公告等级,1-广告类信息;2-物业信息;3-报警类信息;4-通知类信息 public byte byPicNum; //公告图片数量 public byte[] byRes1 = new byte[2]; //保留 public NET_DVR_NOTICE_PIC[] struNoticePic = new NET_DVR_NOTICE_PIC[MAX_NOTICE_PIC_NUM]; //公告图片 public byte[] byRes2 = new byte[128]; //保留 } public static class NET_DVR_DATE extends HIKSDKStructure { public short wYear; //年 public byte byMonth; //月 public byte byDay; //日 } //身份证信息 public static class NET_DVR_ID_CARD_INFO extends HIKSDKStructure { public int dwSize; //结构长度 public byte[] byName = new byte[MAX_ID_NAME_LEN]; //姓名 public NET_DVR_DATE struBirth; //出生日期 public byte[] byAddr = new byte[MAX_ID_ADDR_LEN]; //住址 public byte[] byIDNum = new byte[MAX_ID_NUM_LEN]; //身份证号码 public byte[] byIssuingAuthority = new byte[MAX_ID_ISSUING_AUTHORITY_LEN]; //签发机关 public NET_DVR_DATE struStartDate; //有效开始日期 public NET_DVR_DATE struEndDate; //有效截止日期 public byte byTermOfValidity; //是否长期有效, 0-否,1-是(有效截止日期无效) public byte bySex; //性别,1-男,2-女 public byte byNation; //民族 public byte[] byRes = new byte[101]; } public static class NET_DVR_ACS_EVENT_INFO_EXTEND_V20 extends HIKSDKStructure { public byte byRemoteCheck; //是否需要远程核验(0-无效,1-不需要(默认),2-需要) public byte byThermometryUnit; //测温单位(0-摄氏度(默认),1-华氏度,2-开尔文) public byte byIsAbnomalTemperature; //人脸抓拍测温是否温度异常:1-是,0-否 public byte byRes2; public float fCurrTemperature; //人脸温度(精确到小数点后一位) public NET_VCA_POINT struRegionCoordinates = new NET_VCA_POINT(); //人脸温度坐标 public int dwQRCodeInfoLen; //二维码信息长度,不为0是表示后面带数据 public int dwVisibleLightDataLen; //热成像相机可见光图片长度,不为0是表示后面带数据 public int dwThermalDataLen; //热成像图片长度,不为0是表示后面带数据 public Pointer pQRCodeInfo; //二维码信息指针 public Pointer pVisibleLightData; //热成像相机可见光图片指针 public Pointer pThermalData; //热成像图片指针 public byte[] byRes = new byte[1024]; } //门禁主机报警信息结构体 public static class NET_DVR_ACS_ALARM_INFO extends HIKSDKStructure { public int dwSize; public int dwMajor; //报警主类型,参考宏定义 public int dwMinor; //报警次类型,参考宏定义 public NET_DVR_TIME struTime = new NET_DVR_TIME(); //时间 public byte[] sNetUser = new byte[MAX_NAMELEN];//网络操作的用户名 public NET_DVR_IPADDR struRemoteHostAddr = new NET_DVR_IPADDR();//远程主机地址 public NET_DVR_ACS_EVENT_INFO struAcsEventInfo = new NET_DVR_ACS_EVENT_INFO(); //详细参数 public int dwPicDataLen; //图片数据大小,不为0是表示后面带数据 public Pointer pPicData; public short wInductiveEventType; //归纳事件类型,0-无效,客户端判断该值为非0值后,报警类型通过归纳事件类型区分,否则通过原有报警主次类型(dwMajor、dwMinor)区分 public byte byPicTransType; //图片数据传输方式: 0-二进制;1-url public byte byRes1; //保留字节 public int dwIOTChannelNo; //IOT通道号 public Pointer pAcsEventInfoExtend; //byAcsEventInfoExtend为1时,表示指向一个NET_DVR_ACS_EVENT_INFO_EXTEND结构体 public byte byAcsEventInfoExtend; //pAcsEventInfoExtend是否有效:0-无效,1-有效 public byte byTimeType; //时间类型:0-设备本地时间,1-UTC时间(struTime的时间) public byte byRes2; //保留字节 public byte byAcsEventInfoExtendV20; //pAcsEventInfoExtendV20是否有效:0-无效,1-有效 public Pointer pAcsEventInfoExtendV20; //byAcsEventInfoExtendV20为1时,表示指向一个NET_DVR_ACS_EVENT_INFO_EXTEND_V20结构体 public byte[] byRes = new byte[4]; } //门禁主机事件信息 public static class NET_DVR_ACS_EVENT_INFO extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[32]; public byte byCardType; public byte byAllowListNo; public byte byReportChannel; public byte byCardReaderKind; public int dwCardReaderNo; public int dwDoorNo; public int dwVerifyNo; public int dwAlarmInNo; public int dwAlarmOutNo; public int dwCaseSensorNo; public int dwRs485No; public int dwMultiCardGroupNo; public short wAccessChannel; public byte byDeviceNo; public byte byDistractControlNo; public int dwEmployeeNo; public short wLocalControllerID; public byte byInternetAccess; public byte byType; public byte[] byMACAddr = new byte[MACADDR_LEN]; //物理地址,为0无效 public byte bySwipeCardType;//刷卡类型,0-无效,1-二维码 public byte byMask; //是否带口罩:0-保留,1-未知,2-不戴口罩,3-戴口罩 public int dwSerialNo; //事件流水号,为0无效 public byte byChannelControllerID; //通道控制器ID,为0无效,1-主通道控制器,2-从通道控制器 public byte byChannelControllerLampID; //通道控制器灯板ID,为0无效(有效范围1-255) public byte byChannelControllerIRAdaptorID; //通道控制器红外转接板ID,为0无效(有效范围1-255) public byte byChannelControllerIREmitterID; //通道控制器红外对射ID,为0无效(有效范围1-255) public byte byHelmet;//可选,是否戴安全帽:0-保留,1-未知,2-不戴安全, 3-戴安全帽 public byte[] byRes = new byte[3]; } public static final int NET_DEV_NAME_LEN = 64; public static class NET_DVR_ACS_EVENT_INFO_EXTEND extends HIKSDKStructure { public int dwFrontSerialNo; //事件流水号,为0无效(若该字段为0,平台根据dwSerialNo判断是否丢失事件;若该字段不为0,平台根据该字段和dwSerialNo字段共同判断是否丢失事件)(主要用于解决报警订阅后导致dwSerialNo不连续的情况) public byte byUserType; //人员类型:0-无效,1-普通人(主人),2-来宾(访客),3-禁止名单人,4-管理员 public byte byCurrentVerifyMode; //读卡器当前验证方式:0-无效,1-休眠,2-刷卡+密码,3-刷卡,4-刷卡或密码,5-指纹,6-指纹+密码,7-指纹或刷卡,8-指纹+刷卡,9-指纹+刷卡+密码,10-人脸或指纹或刷卡或密码,11-人脸+指纹,12-人脸+密码,13-人脸+刷卡,14-人脸,15-工号+密码,16-指纹或密码,17-工号+指纹,18-工号+指纹+密码,19-人脸+指纹+刷卡,20-人脸+密码+指纹,21-工号+人脸,22-人脸或人脸+刷卡,23-指纹或人脸,24-刷卡或人脸或密码,25-刷卡或人脸,26-刷卡或人脸或指纹,27-刷卡或指纹或密码 public byte byCurrentEvent; //是否为实时事件:0-无效,1-是(实时事件),2-否(离线事件) public byte byPurePwdVerifyEnable; //设备是否支持纯密码认证, 0-不支持,1-支持 public byte[] byEmployeeNo = new byte[NET_SDK_EMPLOYEE_NO_LEN]; //工号(人员ID)(对于设备来说,如果使用了工号(人员ID)字段,byEmployeeNo一定要传递,如果byEmployeeNo可转换为dwEmployeeNo,那么该字段也要传递;对于上层平台或客户端来说,优先解析byEmployeeNo字段,如该字段为空,再考虑解析dwEmployeeNo字段) public byte byAttendanceStatus; //考勤状态:0-未定义,1-上班,2-下班,3-开始休息,4-结束休息,5-开始加班,6-结束加班 public byte byStatusValue; //考勤状态值 public byte[] byRes2 = new byte[2]; public byte[] byUUID = new byte[NET_SDK_UUID_LEN/*36*/]; //UUID(该字段仅在对接萤石平台过程中才会使用) public byte[] byDeviceName = new byte[NET_DEV_NAME_LEN/*64*/]; //设备序列号 public byte[] byRes = new byte[24]; } /* 门禁主机报警事件细节结构体 */ public static class NET_DVR_ACS_EVENT_DETAIL extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //卡号(mac地址),为0无效 public byte byCardType; //卡类型,1-普通卡,2-残障人士卡,3-禁止名单卡,4-巡更卡,5-胁迫卡,6-超级卡,7-来宾卡,8-解除卡,为0无效 public byte byAllowListNo; //允许名单单号,1-8,为0无效 public byte byReportChannel; //报告上传通道,1-布防上传,2-中心组1上传,3-中心组2上传,为0无效 public byte byCardReaderKind; //读卡器属于哪一类,0-无效,1-IC读卡器,2-身份证读卡器,3-二维码读卡器,4-指纹头 public int dwCardReaderNo; //读卡器编号,为0无效 public int dwDoorNo; //门编号(楼层编号),为0无效 public int dwVerifyNo; //多重卡认证序号,为0无效 public int dwAlarmInNo; //报警输入号,为0无效 public int dwAlarmOutNo; //报警输出号,为0无效 public int dwCaseSensorNo; //事件触发器编号 public int dwRs485No; //RS485通道号,为0无效 public int dwMultiCardGroupNo; //群组编号 public short wAccessChannel; //人员通道号 public byte byDeviceNo; //设备编号,为0无效(有效范围1-255) public byte byDistractControlNo;//分控器编号,为0无效 public int dwEmployeeNo; //工号,为0无效 public short wLocalControllerID; //就地控制器编号,0-门禁主机,1-64代表就地控制器 public byte byInternetAccess; //网口ID:(1-上行网口1,2-上行网口2,3-下行网口1) public byte byType; //防区类型,0:即时防区,1-24小时防区,2-延时防区 ,3-内部防区,4-钥匙防区 5-火警防区 6-周界防区 7-24小时无声防区 8-24小时辅助防区,9-24小时震动防区,10-门禁紧急开门防区,11-门禁紧急关门防区 0xff-无 public byte[] byMACAddr = new byte[MACADDR_LEN]; //物理地址,为0无效 public byte bySwipeCardType;//刷卡类型,0-无效,1-二维码 public byte byEventAttribute; //事件属性:0-未定义,1-合法认证,2-其它 public int dwSerialNo; //事件流水号,为0无效 public byte byChannelControllerID; //通道控制器ID,为0无效,1-主通道控制器,2-从通道控制器 public byte byChannelControllerLampID; //通道控制器灯板ID,为0无效(有效范围1-255) public byte byChannelControllerIRAdaptorID; //通道控制器红外转接板ID,为0无效(有效范围1-255) public byte byChannelControllerIREmitterID; //通道控制器红外对射ID,为0无效(有效范围1-255) public int dwRecordChannelNum; //录像通道数目 public Pointer pRecordChannelData;//录像通道,大小为sizeof(DWORD)* dwRecordChannelNum public byte byUserType; //人员类型:0-无效,1-普通人(主人),2-来宾(访客),3-禁止名单人,4-管理员 public byte byCurrentVerifyMode; //读卡器当前验证方式:0-无效,1-休眠,2-刷卡+密码,3-刷卡,4-刷卡或密码,5-指纹,6-指纹+密码,7-指纹或刷卡,8-指纹+刷卡,9-指纹+刷卡+密码,10-人脸或指纹或刷卡或密码,11-人脸+指纹,12-人脸+密码, //13-人脸+刷卡,14-人脸,15-工号+密码,16-指纹或密码,17-工号+指纹,18-工号+指纹+密码,19-人脸+指纹+刷卡,20-人脸+密码+指纹,21-工号+人脸,22-人脸或人脸+刷卡,23-指纹或人脸,24-刷卡或人脸或密码,25-刷卡或人脸,26-刷卡或人脸或指纹,27-刷卡或指纹或密码 public byte byAttendanceStatus; //考勤状态:0-未定义,1-上班,2-下班,3-开始休息,4-结束休息,5-开始加班,6-结束加班 public byte byStatusValue; //考勤状态值 public byte[] byEmployeeNo = new byte[NET_SDK_EMPLOYEE_NO_LEN]; //工号(人员ID)(对于设备来说,如果使用了工号(人员ID)字段,byEmployeeNo一定要传递,如果byEmployeeNo可转换为dwEmployeeNo,那么该字段也要传递;对于上层平台或客户端来说,优先解析byEmployeeNo字段,如该字段为空,再考虑解析dwEmployeeNo字段) public byte byRes1; //保留 public byte byMask; //是否带口罩:0-保留,1-未知,2-不戴口罩,3-戴口罩 public byte byThermometryUnit; //测温单位(0-摄氏度(默认),1-华氏度,2-开尔文) public byte byIsAbnomalTemperature; //人脸抓拍测温是否温度异常:1-是,0-否 public float fCurrTemperature; //人脸温度(精确到小数点后一位) public NET_VCA_POINT struRegionCoordinates; //人脸温度坐标 public byte[] byRes = new byte[48]; } /* 门禁主机报警事件配置结构体 */ public static class NET_DVR_ACS_EVENT_CFG extends HIKSDKStructure { public int dwSize; public int dwMajor; //报警主类型,参考宏定义 public int dwMinor; //报警次类型,参考宏定义 public NET_DVR_TIME struTime = new NET_DVR_TIME(); //时间 public byte[] sNetUser = new byte[MAX_NAMELEN];//网络操作的用户名 public NET_DVR_IPADDR struRemoteHostAddr;//远程主机地址 public NET_DVR_ACS_EVENT_DETAIL struAcsEventInfo; //详细参数 public int dwPicDataLen; //图片数据大小,不为0是表示后面带数据 public Pointer pPicData; public short wInductiveEventType; //归纳事件类型,0-无效,其他值参见2.2章节,客户端判断该值为非0值后,报警类型通过归纳事件类型区分,否则通过原有报警主次类型(dwMajor、dwMinor)区分 public byte byTimeType; //时间类型:0-设备本地时间(默认),1-UTC时间(struTime的时间) public byte byRes1; public int dwQRCodeInfoLen; //二维码信息长度,不为0是表示后面带数据 public int dwVisibleLightDataLen; //热成像相机可见光图片长度,不为0是表示后面带数据 public int dwThermalDataLen; //热成像图片长度,不为0是表示后面带数据 public Pointer pQRCodeInfo; //二维码信息指针 public Pointer pVisibleLightData; //热成像相机可见光图片指针 public Pointer pThermalData; //热成像图片指针 public byte[] byRes = new byte[36]; } public static final int NET_SDK_MONITOR_ID_LEN = 64; public static class NET_DVR_ACS_EVENT_COND extends HIKSDKStructure { public int dwSize; public int dwMajor; //报警主类型,参考事件上传宏定义,0-全部 public int dwMinor; //报警次类型,参考事件上传宏定义,0-全部 public NET_DVR_TIME struStartTime; //开始时间 public NET_DVR_TIME struEndTime; //结束时间 public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //卡号 public byte[] byName = new byte[NAME_LEN]; //持卡人姓名 public byte byPicEnable; //是否带图片,0-不带图片,1-带图片 public byte byTimeType; //时间类型:0-设备本地时间(默认),1-UTC时间(struStartTime和struEndTime的时间) public byte[] byRes2 = new byte[2]; //保留 public int dwBeginSerialNo; //起始流水号(为0时默认全部) public int dwEndSerialNo; //结束流水号(为0时默认全部) public int dwIOTChannelNo; //IOT通道号,0-无效 public short wInductiveEventType; //归纳事件类型,0-无效,其他值参见2.2章节,客户端判断该值为非0值后,报警类型通过归纳事件类型区分,否则通过原有报警主次类型(dwMajor、dwMinor)区分 public byte bySearchType; //搜索方式:0-保留,1-按事件源搜索(此时通道号为非视频通道号),2-按监控点ID搜索 public byte byEventAttribute; //事件属性:0-未定义,1-合法事件,2-其它 public byte[] szMonitorID = new byte[NET_SDK_MONITOR_ID_LEN/*64*/]; //监控点ID(由设备序列号、通道类型、编号组成,例如门禁点:设备序列号+“DOOR”+门编号) public byte[] byEmployeeNo = new byte[NET_SDK_EMPLOYEE_NO_LEN]; //工号(人员ID) public byte[] byRes = new byte[140]; //保留 } public static class NET_DVR_ACS_WORK_STATUS_V50 extends HIKSDKStructure { public int dwSize; public byte[] byDoorLockStatus = new byte[MAX_DOOR_NUM_256]; //门锁状态(继电器开合状态),0-正常关,1-正常开,2-短路报警,3-断路报警,4-异常报警 public byte[] byDoorStatus = new byte[MAX_DOOR_NUM_256]; //门状态(楼层状态),1-休眠,2-常开状态(自由),3-常闭状态(禁用),4-普通状态(受控) public byte[] byMagneticStatus = new byte[MAX_DOOR_NUM_256]; //门磁状态,0-正常关,1-正常开,2-短路报警,3-断路报警,4-异常报警 public byte[] byCaseStatus = new byte[MAX_CASE_SENSOR_NUM]; //事件触发器状态,0-无输入,1-有输入 public short wBatteryVoltage; //蓄电池电压值,实际值乘10,单位:伏特 public byte byBatteryLowVoltage; //蓄电池是否处于低压状态,0-否,1-是 public byte byPowerSupplyStatus; //设备供电状态,1-交流电供电,2-蓄电池供电 public byte byMultiDoorInterlockStatus; //多门互锁状态,0-关闭,1-开启 public byte byAntiSneakStatus; //反潜回状态,0-关闭,1-开启 public byte byHostAntiDismantleStatus; //主机防拆状态,0-关闭,1-开启 public byte byIndicatorLightStatus; //指示灯状态,0-掉线,1-在线 public byte[] byCardReaderOnlineStatus = new byte[MAX_CARD_READER_NUM_512]; //读卡器在线状态,0-不在线,1-在线 public byte[] byCardReaderAntiDismantleStatus = new byte[MAX_CARD_READER_NUM_512]; //读卡器防拆状态,0-关闭,1-开启 public byte[] byCardReaderVerifyMode = new byte[MAX_CARD_READER_NUM_512]; //读卡器当前验证方式,1-休眠,2-刷卡+密码,3-刷卡,4-刷卡或密码 public byte[] bySetupAlarmStatus = new byte[MAX_ALARMHOST_ALARMIN_NUM];//报警输入口布防状态,0-对应报警输入口处于撤防状态,1-对应报警输入口处于布防状态 public byte[] byAlarmInStatus = new byte[MAX_ALARMHOST_ALARMIN_NUM]; //按位表示报警输入口报警状态,0-对应报警输入口当前无报警,1-对应报警输入口当前有报警 public byte[] byAlarmOutStatus = new byte[MAX_ALARMHOST_ALARMOUT_NUM]; //按位表示报警输出口状态,0-对应报警输出口无报警,1-对应报警输出口有报警 public int dwCardNum; //已添加的卡数量 public byte byFireAlarmStatus; //消防报警状态显示:0-正常、1-短路报警、2-断开报警 public byte byBatteryChargeStatus; //电池充电状态:0-无效;1-充电中;2-未充电 public byte byMasterChannelControllerStatus; //主通道控制器在线状态:0-无效;1-不在线;2-在线 public byte bySlaveChannelControllerStatus; //从通道控制器在线状态:0-无效;1-不在线;2-在线 public byte byAntiSneakServerStatus; //反潜回服务器状态:0-无效,1-未启用,2-正常,3-断开 public byte[] byRes3 = new byte[3]; public int dwAllowFaceNum; //已添加的允许名单人脸数量(通过能力集判断) public int dwBlockFaceNum; //已添加的禁止名单人脸数量(通过能力集判断) public byte[] byRes2 = new byte[108]; } public static final int ACS_PARAM_DOOR_STATUS_WEEK_PLAN = 0x00000001;//门状态周计划参数 public static final int ACS_PARAM_VERIFY_WEEK_PALN = 0x00000002; //读卡器周计划参数 public static final int ACS_PARAM_CARD_RIGHT_WEEK_PLAN = 0x00000004; //卡权限周计划参数 public static final int ACS_PARAM_DOOR_STATUS_HOLIDAY_PLAN = 0x00000008; //门状态假日计划参数 public static final int ACS_PARAM_VERIFY_HOLIDAY_PALN = 0x00000010; //读卡器假日计划参数 public static final int ACS_PARAM_CARD_RIGHT_HOLIDAY_PLAN = 0x00000020; //卡权限假日计划参数 public static final int ACS_PARAM_DOOR_STATUS_HOLIDAY_GROUP = 0x00000040; //门状态假日组参数 public static final int ACS_PARAM_VERIFY_HOLIDAY_GROUP = 0x00000080;//读卡器验证方式假日组参数 public static final int ACS_PARAM_CARD_RIGHT_HOLIDAY_GROUP = 0x00000100; //卡权限假日组参数 public static final int ACS_PARAM_DOOR_STATUS_PLAN_TEMPLATE = 0x00000200;//门状态计划模板参数 public static final int ACS_PARAM_VERIFY_PALN_TEMPLATE = 0x00000400; //读卡器验证方式计划模板参数 public static final int ACS_PARAM_CARD_RIGHT_PALN_TEMPLATE = 0x00000800; //卡权限计划模板参数 public static final int ACS_PARAM_CARD = 0x00001000; //卡参数 public static final int ACS_PARAM_GROUP = 0x00002000; //群组参数 public static final int ACS_PARAM_ANTI_SNEAK_CFG = 0x00004000; //反潜回参数 public static final int ACS_PAPAM_EVENT_CARD_LINKAGE = 0x00008000; //事件及卡号联动参数 public static final int ACS_PAPAM_CARD_PASSWD_CFG = 0x00010000; //密码开门使能参数 public static final int ACS_PARAM_PERSON_STATISTICS_CFG = 0x00020000; //人数统计参数 public static final int ACS_PARAM_BLOCKLIST_PICTURE = 0x00040000; //禁止名单图片参数 public static final int ACS_PARAM_ID_BLOCKLIST = 0x00080000; //身份证禁止名单参数 public static final int ACS_PARAM_EXAM_INFO = 0x00100000; //考试信息参数 public static final int ACS_PARAM_EXAMINEE_INFO = 0x00200000; //考生信息参数 public static final int ACS_PARAM_FAILED_FACE_INFO = 0x00400000; //升级设备人脸建模失败记录 public static class NET_DVR_ACS_PARAM_TYPE extends HIKSDKStructure { public int dwSize; public int dwParamType; //参数类型,按位表示 public short wLocalControllerID; //就地控制器序号[1,64],0代表门禁主机 public byte[] byRes = new byte[30]; } public static class NET_DVR_FACE_PARAM_COND extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //人脸关联的卡号 public byte[] byEnableCardReader = new byte[MAX_CARD_READER_NUM_512]; //人脸的读卡器是否有效,0-无效,1-有效 public int dwFaceNum; //设置或获取人脸数量,获取时置为0xffffffff表示获取所有人脸信息 public byte byFaceID; //人脸编号,有效值范围为1-2 0xff表示该卡所有人脸 public byte[] byRes = new byte[127]; //保留 } public static class NET_DVR_FACE_PARAM_CFG extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //人脸关联的卡号 public int dwFaceLen; //人脸数据长度,设备端返回的即加密后的数据 public Pointer pFaceBuffer; //人脸数据指针 public byte[] byEnableCardReader = new byte[MAX_CARD_READER_NUM_512]; //需要下发人脸的读卡器,按数组表示,从低位到高位表示,0-不下发该读卡器,1-下发到该读卡器 public byte byFaceID; //人脸编号,有效值范围为1-2 public byte byFaceDataType; //人脸数据类型:0-模板(默认),1-图片 public byte[] byRes = new byte[126]; } public static class NET_DVR_FACE_PARAM_STATUS extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //人脸关联的卡号 public byte[] byCardReaderRecvStatus = new byte[MAX_CARD_READER_NUM_512]; //人脸读卡器状态,按字节表示,0-失败,1-成功,2-重试或人脸质量差,3-内存已满,4-已存在该人脸,5-非法人脸ID public byte[] byErrorMsg = new byte[ERROR_MSG_LEN]; //下发错误信息,当byCardReaderRecvStatus为4时,表示已存在人脸对应的卡号 public int dwCardReaderNo; //纹读卡器编号,可用于下发错误返回 public byte byTotalStatus; //下发总的状态,0-当前人脸未下完所有读卡器,1-已下完所有读卡器(这里的所有指的是门禁主机往所有的读卡器下发了,不管成功与否) public byte byFaceID; //人脸编号,有效值范围为1-2 public byte[] byRes = new byte[130]; } public static class NET_DVR_FACE_PARAM_BYCARD extends HIKSDKStructure { public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //人脸关联的卡号 public byte[] byEnableCardReader = new byte[MAX_CARD_READER_NUM_512]; //人脸的读卡器信息,按数组表示 public byte[] byFaceID = new byte[MAX_FACE_NUM]; //需要删除的人脸编号,按数组下标,值表示0-不删除,1-删除该人脸 public byte[] byRes1 = new byte[42]; //保留 } public static class NET_DVR_FACE_PARAM_BYREADER extends HIKSDKStructure { public int dwCardReaderNo; //按值表示,人脸读卡器编号 public byte byClearAllCard; //是否删除所有卡的人脸信息,0-按卡号删除人脸信息,1-删除所有卡的人脸信息 public byte[] byRes1 = new byte[3]; //保留 public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //人脸关联的卡号 public byte[] byRes = new byte[548]; //保留 } public static class NET_DVR_DEL_FACE_PARAM_MODE extends Union { public byte[] uLen = new byte[588]; //联合体长度 public NET_DVR_FACE_PARAM_BYCARD struByCard; //按卡号的方式删除 public NET_DVR_FACE_PARAM_BYREADER struByReader; //按读卡器的方式删除 } public static class NET_DVR_CHECK_FACE_PICTURE_COND extends HIKSDKStructure { public int dwSize; public int dwPictureNum; //图片数量 public byte byCheckTemplate; //0-校验图片是否合法(默认),1-校验图片和建模数据是否匹配 public byte[] byRes = new byte[127]; } public static class NET_DVR_CHECK_FACE_PICTURE_CFG extends HIKSDKStructure { public int dwSize; public int dwPictureNo; //图片编号 public int dwPictureLen; //图片长度(图片大小不超过200k) public Pointer pPictureBuffer; //图片指针 public int dwFaceTemplateLen; //人脸建模数据长度 public Pointer pFaceTemplateBuffer; //人脸建模数据指针 public byte[] byRes = new byte[248]; } public static class NET_DVR_CHECK_FACE_PICTURE_STATUS extends HIKSDKStructure { public int dwSize; public int dwPictureNo; //图片编号 public byte byCheckStatus; //校验结果:0-无效,1-建模成功,2-建模失败,3-人脸模块通讯异常,4-图像无人脸,5-人脸朝上,6-人脸朝下,7-人脸偏左,8-人脸偏右,9-人脸顺时旋转, //10 - 人脸逆时旋转,11-人眼间距小,12-人脸和模板匹配,13-人脸和模板不匹配,14-传输数据有误 public byte[] byRes = new byte[127]; } public static class NET_DVR_FINGER_PRINT_CFG_V50 extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //指纹关联的卡号 public int dwFingerPrintLen; //指纹数据长度 public byte[] byEnableCardReader = new byte[MAX_CARD_READER_NUM_512]; //需要下发指纹的读卡器,按数组表示,从低位到高位表示,0-不下发该读卡器,1-下发到该读卡器 public byte byFingerPrintID; //手指编号,有效值范围为1-10 public byte byFingerType; //指纹类型 0-普通指纹,1-胁迫指纹,2-巡更指纹,3-超级指纹,4-解除指纹 public byte[] byRes1 = new byte[30]; public byte[] byFingerData = new byte[MAX_FINGER_PRINT_LEN]; //指纹数据内容 public byte[] byEmployeeNo = new byte[NET_SDK_EMPLOYEE_NO_LEN]; //工号(人员ID) public byte[] byLeaderFP = new byte[MAX_DOOR_NUM_256]; //对门是否有首次认证功能(按字节表示):0-无首次认证功能,1-有首次认证功能 public byte[] byRes = new byte[128]; } public static class NET_DVR_FINGER_PRINT_STATUS_V50 extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //指纹关联的卡号 public byte[] byCardReaderRecvStatus = new byte[MAX_CARD_READER_NUM_512]; //指纹读卡器状态,按字节表示,0-失败,1-成功,2-该指纹模组不在线,3-重试或指纹质量差,4-内存已满,5-已存在该指纹,6-已存在该指纹ID,7-非法指纹ID,8-该指纹模组无需配置,10-指纹读卡器版本过低(无法支持工号) public byte byFingerPrintID; //手指编号,有效值范围为1-10 public byte byFingerType; //指纹类型 0-普通指纹,1-胁迫指纹,2-巡更指纹,3-超级指纹,4-解除指纹 public byte byTotalStatus; //下发总的状态,0-当前指纹未下完所有读卡器,1-已下完所有读卡器(这里的所有指的是门禁主机往所有的读卡器下发了,不管成功与否) public byte byRecvStatus; //主机错误状态:0-成功,1-手指编号错误,2-指纹类型错误,3-卡号错误(卡号规格不符合设备要求),4-指纹未关联工号或卡号(工号或卡号字段为空),5-工号不存在,6-指纹数据长度为0,7-读卡器编号错误,8-工号错误 public byte[] byErrorMsg = new byte[ERROR_MSG_LEN]; //下发错误信息,当byCardReaderRecvStatus为5时,表示已存在指纹对应的卡号 public int dwCardReaderNo; //当byCardReaderRecvStatus为5时,表示已存在指纹对应的指纹读卡器编号,可用于下发错误返回。