#ifndef __TUYA_IPC_P2P_INNER_H__ #define __TUYA_IPC_P2P_INNER_H__ #ifdef __cplusplus extern "C" { #endif #include "tuya_cloud_types.h" #include "tuya_ipc_p2p_common.h" // #define ERROR_P2P_SUCCESSFUL 0 /** p2p operation success*/ // #define ERROR_P2P_NOT_INITIALIZED -1 /** p2p has not init*/ // #define ERROR_P2P_ALREADY_INITIALIZED -2 /** p2p has inited*/ // #define ERROR_P2P_TIME_OUT -3 /** p2p has inited*/ // #define ERROR_P2P_INVALID_ID -4 /** p2p invalid id*/ // #define ERROR_P2P_INVALID_PARAMETER -5 /** p2p invalid param*/ // #define ERROR_P2P_DEVICE_NOT_ONLINE -6 /** device outline*/ // #define ERROR_P2P_FAIL_TO_RESOLVE_NAME -7 /** p2p name err*/ // #define ERROR_P2P_INVALID_PREFIX -8 /** p2p prefix err*/ // #define ERROR_P2P_ID_OUT_OF_DATE -9 /** device outline*/ // #define ERROR_P2P_NO_RELAY_SERVER_AVAILABLE -10 /** server no relay*/ // #define ERROR_P2P_INVALID_SESSION_HANDLE -11 /** invalid session*/ // #define ERROR_P2P_SESSION_CLOSED_REMOTE -12 /** remote close*/ // #define ERROR_P2P_SESSION_CLOSED_TIMEOUT -13 /** close timeout*/ // #define ERROR_P2P_SESSION_CLOSED_CALLED -14 /** close called*/ // #define ERROR_P2P_REMOTE_SITE_BUFFER_FULL -15 /** remote buffer full*/ // #define ERROR_P2P_USER_LISTEN_BREAK -16 /** listen break*/ // #define ERROR_P2P_MAX_SESSION -17 /** limit max session*/ // #define ERROR_P2P_UDP_PORT_BIND_FAILED -18 /** port bind fail*/ // #define ERROR_P2P_USER_CONNECT_BREAK -19 /** connect err*/ // #define ERROR_P2P_SESSION_CLOSED_INSUFFICIENT_MEMORY -20 /** memory insufficent*/ // #define ERROR_P2P_INVALID_APILICENSE -21 /** invalid apilicense*/ // #define ERROR_P2P_FAIL_TO_CREATE_THREAD -22 /** create pthread fail*/ #define C2C_MAJOR_VERSION 1 #define C2C_MINOR_VERSION 2 // Tuya fixed protocol header typedef struct { unsigned int type; // Request type (0: request, 1:response) unsigned short high_cmd; // Main command refer to TY_MAIN_CMD_TYPE_E; unsigned short low_cmd; // Last 2 bytes: sub-command unsigned int length; } C2C_CMD_FIXED_HEADER_T; typedef struct C2C_AV_TRANS_FIXED_HEADER_ { unsigned int request_id; unsigned int reserve1; unsigned long long int time_ms; int extension_length; unsigned int reserve2; } C2C_AV_TRANS_FIXED_HEADER; typedef enum { TY_EXT_VIDEO_PARAM = 0x01, TY_EXT_AUDIO_PARAM = 0x02, } TY_AV_EXTENSION_TYPE_T; // Video playback commands [playback, live] // https://wiki.tuya-inc.com:7799/page/74675515 typedef enum { TY_CMD_IO_CTRL_VIDEO_PLAY, // 0 Start TY_CMD_IO_CTRL_VIDEO_PAUSE, // 1 Pause TY_CMD_IO_CTRL_VIDEO_RESUME, // 2 Resume playback, not used for live TY_CMD_IO_CTRL_VIDEO_STOP, // 3 Stop TY_CMD_IO_CTRL_AUDIO_MIC_START, // 