#ifndef _cmdDecode_H #define _cmdDecode_H #include #include #define CLIENT_NUMBER 2 #define CLIENT_PRODUCT_TYPE_X 0 typedef enum { DOG_SLT_NONE, DOG_SLT_A, DOG_SLT_B, DOG_SLT_AB, MAX_DOG_SLT_COUNT, }dogSelect_te; typedef struct { uint8_t head1; //固定=0x57 uint8_t head2; //固定=0xab uint8_t cmd; // uint8_t buffer[4]; }intCmdFram_ts; typedef enum { CMD_SET_RF_CHANNEL = 0x01, CMD_SET_RF_FREQ_BAND = 0x02, CMD_SET_RF_POWER = 0x03, CMD_SET_RF_BAUDRATE = 0x04, CMD_SET_UART_BAUDRATE = 0x05, CMD_TRIGGLE_RF_PERIOD_SEND = 0x06, CMD_GET_RF_RSSI = 0x07, CMD_SET_PACKET_FORMAT = 0x08, CMD_SET_RF_ACK = 0x09, CMD_SET_DATA_DIRECT = 0x0A, CMD_SET_RF_FREQ_STEP = 0x0B, CMD_LOGIN_SERVER_PASSWORD = 0x0C, CMD_DEVICE_IMEI = 0x0D, CMD_TARGET_IMEI = 0x0E, CMD_RF_SYNC_WORD = 0x0F, CMD_GET_POWER_VALUE = 0x20, CMD_PARAMS_FACTORY = 0x21, CMD_RESET_DEVICE = 0x22, CMD_RF_CARRIY_WAVE = 0x23, CMD_GET_ALL_PARAMS = 0x24, CMD_GET_SOFTWARE_VERSION = 0x25, CMD_ENTER_CONFIG_MODE = 0x26, CMD_TEST_RF_RX_SENSTY = 0x27, CMD_SET_GROUP_ID = 0x28, CMD_DEVICE_PAIR = 0x10, CMD_TRIGLE_VIRBRA = 0x11, CMD_TRIGLE_ELECTR = 0x12, CMD_TRIGLE_LAMP = 0x13, CMD_TRIGLE_TRAIN_VOL = 0x14, CMD_REBACK_SEND = 0x15, CMD_ACK = 0x16, CMD_DIRECT_DATA = 0x52, //透传数据 CMD_TO_BOOTLOADER = 0x53, CMD_HEART = 0x54, CMD_ACK_ERROR = 0xEE, CMD_WRITE_ROLL_ID = 0xFE, }cmd_te; typedef enum { UART_BAUDRATE_xxxx, UART_BAUDRATE_2400, UART_BAUDRATE_4800, UART_BAUDRATE_9600, UART_BAUDRATE_38400, UART_BAUDRATE_57600, UART_BAUDRATE_115200, UART_BAUDRATE_460800, UART_BAUDRATE_19200, MAX_UART_BAUDRATE_COUNT, }uartBaudrate_te; typedef enum { CMD_SRC_UART1, CMD_SRC_UART2, }cmdSrc_te; typedef enum { DD_RF_TO_UART, // DD_RF_TO_RF, // DD_PROTOCOL_ID, // DD_PROTOCOL_ID_CHL, // DD_PROTOCOL, // DD_PROTOCOL_POT, // DD_MAX_COUNT, // }dataDirect_te; typedef enum { PKT_FMT_NORMAL, PKT_FMT_PACKET_RSSI, // PKT_FMT_PACKET_RSSI_ID, // MAX_PKT_FMT_COUNT, }packetFormat_te; typedef struct { uint8_t len; //[0]LEN(cmd)+LEN(bufferByte)+LEN(crc1) uint8_t cmd; //[1] uint8_t bufferByte;//[2],LEN=(len -4) + 1 uint8_t crc1; //[len-1] }baseCmdFram_ts; #pragma pack(1) typedef struct { uint32_t id; uint8_t flag; //固定=0x7e }deviceIdFram_ts; typedef struct { uint8_t wafer_lot_number[6]; }wafer_lot_number_ts; typedef struct { uint8_t wafer_lot_number[6]; uint8_t wafer_X; uint8_t wafer_Y; uint8_t wafer_number; uint8_t revId; }uid_ts; typedef enum { PD_RL_NODE, //终端节点 PD_RL_LOWPWR_NODE, //低功耗终端节点 PD_RL_MID, //中继设备 PD_RL_NET, //网关主机 }product_role_te; typedef struct { uint32_t id; uint8_t rfChannel; // uint8_t bufferAddr; // }targetPacketFram_ts; typedef struct { uint32_t id; uint8_t bufferAddr; // }targetPacketIdFram_ts; typedef