0时表示无错误信息 public byte[] byEmployeeNo = new byte[NET_SDK_EMPLOYEE_NO_LEN]; //工号(人员ID) public byte[] byErrorEmployeeNo = new byte[NET_SDK_EMPLOYEE_NO_LEN]; //下发错误信息,当byCardReaderRecvStatus为5时,表示已存在指纹对应的工号(人员ID) public byte[] byRes = new byte[128]; } public static class NET_DVR_FINGER_PRINT_INFO_COND_V50 extends HIKSDKStructure { public int dwSize; public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //指纹关联的卡号(该字段获取时有效,设置时无效) public byte[] byEnableCardReader = new byte[MAX_CARD_READER_NUM_512]; //指纹的读卡器是否有效,0-无效,1-有效 public int dwFingerPrintNum; //设置或获指纹数量,获取时置为0xffffffff表示获取所有指纹信息 public byte byFingerPrintID; //手指编号,有效值范围为1-10 0xff表示该卡所有指纹 public byte byCallBackMode; //设备回调方式,0-设备所有读卡器下完了返回,1-在时间段内下了部分也返回 public byte[] byRes2 = new byte[2]; //保留 public byte[] byEmployeeNo = new byte[NET_SDK_EMPLOYEE_NO_LEN]; //工号(人员ID) public byte[] byRes1 = new byte[128]; //保留 } public static class NET_DVR_GROUP_CFG extends HIKSDKStructure { public int dwSize; public byte byEnable; //是否启用,0-不启用,1-启用 public byte[] byRes1 = new byte[3]; public NET_DVR_VALID_PERIOD_CFG struValidPeriodCfg = new NET_DVR_VALID_PERIOD_CFG(); //群组有效期参数 public byte[] byGroupName = new byte[32]; //群组名称 public byte[] byRes2 = new byte[32]; } public static class NET_DVR_MULTI_CARD_CFG_V50 extends HIKSDKStructure { public int dwSize; public byte byEnable; public byte bySwipeIntervalTimeout; public byte[] byRes1 = new byte[2]; public NET_DVR_MULTI_CARD_GROUP_CFG_V50[] struGroupCfg = (NET_DVR_MULTI_CARD_GROUP_CFG_V50[]) new NET_DVR_MULTI_CARD_GROUP_CFG_V50().toArray(20); public byte[] byRes2 = new byte[32]; } public static class NET_DVR_MULTI_CARD_GROUP_CFG_V50 extends HIKSDKStructure { public byte byEnable; public byte byEnableOfflineVerifyMode; public byte[] byRes1 = new byte[2]; public int dwTemplateNo; public NET_DVR_GROUP_COMBINATION_INFO_V50[] struGroupCombination = (NET_DVR_GROUP_COMBINATION_INFO_V50[]) new NET_DVR_GROUP_COMBINATION_INFO_V50().toArray(8); } public static class NET_DVR_GROUP_COMBINATION_INFO_V50 extends HIKSDKStructure { public byte byEnable; public byte byMemberNum; public byte bySequenceNo; public byte byRes; public int dwGroupNo; } //自定义结构体,用于二维数组转换 public static class NET_DVR_SINGLE_PLAN_SEGMENT_WEEK extends HIKSDKStructure { public NET_DVR_SINGLE_PLAN_SEGMENT[] struPlanCfgDay = new NET_DVR_SINGLE_PLAN_SEGMENT[MAX_TIMESEGMENT_V30]; //一天的计划参数 } public static class NET_DVR_WEEK_PLAN_CFG extends HIKSDKStructure { public int dwSize; public byte byEnable; //是否使能,1-使能,0-不使能 public byte[] byRes1 = new byte[3]; public NET_DVR_SINGLE_PLAN_SEGMENT_WEEK[] struPlanCfg = new NET_DVR_SINGLE_PLAN_SEGMENT_WEEK[MAX_DAYS]; //周计划参数 public byte[] byRes2 = new byte[16]; } public static class NET_DVR_SINGLE_PLAN_SEGMENT extends HIKSDKStructure { public byte byEnable; //是否使能,1-使能,0-不使能 public byte byDoorStatus; //门状态模式(梯控模式),0-无效,1-常开状态(自由),2-常闭状态(禁用),3-普通状态(门状态计划使用) public byte byVerifyMode; //验证方式,0-无效,1-刷卡,2-刷卡+密码(读卡器验证方式计划使用),3-刷卡,4-刷卡或密码(读卡器验证方式计划使用), 5-指纹,6-指纹+密码,7-指纹或刷卡,8-指纹+刷卡,9-指纹+刷卡+密码(无先后顺序),10-人脸或指纹或刷卡或密码,11-人脸+指纹,12-人脸+密码, //13-人脸+刷卡,14-人脸,15-工号+密码,16-指纹或密码,17-工号+指纹,18-工号+指纹+密码,19-人脸+指纹+刷卡,20-人脸+密码+指纹,21-工号+人脸,22-人脸或人脸+刷卡 public byte[] byRes = new byte[5]; public NET_DVR_TIME_SEGMENT struTimeSegment; //时间段参数 } public static class NET_DVR_TIME_SEGMENT extends HIKSDKStructure { public NET_DVR_SIMPLE_DAYTIME struBeginTime; //开始时间点 public NET_DVR_SIMPLE_DAYTIME struEndTime; //结束时间点 } public static class NET_DVR_SIMPLE_DAYTIME extends HIKSDKStructure { public byte byHour; //时 public byte byMinute; //分 public byte bySecond; //秒 public byte byRes; } public static class NET_DVR_WEEK_PLAN_COND extends HIKSDKStructure { public int dwSize; public int dwWeekPlanNumber; //周计划编号 public short wLocalControllerID; //就地控制器序号[1,64] public byte[] byRes = new byte[106]; } public static final int TEMPLATE_NAME_LEN = 32; //计划模板名称长度 public static final int MAX_HOLIDAY_GROUP_NUM = 16; //计划模板最大假日组数 public static class NET_DVR_PLAN_TEMPLATE extends HIKSDKStructure { public int dwSize; public byte byEnable; //是否启用,1-启用,0-不启用 public byte[] byRes1 = new byte[3]; public byte[] byTemplateName = new byte[TEMPLATE_NAME_LEN]; //模板名称 public int dwWeekPlanNo; //周计划编号,0为无效 public int[] dwHolidayGroupNo = new int[MAX_HOLIDAY_GROUP_NUM]; //假日组编号,就前填充,遇0无效 public byte[] byRes2 = new byte[32]; } public static class NET_DVR_PLAN_TEMPLATE_COND extends HIKSDKStructure { public int dwSize; public int dwPlanTemplateNumber; //计划模板编号,从1开始,最大值从门禁能力集获取 public short wLocalControllerID; //就地控制器序号[1,64],0无效 public byte[] byRes = new byte[106]; } public static class NET_DVR_CAPTURE_FACE_COND extends HIKSDKStructure { public int dwSize; public byte[] byRes = new byte[128]; } public static class NET_DVR_FACE_FEATURE extends HIKSDKStructure { public NET_VCA_RECT struFace; //人脸子图区域 public NET_VCA_POINT struLeftEye; // 左眼坐标 public NET_VCA_POINT struRightEye; // 右眼坐标 public NET_VCA_POINT struLeftMouth; // 嘴左边坐标 public NET_VCA_POINT struRightMouth; // 嘴右边坐标 public NET_VCA_POINT struNoseTip; // 鼻子坐标 } public static class NET_DVR_CAPTURE_FACE_CFG extends HIKSDKStructure { public int dwSize; public int dwFaceTemplate1Size; //人脸模板1数据大小,等于0时,代表无人脸模板1数据 public Pointer pFaceTemplate1Buffer; //人脸模板1数据缓存(不大于2.5k) public int dwFaceTemplate2Size; //人脸模板2数据大小,等于0时,代表无人脸模板2数据 public Pointer pFaceTemplate2Buffer; //人脸模板2数据缓存(不大于2.5K) public int dwFacePicSize; //人脸图片数据大小,等于0时,代表无人脸图片数据 public Pointer pFacePicBuffer; //人脸图片数据缓存 public byte byFaceQuality1; //人脸质量,范围1-100 public byte byFaceQuality2; //人脸质量,范围1-100 public byte byCaptureProgress; //采集进度,目前只有两种进度值:0-未采集到人脸,100-采集到人脸(只有在进度为100时,才解析人脸信息) public byte byFacePicQuality; //人脸图片中人脸质量 public int dwInfraredFacePicSize; //红外人脸图片数据大小,等于0时,代表无人脸图片数据 public Pointer pInfraredFacePicBuffer; //红外人脸图片数据缓存 public byte byInfraredFacePicQuality; //红外人脸图片中人脸质量 public byte[] byRes1 = new byte[3]; public NET_DVR_FACE_FEATURE struFeature = new NET_DVR_FACE_FEATURE(); //人脸抠图特征信息 public byte[] byRes = new byte[56]; } public static class NET_DVR_XML_CONFIG_INPUT extends HIKSDKStructure { public int dwSize; public Pointer lpRequestUrl; public int dwRequestUrlLen; public Pointer lpInBuffer; public int dwInBufferSize; public int dwRecvTimeOut; public byte[] byRes = new byte[32]; } public static class NET_DVR_STRING_POINTER extends HIKSDKStructure { public byte[] byString; public NET_DVR_STRING_POINTER(int iLen) { byString = new byte[iLen]; } } public static class NET_DVR_XML_CONFIG_OUTPUT extends HIKSDKStructure { public int dwSize; public Pointer lpOutBuffer; public int dwOutBufferSize; public int dwReturnedXMLSize; public Pointer lpStatusBuffer; public int dwStatusSize; public byte[] byRes = new byte[32]; } //报警场景信息 public static class NET_DVR_SCENE_INFO extends HIKSDKStructure { public int dwSceneID; //场景ID, 0 - 表示该场景无效 public byte[] bySceneName = new byte[NAME_LEN]; //场景名称 public byte byDirection; //监测方向 1-上行,2-下行,3-双向,4-由东向西,5-由南向北,6-由西向东,7-由北向南,8-其它 public byte[] byRes1 = new byte[3]; //保留 public NET_DVR_PTZPOS struPtzPos; //Ptz 坐标 public byte[] byRes2 = new byte[64]; //保留 } // 方向结构体 public static class NET_DVR_DIRECTION extends HIKSDKStructure { public NET_VCA_POINT struStartPoint = new NET_VCA_POINT(); // 方向起始点 public NET_VCA_POINT struEndPoint = new NET_VCA_POINT(); // 方向结束点 } // 交通事件信息 public static class NET_DVR_AID_INFO extends HIKSDKStructure { public byte byRuleID; // 规则序号,为规则配置结构下标,0-16 public byte[] byRes1 = new byte[3]; public byte[] byRuleName = new byte[NAME_LEN]; // 规则名称 public int dwAIDType; // 报警事件类型 public NET_DVR_DIRECTION struDirect = new NET_DVR_DIRECTION(); // 报警指向区域 public byte bySpeedLimit; //限速值,单位km/h[0,255] public byte byCurrentSpeed; //当前速度值,单位km/h[0,255] public byte byVehicleEnterState; //车辆出入状态:0- 无效,1- 驶入,2- 驶出 public byte byState; //0-变化上传,1-轮巡上传 public byte[] byParkingID = new byte[16]; //停车位编号 public int dwAIDTypeEx; // 报警事件类型扩展,参考TRAFFIC_AID_TYPE_EX public byte[] byRes2 = new byte[16]; // 保留字节 } public int ILLEGAL_LEN = 32; //违法代码长度 public int MONITORSITE_ID_LEN = 48;//监测点编号长度 public int DEVICE_ID_LEN = 48; //交通取证报警 public static class NET_DVR_TFS_ALARM extends HIKSDKStructure { public int dwSize; //结构体大小 public int dwRelativeTime; //相对时标 public int dwAbsTime; //绝对时标 public int dwIllegalType; //违章类型,采用国标定义,当dwIllegalType值为0xffffffff时使用byIllegalCode public int dwIllegalDuration; //违法持续时间(单位:秒) = 抓拍最后一张图片的时间 - 抓拍第一张图片的时间 public byte[] byMonitoringSiteID = new byte[MONITORSITE_ID_LEN];//监测点编号(路口编号、内部编号) public byte[] byDeviceID = new byte[DEVICE_ID_LEN]; //设备编号 public NET_VCA_DEV_INFO struDevInfo = new NET_VCA_DEV_INFO(); //前端设备信息 public NET_DVR_SCENE_INFO struSceneInfo = new NET_DVR_SCENE_INFO(); //场景信息 public NET_DVR_TIME_EX struBeginRecTime = new NET_DVR_TIME_EX(); //录像开始时间 public NET_DVR_TIME_EX struEndRecTime = new NET_DVR_TIME_EX(); //录像结束时间 public NET_DVR_AID_INFO struAIDInfo = new NET_DVR_AID_INFO(); //交通事件信息 public NET_DVR_PLATE_INFO struPlateInfo = new NET_DVR_PLATE_INFO(); //车牌信息 public NET_DVR_VEHICLE_INFO struVehicleInfo = new NET_DVR_VEHICLE_INFO(); //车辆信息 public int dwPicNum; //图片数量 public NET_ITS_PICTURE_INFO[] struPicInfo = new NET_ITS_PICTURE_INFO[8]; //图片信息,最多8张 public byte bySpecificVehicleType; //具体车辆种类 参考识别结果类型VTR_RESULT public byte byLaneNo; //关联车道号 public byte[] byRes1 = new byte[2]; //保留 public NET_DVR_TIME_V30 struTime = new NET_DVR_TIME_V30();//手动跟踪定位,当前时间。 public int dwSerialNo;//序号; public byte byVehicleAttribute;//车辆属性,按位表示,0- 无附加属性(普通车),bit1- 黄标车(类似年检的标志),bit2- 危险品车辆,值:0- 否,1- 是 public byte byPilotSafebelt;//0-表示未知,1-系安全带,2-不系安全带 public byte byCopilotSafebelt;//0-表示未知,1-系安全带,2-不系安全带 public byte byPilotSunVisor;//0-表示未知,1-不打开遮阳板,2-打开遮阳板 public byte byCopilotSunVisor;//0-表示未知, 1-不打开遮阳板,2-打开遮阳板 public byte byPilotCall;// 0-表示未知, 1-不打电话,2-打电话 public byte[] byRes2 = new byte[2]; //保留 public byte[] byIllegalCode = new byte[ILLEGAL_LEN/*32*/];//违法代码扩展,当dwIllegalType值为0xffffffff;使用这个值 public short wCountry; // 国家索引值,参照枚举COUNTRY_INDEX public byte byRegion; //区域索引值,0-保留,1-欧洲(Europe Region),2-俄语区域(Russian Region),3-欧洲&俄罗斯(EU&CIS) , 4-中东(Middle East),0xff-所有 public byte byCrossLine;//是否压线停车(侧方停车),0-表示未知,1-不压线,2-压线 public byte[] byParkingSerialNO = new byte[16];//泊车位编号 public byte byCrossSpaces;//是否跨泊车位停车(侧方停车),0-表示未知,1-未跨泊车位停车,2-跨泊车位停车 public byte byAngledParking;//是否倾斜停车(侧方停车), 0-表示未知,1-未倾斜停车,2-倾斜停车 public byte byAlarmValidity;//报警置信度,可以输出驶入驶出的置信度,范围0-100;置信度越高,事件真实性越高 public byte byDoorsStatus;//车门状态 0-车门关闭 1-车门开启 public int dwXmlLen;//XML报警信息长度 public Pointer pXmlBuf; // XML报警信息指针,其XML对应到EventNotificationAlert XML Block public byte byVehicleHeadTailStatus;//车头车尾状态 0-保留 1-车头 2-车尾 public byte byBrokenNetHttp; //断网续传标志位,0-不重传数据,1-重传数据 public byte[] byRes = new byte[30]; //保留 } public static class NET_ITS_OVERLAPCFG_COND extends HIKSDKStructure { public int dwSize; public int dwChannel; public int dwConfigMode; //配置模式,0-终端,1-前端(直连前端或终端接前端) public byte byPicModeType;//0-表示小图(独立图),1-表示大图(合成图) /* 0表示关联 抓拍MPR模式(多帧触发抓拍 IPC使用) 1 表示关联 抓拍 HVT 模式(混卡IPC使用) */ public byte byRelateType; public byte[] byRes = new byte[14]; } //字符叠加每一条信息结构体 public static class NET_ITS_OVERLAP_SINGLE_ITEM_PARAM_V50 extends HIKSDKStructure { public byte[] byRes1 = new byte[2]; // 保留 public byte byItemType; //类型,详见OVERLAP_ITEM_TYPE public byte byChangeLineNum; //叠加项后的换行数[0-10](默认0) public byte bySpaceNum; //叠加项后的空格数[0-255](默认0) public byte[] byRes2 = new byte[2]; public byte byEnablePos; //是否启用坐标显示 public short wStartPosTop; //起始上坐标,只对图片内部叠加有效[0~2448](默认0) public short wStartPosLeft; //起始左坐标,只对图片内部叠加有效[0~2448](默认0) //自定义类型;与byItemType参数对应。可将byItemType参数类型自定义名称。若自定义内容为空,便默认以byItemType参数中的类型命名。 public byte[] byItemTypeCustom = new byte[32]; public byte[] byRes = new byte[8]; } public int MAX_OVERLAP_ITEM_NUM = 50; //最大字符叠加种数 public static class NET_ITS_OVERLAP_ITEM_PARAM_V50 extends HIKSDKStructure { public NET_ITS_OVERLAP_SINGLE_ITEM_PARAM_V50[] struSingleItem = new NET_ITS_OVERLAP_SINGLE_ITEM_PARAM_V50[MAX_OVERLAP_ITEM_NUM]; //单条字符参数 public int dwLinePercent; //叠加行百分比(0-100),(默认100) public int dwItemsStlye; //叠加方式:0-横排,1-竖排(默认横排) public short wStartPosTop; //起始上坐标,只对图片内部叠加有效[0~2448](默认0) public short wStartPosLeft; //起始左坐标,只对图片内部叠加有效[0~2448](默认0) public short wCharStyle; //字体类型,0-宋体1-魏体(默认) public short wCharSize; //字符大小,0--16x16,1--32x32,2-48x48,3--64x64 (默认),8x128(Ver3.7) public short wCharInterval; //字符间距,[0~16],可设单位:像素(默认) public byte[] byRes1 = new byte[2]; public int dwForeClorRGB; //前景色的RGB值bit0-1:(B) bit2-3:(G) bit4-5:(G) (默认x00FFFFFF-白) public int dwBackClorRGB; //背景色的RGB值,只对图片外叠加有效bit0-1:(B) bit2-3:(G) bit4-5:(G) (默认x00000000-黑) public byte byColorAdapt; //颜色是否自适应0-否1-是 //(Ver3.7 新增) // 参数补零使能 0-补零, 1-不补零(详细注释)速度,限速值 不足3位补0 public byte byParamFillZeroEnble; public byte byPlateLeftCornerEnable;// 车牌小图叠加左上角使能 0-不叠加, 1-叠加 public byte byRes2; public short wStartSPicPosTop; //起始上坐标,只对图片内部叠加有效[0~2448](默认0) public short wStartSPicPosLeft; //起始左坐标,只对图片内部叠加有效[0~2448](默认0) //OSD叠加位置 0-图片内,1-图片上边缘,2-图片下边缘(合成图专用的是上边缘外)(V3.7) public byte byOsdLocate; public byte[] byRes = new byte[63]; } //叠加项具体信息 public static class NET_ITS_OVERLAP_INFO_PARAM extends HIKSDKStructure { public byte[] bySite = new byte[128]; //地点描述 public byte[] byRoadNum = new byte[32]; //路口编号 public byte[] byInstrumentNum = new byte[32]; //设备编号 public byte[] byDirection = new byte[32]; //方向编号 public byte[] byDirectionDesc = new byte[32]; //方向描述 public byte[] byLaneDes = new byte[32]; //车道描述 public byte[] byRes1 = new byte[32]; //保留 public byte[] byMonitoringSite1 = new byte[44]; //监测点1信息 public byte[] byMonitoringSite2 = new byte[32]; //监测点2信息 public byte[] byRes = new byte[64]; //保留 } public static class NET_ITS_OVERLAP_CFG_V50 extends HIKSDKStructure { public int dwSize; public byte byEnable; //是否启用,0-不启用,1-启用 public byte[] byRes1 = new byte[3]; public NET_ITS_OVERLAP_ITEM_PARAM_V50 struOverLapItemV50 = new NET_ITS_OVERLAP_ITEM_PARAM_V50(); //字符串参数 public NET_ITS_OVERLAP_INFO_PARAM struOverLapInfo = new NET_ITS_OVERLAP_INFO_PARAM(); //字符串内容信息 public byte[] byRes = new byte[120]; } //人体特征识别结果结构体 public static class NET_VCA_HUMAN_FEATURE extends HIKSDKStructure { public byte byAgeGroup; //年龄段,参见 HUMAN_AGE_GROUP_ENUM public byte bySex; //性别, 0-表示“未知”(算法不支持),1 – 男 , 2 – 女, 0xff-算法支持,但是没有识别出来 public byte byEyeGlass; //是否戴眼镜 0-表示“未知”(算法不支持),1 – 不戴, 2 – 戴,0xff-算法支持,但是没有识别出来 //抓拍图片人脸年龄的使用方式,如byAge为15,byAgeDeviation为1,表示,实际人脸图片年龄的为14-16之间 public byte byAge;//年龄 0-表示“未知”(算法不支持),0xff-算法支持,但是没有识别出来 public byte byAgeDeviation;//年龄误差值 public byte byRes0; //字段预留 public byte byMask; //是否戴口罩 0-表示“未知”(算法不支持),1 – 不戴, 2 – 戴, 0xff-算法支持,但是没有识别出来 public byte bySmile; //是否微笑 0-表示“未知”(算法不支持),1 – 不微笑, 2 – 微笑, 0xff-算法支持,但是没有识别出来 public byte byFaceExpression; /* 表情,参见FACE_EXPRESSION_GROUP_ENUM*/ public byte byRes1; public byte byRes2; public byte byHat; // 帽子, 0-不支持,1-不戴帽子,2-戴帽子,0xff-unknow表示未知,算法支持未检出 public byte[] byRes = new byte[4]; //保留 } //人脸抓拍附加信息结构体 public static class NET_VCA_FACESNAP_ADDINFO extends HIKSDKStructure { //人脸矩形框,该坐标为人脸小图(头肩照)中人脸的坐标 public NET_VCA_RECT struFacePicRect = new NET_VCA_RECT(); public int iSwingAngle;//旋转角, -90~90度 public int iTiltAngle;//俯仰角, -90~90度 public int dwPupilDistance;//瞳距,范围为:最小值为10像素,最大值为当前分辨率宽度/1.6 public byte byBlockingState;//目标遮挡状态, 0-表示“未知”(算法不支持),1~无遮挡,2~瞬时轻度遮挡,3~持续轻度遮挡,4~严重遮挡 public byte byFaceSnapThermometryEnabled;//人脸抓拍测温使能 1-开启 0-关闭 public byte byIsAbnomalTemperature;//人脸抓拍测温是否温度异常 1-是 0-否 public byte byThermometryUnit;//测温单位: 0-摄氏度(℃),1-华氏度(℉),2-开尔文(K) public NET_DVR_TIME_EX struEnterTime = new NET_DVR_TIME_EX(); // 最佳抓拍下进入时间 public NET_DVR_TIME_EX struExitTime = new NET_DVR_TIME_EX(); // 最佳抓拍下离开时间 public float fFaceTemperature; // 人脸温度( - 20.0℃~150.0℃,精确到小数点后1位) public float fAlarmTemperature;// 测温报警警阈值(精确到小数点后1位) public byte[] byRes = new byte[472];// 保留字节 } //人脸抓拍结果 public static class NET_VCA_FACESNAP_RESULT extends HIKSDKStructure { public int dwSize; // 结构大小 public int dwRelativeTime; // 相对时标 public int dwAbsTime; // 绝对时标 public int dwFacePicID; //人脸图ID public int dwFaceScore; //人脸评分,0-100 public NET_VCA_TARGET_INFO struTargetInfo = new NET_VCA_TARGET_INFO();//报警目标信息 public NET_VCA_RECT struRect = new NET_VCA_RECT(); //人脸子图区域 public NET_VCA_DEV_INFO struDevInfo = new NET_VCA_DEV_INFO(); //前端设备信息 public int dwFacePicLen; //人脸子图的长度,为0表示没有图片,大于0表示有图片 public int dwBackgroundPicLen; //背景图的长度,为0表示没有图片,大于0表示有图片(保留) public byte bySmart; //IDS设备返回0(默认值),Smart Functiom Return 1 public byte byAlarmEndMark;//报警结束标记0-保留,1-结束标记(该字段结合人脸ID字段使用,表示该ID对应的下报警结束,主要提供给NVR使用,用于判断报警结束,提取识别图片数据中,清晰度最高的图片) public byte byRepeatTimes; //重复报警次数,0-无意义 public byte byUploadEventDataType;//人脸图片数据长传方式:0-二进制数据,1-URL public NET_VCA_HUMAN_FEATURE struFeature = new NET_VCA_HUMAN_FEATURE(); //人体属性 public float fStayDuration; //停留画面中时间(单位: 秒) public byte[] sStorageIP = new byte[16]; //存储服务IP地址 public short wStoragePort; //存储服务端口号 public short wDevInfoIvmsChannelEx; //与NET_VCA_DEV_INFO里的byIvmsChannel含义相同,能表示更大的值。老客户端用byIvmsChannel能继续兼容,但是最大到255。新客户端版本请使用wDevInfoIvmsChannelEx。 public byte byFacePicQuality; public byte byUIDLen; // 上传报警的标识长度 public byte byLivenessDetectionStatus;// 活体检测状态:0-保留,1-未知(检测失败),2-非真人人脸,3-真人人脸,4-未开启活体检测 /*附加信息标识位(即是否有NET_VCA_FACESNAP_ADDINFO结构体),0-无附加信息, 1-有附加信息。*/ public byte byAddInfo; public Pointer pUIDBuffer; //标识指针 //附加信息指针,指向NET_VCA_FACESNAP_ADDINFO结构体 public Pointer pAddInfoBuffer; public byte byTimeDiffFlag; /*时差字段是否有效 0-时差无效, 1-时差有效 */ public byte cTimeDifferenceH; /*与UTC的时差(小时),-12 ... +14, +表示东区,,byTimeDiffFlag为1时有效*/ public byte cTimeDifferenceM; /*与UTC的时差(分钟),-30, 30, 45, +表示东区,byTimeDiffFlag为1时有效*/ public byte byBrokenNetHttp; //断网续传标志位,0-不是重传数据,1-重传数据 public Pointer pBuffer1; //人脸子图的图片数据 public Pointer pBuffer2; //背景图的图片数据(保留,通过查找背景图接口可以获取背景图) } //人脸抓拍信息 public static class NET_VCA_FACESNAP_INFO_ALARM extends HIKSDKStructure { public int dwRelativeTime; // 相对时标 public int dwAbsTime; // 绝对时标 public int dwSnapFacePicID; //抓拍人脸图ID public int dwSnapFacePicLen; //抓拍人脸子图的长度,为0表示没有图片,大于0表示有图片 public NET_VCA_DEV_INFO struDevInfo = new NET_VCA_DEV_INFO(); //前端设备信息 public byte byFaceScore; //人脸评分,指人脸子图的质量的评分,0-100 public byte bySex;//性别,0-未知,1-男,2-女 public byte byGlasses;//是否带眼镜,0-未知,1-是,2-否 //抓拍图片人脸年龄的使用方式,如byAge为15,byAgeDeviation为1,表示,实际人脸图片年龄的为14-16之间 public byte byAge;//年龄 public byte byAgeDeviation;//年龄误差值 public byte byAgeGroup;//年龄段,详见HUMAN_AGE_GROUP_ENUM,若传入0xff表示未知 public byte byFacePicQuality; public byte byRes1; // 保留字节 public int dwUIDLen; // 上传报警的标识长度 public Pointer pUIDBuffer; //标识指针 public float fStayDuration; //停留画面中时间(单位: 秒) public Pointer pBuffer1; //抓拍人脸子图的图片数据 } //籍贯参数 public static class NET_DVR_AREAINFOCFG extends HIKSDKStructure { public short wNationalityID; //国籍 public short wProvinceID; //省 public short wCityID; //市 public short wCountyID; //县 public int dwCode; //国家标准的省份、城市、县级代码,当这个字段不为0的时候,使用这个值,新设备上传这个值表示籍贯参数,老设备这个值为0 } //人员信息 public int MAX_HUMAN_BIRTHDATE_LEN = 10; public static class NET_VCA_HUMAN_ATTRIBUTE extends HIKSDKStructure { public byte bySex; //性别:0-男,1-女 public byte byCertificateType; //证件类型:0-身份证,1-警官证 public byte[] byBirthDate = new byte[MAX_HUMAN_BIRTHDATE_LEN]; //出生年月,如:201106 public byte[] byName = new byte[NAME_LEN]; //姓名 public NET_DVR_AREAINFOCFG struNativePlace = new NET_DVR_AREAINFOCFG(); //籍贯参数 public byte[] byCertificateNumber = new byte[NAME_LEN]; //证件号 public int dwPersonInfoExtendLen;// 人员标签信息扩展长度 public Pointer pPersonInfoExtend; //人员标签信息扩展信息 public byte byAgeGroup;//年龄段,详见HUMAN_AGE_GROUP_ENUM,如传入0xff表示未知 public byte[] byRes2 = new byte[11]; } //禁止名单报警信息 public static class NET_VCA_BLOCKLIST_INFO_ALARM extends HIKSDKStructure { public NET_VCA_BLOCKLIST_INFO struBlockListInfo = new NET_VCA_BLOCKLIST_INFO(); //禁止名单基本信息 public int dwBlockListPicLen; //禁止名单人脸子图的长度,为0表示没有图片,大于0表示有图片 public int dwFDIDLen;// 人脸库ID长度 public Pointer pFDID; //人脸库Id指针 public int dwPIDLen;// 人脸库图片ID长度 public Pointer pPID; //人脸库图片ID指针 public short wThresholdValue; //人脸库阈值[0,100] public byte[] byRes = new byte[2]; // 保留字节 public Pointer pBuffer1; //禁止名单人脸子图的图片数据 } //禁止名单信息 public static class NET_VCA_BLOCKLIST_INFO extends HIKSDKStructure { public int dwSize; //结构大小 public int dwRegisterID; //名单注册ID号(只读) public int dwGroupNo; //分组号 public byte byType; //黑允许名单标志:0-全部,1-允许名单,2-禁止名单 public byte byLevel; //禁止名单等级,0-全部,1-低,2-中,3-高 public byte[] byRes1 = new byte[2]; //保留 public NET_VCA_HUMAN_ATTRIBUTE struAttribute = new NET_VCA_HUMAN_ATTRIBUTE(); //人员信息 public byte[] byRemark = new byte[NAME_LEN]; //备注信息 public int dwFDDescriptionLen;//人脸库描述数据长度 public Pointer pFDDescriptionBuffer;//人脸库描述数据指针 public int dwFCAdditionInfoLen;//抓拍库附加信息长度 public Pointer pFCAdditionInfoBuffer;//抓拍库附加信息数据指针(FCAdditionInfo中包含相机PTZ坐标) public byte[] byRes2 = new byte[4]; } //禁止名单比对结果报警上传 public static class NET_VCA_FACESNAP_MATCH_ALARM extends HIKSDKStructure { public int dwSize; // 结构大小 public float fSimilarity; //相似度,[0.001,1] public NET_VCA_FACESNAP_INFO_ALARM struSnapInfo = new NET_VCA_FACESNAP_INFO_ALARM(); //抓拍信息 public NET_VCA_BLOCKLIST_INFO_ALARM struBlockListInfo = new NET_VCA_BLOCKLIST_INFO_ALARM(); //禁止名单信息 public byte[] sStorageIP = new byte[16]; //存储服务IP地址 public short wStoragePort; //存储服务端口号 public byte byMatchPicNum; //匹配图片的数量,0-保留(老设备这个值默认0,新设备这个值为0时表示后续没有匹配的图片信息) public byte byPicTransType;//图片数据传输方式: 0-二进制;1-url public int dwSnapPicLen;//设备识别抓拍图片长度 public Pointer pSnapPicBuffer;//设备识别抓拍图片指针 public NET_VCA_RECT struRegion = new NET_VCA_RECT();//目标边界框,设备识别抓拍图片中,人脸子图坐标 public int dwModelDataLen;//建模数据长度 public Pointer pModelDataBuffer;// 建模数据指针 public byte byModelingStatus;// 建模状态 public byte byLivenessDetectionStatus;//活体检测状态:0-保留,1-未知(检测失败),2-非真人人脸,3-真人人脸,4-未开启活体检测 public byte cTimeDifferenceH; /*与UTC的时差(小时),-12 ... +14, +表示东区,0xff无效*/ public byte cTimeDifferenceM; /*与UTC的时差(分钟),-30, 30, 45, +表示东区,0xff无效*/ public byte byMask; //抓拍图是否戴口罩,0-保留,1-未知,2-不戴口罩,3-戴口罩 public byte bySmile; //抓拍图是否微笑,0-保留,1-未知,2-不微笑,3-微笑 public byte byContrastStatus; //比对结果,0-保留,1-比对成功,2-比对失败 public byte byBrokenNetHttp; //断网续传标志位,0-不是重传数据,1-重传数据 } //交通事件报警(扩展) public static class NET_DVR_AID_ALARM_V41 extends HIKSDKStructure { public int dwSize; //结构长度 public int dwRelativeTime; //相对时标 public int dwAbsTime; //绝对时标 public NET_VCA_DEV_INFO struDevInfo = new NET_VCA_DEV_INFO(); //前端设备信息 public NET_DVR_AID_INFO struAIDInfo = new NET_DVR_AID_INFO(); //交通事件信息 public NET_DVR_SCENE_INFO struSceneInfo = new NET_DVR_SCENE_INFO(); //场景信息 public int dwPicDataLen; //图片长度 public Pointer pImage; //指向图片的指针 // 0-数据直接上传; 1-云存储服务器URL(3.7Ver)原先的图片数据变成URL数据,图片长度变成URL长度 public byte byDataType; public byte byLaneNo; //关联车道号 public short wMilliSecond; //时标毫秒 //监测点编号(路口编号、内部编号) public byte[] byMonitoringSiteID = new byte[MONITORSITE_ID_LEN/*48*/]; public byte[] byDeviceID = new byte[DEVICE_ID_LEN/*48*/];//设备编号 public int dwXmlLen;//XML报警信息长度 public Pointer pXmlBuf;// XML报警信息指针,其XML对应到EventNotificationAlert XML Block public byte byTargetType;// 检测的目标类型,0~未知,1~行人、2~二轮车、3~三轮车(行人检测中返回) public byte byRuleID;//规则ID,1-4,当congestion事件配置了规则区域时返回 public short wDevInfoIvmsChannelEx; //与NET_VCA_DEV_INFO里的byIvmsChannel含义相同,能表示更大的值。老客户端用byIvmsChannel能继续兼容,但是最大到255。新客户端版本请使用wDevInfoIvmsChannelEx。 public byte byBrokenNetHttp; // 断网续传标志位,0-不重传数据,1-重传数据 public byte[] byRes = new byte[3]; // 保留字节 public int dwPlateSmallPicDataLen; //车牌小图图片长度 public Pointer pPlateSmallImage; // //指向车牌小图的指针 } //交通统计信息报警(扩展) public static class NET_DVR_TPS_ALARM_V41 extends HIKSDKStructure { public int dwSize; // 结构体大小 public int dwRelativeTime; // 相对时标 public int dwAbsTime; // 绝对时标 public NET_VCA_DEV_INFO struDevInfo; // 前端设备信息 public NET_DVR_TPS_INFO_V41 struTPSInfo; // 交通参数统计信息 //监测点编号(路口编号、内部编号) public byte[] byMonitoringSiteID = new byte[MONITORSITE_ID_LEN/*48*/]; public byte[] byDeviceID = new byte[DEVICE_ID_LEN/*48*/];//设备编号 public int dwStartTime; // 开始统计时间 public int dwStopTime; // 结束统计时间 public byte[] byRes = new byte[24]; // 保留 } public static class NET_DVR_LANE_PARAM_V41 extends HIKSDKStructure { public byte[] byRuleName = new byte[NAME_LEN]; // 车道规则名称 public byte byRuleID; // 规则序号,为规则配置结构下标,0-7 public byte byLaneType; // 车道上行或下行 public byte byTrafficState; // 车道的交通状态,0-无效,1-畅通,2-拥挤,3-堵塞 public byte byLaneNo; //车道号 public int dwVaryType; // 车道交通参数变化类型参照 TRAFFIC_DATA_VARY_TYPE_EX_ENUM,按位区分 public int dwTpsType; // 数据变化类型标志,表示当前上传的统计参数中,哪些数据有效,参照ITS_TPS_TYPE,按位区分 public int dwLaneVolume; // 车道流量,统计有多少车子通过 public int dwLaneVelocity; // 车道速度,公里计算 public int dwTimeHeadway; // 车头时距,以秒计算 public int dwSpaceHeadway; // 车头间距,以米来计算 public float fSpaceOccupyRation; // 车道占有率,百分比计算(空间上) public float fTimeOccupyRation; // 时间占有率,百分比计算 public int dwLightVehicle; // 小型车数量 public int dwMidVehicle; // 中型车数量 public int dwHeavyVehicle; // 重型车数量 public NET_DVR_LANE_QUEUE struLaneQueue; // 车道队列长度 public NET_VCA_POINT struRuleLocation; // 规则位置虚拟线圈的中心 public int dwOversizeVehicle; // 大型车数量 public byte[] byRes2 = new byte[60]; // 保留 } public int MAX_TPS_RULE = 8; // 最大参数规则数目 public static class NET_DVR_TPS_INFO_V41 extends HIKSDKStructure { public int dwLanNum; // 交通参数的车道数目 public NET_DVR_LANE_PARAM_V41[] struLaneParam = new NET_DVR_LANE_PARAM_V41[MAX_TPS_RULE]; public int dwSceneID;//场景ID public byte[] byRes = new byte[28]; //保留 } // 车道队列结构体 public static class NET_DVR_LANE_QUEUE extends HIKSDKStructure { public NET_VCA_POINT struHead; //队列头 public NET_VCA_POINT struTail; //队列尾 public int dwLength; //实际队列长度 单位为米 [0-500] } //TPS统计过车数据上传 public static class NET_DVR_TPS_STATISTICS_INFO extends HIKSDKStructure { public int dwSize; // 结构体大小 public int dwChan;//通道号 public NET_DVR_TPS_STATISTICS_PARAM struTPSStatisticsInfo;// 交通参数统计信息 public byte[] byRes = new byte[128]; // 保留 } // 交通参数统计信息 public static class NET_DVR_TPS_STATISTICS_PARAM extends HIKSDKStructure { public byte byStart; // 开始码 public byte byCMD; // 命令号, 08-定时成组数据指令 public byte[] byRes = new byte[2]; // 预留字节 public short wDeviceID; // 设备ID public short wDataLen; // 数据长度 public byte byTotalLaneNum; // 有效车道总数 public byte[] byRes1 = new byte[15]; public NET_DVR_TIME_V30 struStartTime; //统计开始时间 public int dwSamplePeriod; //统计时间,单位秒 public NET_DVR_TPS_LANE_PARAM[] struLaneParam = new NET_DVR_TPS_LANE_PARAM[8]; } //统计信息 public static class NET_DVR_TPS_LANE_PARAM extends HIKSDKStructure { public byte byLane; // 对应车道号 public byte bySpeed; // 车道过车平均速度 public byte[] byRes = new byte[2]; // 保留 public int dwLightVehicle; // 小型车数量 public int dwMidVehicle; // 中型车数量 public int dwHeavyVehicle; // 重型车数量 public int dwTimeHeadway; // 车头时距,以秒计算 public int dwSpaceHeadway; // 车头间距,以米来计算 public float fSpaceOccupyRation; // 空间占有率,百分比计算,浮点数*1000 public float fTimeOccupyRation; // 时间占有率,百分比计算,浮点数*1000 public byte[] byRes1 = new byte[16]; // 保留 } //TPS实时过车数据上传 public static class NET_DVR_TPS_REAL_TIME_INFO extends HIKSDKStructure { public int dwSize; // 结构体大小 public int dwChan;//通道号 public NET_DVR_TIME_V30 struTime; //检测时间 public NET_DVR_TPS_PARAM struTPSRealTimeInfo;// 交通参数统计信息 public Pointer pAddInfoBuffer; /*附加信息标识(即是否有NET_DVR_TPS_ADDINFO结构体),0-无附加信息, 1-有附加信息。