4 IPC -> APP, start audio accompaniment TY_CMD_IO_CTRL_AUDIO_MIC_STOP, // 5 IPC -> APP, end audio accompaniment TY_CMD_IO_CTRL_VIDEO_PLAY_V2 = 20, // 20 Start TY_CMD_IO_CTRL_PLAYBACK_START_WITH_MODE = 21, // 21 Playback start supports playback mode TY_CMD_IO_CTRL_VIDEO_SEND_START = 50, // 50 Video ready to send TY_CMD_IO_CTRL_VIDEO_SEND_STOP = 51, // 51 Video stop sending TY_CMD_IO_CTRL_AUDIO_SEND_START = 52, // 52 Audio ready to send TY_CMD_IO_CTRL_AUDIO_SEND_STOP = 53, // 53 Audio stop sending TY_CMD_IO_CTRL_VIDEO_SEND_PAUSE = 54, // 54 Sender pauses video sending TY_CMD_IO_CTRL_VIDEO_SEND_RESUME = 55, // 55 Sender resumes video sending } TY_CMD_IO_CTRL_VIDEO_E; typedef struct { unsigned int channel; unsigned int operation; // Refer to TY_CMD_IO_CTRL_VIDEO_E } C2C_TRANS_CTRL_VIDEO_REQ_T; typedef struct { unsigned int channel; unsigned int operation; // Refer to TY_CMD_IO_CTRL_AUDIO_OP_E } C2C_TRANS_CTRL_AUDIO_REQ_T; typedef enum { TY_C2C_CMD_IO_CTRL_COMMAND_INVALID, // 0 Invalid command TY_C2C_CMD_IO_CTRL_COMMAND_RECV, // 1 Command received TY_C2C_CMD_IO_CTRL_COMMAND_FAILED, // 2 Command execution failed (intercom: camera occupied by others) TY_C2C_CMD_IO_CTRL_COMMAND_SUCCESS, // 3 Command completed TY_C2C_CMD_IO_CTRL_COMMAND_BUSY, /* 4 Command completed, intercom: operation error, already in intercom state Device side updates reqid, app side restarts mic */ } TY_C2C_CMD_IO_CTRL_STATUS_CODE_E; // General response structure typedef struct { unsigned int channel; int result; // Refer to TY_C2C_CMD_IO_CTRL_STATUS_CODE_E } C2C_CMD_IO_CTRL_COM_RESP_T; // Audio C2C_CMD_QUERY_AUDIO_PARAMS // request typedef struct { unsigned int channel; } C2C_TRANS_QUERY_AUDIO_PARAM_REQ_T; // response typedef struct { unsigned int type; // Refer to TY_AV_CODEC_ID unsigned int sample_rate; // Refer to TRANSFER_AUDIO_SAMPLE_E unsigned int bitwidth; // Refer to TRANSFER_AUDIO_DATABITS_E unsigned int channel_num; // Refer to TRANSFER_AUDIO_CHANNEL_E } AUDIO_PARAM_T; typedef struct { unsigned int channel; unsigned int count; AUDIO_PARAM_T audioParams[0]; } C2C_TRANS_QUERY_AUDIO_PARAM_RESP_E; typedef enum { TY_VIDEO_CLARITY_INNER_PROFLOW = 0x1, /**< Data saving */ TY_VIDEO_CLARITY_INNER_STANDARD = 0x2, /**< Standard definition */ TY_VIDEO_CLARITY_INNER_HIGH = 0x4, /**< High definition */ TY_VIDEO_CLARITY_S_INNER_HIGH = 0x8, /**< Ultra high definition */ TY_VIDEO_CLARITY_SS_INNER_HIGH = 0x10, /**< Super ultra high definition */ } TRANSFER_VIDEO_CLARITY_TYPE_INNER_E; typedef enum { TY_AV_CODEC_VIDEO_UNKOWN = 0, TY_AV_CODEC_VIDEO_MPEG4 = 0x10, TY_AV_CODEC_VIDEO_H263 = 0x11, TY_AV_CODEC_VIDEO_H264 = 0x12, TY_AV_CODEC_VIDEO_MJPEG = 0x13, TY_AV_CODEC_VIDEO_H265 = 0x14, TY_AV_CODEC_AUDIO_ADPCM = 0x80, TY_AV_CODEC_AUDIO_PCM = 0x81, TY_AV_CODEC_AUDIO_AAC_RAW = 0x82, TY_AV_CODEC_AUDIO_AAC_ADTS = 0x83, TY_AV_CODEC_AUDIO_AAC_LATM = 0x84, TY_AV_CODEC_AUDIO_G711U = 0x85, // 10 TY_AV_CODEC_AUDIO_G711A = 0x86, TY_AV_CODEC_AUDIO_G726 = 0x87, TY_AV_CODEC_AUDIO_SPEEX = 0x88, TY_AV_CODEC_AUDIO_MP3 = 0x89, TY_AV_CODEC_MAX = 0xFF } TY_AV_CODEC_ID; typedef struct { // Video part parameters TY_AV_CODEC_ID video_codec[8]; UINT_T fps[8]; UINT_T gop[8]; UINT_T bitrate[8]; // kbps UINT_T width[8]; UINT_T height[8]; // Audio part parameters TY_AV_CODEC_ID audio_codec; TRANSFER_AUDIO_SAMPLE_E audio_sample; TRANSFER_AUDIO_DATABITS_E audio_databits; TRANSFER_AUDIO_CHANNEL_E audio_channel; } TRANS_IPC_AV_INFO_T; // request Video clarity query typedef struct { unsigned int channel; } C2C_TRANS_QUERY_VIDEO_CLARITY_REQ_T; // response typedef struct { unsigned int channel; unsigned int sp_mode; // Supported clarity mode unsigned int cur_mode; // Current clarity, refer to TRANSFER_VIDEO_CLARITY_TYPE_INNER_E } C2C_TRANS_QUERY_VIDEO_CLARITY_RESP_T; // Set clarity typedef struct { unsigned int channel; unsigned int mode; // Clarity, refer to TRANSFER_VIDEO_CLARITY_TYPE_INNER_E } C2C_TRANS_CTRL_VIDEO_CLARITY_T; // Video stream info parameters C2C_CMD_QUERY_VIDEO_STREAM_PARAMS // request typedef struct { unsigned int channel; } C2C_TRANS_QUERY_VIDEO_PARAM_REQ_T; // response typedef struct { unsigned int codec_type; // Refer to TY_AV_CODEC_ID unsigned int width; unsigned int height; unsigned int frame_rate; } VIDEO_PARAM_T; typedef struct { unsigned int channel; unsigned int count; VIDEO_PARAM_T VideoParams[0]; } C2C_TRANS_QUERY_VIDEO_PARAM_RESP_T; typedef struct { unsigned int version; // High bits major version, low 16 bits minor version } C2C_CMD_PROTOCOL_VERSION_T; typedef enum { // Transparent transmission TY_C2C_CMD_QUERY_TEXT, // Client transparently transmits string to device. [Avoid recompiling SDK when extending // certain functions] // Query class TY_C2C_CMD_QUERY_FIXED_ABILITY, // 1, Query device capability set, sub-type see // TY_CMD_QUERY_IPC_FIXED_ABILITY_TYPE_E TY_C2C_CMD_QUERY_AUDIO_PARAMS, // 2, Query audio parameters, audio info type see TY_CMD_QUERY_AUDIO_PARAMS TY_C2C_CMD_QUERY_PLAYBACK_INFO, // 3, Query SD card playback info, parameters see TY_C2C_CMD_QUERY_VIDEO_STREAM_PARAMS, // 4, Query video mode info { [channel, HD/standard/smooth, width/height, // encoding type], [channel, HD/standard/smooth, width/height, encoding type], // [channel, HD/standard/smooth, width/height, encoding