/* * @Author: zhy * @Date: 2022-09-09 18:25:41 * @LastEditors: zhanghongyang zhanghy@bmser.com * @LastEditTime: 2023-10-31 17:50:19 * @Description: */ #ifndef BMSER_DEV_H #define BMSER_DEV_H #define SN_MAX_LEN 64 #define IP_STR_LEN 16 #define STRINGIFY(x) #x #define STR(x) STRINGIFY(x) #include #include #ifdef __cplusplus extern "C" { #endif //兼容老接口,后续实现统一使用bmser_dev_get_board_sn_ex(char *sn, uint16_t sn_size) #define bmser_dev_get_board_sn(x) bmser_dev_get_board_sn_ex(x, SN_MAX_LEN) typedef struct { bool isHost; char devSn[SN_MAX_LEN]; uint32_t serialId; char ip[IP_STR_LEN]; } BMSER_EMS_MAP_INFO_NODE_S; /** * @description: 获取设备的sn * @param {char} *sn * @param {uint16_t} sn_size * @return {*} 0:success, others:fail. */ int bmser_dev_get_board_sn_ex(char *sn, uint16_t sn_size); /** * @description: 获取dev_sn,一个8位设备地址(十进制),代表意义为deviceID * @param {const struct mosquitto_message} *message * @return {int} dev_sn */ int bmser_dev_get_dev_sn(char* topic); /** * @description: 获取设备sn号，设备sn号 = sn + 设备id * @param {char} *dev_sn * @param {int} len * @param {int} devid * @return {*} */ int bmser_dev_get_board_dev_sn(char *dev_sn, int len, int devid); /** * @description: * @param {char} *eth_inf * @return {*} */ int bmser_dev_get_local_ip(const char *eth_inf, char *ip); /** * @description: * @param {char} *eth_inf * @param {char} *netwrok_addr * @param {int} size * @return {*} */ int bmser_dev_get_network_ip(const char *eth_inf, char *netwrok_addr, int size); /** * @brief 获取配置的EMG数量 * @param[in] * @return int32_t * @retval EMG数量 * @par 修改日志: * Date Author Description \n * 2023-10-26 zhy 创建初始版本 \n */ int32_t bmser_dev_get_ems_emg_conut(); /** * @brief 获取EMG单个节点信息 * @param[out] BMSER_EMS_MAP_INFO_NODE_S* emsMap * @param[in] int32_t index EMG设备下标 * @return int32_t * @retval 0:正常 !0:错误 * @par 修改日志: * Date Author Description \n * 2023-10-26 zhy 创建初始版本 \n */ int32_t bmser_dev_get_ems_map_config(BMSER_EMS_MAP_INFO_NODE_S* emsMap, int32_t index); /** * @brief 判断设备是否主柜 * @param[in] void * @return bool * @retval true:主柜 false:从柜 * @par 修改日志: * Date Author Description \n * 2023-11-02 JML 创建初始版本 \n */ bool bmser_dev_is_host_cabinet(void); /** * @brief 获取主柜设备ip * @param[in] char *ipAddr * @param[in] uint16_t len * @return int32_t * @retval 0:成功 other:失败 * @par 修改日志: * Date Author Description \n * 2023-11-09 ZHY 创建初始版本 \n */ int32_t bmser_dev_get_host_cabinet_ip(char *ipAddr, uint16_t len); /** * @brief 根据topic中devsn截取bankId以及rackId * @param[in] char *topic * @param[out] uint16_t *bankId * @param[out] uint16_t *rackId * @return int32_t * @retval 0:正常 !0:错误 * @par 修改日志: * Date Author Description \n * 2023-12-19 JHC 创建初始版本 \n */ int32_t bmser_dev_get_bankid_from_topic(char *topic, uint16_t *bankId, uint16_t *rackId); /** * @brief 根据bankid与rackid计算实际设备的设备ID * @param[in] uint16_t bankId * @param[in] uint16_t rackId * @param[out] uint16_t *actualDevAddr * @return int32_t * @retval 0:正常 !0:错误 * @par 修改日志: * Date Author Description \n * 2023-12-19 JHC 创建初始版本 \n * 2023-12-19 JHC 通过单堆下簇数接口计算实际物理设备ID \n */ int32_t bmser_dev_calcActualDeviceAddress(uint16_t bankId, uint16_t rackId, uint16_t *actualDevAddr); /** * @brief 根据设备实际ID计算堆id和簇id * @param[in] uint16_t devId * @param[out] uint16_t *bankId * @param[out] uint16_t *rackId * @return int32_t * @retval 0:正常 !0:错误 * @par 修改日志: * Date Author Description \n * 2023-12-21 ZHY 创建初始版本 \n */ int32_t bmser_dev_calcBankIdAndRackIdByDevId(uint16_t devId, uint16_t *bankId, uint16_t *rackId); /** * @brief dev参数初始化 * @return int32_t * @retval 0:正常 !0:错误 * @par 修改日志: * Date Author Description \n * 2024-01-01 ZHY 创建初始版本 \n */ int32_t bmser_dev_para_init(); #define MAX_PIN_NAME_LEN 64 #define MAX_PARITY_NAME_LEN 4 #define MAX_DEV_CNT_LEN 128 #define MAX_DEV_STR_LEN 16 #define