*/ public byte byAddInfoFlag; public byte[] byRes1 = new byte[3]; // 保留 public int dwDeviceIDEx; // 设备ID扩展 public byte[] byRes = new byte[8]; // 保留 } //实时信息 public static class NET_DVR_TPS_PARAM extends HIKSDKStructure { public byte byStart; // 开始码 public byte byCMD; // 命令号,01-进入指令,02-离开指令,03-拥堵状态指令(为03时,只有byLaneState和byQueueLen有效),04-多线圈状态(为04时,wLoopState和wStateMask有效,表示byLane车道上多个线圈的过车状态) public short wSpaceHeadway; //车头间距,以米来计算 public short wDeviceID; // 设备ID public short wDataLen; // 数据长度 public byte byLane; // 对应车道号 public byte bySpeed; // 对应车速(KM/H) public byte byLaneState; // 车道状态;0-无状态,1-畅通,2-拥挤,3-堵塞 public byte byQueueLen; // 堵塞状态下排队长度(比如50米) public short wLoopState; //线圈状态,第几位表示几号线圈状态。状态1-到达,0-离开,线圈编号从镜头由近到远依次增大,用户在解析时优先解析车道号,再解析线圈号,单个车道的线圈号是唯一的。 public short wStateMask; //线圈状态掩码,掩码位为1对应wLoopState状态位有效,为0表示无效 public int dwDownwardFlow; //当前车道 从上到下车流量 public int dwUpwardFlow; //当前车道 从下到上车流量 public byte byJamLevel; //拥堵等级,当byLaneState为3时有效,1-轻度,2-中度,3-重度 public byte byVehicleDirection; //0-未知,1-由上而下,2-由下而上 public byte byJamFlow; //拥堵新增流量,每新增一辆车就上报一次累计车辆的信息 public byte byChannelizationLane; //渠化车道号(渠化表示,车道数量变化的情况,一般为路口车道的数目) public byte byVehicleType; //车型识别:0- 未知,1- 客车(大型),2- 货车(大型),3- 轿车(小型),4- 非机动车 public byte[] byRes1 = new byte[5]; //保留 public short wTimeHeadway; // 车头时距,以秒计算 } public static class NET_DVR_TIME_SEARCH_COND extends HIKSDKStructure { public short wYear; //年 public byte byMonth; //月 public byte byDay; //日 public byte byHour; //时 public byte byMinute; //分 public byte bySecond; //秒 public byte byLocalOrUTC; //0-时差无效,设备本地时间,即设备OSD时间 1-时差有效 public short wMillisecond; //毫秒,精度不够,默认为0 public byte cTimeDifferenceH; //与UTC的时差(小时),-12 ... +14,+表示东区,byLocalOrUTC为1时有效 public byte cTimeDifferenceM; //与UTC的时差(分钟),-30, 0, 30, 45,+表示东区,byLocalOrUTC为1时有效 } //事件搜索条件 public static class NET_DVR_SEARCH_EVENT_PARAM extends HIKSDKStructure { public short wMajorType; //0-移动侦测,1-报警输入, 2-智能事件 5-pos录像 7-门禁事件, 8-非视频联动事件 public short wMinorType; //搜索次类型- 根据主类型变化,0xffff表示全部 public NET_DVR_TIME struStartTime = new NET_DVR_TIME(); //搜索的开始时间,停止时间: 同时为(0, 0) 表示从最早的时间开始,到最后,最前面的4000个事件 public NET_DVR_TIME struEndTime = new NET_DVR_TIME(); //搜索的结束时间 public byte byLockType; // 0xff-全部,0-未锁,1-锁定 public byte byValue; //0-按位表示,1-按值表示 public byte[] byRes = new byte[130]; // 保留 public UNION_EVENT_PARAM uSeniorParam = new UNION_EVENT_PARAM(); } public static class UNION_EVENT_PARAM extends Union { public byte[] byLen = new byte[SEARCH_EVENT_INFO_LEN]; public EVENT_INQUESTPARAM struInquestParam = new EVENT_INQUESTPARAM(); } //审讯事件搜索条件 public static class EVENT_INQUESTPARAM extends HIKSDKStructure { public byte byRoomIndex; //审讯室编号,按值表示,从1开始 public byte[] byRes1 = new byte[3]; public byte[] sInquestInfo = new byte[INQUEST_CASE_LEN]; public byte[] byRes2 = new byte[232]; //保留 } //事件搜索条件 public static class NET_DVR_SEARCH_EVENT_PARAM_V50 extends HIKSDKStructure { public short wMajorType; //0-移动侦测,1-报警输入, 2-智能事件 5-pos录像 7-门禁事件, 8-非视频联动事件 public short wMinorType; //搜索次类型- 根据主类型变化,0xffff表示全部 public NET_DVR_TIME_SEARCH_COND struStartTime = new NET_DVR_TIME_SEARCH_COND(); //搜索的开始时间,停止时间: 同时为(0, 0) 表示从最早的时间开始,到最后,最前面的4000个事件 public NET_DVR_TIME_SEARCH_COND struEndTime = new NET_DVR_TIME_SEARCH_COND(); //搜索的结束时间 public byte byLockType; // 0xff-全部,0-未锁,1-锁定 public byte byQuickSearch; // 是否启用快速查询,0-不启用,1-启用(快速查询不会返回文件大小,仅对设备数据库进行查询,避免频繁唤醒硬盘) public byte[] byRes = new byte[254]; // 保留 public UNION_EVENT_PARAM_V50 uSeniorParam = new UNION_EVENT_PARAM_V50(); } public static class UNION_EVENT_PARAM_V50 extends Union { public byte[] byLen = new byte[SEARCH_EVENT_INFO_LEN_V40/*800*/]; public EVENT_ALARMPARAM_V50 struAlarmParam = new EVENT_ALARMPARAM_V50(); public EVENT_MOTIONPARAM_V50 struMotionParam = new EVENT_MOTIONPARAM_V50(); public EVENT_VCAPARAM_V50 struVcaParam = new EVENT_VCAPARAM_V50(); public EVENT_INQUESTPARAM_V50 struInquestParam = new EVENT_INQUESTPARAM_V50(); public EVENT_VCADETECTPARAM_V50 struVCADetect = new EVENT_VCADETECTPARAM_V50(); public EVENT_STREAMIDPARAM_V50 struStreamIDParam = new EVENT_STREAMIDPARAM_V50(); public EVENT_POSPARAM_V50 struPosAlarm = new EVENT_POSPARAM_V50(); public EVENT_TRIALPARAM_V50 struTrialParam = new EVENT_TRIALPARAM_V50(); public EVENT_ACSPARAM_V50 struACSAlarm = new EVENT_ACSPARAM_V50(); public EVENT_IOTPARAM_V50 struIOTAlarm = new EVENT_IOTPARAM_V50(); } public static class EVENT_ALARMPARAM_V50 extends HIKSDKStructure { /*报警输入号,按值表示,采用紧凑型排列,0xffff表示后续无效*/ public short[] wAlarmInNo = new short[128]; public byte[] byRes = new byte[544]; //保留 } //移动侦测 public static class EVENT_MOTIONPARAM_V50 extends HIKSDKStructure { /* 移动侦测通道,按值表示 ,采用紧凑型排列,0xffff表示后续无效*/ public short[] wMotDetChanNo = new short[MAX_CHANNUM_V30]; public byte[] byRes = new byte[672]; /*保留*/ } //行为分析 public static class EVENT_VCAPARAM_V50 extends HIKSDKStructure { //行为分析对应的通道,按值表示,采用紧凑型排列,0xffff表示后续无效 public short[] wChanNo = new short[MAX_CHANNUM_V30]; public byte byRuleID; //行为分析类型,规则0xff表示全部,从0开始 public byte byDriverBehaviortType; //司机驾驶行为类型:0-保留、1-抽烟、2-接打电话、3-疲劳驾驶、4-分神提醒、5-驾驶员异常、6-未系安全带、7-红外阻断墨镜 public byte byADASType; //高级辅助驾驶类型:0-保留、1-前向碰撞、2-车道偏离、3-盲区检测、4-车距检测、5-行人防撞、6-急加速、7-急减速、8-急左转弯、9-急右转弯、10-车辆翻车、11-未礼让行人 public byte byGSensorType; // G-Sensor事件:0-保留、1-急加速、2-急减速、3-急左转弯、4-急右转弯、5-车辆翻车、6-车辆碰撞 public byte bySensorInType; // Sensor-In行为:0-保留、1-刹车、2-左转、3-右转、4-倒车 public byte[] byRes = new byte[667]; /*保留*/ } //审讯事件搜索条件 public static class EVENT_INQUESTPARAM_V50 extends HIKSDKStructure { public byte byRoomIndex; //审讯室编号,从1开始 public byte[] byRes = new byte[799]; //保留 } //智能侦测查找条件 ,通道号按值表示 public static class EVENT_VCADETECTPARAM_V50 extends HIKSDKStructure { public byte byAll; //查找全部通道,0-否,此时dwChanNo参数有效, //1-查找全部通道,此时dwChanNo参数无效。 public byte[] byRes1 = new byte[3]; public short[] wChanNo = new short[MAX_CHANNUM_V30];// 触发通道号,按值表示,0xffff无效,且后续数据也表示无效值 public byte[] byRes = new byte[668]; } public static class EVENT_STREAMIDPARAM_V50 extends HIKSDKStructure { public NET_DVR_STREAM_INFO struIDInfo = new NET_DVR_STREAM_INFO(); // 流id信息,72字节长 public int dwCmdType; // 外部触发类型,NVR接入云存储使用 public byte byBackupVolumeNum; //存档卷号,CVR使用 public byte[] byRes1 = new byte[3]; public byte[] byArchiveLabel = new byte[64]; //存档标签,CVR使用 public byte[] byRes = new byte[656]; } //pos录像 public static class EVENT_POSPARAM_V50 extends HIKSDKStructure { public short[] wChannel = new short[MAX_CHANNUM_V30]; //通道,按值表示,紧凑型排列,遇到0xffff时表示数组后续值无效 public byte byAllChan; //是否查找全部通道,0-否,此时wChannel有效,1-全部通道,此时wChannel无效 public byte byCaseSensitive; //0-不区分大小写, 1-区分大小写 public byte byCombinateMode; //关键字组合方式,0-或,1-与 public byte byRes1; //保留 public byte[] sKeyWord = new byte[MAX_POS_KEYWORDS_NUM * MAX_POS_KEYWORD_LEN]; //关键字查找时的条件 public byte[] byRes = new byte[284]; //保留 } public static class EVENT_TRIALPARAM_V50 extends HIKSDKStructure { public byte[] byCaseNo = new byte[SEARCH_CASE_NO_LEN]; public byte[] byCaseName = new byte[SEARCH_CASE_NAME_LEN]; public byte[] byLitigant1 = new byte[SEARCH_LITIGANT_LEN]; public byte[] byLitigant2 = new byte[SEARCH_LITIGANT_LEN]; public byte[] byChiefJudge = new byte[SEARCH_CHIEF_JUDGE_LEN]; public byte byCaseType; public byte[] byRes = new byte[547]; } //门禁事件搜索条件 public static class EVENT_ACSPARAM_V50 extends HIKSDKStructure { public int dwMajor; //报警主类型(与事件上传主类型一致,0代表全部) public int dwMinor; //报警次类型(与事件上传主类型一致,0代表全部) public byte[] byCardNo = new byte[ACS_CARD_NO_LEN]; //卡号 public byte[] byName = new byte[NAME_LEN/*32*/]; //姓名 public byte[] byMACAddr = new byte[MACADDR_LEN]; //物理MAC地址 public byte[] byRes = new byte[722]; } //非视频联动事件搜索条件 public static class EVENT_IOTPARAM_V50 extends HIKSDKStructure { public short wDeviceType; //设备类型,0-海康门禁主机,1-海康可视对讲设备, 2-海康报警主机(预留) 3-GJD报警主机 4-Luminite报警主机, 5-OPTEX报警主机,6-cameraDetector模拟相机传感器设备 public short wEventType; //搜索次类型- 根据主类型变化,0xffff表示全部 public short[] wChannel = new short[MAX_CHANNUM_V30/*64*/]; //通道号,按值表示,紧凑型排列,遇到0xffff时表示数组后续值无效 public byte byAllChan; //是否查找全部通道,0-否,此时wChannel有效,1-全部通道,此时wChannel无效 public byte byCaseSensitive; //0-不区分大小写, 1-区分大小写 public byte byCombinateMode; //关键字组合方式,0-或,1-与 public byte bySearchType; //搜索方式:0-按视频源搜索(此时通道号为视频通道号) public byte[] sKeyWord = new byte[MAX_POS_KEYWORDS_NUM * MAX_POS_KEYWORD_LEN];//关键字查找时的条件 public short wZoneNo; //防区号,仅当设备类型为海康报警主机,次类型为防区(wEventType为1)时有效 public byte[] byRes = new byte[278]; //保留 } //查找返回结果 public static class NET_DVR_SEARCH_EVENT_RET extends HIKSDKStructure { public short wMajorType; //主类型 public short wMinorType; //次类型 public NET_DVR_TIME struStartTime = new NET_DVR_TIME(); //事件开始的时间 public NET_DVR_TIME struEndTime = new NET_DVR_TIME(); //事件停止的时间 public byte[] byChan = new byte[MAX_CHANNUM_V30]; public byte[] byChanEx = new byte[32]; //关联通道,按位表示,使用该字段后byChan可以不使用 public byte[] byRes = new byte[4]; public UNION_EVENT_RET uSeniorRet = new UNION_EVENT_RET(); } public static class UNION_EVENT_RET extends Union { public byte[] byLen = new byte[304]; public EVENT_ALARMSTRET struAlarmRet = new EVENT_ALARMSTRET(); public EVENT_INQUESTRET struInquestRet = new EVENT_INQUESTRET(); } //报警输入结果 public static class EVENT_ALARMSTRET extends HIKSDKStructure { public int dwAlarmInNo; //报警输入号 public byte[] byRes = new byte[SEARCH_EVENT_INFO_LEN]; } //审讯事件 public static class EVENT_INQUESTRET extends HIKSDKStructure { public byte byRoomIndex; //审讯室编号,从1开始 public byte byDriveIndex; //刻录机编号,从1开始 public byte[] byRes1 = new byte[6]; //保留 public int dwSegmentNo; //本片断在本次审讯中的序号,从1开始 public short wSegmetSize; //本片断的大小, 单位M public short wSegmentState; //本片断状态 0 刻录正常,1 刻录异常,2 不刻录审讯 public byte[] byRes2 = new byte[288]; //保留 @Override protected List getFieldOrder() { // TODO Auto-generated method stub return Arrays.asList("byRoomIndex", "byDriveIndex", "byRes1", "dwSegmentNo", "wSegmetSize", "wSegmentState", "byRes2"); } } //查找返回结果 public static class NET_DVR_SEARCH_EVENT_RET_V50 extends HIKSDKStructure { public short wMajorType; //主类型 public short wMinorType; //次类型 public NET_DVR_TIME_SEARCH struStartTime = new NET_DVR_TIME_SEARCH(); //事件开始的时间 public NET_DVR_TIME_SEARCH struEndTime = new NET_DVR_TIME_SEARCH(); //事件停止的时间,脉冲事件时和开始时间一样 public NET_DVR_ADDRESS struAddr = new NET_DVR_ADDRESS(); //片段所在的地址信息,集群回放时用到 public short[] wChan = new short[MAX_CHANNUM_V40/*512*/]; //触发的通道号,0xffff表示后续无效 public byte[] byRes = new byte[256]; public UNION_EVENT_RET_V50 uSeniorRet = new UNION_EVENT_RET_V50(); } public static class UNION_EVENT_RET_V50 extends Union { public byte[] byLen = new byte[800]; public EVENT_ALARMRET_V50 struAlarmRet = new EVENT_ALARMRET_V50(); public EVENT_MOTIONRET_V50 struMotionRet = new EVENT_MOTIONRET_V50(); public EVENT_VCARET_V50 struVcaRet = new EVENT_VCARET_V50(); public EVENT_INQUESTRET_V50 struInquestRet = new EVENT_INQUESTRET_V50(); public EVENT_STREAMIDRET_V50 struStreamIDRet = new EVENT_STREAMIDRET_V50(); public EVENT_POSRET_V50 struPosRet = new EVENT_POSRET_V50(); public EVENT_TRIALRET_V50 struTrialRet = new EVENT_TRIALRET_V50(); public EVENT_IOTRET_V50 struIOTRet = new EVENT_IOTRET_V50(); } //报警输入结果 public static class EVENT_ALARMRET_V50 extends HIKSDKStructure { public int dwAlarmInNo; //报警输入号 public byte[] byRes = new byte[796]; } //移动侦测结果 public static class EVENT_MOTIONRET_V50 extends HIKSDKStructure { public int dwMotDetNo; //移动侦测通道 public byte[] byRes = new byte[796]; } //行为分析结果 public static class EVENT_VCARET_V50 extends HIKSDKStructure { public int dwChanNo; //触发事件的通道号 public byte byRuleID; //规则ID public byte[] byRes1 = new byte[3]; //保留 public byte[] byRuleName = new byte[NAME_LEN]; //规则名称 public NET_VCA_EVENT_UNION uEvent = new NET_VCA_EVENT_UNION(); //行为事件参数 public byte[] byRes = new byte[668]; //保留 } //审讯事件 public static class EVENT_INQUESTRET_V50 extends HIKSDKStructure { public byte byRoomIndex; //审讯室编号,从1开始 public byte byDriveIndex; //刻录机编号,从1开始 public byte[] byRes1 = new byte[6]; //保留 public int dwSegmentNo; //本片断在本次审讯中的序号,从1开始 public short wSegmetSize; //本片断的大小, 单位M public short wSegmentState; //本片断状态 0 刻录正常,1 刻录异常,2 不刻录审讯 public byte[] byRes2 = new byte[784]; //保留 } //流id录像查询结果 public static class EVENT_STREAMIDRET_V50 extends HIKSDKStructure { public int dwRecordType; //录像类型 0-定时录像 1-移动侦测 2-报警录像 3-报警|移动侦测 4-报警&移动侦测 5-命令触发 6-手动录像 7-震动报警 8-环境触发 9-智能报警 10-回传录像 public int dwRecordLength; //录像大小 public byte byLockFlag; // 锁定标志 0:没锁定 1:锁定 public byte byDrawFrameType; // 0:非抽帧录像 1:抽帧录像 public byte byPosition;// 文件所在存储位置:0-阵列上,1-带库机位上,可以直接下载,2-磁带库内,需要把磁盘切换到机位上,3-不在磁带库中,需要把磁盘插到磁带库中 public byte byRes1; public byte[] byFileName = new byte[NAME_LEN]; //文件名 public int dwFileIndex; // 存档卷上的文件索引 public byte[] byTapeIndex = new byte[NET_SDK_MAX_TAPE_INDEX_LEN]; //文件所在磁带编号 public byte[] byFileNameEx = new byte[NET_SDK_MAX_FILE_LEN/*256*/]; //文件名扩展 public byte[] byRes = new byte[464]; } //POS录像查询结果 public static class EVENT_POSRET_V50 extends HIKSDKStructure { public int dwChanNo; //触发产生pos事件的通道 public byte[] byRes = new byte[796]; } public static class EVENT_TRIALRET_V50 extends HIKSDKStructure { public byte byRoomIndex; //审讯室编号,从1开始 public byte byDriveIndex; //刻录机编号,从1开始 public short wSegmetSize; //本片断的大小, 单位M public int dwSegmentNo; //本片断在本次审讯中的序号,从1开始 public byte bySegmentState; //本片断状态,0-刻录正常,1-刻录异常,2-不刻录审讯 public byte byCaseType; //案件类型;0-全部、1-刑事案件、2-民事案件 public byte[] byRes = new byte[2]; public byte[] byCaseNo = new byte[CASE_NO_RET_LEN]; //案件编号 public byte[] byCaseName = new byte[CASE_NAME_RET_LEN]; //案件名称; public byte[] byLitigant1 = new byte[LITIGANT_RET_LEN]; //当事人1; public byte[] byLitigant2 = new byte[LITIGANT_RET_LEN]; //当事人2; public byte[] byChiefJudge = new byte[CHIEF_JUDGE_RET_LEN];//审判长 public byte[] byRes1 = new byte[600]; } //非视频通道查询结果 public static class EVENT_IOTRET_V50 extends HIKSDKStructure { public int dwChanNo; //触发产生事件的通道号(事件源通道) public byte[] byRes = new byte[796]; } public static class NET_DVR_INQUEST_RESUME_SEGMENT extends HIKSDKStructure { public NET_DVR_TIME struStartTime = new NET_DVR_TIME(); //事件起始时间 public NET_DVR_TIME struStopTime = new NET_DVR_TIME(); //事件终止时间 public byte byRoomIndex; //审讯室编号,从1开始 public byte byDriveIndex; //刻录机编号,从1开始 public short wSegmetSize; //本片断的大小, 单位M public int dwSegmentNo; //本片断在本次审讯中的序号,从1开始 public byte[] byRes = new byte[24]; //保留 } public static class NET_DVR_INQUEST_RESUME_EVENT extends HIKSDKStructure { public int dwResumeNum; //需恢复的事件个数 public NET_DVR_INQUEST_RESUME_SEGMENT[] struResumeSegment = new NET_DVR_INQUEST_RESUME_SEGMENT[MAX_RESUME_SEGMENT]; public byte byResumeMode; //恢复模式,0-单光盘恢复,1-双光盘恢复 public byte[] byRes = new byte[199]; //保留 } //报警信息查询条件结构体 public static class NET_DVR_ALARM_SEARCH_COND extends HIKSDKStructure { public int dwSize; public NET_DVR_TIME_SEARCH_COND strStartTime; //开始时间,时间为空则代表不通过时间筛选。 public NET_DVR_TIME_SEARCH_COND strStopTime; //结束时间, 时间为空则代表不通过时间筛选。 /* 报警命令,该字段值与报警布防类型相同,目前支持: COMM_VCA_ALARM 0x4993 智能检测报警 COMM_UPLOAD_FACESNAP_RESULT 0x1112 人脸识别结果上传 COMM_SNAP_MATCH_ALAR 0x2902 人脸比对结果上传 */ public int dwAlarmComm; //若该命令为空这代表不进行报警命令过滤。 public byte[] sAlarmUID = new byte[64]; //UID标识(上传报警时设备返回的UID标识,64字节的长度,可以使用时间(精确到毫秒)加上随即数的方式组成),为空则代表不区分UID public byte[] byRes = new byte[128]; } //报警信息查询结果结构体 public static class NET_DVR_ALARM_SEARCH_RESULT extends HIKSDKStructure { public int dwSize; /* 报警命令,该字段值与报警布防类型相同,目前支持: COMM_VCA_ALARM 0x4993 智能检测报警 COMM_UPLOAD_FACESNAP_RESULT 0x1112 人脸识别结果上传 COMM_SNAP_MATCH_ALARM 0x2902 人脸比对结果上传 */ public int dwAlarmComm; /* 报警信息,该字段值与报警信息相同,目前支持: 当COMM_VCA_ALARM时,该报警信息为JSON报文 当COMM_UPLOAD_FACESNAP_RESULT时,该报警信息为NET_VCA_FACESNAP_RESULT 当COMM_SNAP_MATCH_ALARM—¶,该报警信息为NET_VCA_FACESNAP_MATCH_ALARM */ public int dwAlarmLen;//报警信息,即pAlarmInfo指针指向的数据长度 public Pointer pAlarmInfo; public NET_DVR_ALARMER struAlarmer = new NET_DVR_ALARMER(); public byte[] byRes = new byte[128]; } public static class NET_DVR_ALARM_ISAPI_INFO extends HIKSDKStructure { public Pointer pAlarmData; // 报警数据(参见下表) public int dwAlarmDataLen; // 报警数据长度 public byte byDataType; // 0-invalid,1-xml,2-json public byte byPicturesNumber; // 图片数量 public byte[] byRes = new byte[2]; public Pointer pPicPackData; // 图片变长部分 //(byPicturesNumber个{NET_DVR_ALARM_ISAPI_PICDATA};) public byte[] byRes1 = new byte[32]; } public static class NET_DVR_LOCAL_GENERAL_CFG extends HIKSDKStructure { public byte byExceptionCbDirectly; //0-通过线程池异常回调,1-直接异常回调给上层 public byte byNotSplitRecordFile; //回放和预览中保存到本地录像文件不切片 0-默认切片,1-不切片 public byte byResumeUpgradeEnable; //断网续传升级使能,0-关闭(默认),1-开启 public byte byAlarmJsonPictureSeparate; //控制JSON透传报警数据和图片是否分离,0-不分离,1-分离(分离后走COMM_ISAPI_ALARM回调返回) public byte[] byRes = new byte[4]; //保留 public long i64FileSize; //单位:Byte public int dwResumeUpgradeTimeout; //断网续传重连超时时间,单位毫秒 public byte[] byRes1 = new byte[236]; //预留 } public static class NET_DVR_LOCAL_TCP_PORT_BIND_CFG extends HIKSDKStructure { public short wLocalBindTcpMinPort; //本地绑定Tcp最小端口 public short wLocalBindTcpMaxPort; //本地绑定Tcp最大端口 public byte[] byRes = new byte[60]; //保留 } public static class NET_DVR_LOCAL_CHECK_DEV extends HIKSDKStructure { public int 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) public int 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 public byte[] byRes = new byte[256]; } public static final int MAX_FILE_PATH_LEN = 256; //文件路径长度 public static class NET_DVR_ALARM_ISAPI_PICDATA extends HIKSDKStructure { public int dwPicLen; public byte byPicType; //图片格式: 1- jpg public byte[] byRes = new byte[3]; public byte[] szFilename = new byte[MAX_FILE_PATH_LEN]; public Pointer pPicData; // 图片数据 } public static class NET_DVR_FOCUSMODE_CFG extends HIKSDKStructure { public int dwSize; public byte byFocusMode; /* 聚焦模式,0-自动,1-手动,2-半自动 */ public byte byAutoFocusMode; /* 自动聚焦模式,0-关,1-模式A,2-模式B,3-模式AB,4-模式C 自动聚焦模式,需要在聚焦模式为自动时才显示*/ public short wMinFocusDistance; /* 最小聚焦距离,单位CM, 0-自动,0xffff-无穷远 */ public byte byZoomSpeedLevel; /* 变倍速度,为实际取值,1-3 */ public byte byFocusSpeedLevel; /* 聚焦速度,为实际取值,1-3 */ public byte byOpticalZoom; /* 光学变倍,0-255 */ public byte byDigtitalZoom; /* 数字变倍,0-255 */ public float fOpticalZoomLevel; /* 光学变倍(倍率值) [1,32], 最小间隔0.5 ,内部设备交互的时候*1000 */ public int dwFocusPos;/* dwFocusPos 是focus值(聚焦值),范围为[0x1000,0xC000],这个值是sony坐标值,使用这个值是为了对外统一,保证不同的镜头对外focus值都转换在这个范围内 (手动聚焦模式下下应用)*/ public byte byFocusDefinitionDisplay;// 聚焦清晰度显示,0~不显示,1~显示, 开启会在码流上显示当前镜头目标的清晰度值,用于帮助客户调焦使相机抓拍能够达到最清晰的效果,该清晰度越大代表着越清晰,清晰度范围为:0~100.0000 public byte byFocusSensitivity; //聚焦灵敏度,范围[0,2],聚焦模式为自动、半自动时生效 public byte[] byRes1 = new byte[2]; public int dwRelativeFocusPos;//相对focus值,其低16位表示聚焦值,0~4000;高16位代表当前聚焦值获取时的温度值 public byte[] byRes = new byte[48]; } public static class NET_DVR_SERIALSTART_V40 extends HIKSDKStructure { public int dwSize; //结构体大小 public int dwSerialType; //串口号(1-232串口,2-485串口) public byte bySerialNum; //串口编号 public byte[] byRes = new byte[255]; } public static class NET_DVR_PRESET_NAME extends HIKSDKStructure { public int dwSize; public short wPresetNum; //预置点编号 public byte[] byRes1 = new byte[2]; //字节对齐 public byte[] byName = new byte[NAME_LEN]; public short wPanPos; //水平参数 如果获取到的数据大于360默认减去360 public short wTiltPos; //垂直参数 如果获取到的数据大于360默认减去360 public short wZoomPos; //变倍参数如果获取到的数据大于360默认减去360 public byte[] byRes = new byte[58]; } //Sensor信息 public static class NET_DVR_SENSOR_PARAM extends HIKSDKStructure { public byte bySensorType;//SensorType:0-CCD,1-CMOS public byte[] byRes = new byte[31]; public float fHorWidth;//水平宽度 精确到小数点后两位 *10000 public float fVerWidth;//垂直宽度 精确到小数点后两位 *10000 public float fFold;//zoom=1没变时的焦距 精确到小数点后两位 *100 } //球机位置信息 public static class NET_DVR_PTZPOS_PARAM extends HIKSDKStructure { public float fPanPos;//水平参数,精确到小数点后1位 public float fTiltPos;//垂直参数,精确到小数点后1位 public float fZoomPos;//变倍参数,精确到小数点后1位 public byte[] byRes = new byte[16]; } public static class NET_DVR_LLI_PARAM extends HIKSDKStructure { public float fSec;//秒[0.000000,60.000000] public byte byDegree;//度:纬度[0,90] 经度[0,180] public byte byMinute;//分[0,59] public byte[] byRes = new byte[6]; } //GIS信息上传 public static class NET_DVR_GIS_UPLOADINFO extends HIKSDKStructure { public int dwSize;//结构体大小 public int dwRelativeTime; //相对时标 public int dwAbsTime; //绝对时标 public NET_VCA_DEV_INFO struDevInfo = new NET_VCA_DEV_INFO();//前端设备 public float fAzimuth;//电子罗盘的方位信息;方位角[0.00°,360.00°) public byte byLatitudeType;//纬度类型,0-北纬,1-南纬 public byte byLongitudeType;// 经度类型,0-东度,1-西度 public byte[] byRes1 = new byte[2]; public NET_DVR_LLI_PARAM struLatitude = new NET_DVR_LLI_PARAM(); /*纬度*/ public NET_DVR_LLI_PARAM struLongitude = new NET_DVR_LLI_PARAM(); /*经度*/ public float fHorizontalValue;//水平视场角,精确到小数点后面两位 public float fVerticalValue;//垂直视场角,精确到小数点后面两位 public float fVisibleRadius;//当前可视半径,精确到小数点后面两位 public float fMaxViewRadius;//最大可视半径,精确到小数点后面0位(预留处理) public NET_DVR_SENSOR_PARAM struSensorParam;//Sensor信息 public NET_DVR_PTZPOS_PARAM struPtzPos; //ptz坐标 public byte[] byRes = new byte[256]; } public static class NET_DVR_DAYTIME extends HIKSDKStructure { public byte byHour;//0~24 public byte byMinute;//0~60 public byte bySecond;//0~60 public byte byRes; public short wMilliSecond; //0~1000 public byte[] byRes1 = new byte[2]; } public static class NET_DVR_SCHEDULE_DAYTIME extends HIKSDKStructure { public NET_DVR_DAYTIME struStartTime; //开始时间 public NET_DVR_DAYTIME struStopTime; //结束时间 } public static class NET_DVR_BUILTIN_SUPPLEMENTLIGHT extends HIKSDKStructure { public int dwSize;//结构体大小 public byte byMode;//补光灯模式 0-定时,1-开启,2-关闭,3-自动(非光敏,算法画面识别) public byte byBrightnessLimit;//亮度限制[0,100] public byte bySupplementLightMode;//补光灯类型,0~白光模式,1~混合模式 public byte byMixedLightRegulatMode;//混合补光灯亮度调节模式,0~自动,1~手动,当bySupplementLightMode = 1时生效 public byte byLrLightBrightness;//红外亮度控制[0,100],当byMixedLightRegulatMode = 1时生效。 