union { uint32_t value; struct { uint32_t cmd : 5; uint32_t rfChannel : 5; uint32_t type : 2; uint32_t deviceId : 20; }infor; }clientInfor_tu; typedef struct { uint8_t len; clientInfor_tu clientInfor; uint32_t value; uint8_t crc; }devicePairFram_ts; typedef struct { uint8_t len; // uint8_t cmd; clientInfor_tu clientInfor; uint32_t deviceId; uint32_t targetId; uint32_t buffer; uint8_t crc8; // }rfProtocol4ByteBuffer_ts; typedef struct { uint8_t len; // uint8_t cmd; clientInfor_tu clientInfor; uint32_t deviceId; uint32_t targetId; //⬇⬇⬇⬇⬇⬇ payload ⬇⬇⬇⬇⬇⬇ uint8_t bufferAddr; //⬆⬆⬆⬆⬆⬆ payload ⬆⬆⬆⬆⬆⬆ uint8_t crc8; // }rfProtocol_ts; typedef struct { uint8_t len; //[0]LEN(cmd)+LEN(bufferByte)+LEN(crc1) uint8_t cmd; //[1] uint32_t buffer;//[2], uint8_t crc1; //[len-1] }ipCmdFram_ts; typedef struct { uint8_t len; //[0]LEN(cmd)+LEN(bufferByte)+LEN(crc1) uint8_t cmd; //[1] uint16_t buffer;//[2], uint8_t crc1; //[len-1] }ipCmdFram2_ts; typedef enum { VIBR_LEVEL_1, VIBR_LEVEL_2, VIBR_LEVEL_3, VIBR_LEVEL_4, VIBR_LEVEL_5, VIBR_LEVEL_6, MAX_VIBR_LEVEL_COUNT, }vibrLevel_te; typedef enum { TRAIN_VOL_LEVEL_1, TRAIN_VOL_LEVEL_2, TRAIN_VOL_LEVEL_3, MAX_TRAIN_VOL_LEVEL_COUNT, }trainVol_te; typedef enum { ELECT_LEVEL_1, ELECT_LEVEL_2, ELECT_LEVEL_3, ELECT_LEVEL_4, ELECT_LEVEL_5, ELECT_LEVEL_6, ELECT_LEVEL_7, ELECT_LEVEL_8, ELECT_LEVEL_9, ELECT_LEVEL_99 = 98, MAX_ELECT_LEVEL_COUNT, }electLevel_te; typedef enum { CHG_MD_NONE = 0, CHG_MD_TONE = 1, CHG_MD_VIBR = 2, CHG_MD_ELECT = 3, }changeMode_te; typedef struct { uint8_t len; // uint8_t cmd; uint8_t dhcpEnable; uint8_t deviceIpAddr[4]; uint8_t deviceSubMask[4]; uint8_t deviceNetIpAddr[4]; uint8_t netMode; //@ netMode_te uint8_t randLocalPortEnable; uint8_t targetIp[4]; uint16_t targetPort; uint16_t localPort; uint8_t crc1; // }intInfor_ts; typedef struct { uint8_t len; // uint8_t cmd; uint8_t channel; uint8_t freqBand; //@freqBand_te uint8_t rfPower; uint8_t freqStep; //freqStep*10kHz，范围：250k~2MHz uint8_t syncWord; //同步字 uint32_t targetImei; //目标ID号 uint8_t dogABselect; // =0 选择AB， =1 选择A， =2 选择B uint8_t crc1; // }deviceInfor_ts; typedef struct { uint8_t len; // uint8_t cmd; uint8_t updateFlag; // uint8_t eraseFlag; // uint8_t version; // // uint8_t appVersion; // uint32_t uartBr; // uint32_t appAddr; // uint8_t crc; // }deviceBootInfor_ts; #pragma pack() extern uint8_t levelChangeMode; extern bool safeKeyLockFlag; extern bool localOpenFlag; extern bool remoteLampOpenFlag; extern deviceInfor_ts deviceInfor; extern uint8_t remoteBatLevel; bool checkFramLegal(uint8_t *srcBuffer, uint8_t srcLen); void completFramParams(uint8_t *srcBuffer, uint8_t srcLen); #endif