#ifndef __DY_COMMON_H #define __DY_COMMON_H #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include "tool.h" #include "cJSON.h" #include "lnxall_list.h" #include "libubox/utils.h" #define UBOOT_ENV "/app/uboot.env" #define BOARD_NAME_PATH "/tmp/sysinfo/board_name" #define BOARD_INFO_PATH "/app/config/fac.ini" #define NODES_CFG_PATH "/app/node/nodes_cfg.json" #define TEMPLATES_CFG_PATH "/app/node/templates_cfg.json" #define OBJECTS_CFG_PATH "/app/node/object_model_cfg.json" #define MQTT_SERVER_FILE "/app/config/mqtt_server.json" #define GAYEWAY_VERSIONS "/app/config/versions.json" #define RS485_PORT_CFG "/app/config/rs485_port_cfg.json" #define VIRTUAL_PORT_CFG "/app/config/virtual_interface.json" #define COMMON_SOCKET_CFG "/app/config/common_socket.json" #define SUPEC5100_CFG "/app/config/supec5100.json" #define HUAYUN_CFG "/app/config/huayun_cfg.json" #define ALINK_CFG "/app/config/linkkit_cfg.json" #define SOFTWARE_VER_PATH "/etc/issue" #define SOFTWARE_VER_PATH1 "/lib/dyiot/issue" #define LORA_MODULE_SATUS_CACHE "/tmp/cache/lora" #define NET_BASH_PATH "/lib/dyiot/bin/" #define NODES_CACHE "/tmp/devices" #define LORAWAN_MODULE_CFG "/app/config/lorawan_cfg.json" #define LORA_MODULE_CFG "/app/config/lora_cfg.json" #define RULES_CFG_LOCAL "/etc/whsnbg.rules" #define MQTT_VINTERFACE_CONFIG_PATH "/app/config/virtual_interface.json" #define CAN_MODULE_CFG "/app/config/canbus_cfg.json" #define NODES_CFG "/app/node" #define CLOUD_MQTT_CFG "/app/config/uplink_channels.json" #define NETWORk_WAN_CFG "/app/config/wan_cfg.json" #define NETWORk_LAN_CFG "/app/config/lan_cfg.json" #define MAC_IP_BIND_CFG "/app/config/mac_ip_bind_cfg.json" #define RADIO_CFG "/app/config/radio_cfg.json" #define VAP_CFG "/app/config/vap_cfg.json" #define LOG_SRV_CFG "/app/config/log_server_cfg.json" #define WEBUI_CFG "/app/config/webui_cfg.json" #define NTP_CFG "/app/config/ntp_cfg.json" #define LANZHUO_CFG "/app/config/lanzhuo.json" #define ZIGBEE_CFG "/app/config/zigbee_cfg.json" #define PERIOD_PROPERTY_CFG "/app/config/period_property_cfg.json" #define CLOUD_MQTT_TLS_FILE_PATH "/app/config/mqtt_tls/cloud_mqtt" #define COMMON_SOCKET_TLS_FILE_PATH "/app/config/mqtt_tls/common_socket" #define CONFIG_MQTT_TLS_FILE_PATH "/app/config/mqtt_tls/config_mqtt" #define DC_CONFIG_FILE_PATH "/app/config/dc.json" //#define DEF_MQTT_SERVER_IP "mqtt.lnxall.com" //#define DEF_MQTT_SERVER_PORT 3883 //#define DEF_MQTT_SERVER_USER "localuser" //#define DEF_MQTT_SERVER_PASS "dywl@galaxy" #define PROGRAM_NAME_LEN 32 #define PRODUCT_NAME_LEN 32 #define IDENTIFIER_LEN 48 #define MAX_APP_KEY_LEN 32 #define MAX_EXT_DATA_LEN 1024 #define SN_MAX_LEN 64 #define MAXBUF 4096 #ifndef ARRAY_SIZE #define ARRAY_SIZE(a) (sizeof(a) / sizeof((a)[0])) #endif #ifndef STRINGIFY #define STRINGIFY(x) #x #endif #ifndef STR #define STR(x) STRINGIFY(x) #endif #define BOARD_WOOLINK_MT7621 "WOOLINK-MT7621-512M-256M" #define BOARD_WOOLINK_MT7628 "WOOLINK-MT7628-128M-32M" #define BOARD_WOOLink2F6280_W_4G "WooLink2F6280_W_4G" #define BOARD_QIYANG "QIYANG" #define BOARD_HUIWEI "HuiWei" #define PRODUCT_WOOLINK_1004 "WooLink1004-G" #define PRODUCT_WOOLINK_3002_W "WooLink3002-W-B" #define PRODUCT_WooLink1002_W "WooLink1002-W" typedef enum { ERR_CODE_NONE = 0, ERR_CODE_JSON_FORMAT = 100, ERR_CODE_LOCAL_SAVE, ERR_CODE_NOT_SUPPORT, ERR_CODE_CMD_PARAM, ERR_CODE_LOGIN_FAILED, ERR_CODE_NODE_NOT_EXIST, } error_code_e; typedef struct { int code; char *msg; } error_code_msg_t; #define ERROR_CODE_TAB_INIT \ { \ {ERR_CODE_NONE, "successful"}, \ {ERR_CODE_JSON_FORMAT, "json format error"}, \ {ERR_CODE_LOCAL_SAVE, "param save error"}, \ {ERR_CODE_NOT_SUPPORT, "not support"}, \ {ERR_CODE_CMD_PARAM, "cmd param error"}, \ {ERR_CODE_LOGIN_FAILED, "user or password not right"}, \ {ERR_CODE_NODE_NOT_EXIST, "the node is not exist"}, \ }; typedef signed char int8_t; typedef signed short int16_t; typedef signed int int32_t; typedef unsigned char uint8_t; typedef unsigned short uint16_t; typedef unsigned int uint32_t; typedef enum { PORT_NULL, LORA_DTU_RS485, LORAWAN_DTU_RS485, RS485_1, RS485_2, RS485_3, RS485_4, LORA_1, LORAWAN_1, VIRTUAL_1, //<虚拟设备,边缘计算 VINTF_MQTT, MQTT_DTU_RS485, VINTF_TCP, VINTF_UDP, MODBUS_TCP, CANBUS_0, CANBUS_1, TCP_CLIENT, VINTF_NB, ZIGBEE, RS232_1, DI_1, DO_1, S7_PLC, BLE, LORA_2, // 第三方lora设备 RS485_5, // USB based serial TTY device, /dev/ttysym1 RS485_6, // USB based serial TTY device, /dev/ttysym2 RS485_7, // USB based serial TTY device, /dev/ttysym3 RS485_8, // USB based serial TTY device, /dev/ttysym4 REMOTE_CH_01, // Ser2net based remote RS485 connection REMOTE_CH_02, // Ser2net based remote RS485 connection REMOTE_CH_03, // Ser2net based remote RS485 connection REMOTE_CH_04, // Ser2net based remote RS485 connection REMOTE_CH_05, // Ser2net based remote RS485 connection REMOTE_CH_06, // Ser2net based remote RS485 connection REMOTE_CH_07, // Ser2net based remote RS485 connection REMOTE_CH_08, // Ser2net based remote RS485 connection REMOTE_CH_09, // Ser2net based remote RS485 connection REMOTE_CH_10, // Ser2net based remote RS485 connection REMOTE_CH_11, // Ser2net based remote RS485 connection REMOTE_CH_12, // Ser2net based remote RS485 connection REMOTE_CH_13, // Ser2net based remote RS485 connection REMOTE_CH_14, // Ser2net based remote RS485 connection REMOTE_CH_15, // Ser2net based remote RS485 connection REMOTE_CH_16, // Ser2net based remote RS485 connection REMOTE_CH_17, // Ser2net based remote RS485 connection REMOTE_CH_18, // Ser2net based remote RS485 connection REMOTE_CH_19, // Ser2net based remote RS485 connection REMOTE_CH_20, // Ser2net based remote RS485 connection RS485_9, // USB based serial TTY device, /dev/ttysym5 RS485_10, // USB based serial TTY device, /dev/ttysym6 RS485_11, // USB based serial TTY device, /dev/ttysym7 RS485_12, // USB based serial TTY device, /dev/ttysym8 TCPDUMP, // Capture TCP package of without } gw_port_e; #define REMOTE_CH_MAX_NUM 20 typedef enum { DEV_NULL, DEV_DTU, } gw_device_type_e; ///<实时数据解析,输入参数 typedef struct { unsigned char *data; ///<数据 unsigned short len; ///<数据长度 unsigned char *down_data; ///<下行数据 unsigned short down_len; unsigned char port; unsigned int instruction_code; char sub_template_id[16]; ///<下挂设备协议模板 unsigned int mi; ///<流水号 char src_identifier[64]; ///<原服务名称 char sn[SN_MAX_LEN]; ///<逻辑SN char dtu_sn[SN_MAX_LEN]; ///< DTU SN unsigned char