#ifndef _HI_COMMON_STRUCTS_H_ #define _HI_COMMON_STRUCTS_H_ #ifdef __cplusplus extern "C" { #endif // 4 byte align #pragma pack(4) /****************************************************************************************************** Device type name ******************************************************************************************************/ enum HI_DVR_TYPE { DVR_NO_SUPPORT_TYPE = 0L, DVR_COMPUTER_TYPE = 0x0F000101L, // Device type to connect PC DVR_TEMP_TYPE = 0x0F000200L, // Temporary device type DVR_STM_REALTIME_TYPE = 0x01000101L, // 6304, 6308 DVR_ATM_REALTIME_TYPE = 0x01000102L, // 6204, 6214 DVR_65xx_REALTIME_TYPE = 0x01000103L, // 6508, 6516 DVR_D82xx_TYPE = 0x01000104L, // 8204 DVR_MDVR_V6_TYPE = 0x01000201L, DVR_MDVR_6N_TYPE = 0x01000202L, // V6N, REI, G6N DVR_MDVR_C2_TYPE = 0x01000203L, // C2 DVR_MDVR_G10_TYPE = 0x01000204L, // MDVR, G10 DVR_MDVR_G11_TYPE = 0x01000205L, // Reserved DVR_MDVR_M26_TYPE = 0x01000206L, // 26(67) DVR_MDVR_M96_TYPE = 0x01000207L, // 9600 DVR_MDVR_A16_TYPE = 0x01000208L, // A16 DVR_MDVR_X11_TYPE = 0x01000209L, // X11 DVR_MDVR_HD_TYPE = 0x01000210L, // HD DVR_DVS_TYPE = 0x01000301L, // DVS DVR_HYBRID_TYPE = 0x01000401L, // HYBRID DVR_15NVR8_TYPE = 0x01000402L, // 3515 8 chn NVR DVR_20HYBRID_TYPE = 0x01000403L, // 3520 16 chn NVR // DVR_6N_REALTIME_TYPE, //6N mainboard }; enum HI_DVR_SUBTYPE { DVR_SUB_NONEED = 0L, // Not need this subclass DVR_SUB_NOT_SUPPORT = 1L, // ---> DVR_STM_REALTIME_TYPE DVR_SUB_STM_6304 = 0x01010200L, // 63xx = STM DVR_SUB_STM_6308 = 0x01010300L, // ---> DVR_65xx_REALTIME_TYPE DVR_SUB_65xx_6516 = 0x01030600L, // 65xx DVR_SUB_65xx_6508 = 0x01030601L, DVR_SUB_65xx_6508_S = 0x01030606L, // 6508_S, 8 channel; The difference to 6508 is the record file only stores a single video channel. DVR_SUB_65xx_6504_S = 0x01030607L, // 6504_S, 4 channel; The record file only stores a single video channel. // ---> DVR_ATM_REALTIME_TYPE DVR_SUB_ATM_6204 = 0x01020100L, // ATM DVR_SUB_ATM_6214 = 0x01020500L, DVR_SUB_ATM_KL_6214 = 0x01020501L, // some specific users use; The difference to DVR_SUB_ATM_6214 is the cut style of picture. // ---> DVR_D82XX_TYPE DVR_SUB_D82_8204_STD_4 = 0x01020512L, // 8204 // ---> DVR_MDVR_V6_TYPE DVR_SUB_V6_CAR = 0x02016100L, //MDVR--v6, 4 channel // ---> DVR_MDVR_6N_TYPE // DVR_SUB_V6_M65, //8 channel, 6N series DVR_SUB_MV6N_STD_1 = 0x02026201L, //0x6201, V6N standard 1 channel DVR_SUB_MV6N_STD_4 = 0x02026202L, //0x6202, V6N standard 4 channels DVR_SUB_MV6N_STD_8 = 0x02026203L, //0x6203, V6N standard 8 channels DVR_SUB_MV6N2_STD_4 = 0x02026272L, // V6N2 standard 4 channels DVR_SUB_MV6N2_STD_8 = 0x02026273L, // V6N2 standard 8 channels DVR_SUB_MV6N_NT_1 = 0x02026211L, // NT = Net Translation, V6N 1 channel DVR_SUB_MV6N_NT_4 = 0x02026212L, // V6N net translation