type] } TY_C2C_CMD_QUERY_VIDEO_CLARITY, // 5, Query clarity // IO control class TY_C2C_CMD_IO_CTRL_VIDEO, // 6, Live command, sub-type see TY_CMD_IO_CTRL_VIDEO_E TY_C2C_CMD_IO_CTRL_PLAYBACK, // 7, Playback command, sub-type see TY_CMD_IO_CTRL_VIDEO_E TY_C2C_CMD_IO_CTRL_AUDIO, // 8, Audio command, sub-type see TY_CMD_IO_CTRL_AUDIO TY_C2C_CMD_IO_CTRL_VIDEO_CLARITY, // 9, Set clarity TY_C2C_CMD_PROTOCOL_VERSION, // 10, Protocol version // for download for feit TY_C2C_CMD_IO_CTRL_PLAYBACK_DOWNLOAD, // 11 Download command, sub-type see TY_CMD_IO_CTRL_DOWNLOAD_OP_E // for camera of GW TY_C2C_CMD_QUERY_AUDIO_PARAMS_GW, // 12, Query audio parameters, audio info type see TY_CMD_QUERY_AUDIO_PARAMS .for // camera of GW TY_C2C_CMD_QUERY_PLAYBACK_INFO_GW, // 13, Query SD card playback info, parameters see TY_C2C_CMD_QUERY_VIDEO_STREAM_PARAMS_GW, // 14, Query video mode info { [channel, HD/standard/smooth, width/height, // encoding type], [channel, HD/standard/smooth, width/height, encoding // type], [channel, HD/standard/smooth, width/height, encoding type] } TY_C2C_CMD_QUERY_VIDEO_CLARITY_GW, // 15, Query clarity TY_C2C_CMD_IO_CTRL_VIDEO_GW, // 16, Live command, sub-type see TY_CMD_IO_CTRL_VIDEO_E TY_C2C_CMD_IO_CTRL_PLAYBACK_GW, // 17, Playback command, sub-type see TY_CMD_IO_CTRL_VIDEO_E TY_C2C_CMD_IO_CTRL_AUDIO_GW, // 18, Audio command, sub-type see TY_CMD_IO_CTRL_AUDIO TY_C2C_CMD_IO_CTRL_VIDEO_CLARITY_GW, // 19, Set clarity TY_C2C_CMD_QUERY_FIXED_ABILITY_GW, // 20, Query device capability set, sub-type see // TY_CMD_QUERY_IPC_FIXED_ABILITY_TYPE_E TY_C2C_CMD_CHAN_SWITCH = 51, // 51 Single-channel multi-channel device channel setting TY_C2C_CMD_IO_CTRL_PLAYBACK_EXT0 = 100, // 100 Playback speed control extension TY_C2C_CMD_IO_CTRL_PLAYBACK_GW_EXT0 = 101, // 101 Playback speed control extension gateway // for p2p new authorization TY_C2C_CMD_AUTHORIZATION = 250, TY_C2C_CMD_SUB_BINDS_INFO = 300, } TY_MAIN_CMD_TYPE_E; typedef enum tagTransferVideoClarityType { eVideoClarityStandard = 0, eVideoClarityHigh, eVideoClarityThird, eVideoClarityFourth, eVideoClarityMax } TRANSFER_VIDEO_CLARITY_TYPE; typedef enum tagIpcStreamType { eIpcStreamVideoMain, ///< first video stream eIpcStreamVideoSub, ///< second video stream eIpcStreamVideo3rd, ///< third video stream eIpcStreamVideo4th, ///< forth video stream eIpcStreamVideoMax = 8, eIpcStreamAudioMain, ///< first audio stream eIpcStreamAudioSub, ///< second audio stream eIpcStreamAudio3rd, ///< third audio stream eIpcStreamAudio4th, ///< forth audio stream eIpcStreamMax = 16, } IPC_STREAM_TYPE; #ifdef __cplusplus } #endif #endif