public byte byHighLrLightBrightness;// 远光红外光亮度配置[0,100],当byMixedLightRegulatMode = 1时生效 public byte byHighBrightnessLimit;// 远光白光亮度配置[0,100],当byMixedLightRegulatMode = 1时生效 public byte byLowLrLightBrightness;// 近光红外光亮度配置[0,100],当byMixedLightRegulatMode = 1时生效 public NET_DVR_SCHEDULE_DAYTIME struSchedTime;//定时时间段 public byte byLowBrightnessLimit;//近光白光亮度配置[0,100],当byMixedLightRegulatMode = 1时生效 public byte byWhiteLightBrightness;// 白光灯亮度 public byte[] byRes1 = new byte[254]; } public static class NET_DVR_HANDLEEXCEPTION_V41 extends HIKSDKStructure { public int dwHandleType; //异常处理,异常处理方式的"或"结果 /*0x00: 无响应*/ /*0x01: 监视器上警告*/ /*0x02: 声音警告*/ /*0x04: 上传中心*/ /*0x08: 触发报警输出*/ /*0x10: 触发JPRG抓图并上传Email*/ /*0x20: 无线声光报警器联动*/ /*0x40: 联动电子地图(目前只有PCNVR支持)*/ /*0x200: 抓图并上传FTP*/ /*0x400: 虚交侦测 联动 聚焦模式(提供可配置项,原先设备自动完成)IPC5.1.0*/ /*0x800: PTZ联动跟踪(球机跟踪目标)*/ /*0x4000:白光灯报警*/ /*0x10000:短信报警*/ public int dwMaxRelAlarmOutChanNum; //触发的报警输出通道数(只读)最大支持数 public int[] dwRelAlarmOut = new int[MAX_ALARMOUT_V40]; //触发报警通道 public byte[] byRes = new byte[64]; //保留 } public static class NET_DVR_PRESETCHAN_INFO extends HIKSDKStructure { public int dwEnablePresetChan; /*启用预置点的通道, 0xfffffff表示不调用预置点*/ public int dwPresetPointNo; /*调用预置点通道对应的预置点序号, 0xfffffff表示不调用预置点。*/ } public static class NET_DVR_CRUISECHAN_INFO extends HIKSDKStructure { public int dwEnableCruiseChan; /*启用巡航的通道*/ public int dwCruiseNo; /*巡航通道对应的巡航编号, 0xfffffff表示无效*/ } public static class NET_DVR_PTZTRACKCHAN_INFO extends HIKSDKStructure { public int dwEnablePtzTrackChan; /*启用云台轨迹的通道*/ public int dwPtzTrackNo; /*云台轨迹通道对应的编号, 0xfffffff表示无效*/ } public static class NET_DVR_EVENT_TRIGGER extends HIKSDKStructure { public int dwSize;//结构体大小 public NET_DVR_HANDLEEXCEPTION_V41 struHandleException; //异常处理方式 public int[] dwRelRecordChan = new int[MAX_CHANNUM_V40]; //实际触发录像通道,按值表示,采用紧凑型排列,从下标0开始顺序读取,中间遇到0xffffffff则后续无效。 public NET_DVR_PRESETCHAN_INFO[] struPresetChanInfo = new NET_DVR_PRESETCHAN_INFO[MAX_CHANNUM_V40]; //启用的预置点信息 public NET_DVR_CRUISECHAN_INFO[] struCruiseChanInfo = new NET_DVR_CRUISECHAN_INFO[MAX_CHANNUM_V40]; //启用巡航功能通道的信息 public NET_DVR_PTZTRACKCHAN_INFO[] struPtzTrackInfo = new NET_DVR_PTZTRACKCHAN_INFO[MAX_CHANNUM_V40]; //调用云台轨迹的通道信息 public byte byDirection;//触发方向:0-保留;1-全部;2-正向;3-反向 public byte[] byRes2 = new byte[255]; } public static class NET_DVR_FACELIB_GUARD_COND extends HIKSDKStructure { public int dwSize; public int dwChannel; //通道号 public byte[] szFDID = new byte[68];//人脸库的ID public byte[] byRes = new byte[128]; } //导入人脸数据条件 public static class NET_DVR_FACELIB_COND extends HIKSDKStructure { public int dwSize; public byte[] szFDID = new byte[NET_SDK_MAX_FDID_LEN/*256*/];//人脸库ID public byte byConcurrent;//设备并发处理 0-不开启,1-开始 public byte byCover;//是否覆盖式导入 0-否,1-是 public byte byCustomFaceLibID;//FDID是否是自定义,0-不是,1-是; public byte byPictureSaveMode;//上传原图保存模式,0-保存,1-不保存; public byte[] byIdentityKey = new byte[NET_SDK_MAX_INDENTITY_KEY_LEN/*64*/];//交互操作口令 public byte[] byRes = new byte[60]; } public static class NET_DVR_SEND_PARAM_IN extends HIKSDKStructure { public Pointer pSendData; //发送的缓冲区,PicURL == 1 的时候,内存中存储的是 URL 字符串,byUploadModeling == 1 的时候,内存中存储的是 建模base64加密数据 public int dwSendDataLen; //发送数据长度,PicURL == 1 的时候,表示的 URL 字符串的长度,byUploadModeling == 1 的时候,表示为建模数据base64后的加密长度 public NET_DVR_TIME_V30 struTime = new NET_DVR_TIME_V30(); //图片时间 public byte byPicType; //图片格式,1-jpg,2-bmp,3-png,4-SWF,5-GIF public byte byPicURL; //图片数据采用URL方式 0-二进制图片数据,1-图片数据走URL方式 /*是否上传建模数据; 0- 二进制图片数据方式(pSendData指向二进制图片数据, dwPicDataLen为图片二进制数据长度), 1- 直接上传建模数据(pSendData指向建模base64加密数据, dwPicDataLen为建模数据base64后的加密长度)。 注:建模数据采用base64加密方式,选择为建模数据上传后,byPicURL 无需。 当”/ISAPI/Intelligent/channels//faceContrast/capabilities”能力中返回isSupportUploadModeling能力节点时,支持上传建模数据. */ public byte byUploadModeling; public byte byRes1; public int dwPicMangeNo; //图片管理号 public byte[] sPicName = new byte[NAME_LEN]; //图片名称 public int dwPicDisplayTime; //图片播放时长,单位秒 public Pointer pSendAppendData; //发送图片的附加信息缓冲区,对应FaceAppendData 的XML描述; public int dwSendAppendDataLen; //发送图片的附加信息数据长度 FaceAppendData XML的长度; public byte[] byRes = new byte[192]; } public static class NET_DVR_INQUEST_ROOM extends HIKSDKStructure { public byte byRoomIndex; //审讯室编号 public byte byFileType; //0-审讯文件,1-开庭上传文件 public byte[] byRes = new byte[22]; //保留 } public static class NET_DVR_INQUEST_CDRW_CFG extends HIKSDKStructure { public int dwSize; public int dwNum; //刻录机的数量 public int[] dwRwSelectPara = new int[MAX_CHANNUM_V30];// 是否选中该光驱 public int dwModeSelect; //0表示循环刻录模式 1表示并行刻录模式(默认模式) public byte[] byRes = new byte[24]; //保留 public int dwStartCDRW; //DVR 本地已经开始刻录 public int dwHdExcp; //硬盘有异 常 public int dwInterval; //时间间隔,10分钟(0)、20分钟(1)、30分钟(2) public byte[] sLable = new byte[64]; //光盘名称 } public static class NET_DVR_INQUEST_CDRW_STATUS extends HIKSDKStructure { /*运行状态:0-审讯开始, 1-审讯过程中刻录,2-审讯停止, 3-刻录审讯文件, 4-备份(事后备份和本地备份) 5-空闲 6-初始化硬盘 7-恢复审讯*/ public int dwType; public NET_DVR_INQUEST_CDRW[] strCDRWNum = new NET_DVR_INQUEST_CDRW[MAX_INQUEST_CDRW_NUM]; //数组0表示刻录机1 public NET_DVR_TIME_EX struInquestStartTime = new NET_DVR_TIME_EX(); //审讯开始的时间点 public byte[] byRes = new byte[16]; //保留 } public static class NET_DVR_INQUEST_CDRW extends HIKSDKStructure { public int dwEnable; //刻录机状态是否有效,0-无效,1-有效 public int dwStatus; /*当dwType=0时, 0-光盘正常,1-无光盘或光盘异常, 当dwType=1或2时,0-刻录正常,1-无光盘或光盘异常,2-光盘已封盘(81不支持),3-光盘空间不足, 4-异常导致审讯终止(81不支持) 当dwType=3时, 0-刻录正常,1-无光盘或光盘异常,2-光盘已封盘(81不支持),3-光盘空间不足 当dwType=4时,0-刻录正常,1-无光盘或光盘异常,2-光盘已封盘(81不支持),3-光盘空间不足 当dwType=5时,0-光盘正常, 1-无光盘或光盘异常,2-光盘已封盘(81不支持) 当dwType=6或7时, 0-刻录正常, 1-无光盘或光盘异常, 2-光盘已封盘(81不支持), 3-光盘空间不足*/ public int dwVolumn; //光盘容量,单位M public int dwFreeSpace; //光盘剩余容量,单位M public int dwTimeLeft; // 光盘剩余时间,单位秒 public byte byCDType; // 光盘类型 public byte[] byRes = new byte[3]; //保留字节 } //实时温度检测条件参数 public static class NET_DVR_REALTIME_THERMOMETRY_COND extends HIKSDKStructure { public int dwSize; /*结构体大小*/ public int dwChan; /*通道号,从1开始,0xffffffff代表获取全部通道*/ public byte byRuleID;/*规则ID,0代表获取全部规则,具体规则ID从1开始*/ public byte byMode; //长连接模式:0- 保留(兼容不支持该功能的老设备),1- 定时模式,2- 温差模式 public short wInterval; //上传间隔(仅温差模式支持),取值范围:1-3600 秒,填0则默认3600S上传一次 public byte[] byRes2 = new byte[60]; } //点测温实时信息 public static class NET_DVR_POINT_THERM_CFG extends HIKSDKStructure { public float fTemperature; public NET_VCA_POINT struPoint; public byte[] byRes = new byte[120]; } //框/线测温实时信息 public static class NET_DVR_LINEPOLYGON_THERM_CFG extends HIKSDKStructure { public float fMaxTemperature; public float fMinTemperature; public float fAverageTemperature; public float fTemperatureDiff; public NET_VCA_POLYGON struRegion; public byte[] byRes = new byte[32]; } //实时温度信息 public static class NET_DVR_THERMOMETRY_UPLOAD extends HIKSDKStructure { public int dwSize; /* 结构体大小 */ public int dwRelativeTime; public int dwAbsTime; public byte[] szRuleName = new byte[NAME_LEN]; public byte byRuleID;/* 规则ID,0代表获取全部规则,具体规则ID从1开始 */ public byte byRuleCalibType; public short wPresetNo; public NET_DVR_POINT_THERM_CFG struPointThermCfg; public NET_DVR_LINEPOLYGON_THERM_CFG struLinePolygonThermCfg; public byte byThermometryUnit; public byte byDataType; public byte byRes1; public byte bySpecialPointThermType; public float fCenterPointTemperature; public float fHighestPointTemperature; public float fLowestPointTemperature; public NET_VCA_POINT struHighestPoint; public NET_VCA_POINT struLowestPoint; public byte byIsFreezedata; public byte[] byRes = new byte[95]; } public static class NET_PTZ_INFO extends HIKSDKStructure { public float fPan; public float fTilt; public float fZoom; public int dwFocus;// 聚焦参数,聚焦范围:归一化0-100000 public byte[] byRes = new byte[4]; } //测温模式配置 public static class NET_DVR_THERMOMETRY_MODE extends HIKSDKStructure { public int dwSize;//结构体大小 public byte byMode;//测温模式,0~普通模式,1~专家模式 public byte byThermometryROIEnabled; //测温ROI使能 0-保留 1-不开启 2-开启(基于互斥兼容考虑) public byte[] byRes = new byte[62]; } public static class NET_DVR_THERMOMETRY_COND extends HIKSDKStructure { public int dwSize;//结构体大小 public int dwChannel; public short wPresetNo;//0-保留 public byte[] byRes = new byte[62]; } public static class NET_DVR_THERMOMETRY_PRESETINFO_PARAM extends HIKSDKStructure { public byte byEnabled; //是否使能:0- 否,1- 是 public byte byRuleID;//规则ID 0-表示无效,从1开始 (list内部判断数据有效性) public short wDistance;//距离(m)[0, 10000] public float fEmissivity;//发射率(发射率 精确到小数点后两位)[0.01, 1.00](即:物体向外辐射能量的本领) public byte byDistanceUnit;//距离单位: 0-米(m),1-英尺(feet),2-厘米(centimeter) public byte[] byRes = new byte[2]; public byte byReflectiveEnabled;//反射温度使能:0- 否,1- 是 public float fReflectiveTemperature;//反射温度 精确到小数后2位 public byte[] szRuleName = new byte[NAME_LEN/*32*/];//规则名称 public byte byemissivityMode; //发射率配置类型 1-粗糙,2-较粗糙,3-较光滑, 4-光滑, 0xff-自定义 public byte[] byRes1 = new byte[62]; public byte byRuleCalibType;//规则标定类型 0-点,1-框,2-线 public NET_VCA_POINT struPoint = new NET_VCA_POINT();//点测温坐标(当规则标定类型为"点"的时候生效) public NET_VCA_POLYGON struRegion = new NET_VCA_POLYGON();//区域、线(当规则标定类型为"框"或者"线"的时候生效) } public static class NET_DVR_THERMOMETRY_PRESETINFO extends HIKSDKStructure { public int dwSize;//结构体大小 public short wPresetNo;//0-保留 public byte[] byRes = new byte[2]; public NET_DVR_THERMOMETRY_PRESETINFO_PARAM[] struPresetInfo = new NET_DVR_THERMOMETRY_PRESETINFO_PARAM[40]; } //温度报警(检测温度和配置温度比较报警) public static class NET_DVR_THERMOMETRY_ALARM extends HIKSDKStructure { public int dwSize; public int dwChannel;//通道号 public byte byRuleID;//规则ID public byte byThermometryUnit;//测温单位: 0-摄氏度(℃),1-华氏度(℉),2-开尔文(K) public short wPresetNo; //预置点号 public NET_PTZ_INFO struPtzInfo = new NET_PTZ_INFO();//ptz坐标信息 public byte byAlarmLevel;//0-预警 1-报警 public byte byAlarmType;/*报警类型 0-最高温度 1-最低温度 2-平均温度 3-温差 4-温度突升 5-温度突降*/ public byte byAlarmRule;//0-大于,1-小于 public byte byRuleCalibType;//规则标定类型 0-点,1-框,2线 public NET_VCA_POINT struPoint = new NET_VCA_POINT();//点测温坐标(当规则标定类型为点的时候生效) public NET_VCA_POLYGON struRegion = new NET_VCA_POLYGON();//区域(当规则标定类型为框的时候生效) public float fRuleTemperature;/*配置规则温度,精确到小数点后一位(-40-1000),(浮点数+100) */ public float fCurrTemperature;/*当前温度,精确到小数点后一位(-40-1000),(浮点数+100) */ public int dwPicLen;//可见光图片长度 public int dwThermalPicLen;//热成像图片长度 public int dwThermalInfoLen;//热成像附加信息长度 public Pointer pPicBuff; ///可见光图片指针 public Pointer pThermalPicBuff;// 热成像图片指针 public Pointer pThermalInfoBuff; //热成像附加信息指针 public NET_VCA_POINT struHighestPoint = new NET_VCA_POINT();//线、框测温最高温度位置坐标(当规则标定类型为线、框的时候生效) public float fToleranceTemperature;/* 容差温度,精确到小数点后一位(-40-1000),(浮点数+100) */ public int dwAlertFilteringTime;//温度预警等待时间 单位秒 范围为0-200秒,默认为0秒 public int dwAlarmFilteringTime;//温度报警等待时间 单位秒 范围为0-200秒,默认为0秒 public int dwTemperatureSuddenChangeCycle;//温度突变记录周期,单位秒 public float fTemperatureSuddenChangeValue;//温度突变值,精确到小数点后一位(大于0) public byte byPicTransType; //图片数据传输方式: 0-二进制;1-url public byte[] byRes = new byte[39]; } //温差报警 public static class NET_DVR_THERMOMETRY_DIFF_ALARM extends HIKSDKStructure { public int dwSize; public int dwChannel;//通道号 public byte byAlarmID1;//规则AlarmID1 public byte byAlarmID2;//规则AlarmID2 public short wPresetNo; //预置点号 public byte byAlarmLevel;//0-预警 1-报警 public byte byAlarmType;/*报警类型 0-最高温度 1-最低温度 2-平均温度*/ public byte byAlarmRule;//0-大于,1-小于 public byte byRuleCalibType;//规则标定类型 0-点,1-框,2线 public NET_VCA_POINT[] struPoint = (NET_VCA_POINT[]) new NET_VCA_POINT().toArray(2);//点测温坐标(当规则标定类型为点的时候生效)数组下标0代表着AlarmID1,数组下标1代表着AlarmID2. public NET_VCA_POLYGON[] struRegion = (NET_VCA_POLYGON[]) new NET_VCA_POLYGON().toArray(2);//区域(当规则标定类型为框的时候生效)数组下标0代表着AlarmID1,数组下标1代表着AlarmID2. float fRuleTemperatureDiff;/*配置规则温差,精确到小数点后一位(-40-1000))*/ float fCurTemperatureDiff;/*当前温差,精确到小数点后一位(-40-1000),(浮点数+100) */ NET_PTZ_INFO struPtzInfo;//ptz坐标信息 public int dwPicLen;//可见光图片长度 public int dwThermalPicLen;//热成像图片长度 public int dwThermalInfoLen;//热成像附加信息长度 public Pointer pPicBuff; ///可见光图片指针 public Pointer pThermalPicBuff;// 热成像图片指针 public Pointer pThermalInfoBuff; //热成像附加信息指针 public byte byThermometryUnit;//测温单位: 0-摄氏度(℃),1-华氏度(℉),2-开尔文(K) public byte byPicTransType; //图片数据传输方式: 0-二进制;1-url public byte[] byRes1 = new byte[2]; float fToleranceTemperature;/*容差温度,精确到小数点后一位(-40-1000),(浮点数+100) */ public int dwAlarmFilteringTime;//温度报警等待时间 单位秒 范围为0-200秒,默认为0秒 public int dwVisibleChannel; //可见光通道通道号 public byte[] byRes = new byte[48]; } //船只检测报警上传 public static class NET_DVR_SHIPSDETECTION_ALARM extends HIKSDKStructure { public int dwSize; public NET_VCA_DEV_INFO struDevInfo; //设备信息 public int dwRelativeTime; //相对时标 public int dwAbsTime; //绝对时标 public byte byShipsNum; //船只数;(正跨越检测线的船只数) public byte byShipsNumHead;//船只数;(船头检测船只数) public byte byShipsNumEnd; //船只数;(船尾检测船只数) public byte byPicTransType; //图片数据传输方式: 0-二进制;1-url public NET_DVR_SHIPSINFO[] struShipInfo = (NET_DVR_SHIPSINFO[]) new NET_DVR_SHIPSINFO().toArray(MAX_SHIPS_NUM); /*20*///船只信息;最大支持20艘 public int dwPicLen;//可见光图片长度 public int dwThermalPicLen;//热成像图片长度 public Pointer pPicBuffer; //可见光图片数据指针 public Pointer pThermalPicBuffer; //热成像图片数据指针 public short wDevInfoIvmsChannelEx; //与NET_VCA_DEV_INFO里的byIvmsChannel含义相同,能表示更大的值。老客户端用byIvmsChannel能继续兼容,但是最大到255。新客户端版本请使用wDevInfoIvmsChannelEx。 public byte byTimeDiffFlag; /*时差字段是否有效 0-时差无效, 1-时差有效 */ public byte cTimeDifferenceH; /*与UTC的时差(小时),-12 ... +14, +表示东区,,byTimeDiffFlag为1时有效*/ public byte cTimeDifferenceM; /*与UTC的时差(分钟),-30, 30, 45, +表示东区,byTimeDiffFlag为1时有效*/ public byte bySID;//场景ID public byte[] byRes1 = new byte[2]; public byte[] szSceneName = new byte[NAME_LEN];//场景名称,不超过32字符 public byte[] byRes = new byte[216]; } public static final int MAX_SHIPS_NUM = 20; //船只检测最大船只数 //船只信息 public static class NET_DVR_SHIPSINFO extends HIKSDKStructure { public float fShipsLength; //船只长度;1~1000.0m,精确到小数点后一位 public float fShipsHeight; //船只高度;1~1000.0m,精确到小数点后一位 public float fShipsWidth; //船只宽度;1~1000.0m,精确到小数点后一位 public float fShipsSpeed; //船只速度;1~1000.0m/s,精确到小数点后一位 public byte byShipsDirection;//船只方向;0~up,1~down,2~left,3~right public byte byShipsDetState;//船只检测状态;0~正跨越检测线,1~船头检测,2~船尾检测 public byte byTriggerLineID;//检测线ID public byte[] byRes = new byte[61]; public NET_VCA_POLYGON struShipsRect; //船只区域,归一化值,相对于大图(可见光图、热成像图)的分辨率 } public static class NET_DVR_ARRAY_LIST extends HIKSDKStructure { public int dwSize; // 结构体大小 public int dwCount; // 阵列个数 public NET_DVR_ARRAY_INFO[] struArrayInfo = new NET_DVR_ARRAY_INFO[SUPPORT_ARRAY_NUM]; } public static class NET_DVR_BGA_INFO extends HIKSDKStructure { public byte byBga; // 后台任务及类型 public byte byBgaState; /*函数返回值--后台任务状态*/ public short wBgaPercentage; /*函数返回值--后台任务执行百分比*/ public byte[] byRes = new byte[4]; // 保留字节 } // 阵列信息 public static class NET_DVR_ARRAY_INFO extends HIKSDKStructure { public short wArrayID; // 阵列ID public byte byRaidMode; // raid模式 参照RAID_MODE public byte byStatus; // 0-在线 1-磁盘丢失 2-下线 3-降级 4-异常 5-次正常 6-外来盘 7-已删除 8-SMART状态异常 0xff-不存在 public int dwHCapacity; // 阵列容量高32位 public int dwLCapacity; // 阵列容量低32位 public int dwHFreeSpace; // 阵列剩余空间高32位 public int dwLFreeSpace; // 阵列剩余空间高32位 public byte[] byArrayName = new byte[MAX_NAMELEN]; // 阵列名称 public byte byPDCount; // 物理磁盘数目 public byte bySpareCount; // 热备数目 public byte[] byRes1 = new byte[2]; public short[] wPDSlots = new short[SUPPORT_PD_NUM]; // 物理磁盘索引 public short[] wSparePDSlots = new short[SUPPORT_PD_NUM]; // 热备磁盘索引 public NET_DVR_BGA_INFO struBgaInfo; // 后台任务运行状态 public short[] wPDSlotsPartTwo = new short[SUPPORT_PD_NUM_PARTTWO]; //物理磁盘索引扩展,0表示无效 public short[] wSparePDSlotsPartTwo = new short[SUPPORT_PD_NUM_PARTTWO]; // 热备磁盘索引扩展,0表示无效 public byte[] byRes2 = new byte[48]; // 保留字节 } //物理磁盘 public static class NET_DVR_PHY_DISK_INFO extends HIKSDKStructure { public short wPhySlot; // 硬盘槽位 public byte byType; // 硬盘信息;0 普通,1全局热备,2-阵列热备 3-阵列盘 public byte byStatus; // 硬盘状态; 0-正常 1-降级 2-已删除 3-磁盘丢失 4-下线 5-次正常 6-外来 7-异常 8-SMART状态异常 9-休眠 10-有坏块 0xff-不存在 public byte[] byMode = new byte[40]; // 硬盘类型 字符串 public int dwHCapacity; // 磁盘总量高32位 单位kb public int dwLCapacity; // 磁盘总量低32位 public byte[] byArrrayName = new byte[MAX_NAMELEN]; public short wArrayID; // 所属阵列ID public byte byArrayInformation; // 是否含有阵列信息:0 否,1是 public byte[] byRes = new byte[101]; // 保留字节 } public static class NET_DVR_WORKSTATE_V40 extends HIKSDKStructure { public int dwSize; //结构体大小 public int dwDeviceStatic; //设备的状态,0-正常,1-CPU占用率太高,超过85%,2-硬件错误,例如串口死掉 public NET_DVR_DISKSTATE[] struHardDiskStatic = new NET_DVR_DISKSTATE[MAX_DISKNUM_V30]; //硬盘状态,一次最多只能获取33个硬盘信息 public NET_DVR_CHANNELSTATE_V30[] struChanStatic = new NET_DVR_CHANNELSTATE_V30[MAX_CHANNUM_V40/*512*/];//通道的状态,从前往后顺序排列 public int[] dwHasAlarmInStatic = new int[MAX_ALARMIN_V40]; //有报警的报警输入口,按值表示,按下标值顺序排列,值为0xffffffff时当前及后续值无效 public int[] dwHasAlarmOutStatic = new int[MAX_ALARMOUT_V40]; //有报警输出的报警输出口,按值表示,按下标值顺序排列,值为0xffffffff时当前及后续值无效 public int dwLocalDisplay; //本地显示状态,0-正常,1-不正常 public byte[] byAudioInChanStatus = new byte[MAX_AUDIO_V30/*2*/]; //按位表示语音通道的状态 0-未使用,1-使用中,第0位表示第1个语音通道 public byte[] byRes1 = new byte[2]; public float fHumidity; //传感器获知的湿度,范围:0.0 ~100.0 public float fTemperature; //传感器获知的温度,范围:-20.0 ~ 90.0 public byte[] byRes = new byte[116]; //保留 } public static class NET_DVR_GETWORKSTATE_COND extends HIKSDKStructure { public int dwSize; //结构体长度 public byte byFindHardByCond; /*0-查找全部磁盘(但一次最多只能查找33个),此时dwFindHardStatusNum无效*/ public byte byFindChanByCond; /*0-查找全部通道,此时dwFindChanNum无效*/ public byte[] byRes1 = new byte[2];//保留 public int[] dwFindHardStatus = new int[MAX_DISKNUM_V30/*33*/]; /*要查找的硬盘号,按值表示,该值采用顺序排列, 遇到0xffffffff则认为后续无效 */ public int[] dwFindChanNo = new int[MAX_CHANNUM_V40/*512*/]; /*要查找的通道号,按值表示,该值采用顺序排列, 遇到0xffffffff则认为后续无效 */ public byte[] byRes = new byte[64]; //保留 } //多边型结构体 public static class NET_ITC_POLYGON extends HIKSDKStructure { public int dwPointNum; //有效点 大于等于3,若是3点在一条线上认为是无效区域,线交叉认为是无效区域 public NET_VCA_POINT[] struPos = new NET_VCA_POINT[ITC_MAX_POLYGON_POINT_NUM]; //多边形边界点,最多20个 } public static class CUSTOM_uRegion extends Union { public NET_VCA_RECT struRect = new NET_VCA_RECT(); public NET_ITC_POLYGON struPolygon = new NET_ITC_POLYGON(); } public static class NET_ITC_PLATE_RECOG_REGION_PARAM extends HIKSDKStructure { public byte byMode; //区域类型,0-矩形,1-多边形 public byte[] byRes1 = new byte[3]; public CUSTOM_uRegion uRegion = new CUSTOM_uRegion(); public byte[] byRes = new byte[16]; //保留 } //单组IO测速参数 public static class NET_ITC_SINGLE_IOSPEED_PARAM extends HIKSDKStructure { public byte byEnable; //是否启用,0-不启用,1-启用 public byte byTrigCoil1; //第一线圈关联IO,0-IO1,1-IO2,2-IO3,3-IO4,4-IO5,5-IO6 public byte byCoil1IOStatus;//第一线圈IO输入口状态,0-下降沿(默认),1-上升沿,2-上升沿和下降沿,3-高电平,4-低电平 public byte byTrigCoil2; //第二线圈关联IO,0-IO1,1-IO2,2-IO3,3-IO4,4-IO5,5-IO6 public byte byCoil2IOStatus;//第二线圈IO输入口状态,0-下降沿(默认),1-上升沿,2-上升沿和下降沿,3-高电平,4-低电平 public byte byRelatedDriveWay;//关联的车道号 public byte byTimeOut;//超时时间(默认10),单位s public byte byRelatedIOOutEx;//第0位表示IO输出口1,以此类推,0-不关联,1-关联 支持关联到8个(兼容byRelatedIOOut字段) public int dwDistance;//线圈距离(默认1000),单位:厘米 public byte byCapSpeed;//起拍速度(默认30),单位km/h public byte bySpeedLimit;//限速值(默认60),单位km/h public byte bySpeedCapEn; //是否启用超速抓拍,0-否,1-是 public byte bySnapTimes1; //线圈1抓拍次数(默认不抓拍),0-不抓拍,非0-连拍次数,最大5次 public byte bySnapTimes2; //线圈2抓拍次数(默认1),0-不抓拍,非0-连拍次数,最大5次 public byte byBigCarSpeedLimit; //大车车速限制值 public byte byBigCarSignSpeed;//标志限速(大车),单位km/h(3.7Ver) public byte byIntervalType; //间隔类型(默认按时间),0-时间起效,1-距离起效 public short[] wInterval1 = new short[MAX_INTERVAL_NUM];//线圈1连拍间隔时间(单位ms)或连拍间隔距离(单位分米),当byIntervalType为0时,表示间隔时间,当byIntervalType为1时,表示距离 public short[] wInterval2 = new short[MAX_INTERVAL_NUM];//线圈2连拍间隔时间(单位ms)或连拍间隔距离(单位分米),当byIntervalType为0时,表示间隔时间,当byIntervalType为1时,表示距离 public byte[] byRelatedIOOut = new byte[MAX_IOOUT_NUM]; //关联的IO输出口(可以同时关联多个),数组0表示IO输出口1,数组1表示IO输出口2,以此类推,0-不关联,1-关联 public byte byFlashMode; //闪光灯闪烁模式,0-同时闪,1-轮流闪 public byte byLaneType; //车道类型,0-未配置、1-高速公路、2-城市快速路、0xff-其他道路 public byte byCarSignSpeed;//标志限速,单位km/h(3.7Ver) public byte byUseageType; //车道用途类型,详见ITC_LANE_USEAGE_TYPE public NET_ITC_PLATE_RECOG_REGION_PARAM[] struPlateRecog = new NET_ITC_PLATE_RECOG_REGION_PARAM[MAX_LANEAREA_NUM]; //牌识参数(可用牌识区域1个,保留一个) //关联车道方向类型,参考ITC_RELA_LANE_DIRECTION_TYPE //该参数为车道方向参数,与关联车道号对应,确保车道唯一性。 public byte byRelaLaneDirectionType; public byte byLowSpeedLimit; //小车限底速值,单位km/h public byte byBigCarLowSpeedLimit; //大车限底速值,单位km/h public byte byLowSpeedCapEn; //是否启用低速抓拍,0-否,1-是 public byte byEmergencyCapEn; //是否启用应急车道抓拍,0-否,1-是 public byte[] byRes = new byte[27]; } //牌识参数 public static class NET_ITC_PLATE_RECOG_PARAM extends HIKSDKStructure { public byte[] byDefaultCHN = new byte[MAX_CHJC_NUM]; /*设备运行省份的汉字简写*/ public byte byEnable; //是否启用该区域牌识,0-否,1-是 public int dwRecogMode; /*识别的类型, bit0-背向识别:0-正向车牌识别,1-背向识别(尾牌识别) ; bit1-大车牌识别或小车牌识别:0-小车牌识别,1-大车牌识别 ; bit2-车身颜色识别:0-不采用车身颜色识别,在背向识别或小车牌识别时禁止启用,1-车身颜色识别; bit3-农用车识别:0-不采用农用车识别,1-农用车识别; bit4-模糊识别:0-不采用模糊识别,1-模糊识别; bit5-帧定位或场定位:0-帧定位,1-场定位; bit6-帧识别或场识别:0-帧识别,1-场识别; bit7-晚上或白天:0-白天,1-晚上 bit8-摩托车识别:0-不采用摩托车识别,1-摩托车识别; bit9-场景模式:0-电警/多帧,1-卡口; bit10-微小车牌:0-不启用,1-启用微小车牌识别(像素60~80) bit11-安全带检测:0-不启用,1-启用安全带检测 bit12-民航车牌识别: 0-不启用,1-开启民航车牌识别 bit13-车牌过渡倾斜处理: 0-不启用,1-开启过渡倾斜处理(PRS) bit14-超大车牌识别: 0-不启用,1-开启超大车牌识别(PRS) bit15-遮阳板检测:0-不启用,1-启用遮阳板检测 bit16-黄标车检测:0-不启用,1-启用黄标车检测 bit17-危险品车辆检测:0-不启用,1-启用危险品车辆检测 bit18-使馆车牌识别:0-不启用,1-启用使馆车牌识别 bit19-车辆子品牌识别:0-不启用,1-启用车辆子品牌识别 bit20-打电话识别:0-不启用,1-启用 bit21-车窗悬挂物识别:0-不启用,1-启用 */ public byte byVehicleLogoRecog;//车标识别 0-不启用,1-启用 /* 0-保留,1-澳,2-京,3-渝,4-闽,5-甘,6-粤,7-桂,8-贵,9-琼,10-冀,11-豫, 12-黑,13-鄂,14-湘,15-吉,16-苏,17-赣,18-辽,19-蒙,20-宁,21-青,22-鲁, 23-晋,24-陕,25-沪,26-川,27-台,28-津,29-藏,30-港,31-新,32-云,33-浙, 34-皖,0xff-全部 */ public byte byProvince;//省份索引值 public byte byRegion;// 区域索引值 0-保留,1-欧洲,2-俄语区域, 3-欧洲&俄罗斯(EU&CIS),4-中东(Middle East) public byte byCountry;//国家索引,参照枚举COUNTRY_INDEX(不支持“COUNTRY_ALL = 0xff,//ALL 全部”) public short wPlatePixelWidthMin;//车牌像素识别宽度最小值(单位是像素)当前推荐范围[130,500] public short wPlatePixelWidthMax;//车牌像素识别宽度最大值(单位是像素)当前推荐范围[130,500] public byte[] byRes = new byte[24]; } //卡口IO测速参数 public static class NET_ITC_POST_IOSPEED_PARAM extends HIKSDKStructure { public NET_ITC_PLATE_RECOG_PARAM struPlateRecog; //牌识参数 public NET_ITC_SINGLE_IOSPEED_PARAM[] struSingleIOSpeed = new NET_ITC_SINGLE_IOSPEED_PARAM[MAX_IOSPEED_GROUP_NUM]; //单个IO测速组参数 public byte[] byRes = new byte[32]; } public static class NET_DVR_GEOGLOCATION extends HIKSDKStructure { public int[] iRes = new int[2]; /*保留*/ public int dwCity; /*城市,详见PROVINCE_CITY_IDX */ } public static class NET_ITC_INTERVAL_PARAM extends HIKSDKStructure { public byte byIntervalType; //间隔类型(默认按时间),0-时间起效,1-距离起效 public byte[] byRes1 = new byte[3]; public short[] wInterval = new short[MAX_INTERVAL_NUM];//连拍间隔时间(单位ms)或连拍间隔距离(单位分米),当byIntervalType为0时,表示间隔时间,当byIntervalType为1时,表示距离 public byte[] byRes = new byte[8]; } public static class NET_ITC_VTLANE_PARAM extends HIKSDKStructure { public byte byRelatedDriveWay;//关联的车道号 public byte bySpeedCapEn; //是否启用超速抓拍,0-否,1-是 public byte bySignSpeed;//标志限速,单位km/h public byte bySpeedLimit;//限速值,单位km/h public byte bySnapTimes; //抓拍次数(默认1),0-不抓拍,非0-连拍次数,最大5 public byte byBigCarSignSpeed;///*大车标志限速,单位km/h*/ public byte byBigCarSpeedLimit;/*大车限速值,单位km/h*/ public byte byRelatedIOOutEx;//第0位表示IO输出口1,以此类推,0-不关联,1-关联 支持关联到8个(兼容byRelatedIOOut字段) public NET_ITC_INTERVAL_PARAM struInterval = new NET_ITC_INTERVAL_PARAM(); //抓拍间隔参数 public byte[] byRelatedIOOut = new byte[MAX_IOOUT_NUM]; //关联的IO输出口,可以同时关联多个 public byte byFlashMode; //闪光灯闪烁模式,0-同时闪,1-轮流闪 public byte byLowSpeedLimit;/*限低速,单位km/h*/ public byte byBigCarLowSpeedLimit; /*大车限低速,单位km/h*/ //关联车道方向类型,参考ITC_RELA_LANE_DIRECTION_TYPE //该参数为车道方向参数,与关联车道号对应,确保车道唯一性。 