term_addr[128]; ///<物理SN char sub_term_addr[8]; ///<下挂设备的term addr char sub_term_addr_len; ///<终端地址，长度 time_t ts; ///<采集时间 unsigned char *start_addr; ///<开始地址 char requester[8]; ///<调用方 } pp_real_time_data_t; ///<控制信号下发，输入参数 typedef struct { unsigned char *data; ///<数据 unsigned int period; ///<发送周期单位毫秒，0：表示只发送一次 unsigned short len; ///<数据长度 unsigned char port; ///<发送端口 unsigned char protocol; ///<协议类型 unsigned int mi; ///<流水号 char src_identifier[64]; ///<原服务名称 char sn[SN_MAX_LEN]; ///<设备SN char dtu_sn[SN_MAX_LEN]; ///< DTU SN char app_key[MAX_APP_KEY_LEN]; ///< APP KEY information unsigned int communication_timeout; ///<通信超时 unsigned char term_addr[128]; ///<物理SN char tcp_ip_addr[SN_MAX_LEN]; ///< modbus TCP IP int tcp_port; ///< modbus TCP PORT char requester[8]; ///<服务调用方 unsigned int dummy[4]; /// for further use } pp_regulate_signal_t; typedef struct cmd_info_node_s { struct list_head list; time_t ts; pp_regulate_signal_t regulate_data; } cmd_info_node_t; typedef struct { char refer_sn[SN_MAX_LEN]; ///<设备SN } refer_param_t; typedef struct template_cfg_s template_cfg_t; typedef struct { int32_t depth; ///<深度 gw_device_type_e device_type; ///<设备类型 1:DTU 其它保留 gw_port_e port; ///<设备连接在网关的端口 char app_key[MAX_APP_KEY_LEN]; ///< APP KEY information char *ext_data; ///<设备扩展配置数据 char *user_defined; ///<用户自定义数据 char sn[SN_MAX_LEN]; ///<设备SN char dtu_sn[SN_MAX_LEN]; ///< DTU SN unsigned char term_addr[8]; ///<终端地址，地址强转存储地址 char tcp_ip_addr[SN_MAX_LEN]; ///< modbus TCP IP int tcp_port; ///< modbus TCP PORT char appeui[17]; ///< lorawan reserve char appkey[33]; ///< lorawan reserve char dev_level[11]; ///< modbusbasecan reserve int node_type; ///< lorawan reserve char term_addr_len; ///<终端地址，长度 char template_id[16]; ///<协议模板 char product_key[16]; char device_name[32]; char device_secret[40]; char device_id[SN_MAX_LEN]; char huawei_app_id[SN_MAX_LEN]; char connection_string[192]; ///< Azure IoT connectionString char sub_template_id[16]; ///<下挂设备协议模板 int32_t calculate_window; ///<计算窗口,虚拟设备用 int32_t referCnt; ///<涉及设备个数,虚拟设备用 int other_platform; ///<使用第三方云平台上报 refer_param_t *pparam; ///<涉及设备信息,虚拟设备用 template_cfg_t *template; int priority; /// for further use unsigned int dummy[4]; /// for further use } node_cfg_t; typedef struct nodes_cfg_table_s { int node_cnt; // 节点数量 node_cfg_t node[0]; //节点数据，使用0元数组方便扩展 } nodes_cfg_table_t; extern long long clock_get_ms(); extern int my_timer_create(); extern int my_timer_read(int timer); extern int my_timer_set(int timer, int start_sec, int interval_ms); extern int my_timer_delete(int timer); extern const char *get_board_name(); extern int get_board_sn(char *sn); extern int get_process_name(char *process_name); extern int get_product_name(char *product_name); extern int get_software_ver(char *ver); extern int get_hardware_ver(char *ver); extern char *read_file_data_and_lens(const char *file, int *len); extern char *read_file_data(const char *file); extern int write_file_data(const char *file, char *data, int len); extern int load_nodes_cfg(nodes_cfg_table_t **p_nodes_cfg, const char *cfg_file); extern int format_hex(void *p, size_t l, char *hex_buff, int size); extern ssize_t socket_send(int sockfd, const