edition DVR_SUB_MV6N_NT_8 = 0x02026213L, DVR_SUB_MV6N_REI_STD_1 = 0x02026221L, // REI standard x channels DVR_SUB_MV6N_REI_STD_4 = 0x02026222L, DVR_SUB_MV6N_REI_STD_8 = 0x02026223L, // Reserved DVR_SUB_MV6N_REI_NT_1 = 0x02026231L, // REI net translation edition x channels DVR_SUB_MV6N_REI_NT_4 = 0x02026232L, DVR_SUB_MV6N_REI_NT_8 = 0x02026233L, DVR_SUB_MG6N_STD_1 = 0x02026241L, // G6N standard x channels DVR_SUB_MG6N_STD_4 = 0x02026242L, DVR_SUB_MG6N_STD_8 = 0x02026243L, DVR_SUB_MG6N_NT_1 = 0x02026251L, // G6N net translation edition x channels DVR_SUB_MG6N_NT_4 = 0x02026252L, DVR_SUB_MG6N_NT_8 = 0x02026253L, // ---> DVR_MDVR_C2_TYPE DVR_SUB_MC2_STD_2 = 0x02036412L, // C2 standard 4 channels DVR_SUB_MC2_MINI_1 = 0x02036421L, // Mini 1 channel DVR_SUB_MC2_MINI_4 = 0x02036422L, // Mini 4 channels DVR_SUB_MC2_MINI_8 = 0x02036423L, // Mini 8 channels DVR_SUB_MC2_MINI_16 = 0x02036424L, // Mini 16 channels DVR_SUB_MC2_MINI_NT_1 = 0x02036431L, // Mini net translation edition DVR_SUB_MC2_MINI_NT_4 = 0x02036432L, DVR_SUB_MC2_MINI_NT_8 = 0x02036433L, // ---> DVR_MDVR_G10_TYPE DVR_SUB_MG10_D1_3 = 0x02046301L, // 3 channels D1 DVR_SUB_MG10_D1_4 = 0x02046300L, // Original DVR_SUB_MDVR_M1001 //DVR_SUB_MDVR_M1001, // 4 channels d1 machine base on MDVR M10 mainboard // ---> DVR_MDVR_G11_TYPE DVR_SUB_MG11_STD_4 = 0x02056702L, // G11's 4 channels // ---> DVR_MDVR_M26_TYPE DVR_SUB_M26_NT_4 = 0x02066602L, // 6700 Net 4 channels DVR_SUB_M26_NT_8 = 0x02066603L, // 6700 Net 8 channels // ---> DVR_MDVR_M96_TYPE DVR_SUB_M96_NT_4 = 0x02079602L, // 9600 Net 4 channel, 8304 Net 4 channel DVR_SUB_M96_NT_8 = 0x02079603L, // 9600 Net 8 channel, 8304 Net 8 channel DVR_SUB_M96_NTAL_4 = 0x02079612L, // For specific user DVR_SUB_M96_NTAL_8 = 0x02079613L, // For specific user DVR_SUB_M96_NTAL_16 = 0x02079614L, // For specific user DVR_SUB_M96_NTAL_16D = 0x10009615L, DVR_SUB_M96_NTAL_8D = 0x10009617L, // ---> DVR_MDVR_A16_TYPE DVR_SUB_MA16_NT_4 = 0x02086712L, // Internal standard A16, Net 4 channel DVR_SUB_MA16IND_NT_4 = 0x02086722L, // Indian version A16 Net 4 channel // ---> DVR_MDVR_X11_TYPE DVR_SUB_MX11_NT_4 = 0x02091112L, // x11 Net 4 channel // ---> DVR_DVS_TYPE DVR_SUB_DVS_STD_1 = 0x03018601L, // DVS 1 channel DVR_SUB_DVS_STD_2 = 0x03018602L, // DVS 2 channel DVR_SUB_DVS_STD_4 = 0x03018604L, // DVS 4 channel DVR_SUB_HYBRID3515_4_4 = 0x04000008L, // HI3515, 4 analog + 4 digital DVR_SUB_NVR3515_0_8 = 0x04000009L, // HI3515, 0 analog + 8 digital DVR_SUB_HYBRID3520_8_8 = 0x0400000AL, // HI3520, 8 analog + 8 digital // ipcam IPCAM_SUB_M96_1 = 0x05019610L, // IPCAM DEVICE IPCAM_SUB_M96_720P_1 = 0x0501961AL, // IPCAM DEVICE 720p DVR_SUB_HD_4 = 0x06000004L }; // List of device type; for device search struct HI_DEVICE_TYPELIST { HI_DVR_TYPE devDataType; // Device type HI_DVR_SUBTYPE