bts_factory.h

浏览该文件的文档.

 
#ifndef BTS_FACTORY_H
#define BTS_FACTORY_H
 
#include <stdint.h>
#include <stdbool.h>
#include "errcode.h"
 
#ifdef __cplusplus
extern "C" {
#endif
 
typedef enum {
    BLE_RF_PHY_1M = 0x01,      
    BLE_RF_PHY_2M = 0x02,      
    BLE_RF_PHY_S8 = 0x03,      
    BLE_RF_PHY_S2 = 0x04,      
} ble_rf_phy_t;
 
typedef enum {
    BLE_RF_PATLOAD_TYPE_0 = 0x00,    
    BLE_RF_PATLOAD_TYPE_1 = 0x01,    
    BLE_RF_PATLOAD_TYPE_2 = 0x02,    
    BLE_RF_PATLOAD_TYPE_3 = 0x03,    
    BLE_RF_PATLOAD_TYPE_4 = 0x04,    
    BLE_RF_PATLOAD_TYPE_5 = 0x05,    
    BLE_RF_PATLOAD_TYPE_6 = 0x06,    
    BLE_RF_PATLOAD_TYPE_7 = 0x07,    
} ble_rf_payload_type_t;
 
typedef struct {
    uint8_t tx_freq;            
    uint16_t test_data_len;     
    uint8_t payload_type;       
    uint8_t tx_phy;             
} ble_rf_tx_start_t;
 
typedef struct {
    uint8_t rx_freq;            
    uint8_t rx_phy;             
    uint8_t modulation_index;   
} ble_rf_rx_start_t;
 
typedef struct {
    uint8_t rf_freq;            
    uint8_t rf_mode;            
} ble_rf_single_tone_t;
 
typedef enum {
    BTH_PRODUCTLINE_XO_TRIM = 0x01,                    // 设置频偏校准值，寄存器控
    BTH_PRODUCTLINE_XO_TRIM_RD_VAL = 0x02,             // 读取频偏校准寄存器值
    BTH_PRODUCTLINE_GET_TSENSOR_TEMPERATURE = 0x03,    // 获取芯片温度
    BTH_PRODUCTLINE_EFUSE_WRITE_XO_TRIM = 0x04,        // 将频偏校准值写入EFUSE
    BTH_PRODUCTLINE_EFUSE_READ_XO_TRIM = 0x05,         // 从EFUSE读取频偏校准值
    BTH_PRODUCTLINE_EFUSE_WRITE_TEMPERATURE = 0x06,    // 将产测时的芯片温度写入EFUSE
    BTH_PRODUCTLINE_EFUSE_READ_TEMPERATURE = 0x07,     // 从EFUSE读取产测温度
    BTH_PRODUCTLINE_PWR_CALI_SET_MEASSURED_PWR = 0x08, // 将实测发送功率发送给驱动
    BTH_PRODUCTLINE_PWR_CALI_GET_COMP_RESULT = 0x09,   // 获取功率校准结果
    BTH_BTH_PRODUCTLINE_PWR_CALI_APPLY_COMP = 0x0A,    // 应用功率校准结果
    BTH_PRODUCTLINE_EFUSE_WRITE_PWR_COMP = 0x0B,       // 将功率校准结果写入EFUSE
    BTH_PRODUCTLINE_EFUSE_READ_PWR_COMP = 0x0C,        // 从EFUSE读取功率校准结果
} ble_pdl_sub_opcode_t;
 
/* sub_opcode = BTH_PRODUCTLINE_XO_TRIM */
typedef struct {
    uint8_t coarse_val;
    uint8_t fine_val;
} pdl_xo_trim_t;
 
/* sub_opcode = BTH_PRODUCTLINE_EFUSE_WRITE_TEMPERATURE */
typedef struct {
    int16_t temp;
} pdl_efuse_temp_wr_t;
 
/* sub_opcode = BTH_PRODUCTLINE_PWR_CALI_SET_MEASSURED_PWR */
typedef struct {
    int16_t target_pwr;
    int16_t pwr;
} pdl_pwr_cali_set_pwr_t;
 
/* opcode = HCI_VENDOR_PRODUCTLINE_CMD_OPCODE */
typedef struct {
    uint8_t sub_opcode; // subcode
    union {
        pdl_xo_trim_t xo_trim;
        pdl_efuse_temp_wr_t efuse_wr_temp;
        pdl_pwr_cali_set_pwr_t pwr_info;
    };
} ble_vendor_productline_cmd_t;
 