public byte byRelaLaneDirectionType; public NET_ITC_PLATE_RECOG_REGION_PARAM[] struPlateRecog = new NET_ITC_PLATE_RECOG_REGION_PARAM[MAX_LANEAREA_NUM]; //车道牌识参数 public NET_VCA_LINE struLine = new NET_VCA_LINE(); //车道线 } public static class NET_ITC_VTCOIL_INFO extends HIKSDKStructure { public NET_VCA_RECT struLaneRect = new NET_VCA_RECT(); /*虚拟线圈区域*/ public byte byTrigFlag; //触发标志,0-车头触发;1-车尾触发;2-车头/车尾都触发 public byte byTrigSensitive; //触发灵敏度,1-100 public byte[] byRelatedIOOut = new byte[MAX_IOOUT_NUM]; //关联的IO输出口(可以同时关联多个),数组0表示IO输出口1,数组1表示IO输出口2,以此类推,0-不关联,1-关联 public byte byFlashMode; //闪光灯闪烁模式,0-同时闪,1-轮流闪 public byte byLaneType; //车道类型,0-未配置、1-高速公路、2-城市快速路、0xff-其他道路 public byte byEnableRadar; //是否启用雷达测速,0-否,1-是 public NET_ITC_VTLANE_PARAM struLane = new NET_ITC_VTLANE_PARAM(); //关联的车道参数 //车道用途类型,详见ITC_LANE_USEAGE_TYPE,使用1和8两种类型(3.7Ver) public byte byUseageType; //车辆行驶方向,详见ITC_LANE_CAR_DRIVE_DIRECT(3.7Ver) public byte byCarDriveDirect; public byte[] byRes = new byte[30]; } public static class NET_ITC_RADAR_PARAM extends HIKSDKStructure { public byte byRadarType; //雷达类型,0-无雷达,1-安道雷雷达,2-奥利维亚,3-川速微波4,雷达接IO扩展盒(此参数在卡口虚拟线圈、混行卡口界面中使用,卡口RS485雷达不使用),0xff-其它类型 public byte byLevelAngle; //与水平线所成角度,默认为25°(0到90度) public short wRadarSensitivity; //雷达灵敏度 public short wRadarSpeedValidTime;//雷达速度有效时间(0~2000] ,0表示不支持 public byte[] byRes1 = new byte[2]; public float fLineCorrectParam;//线性矫正参数[0.0~2.0] public int iConstCorrectParam;//常量矫正参数[-100~100] public byte[] byRes2 = new byte[8]; } //卡口虚拟线圈触发参数 public static class NET_ITC_POST_VTCOIL_PARAM extends HIKSDKStructure { public byte byRelatedLaneNum;//关联的车道个数 public byte byIsDisplay; //视频中是否显示虚拟线圈,0-不显示,1-显示 public byte byLoopPos; //晚间触发线圈的偏向(默认10) public byte byPolarLenType; /*偏振镜类型,0:不加偏振镜;1:加施耐德偏振镜。*/ public byte byDayAuxLightMode; /*白天辅助照明模式,0:无辅助照明;1:LED灯照明;2:闪光灯照明*/ public byte byVideoLaneNO; //视频参考亮度的参考车道号 public byte byVideoLowTh; /*视†频参考亮度低阈值初始化值(默认40)*/ public byte byVideoHighTh; /*视频参考亮度高阈值初始化值(默认55)*/ public byte byRecordMode; //录像标志:0-不录像,1-录像 public byte bySnapMode;//抓拍模式:0-频闪模式;1-爆闪模式 /*测速方式:0-不测速,0x1-雷达测速,0x2-视频测速*/ public byte bySpeedDetector; public byte byRes2; public short wResolutionX;/* 设备当前分辨率宽*/ public short wResolutionY;/* 设备当前分辨率高*/ public int dwDayInitExp; /*视频白天曝光时间的初始值2000*/ public int dwDayMaxExp; /*视频白天曝光时间的最大值20000*/ public int dwNightExp; /*晚间视频曝光时间的设置值3000*/ public int dwSnapExp; /*抓拍曝光时间*/ public byte byDayInitGain; /*视频白天增益的初始值200*/ public byte byDayMaxGain; /*视频白天增益的最大值400*/ public byte byNightGain; /*晚间视频增益*/ public byte bySnapGain; /*抓拍增益*/ public int dwSceneMode; //场景模式, 详见SCENE_MODE public NET_DVR_GEOGLOCATION struGeogLocation = new NET_DVR_GEOGLOCATION(); //地址位置(默认浙江) public NET_ITC_PLATE_RECOG_PARAM struPlateRecog = new NET_ITC_PLATE_RECOG_PARAM(); //牌识参数 public NET_ITC_VTCOIL_INFO[] struVtCoil = new NET_ITC_VTCOIL_INFO[MAX_VL_NUM]; //虚拟线圈参数 public NET_ITC_RADAR_PARAM struRadar = new NET_ITC_RADAR_PARAM(); //雷达参数 public NET_VCA_LINE struLine = new NET_VCA_LINE(); //右车道线 //违规检测类型,按位表示,详见ITC_VIOLATION_DETECT_TYPE,0-不启用,1-启用(3.7Ver) public int dwVioDetectType; public byte byDebugMode; /*调试模式,0-不启用,1-启用*/ public byte[] byRes = new byte[11]; } //车道属性参数结构 public static class NET_ITC_LANE_LOGIC_PARAM extends HIKSDKStructure { public byte byUseageType; //车道用途类型,详见ITC_LANE_USEAGE_TYPE public byte byDirectionType; //车道方向类型,详见ITC_LANE_DIRECTION_TYPE public byte byCarDriveDirect; //车辆行驶方向,详见ITC_LANE_CAR_DRIVE_DIRECT public byte[] byRes = new byte[33]; //保留 } //视频电警线结构 public static class NET_ITC_LINE extends HIKSDKStructure { public NET_VCA_LINE struLine = new NET_VCA_LINE(); //线参数 public byte byLineType; //线类型,详见ITC_LINE_TYPE public byte[] byRes = new byte[7]; } public static class NET_ITC_SNAPMODE_PARAM extends HIKSDKStructure { public byte byVehicleCapMode;//机动车抓拍模式,0-频闪模式;1-爆闪模式 public byte byNoVehicleCapMode;//非机动车抓拍模式,0-频闪模式;1-爆闪模式 public byte byPasserCapMode;//行人抓拍模式,0-频闪模式;1-爆闪模式 public byte[] byRes = new byte[29]; } //size = 128 public static class NET_ITC_HVT_EC_PARAM extends HIKSDKStructure { public int dwCapShutter; //抓拍快门0~65535 public short wCapGain; //抓拍增益0~100 public byte[] byRes = new byte[2]; public int dwDayTimeVideoShutter; //白天曝光时间最大值 public short wDayTimeVideoGain; //白天增益最大值 public short wNightVideoGain; //晚上增益最大值 public short wNightVideoShutter; //晚上曝光时间最大值 public byte[] byRes1 = new byte[108]; } public static class NET_ITC_LANE_HVT_PARAM extends HIKSDKStructure { public byte byLaneNO; //关联的车道号 1~255(用于叠加和上传) public byte bySignSpeed; //标志限速,单位km/h 0~255 70 public byte bySpeedLimit; //限速值,单位km/h 0~255 80 实际起效 public byte byBigCarSignSpeed;///*大车标志限速,单位km/h*/ public byte byBigCarSpeedLimit;/*大车限速值,单位km/h*/ public byte bySpeedCapEn; //是否启用超速抓拍,0-否,1-是 public byte byCaptureCount;//抓拍张数1~5(正常) public byte byRelatedIOOut; /*关联的IO输出口(可以同时关联多个),按位表示IO输出口,第0位表示IO输出口1,以此类推,0-不关联,1-关联*/ public byte byFlashMode; /*闪光灯闪烁模式,0-同时闪,1-轮流闪*/ public byte byEnableRadar; //是否启用雷达测速,0-否,1-是 public byte byChangeLaneEnable; //违章变道抓拍使能,0-关闭,1-开启 public byte byChangeLaneCapNo; //违章变道抓拍张数2-3 public int dwCapTarget; //抓拍类型 bit0 表示机动车 bit1 表示非机动车 bit2 表示行人 0~表示不选择 1~表示选择 public NET_ITC_INTERVAL_PARAM struInterval; //抓拍间隔参数 public byte[] byRes3 = new byte[24]; public NET_ITC_LANE_LOGIC_PARAM struLane; //车道属性,用byUseageType和byCarDriveDirect public NET_ITC_LINE struLeftLaneLine; //左车道线,线类型为虚线、实线、单黄线和双黄线 public NET_ITC_LINE struRightLaneLine; //右车道线,线类型为虚线、实线、单黄线和双黄线 public NET_ITC_POLYGON struPlateRecog; //牌识区域参数 public NET_ITC_POLYGON struTraceArea; //视频触发焦点区域 public NET_VCA_LINE struForwardTrigLine; //正向触发线:一条线段,关心端点位置,目前只支持水平配置,接口按线段的两个端点保存。(一般配置为正向车辆的最佳触发位置) public NET_VCA_LINE struBackwardTrigLine; //背向触发线:一条线段,关心端点位置,目前只支持水平配置,接口按线段的两个端点保存(一般配置为背向车辆的最佳触发位置) public NET_VCA_LINE struLeftTrigLine; //左边触发线:一条线段,关心端点位置,目前只支持垂直配置,接口按线段的两个端点保存(一般配置为从左边进入车辆的最佳触发位置) public NET_VCA_LINE struRightTrigLine; //右边触发线:一条线段,关心端点位置,目前只支持垂直配置,接口按线段的两个端点保存(一般配置为从右边进入车辆的最佳触发位置) public byte[] byRes4 = new byte[60]; } public static class NET_ITC_POST_HVT_PARAM extends HIKSDKStructure { public byte byLaneNum;//识别的车道个数,1-6 public byte bySceneMode;//0-未知1-城区道路;2-小区出入口 public byte byRoadExpBright;//路面期望亮度(视频曝光参数调整的依据之一。在无机动车时,依据此亮度期望值,调整视频曝光参数) public byte byPlateExpBright;//车牌期望亮度(视频曝光参数调整的依据之一。在有机动车通过并识别到车牌时,依据此亮度期望值,对视频曝光参数调整) public NET_ITC_POLYGON struDetectArea; //视频检测区域 public NET_ITC_SNAPMODE_PARAM struCapMode = new NET_ITC_SNAPMODE_PARAM();//抓拍模式 public NET_ITC_HVT_EC_PARAM struEcParam = new NET_ITC_HVT_EC_PARAM(); //曝光控制参数 public NET_ITC_LANE_HVT_PARAM[] struLaneParam = new NET_ITC_LANE_HVT_PARAM[MAX_ITC_LANE_NUM]; //单车道属性 public NET_ITC_PLATE_RECOG_PARAM struPlateRecog = new NET_ITC_PLATE_RECOG_PARAM(); //牌识参数 public NET_DVR_GEOGLOCATION struGeogLocation = new NET_DVR_GEOGLOCATION(); //地址位置(默认浙江) public byte[] byRes = new byte[324]; } //抓拍机4.0新增 public static class NET_ITC_LANE_HVT_PARAM_V50 extends HIKSDKStructure { public byte byLaneNO; //关联的车道号1~255(用于叠加和上传) public byte byFlashMode; //闪光灯闪烁模式,0-同时闪,1-轮流闪 public byte bySignSpeed; //小车标志限高速,单位km/h public byte bySpeedLimit; //小车限高速值,单位km/h public byte bySignLowSpeed; //小车标志限底速,单位km/h public byte byLowSpeedLimit; //小车限底速值,单位km/h public byte byBigCarSignSpeed; //大车标志限高速,单位km/h(新交规) public byte byBigCarSpeedLimit; //大车限高速值,单位km/h(新交规) public byte byBigCarSignLowSpeed; //大车标志限底速,单位km/h public byte byBigCarLowSpeedLimit; //大车限底速值,单位km/h public byte bySnapTimes; //卡口抓拍张数,1~3 public byte byDriveLineSnapTime;// 压线抓拍张数 1~3 public byte byHighSpeedSnapTime;// 超高速抓拍张数1~3 public byte byLowSpeedSnapTime;// 超低速抓拍张数1~3 public byte byBanSnapTime;// 违反禁令抓拍张数 1~3 public byte byReverseSnapTime;//逆行抓拍张数 1~3 public byte byRelatedDriveWay; //关联车道号,用于匹配车检器 public byte byLaneType; //车道类型,0-未配置、1-高速公路、2-城市快速路、0xff-其他道路 //关联车道方向类型,参考ITC_RELA_LANE_DIRECTION_TYPE //该参数为车道方向参数,与关联车道号byRelatedDriveWay对应,确保车道唯一性。 public byte byRelaLaneDirectionType; public byte[] byRes1 = new byte[27]; public byte byChangeLaneEnable; //违章变道抓拍使能,0-关闭,1-开启 public byte byChangeLaneCapNo; //违章变道抓拍张数2-3 //目前仅使用第一个车道的,以后可能会扩展为多车道分别配置 //类型, 按位表示,0-不启用,1-启用参考 ITC_VIOLATION_DETECT_TYPE public int dwVioDetectType; public int dwRelatedIOOut; //关联的IO输出口(可以同时关联多个),按位表示IO输出口,第0位表示IO输出口1,以此类推,0-不关联,1-关联 public NET_ITC_LINE struTrigLine; //触发线,目前仅使用第一个车道的,以后可能会扩展为多车道分别配置 public NET_ITC_LINE struLineLeft; //左车道线 public NET_ITC_POLYGON struPlateRecog; //牌识区域 public NET_ITC_LANE_LOGIC_PARAM struLane; //车道属性,用byUseageType和byCarDriveDirect public NET_ITC_INTERVAL_PARAM struInterval;//抓拍间隔参数(20byte) public byte[] byRes2 = new byte[280]; } public static class NET_ITC_POST_HVT_PARAM_V50 extends HIKSDKStructure { public byte byLaneNum; //识别的车道个数,1-6 public byte byCapType; //抓拍类型,0-机、非、人(默认),1-机动车 public byte byCapMode; //抓拍方式,0-视频抽帧,1-打断抓拍,2-混合模式, public byte bySecneMode; //场景模式,0-城区道路(默认),1-小区出入口,2-高速公路 public byte bySpeedMode; //测速模式,0-无测速,1-雷达测速,2-视频测速 public byte byLineRuleEffect; //触发规则线有效性,每一位代表一条触发线,0-无效;1-有效。bit0-左触发线;bit1-右触发线;bit2-视频检测区域 public byte[] byRes1 = new byte[78]; public NET_ITC_LINE struLeftTrigLine; //左触发线(一条垂直线) public NET_ITC_LINE struRigtTrigLine; //右触发线(一条垂直线) public NET_ITC_LINE struLaneBoundaryLine; //车道边界线(最右边车道的右车道线) public NET_ITC_POLYGON struDetectArea; //视频检测区域 public NET_DVR_GEOGLOCATION struGeogLocation; //地理位置(默认浙江省)计算时区 public NET_ITC_LANE_HVT_PARAM_V50[] struLaneParam = new NET_ITC_LANE_HVT_PARAM_V50[MAX_ITC_LANE_NUM/*6*/]; //单车道属性 public NET_ITC_PLATE_RECOG_PARAM struPlateRecog; //牌识参数 public byte[] byRes2 = new byte[260]; } public static class NET_ITC_LANE_PARAM extends HIKSDKStructure { public byte byEnable; //是否启用该车道,0-不启用,1-启用 public byte byRelatedDriveWay;//关联的车道号 public short wDistance; //线圈距离,计算速度 public short wTrigDelayTime; //触发延迟时间(默认200),单位:毫秒 public byte byTrigDelayDistance; //触发延迟距离(默认0),单位:分米 public byte bySpeedCapEn; //是否启用超速抓拍,0-否,1-是 public byte bySignSpeed;//标志限速,单位km/h public byte bySpeedLimit;//限速值,单位km/h public byte bySnapTimes; //抓拍次数(默认1),0-不抓拍,非0-连拍次数,最大5 public byte byOverlayDriveWay; //OSD叠加的车道号 public NET_ITC_INTERVAL_PARAM struInterval; //抓拍间隔参数 public byte[] byRelatedIOOut = new byte[MAX_IOOUT_NUM]; //关联的IO输出口,可以同时关联多个 public byte byFlashMode; //闪光灯闪烁模式,0-同时闪,1-轮流闪 public byte byCartSignSpeed;//标志限速(大车),单位km/h public byte byCartSpeedLimit;//限速值(大车),单位km/h public byte byRelatedIOOutEx;//第0位表示IO输出口1,以此类推,0-不关联,1-关联 支持关联到8个(兼容byRelatedIOOut字段) public NET_ITC_PLATE_RECOG_REGION_PARAM[] struPlateRecog = new NET_ITC_PLATE_RECOG_REGION_PARAM[MAX_LANEAREA_NUM]; //车道牌识参数 public byte byLaneType; //车道类型,0-未配置、1-高速公路、2-城市快速路、0xff-其他道路 public byte byUseageType; //车道用途类型,详见ITC_LANE_USEAGE_TYPE //关联车道方向类型,参考ITC_RELA_LANE_DIRECTION_TYPE //该参数为车道方向参数,与关联车道号对应,确保车道唯一性。 public byte byRelaLaneDirectionType; public byte byLowSpeedLimit; //小车限底速值,单位km/h public byte byBigCarLowSpeedLimit; //大车限底速值,单位km/h public byte byLowSpeedCapEn; //是否启用低速抓拍,0-否,1-是 public byte byEmergencyCapEn; //是否启用应急车道抓拍,0-否,1-是 public byte[] byRes = new byte[9]; } //卡口RS485车检器触发参数 public static class NET_ITC_POST_RS485_PARAM extends HIKSDKStructure { public byte byRelatedLaneNum;//关联的车道个数 public byte byTriggerSpareMode; //触发备用模式,0-默认,1-卡口虚拟线圈模式,2-卡口混合车道模式 public byte byFaultToleranceTime;//容错时间(单位:分钟),用于检测车检器是否正常的最大时间 public byte byRes1; public NET_ITC_PLATE_RECOG_PARAM struPlateRecog = new NET_ITC_PLATE_RECOG_PARAM(); //牌识参数 public NET_ITC_LANE_PARAM[] struLane = new NET_ITC_LANE_PARAM[MAX_ITC_LANE_NUM]; //关联的车道参数 public byte[] byRes = new byte[32]; } //卡口RS485雷达触发参数 public static class NET_ITC_POST_RS485_RADAR_PARAM extends HIKSDKStructure { public byte byRelatedLaneNum;//关联的车道个数 public byte[] byRes1 = new byte[3]; public NET_ITC_PLATE_RECOG_PARAM struPlateRecog = new NET_ITC_PLATE_RECOG_PARAM(); //牌识参数 public NET_ITC_LANE_PARAM[] struLane = new NET_ITC_LANE_PARAM[MAX_ITC_LANE_NUM]; //关联的车道参数 public NET_ITC_RADAR_PARAM struRadar = new NET_ITC_RADAR_PARAM(); //雷达参数 public byte[] byRes = new byte[32]; } public static class NET_ITC_TRIGGER_PARAM_UNION extends Union { public int[] uLen = new int[1070]; //参数 public NET_ITC_POST_IOSPEED_PARAM struIOSpeed = new NET_ITC_POST_IOSPEED_PARAM(); //(卡口)IO测速参数 // public NET_ITC_POST_SINGLEIO_PARAM struSingleIO = new NET_ITC_POST_SINGLEIO_PARAM(); //(卡口)单IO参数 public NET_ITC_POST_RS485_PARAM struPostRs485 = new NET_ITC_POST_RS485_PARAM(); //(卡口)RS485车检器参数 public NET_ITC_POST_RS485_RADAR_PARAM struPostRadar = new NET_ITC_POST_RS485_RADAR_PARAM(); //(卡口)RS485雷达参数 public NET_ITC_POST_VTCOIL_PARAM struVtCoil = new NET_ITC_POST_VTCOIL_PARAM(); //(卡口)虚拟线圈参数 public NET_ITC_POST_HVT_PARAM struHvt = new NET_ITC_POST_HVT_PARAM(); //(卡口)混行卡口参数 // public NET_ITC_EPOLICE_IOTL_PARAM struIOTL = new NET_ITC_EPOLICE_IOTL_PARAM(); //(电警)IO红绿灯参数 // public NET_ITC_EPOLICE_RS485_PARAM struEpoliceRs485 = new NET_ITC_EPOLICE_RS485_PARAM(); //(电警)RS485车检器触发参数 // public NET_ITC_EPOLICE_RS485_PARAM struPERs485 = new NET_ITC_EPOLICE_RS485_PARAM(); //(卡式电警)RS485车检器触发参数 // public NET_ITC_POST_MPR_PARAM struPostMpr = new NET_ITC_POST_MPR_PARAM(); //多帧检测触发(MPR) // public NET_DVR_VIA_VTCOIL_PARAM struViaVtCoil = new NET_DVR_VIA_VTCOIL_PARAM(); //(VIA)视频检测参数 // public NET_ITC_POST_IMT_PARAM struPostImt = new NET_ITC_POST_IMT_PARAM();//智慧监控触发 // public NET_ITC_POST_PRS_PARAM struPostPrs = new NET_ITC_POST_PRS_PARAM();//视频检测触发 // public NET_IPC_POST_HVT_PARAM struIpcHvt = new NET_IPC_POST_HVT_PARAM();//(IPC) 混行卡口参数 public NET_ITC_POST_HVT_PARAM_V50 struHvtV50 = new NET_ITC_POST_HVT_PARAM_V50(); /*(卡口)混行卡口参数V50*/ // public NET_ITC_POST_MOBILE_PARAM struPostMobile = new NET_ITC_POST_MOBILE_PARAM();// 移动交通触发模式 // public NET_ITC_NOCOMITY_PEDESTRIAN_PARAM struNoComityPed = new NET_ITC_NOCOMITY_PEDESTRIAN_PARAM();//不礼让行人参数 // public NET_ITC_REDLIGHT_PEDESTRIAN_PARAM struRedLightPed = new NET_ITC_REDLIGHT_PEDESTRIAN_PARAM();//行人闯红灯参数 } //单个触发参数结构 public static class NET_ITC_SINGLE_TRIGGERCFG extends HIKSDKStructure { public byte byEnable; //是否启用该触发模式,0-否,1-是 public byte[] byRes1 = new byte[3]; public int dwTriggerType; //触发类型,详见ITC_TRIGGERMODE_TYPE public NET_ITC_TRIGGER_PARAM_UNION uTriggerParam = new NET_ITC_TRIGGER_PARAM_UNION(); //触发参数 public byte[] byRes = new byte[64]; } //触发参数结构 public static class NET_ITC_TRIGGERCFG extends HIKSDKStructure { public int dwSize; //结构长度 public NET_ITC_SINGLE_TRIGGERCFG struTriggerParam; //单个触发参数 public byte[] byRes = new byte[32]; } //单个IO接入信号灯参数 public static class NET_ITC_SINGLE_IO_LIGHT_PARAM extends HIKSDKStructure { public byte byLightType; //交通灯导向类型,0-左转灯,1-直行灯,2-右转灯 public byte byRelatedIO; //关联的IO口号 public byte byRedLightState; //红灯电平状态,0-高电平红灯,1-低电平红灯 public byte[] byRes = new byte[17]; } //IO接入信号灯参数 public static class NET_ITC_IO_LIGHT_PARAM extends HIKSDKStructure { public NET_ITC_SINGLE_IO_LIGHT_PARAM[] struIOLight = new NET_ITC_SINGLE_IO_LIGHT_PARAM[MAX_LIGHT_NUM]; //单个IO接入信号灯参数 public byte[] byRes = new byte[8]; } //单个485接入信号灯参数 public static class NET_ITC_SINGLE_RS485_LIGHT_PARAM extends HIKSDKStructure { public byte byLightType; //交通灯导向类型,0-左转灯,1-直行灯,2-右转灯 public byte byRelatedLightChan; //关联的红绿灯检测器通道号 public byte byInputLight; //接入的信号灯类型,0-接红灯,1-接绿灯 public byte byRelatedYLightChan; //关联的黄灯检测器通道号 public byte[] byRes = new byte[16]; } //485接入信号灯参数 public static class NET_ITC_RS485_LIGHT_PARAM extends HIKSDKStructure { public NET_ITC_SINGLE_RS485_LIGHT_PARAM[] struRS485Light = new NET_ITC_SINGLE_RS485_LIGHT_PARAM[MAX_LIGHT_NUM]; //单个485接入信号灯参数 public byte[] byRes = new byte[8]; } public static class NET_POS_PARAM extends HIKSDKStructure { public short wLeft; public short wTop; public short wRight; public short wBottom; } //单组视频检测交通信号灯参数结构 public static class NET_ITC_SINGLE_VIDEO_DETECT_LIGHT_PARAM extends HIKSDKStructure { public byte byLightNum; //交通灯个数 public byte byStraightLight; //是否有直行标志灯,0-否 ,1-是 public byte byLeftLight; //是否有左转标志灯,0-否,1-是 public byte byRightLight; //是否有右转标志灯,0-否,1-是 public byte byRedLight;//是否有红灯,0-否,1-是 public byte byGreenLight; //是否有绿灯,0-否,1-是 public byte byYellowLight; //是否有黄灯,0-否,1-是 public byte byYellowLightTime;//取值范围(0~10s)(ITC3.7Ver) public NET_POS_PARAM struLightRect; //交通灯区域 public byte[] byRes = new byte[24]; } //视频检测交通信号灯参数结构(最大可有12个区域检测,488字节) public static class NET_ITC_VIDEO_DETECT_LIGHT_PARAM extends HIKSDKStructure { public NET_ITC_SINGLE_VIDEO_DETECT_LIGHT_PARAM[] struTrafficLight = new NET_ITC_SINGLE_VIDEO_DETECT_LIGHT_PARAM[MAX_VIDEO_DETECT_LIGHT_NUM]; //单个视频检测信号灯参数 public byte[] byRes = new byte[8]; } //交通信号灯接入参数 public static class NET_ITC_LIGHT_ACCESSPARAM_UNION extends Union { public int[] uLen = new int[122]; public NET_ITC_IO_LIGHT_PARAM struIOLight; //IO接入信号灯参数 public NET_ITC_RS485_LIGHT_PARAM struRS485Light; //485接入信号灯参数 public NET_ITC_VIDEO_DETECT_LIGHT_PARAM struVideoDelectLight; //视频检测信号灯参数 } //交通信号灯参数结构 public static class NET_ITC_TRAFFIC_LIGHT_PARAM extends HIKSDKStructure { public byte bySource; //交通信号灯接入源,0-IO接入,1-RS485接入 public byte[] byRes1 = new byte[3]; public NET_ITC_LIGHT_ACCESSPARAM_UNION struLightAccess = new NET_ITC_LIGHT_ACCESSPARAM_UNION();//信号灯接入参数 public byte[] byRes = new byte[32]; } //违规检测参数结构 public static class NET_ITC_VIOLATION_DETECT_PARAM extends HIKSDKStructure { public int dwVioDetectType; //违规检测类型, 按位表示, 详见ITC_VIOLATION_DETECT_TYPE ,0-不启用,1-启用 public byte byDriveLineSnapTimes; //压车道线抓拍张数,2-3 public byte byReverseSnapTimes; //逆行抓拍,2-3 public short wStayTime; //机占非停留时间(该时间后抓拍),单位s public byte byNonDriveSnapTimes;//机占非抓拍张数2-3 public byte byChangeLaneTimes;//违法变道抓拍张数 2-3 public byte bybanTimes;//违法禁令抓拍张数2-3 public byte byDriveLineSnapSen;// 压线灵敏度(0~100)(3.7Ver) public short wSnapPosFixPixel; //第2,3张抓拍位置最小偏移(违反信号灯时起效)(单位:像素) 命名需改进 public byte bySpeedTimes;//违法超速抓拍张数2-3(3.8Ver) public byte byTurnAroundEnable;//违章掉头使能 0~关闭 1~开启 public byte byThirdPlateRecogTime;//第三张牌识时间 0~180s public byte byPostSnapTimes;//卡口抓拍张数,1-2张 public byte[] byRes1 = new byte[18]; public short wStopLineDis; //电警第2张违规图片与停止线的最短距离,[0,300]单位(像素) public byte[] byRes = new byte[14]; } //违规检测线参数结构 public static class NET_ITC_VIOLATION_DETECT_LINE extends HIKSDKStructure { public NET_ITC_LINE struLaneLine = new NET_ITC_LINE(); //车道线参数 public NET_ITC_LINE struStopLine = new NET_ITC_LINE(); //停止线参数 public NET_ITC_LINE struRedLightLine = new NET_ITC_LINE(); //闯红灯触发线参数 public NET_ITC_LINE struCancelLine = new NET_ITC_LINE(); //直行触发位置取消线 public NET_ITC_LINE struWaitLine = new NET_ITC_LINE(); //待行区停止线参数 public NET_ITC_LINE[] struRes = new NET_ITC_LINE[8]; } //单个车道视频电警触发参数结构 public static class NET_ITC_LANE_VIDEO_EPOLICE_PARAM extends HIKSDKStructure { public byte byLaneNO; //关联的车道号 public byte bySensitivity; //线圈灵敏度,[1,100] public byte byEnableRadar;//启用雷达测试0-不启用,1-启用 //关联车道方向类型,参考ITC_RELA_LANE_DIRECTION_TYPE //该参数为车道方向参数,与关联车道号对应,确保车道唯一性。 public byte byRelaLaneDirectionType; public NET_ITC_LANE_LOGIC_PARAM struLane; //车道参数 public NET_ITC_VIOLATION_DETECT_PARAM struVioDetect; //违规检测参数 public NET_ITC_VIOLATION_DETECT_LINE struLine; //违规检测线 public NET_ITC_POLYGON struPlateRecog; //牌识区域参数 public byte byRecordEnable;//闯红灯周期录像标志,0-不录像,1-录像 public byte byRecordType;//闯红灯录像类型,0-预录,1-延时录像 public byte byPreRecordTime;//闯红灯录像片段预录时间(默认0),单位:秒 public byte byRecordDelayTime;//闯红灯录像片段延时时间(默认0),单位:秒 public byte byRecordTimeOut;//闯红灯周期录像超时时间(秒) public byte byCarSpeedLimit; //车速限制值,单位km/h public byte byCarSignSpeed;//标志限速,单位km/h public byte bySnapPicPreRecord; //抓拍图片预录时间点;0-默认值(第二张图片),1-第一张图片,2-第二张图片,3-第三张图片 public NET_ITC_INTERVAL_PARAM struInterval;//抓拍间隔参数(20byte) public byte[] byRes = new byte[36]; } //视频电警触发参数结构 public static class NET_ITC_VIDEO_EPOLICE_PARAM extends HIKSDKStructure { public byte byEnable; //是否启用,0-不启用,1-启用 public byte byLaneNum; //识别的车道个数 public byte byLogicJudge;//闯红灯违规判断逻辑,设置值为:0-按方向,1-按车道 public byte byRes1; public NET_ITC_PLATE_RECOG_PARAM struPlateRecog; //牌识参数 public NET_ITC_TRAFFIC_LIGHT_PARAM struTrafficLight; //交通信号灯参数 public NET_ITC_LANE_VIDEO_EPOLICE_PARAM[] struLaneParam = new NET_ITC_LANE_VIDEO_EPOLICE_PARAM[MAX_ITC_LANE_NUM]; //单车道参数 public NET_ITC_LINE struLaneBoundaryLine; //车道边界线(最右边车道的边界线) public NET_ITC_LINE struLeftLine; //左转弯分界线 public NET_ITC_LINE struRightLine; //右转弯分界线 public NET_ITC_LINE struTopZebraLine; //上部斑马线 public NET_ITC_LINE struBotZebraLine; //下部斑马线 public byte[] byRes = new byte[32]; } public static class NET_DVR_CURTRIGGERMODE extends HIKSDKStructure { public int dwSize; public int dwTriggerType; //触发类型,详见ITC_TRIGGERMODE_TYPE public byte[] byRes = new byte[24]; } public static class NET_ITC_VIDEO_TRIGGER_COND extends HIKSDKStructure { public int dwSize; public int dwChannel; public int dwTriggerMode; //视频触发模式类型,详见ITC_TRIGGERMODE_TYPE public byte[] byRes = new byte[16]; } public static class NET_ITC_VIDEO_TRIGGER_PARAM_UNION extends Union { public int[] uLen = new int[1150]; public NET_ITC_VIDEO_EPOLICE_PARAM struVideoEP = new NET_ITC_VIDEO_EPOLICE_PARAM(); //视频电警参数 } public static class NET_ITC_VIDEO_TRIGGER_PARAM extends HIKSDKStructure { public int dwSize; public int dwMode; //触发模式,详见ITC_TRIGGERMODE_TYPE public NET_ITC_VIDEO_TRIGGER_PARAM_UNION uVideoTrigger = new NET_ITC_VIDEO_TRIGGER_PARAM_UNION(); //触发模式参数 public byte[] byRes = new byte[32]; } public static class NET_DVR_CMS_PARAM extends HIKSDKStructure { public int dwSize; public NET_DVR_IPADDR struAddr = new NET_DVR_IPADDR(); // 平台服务器IP public short wServerPort; // 平台服务器侦听端口, public byte bySeverProtocolType; //平台协议类型 1-私有,2-Ehome public byte byStatus; //设备注册到该平台的状态,1-未注册,2-已注册 public byte[] sDeviceId = new byte[NAME_LEN/*32*/]; //设备ID,由平台提供 public byte[] sPassWord = new byte[PASSWD_LEN]; //密码 /********* * IPC5.1.7 新增参数 Begin 2014-03-21 ***********/ public byte[] sPlatformEhomeVersion = new byte[NAME_LEN];//平台EHOME协议版本 /********* * IPC5.1.7 新增参数 end 2014-03-21 ***********/ public byte byNetWork; //网络类型:0- 无意义,1-自动,2-有线网络优先,3-有线网络,4-3G网络(无线网络),5-有线网络1,6-有线网络2 public byte byAddressType; //0 - 无意义, 1 - ipv4/ipv6地址,2 - 域名 public byte byProtocolVersion; //协议版本 0 - 无意义, 1 – v2.0,2 – v4.0,3-v2.6 public byte byRes1; public byte[] sDomainName = new byte[MAX_DOMAIN_NAME/*64*/]; //平台服务器域名,byAddressType为2时有效 public byte byEnable; //0-关闭,1-开启 public byte[] byRes = new byte[139]; // 保留字节 } //设置完全获取出厂值 public static class NET_DVR_COMPLETE_RESTORE_INFO extends HIKSDKStructure { public int dwSize; //结构体长度 public int dwChannel; //通道号 public byte[] byRes = new byte[64]; } public static class NET_DVR_STD_ABILITY extends HIKSDKStructure { public Pointer lpCondBuffer; //[in]条件参数(码字格式),例如通道号等.