devSubType; // Sub type unsigned long device_id; // Device ID unsigned char devSign[20]; // String of device type unsigned char szDevType[64]; unsigned char szDevSubType[64]; }; static const HI_DEVICE_TYPELIST gDeviceTypeList[] = { {DVR_STM_REALTIME_TYPE, DVR_SUB_STM_6304, 0x0200, "DVR6304_1_RM", "DVR_STM_REALTIME_TYPE", "DVR_SUB_STM_6304" }, {DVR_STM_REALTIME_TYPE, DVR_SUB_STM_6308, 0x0300, "DVR6308_1_RM", "DVR_STM_REALTIME_TYPE", "DVR_SUB_STM_6308" }, {DVR_ATM_REALTIME_TYPE, DVR_SUB_ATM_6214, 0x0500, "DVR6214_1_RM", "DVR_ATM_REALTIME_TYPE", "DVR_SUB_ATM_6214" }, {DVR_ATM_REALTIME_TYPE, DVR_SUB_ATM_KL_6214, 0x0501, "DVR6214kl_1_", "DVR_ATM_REALTIME_TYPE", "DVR_SUB_ATM_KL_6214" }, {DVR_65xx_REALTIME_TYPE, DVR_SUB_65xx_6516, 0x0600, "DVR6516_1_RM", "DVR_65xx_REALTIME_TYPE", "DVR_SUB_65xx_6516" }, {DVR_65xx_REALTIME_TYPE, DVR_SUB_65xx_6516, 0x0601, "DVR6616_2_RM", "DVR_65xx_REALTIME_TYPE", "DVR_SUB_65xx_6516" }, {DVR_65xx_REALTIME_TYPE, DVR_SUB_65xx_6508, 0x0602, "DVR6508_1_RM", "DVR_65xx_REALTIME_TYPE", "DVR_SUB_65xx_6508" }, {DVR_65xx_REALTIME_TYPE, DVR_SUB_65xx_6508, 0x0603, "DVR6508_2_RM", "DVR_65xx_REALTIME_TYPE", "DVR_SUB_65xx_6508" }, {DVR_D82xx_TYPE, DVR_SUB_D82_8204_STD_4, 0x0512, "DVRLOW8204_2", "DVR_D82xx_TYPE", "DVR_SUB_D82_8204_STD_4" }, {DVR_MDVR_V6_TYPE, DVR_SUB_V6_CAR, 0x6100, "CARDVRV6_1_R", "DVR_MDVR_V6_TYPE", "DVR_SUB_V6_CAR" }, // MDVR - 6N series // V6N {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N_STD_1, 0x6201, "MDVR6NV6NS_1", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N_STD_1" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N_STD_4, 0x6202, "MDVR6NV6NS_2", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N_STD_4" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N_STD_8, 0x6203, "MDVR6NV6NS_3", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N_STD_8" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N2_STD_4, 0x6272, "MDVRV6N2-ST2", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N2_STD_4" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N2_STD_8, 0x6273, "MDVRV6N2-ST3", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N2_STD_8" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N_NT_1, 0x6211, "MDVR6NV6NN_1", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N_NT_1" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N_NT_4, 0x6212, "MDVR6NV6NN_2", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N_NT_4" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N_NT_8, 0x6213, "MDVR6NV6NN_3", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N_NT_8" }, // REI standard edition {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N_REI_STD_1, 0x6221, "MDVR6NREIS_1", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N_REI_STD_1" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N_REI_STD_4, 