#pragma pack(1)
/* sub_evtcode = BTH_PRODUCTLINE_XO_TRIM_RD_VAL */
typedef struct {
    uint8_t sel;
    uint8_t coarse_val;
    uint8_t fine_val;
} ble_pdl_rd_xo_trim_t;
 
/* sub_evtcode = BTH_PRODUCTLINE_GET_TSENSOR_TEMPERATURE */
typedef struct {
    int16_t temp;
} ble_pdl_get_temp_t;
 
/* sub_evtcode = BTH_PRODUCTLINE_EFUSE_READ_XO_TRIM */
typedef struct {
    uint8_t coarse_val;
    uint8_t fine_val;
} ble_pdl_efuse_rd_xo_trim_t;
 
/* sub_evtcode = BTH_PRODUCTLINE_EFUSE_READ_TEMPERATURE */
typedef struct {
    uint8_t temp_lvl;
} ble_pdl_efuse_rd_tmp_t;
 
/* sub_evtcode = BTH_PRODUCTLINE_PWR_CALI_GET_COMP_RESULT */
typedef struct {
    int16_t curve_c_offset;
} ble_pdl_pwr_cali_get_result_t;
 
/* sub_evtcode = BTH_PRODUCTLINE_EFUSE_READ_PWR_COMP */
typedef struct {
    int16_t curve_c_offset;
} ble_pdl_efuse_rd_pwr_result_t;
 
/* evtcode = HCI_VENDOR_PRODUCTLINE_CMD_OPCODE */
typedef struct {
    uint8_t nb;
    uint16_t opcode;
    uint8_t status;
    uint8_t subcode;
    union {
        ble_pdl_rd_xo_trim_t xo_trim_reg_val;
        ble_pdl_get_temp_t temp;
        ble_pdl_efuse_rd_xo_trim_t xo_trim;
        ble_pdl_efuse_rd_tmp_t temp_lvl;
        ble_pdl_pwr_cali_get_result_t pwr_result;
        ble_pdl_efuse_rd_pwr_result_t efuse_pwr_result;
    };
} ble_hci_vendor_productline_complete_t;
#pragma pack()
 
typedef void (*ble_factory_rf_tx_start_callback)(errcode_t status);
 
typedef void (*ble_factory_rf_rx_start_callback)(errcode_t status);
 
typedef void (*ble_factory_rf_trx_end_callback)(errcode_t status, uint16_t num_packets);
 
typedef void (*ble_factory_rf_reset_callback)(errcode_t status);
 
typedef void (*ble_factory_rf_cali_nv_callback)(errcode_t status);
 
typedef void (*ble_factory_rf_single_tone_callback)(errcode_t status);
 
typedef void (*ble_factory_vendor_pdl_cmd_callback)(ble_hci_vendor_productline_complete_t *evt);
 
typedef struct {
    ble_factory_rf_tx_start_callback ble_rf_tx_start_cb;         
    ble_factory_rf_rx_start_callback ble_rf_rx_start_cb;         
    ble_factory_rf_trx_end_callback ble_rf_trx_end_cb;           
    ble_factory_rf_reset_callback ble_rf_reset_cb;               
    ble_factory_rf_cali_nv_callback ble_rf_cali_nv_cb;           
    ble_factory_rf_single_tone_callback ble_rf_single_tone_cb;   
    ble_factory_vendor_pdl_cmd_callback ble_vendor_pdl_cmd_cb;   
} ble_factory_callbacks_t;
 
errcode_t ble_factory_register_callbacks(ble_factory_callbacks_t *func);
 
errcode_t ble_factory_rf_tx_start(ble_rf_tx_start_t* param);
 
errcode_t ble_factory_rf_rx_start(ble_rf_rx_start_t* param);
 
errcode_t ble_factory_rf_trx_end(void);
 
errcode_t ble_factory_rf_reset(void);
 
errcode_t ble_factory_rf_cali_nv(void);
 
errcode_t ble_factory_rf_single_tone(ble_rf_single_tone_t* param);
 
errcode_t ble_factory_vendor_productline_cmd(ble_vendor_productline_cmd_t* param);
 
#ifdef __cplusplus
}
#endif
#endif