可以为NULL public int dwCondSize; //[in] dwCondSize指向的内存大小 public Pointer lpOutBuffer; //[out]输出参数(XML格式),不为NULL public int dwOutSize; //[in] lpOutBuffer指向的内存大小 public Pointer lpStatusBuffer; //[out]返回的状态参数(XML格式),获取成功时不会赋值,如果不需要,可以置NULL public int dwStatusSize; //[in] lpStatusBuffer指向的内存大小 public int dwRetSize; //[out]获取到的数据长度(lpOutBuffer或者lpStatusBuffer指向的实际数据长度) public byte[] byRes = new byte[32]; //保留字节 } public static class NET_DVR_STD_CONFIG extends HIKSDKStructure { public Pointer lpCondBuffer; //[in]条件参数(结构体格式),例如通道号等.可以为NULL public int dwCondSize; //[in] lpCondBuffer指向的内存大小 public Pointer lpInBuffer; //[in]输入参数(结构体格式),设置时不为NULL,获取时为NULL public int dwInSize; //[in] lpInBuffer指向的内存大小 public Pointer lpOutBuffer; //[out]输出参数(结构体格式),获取时不为NULL,设置时为NULL public int dwOutSize; //[in] lpOutBuffer指向的内存大小 public Pointer lpStatusBuffer; //[out]返回的状态参数(XML格式),获取成功时不会赋值,如果不需要,可以置NULL public int dwStatusSize; //[in] lpStatusBuffer指向的内存大小 public Pointer lpXmlBuffer; //[in/out]byDataType = 1时有效,xml格式数据 public int dwXmlSize; //[in/out]lpXmlBuffer指向的内存大小,获取时同时作为输入和输出参数,获取成功后会修改会实际长度,设置时表示实际长度,而不是整个内存大小 public byte byDataType; //[in]输入/输出参数类型,0-使用结构体类型lpInBuffer/lpOutBuffer有效,1-使用XML类型lpXmlBuffer有效 public byte[] byRes = new byte[23]; } public static final int NET_SDK_MAX_FILE_PATH = 256;//路径长度 public static class NET_DVR_LOCAL_SDK_PATH extends HIKSDKStructure { public byte[] sPath = new byte[NET_SDK_MAX_FILE_PATH];//组件库地址 public byte[] byRes = new byte[128]; } public static class BYTE_ARRAY extends HIKSDKStructure { public byte[] byValue; public BYTE_ARRAY(int iLen) { byValue = new byte[iLen]; } } public static class INT_ARRAY extends HIKSDKStructure { public int[] intValue; public INT_ARRAY(int iLen) { intValue = new int[iLen]; } } public static class INTRef_ARRAY extends HIKSDKStructure { public IntByReference[] intValue; public INTRef_ARRAY(int iLen) { intValue = new IntByReference[iLen]; } } public static class NET_DVR_JSON_DATA_CFG extends HIKSDKStructure { public int dwSize; //结构体大小 public Pointer lpJsonData; //JSON报文 public int dwJsonDataSize; //JSON报文大小 public Pointer lpPicData; //图片内容 public int dwPicDataSize; //图片内容大小 public int lpInfraredFacePicBuffer; //红外人脸图片数据缓存 public Pointer dwInfraredFacePicSize; //红外人脸图片数据大小,等于0时,代表无人脸图片数据(当JSON报文为当ResponseStatus(JSON)报文时,该字段无意义;当Inbound Data(JSON)报文中没有infraredFaceURL时,该字段需要带上二进制图片内容) public byte[] byRes = new byte[248]; } public static class CallBack_USER extends HIKSDKStructure { public byte[] byDeviceID = new byte[16]; public byte[] byCardNo = new byte[32]; public byte[] byDevIP = new byte[16]; } public static class NET_DVR_CAMERAPARAMCFG_EX extends HIKSDKStructure { public int dwSize; public NET_DVR_VIDEOEFFECT struVideoEffect = new NET_DVR_VIDEOEFFECT();/*亮度、对比度、饱和度、锐度、色调配置*/ public NET_DVR_GAIN struGain = new NET_DVR_GAIN();/*自动增益*/ public NET_DVR_WHITEBALANCE struWhiteBalance = new NET_DVR_WHITEBALANCE();/*白平衡*/ public NET_DVR_EXPOSURE struExposure = new NET_DVR_EXPOSURE(); /*曝光控制*/ public NET_DVR_GAMMACORRECT struGammaCorrect = new NET_DVR_GAMMACORRECT();/*Gamma校正*/ public NET_DVR_WDR struWdr = new NET_DVR_WDR();/*宽动态*/ public NET_DVR_DAYNIGHT struDayNight = new NET_DVR_DAYNIGHT();/*日夜转换*/ public NET_DVR_BACKLIGHT struBackLight = new NET_DVR_BACKLIGHT();/*背光补偿*/ public NET_DVR_NOISEREMOVE struNoiseRemove = new NET_DVR_NOISEREMOVE();/*数字降噪*/ public byte byPowerLineFrequencyMode; /*0-50HZ; 1-60HZ*/ /* 0-自动光圈, 1-手动光圈, 2-P-Iris1, 3-Union 3-9mm F1.6-2.7 (T5280-PQ1) [IPC5.1.7] 4-Union 2.8-12mm F1.6-2.7 (T5289-PQ1) [IPC5.1.7] 5-HIK 3.8-16mm F1.5(HV3816P-8MPIR) 6-HIK 11-40mm F1.7 (HV1140P-8MPIR) 7-HIK 2.7-12mm F1.2(TV2712P-MPIR) 8- MZ5721D-12MPIR 9- MZ1555D-12MPIR 10- MZ5721D-12MPIR(RS485) 11- MZ1555D-12MPIR(RS485) */ public byte byIrisMode; public byte byMirror; /* 镜像:0 off,1- leftright,2- updown,3-center 4-Auto*/ public byte byDigitalZoom; /*数字缩放:0 dsibale 1 enable*/ public byte byDeadPixelDetect; /*坏点检测,0 dsibale 1 enable*/ public byte byBlackPwl;/*黑电平补偿 , 0-255*/ public byte byEptzGate;// EPTZ开关变量:0-不启用电子云台,1-启用电子云台 public byte byLocalOutputGate;//本地输出开关变量0-本地输出关闭1-本地BNC输出打开 2-HDMI输出关闭 //20-HDMI_720P50输出开 //21-HDMI_720P60输出开 //22-HDMI_1080I60输出开 //23-HDMI_1080I50输出开 //24-HDMI_1080P24输出开 //25-HDMI_1080P25输出开 //26-HDMI_1080P30输出开 //27-HDMI_1080P50输出开 //28-HDMI_1080P60输出开 public byte byCoderOutputMode;//编码器fpga输出模式0直通3像素搬家 public byte byLineCoding; //是否开启行编码:0-否,1-是 public byte byDimmerMode; //调光模式:0-半自动,1-自动 public byte byPaletteMode; //调色板:0-白热,1-黑热,2-调色板2,…,8-调色板8, 9-融合1,10-彩虹,11-融合2,12-铁红1,13-铁红2,14-深褐色,15-色彩1,16-色彩2,17-冰火,18-雨,19-红热,20-绿热,21-深蓝,22-色彩3 public byte byEnhancedMode; //增强方式(探测物体周边):0-不增强,1-1,2-2,3-3,4-4 public byte byDynamicContrastEN; //动态对比度增强 0-1 public byte byDynamicContrast; //动态对比度 0-100 public byte byJPEGQuality; //JPEG图像质量 0-100 public NET_DVR_CMOSMODECFG struCmosModeCfg = new NET_DVR_CMOSMODECFG();//CMOS模式下前端参数配置,镜头模式从能力集获取 public byte byFilterSwitch; //滤波开关:0-不启用,1-启用 public byte byFocusSpeed; //镜头调焦速度:0-10 public byte byAutoCompensationInterval; //定时自动快门补偿:1-120,单位:分钟 public byte bySceneMode; //场景模式:0-室外,1-室内,2-默认,3-弱光 public NET_DVR_DEFOGCFG struDefogCfg = new NET_DVR_DEFOGCFG();//透雾参数 public NET_DVR_ELECTRONICSTABILIZATION struElectronicStabilization = new NET_DVR_ELECTRONICSTABILIZATION();//电子防抖 public NET_DVR_CORRIDOR_MODE_CCD struCorridorMode = new NET_DVR_CORRIDOR_MODE_CCD();//走廊模式 public byte byExposureSegmentEnable; //0~不启用,1~启用 曝光时间和增益呈阶梯状调整,比如曝光往上调整时,先提高曝光时间到中间值,然后提高增益到中间值,再提高曝光到最大值,最后提高增益到最大值 public byte byBrightCompensate;//亮度增强 [0~100] /* 0-关闭、1-640*480@25fps、2-640*480@30ps、3-704*576@25fps、4-704*480@30fps、5-1280*720@25fps、6-1280*720@30fps、 7-1280*720@50fps、8-1280*720@60fps、9-1280*960@15fps、10-1280*960@25fps、11-1280*960@30fps、 12-1280*1024@25fps、13--1280*1024@30fps、14-1600*900@15fps、15-1600*1200@15fps、16-1920*1080@15fps、 17-1920*1080@25fps、18-1920*1080@30fps、19-1920*1080@50fps、20-1920*1080@60fps、21-2048*1536@15fps、22-2048*1536@20fps、 23-2048*1536@24fps、24-2048*1536@25fps、25-2048*1536@30fps、26-2560*2048@25fps、27-2560*2048@30fps、 28-2560*1920@7.5fps、29-3072*2048@25fps、30-3072*2048@30fps、31-2048*1536@12.5、32-2560*1920@6.25、 33-1600*1200@25、34-1600*1200@30、35-1600*1200@12.5、36-1600*900@12.5、37-1280*960@12.5fps、38-800*600@25fps、39-800*600@30fps40、 4000*3000@12.5fps、41-4000*3000@15fps、42-4096*2160@20fps、43-3840*2160@20fps 、44-960*576@25fps、45-960*480@30fps、46-752*582@25fps、 47-768*494@30fps、48-2560*1440@25fps、49-2560*1440@30fps 、50-720P@100fps、51-720P@120fps、52-2048*1536@50fps、53-2048*1536@60fps、 54-3840*2160@25fps、55-3840*2160@30fps、56-4096*2160@25fps、57-4096*2160@30fps 、58-1280*1024@50fps、59-1280*1024@60fps、 60-3072*2048@50fps、61-3072*2048@60fps、62-3072*1728@25fps、63-3072*1728@30fps、64-3072*1728@50fps、65-3072*1728@60fps、66-336*256@50fps、67-336*256@60fps、 68-384*288@50fps、69-384*288@60fps 、70- 640 * 512@50fps 、71- 640 * 512@60fps、72-2592*1944@25fps、73-2592*1944@30fps、74-2688*1536@25fps、75-2688*1536@30fps 76-2592*1944@20fps、77-2592*1944@15fps、78-2688*1520@20fps、79-2688*1520@15fps、80-2688*1520@25fps、81-2688*1520@30fps、82- 2720*2048@25fps、 83- 2720*2048@30fps、 84-336*256@25fps、85- 384*288@25fps、86-640*512@25fps、87-1280*960@50fps、88-1280*960@60fps、89-1280*960@100fps、90-1280*960@120fps、91-4000*3000@20fps、 92-1920*1200@25fps、93-1920*1200@30fps、94-2560*1920@25fps、95-2560*1920@20fps、96-2560*1920@30fps、97-1280*1920@25fps、98-1280*1920@30fps 99-4000*3000@24fps、100-4000*3000@25fps、101-4000*3000@10fps、102- 384*288@30fps、103-2560*1920@15fps、104-2400*3840@25fps、105-1200*1920@25fps 106-4096*1800@30fps、107-3840*1680@30fps、108-2560*1120@30fps、109-704*320@30fps、110-1280*560@30fps、111-4096*1800@25fps、112-3840*1680@25fps 113-2560*1120@25fps、114-704*320@25fps、115-1280*560@25fps、116-2400*3840@24fps、117-3840*2400@24fps、118-3840*2400@25fps、119-2560*1920@12.5fps 120-2560*2048@12fps、121-2560*2048@15fps、122-2560*1536@25fps、123-2560*1536@30fps、124-2256*2048@25fps、125-2256*2048@30fps、126-2592*2592@12.5fps、127-2592*2592@15fps、 128 - 640*512@30fps、129-2048*1520@30fps、130-2048*1520@25fps、131-3840*2160@24fps、132-2592*1520@25fps、133-2592*1520@30fps、134-2592*1536@25fps、135-2592*1536@30fps 136-640*960@25fps、137-640*960@24fps、142-2992*2192@25fps、143-2992*2192@30fps、144-3008*2160@25fps、145-3008*2160@30fps、146-3072*1728@20fps、147-2560*1440@20fps、 148-2160*3840@25fps、149-2160*3840@30fps、150-7008*1080@25fps、151-7008*1080@30fps、152-3072*2048@20fps、153-1536*864@25fps、154-2560*1920@24fps、155-2400*3840@30fps、 156-3840*2400@30fps、157-3840*2160@15fps 158-384*288@8.3fps、159-640*512@8.3fps、160-160*120@8.3fps、161-1024*768@8.3fps、162-640*480@8.3fps、163-3840*2160@12.5fps、164-2304*1296@30fps、165-2304*1296@25fps、 166-2560*1440@24fps、167-2688*1512@25fps、168-2688*1512@30fps、169-2688*1512@50fps、170-2688*1512@60fps、171-1536*864@30fps、172-2560*1440@50fps、173-2560*1440@60fps、 174-2048*2048@25fps、175-2048*2048@30fps、176-4000*3060@20fps、177-3060*3060@25fps、178-3060*3060@30fps、179-3000*3000@25fps、180-3000*3000@30fps、181-8160*3616@30fps、 182-8160*3616@25fps、183-3000*3000@20fps、184-3000*3000@15fps、185-3000*3000@12.5fps、186-5472*3648@25fps、187-5472*3648@30fps、188-7680*4320@25fps、189-7680*4320@30fps、 190-8160*2400@25fps、191-8160*2400@30fps、192-5520*2400@25fps、193-5520*2400@30fps、194-2560*1440@15fps、195-1944*1212@24fps、196-1944*1212@25fps、197-3456*1920@30fps、 198-4800*2688@25fps、199-4800*2688@30fps、200-6480*1080@25fps、201-6480*1080@30fps、202-8640*1440@25fps、203-8640*1440@30fps、204-3456*1920@25fps、205-2688*1520@50fps、 206-2688*1520@60fps、207-4976*1452@25fps、208-4976*1452@30fps、 209-3200*1800@25fps、210-3200*1800@30fps、211-5472*3648@24fps、212-1920*1080@12.5fps、213-2944*1656@20fps、 214-1920*1080@24fps、215-4800*1600@25fps、216-4800*1600@30fps、217-2560*1440@12.5fps、218-6560*3690@1fps、219-5120*1400@20fps*/ public byte byCaptureModeN; //视频输入模式(N制) public byte byCaptureModeP; //视频输入模式(P制) public NET_DVR_SMARTIR_PARAM struSmartIRParam = new NET_DVR_SMARTIR_PARAM(); //红外放过爆配置信息 public NET_DVR_PIRIS_PARAM struPIrisParam = new NET_DVR_PIRIS_PARAM();//PIris配置信息对应byIrisMode字段从2-PIris1开始生效 //2014-02-25 新增参数 public NET_DVR_LASER_PARAM_CFG struLaserParam = new NET_DVR_LASER_PARAM_CFG(); //激光参数 public NET_DVR_FFC_PARAM struFFCParam = new NET_DVR_FFC_PARAM(); public NET_DVR_DDE_PARAM struDDEParam = new NET_DVR_DDE_PARAM(); public NET_DVR_AGC_PARAM struAGCParam = new NET_DVR_AGC_PARAM(); public byte byLensDistortionCorrection;//镜头畸变校正 0-关闭,1-开启 public byte byDistortionCorrectionLevel;//畸变校正等级:0-保留;1-等级一;2-等级二;3-等级三;255-自定义 public byte byCalibrationAccurateLevel;// 畸变校正强度[0-100] public byte byZoomedInDistantViewLevel;//远端放大等级[0-100] public NET_DVR_SNAP_CAMERAPARAMCFG struSnapCCD = new NET_DVR_SNAP_CAMERAPARAMCFG(); //抓拍机CCD参数,只用于抓拍机 public NET_DVR_OPTICAL_DEHAZE struOpticalDehaze = new NET_DVR_OPTICAL_DEHAZE();//光学透雾参数 public NET_DVR_THERMOMETRY_AGC struThermAGC = new NET_DVR_THERMOMETRY_AGC();//测温AGC配置 public byte byFusionMode;//双光谱视频融合模式,0~热成像模式,1~融合模式,2~画中画模式,3~可见光模式, 4~融合黑白模式, 5~融合彩色模式-草地,6~融合彩色模式-荒地,7~融合彩色模式-雪地,8~融合彩色模式-海洋,9~融合彩色模式-城市 public byte byHorizontalFOV;//水平视场角[0-100] public byte byVerticalFOV;//垂直视场角[0-100] public byte byBrightnessSuddenChangeSuppression;//亮度突变抑制0-关闭,1-开启 public byte byGPSEnabled;//GPS开关使能,0-关,1-开 public byte[] byRes2 = new byte[155]; } public static class NET_DVR_VIDEOEFFECT extends HIKSDKStructure { public byte byBrightnessLevel; /*0-100*/ public byte byContrastLevel; /*0-100*/ public byte bySharpnessLevel; /*0-100*/ public byte bySaturationLevel; /*0-100*/ public byte byHueLevel; /*0-100,(保留)*/ public byte byEnableFunc; //使能,按位表示,bit0-SMART IR(防过曝),bit1-低照度,bit2-强光抑制使能,0-否,1-是 public byte byLightInhibitLevel; //强光抑制等级,[1-3]表示等级 public byte byGrayLevel; //灰度值域,0-[0-255],1-[16-235] } public static class NET_DVR_GAIN extends HIKSDKStructure { public byte byGainLevel; /*增益:0-100*/ public byte byGainUserSet; /*用户自定义增益;0-100,对于抓拍机,是CCD模式下的抓拍增益*/ public byte[] byRes = new byte[2]; public int dwMaxGainValue;/*最大增益值,单位dB*/ } public static class NET_DVR_WHITEBALANCE extends HIKSDKStructure { public byte byWhiteBalanceMode; /*0-手动白平衡(MWB),1-自动白平衡1(AWB1),2-自动白平衡2 (AWB2),3-自动控制改名为锁定白平衡(Locked WB), 4-室外(Indoor),5-室内(Outdoor)6-日光灯(Fluorescent Lamp),7-钠灯(Sodium Lamp), 8-自动跟踪(Auto-Track)9-一次白平衡(One Push),10-室外自动(Auto-Outdoor), 11-钠灯自动 (Auto-Sodiumlight),12-水银灯(Mercury Lamp),13-自动白平衡(Auto), 14-白炽灯 (IncandescentLamp),15-暖光灯(Warm Light Lamp),16-自然光(Natural Light) */ public byte byWhiteBalanceModeRGain; /*手动白平衡时有效,手动白平衡 R增益*/ public byte byWhiteBalanceModeBGain; /*手动白平衡时有效,手动白平衡 B增益*/ public byte[] byRes = new byte[5]; } public static class NET_DVR_EXPOSURE extends HIKSDKStructure { public byte byExposureMode; /*0 手动曝光 1自动曝光*/ public byte byAutoApertureLevel; /* 自动光圈灵敏度, 0-10 */ public byte[] byRes = new byte[2]; public int dwVideoExposureSet; /* 自定义视频曝光时间(单位us)*//*注:自动曝光时该值为曝光最慢值 新增20-1s(1000000us)*/ public int dwExposureUserSet; /* 自定义曝光时间,在抓拍机上应用时,CCD模式时是抓拍快门速度*/ public int dwRes; } public static class NET_DVR_GAMMACORRECT extends HIKSDKStructure { public byte byGammaCorrectionEnabled; /*0 dsibale 1 enable*/ public byte byGammaCorrectionLevel; /*0-100*/ public byte[] byRes = new byte[6]; } public static class NET_DVR_WDR extends HIKSDKStructure { public byte byWDREnabled; /*宽动态:0 dsibale 1 enable 2 auto*/ public byte byWDRLevel1; /*0-F*/ public byte byWDRLevel2; /*0-F*/ public byte byWDRContrastLevel; /*0-100*/ public byte[] byRes = new byte[16]; } public static class NET_DVR_DAYNIGHT extends HIKSDKStructure { public byte byDayNightFilterType; /*日夜切换:0-白天,1-夜晚,2-自动,3-定时,4-报警输入触发, 5-自动模式2(无光敏),6-黑光,7-黑光自动,8-黑光定时*/ public byte bySwitchScheduleEnabled; /*0 dsibale 1 enable,(保留)*/ //定时模式参数 public byte byBeginTime; /*开始时间(小时),0-23*/ public byte byEndTime; /*结束时间(小时),0-23*/ //模式2 public byte byDayToNightFilterLevel; //0-7 public byte byNightToDayFilterLevel; //0-7 public byte byDayNightFilterTime;//(60秒) //定时模式参数 public byte byBeginTimeMin; //开始时间(分),0-59 public byte byBeginTimeSec; //开始时间(秒),0-59 public byte byEndTimeMin; //结束时间(分),0-59 public byte byEndTimeSec; //结束时间(秒),0-59 //报警输入触发模式参数 public byte byAlarmTrigState; //报警输入触发状态,0-白天,1-夜晚 } public static class NET_DVR_BACKLIGHT extends HIKSDKStructure { public byte byBacklightMode; /*背光补偿:0 off 1 UP、2 DOWN、3 LEFT、4 RIGHT、5MIDDLE、6自定义,10-开,11-自动,12-多区域背光补偿*/ public byte byBacklightLevel; /*0x0-0xF*/ public byte[] byRes1 = new byte[2]; public int dwPositionX1; //(X坐标1) public int dwPositionY1; //(Y坐标1) public int dwPositionX2; //(X坐标2) public int dwPositionY2; //(Y坐标2) public byte[] byRes2 = new byte[4]; } public static class NET_DVR_NOISEREMOVE extends HIKSDKStructure { public byte byDigitalNoiseRemoveEnable; /*0-不启用,1-普通模式数字降噪,2-专家模式数字降噪*/ public byte byDigitalNoiseRemoveLevel; /*普通模式数字降噪级别:0x0-0xF*/ public byte bySpectralLevel; /*专家模式下空域强度:0-100*/ public byte byTemporalLevel; /*专家模式下时域强度:0-100*/ public byte byDigitalNoiseRemove2DEnable; /* 抓拍帧2D降噪,0-不启用,1-启用 */ public byte byDigitalNoiseRemove2DLevel; /* 抓拍帧2D降噪级别,0-100 */ public byte[] byRes = new byte[2]; } public static class NET_DVR_CMOSMODECFG extends HIKSDKStructure { public byte byCaptureMod; //抓拍模式:0-抓拍模式1;1-抓拍模式2 public byte byBrightnessGate;//亮度阈值 public byte byCaptureGain1; //抓拍增益1,0-100 public byte byCaptureGain2; //抓拍增益2,0-100 public int dwCaptureShutterSpeed1;//抓拍快门速度1 public int dwCaptureShutterSpeed2;//抓拍快门速度2 public byte[] byRes = new byte[4]; } public static class NET_DVR_DEFOGCFG extends HIKSDKStructure { public byte byMode; //模式,0-不启用,1-自动模式,2-常开模式 public byte byLevel; //等级,0-100 public byte[] byRes = new byte[6]; } public static class NET_DVR_CMOSMODCFG extends HIKSDKStructure { public byte byCaptureMod; //抓拍模式:0-抓拍模式1;1-抓拍模式2 public byte byBrightnessGate;//亮度阈值 public byte byCaptureGain1; //抓拍增益1,0-100 public byte byCaptureGain2; //抓拍增益2,0-100 public int dwCaptureShutterSpeed1;//抓拍快门速度1 public int dwCaptureShutterSpeed2;//抓拍快门速度2 public byte[] byRes = new byte[4]; } public static class NET_DVR_ELECTRONICSTABILIZATION extends HIKSDKStructure { public byte byEnable;//使能 0- 不启用,1- 启用 public byte byLevel; //等级,0-100 public byte[] byRes = new byte[6]; } public static class NET_DVR_CORRIDOR_MODE_CCD extends HIKSDKStructure { public byte byEnableCorridorMode; //是否启用走廊模式 0~不启用, 1~启用 public byte[] byRes = new byte[11]; } public static class NET_DVR_SMARTIR_PARAM extends HIKSDKStructure { public byte byMode;//0~手动,1~自动 public byte byIRDistance;//红外距离等级(等级,距离正比例)level:1~100 默认:50(手动模式下增加) public byte byShortIRDistance;// 近光灯距离等级(1~100) public byte byLongIRDistance;// 远光灯距离等级(1~100) } public static class NET_DVR_PIRIS_PARAM extends HIKSDKStructure { public byte byMode;//0-自动,1-手动 public byte byPIrisAperture;//红外光圈大小等级(等级,光圈大小正比例)level:1~100 默认:50(手动模式下增加) public byte[] byRes = new byte[6]; } public static class NET_DVR_LASER_PARAM_CFG extends HIKSDKStructure { public byte byControlMode; //控制模式 0-无效,1-自动,2-手动 默认自动 public byte bySensitivity; //激光灯灵敏度 0-100 默认50 public byte byTriggerMode; //激光灯触发模式 0-无效,1-机芯触发,2-光敏触发 默认机芯触发 public byte byBrightness; //控制模式为手动模式下有效;激光灯亮度 0-255 默认100 public byte byAngle; //激光灯角度 0-无效,范围1-36 默认12,激光灯照射范围为一个圆圈,调节激光角度是调节这个圆的半径的大小 public byte byLimitBrightness; //控制模式为自动模式下有效;激光灯亮度限制 0~100 (新增)2014-01-26 public byte byEnabled; //手动控制激光灯使能 0-关闭,1-启动 public byte byIllumination; //激光灯强度配置0~100 public byte byLightAngle; //补光角度 0~100 public byte[] byRes = new byte[7]; //保留 } public static class NET_DVR_FFC_PARAM extends HIKSDKStructure { //1-Schedule Mode,2-Temperature Mode, 3-Off public byte byMode; //(时间:按能力显示,单位分钟,选项有10,20,30,40,50,60,120,180,240) public byte byRes1; public short wCompensateTime; //定时模式下生效 public byte[] byRes2 = new byte[4]; } public static class NET_DVR_DDE_PARAM extends HIKSDKStructure { public byte byMode;//1-Off,2-Normal Mode,3-Expert Mode public byte byNormalLevel;//普通模式等级范围[1,100],普通模式下生效 public byte byExpertLevel;//专家模式等级范围[1,100],专家模式下生效 public byte[] byRes = new byte[5]; } public static class NET_DVR_AGC_PARAM extends HIKSDKStructure { public byte bySceneType;//1-Normal Sence,2-Highlight Sence,3-Manual Sence public byte byLightLevel;//亮度等级[1,100];手动模式下生效 public byte byGainLevel; //增益等级[1,100];手动模式下生效 public byte[] byRes = new byte[5]; } public static class NET_DVR_SNAP_CAMERAPARAMCFG extends HIKSDKStructure { public byte byWDRMode; // 宽动态模式;0~关闭,1~数字宽动态 2~宽动态 public byte byWDRType; // 宽动态切换模式; 0~强制启用,1~按时间启用,2~按亮度启用 public byte byWDRLevel; // 宽动态等级,0~6索引对应1-7,默认索引2(即3级); public byte byRes1; public NET_DVR_TIME_EX struStartTime = new NET_DVR_TIME_EX(); //开始宽动态时间 public NET_DVR_TIME_EX struEndTime = new NET_DVR_TIME_EX(); //结束宽动态时间 public byte byDayNightBrightness; //日夜转换亮度阈值,0-100,默认50; //记忆色增强 public byte byMCEEnabled;//记忆色增强使能,true:开启,false:关闭 public byte byMCELevel;//记忆色增强强度,0~100,默认值50 //自动对比度 public byte byAutoContrastEnabled;//自动对比度使能,true:开启,false:关闭 public byte byAutoContrastLevel;//自动对比等级(0-100),默认50 //细节增强 public byte byLSEDetailEnabled;//细节增强使能,true:开启,false:关闭 public byte byLSEDetailLevel;//细节增强等级(0-100),默认50 // License Plate Definition Enhancement车牌增强 public byte byLPDEEnabled;//车牌增强使能,true:开启,false:关闭 public byte byLPDELevel;//车牌增强等级(0-100),默认50 //对比度增强 public byte byLseEnabled; //对比度增强使能,true:开启,false:关闭 public byte byLseLevel; //对比度增强等级(0-100),默认0 public byte byLSEHaloLevel;//光晕抑制等级。范围 0-100,默认0 public byte byLseType; //对比度增强切换模式; 0~强制启用,1~按时间启用,2~按亮度启用(该字段可同时控制byLseLevel、byLSEHaloLevel两个参数) public byte[] byRes2 = new byte[3]; public NET_DVR_TIME_EX struLSEStartTime = new NET_DVR_TIME_EX(); //开始对比度增强时间(当byLseType为1时生效) public NET_DVR_TIME_EX struLSEEndTime = new NET_DVR_TIME_EX(); //结束对比度增强时间(当byLseType为1时生效) public byte byLightLevel;//为亮度等级参数(0-100),默认0,(当byLseType为2时生效) //车牌对比度 public byte byPlateContrastLevel;//车牌对比度等级,0~100,默认0 //车牌饱和度 public byte byPlateSaturationLevel;//车牌饱和度等级,0~100,默认0 public byte[] byRes = new byte[9]; } public static class NET_DVR_OPTICAL_DEHAZE extends HIKSDKStructure { public byte byEnable; //0~不启用光学透雾,1~启用光学透雾 public byte[] byRes = new byte[7]; } public static class NET_DVR_THERMOMETRY_AGC extends HIKSDKStructure { public byte byMode;//AGC模式,0~无效,1~自动,2~手动 public byte byRes1[] = new byte[3]; public int iHighTemperature;//最高温度,范围为:-273~9999摄氏度(1~手动模式下生效) public int iLowTemperature;//最低温度,范围为:-273~9999摄氏度(1~手动模式下生效) public byte[] byRes = new byte[8]; } public static class NET_DVR_CHECK_DEV_STATE extends HIKSDKStructure { public int dwTimeout; //定时检测设备工作状态,单位ms,为0时,表示使用默认值(30000)。最小值为1000 public DEV_WORK_STATE_CB fnStateCB; Pointer pUserData; public byte[] byRes = new byte[60]; } public static class NET_DVR_FLOW_INFO extends HIKSDKStructure { public int dwSize; //结构大小 public int dwSendFlowSize; //发送流量大小,单位kbps public int dwRecvFlowSize; //接收流量大小,单位kbps public byte[] byRes = new byte[20]; //保留 } public static class NET_DVR_AES_KEY_INFO extends HIKSDKStructure { public byte[] sAESKey = new byte[16]; /*码流加密密钥*/ public byte[] byRes = new byte[64]; /*保留字节*/ } public static class NET_DVR_ALARM_RS485CFG extends HIKSDKStructure { public int dwSize; // 结构体大小 public byte[] sDeviceName = new byte[NAME_LEN]; // 前端设备名称 public short wDeviceType; // 前端设备类型,通过NET_DVR_GetDeviceTypeList获取 public short wDeviceProtocol; // 前端设备协议 通过获取协议列表获取 public int dwBaudRate; //波特率(bps),0-50,1-75,2-110,3-150,4-300,5-600,6-1200,7-2400,8-4800,9-9600,10-19200,11-38400,12-57600,13-76800,14-115.2k public byte byDataBit; // 数据有几位:0-5位,1-6位,2-7位,3-8位 public byte byStopBit; // 停止位:0-1位,1-2位 public byte byParity; //是否校验:0-无校验,1-奇校验,2-偶校验 public byte byFlowcontrol; // 是否流控:0-无,1-软流控,2-硬流控 public byte byDuplex; // 0 - 半双工1- 全双工 只有通道1可以是全双工其他都只能是半双工 public byte byWorkMode; // 工作模式 0-控制台 1-透明通道,2-梯控,3-读卡器,4-门禁安全模块,0xfe-自定义,0xff-禁用 public byte byChannel; //485通道号 public byte bySerialType; //串口类型: 0--485, 1--232 public byte byMode; //模式 0-连接读卡器 1-连接客户端 2-连接扩展模块 3-连接门禁主机 4-连接梯控主机 0xff-禁用 public byte byOutputDataType; //0-无效,1-输出卡号,2-输出工号 public byte byAddress; //串口地址 public byte[] byRes = new byte[33]; // 保留字节 } public static class NET_DVR_ALARMHOST_RS485_SLOT_CFG extends HIKSDKStructure { public int dwSize; // 结构体大小 public byte[] sDeviceName = new byte[NAME_LEN]; // 前端设备名称 public short wDeviceType; // 前端设备类型ALARM_FRONT_DEVICE _TYPE public byte wDeviceProtocol; // 前端设备协议 通过获取协议列表获取 public short wAddress; //设备地址 public byte byChannel; //485通道号 public byte bySlotChan; //槽位号 public byte[] byRes = new byte[60]; // 保留字节 } public static class NET_DVR_VIDEOWALLDISPLAYPOSITION extends HIKSDKStructure { public int dwSize; public byte byEnable; public byte byCoordinateType;//坐标类型。