0x6222, "MDVR6NREIS_2", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N_REI_STD_4" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N_REI_STD_8, 0x6223, "MDVR6NREIS_3", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N_REI_STD_8" }, // REI net translation edition, reserved {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N_REI_NT_1, 0x6231, "MDVR6NREIN_1", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N_REI_NT_1" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N_REI_NT_4, 0x6232, "MDVR6NREIN_2", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N_REI_NT_4" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MV6N_REI_NT_8, 0x6233, "MDVR6NREIN_3", "DVR_MDVR_6N_TYPE", "DVR_SUB_MV6N_REI_NT_8" }, // G6N standard edition {DVR_MDVR_6N_TYPE, DVR_SUB_MG6N_STD_1, 0x6241, "MDVR6NG6NS_1", "DVR_MDVR_6N_TYPE", "DVR_SUB_MG6N_STD_1" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MG6N_STD_4, 0x6242, "MDVR6NG6NS_2", "DVR_MDVR_6N_TYPE", "DVR_SUB_MG6N_STD_4" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MG6N_STD_8, 0x6243, "MDVR6NG6NS_3", "DVR_MDVR_6N_TYPE", "DVR_SUB_MG6N_STD_8" }, // G6N Net edition {DVR_MDVR_6N_TYPE, DVR_SUB_MG6N_NT_1, 0x6251, "MDVR6NG6NN_1", "DVR_MDVR_6N_TYPE", "DVR_SUB_MG6N_NT_1" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MG6N_NT_4, 0x6252, "MDVR6NG6NN_2", "DVR_MDVR_6N_TYPE", "DVR_SUB_MG6N_NT_4" }, {DVR_MDVR_6N_TYPE, DVR_SUB_MG6N_NT_8, 0x6253, "MDVR6NG6NN_3", "DVR_MDVR_6N_TYPE", "DVR_SUB_MG6N_NT_8" }, // ---> DVR_MDVR_C2_TYPE {DVR_MDVR_C2_TYPE, DVR_SUB_MC2_STD_2, 0x6412, "MDVRC2_STD_2", "DVR_MDVR_C2_TYPE", "DVR_SUB_MC2_STD_2" }, {DVR_MDVR_C2_TYPE, DVR_SUB_MC2_MINI_1, 0x6421, "MDVRC2MINI_1", "DVR_MDVR_C2_TYPE", "DVR_SUB_MC2_MINI_1" }, {DVR_MDVR_C2_TYPE, DVR_SUB_MC2_MINI_4, 0x6422, "MDVRC2MINI_2", "DVR_MDVR_C2_TYPE", "DVR_SUB_MC2_MINI_4" }, {DVR_MDVR_C2_TYPE, DVR_SUB_MC2_MINI_8, 0x6423, "MDVRC2MINI_3", "DVR_MDVR_C2_TYPE", "DVR_SUB_MC2_MINI_8" }, {DVR_MDVR_C2_TYPE, DVR_SUB_MC2_MINI_16, 0x6424, "MDVRC2MINI_4", "DVR_MDVR_C2_TYPE", "DVR_SUB_MC2_MINI_16" }, // Mini net translation edition {DVR_MDVR_C2_TYPE, DVR_SUB_MC2_MINI_NT_1, 0x6431, "MDVRC2MINN_1", "DVR_MDVR_C2_TYPE", "DVR_SUB_MC2_MINI_NT_1" }, {DVR_MDVR_C2_TYPE, DVR_SUB_MC2_MINI_NT_4, 0x6432, "MDVRC2MINN_2", "DVR_MDVR_C2_TYPE", "DVR_SUB_MC2_MINI_NT_4" }, {DVR_MDVR_C2_TYPE, DVR_SUB_MC2_MINI_NT_8, 0x6433, "MDVRC2MINN_3", "DVR_MDVR_C2_TYPE", "DVR_SUB_MC2_MINI_NT_8" }, // ---> DVR_MDVR_G10_TYPE {DVR_MDVR_G10_TYPE, DVR_SUB_MG10_D1_4, 0x6300, "CARDVRM10_1_", "DVR_MDVR_G10_TYPE", "DVR_SUB_MG10_D1_4" }, {DVR_MDVR_G10_TYPE, DVR_SUB_MG10_D1_3, 0x6301, "CARDVRM10_0_", "DVR_MDVR_G10_TYPE", "DVR_SUB_MG10_D1_3" }, //{0x4100, "DVRVS-1_2_R"}, //{0x4200, "DVRVS-4_2_R"} // ---> DVR_MDVR_G11_TYPE {DVR_MDVR_G11_TYPE, DVR_SUB_MG11_STD_4, 