MAX_EMG_DEV_CNT 16 typedef enum { DIR_SOC_ETHER_CONNECT, DIR_SOC_IO_CONNECT, DIR_SOC_485_CONNECT, EXT_MCU_IO_CONNECT, EXT_MCU_485_CONNECT, } DEV_CONNECT_TYPE_E; typedef struct { uint16_t udp_port; char pin_name[MAX_PIN_NAME_LEN + 1]; uint16_t channel_id; uint32_t baud; char parity[MAX_PARITY_NAME_LEN + 1]; uint8_t data_bit; uint8_t stop_bit; } MCU_485_CONNECT_INFO_S; typedef struct { uint16_t udp_port; char pin_name[MAX_PIN_NAME_LEN + 1]; uint16_t channel_id; uint16_t dir; uint16_t active_level; uint16_t default_level; } MCU_IO_CONNECT_INFO_S; typedef struct { char pin_name[MAX_PIN_NAME_LEN + 1]; char devices[MAX_PIN_NAME_LEN + 1]; uint32_t baud; char parity[MAX_PARITY_NAME_LEN + 1]; uint8_t data_bit; uint8_t stop_bit; } SOC_485_CONNECT_INFO_S; typedef struct { char pin_name[MAX_PIN_NAME_LEN + 1]; uint16_t channel_id; uint16_t dir; uint16_t active_level; uint16_t default_level; } SOC_IO_CONNECT_INFO_S; typedef struct { char ip[IP_STR_LEN]; uint16_t port; } SOC_ETHER_CONNECT_INFO_S; typedef union { MCU_485_CONNECT_INFO_S mcu_485_conn; MCU_IO_CONNECT_INFO_S mcu_io_conn; SOC_485_CONNECT_INFO_S soc_485_conn; SOC_IO_CONNECT_INFO_S soc_io_conn; SOC_ETHER_CONNECT_INFO_S soc_eth_conn; } DEV_COMM_CONNECT_INFO_U; typedef struct { char dev_name[MAX_PIN_NAME_LEN + 1]; //设备名称 char dev_type[MAX_DEV_STR_LEN + 1]; //设备类型 char properity[MAX_DEV_STR_LEN + 1]; //设备属性 DEV_CONNECT_TYPE_E type; //连接类型 char pro[MAX_DEV_STR_LEN + 1]; //通信协议 DEV_COMM_CONNECT_INFO_U dev_conn_info; } DEV_COMM_CONNECT_INFO_NODE_S; typedef struct { uint8_t all_dev_cnt; //设备个数 DEV_COMM_CONNECT_INFO_NODE_S all_dev[MAX_DEV_CNT_LEN]; //所有设备 } DEV_DOMAIN_ALL_DEV_INFO_S; typedef struct { char emg_sn[SN_MAX_LEN]; uint16_t dev_cnt; DEV_DOMAIN_ALL_DEV_INFO_S *dev; } DEV_EMG_DOMAIN_ALL_DEV_INFO_S; typedef struct { char type[MAX_DEV_STR_LEN + 1]; char pin_name[MAX_PIN_NAME_LEN + 1]; uint16_t channel_id; uint16_t dir; uint16_t active_level; uint16_t default_level; char drv_type[MAX_DEV_STR_LEN + 1]; } DEV_PIN_MAP_NODE_INFO_S; typedef struct { uint16_t node_cnt; DEV_PIN_MAP_NODE_INFO_S *node; } DEV_PIN_MAP_LIST_INFO_S; /** * @brief 获取所有直连设备连接信息 * @param[in] DEV_COMM_CONNECT_INFO_NODE_S *info * @param[in] uint16_t info_size 传入的数据长度 * @param[out] uint16_t *real_cnt 实际返回的设备个数 * @return int32_t * @retval 0:正常 !0:错误 * @par 修改日志: * Date Author Description \n * 2024-04-09 ZHY 创建初始版本 \n */ int32_t bmser_dev_get_all_dir_connect_info(DEV_COMM_CONNECT_INFO_NODE_S *info, uint16_t info_size, uint16_t *real_cnt); /** * @brief 获取所有扩展设备连接信息 * @param[in] DEV_COMM_CONNECT_INFO_NODE_S *info * @param[in] uint16_t info_size 传入的数据长度 * @param[out] uint16_t *real_cnt 实际返回的设备个数 * @return int32_t * @retval 0:正常 !0:错误 * @par 修改日志: * Date Author Description \n * 2024-04-09 ZHY 创建初始版本 \n */ int32_t bmser_dev_get_all_ext_connect_info(DEV_COMM_CONNECT_INFO_NODE_S *info, uint16_t info_size, uint16_t *real_cnt); /** * @brief 获取指定type的设备连接信息 * @param[in] DEV_CONNECT_TYPE_E type 指定的设备类型 * @param[in] DEV_COMM_CONNECT_INFO_NODE_S *info * @param[in] uint16_t info_size 传入的数据长度 * @param[out] uint16_t *real_cnt 实际返回的设备个数 * @return int32_t * @retval 0:正常 !0:错误 * @par 修改日志: * Date Author Description \n * 2024-04-09 ZHY 创建初始版本 \n */ int32_t bmser_dev_get_connect_info_by_type(DEV_CONNECT_TYPE_E type, DEV_COMM_CONNECT_INFO_NODE_S *info, uint16_t info_size, uint16_t *real_cnt); /** * @brief 获取所有设备连接信息 * @param[in] DEV_COMM_CONNECT_INFO_NODE_S *info * @param[in] uint16_t info_size 传入的数据长度 * @param[out] uint16_t *real_cnt 实际返回的设备个数 * @return int32_t * @retval 0:正常 !0:错误 * @par 修改日志: * Date Author Description \n * 2024-04-09 ZHY 创建初始版本 \n */ int32_t bmser_dev_get_all_connect_info(DEV_COMM_CONNECT_INFO_NODE_S *info, uint16_t info_size, uint16_t *real_cnt); #ifdef __cplusplus } #endif #endif