0-基准坐标,1-实际坐标 public byte[] byRes1 = new byte[2]; //墙号,1字节墙号(高字节,对于合码器设备,为合码通道号)+3字节保留 public int dwVideoWallNo; public int dwDisplayNo;//显示输出号 //坐标须为基准坐标的整数倍(1920*1920),宽度和高度值不用设置,即为基准值 public NET_DVR_RECTCFG_EX struRectCfg; public byte[] byRes2 = new byte[64]; } public static final int MAX_DISPLAY_NUM = 512; //最大显示输出个数 public static class NET_DVR_DISPLAYCFG extends HIKSDKStructure { public int dwSize; public NET_DVR_DISPLAYPARAM[] struDisplayParam = new NET_DVR_DISPLAYPARAM[MAX_DISPLAY_NUM]; public byte[] byRes2 = new byte[128]; } public static class NET_DVR_DISPLAYPARAM extends HIKSDKStructure { public int dwDisplayNo; public byte byDispChanType; public byte[] byRes = new byte[11]; } public static class NET_DVR_WALLOUTPUTPARAM extends HIKSDKStructure { public int dwSize; public int dwResolution; //分辨率 public NET_DVR_VIDEOEFFECT struRes; public byte byVideoFormat; //视频制式,见VIDEO_STANDARD public byte byDisplayMode;/*输出连接模式,1-BNC,2-VGA,3-HDMI,4-DVI,5-SDI, 6-FIBER, 7-RGB, 8-YPrPb, 9-VGA/HDMI/DVI自适应,0xff-无效*/ public byte byBackgroundColor; //背景色,0-无效,不支持背景色,1-红,2-绿,3-蓝,4-黄,5-紫,6-青,7-黑,8-白,0xff-自定义 public byte byUseEDIDResolution; //是否使用EDID分辨率,0-不使用,1-使用 public short wLEDWidth; //LED屏输出分辨率宽 public short wLEDHeight; //LED屏输出分辨率高 public NET_DVR_RGB_COLOR struBackColor;//背景色,byBackgroundColor为0xff时有效 public byte byLinkStatus;//输出口连接状态,0-无效,1-接入显示器,2-未接入显示器 public byte[] byRes2 = new byte[51]; } public static class WALLOUTPUTPARAM_ARRAY extends HIKSDKStructure { public NET_DVR_WALLOUTPUTPARAM[] strWalloutputParm; public WALLOUTPUTPARAM_ARRAY(int iLen) { strWalloutputParm = new NET_DVR_WALLOUTPUTPARAM[iLen]; } } /*** * API函数声明,详细说明见API手册 ***/ public static interface FRealDataCallBack_V30 extends Callback { public void invoke(int lRealHandle, int dwDataType, ByteByReference pBuffer, int dwBufSize, Pointer pUser); } public static interface FMSGCallBack extends Callback { public void invoke(int lCommand, NET_DVR_ALARMER pAlarmer, Pointer pAlarmInfo, int dwBufLen, Pointer pUser); } public static interface FMSGCallBack_V31 extends Callback { public boolean invoke(int lCommand, NET_DVR_ALARMER pAlarmer, Pointer pAlarmInfo, int dwBufLen, Pointer pUser); } public static interface FMessCallBack extends Callback { public boolean invoke(int lCommand, String sDVRIP, String pBuf, int dwBufLen); } public static interface FMessCallBack_EX extends Callback { public boolean invoke(int lCommand, int lUserID, String pBuf, int dwBufLen); } public static interface FMessCallBack_NEW extends Callback { public boolean invoke(int lCommand, String sDVRIP, String pBuf, int dwBufLen, short dwLinkDVRPort); } public static interface FMessageCallBack extends Callback { public boolean invoke(int lCommand, String sDVRIP, String pBuf, int dwBufLen, int dwUser); } public static interface FExceptionCallBack extends Callback { public void invoke(int dwType, int lUserID, int lHandle, Pointer pUser); } public static interface FDrawFun extends Callback { public void invoke(int lRealHandle, W32API.HDC hDc, int dwUser); } public static interface FStdDataCallBack extends Callback { public void invoke(int lRealHandle, int dwDataType, ByteByReference pBuffer, int dwBufSize, int dwUser); } public static interface FPlayDataCallBack extends Callback { public void invoke(int lPlayHandle, int dwDataType, ByteByReference pBuffer, int dwBufSize, int dwUser); } public static interface FPlayESCallBack extends Callback { public void invoke(int lPlayHandle, NET_DVR_PACKET_INFO_EX struPackInfo, Pointer pUser); } public static interface FVoiceDataCallBack extends Callback { public void invoke(int lVoiceComHandle, Pointer pRecvDataBuffer, int dwBufSize, byte byAudioFlag, int dwUser); } public static interface FVoiceDataCallBack_V30 extends Callback { public void invoke(int lVoiceComHandle, Pointer pRecvDataBuffer, int dwBufSize, byte byAudioFlag, Pointer pUser); } public static interface FVoiceDataCallBack_MR extends Callback { public void invoke(int lVoiceComHandle, Pointer pRecvDataBuffer, int dwBufSize, byte byAudioFlag, int dwUser); } public static interface FVoiceDataCallBack_MR_V30 extends Callback { public void invoke(int lVoiceComHandle, Pointer pRecvDataBuffer, int dwBufSize, byte byAudioFlag, Pointer pUser); } public static interface FVoiceDataCallBack2 extends Callback { public void invoke(String pRecvDataBuffer, int dwBufSize, Pointer pUser); } public static interface FSerialDataCallBack extends Callback { public void invoke(int lSerialHandle, String pRecvDataBuffer, int dwBufSize, int dwUser); } public static interface FRowDataCallBack extends Callback { public void invoke(int lUserID, String sIPAddr, int lRowAmout, String pRecvDataBuffer, int dwBufSize, int dwUser); } public static interface FColLocalDataCallBack extends Callback { public void invoke(int lUserID, String sIPAddr, int lColumnAmout, String pRecvDataBuffer, int dwBufSize, int dwUser); } public static interface FColGlobalDataCallBack extends Callback { public void invoke(int lUserID, String sIPAddr, int lColumnAmout, String pRecvDataBuffer, int dwBufSize, int dwUser); } public static interface FJpegdataCallBack extends Callback { public int invoke(int lCommand, int lUserID, String sDVRIP, String sJpegName, String pJpegBuf, int dwBufLen, int dwUser); } public static interface FPostMessageCallBack extends Callback { public int invoke(int dwType, int lIndex); } public static interface DEV_WORK_STATE_CB extends Callback { public boolean invoke(Pointer pUserdata, int iUserID, NET_DVR_WORKSTATE_V40 lpWorkState); } public static interface FLOWTESTCALLBACK extends Callback { public void invoke(int lFlowHandle, NET_DVR_FLOW_INFO pFlowInfo, Pointer pUser); } boolean NET_DVR_Init(); boolean NET_DVR_Cleanup(); static boolean NET_DVR_SetSDKInitCfg(int enumType, Pointer lpInBuff) { return true; } boolean NET_DVR_SetSDKLocalCfg(int enumType, Pointer lpInBuff); boolean NET_DVR_GetSDKLocalCfg(int enumType, Pointer lpOutBuff); boolean NET_DVR_SetDVRMessage(int nMessage, int hWnd); //NET_DVR_SetDVRMessage的扩展 boolean NET_DVR_SetExceptionCallBack_V30(int nMessage, int hWnd, FExceptionCallBack fExceptionCallBack, Pointer pUser); boolean NET_DVR_SetDVRMessCallBack(FMessCallBack fMessCallBack); boolean NET_DVR_SetDVRMessCallBack_EX(FMessCallBack_EX fMessCallBack_EX); //2007-04-16增加查询结果带卡号的文件查找 int NET_DVR_FindNextFile_Card(int lFindHandle, NET_DVR_FINDDATA_CARD lpFindData); int NET_DVR_FindFile_Card(int lUserID, int lChannel, int dwFileType, NET_DVR_TIME lpStartTime, NET_DVR_TIME lpStopTime); boolean NET_DVR_LockFileByName(int lUserID, String sLockFileName); boolean NET_DVR_UnlockFileByName(int lUserID, String sUnlockFileName); int NET_DVR_PlayBackByName(int lUserID, String sPlayBackFileName, HWND hWnd); int NET_DVR_PlayBackByTime(int lUserID, int lChannel, NET_DVR_TIME lpStartTime, NET_DVR_TIME lpStopTime, HWND hWnd); int NET_DVR_PlayBackByTime_V40(int lUserID, NET_DVR_VOD_PARA pVodPara); boolean NET_DVR_PlayBackControl(int lPlayHandle, int dwControlCode, int dwInValue, IntByReference LPOutValue); boolean NET_DVR_PlayBackControl_V40(int lPlayHandle, int dwControlCode, Pointer lpInBuffer, int dwInLen, Pointer lpOutBuffer, IntByReference lpOutLen); boolean NET_DVR_StopPlayBack(int lPlayHandle); boolean NET_DVR_SetPlayDataCallBack(int lPlayHandle, FPlayDataCallBack fPlayDataCallBack, int dwUser); boolean NET_DVR_SetPlayBackESCallBack(int lPlayHandle, FPlayESCallBack fPlayESCallBack, Pointer pUser); boolean NET_DVR_PlayBackSaveData(int lPlayHandle, String sFileName); boolean NET_DVR_StopPlayBackSave(int lPlayHandle); boolean NET_DVR_GetPlayBackOsdTime(int lPlayHandle, NET_DVR_TIME lpOsdTime); boolean NET_DVR_PlayBackCaptureFile(int lPlayHandle, String sFileName); int NET_DVR_GetFileByName(int lUserID, String sDVRFileName, byte[] sSavedFileName); int NET_DVR_GetFileByTime(int lUserID, int lChannel, NET_DVR_TIME lpStartTime, NET_DVR_TIME lpStopTime, String sSavedFileName); int NET_DVR_GetFileByTime_V40(int lUserID, String sSavedFileName, NET_DVR_PLAYCOND pDownloadCond); boolean NET_DVR_StopGetFile(int lFileHandle); int NET_DVR_GetDownloadPos(int lFileHandle); int NET_DVR_GetPlayBackPos(int lPlayHandle); //图片查找 int NET_DVR_FindPicture(int lUserID, NET_DVR_FIND_PICTURE_PARAM pFindParam); int NET_DVR_FindNextPicture_V50(int lFindHandle, NET_DVR_FIND_PICTURE_V50 lpFindData); int NET_DVR_FindNextPicture(int lFindHandle, NET_DVR_FIND_PICTURE lpFindData); boolean NET_DVR_CloseFindPicture(int lFindHandle); boolean NET_DVR_GetPicture_V50(int lUserID, NET_DVR_PIC_PARAM lpPicParam); boolean NET_DVR_SetDVRMessCallBack_NEW(FMessCallBack_NEW fMessCallBack_NEW); boolean NET_DVR_SetDVRMessageCallBack(FMessageCallBack fMessageCallBack, int dwUser); boolean NET_DVR_SetDVRMessageCallBack_V30(FMSGCallBack fMessageCallBack, Pointer pUser); boolean NET_DVR_SetDVRMessageCallBack_V31(FMSGCallBack_V31 fMessageCallBack, Pointer pUser); boolean NET_DVR_SetDVRMessageCallBack_V50(int iIndex, FMSGCallBack_V31 fMessageCallBack, Pointer pUser); boolean NET_DVR_SetConnectTime(int dwWaitTime, int dwTryTimes); boolean NET_DVR_SetReconnect(int dwInterval, boolean bEnableRecon); int NET_DVR_GetSDKVersion(); int NET_DVR_GetSDKBuildVersion(); int NET_DVR_IsSupport(); boolean NET_DVR_StartListen(String sLocalIP, short wLocalPort); boolean NET_DVR_StopListen(); int NET_DVR_StartListen_V30(String sLocalIP, short wLocalPort, FMSGCallBack_V31 DataCallBack, Pointer pUserData); boolean NET_DVR_StopListen_V30(int lListenHandle); int NET_DVR_Login(String sDVRIP, short wDVRPort, String sUserName, String sPassword, NET_DVR_DEVICEINFO lpDeviceInfo); int NET_DVR_Login_V30(String sDVRIP, short wDVRPort, String sUserName, String sPassword, NET_DVR_DEVICEINFO_V30 lpDeviceInfo); int NET_DVR_Login_V40(NET_DVR_USER_LOGIN_INFO pLoginInfo, NET_DVR_DEVICEINFO_V40 lpDeviceInfo); boolean NET_DVR_Logout(NativeLong lUserID); boolean NET_DVR_Logout_V30(int lUserID); int NET_DVR_GetLastError(); String NET_DVR_GetErrorMsg(IntByReference pErrorNo); boolean NET_DVR_SetShowMode(int dwShowType, int colorKey); boolean NET_DVR_GetDVRIPByResolveSvr(String sServerIP, short wServerPort, String sDVRName, short wDVRNameLen, String sDVRSerialNumber, short wDVRSerialLen, String sGetIP); boolean NET_DVR_GetDVRIPByResolveSvr_EX(String sServerIP, short wServerPort, String sDVRName, short wDVRNameLen, String sDVRSerialNumber, short wDVRSerialLen, String sGetIP, IntByReference dwPort); //预览相关接口 int NET_DVR_RealPlay(int lUserID, NET_DVR_CLIENTINFO lpClientInfo); int NET_DVR_RealPlay_V30(int lUserID, NET_DVR_CLIENTINFO lpClientInfo, FRealDataCallBack_V30 fRealDataCallBack_V30, Pointer pUser, boolean bBlocked); int NET_DVR_RealPlay_V40(int lUserID, NET_DVR_PREVIEWINFO lpPreviewInfo, FRealDataCallBack_V30 fRealDataCallBack_V30, Pointer pUser); boolean NET_DVR_StopRealPlay(int lRealHandle); boolean NET_DVR_RigisterDrawFun(int lRealHandle, FDrawFun fDrawFun, int dwUser); boolean NET_DVR_SetPlayerBufNumber(int lRealHandle, int dwBufNum); boolean NET_DVR_ThrowBFrame(int lRealHandle, int dwNum); boolean NET_DVR_SetAudioMode(int dwMode); boolean NET_DVR_OpenSound(int lRealHandle); boolean NET_DVR_CloseSound(); boolean NET_DVR_OpenSoundShare(int lRealHandle); boolean NET_DVR_CloseSoundShare(int lRealHandle); boolean NET_DVR_Volume(int lRealHandle, short wVolume); boolean NET_DVR_SaveRealData(int lRealHandle, String sFileName); boolean NET_DVR_StopSaveRealData(int lRealHandle); boolean NET_DVR_SetRealDataCallBack(int lRealHandle, FRowDataCallBack fRealDataCallBack, int dwUser); boolean NET_DVR_SetStandardDataCallBack(int lRealHandle, FStdDataCallBack fStdDataCallBack, int dwUser); boolean NET_DVR_CapturePicture(int lRealHandle, String sPicFileName);//bmp //动态生成I帧 boolean NET_DVR_MakeKeyFrame(int lUserID, int lChannel);//主码流 boolean NET_DVR_MakeKeyFrameSub(int lUserID, int lChannel);//子码流 //云台控制相关接口 boolean NET_DVR_PTZControl(int lRealHandle, int dwPTZCommand, int dwStop); boolean NET_DVR_PTZControl_Other(int lUserID, int lChannel, int dwPTZCommand, int dwStop); boolean NET_DVR_TransPTZ(int lRealHandle, String pPTZCodeBuf, int dwBufSize); boolean NET_DVR_TransPTZ_Other(int lUserID, int lChannel, String pPTZCodeBuf, int dwBufSize); boolean NET_DVR_PTZPreset(int lRealHandle, int dwPTZPresetCmd, int dwPresetIndex); boolean NET_DVR_PTZPreset_Other(int lUserID, int lChannel, int dwPTZPresetCmd, int dwPresetIndex); boolean NET_DVR_TransPTZ_EX(int lRealHandle, String pPTZCodeBuf, int dwBufSize); boolean NET_DVR_PTZControl_EX(int lRealHandle, int dwPTZCommand, int dwStop); boolean NET_DVR_PTZPreset_EX(int lRealHandle, int dwPTZPresetCmd, int dwPresetIndex); boolean NET_DVR_PTZCruise(int lRealHandle, int dwPTZCruiseCmd, byte byCruiseRoute, byte byCruisePoint, short wInput); boolean NET_DVR_PTZCruise_Other(int lUserID, int lChannel, int dwPTZCruiseCmd, byte byCruiseRoute, byte byCruisePoint, short wInput); boolean NET_DVR_PTZCruise_EX(int lRealHandle, int dwPTZCruiseCmd, byte byCruiseRoute, byte byCruisePoint, short wInput); boolean NET_DVR_PTZTrack(int lRealHandle, int dwPTZTrackCmd); boolean NET_DVR_PTZTrack_Other(int lUserID, int lChannel, int dwPTZTrackCmd); boolean NET_DVR_PTZTrack_EX(int lRealHandle, int dwPTZTrackCmd); boolean NET_DVR_PTZControlWithSpeed(int lRealHandle, int dwPTZCommand, int dwStop, int dwSpeed); boolean NET_DVR_PTZControlWithSpeed_Other(int lUserID, int lChannel, int dwPTZCommand, int dwStop, int dwSpeed); boolean NET_DVR_PTZControlWithSpeed_EX(int lRealHandle, int dwPTZCommand, int dwStop, int dwSpeed); boolean NET_DVR_GetPTZCruise(int lUserID, int lChannel, int lCruiseRoute, NET_DVR_CRUISE_RET lpCruiseRet); boolean NET_DVR_PTZMltTrack(int lRealHandle, int dwPTZTrackCmd, int dwTrackIndex); boolean NET_DVR_PTZMltTrack_Other(int lUserID, int lChannel, int dwPTZTrackCmd, int dwTrackIndex); boolean NET_DVR_PTZMltTrack_EX(int lRealHandle, int dwPTZTrackCmd, int dwTrackIndex); //文件查找与回放 int NET_DVR_FindFile(int lUserID, int lChannel, int dwFileType, NET_DVR_TIME lpStartTime, NET_DVR_TIME lpStopTime); int NET_DVR_FindNextFile(int lFindHandle, NET_DVR_FIND_DATA lpFindData); boolean NET_DVR_FindClose(int lFindHandle); int NET_DVR_FindNextFile_V30(int lFindHandle, NET_DVR_FINDDATA_V30 lpFindData); int NET_DVR_FindFile_V30(int lUserID, NET_DVR_FILECOND pFindCond); int NET_DVR_FindFile_V40(int lUserID, NET_DVR_FILECOND_V40 pFindCond); int NET_DVR_FindNextFile_V40(int lFindHandle, NET_DVR_FINDDATA_V40 lpFindData); int NET_DVR_FindFile_V50(int lUserID, NET_DVR_FILECOND_V50 pFindCond); int NET_DVR_FindNextFile_V50(int lFindHandle, NET_DVR_FINDDATA_V50 lpFindData); boolean NET_DVR_FindClose_V30(int lFindHandle); //按事件查找 int NET_DVR_FindFileByEvent(int lUserID, NET_DVR_SEARCH_EVENT_PARAM lpSearchEventParam); int NET_DVR_FindNextEvent(int lSearchHandle, NET_DVR_SEARCH_EVENT_RET lpSearchEventRet); int NET_DVR_FindFileByEvent_V50(int lUserID, NET_DVR_SEARCH_EVENT_PARAM_V50 lpSearchEventParam); int NET_DVR_FindNextEvent_V50(int lFindHandle, NET_DVR_SEARCH_EVENT_RET_V50 lpSearchEventRet); //升级 int NET_DVR_Upgrade(int lUserID, String sFileName); int NET_DVR_GetUpgradeState(int lUpgradeHandle); int NET_DVR_GetUpgradeProgress(int lUpgradeHandle); boolean NET_DVR_CloseUpgradeHandle(int lUpgradeHandle); boolean NET_DVR_SetNetworkEnvironment(int dwEnvironmentLevel); //远程格式化硬盘 int NET_DVR_FormatDisk(int lUserID, int lDiskNumber); boolean NET_DVR_GetFormatProgress(int lFormatHandle, IntByReference pCurrentFormatDisk, IntByReference pCurrentDiskPos, IntByReference pFormatStatic); boolean NET_DVR_CloseFormatHandle(int lFormatHandle); //报警 int NET_DVR_SetupAlarmChan(int lUserID); boolean NET_DVR_CloseAlarmChan(int lAlarmHandle); int NET_DVR_SetupAlarmChan_V30(int lUserID); int NET_DVR_SetupAlarmChan_V41(int lUserID, NET_DVR_SETUPALARM_PARAM lpSetupParam); int NET_DVR_SetupAlarmChan_V50(int iUserID, NET_DVR_SETUPALARM_PARAM_V50 lpSetupParam, Pointer pSub, int dwSubSize); boolean NET_DVR_CloseAlarmChan_V30(int lAlarmHandle); //语音对讲 int NET_DVR_StartVoiceCom(int lUserID, FVoiceDataCallBack fVoiceDataCallBack, int dwUser); int NET_DVR_StartVoiceCom_V30(int lUserID, int dwVoiceChan, boolean bNeedCBNoEncData, FVoiceDataCallBack_V30 fVoiceDataCallBack, Pointer pUser); boolean NET_DVR_SetVoiceComClientVolume(int lVoiceComHandle, short wVolume); boolean NET_DVR_StopVoiceCom(int lVoiceComHandle); //语音转发 int NET_DVR_StartVoiceCom_MR(int lUserID, FVoiceDataCallBack_MR fVoiceDataCallBack, int dwUser); int NET_DVR_StartVoiceCom_MR_V30(int lUserID, int dwVoiceChan, FVoiceDataCallBack_MR_V30 fVoiceDataCallBack, Pointer pUser); boolean NET_DVR_VoiceComSendData(int lVoiceComHandle, byte[] pSendBuf, int dwBufSize); //语音广播 boolean NET_DVR_ClientAudioStart(); boolean NET_DVR_ClientAudioStart_V30(FVoiceDataCallBack2 fVoiceDataCallBack2, Pointer pUser); boolean NET_DVR_ClientAudioStop(); boolean NET_DVR_AddDVR(int lUserID); int NET_DVR_AddDVR_V30(int lUserID, int dwVoiceChan); boolean NET_DVR_DelDVR(int lUserID); boolean NET_DVR_DelDVR_V30(int lVoiceHandle); //////////////////////////////////////////////////////////// //透明通道设置 int NET_DVR_SerialStart(int lUserID, int lSerialPort, FSerialDataCallBack fSerialDataCallBack, int dwUser); public static interface FSerialDataCallBack_V40 extends Callback { public void invoke(int lSerialHandle, int lCHannel, byte[] pRecvDataBuffer, int dwBufSize, Pointer pUser); } int NET_DVR_SerialStart_V40(int lUserID, Pointer lpInBuffer, int dwInBufferSize, FSerialDataCallBack_V40 fSerialDataCallBack_V40, Pointer pUser); //485作为透明通道时,需要指明通道号,因为不同通道号485的设置可以不同(比如波特率) boolean NET_DVR_SerialSend(int lSerialHandle, int lChannel, byte[] pSendBuf, int dwBufSize); boolean NET_DVR_SerialStop(int lSerialHandle); boolean NET_DVR_SendTo232Port(int lUserID, String pSendBuf, int dwBufSize); boolean NET_DVR_SendToSerialPort(int lUserID, int dwSerialPort, int dwSerialIndex, String pSendBuf, int dwBufSize); //Win64、Linux32、Linux64 Pointer NET_DVR_InitG722Encoder(NET_DVR_AUDIOENC_INFO enc_info); boolean NET_DVR_EncodeG722Frame(Pointer handle, NET_DVR_AUDIOENC_PROCESS_PARAM param); void NET_DVR_ReleaseG722Encoder(Pointer pEncodeHandle); Pointer NET_DVR_InitG722Decoder(); boolean NET_DVR_DecodeG722Frame(Pointer handle, NET_DVR_AUDIODEC_PROCESS_PARAM param); void NET_DVR_ReleaseG722Decoder(Pointer pDecHandle); //G711: Win64、Linux32、Linux64 Pointer NET_DVR_InitG711Encoder(Pointer enc_info); //NET_DVR_AUDIOENC_INFO boolean NET_DVR_EncodeG711Frame(Pointer handle, NET_DVR_AUDIOENC_PROCESS_PARAM p_enc_proc_param); boolean NET_DVR_ReleaseG711Encoder(Pointer pEncodeHandle); Pointer NET_DVR_InitG711Decoder(); boolean NET_DVR_DecodeG711Frame(Pointer handle, NET_DVR_AUDIODEC_PROCESS_PARAM p_dec_proc_param); boolean NET_DVR_ReleaseG711Decoder(Pointer pDecHandle); //远程控制本地显示 boolean NET_DVR_ClickKey(int lUserID, int lKeyIndex); //远程控制设备端手动录像 boolean NET_DVR_StartDVRRecord(int lUserID, int lChannel, int lRecordType); boolean NET_DVR_StopDVRRecord(int lUserID, int lChannel); //解码卡 boolean NET_DVR_InitDevice_Card(IntByReference pDeviceTotalChan); boolean NET_DVR_ReleaseDevice_Card(); boolean NET_DVR_InitDDraw_Card(int hParent, int colorKey); boolean NET_DVR_ReleaseDDraw_Card(); int NET_DVR_RealPlay_Card(int lUserID, NET_DVR_CARDINFO lpCardInfo, int lChannelNum); boolean NET_DVR_ResetPara_Card(int lRealHandle, NET_DVR_DISPLAY_PARA lpDisplayPara); boolean NET_DVR_RefreshSurface_Card(); boolean NET_DVR_ClearSurface_Card(); boolean NET_DVR_RestoreSurface_Card(); boolean NET_DVR_OpenSound_Card(int lRealHandle); boolean NET_DVR_CloseSound_Card(int lRealHandle); boolean NET_DVR_SetVolume_Card(int lRealHandle, short wVolume); boolean NET_DVR_AudioPreview_Card(int lRealHandle, boolean bEnable); int NET_DVR_GetCardLastError_Card(); Pointer NET_DVR_GetChanHandle_Card(int lRealHandle); boolean NET_DVR_CapturePicture_Card(int lRealHandle, String sPicFileName); //获取解码卡序列号此接口无效,改用GetBoardDetail接口获得(2005-12-08支持) boolean NET_DVR_GetSerialNum_Card(int lChannelNum, IntByReference pDeviceSerialNo); //日志 int NET_DVR_FindDVRLog(int lUserID, int lSelectMode, int dwMajorType, int dwMinorType, NET_DVR_TIME lpStartTime, NET_DVR_TIME lpStopTime); int NET_DVR_FindNextLog(int lLogHandle, NET_DVR_LOG lpLogData); boolean NET_DVR_FindLogClose(int lLogHandle); int NET_DVR_FindDVRLog_V30(int lUserID, int lSelectMode, int dwMajorType, int dwMinorType, NET_DVR_TIME lpStartTime, NET_DVR_TIME lpStopTime, boolean bOnlySmart); int NET_DVR_FindNextLog_V30(int lLogHandle, NET_DVR_LOG_V30 lpLogData); boolean NET_DVR_FindLogClose_V30(int lLogHandle); //截止2004年8月5日,共113个接口 //ATM DVR int NET_DVR_FindFileByCard(int lUserID, int lChannel, int dwFileType, int nFindType, String sCardNumber, NET_DVR_TIME lpStartTime, NET_DVR_TIME lpStopTime); //截止2004年10月5日,共116个接口 //2023-04-28 lirm boolean NET_DVR_CaptureJPEGPicture(NativeLong nlUserID, NativeLong nChannel, NET_DVR_JPEGPARA lpJpegPara, String path); //JPEG抓图到内存 boolean NET_DVR_CaptureJPEGPicture_NEW(int lUserID, int lChannel, NET_DVR_JPEGPARA lpJpegPara, Pointer sJpegPicBuffer, int dwPicSize, IntByReference lpSizeReturned); //带全屏测温数据的设备抓图 boolean NET_DVR_CaptureJPEGPicture_WithAppendData(int lUserID, int iChannelNum, NET_DVR_JPEGPICTURE_WITH_APPENDDATA m_strJpegWithAppendData); //2006-02-16 int NET_DVR_GetRealPlayerIndex(int lRealHandle); int NET_DVR_GetPlayBackPlayerIndex(int lPlayHandle); //2006-08-28 704-640 缩放配置 boolean NET_DVR_SetScaleCFG(int lUserID, int dwScale); boolean NET_DVR_GetScaleCFG(int lUserID, IntByReference lpOutScale); boolean NET_DVR_SetScaleCFG_V30(int lUserID, NET_DVR_SCALECFG pScalecfg); boolean NET_DVR_GetScaleCFG_V30(int lUserID, NET_DVR_SCALECFG pScalecfg); //2006-08-28 ATM机端口设置 boolean NET_DVR_SetATMPortCFG(int lUserID, short wATMPort); boolean NET_DVR_GetATMPortCFG(int lUserID, ShortByReference LPOutATMPort); //2006-11-10 支持显卡辅助输出 boolean NET_DVR_InitDDrawDevice(); boolean NET_DVR_ReleaseDDrawDevice(); int NET_DVR_GetDDrawDeviceTotalNums(); boolean NET_DVR_SetDDrawDevice(int lPlayPort, int nDeviceNum); boolean NET_DVR_PTZSelZoomIn(int lRealHandle, NET_DVR_POINT_FRAME pStruPointFrame); boolean NET_DVR_PTZSelZoomIn_EX(int lUserID, int lChannel, NET_DVR_POINT_FRAME pStruPointFrame); boolean NET_DVR_FocusOnePush(int lUserID, int lChannel); //解码设备DS-6001D/DS-6001F boolean NET_DVR_StartDecode(int lUserID, int lChannel, NET_DVR_DECODERINFO lpDecoderinfo); boolean NET_DVR_StopDecode(int lUserID, int lChannel); boolean NET_DVR_GetDecoderState(int lUserID, int lChannel, NET_DVR_DECODERSTATE lpDecoderState); //2005-08-01 boolean NET_DVR_SetDecInfo(int lUserID, int lChannel, NET_DVR_DECCFG lpDecoderinfo); boolean NET_DVR_GetDecInfo(int lUserID, int lChannel, NET_DVR_DECCFG lpDecoderinfo); boolean NET_DVR_SetDecTransPort(int lUserID, NET_DVR_PORTCFG lpTransPort); boolean NET_DVR_GetDecTransPort(int lUserID, NET_DVR_PORTCFG lpTransPort); boolean