0x6702, "MDVRG11_14_R", "DVR_MDVR_G11_TYPE", "DVR_SUB_MG11_STD_4" }, // ---> DVR_MDVR_M26_TYPE {DVR_MDVR_M26_TYPE, DVR_SUB_M26_NT_4, 0x6602, "MDVR26NT_2_R", "DVR_MDVR_M26_TYPE", "DVR_SUB_M26_NT_4" }, {DVR_MDVR_M26_TYPE, DVR_SUB_M26_NT_8, 0x6603, "MDVR26NT_3_R", "DVR_MDVR_M26_TYPE", "DVR_SUB_M26_NT_8" }, // ---> DVR_MDVR_M96_TYPE {DVR_MDVR_M96_TYPE, DVR_SUB_M96_NT_4, 0x9602, "MDVR96NT_2_R", "DVR_MDVR_M96_TYPE", "DVR_SUB_M96_NT_4" }, {DVR_MDVR_M96_TYPE, DVR_SUB_M96_NT_8, 0x9603, "MDVR96NT_3_R", "DVR_MDVR_M96_TYPE", "DVR_SUB_M96_NT_8" }, {DVR_MDVR_M96_TYPE, DVR_SUB_M96_NTAL_4, 0x9612, "MDVR96NTAL_2", "DVR_MDVR_M96_TYPE", "DVR_SUB_M96_NTAL_4" }, {DVR_MDVR_M96_TYPE, DVR_SUB_M96_NTAL_8, 0x9613, "MDVR96NTAL_3", "DVR_MDVR_M96_TYPE", "DVR_SUB_M96_NTAL_8" }, {DVR_MDVR_M96_TYPE, DVR_SUB_M96_NTAL_16, 0x9614, "MDVR96NTAL_4", "DVR_MDVR_M96_TYPE", "DVR_SUB_M96_NTAL_16" }, // ---> DVR_MDVR_A16_TYPE {DVR_MDVR_A16_TYPE, DVR_SUB_MA16_NT_4, 0x6712, "MDVRA16NT_4_", "DVR_MDVR_A16_TYPE", "DVR_SUB_MA16_NT_4" }, {DVR_MDVR_A16_TYPE, DVR_SUB_MA16IND_NT_4, 0x6722, "MDVRA16NIND4", "DVR_MDVR_A16_TYPE", "DVR_SUB_MA16IND_NT_4" }, // --> DVR_MDVR_X11_TYPE {DVR_MDVR_X11_TYPE, DVR_SUB_MX11_NT_4, 0x1112, "MDVRX11_2_RM", "DVR_MDVR_X11_TYPE", "DVR_SUB_MX11_NT_4" }, // DVS // 0x8601 and 0x4400 are the same device {DVR_DVS_TYPE, DVR_SUB_DVS_STD_1, 0x8601, "DVSVS8601_1_", "DVR_DVS_TYPE", "DVR_SUB_DVS_STD_1" }, {DVR_DVS_TYPE, DVR_SUB_DVS_STD_1, 0x4400, "DVSVS8601_1_", "DVR_DVS_TYPE", "DVR_SUB_DVS_STD_1" }, {DVR_DVS_TYPE, DVR_SUB_DVS_STD_2, 0x8602, "DVSVS8602_1_", "DVR_DVS_TYPE", "DVR_SUB_DVS_STD_2" }, {DVR_DVS_TYPE, DVR_SUB_DVS_STD_4, 0x8604, "DVSVS8604_1_", "DVR_DVS_TYPE", "DVR_SUB_DVS_STD_4" }, }; //-----------------------------------------definition of standard record's file header --------------------------------------// //-------------audio and video frame header definition ----------// struct HI_VFI_HEADER { unsigned long lFrameType; // Frame type; I frame - x0dc, P frame - x1dc unsigned long lStreamType; // Stream format; H264, the other is not defined unsigned long lFrameLen; // Length of the video data unsigned short usExtendLen; // Extend data length unsigned short usExtendMode; // Extend mode ULONGLONG ullPts; // Time stamp , the unit is microsecond, 1 second == 1,000,000 microsecond }; /********************** Audio packet header structure, maybe more than one audio frame in a package. The number of audio frame == PacketLen/FrameLen FrameType: XYwb, the X means channels number, the Y means audio format: Y == 1 : AMR Y == 2 : G726 Y == 3 : ADPCM **********************/ struct HI_AFI_HEADER { unsigned long lFrameType; // XYwb, the X means channel number, the Y means audio format unsigned short usFrameLen; // a audio frame's length unsigned short usPacketLen; // In the