char *buffer, size_t buflen); extern int replace_sub_str(const char *str, const char *srcSubStr, const char *dstSubStr, char *out); extern long long get_time_stamp_ms(); extern long long get_time_stamp_us(); extern long long uptime_stamp_ms(); extern long long uptime_stamp_us(); extern bool gpio_set_value(int gpio, int state); extern int mqtt_tls_file_overlow(char *url, char *path, char *script, int len); extern int string_is_number(char *s); extern ssize_t open_read_close(const char *filename, void *buf, size_t size); extern int lnxall_encrypt_string(unsigned char *in, int len, unsigned char *out); extern int lnxall_decrypt_string(unsigned char *in, int len, unsigned char *out); extern int lnxall_encrypt_file(const char *file); extern char *lnxall_read_encrypted_file(const char *file, int *len); extern char *download_url_data(char *data, char *cfg_file); extern char *get_board_mac(); #define dy_syslog_hex(level, p, l, fmt, ...) \ do \ { \ char __buf[4096]; \ char __path[32] = {0}; \ int n = 0; \ n = snprintf(__buf, 4096, fmt, ##__VA_ARGS__); \ format_hex(p, l > 176 ? 176 : l, __buf + n, 4096 - n); \ readlink("/proc/self/exe", __path, 32); \ if (1) \ syslog(LOG_USER | level, "%s:%d %s", __FILE__, __LINE__, __buf); \ else \ syslog(LOG_USER | level, "{\"file\":\"%s\",\"func\":%s,\"line\":%d,\"comm\":\"%s\",\"pid\":%d,\"tid\":%ld,\"msg\":\"%s\"}", __FILE__, __FUNCTION__, __LINE__, __path, getpid(), syscall(SYS_gettid), __buf); \ } while (0) #define dy_syslog(level, fmt, ...) \ do \ { \ char __buf[4096]; \ char __path[32] = {0}; \ snprintf(__buf, 512, fmt, ##__VA_ARGS__); \ readlink("/proc/self/exe", __path, 32); \ if (1) \ syslog(LOG_USER | level, "%s:%d %s", __FILE__, __LINE__, __buf); \ else \ syslog(LOG_USER | level, "{\"file\":\"%s\",\"func\":%s,\"line\":%d,\"comm\":\"%s\",\"pid\":%d,\"tid\":%ld,\"msg\":\"%s\"}", __FILE__, __FUNCTION__, __LINE__, __path, getpid(), syscall(SYS_gettid), __buf); \ } while (0) #define SELECT_INIT() \ do \ { \ maxfd = 0; \ FD_ZERO(&rset); \ } while (0) #define SELECT_ADD_FD(fd) \ do \ { \ if (fd > 0) \ { \ FD_SET(fd, &rset); \ if (maxfd < fd) \ maxfd = fd; \ } \ } while (0) #define TIMER_CONFIRM(timer) \ do \ { \ if (my_timer_read(timer) < 0) \ return 0; \ } while (0) #define GET_JSON_VALUE_DOUBLE(root, key, value_p) \ do \ { \ cJSON *__item = cJSON_GetObjectItem(root, key); \ if (__item) \ memcpy((void *)&value_p, (void *)&__item->valuedouble, sizeof(value_p)); \ } while (0) #define GET_JSON_VALUE_INT(root, key, value_p) \ do \ { \ cJSON *__item = cJSON_GetObjectItem(root, key); \ if (__item) \ memcpy((void *)&value_p, (void *)&__item->valueint, sizeof(value_p)); \ } while (0) #define GET_JSON_VALUE_STRING(root, key, value_p) \ do \ { \ cJSON *__item = cJSON_GetObjectItem(root, key); \ memset(value_p, 0, sizeof(value_p)); \ if (__item) \ { \ if (__item->valuestring) \ strcpy(value_p, __item->valuestring); \ } \ } while (0) #define GET_JSON_VALUE_DY_STRING(root, key, value_p) \ do \ { \ cJSON *__item = cJSON_GetObjectItem(root, key); \ if (__item) \ { \ if (__item->valuestring) \ value_p = strdup(__item->valuestring); \ else \ value_p = NULL; \ } \ else \ { \ value_p = NULL; \ } \ } while (0) #define EACH_STRING_INDEX(str, const_ptr, value) \ { \ int ii; \ for (ii = 0; ii < (sizeof(const_ptr) / sizeof((const_ptr)[0])); ii++) \ { \ if (!strcmp(str, const_ptr[ii])) \ { \ value = ii; \ break; \ } \ } \ if (ii == (sizeof(const_ptr) / sizeof((const_ptr)[0]))) \ value = 0; \ } \ while (0) #define ASSERT(x) \ do \ { \ if (!