NET_DVR_DecPlayBackCtrl(int lUserID, int lChannel, int dwControlCode, int dwInValue, IntByReference LPOutValue, NET_DVR_PLAYREMOTEFILE lpRemoteFileInfo); boolean NET_DVR_StartDecSpecialCon(int lUserID, int lChannel, NET_DVR_DECCHANINFO lpDecChanInfo); boolean NET_DVR_StopDecSpecialCon(int lUserID, int lChannel, NET_DVR_DECCHANINFO lpDecChanInfo); boolean NET_DVR_DecCtrlDec(int lUserID, int lChannel, int dwControlCode); boolean NET_DVR_DecCtrlScreen(int lUserID, int lChannel, int dwControl); boolean NET_DVR_GetDecCurLinkStatus(int lUserID, int lChannel, NET_DVR_DECSTATUS lpDecStatus); //多路解码器 //2007-11-30 V211支持以下接口 //11 boolean NET_DVR_MatrixStartDynamic(int lUserID, int dwDecChanNum, NET_DVR_MATRIX_DYNAMIC_DEC lpDynamicInfo); boolean NET_DVR_MatrixStopDynamic(int lUserID, int dwDecChanNum); boolean NET_DVR_MatrixGetDecChanInfo(int lUserID, int dwDecChanNum, NET_DVR_MATRIX_DEC_CHAN_INFO lpInter); boolean NET_DVR_MatrixSetLoopDecChanInfo(int lUserID, int dwDecChanNum, NET_DVR_MATRIX_LOOP_DECINFO lpInter); boolean NET_DVR_MatrixGetLoopDecChanInfo(int lUserID, int dwDecChanNum, NET_DVR_MATRIX_LOOP_DECINFO lpInter); boolean NET_DVR_MatrixSetLoopDecChanEnable(int lUserID, int dwDecChanNum, int dwEnable); boolean NET_DVR_MatrixGetLoopDecChanEnable(int lUserID, int dwDecChanNum, IntByReference lpdwEnable); boolean NET_DVR_MatrixGetLoopDecEnable(int lUserID, IntByReference lpdwEnable); boolean NET_DVR_MatrixSetDecChanEnable(int lUserID, int dwDecChanNum, int dwEnable); boolean NET_DVR_MatrixGetDecChanEnable(int lUserID, int dwDecChanNum, IntByReference lpdwEnable); boolean NET_DVR_MatrixGetDecChanStatus(int lUserID, int dwDecChanNum, NET_DVR_MATRIX_DEC_CHAN_STATUS lpInter); boolean NET_DVR_MatrixStartDynamic_V41(int lUserID, int dwDecChanNum, Pointer lpDynamicInfo); boolean NET_DVR_MatrixGetLoopDecChanInfo_V41(int lUserID, int dwDecChanNum, NET_DVR_MATRIX_LOOP_DECINFO_V41 lpOuter); boolean NET_DVR_MatrixSetLoopDecChanInfo_V41(int lUserID, int dwDecChanNum, NET_DVR_MATRIX_LOOP_DECINFO_V41 lpInter); int NET_DVR_MatrixStartPassiveDecode(int lUserID, int dwDecChanNum, Pointer lpPassiveMode); boolean NET_DVR_MatrixSendData(int lPassiveHandle, Pointer pSendBuf, int dwBufSize); boolean NET_DVR_MatrixStopPassiveDecode(int lPassiveHandle); //2007-12-22 增加支持接口 //18 boolean NET_DVR_MatrixSetTranInfo(int lUserID, NET_DVR_MATRIX_TRAN_CHAN_CONFIG lpTranInfo); boolean NET_DVR_MatrixGetTranInfo(int lUserID, NET_DVR_MATRIX_TRAN_CHAN_CONFIG lpTranInfo); boolean NET_DVR_MatrixSetRemotePlay(int lUserID, int dwDecChanNum, NET_DVR_MATRIX_DEC_REMOTE_PLAY lpInter); boolean NET_DVR_MatrixSetRemotePlayControl(int lUserID, int dwDecChanNum, int dwControlCode, int dwInValue, IntByReference LPOutValue); boolean NET_DVR_MatrixGetRemotePlayStatus(int lUserID, int dwDecChanNum, NET_DVR_MATRIX_DEC_REMOTE_PLAY_STATUS lpOuter); //end boolean NET_DVR_RefreshPlay(int lPlayHandle); //恢复默认值 boolean NET_DVR_RestoreConfig(int lUserID); //保存参数 boolean NET_DVR_SaveConfig(int lUserID); //重启 boolean NET_DVR_RebootDVR(int lUserID); //关闭DVR boolean NET_DVR_ShutDownDVR(int lUserID); //参数配置 begin boolean NET_DVR_GetDeviceConfig(int lUserID, int dwCommand, int dwCount, Pointer lpInBuffer, int dwInBufferSize, Pointer lpStatusList, Pointer lpOutBuffer, int dwOutBufferSize); boolean NET_DVR_SetDeviceConfig(int lUserID, int dwCommand, int dwCount, Pointer lpInBuffer, int dwInBufferSize, Pointer lpStatusList, Pointer lpInParamBuffer, int dwInParamBufferSize); boolean NET_DVR_SetDeviceConfigEx(int lUserID, int dwCommand, int dwCount, Pointer lpInParam, Pointer lpOutParam); boolean NET_DVR_GetDVRConfig(int lUserID, int dwCommand, int lChannel, Pointer lpOutBuffer, int dwOutBufferSize, IntByReference lpBytesReturned); boolean NET_DVR_SetDVRConfig(int lUserID, int dwCommand, int lChannel, Pointer lpInBuffer, int dwInBufferSize); boolean NET_DVR_GetSTDConfig(int lUserID, int dwCommand, NET_DVR_STD_CONFIG lpConfigParam); boolean NET_DVR_SetSTDConfig(int lUserID, int dwCommand, NET_DVR_STD_CONFIG lpConfigParam); boolean NET_DVR_GetDVRWorkState_V30(int lUserID, NET_DVR_WORKSTATE_V30 lpWorkState); boolean NET_DVR_GetDVRWorkState(int lUserID, NET_DVR_WORKSTATE lpWorkState); boolean NET_DVR_SetVideoEffect(int lUserID, int lChannel, int dwBrightValue, int dwContrastValue, int dwSaturationValue, int dwHueValue); boolean NET_DVR_GetVideoEffect(int lUserID, int lChannel, IntByReference pBrightValue, IntByReference pContrastValue, IntByReference pSaturationValue, IntByReference pHueValue); boolean NET_DVR_ClientGetframeformat(int lUserID, NET_DVR_FRAMEFORMAT lpFrameFormat); boolean NET_DVR_ClientSetframeformat(int lUserID, NET_DVR_FRAMEFORMAT lpFrameFormat); boolean NET_DVR_ClientGetframeformat_V30(int lUserID, NET_DVR_FRAMEFORMAT_V30 lpFrameFormat); boolean NET_DVR_ClientSetframeformat_V30(int lUserID, NET_DVR_FRAMEFORMAT_V30 lpFrameFormat); boolean NET_DVR_GetAlarmOut_V30(int lUserID, NET_DVR_ALARMOUTSTATUS_V30 lpAlarmOutState); boolean NET_DVR_GetAlarmOut(int lUserID, NET_DVR_ALARMOUTSTATUS lpAlarmOutState); boolean NET_DVR_SetAlarmOut(int lUserID, int lAlarmOutPort, int lAlarmOutStatic); //视频参数调节 boolean NET_DVR_ClientSetVideoEffect(int lRealHandle, int dwBrightValue, int dwContrastValue, int dwSaturationValue, int dwHueValue); boolean NET_DVR_ClientGetVideoEffect(int lRealHandle, IntByReference pBrightValue, IntByReference pContrastValue, IntByReference pSaturationValue, IntByReference pHueValue); //配置文件 boolean NET_DVR_GetConfigFile(int lUserID, String sFileName); boolean NET_DVR_SetConfigFile(int lUserID, String sFileName); boolean NET_DVR_GetConfigFile_V30(int lUserID, String sOutBuffer, int dwOutSize, IntByReference pReturnSize); boolean NET_DVR_GetConfigFile_EX(int lUserID, String sOutBuffer, int dwOutSize); boolean NET_DVR_SetConfigFile_EX(int lUserID, String sInBuffer, int dwInSize); //启用日志文件写入接口 boolean NET_DVR_SetLogToFile(int bLogEnable, String strLogDir, boolean bAutoDel); boolean NET_DVR_GetSDKState(NET_DVR_SDKSTATE pSDKState); boolean NET_DVR_GetSDKAbility(NET_DVR_SDKABL pSDKAbl); boolean NET_DVR_GetPTZProtocol(int lUserID, NET_DVR_PTZCFG pPtzcfg); //前面板锁定 boolean NET_DVR_LockPanel(int lUserID); boolean NET_DVR_UnLockPanel(int lUserID); boolean NET_DVR_SetRtspConfig(int lUserID, int dwCommand, NET_DVR_RTSPCFG lpInBuffer, int dwInBufferSize); boolean NET_DVR_GetRtspConfig(int lUserID, int dwCommand, NET_DVR_RTSPCFG lpOutBuffer, int dwOutBufferSize); boolean NET_DVR_ContinuousShoot(int lUserID, NET_DVR_SNAPCFG lpInter); boolean NET_DVR_ManualSnap(int lUserID, NET_DVR_MANUALSNAP lpInter, NET_DVR_PLATE_RESULT lpOuter); public static interface FRemoteConfigCallBack extends Callback { public void invoke(int dwType, Pointer lpBuffer, int dwBufLen, Pointer pUserData); } int NET_DVR_StartRemoteConfig(int lUserID, int dwCommand, Pointer lpInBuffer, int dwInBufferLen, FRemoteConfigCallBack cbStateCallBack, Pointer pUserData); boolean NET_DVR_SendRemoteConfig(int lHandle, int dwDataType, Pointer pSendBuf, int dwBufSize); int NET_DVR_GetNextRemoteConfig(int lHandle, Pointer lpOutBuff, int dwOutBuffSize); int NET_DVR_SendWithRecvRemoteConfig(int lHandle, Pointer lpInBuff, int dwInBuffSize, Pointer lpOutBuff, int dwOutBuffSize, IntByReference dwOutDataLen); boolean NET_DVR_StopRemoteConfig(int lHandle); boolean NET_DVR_RemoteControl(int lUserID, int dwCommand, Pointer lpInBuffer, int dwInBufferSize); boolean NET_DVR_STDXMLConfig(int lUserID, NET_DVR_XML_CONFIG_INPUT lpInputParam, NET_DVR_XML_CONFIG_OUTPUT lpOutputParam); boolean NET_DVR_GetSTDAbility(int lUserID, int dwAbilityType, NET_DVR_STD_ABILITY lpAbilityParam); boolean NET_DVR_GetDeviceAbility(int lUserID, int dwAbilityType, Pointer pInBuf, int dwInLength, Pointer pOutBuf, int dwOutLength); boolean NET_DVR_ControlGateway(int lUserID, int lGatewayIndex, int dwStaic); boolean NET_DVR_InquestStartCDW_V30(int lUserID, NET_DVR_INQUEST_ROOM lpInquestRoom, boolean bNotBurn); boolean NET_DVR_InquestStopCDW_V30(int lUserID, NET_DVR_INQUEST_ROOM lpInquestRoom, boolean bCancelWrite); boolean NET_DVR_GetArrayList(int lUserID, NET_DVR_ARRAY_LIST lpArrayList); int NET_DVR_InquestResumeEvent(int lUserID, NET_DVR_INQUEST_RESUME_EVENT lpResumeEvent); boolean NET_DVR_InquestGetResumeProgress(int lHandle, IntByReference pState); boolean NET_DVR_InquestStopResume(int lHandle); boolean NET_DVR_GetLocalIP(byte[] strIP, IntByReference pValidNum, boolean pEnableBind); boolean NET_DVR_SetValidIP(int dwIPIndex, boolean bEnableBind); boolean NET_DVR_AlarmHostAssistantControl(int lUserID, int dwType, int dwNumber, int dwCmdParam); boolean NET_DVR_GetPlanList(int lUserID, int dwDevNum, NET_DVR_PLAN_LIST lpPlanList); int NET_DVR_UploadFile_V40(int lUserID, int dwUploadType, Pointer lpInBuffer, int dwInBufferSize, String sFileName, Pointer lpOutBuffer, int dwOutBufferSize); int NET_DVR_UploadSend(int lUploadHandle, NET_DVR_SEND_PARAM_IN pstruSendParamIN, Pointer lpOutBuffer); int NET_DVR_GetUploadState(int lUploadHandle, Pointer pProgress); boolean NET_DVR_GetUploadResult(int lUploadHandle, Pointer lpOutBuffer, int dwOutBufferSize); boolean NET_DVR_UploadClose(int lUploadHandle); int NET_DVR_StartNetworkFlowTest(int lUserID, NET_DVR_FLOW_TEST_PARAM pFlowTest, FLOWTESTCALLBACK fFlowTestCallback, Pointer pUser); boolean NET_DVR_StopNetworkFlowTest(int lHandle); boolean NET_DVR_InquiryRecordTimeSpan(int lUserID, int dwChannel, NET_DVR_RECORD_TIME_SPAN_INQUIRY lpInquiry, NET_DVR_RECORD_TIME_SPAN lpResult); boolean NET_DVR_StartGetDevState(NET_DVR_CHECK_DEV_STATE pParams); //gps相关结构定义 public static class TimeSegParam extends HIKSDKStructure { //GPS数据查找起始时间 public NET_DVR_TIME struBeginTime; //GPS数据查找结束时间 public NET_DVR_TIME struEndTime; //GPS点时间间隔,单位:秒 public int dwInterval; //保留 public byte[] byRes = new byte[76]; } //按时间点查询 public static class TimePointParam extends HIKSDKStructure { //GPS数据查找时间点 public NET_DVR_TIME struTimePoint; //保留 public byte[] byRes = new byte[104]; } public static class GpsDataParamUion extends Union { //按时间段查询 public TimeSegParam timeSeg = new TimeSegParam(); //按时间点查询 public TimePointParam timePoint = new TimePointParam(); } //gps查询参数定义 public static class NET_DVR_GET_GPS_DATA_PARAM extends HIKSDKStructure { //查找方式:0- 按时间段查找GPS数据,1- 按时间点查找GPS数据 public int dwCmdType; public GpsDataParamUion gpsDataParam; public void read() { super.read(); switch (dwCmdType) { case 0: gpsDataParam.setType(TimeSegParam.class); break; case 1: gpsDataParam.setType(TimePointParam.class); break; default: break; } gpsDataParam.read(); } public void write() { super.write(); gpsDataParam.write(); } } //gps数据结构定义 public static class NET_DVR_GPS_INFO extends HIKSDKStructure { public byte[] byDirection = new byte[2]; public byte bySvs; public byte byLocateMode; public short wHDOP; public short wHeight; public int dwLatitude; public int dwLongitude; public int dwVehicleSpeed; public int dwVehicleDirection; public byte[] byRes = new byte[8]; } //gps返回数据结构定义 public static class NET_DVR_GPS_DATA extends HIKSDKStructure { public NET_DVR_GPS_INFO struGPSInfo; public NET_DVR_TIME struTime; public byte[] byRes = new byte[12]; } public static interface fGPSDataCallback extends Callback { public void invoke(int nHandle, int dwState, Pointer lpBuffer, int dwBufLen, Pointer pUser); } int NET_DVR_GetVehicleGpsInfo(int lUserID, NET_DVR_GET_GPS_DATA_PARAM lpGPSDataParam, fGPSDataCallback cbGPSDataCallBack, Pointer pUser); /** * 热成像相关 */ //设备抓图附加全屏测温数据结构体 public static class NET_DVR_JPEGPICTURE_WITH_APPENDDATA extends HIKSDKStructure { public int dwSize; public int dwChannel;//通道号 public int dwJpegPicLen;//Jpeg图片长度 public Pointer pJpegPicBuff;//Jpeg图片指针 public int dwJpegPicWidth; // 图像宽度 public int dwJpegPicHeight; //图像高度 public int dwP2PDataLen;//全屏测温数据长度 public Pointer pP2PDataBuff; //全屏测温数据指针 public byte byIsFreezedata;//是否数据冻结 0-否 1-是 public byte[] byRes = new byte[255]; } public static class DATE_TIME extends HIKSDKStructure { public short year; /*APP->DSP 年*/ public short month; /*APP->DSP 月*/ public short dayOfWeek; /*APP->DSP 0:星期日-6:星期六*/ public short day; /*APP->DSP 日*/ public short hour; /*APP->DSP 小时*/ public short minute; /*APP->DSP 分钟*/ public short second; /*APP->DSP 秒*/ public short milliSecond; /*APP->DSP 毫秒*/ } //全屏测温数据解析 public static class STREAM_RT_DATA_INFO_S extends HIKSDKStructure { public int u32RTDataType; // 1-14bit裸数据; 2-全屏测温结果数据; 3-YUV数据 public int u32FrmNum; public int u32StdStamp; //DSP相对时间戳 public DATE_TIME stTime; //绝对时间戳 public int u32Width; public int u32Height; public int u32Len; public int u32Fps; public int u32Chan; } public static class STREAM_FS_SUPPLE_INFO_TEMP extends HIKSDKStructure { public int u32TmDataMode; /* 0为4字节,1为2字节 */ public int u32TmScale; /* 测温缩放比例 */ public int u32TmOffset; /* 测温偏移量,当前固定为0 */ public int byIsFreezedata; /*是否是冻结数据,1:冻结,0:非冻结*/ } public static class STREAM_FARME_INFO_TEMP extends HIKSDKStructure { public int u32MagicNo; //0x70827773 "FRMI"的ascii码 public int u32HeaderSize; //结构体长度 public int u32StreamType; //数据类型: h264/h265, JPEG, Audio, MetaData, RTData: 参见 STREAM_TYPE_E public int u32StreamLen; //数据长度 public STREAM_RT_DATA_INFO_S stRTDataInfo; public STREAM_FS_SUPPLE_INFO_TEMP stFsSuppleInfo; public int[] res = new int[12]; public int u32CrcVal; //结构体校验码 对结构体前面数据进行校验 } //测温规则温度信息 public static class NET_DVR_THERMOMETRYRULE_TEMPERATURE_INFO extends HIKSDKStructure { public float fMaxTemperature; public float fMinTemperature; public float fAverageTemperature; public NET_VCA_POINT struHighestPoint; public NET_VCA_POINT struLowestPoint; public byte byIsFreezedata; public byte[] byRes = new byte[15]; } public static class REMOTECONFIGSTATUS_THERMOMETRY extends HIKSDKStructure { public byte[] byStatus = new byte[4]; public byte[] byErrorCode = new byte[4]; } public static class NET_DVR_FIREDETECTION_ALARM extends HIKSDKStructure { public int dwSize; //结构体大小 public int dwRelativeTime; //相对时标 public int dwAbsTime; //绝对时标 public NET_VCA_DEV_INFO struDevInfo; //前端设备信息 public short wPanPos; public short wTiltPos; public short wZoomPos; public byte byPicTransType; //图片数据传输方式: 0-二进制;1-url public byte byRes1; public int dwPicDataLen; //报警抓拍图片长度 public Pointer pBuffer; //数据指针 public NET_VCA_RECT struRect; //火点框 public NET_VCA_POINT struPoint; //火点框内最高温度点坐标 public short wFireMaxTemperature; //火点最高温度[300℃~4000℃] public short wTargetDistance; //目标距离[100m ~ 10000m] public byte byStrategyType; //策略类型;0~任意报警,1~协同报警,2~多系统报警,3~指定火点报警,4~指定烟雾报警 public byte byAlarmSubType; //报警子类型。0~火点检测报警,1~烟雾检测报警,2~烟火报警 /*是否启用PTZ坐标扩展, 0~不启用,PTZ坐标值以wPanPos、wTiltPos、wZoomPos为准。 1~启用,PTZ坐标值以struPtzPosEx为准。但是新老PTZ都需返回。struPtzPosEx的值需转化为wPanPos、wTiltPos、wZoomPos值。 */ public byte byPTZPosExEnable; public byte byRes2; public NET_PTZ_INFO struPtzPosEx; // ptz坐标扩展(支持高精度PTZ值,精确到小数点后三位) public int dwVisiblePicLen; // 可见光图片长度 public Pointer pVisiblePicBuf; // 可见光图片数据指针 // pSmokeBuf参数当byAlarmSubType报警子类型为1(烟雾检测报警)、2(烟火报警)时生效。 public Pointer pSmokeBuf; //烟雾检测报警数据指针,指向一个NET_DVR_SMOKEDETECTION_ALARM结构体 public short wDevInfoIvmsChannelEx; //与NET_VCA_DEV_INFO里的byIvmsChannel含义相同,能表示更大的值。老客户端用byIvmsChannel能继续兼容,但是最大到255。新客户端版本请使用wDevInfoIvmsChannelEx。 public byte byRes3; public byte byFireScanWaitMode; //火点扫描等待模式 0-自动 1-手动 public int dwVisibleChannel; //可见光通道通道号 public byte byTimeDiffFlag; //时差字段是否有效 0-时差无效, 1-时差有效 public char cTimeDifferenceH; //与UTC的时差(小时),-12 ... +14, +表示东区,,byTimeDiffFlag为1时有效 public char cTimeDifferenceM; //与UTC的时差(分钟),-30, 30, 45, +表示东区,byTimeDiffFlag为1时有效 public byte[] byRes = new byte[49]; } //模块服务配置结构体 public static class NET_DVR_DEVSERVER_CFG extends HIKSDKStructure { public int dwSize; //结构体大小 public byte byIrLampServer; //红外灯设置:0- 禁用,1- 启用 public byte bytelnetServer; //telnet设置:0- 禁用,1- 启用 public byte byABFServer; //ABF设置:0- 启用,1- 禁用,请注意此处参数取值0、1和其他参数取值含义不同 public byte byEnableLEDStatus; //状态指示灯控制:0- 禁用,1- 启用 public byte byEnableAutoDefog; //自动除雾控制:0- 启用,1- 禁用,请注意此处参数取值0、1和其他参数取值含义不同 public byte byEnableSupplementLight; //补光灯控制:0- 启用,1- 禁用,请注意此处参数取值0、1和其他参数取值含义不同 public byte byEnableDeicing; //除冰功能:0- 关闭,1- 开启 public byte byEnableVisibleMovementPower; //可见光机芯电源开关(低功耗模式下有效):0- 关闭,1- 开启 public byte byEnableThermalMovementPower; //热成像机芯电源开关(低功耗模式下有效):0- 关闭,1- 开启 public byte byEnablePtzPower; //云台电源开关(低功耗模式下有效):0- 关闭,1- 开启 public byte byPowerSavingControl; //低功耗策略:0- 保留,1- 休眠模式,2-低功耗模式(低功耗模式下,可见光机芯电源、热成像机芯电源、云台电源控制生效) public byte byCaptureWithSupplimentLightEnabled; //启用抓拍补光使能 0-关闭,1-开启 public byte[] byRes = new byte[244]; //保留,置为0 } public static final int MAX_UPLOADFILE_URL_LEN = 240; public static final int IMPORT_DATA_TO_FACELIB = 39; //导入人脸数据(人脸图片+图片附件信息 到设备人脸库) public static class NET_DVR_UPLOAD_FILE_RET extends HIKSDKStructure { public byte[] sUrl = new byte[MAX_UPLOADFILE_URL_LEN]; //url public byte[] byRes = new byte[260]; } public static class NET_DVR_FLOW_TEST_PARAM extends HIKSDKStructure { public int dwSize; //结构大小 public int lCardIndex; //网卡索引 public int dwInterval; //设备上传流量时间间隔, 单位:100ms public byte[] byRes = new byte[8]; //保留字节 } public static class NET_DVR_RECORD_TIME_SPAN_INQUIRY extends HIKSDKStructure { public int dwSize; //结构体大小 public byte byType; //0 正常音视频录像, 1图片通道录像, 2ANR通道录像, 3抽帧通道录像 public byte[] byRes = new byte[63]; } public static class NET_DVR_RECORD_TIME_SPAN extends HIKSDKStructure { public int dwSize; //结构体大小 public NET_DVR_TIME strBeginTime; //开始时间 public NET_DVR_TIME strEndTime; //结束时间 public byte byType; //0 正常音视频录像, 1图片通道录像, 2ANR通道录像, 3抽帧通道录像 public byte[] byRes = new byte[35]; //保留 } /* * 月历录像分布查询条件结构体 */ public static class NET_DVR_MRD_SEARCH_PARAM extends HIKSDKStructure { public int dwSize; // 结构体大小 public NET_DVR_STREAM_INFO struStreamInfo = new NET_DVR_STREAM_INFO(); // 监控点 public short wYear; // 年 public byte byMonth; // 月 public byte byDrawFrame; // 0-不抽帧 1-抽帧 public byte byStreamType; //0-主码流 1-子码流 public byte byLocalOrUTC; //0-设备本地时区 1-UTC public byte[] byRes = new byte[30]; } /* * 月历录像分布查询结果结构体 */ public static class NET_DVR_MRD_SEARCH_RESULT extends HIKSDKStructure { public int dwSize; // 结构体大小 public byte[] byRecordDistribution = new byte[32]; // 录像分布,byRecordDistribution[0]=1表示1日存在录像,byRecordDistribution[0]=0表示没有录像,byRecordDistribution[1]表示2日,以此类推 public byte[] byHasEventRecode = new byte[31]; //事件录像 0-无事件录像,1-有事件录像 public byte byRes; //保留 } public static final int NET_DVR_GET_GISINFO = 3711; //GIS信息 public static class NET_DVR_GIS_INFO extends HIKSDKStructure { public int dwSize; public float fAzimuth; public float fHorizontalValue; public float fVerticalValue; public float fVisibleRadius; public float fMaxViewRadius; public byte byLatitudeType; public byte byLongitudeType; public byte byPTZPosExEnable; public byte byRes1; public NET_DVR_LLI_PARAM struLatitude = new NET_DVR_LLI_PARAM(); public NET_DVR_LLI_PARAM struLongitude = new NET_DVR_LLI_PARAM(); public NET_DVR_PTZPOS_PARAM struPtzPos = new NET_DVR_PTZPOS_PARAM(); public NET_DVR_SENSOR_PARAM struSensorParam = new NET_DVR_SENSOR_PARAM(); public NET_PTZ_INFO struPtzPosEx = new NET_PTZ_INFO(); public float fMinHorizontalValue; public float fMaxHorizontalValue; public float fMinVerticalValue; public float fMaxVerticalValue; public byte[] byRes = new byte[220]; } //GBT28181协议的设备编码通道配置 public static class NET_DVR_GBT28181_CHANINFO_CFG extends HIKSDKStructure { public int dwSize; public byte[] szVideoChannelNumID = new byte[64];//设备视频通道编码ID:64字节字符串,仅限数字 public byte[] byRes = new byte[256]; } // 巡航路径配置条件结构体 public static class NET_DVR_CRUISEPOINT_COND extends HIKSDKStructure { public int dwSize; public int dwChan; public short wRouteNo; public byte[] byRes = new byte[30]; } // 巡航路径配置结构体 public static class NET_DVR_CRUISEPOINT_V40 extends HIKSDKStructure { public int dwSize; public NET_DVR_CRUISEPOINT_PARAM[] struCruisePoint = (NET_DVR_CRUISEPOINT_PARAM[]) new NET_DVR_CRUISEPOINT_PARAM().toArray(128); public byte[] byRes = new byte[64]; } // 巡航路径配置结构体 public static class NET_DVR_CRUISEPOINT_V50 extends HIKSDKStructure { public int dwSize; public NET_DVR_CRUISEPOINT_PARAM[] struCruisePoint = (NET_DVR_CRUISEPOINT_PARAM[]) new NET_DVR_CRUISEPOINT_PARAM().toArray(256); public byte[] byRes = new byte[64]; } // 巡航点参数结构体 public static class NET_DVR_CRUISEPOINT_PARAM extends HIKSDKStructure { public short wPresetNo; public short wDwell; public byte bySpeed; public byte bySupport256PresetNo; public byte[] byRes = new byte[6]; } } //播放库函数声明,PlayCtrl.dll interface PlayCtrl extends Library { public static final int STREAME_REALTIME = 0; public static final int STREAME_FILE = 1; boolean PlayM4_GetPort(IntByReference nPort); boolean PlayM4_OpenStream(int nPort, ByteByReference pFileHeadBuf, int nSize, int nBufPoolSize); boolean PlayM4_InputData(int nPort, ByteByReference pBuf, int nSize); boolean PlayM4_CloseStream(int nPort); boolean PlayM4_SetStreamOpenMode(int nPort, int nMode); boolean PlayM4_Play(int nPort, HWND hWnd); boolean PlayM4_Stop(int nPort); boolean PlayM4_SetSecretKey(int nPort, int lKeyType, String pSecretKey, int lKeyLen); boolean PlayM4_GetPictureSize(int nPort, IntByReference pWidth, IntByReference pHeight); boolean PlayM4_GetJPEG(int nPort, Pointer pBitmap, int nBufSize, IntByReference pBmpSize); int PlayM4_GetLastError(int nPort); boolean PlayM4_SetDecCallBackExMend(int nPort, DecCallBack decCBFun, Pointer pDest, int nDestSize, int nUser); public static interface DecCallBack extends Callback { void invoke(int nPort, Pointer pBuf, int nSize, FRAME_INFO pFrameInfo, int nReserved1, int nReserved2); } public class FRAME_INFO extends HIKSDKStructure { public int nWidth; /* 画面宽,单位像素。如果是音频数据,则为音频声道数 */ public int nHeight; /* 画面高,单位像素。如果是音频数据,则为样位率 */ public int nStamp; /* 时标信息,单位毫秒 */ public int nType; /* 数据类型,T_AUDIO16, T_RGB32, T_YV12 */ public int nFrameRate; /* 编码时产生的图像帧率,如果是音频数据则为采样率 */ public int dwFrameNum; /* 帧号 */ } } //windows gdi接口,gdi32.dll in system32 folder, 在设置遮挡区域,移动侦测区域等情况下使用 interface GDI32 extends W32API { GDI32 INSTANCE = (GDI32) Native.loadLibrary("gdi32", GDI32.class, DEFAULT_OPTIONS); public static final int TRANSPARENT = 1; int SetBkMode(HDC hdc, int i); HANDLE CreateSolidBrush(int icolor); } //windows user32接口,user32.dll in system32 folder, 在设置遮挡区域,移动侦测区域等情况下使用 interface USER32 extends W32API { USER32 INSTANCE = (USER32) Native.loadLibrary("user32", USER32.class, DEFAULT_OPTIONS); public static final int BF_LEFT = 0x0001; public static final int BF_TOP = 0x0002; public static final int BF_RIGHT = 0x0004; public static final int BF_BOTTOM = 0x0008; public static final int BDR_SUNKENOUTER = 0x0002; public static final int BF_RECT = (BF_LEFT | BF_TOP | BF_RIGHT | BF_BOTTOM); boolean DrawEdge(HDC hdc, com.sun.jna.examples.win32.GDI32.RECT qrc, int edge, int grfFlags); int FillRect(HDC hDC, com.sun.jna.examples.win32.GDI32.RECT lprc, HANDLE hbr); }