package, all audio data's total length. }; /****************************************************************************************************** The header structure of file header ******************************************************************************************************/ // verFile = 1 // corresponding document version: 1.00.00 struct HI_VIDEO_AUDIO { unsigned char chlCount; unsigned char sampleBits; char reserved1[2]; unsigned int bitRate; unsigned int sampleRate; }; struct HI_VIDEO_STHDR { char attribute[4]; unsigned int size; }; struct HI_VIDEO_FILEHEADER_1 { HI_VIDEO_STHDR hdr; char verDev[28]; unsigned char verFile; // 1 unsigned char begYear; unsigned char begMonth; unsigned char begDay; unsigned char begHour; unsigned char begMinute; unsigned char begSecond; unsigned char endYear; unsigned char endMonth; unsigned char endDay; unsigned char endHour; unsigned char endMinute; unsigned char endSecond; unsigned char chlCount; unsigned char recordType; unsigned char fileProtected; unsigned char recordMode; unsigned char videoType; char reserved1[2]; HI_VIDEO_AUDIO audio; char reserved2[8]; unsigned short usdevType; char reserved3[2]; char szdevType[12]; }; // verFile = 2; structure is upward-compatible // corresponding document version: 1.00.02 struct HI_VIDEO_FILEHEADER_2 { HI_VIDEO_STHDR hdr; char verDev[28]; unsigned char verFile; // 2 or 3 unsigned char begYear; unsigned char begMonth; unsigned char begDay; unsigned char begHour; unsigned char begMinute; unsigned char begSecond; unsigned char endYear; unsigned char endMonth; unsigned char endDay; unsigned char endHour; unsigned char endMinute; unsigned char endSecond; unsigned char chlCount; unsigned char recordType; unsigned char fileProtected; unsigned char recordMode; unsigned char videoType; unsigned short devNo; // impropriate primary "reserved" HI_VIDEO_AUDIO audio; char reserved2[8]; unsigned short usdevType; char reserved3; unsigned char dateShowFmt; // be separated from resrved3 char szdevType[12]; }; // For some reason, there is not structure edition 3. If you see the edition 3 , you can treat it as edition 2. // verFile = 4, 5; structure upward-compatible // corresponding document version: 1.00.04, 1.00.05 struct HI_VIDEO_FILEHEADER_4 { HI_VIDEO_STHDR hdr; char verDev[28]; unsigned char verFile; // 4 unsigned char begYear; unsigned char begMonth; unsigned char begDay; unsigned char begHour; unsigned char begMinute; unsigned char begSecond; unsigned char endYear; unsigned char endMonth; unsigned char endDay; unsigned char endHour; unsigned char endMinute; unsigned char endSecond; unsigned char chlCount; unsigned char recordType; unsigned char fileProtected; unsigned char recordMode; unsigned char videoType; unsigned short devNo; HI_VIDEO_AUDIO audio; unsigned long