(x)) \ { \ syslog(LOG_USER | LOG_ERR, "[ASSERT]:%s:%d", __FUNCTION__, __LINE__); \ abort(); \ } \ } while (0) #define GET_SN_PROC \ static char *sn = NULL; \ static char *process = NULL; \ \ if (sn == NULL) \ { \ char tmp_sn[SN_MAX_LEN]; \ if (get_board_sn(tmp_sn) == 0) \ { \ size_t len = strlen(tmp_sn); \ if (len > SN_MAX_LEN) len = SN_MAX_LEN; \ sn = (char *) malloc(len + 1); \ strcpy(sn, tmp_sn); \ sn[len] = '\0'; \ } \ else \ { \ dy_syslog(LOG_ERR, "cannot get board SN"); \ return -1; \ } \ } \ \ if (process == NULL) \ { \ char tmp_proc[32]; \ if (get_process_name(tmp_proc) == 0) \ { \ size_t len = strlen(tmp_proc); \ if (len > 32) len = 32; \ process = (char *) malloc(len + 1); \ strcpy(process, tmp_proc); \ process[len] = '\0'; \ dy_syslog(LOG_DEBUG, "get board process name:%s", process); \ } \ else \ { \ dy_syslog(LOG_ERR, "cannot get board process name"); \ return -1; \ } \ } static inline int file_size2(const char *filename) { struct stat statbuf; int size = 0; if (stat(filename, &statbuf) == 0) { size = statbuf.st_size; } return size; } /********************************************** * COMMON * * *******************************************/ // 内部broker的地址信息 #define INTERNAL_BROKER_ADDR "localhost" #define INTERNAL_BROKER_PORT 1883 #define INTERNAL_BROKER_USER "" #define INTERNAL_BROKER_PASS "" #define INTERNAL_RULE_ENG_PORT 1884 #define VINT_RESTART_CMD "/etc/init.d/virtual_interface" /* "/etc/init.d/virtual_interface reload" */ #define PP_RESTART_CMD "/etc/init.d/protocol_parser" /* "(/etc/init.d/protocol_parser reload; sleep 5;)" */ #define RS485_RESTART_CMD "/etc/init.d/rs485" /* "/etc/init.d/rs485 reload" */ #define RS485_SLAVE_RESTART_CMD "/etc/init.d/rs485_slave" /* "/etc/init.d/rs485_slave reload" */ #define ENTRANCE_GUARD_RESTART_CMD "/etc/init.d/entrance_guard" /* "/etc/init.d/entrance_guard reload" */ #define COMMON_SOCKET_RESTART_CMD "/etc/init.d/common_socket" /* "/etc/init.d/common_socket reload" */ #define HUAYUN_RESTART_CMD "/etc/init.d/huayun" /* "/etc/init.d/huayun reload" */ #define LINKKIT_GATEWAY_RESTART_CMD "/etc/init.d/linkkit_gateway" /* "/etc/init.d/linkkit_gateway reload" */ #define ALINK_RESTART_CMD "/etc/init.d/alink" /* "/etc/init.d/alink reload" */ #define LORAWAN_RESTART_CMD "/etc/init.d/lorawan_server" /* "/etc/init.d/lorawan_server reload" */ #define VDEV_RESTART_CMD "/etc/init.d/virtual_dev" /* "/etc/init.d/virtual_dev reload" */ #define RULE_ENG_RESTART_CMD "/etc/init.d/rule_eng" /* "/etc/init.d/rule_eng reload" */ #define WHSNBG_RESTART_CMD "/etc/init.d/whsnbg" /* "/etc/init.d/whsnbg restart" */ #define DATA_RPT_RESTART_CMD "/etc/init.d/data_reporter" /* "/etc/init.d/data_reporter reload" */ #define LORA_RESTART_CMD "/etc/init.d/lora" /* "/etc/init.d/lora reload" */ #define CAN2MODBUS_RESTART_CMD "/etc/init.d/can2modbus" /* "/etc/init.d/can2modbus reload" */ #define UPGRADE_NODE_RESTART_CMD "/etc/init.d/upgrade" /* "/etc/init.d/upgrade reload" */ #define XIENENG_CAR_BMS_RESTART_CMD "/etc/init.d/xieneng_car" /* "/etc/init.d/xieneng_car reload" */ #define NETWORK_RESTART_CMD "(sleep 60; /etc/init.d/network restart; /etc/init.d/dnsmasq restart; /etc/init.d/firewall restart;)&" #define IOT_CLOUD_RESTART_CMD "/etc/init.d/cloud_conn_dayun" /* "/etc/init.d/cloud_conn_dayun reload" */ #define CAN_MQTT_PROXY_RESTART_CMD "/etc/init.d/can_mqtt_proxy" /* "/etc/init.d/can_mqtt_proxy reload" */ #define IP_CAMERA_RESTART_CMD "/etc/init.d/ip_camera" /* "/etc/init.d/ip_camera reload" */ #define IP_CAMERA_RELOAD_CMD "/etc/init.d/ipcamera" /* "/etc/init.d/ipcamera reload" */ #define SUPEC5100_RELOAD_CMD "/etc/init.d/supec5100" /* "/etc/init.d/supec5100 reload" */ #define CLOUD_MQTT_RESTART_CMD "/etc/init.d/cloud_mqtt" /* "/etc/init.d/cloud_mqtt reload" */ #define IP_SOUNDBOX_RESTART_CMD "/etc/init.d/ip_soundbox reload" /* "/etc/init.d/ip_soundbox reload; /etc/init.d/soundbox_data_server reload" */ #define IP_SOUNDBOX_RESTART_CMD1 "/etc/init.d/soundbox_data_server" #define AZURE_RESTART_CMD "/etc/init.d/azure" /* "/etc/init.d/azure reload" */ #define AZURE_ROCHE_RESTART_CMD "/etc/init.d/azure_roche" /* "/etc/init.d/azure_roche reload" */ #define SHANGHAI_S5_RESTART_CMD "/etc/init.d/shanghai_S5" /* "/etc/init.d/shanghai_S5 reload" */ #define IP_ALARM_RESTART_CMD "/etc/init.d/ip_alarm" /* "/etc/init.d/ip_alarm reload" */ #define IP_ALARM_CLIENT_RESTART_CMD "/etc/init.d/ip_alarm_client" /* "/etc/init.d/ip_alarm_client reload" */ #define MODBUS_TCP_RESTART_CMD "/etc/init.d/modbus_tcp" /* "/etc/init.d/modbus_tcp reload" */ #define LANZHUO_RESTART_CMD "/etc/init.d/lanzhuo" /* "/etc/init.d/lanzhuo reload" */ #define S7_PLC_RESTART_CMD "/etc/init.d/S7_PLC" /* "/etc/init.d/S7_PLC reload" */ #define IPDEV_MANAGER_RESTART_CMD "/etc/init.d/ipdev_manager" /* "/etc/init.d/ipdev_manager reload" */ #define CLOUD_NANDU_RESTART_CMD "/etc/init.d/cloud_conn_nandu" /* "/etc/init.d/cloud_conn_nandu reload" */ #define OPC_UA_RESTART_CMD "/etc/init.d/opc_ua" /* "/etc/init.d/opc_ua reload" */ #define OPC_DA_RESTART_CMD "/etc/init.d/openopc" /* "/etc/init.d/openopc reload" */ #define IEC104_CLOUD_RESTART_CMD "/etc/init.d/cloud_conn_iec104" /* "/etc/init.d/cloud_conn_iec104 reload" */ #define DASLINK_CLOUD_RESTART_CMD "/etc/init.d/cloud_conn_daslink" /* "/etc/init.d/cloud_conn_daslink reload" */ #define OPCUA_SERVER_RESTART_CMD "/etc/init.d/opcua_server" /* "/etc/init.d/opcua_server reload" */ #define MHMP_TCP_CLIENT_RESTART_CMD "/etc/init.d/mhmp" /* "/etc/init.d/mhmp reload" */ #define MQTT_FORWARD_RESTART_CMD "/etc/init.d/mqtt_forward" /* "/etc/init.d/mqtt_forward reload" */ #define IEC104_SERVER_RESTART_CMD "/etc/init.d/iec104_server" /* "/etc/init.d/iec104_server reload" */ #define DOCKER_CONTROL_RESTART_CMD "/etc/init.d/docker_control" /* "/etc/init.d/docker_control restart" */ #define YOUCAN_RESTART_CMD "/etc/init.d/youcan" /********************************************** * VIRTUAL INTERFACE * * *******************************************/ #define VINTERFACE_CONFIG_PATH "/app/config/virtual_interface.json" #endif