lIndexTableOffset; // be separated from reserved2 unsigned long ulHeadLen; // be separated from reserved2 unsigned short usdevType; char reserved3; unsigned char dateShowFmt; char szdevType[12]; }; // 92 // header structure union HI_VIDEO_FILEHEADER { HI_VIDEO_FILEHEADER_1 hdr1; HI_VIDEO_FILEHEADER_2 hdr2; HI_VIDEO_FILEHEADER_4 hdr4; }; struct HI_VIDEO_CHLHEADER { HI_VIDEO_STHDR hdr; unsigned char chlIndex; unsigned char frameRate:5; unsigned char frameRFixed:1; unsigned char frameRUnit:1; unsigned char frameRVer:1; unsigned char resolution; char reserved1; char chlName[16]; }; struct HI_VIDEO_CHLDVRP { unsigned char recover; unsigned char pointLeft; unsigned char pointTop; unsigned char pointRight; unsigned char pointBottom; char reserved1[3]; char reserved2[4]; }; struct HI_VIDEO_CHLM8P { unsigned char clockinsert; char reserved1[3]; char reserved2[8]; }; struct HI_VIDEO_CHANNEL { HI_VIDEO_CHLHEADER chlHeader; union HI_VIDEO_CHLSP { char reserved[12]; HI_VIDEO_CHLDVRP dvrchlp; HI_VIDEO_CHLM8P mdvrm8; }uchlsp; }; // 160 struct HI_VIDEO_CHLPARS { HI_VIDEO_CHANNEL channel[4]; }; // 172 < 204 struct HI_VIDEO_SMDVR { HI_VIDEO_STHDR hdr; char senor_name[9][8]; char md_name[8]; char speeding_name[2][8]; char company_name[16]; char vehicle_ID[16]; char driver_name[16]; char sensor_short_name[9][2]; char reserved[2]; }; // 204 union HI_VIDEO_PAREX { char reserved[204]; HI_VIDEO_SMDVR mdvr; }; // 8 // channel's voice attribute struct HI_VIDEO_CHAUDIO { unsigned char cChlIndex; unsigned char cAudioChannels:3; unsigned char cSampleBits:5; unsigned char reserved[2]; unsigned long lSampleRate; }; /* 56 This member begin from version 4 There is "stuAudio" member start from version 5. */ struct HI_VIDEO_FILEHEADEREX { HI_VIDEO_STHDR hdr; unsigned long ulPrevRecodSecond; HI_VIDEO_CHAUDIO stuAudio[4]; char reserved[12]; }; // 512 - 92 - 160 = 260 // combo in the edition 4 struct HI_VIDEO_PAREX_4 { HI_VIDEO_PAREX parEx; // This structure is invalid if version below 4 HI_VIDEO_FILEHEADEREX fileHdrEx; }; // 92 + 160 + 260 = 512 struct HI_VIDEO_HEADER { HI_VIDEO_FILEHEADER fileHdr; HI_VIDEO_CHLPARS chlPars; HI_VIDEO_PAREX_4 parEx; }; /********************** the definitions of record file header **************************/ // The information which can use integer to express struct HI_CBD_INTMSG { unsigned long lFlag; unsigned long lValue; }; /*********************************************************************************** General call-back function parameter: lUserData: the data that user define lFlag: flag lValue: Specific value ***********************************************************************************/ typedef void (* HI_CB_INTCALLBACK)( unsigned long lUserData, const HI_CBD_INTMSG *pstuIntMsg ); #pragma pack() #ifdef __cplusplus } #endif #endif