From 67c7bb9ebcd0763218c008015bbfcb303df5ff46 Mon Sep 17 00:00:00 2001 From: bg4uvr Date: Wed, 2 Oct 2024 16:39:22 +0800 Subject: [PATCH] =?UTF-8?q?=E5=8F=96=E6=B6=88=E7=94=B5=E5=8E=8B=E6=A3=80?= =?UTF-8?q?=E6=B5=8B=E5=8A=9F=E8=83=BD?= MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8bit --- esp8266mws.ino | 1715 +++++++++++++++++++++--------------------------- readme.md | 14 +- 2 files changed, 752 insertions(+), 977 deletions(-) diff --git a/esp8266mws.ino b/esp8266mws.ino index 86cd04a..c6e4f61 100644 --- a/esp8266mws.ino +++ b/esp8266mws.ino @@ -4,9 +4,8 @@ */ //#define DEBUG_MODE //调试模式时不把语句发往服务器 Do not send statements to the server while debugging mode //#define EEPROM_CLEAR //调试时清除EEPROM Clear EEPROM while debugging -//#define VCC_CHK_OFF //关闭电源检测 -const char fw[20] = {"0.16e"}; // firmware version number +const char fw[20] = {"0.17"}; // firmware version number //包含头文件 // Include header file @@ -27,29 +26,29 @@ ADC_MODE(ADC_VCC); //判断到已连接调试主机时，将把调试消息发往主机 // When the debug host is determined to be connected, the debug message is sent to the host #define DBGPRINT(x) \ - if (client_dbg.connected()) \ - client_dbg.print(x); + if (client_dbg.connected()) \ + client_dbg.print(x); #define DBGPRINTLN(x) \ - if (client_dbg.connected()) \ - client_dbg.println(x); + if (client_dbg.connected()) \ + client_dbg.println(x); + //系统状态枚举 // System state enumeration typedef enum { - SYS_FAIL, //非法状态 // Illegal status - SYS_CFG, //配置状态 // Configure the state - SYS_RUN, //运行状态 // Run status - SYS_STOP, //停止状态 // Stop state + SYS_FAIL, //非法状态 // Illegal status + SYS_CFG, //配置状态 // Configure the state + SYS_RUN, //运行状态 // Run status } sys_mode_t; //语言枚举 // Language enumeration typedef enum { - CN = 0, - EN = 1, + CN = 0, + EN = 1, } language_t; #define LANGUAGE_NUM 2 @@ -58,22 +57,19 @@ typedef enum // Configure the data structure typedef struct { - uint32_t crc; //校验值 // Check the value - float stop_voltage; //停机电压 // Stop voltage - float restart_voltage; //恢复工作电压 // Restore working voltage - float lon; //经度 // longitude - float lat; //纬度 // latitude - uint16_t password; // APRS密码 // APRS password - uint16_t min_send_interval; //最小发送间隔 //Minimum transmission interval - uint16_t max_send_interval; //最大发送间隔 //Maximum transmission interval - uint16_t aprs_server_port; // APRS服务器端口 //APRS server port - uint16_t debug_server_port; //调试主机端口 //Debug host port - char aprs_server_addr[26]; // APRS服务器地址 //APRS server address - char debug_server_addr[26]; //调试主机地址 //Debugging host address - char callsign[8]; //呼号 //callsign - char ssid[4]; // SSID - sys_mode_t sysstate; //系统状态 //The system state - language_t language; //语言 //language + uint32_t crc; //校验值 // Check the value + float lon; //经度 // longitude + float lat; //纬度 // latitude + uint16_t password; // APRS密码 // APRS password + uint16_t send_interval; //最小发送间隔 //Minimum transmission interval + uint16_t aprs_server_port; // APRS服务器端口 //APRS server port + uint16_t debug_server_port; //调试主机端口 //Debug host port + char aprs_server_addr[26]; // APRS服务器地址 //APRS server address + char debug_server_addr[26]; //调试主机地址 //Debugging host address + char callsign[8]; //呼号 //callsign + char ssid[4]; // SSID + sys_mode_t sysstate; + language_t language; //语言 //language } cfg_t; //系统全局变量 @@ -84,7 +80,7 @@ Adafruit_BMP280 bmp; // BMP280实例 Adafruit_AHTX0 aht; // AHT20实例 float voltage; //电池电压 //The battery voltage uint32_t last_send; //上一次发送时刻 //Last Send Time -uint16_t sleepsec; //下次工作延时 //Next time work delay +uint32_t sleepsec; char msgbuf[150] = {0}; //消息格式化缓存 //Message format cache bool bm280_state = false; // bmp280状态（初始化是否成功） bool aht20_state = false; // aht20状态（初始化是否成功） @@ -93,423 +89,411 @@ bool aht20_state = false; // aht20状态（初始化是否成功） // CRC32 Check uint32_t mycrc32(uint8_t *data, int length) { - uint32_t crc = 0xffffffff; - uint8_t *ldata = data; - while (length--) + uint32_t crc = 0xffffffff; + uint8_t *ldata = data; + while (length--) + { + uint8_t c = *(ldata++); + for (uint32_t i = 0x80; i > 0; i >>= 1) { - uint8_t c = *(ldata++); - for (uint32_t i = 0x80; i > 0; i >>= 1) - { - bool bit = crc & 0x80000000; - if (c & i) - bit = !bit; - crc <<= 1; - if (bit) - crc ^= 0x04c11db7; - } + bool bit = crc & 0x80000000; + if (c & i) + bit = !bit; + crc <<= 1; + if (bit) + crc ^= 0x04c11db7; } - return crc; + } + return crc; } //自动配网 // Automatic distribution network void WiFisetup() { - WiFiManager wifiManager; - // wifiManager.resetSettings(); - wifiManager.setConfigPortalTimeout(300); - - if (!wifiManager.autoConnect("Esp8266MWS-SET")) - { - delay(3000); - ESP.reset(); - //重置并重试 - // Reset and retry - delay(5000); - } + WiFiManager wifiManager; + // wifiManager.resetSettings(); + wifiManager.setConfigPortalTimeout(300); + + if (!wifiManager.autoConnect("Esp8266MWS-SET")) + { + delay(3000); + ESP.reset(); + //重置并重试 + // Reset and retry + delay(5000); + } } //读取BMP280 // read BMP280 bool read_bmp280(float *temperature, float *pressure) { - if (bm280_state == false) - { - const char *msg1[] = { - "BMP280读取失败", - "BMP280 read failed", - }; - DBGPRINTLN(msg1[mycfg.language]); - return false; - } - - //设置BMP280采样参数 - // Set the BMP280 sampling parameter - bmp.setSampling(Adafruit_BMP280::MODE_FORCED, // FORCE模式读完自动转换回sleep模式 // return to sleep mode automatically after reading in FORCE mode - Adafruit_BMP280::SAMPLING_X1, - Adafruit_BMP280::SAMPLING_X4, - Adafruit_BMP280::FILTER_X16, - Adafruit_BMP280::STANDBY_MS_1); - *temperature = bmp.readTemperature(); - *pressure = bmp.readPressure(); - const char *msg2[] = { - "BMP280读取成功", - "BMP280 read successfully", + if (bm280_state == false) + { + const char *msg1[] = { + "BMP280读取失败", + "BMP280 read failed", }; - DBGPRINTLN(msg2[mycfg.language]); - return true; + DBGPRINTLN(msg1[mycfg.language]); + return false; + } + + //设置BMP280采样参数 + // Set the BMP280 sampling parameter + bmp.setSampling(Adafruit_BMP280::MODE_FORCED, // FORCE模式读完自动转换回sleep模式 // return to sleep mode automatically after reading in FORCE mode + Adafruit_BMP280::SAMPLING_X1, + Adafruit_BMP280::SAMPLING_X4, + Adafruit_BMP280::FILTER_X16, + Adafruit_BMP280::STANDBY_MS_1); + *temperature = bmp.readTemperature(); + *pressure = bmp.readPressure(); + const char *msg2[] = { + "BMP280读取成功", + "BMP280 read successfully", + }; + DBGPRINTLN(msg2[mycfg.language]); + return true; } //读取AHT20 // read AHT20 bool read_aht20(float *temperature, float *humidity) { - if (aht20_state == false) - { - const char *msg1[] = { - "AHT20读取失败", - "AHT20 read failed", - }; - DBGPRINTLN(msg1[mycfg.language]); - return false; - } + if (aht20_state == false) + { + const char *msg1[] = { + "AHT20读取失败", + "AHT20 read failed", + }; + DBGPRINTLN(msg1[mycfg.language]); + return false; + } - sensors_event_t humAHT, tempAHT; + sensors_event_t humAHT, tempAHT; - aht.getEvent(&humAHT, &tempAHT); + aht.getEvent(&humAHT, &tempAHT); - *temperature = tempAHT.temperature; - *humidity = humAHT.relative_humidity; - const char *msg2[] = { - "AHT20读取成功", - "AHT20 read successfully", - }; - DBGPRINTLN(msg2[mycfg.language]); - return true; + *temperature = tempAHT.temperature; + *humidity = humAHT.relative_humidity; + const char *msg2[] = { + "AHT20读取成功", + "AHT20 read successfully", + }; + DBGPRINTLN(msg2[mycfg.language]); + return true; } //读取传感器并发送一次数据 // Read the sensor and send the data once void send_data() { - float temperatureAHT, humidity, temperatureBMP, pressure; //保存湿传感器的温度温度度，BMP280的温度、气压的浮点变量 - // Save the humidity sensor temperature, BMP280 temperature, air pressure floating point variables - char temperatureS[4] = {"..."}; - char humidityS[3] = {".."}; - char pressureS[6] = {"....."}; - - bool bmpRES = read_bmp280(&temperatureBMP, &pressure); //读取BMP280 Read BMP280 - bool ahtRES = read_aht20(&temperatureAHT, &humidity); //读取AHT20温度湿度 Read AHT20 temperature and humidity - - // BMP280读取成功 - // BMP280 read successfully - if (bmpRES) + float temperatureAHT, humidity, temperatureBMP, pressure; //保存湿传感器的温度温度度，BMP280的温度、气压的浮点变量 + // Save the humidity sensor temperature, BMP280 temperature, air pressure floating point variables + char temperatureS[4] = {"..."}; + char humidityS[3] = {".."}; + char pressureS[6] = {"....."}; + + bool bmpRES = read_bmp280(&temperatureBMP, &pressure); //读取BMP280 Read BMP280 + bool ahtRES = read_aht20(&temperatureAHT, &humidity); //读取AHT20温度湿度 Read AHT20 temperature and humidity + + // BMP280读取成功 + // BMP280 read successfully + if (bmpRES) + { + snprintf(temperatureS, sizeof(temperatureS), "%03d", (int8_t)(temperatureBMP * 9 / 5 + 32)); //保存温度字符串 // Save the temperature string + snprintf(pressureS, sizeof(pressureS), "%05d", (uint16_t)(pressure / 10)); //保存气压字符串 // Save the barometric string + if (client_dbg.connected()) { - snprintf(temperatureS, sizeof(temperatureS), "%03d", (int8_t)(temperatureBMP * 9 / 5 + 32)); //保存温度字符串 // Save the temperature string - snprintf(pressureS, sizeof(pressureS), "%05d", (uint16_t)(pressure / 10)); //保存气压字符串 // Save the barometric string - if (client_dbg.connected()) - { - switch (mycfg.language) - { - case CN: - client_dbg.printf("\nbmp280温度:%0.2f\tbmp280气压:%0.2f\n", temperatureBMP, pressure); - break; - case EN: - client_dbg.printf("\nbmp280 temperature:%0.2f\tbmp280 pressure:%0.2f\n", temperatureBMP, pressure); - break; - default: - break; - } - } - } - // AHT20读取成功 - // AHT20 read successfully - if (ahtRES) - { - snprintf(temperatureS, sizeof(temperatureS), "%03d", (int8_t)(temperatureAHT * 9 / 5 + 32)); //保存温度字符串 // Save the temperature string - snprintf(humidityS, sizeof(humidityS), "%02d", (uint8_t)humidity); //保存湿度字符串 // Save the humidity string - if (client_dbg.connected()) - { - switch (mycfg.language) - { - case CN: - client_dbg.printf("aht20温度:%0.2f\taht20湿度:%0.2f\n", temperatureAHT, humidity); - break; - case EN: - client_dbg.printf("aht20 temperature:%0.2f\taht20 humidity:%0.2f\n", temperatureAHT, humidity); - break; - default: - break; - } - } - } - //如果BMP280和AHT20均读取成功，那么平均两个传感器的温度 - // If both BMP280 and AHT20 are read successfully, then average the temperature of both sensors - if (ahtRES && bmpRES) - { - snprintf(temperatureS, sizeof(temperatureS), "%03d", (int8_t)(((temperatureAHT + temperatureBMP) / 2) * 9 / 5 + 32)); - if (client_dbg.connected()) - switch (mycfg.language) - { - case CN: - client_dbg.printf("两传感器平均温度:%0.2f\n", (temperatureAHT + temperatureBMP) / 2); - break; - case EN: - client_dbg.printf("Average temperature of two sensors:%0.2f\n", (temperatureAHT + temperatureBMP) / 2); - break; - default: - break; - } + switch (mycfg.language) + { + case CN: + client_dbg.printf("\nbmp280温度:%0.2f\tbmp280气压:%0.2f\n", temperatureBMP, pressure); + break; + case EN: + client_dbg.printf("\nbmp280 temperature:%0.2f\tbmp280 pressure:%0.2f\n", temperatureBMP, pressure); + break; + default: + break; + } } - - // 发送用户自定义消息 send user custom messsage - uint8_t sync_timeout = 50; // NTP同步超时计数器，设置为5秒 - configTime(0, 0, "ntp.aliyun.com", "time.asia.apple.com", "pool.ntp.org"); //设置时间格式以及时间服务器的网址 - DBGPRINTLN("Waiting for time sync from NTP server"); //等待时间和NTP服务器同步 - while (time(nullptr) <= 100000 && sync_timeout--) //这里需要多读几次，以等待时间同步完成（较早的时间可以认为同步尚未完成） + } + // AHT20读取成功 + // AHT20 read successfully + if (ahtRES) + { + snprintf(temperatureS, sizeof(temperatureS), "%03d", (int8_t)(temperatureAHT * 9 / 5 + 32)); //保存温度字符串 // Save the temperature string + snprintf(humidityS, sizeof(humidityS), "%02d", (uint8_t)humidity); //保存湿度字符串 // Save the humidity string + if (client_dbg.connected()) { - DBGPRINT("."); - delay(100); + switch (mycfg.language) + { + case CN: + client_dbg.printf("aht20温度:%0.2f\taht20湿度:%0.2f\n", temperatureAHT, humidity); + break; + case EN: + client_dbg.printf("aht20 temperature:%0.2f\taht20 humidity:%0.2f\n", temperatureAHT, humidity); + break; + default: + break; + } } - time_t now = time(nullptr); //获取当前时间 - struct tm *timenow = gmtime(&now); //转换成年月日的数字 - snprintf(msgbuf, sizeof(msgbuf), "\nGMT time is: %s", asctime(timenow)); //格式化时间 - DBGPRINTLN(msgbuf); //发送到调试主机显示 - if ((timenow->tm_hour % 3 == 0) && (timenow->tm_min < (sleepsec / 60) + 1)) //指定时间间隔发送一次（最多可能会多发一次） - { - snprintf(msgbuf, sizeof(msgbuf), "%s-%s>APUVR:>esp8266mws ver%s https://github.com/bg4uvr/esp8266mws", mycfg.callsign, mycfg.ssid, fw); + } + //如果BMP280和AHT20均读取成功，那么平均两个传感器的温度 + // If both BMP280 and AHT20 are read successfully, then average the temperature of both sensors + if (ahtRES && bmpRES) + { + snprintf(temperatureS, sizeof(temperatureS), "%03d", (int8_t)(((temperatureAHT + temperatureBMP) / 2) * 9 / 5 + 32)); + if (client_dbg.connected()) + switch (mycfg.language) + { + case CN: + client_dbg.printf("两传感器平均温度:%0.2f\n", (temperatureAHT + temperatureBMP) / 2); + break; + case EN: + client_dbg.printf("Average temperature of two sensors:%0.2f\n", (temperatureAHT + temperatureBMP) / 2); + break; + default: + break; + } + } + + // 发送用户自定义消息 send user custom messsage + uint8_t sync_timeout = 50; // NTP同步超时计数器，设置为5秒 + configTime(0, 0, "ntp.aliyun.com", "time.asia.apple.com", "pool.ntp.org"); //设置时间格式以及时间服务器的网址 + DBGPRINTLN("Waiting for time sync from NTP server"); //等待时间和NTP服务器同步 + while (time(nullptr) <= 100000 && sync_timeout--) //这里需要多读几次，以等待时间同步完成（较早的时间可以认为同步尚未完成） + { + DBGPRINT("."); + delay(100); + } + time_t now = time(nullptr); //获取当前时间 + struct tm *timenow = gmtime(&now); //转换成年月日的数字 + snprintf(msgbuf, sizeof(msgbuf), "\nGMT time is: %s", asctime(timenow)); //格式化时间 + DBGPRINTLN(msgbuf); //发送到调试主机显示 + if ((timenow->tm_hour % 3 == 0) && (timenow->tm_min < (mycfg.send_interval / 60) + 1)) //指定时间间隔发送一次（最多可能会多发一次） + { + snprintf(msgbuf, sizeof(msgbuf), "%s-%s>APUVR:>esp8266mws ver%s https://github.com/bg4uvr/esp8266mws", mycfg.callsign, mycfg.ssid, fw); #ifndef DEBUG_MODE - client_aprs.println(msgbuf); //数据发往服务器 // The data is sent to the server + client_aprs.println(msgbuf); //数据发往服务器 // The data is sent to the server #endif - DBGPRINTLN(msgbuf); - } + DBGPRINTLN(msgbuf); + } - // 发送气象报文 Send weather messages - snprintf(msgbuf, sizeof(msgbuf), - "%s-%s>APUVR:!%07.2f%cR%08.2f%c_.../...g...t%sr...p...h%sb%sBat:%0.3fV, Int:%dmins.", - mycfg.callsign, mycfg.ssid, mycfg.lat, mycfg.lat > 0 ? 'N' : 'S', mycfg.lon, mycfg.lon > 0 ? 'E' : 'W', - temperatureS, humidityS, pressureS, voltage, sleepsec / 60); + // 发送气象报文 Send weather messages + snprintf(msgbuf, sizeof(msgbuf), + "%s-%s>APUVR:!%07.2f%cR%08.2f%c_.../...g...t%sr...p...h%sb%s", + mycfg.callsign, mycfg.ssid, mycfg.lat, mycfg.lat > 0 ? 'N' : 'S', mycfg.lon, mycfg.lon > 0 ? 'E' : 'W', + temperatureS, humidityS, pressureS); #ifndef DEBUG_MODE - client_aprs.println(msgbuf); //数据发往服务器 // The data is sent to the server + client_aprs.println(msgbuf); //数据发往服务器 // The data is sent to the server #endif - DBGPRINTLN(msgbuf); + DBGPRINTLN(msgbuf); } //登陆APRS服务器发送数据 // Log on to the APRS server and send data bool loginAPRS() { - const char *msg[] = { - "正在连接APRS服务器", - "Connecting to the APRS server", - }; - DBGPRINTLN(msg[mycfg.language]); - - uint8_t timeout = 0; //超时计数器 - while (timeout++ < 5) // 5次都未能成功连接服务器 // Failed to connect to the server + const char *msg[] = { + "正在连接APRS服务器", + "Connecting to the APRS server", + }; + DBGPRINTLN(msg[mycfg.language]); + + uint8_t timeout = 0; //超时计数器 + while (timeout++ < 5) // 5次都未能成功连接服务器 // Failed to connect to the server + { + if (client_aprs.connect(mycfg.aprs_server_addr, mycfg.aprs_server_port)) { - if (client_aprs.connect(mycfg.aprs_server_addr, mycfg.aprs_server_port)) + const char *msg1[] = { + "APRS服务器已连接", + "The APRS server is connected", + }; + DBGPRINTLN(msg1[mycfg.language]); + + timeout = 0; //超时计数清零 + while (timeout++ < 100) //等待发送成功 + { + if (client_aprs.available()) //如果缓冲区字符串大于0 // If the buffer string is greater than 0 { - const char *msg1[] = { - "APRS服务器已连接", - "The APRS server is connected", + String line = client_aprs.readStringUntil('\n'); //获取字符串 // Get the string + DBGPRINTLN(line); //转发到调试主机 // Forward to the debug host + + //如果已经连接到服务器，则开始登录 + // If you are already connected to the server, start logging in + if (line.indexOf("aprsc") != -1 || // aprsc服务器 + line.indexOf("javAPRSSrvr") != -1) // javAPRSSrvr服务器 + { + const char *msg2[] = { + "正在登录ARPS服务器...", + "Logging on to the ARPS server...", }; - DBGPRINTLN(msg1[mycfg.language]); - - timeout = 0; //超时计数清零 - while (timeout++ < 100) //等待发送成功 + DBGPRINTLN(msg2[mycfg.language]); + sprintf(msgbuf, "user %s-%s pass %d vers esp8266mws %s", mycfg.callsign, mycfg.ssid, mycfg.password, fw); + client_aprs.println(msgbuf); //发送登录语句 // Send the logon statement + DBGPRINTLN(msgbuf); + timeout = 0; //超时计数清零 + } + //登陆验证成功或者失败都发送数据（失败“unverified”也包含“verified”，验证失败也可发送数据，但会显示未验证） + // Send data if login verification is successful or fails (" Unverified "includes" Verified "if failed, or data can be sent if verification fails, but it will show" Unverified ") + else if (line.indexOf("verified") != -1) + { + const char *msg3[] = { + "APRS服务器登录成功", + "APRS server login successful", + }; + DBGPRINTLN(msg3[mycfg.language]); + send_data(); //发送数据 send data + if (client_aprs.flush(10000)) //最长等待10秒来完成发送 Wait up to 10 seconds to complete the transmission { - if (client_aprs.available()) //如果缓冲区字符串大于0 // If the buffer string is greater than 0 - { - String line = client_aprs.readStringUntil('\n'); //获取字符串 // Get the string - DBGPRINTLN(line); //转发到调试主机 // Forward to the debug host - - //如果已经连接到服务器，则开始登录 - // If you are already connected to the server, start logging in - if (line.indexOf("aprsc") != -1 || // aprsc服务器 - line.indexOf("javAPRSSrvr") != -1) // javAPRSSrvr服务器 - { - const char *msg2[] = { - "正在登录ARPS服务器...", - "Logging on to the ARPS server...", - }; - DBGPRINTLN(msg2[mycfg.language]); - sprintf(msgbuf, "user %s-%s pass %d vers esp8266mws %s", mycfg.callsign, mycfg.ssid, mycfg.password, fw); - client_aprs.println(msgbuf); //发送登录语句 // Send the logon statement - DBGPRINTLN(msgbuf); - timeout = 0; //超时计数清零 - } - //登陆验证成功或者失败都发送数据（失败“unverified”也包含“verified”，验证失败也可发送数据，但会显示未验证） - // Send data if login verification is successful or fails (" Unverified "includes" Verified "if failed, or data can be sent if verification fails, but it will show" Unverified ") - else if (line.indexOf("verified") != -1) - { - const char *msg3[] = { - "APRS服务器登录成功", - "APRS server login successful", - }; - DBGPRINTLN(msg3[mycfg.language]); - send_data(); //发送数据 send data - if (client_aprs.flush(10000)) //最长等待10秒来完成发送 Wait up to 10 seconds to complete the transmission - { - const char *msg100[] = { - "数据发送成功", - "data sent success", - }; - DBGPRINTLN(msg100[mycfg.language]); - return true; - } - else - { - const char *msg101[] = { - "数据发送超时", - "data sending timeout", - }; - DBGPRINTLN(msg101[mycfg.language]); - return false; - } - } - //服务器已满 Server full - else if (line.indexOf("Server full") != -1 || - line.indexOf("Port full") != -1) - { - const char *msg4[] = { - "服务器已负荷已满，将稍后重试", - "The server is full and will try again later", - }; - DBGPRINTLN(msg4[mycfg.language]); - return false; - } - } - delay(100); //每0.1秒检查一次是否接收到新数据 + const char *msg100[] = { + "数据发送成功", + "data sent success", + }; + DBGPRINTLN(msg100[mycfg.language]); + return true; } - // 10秒未接收预期数据，认为超时 - const char *msg6[] = { - "错误：接收APRS服务器数据超时", - "Error: Receive APRS server data timeout", + else + { + const char *msg101[] = { + "数据发送超时", + "data sending timeout", + }; + DBGPRINTLN(msg101[mycfg.language]); + return false; + } + } + //服务器已满 Server full + else if (line.indexOf("Server full") != -1 || + line.indexOf("Port full") != -1) + { + const char *msg4[] = { + "服务器已负荷已满，将稍后重试", + "The server is full and will try again later", }; - DBGPRINTLN(msg6[mycfg.language]); + DBGPRINTLN(msg4[mycfg.language]); return false; + } } - //连接APRS服务器失败 - // Failed to connect to the APRS server - else - delay(2000); + delay(100); //每0.1秒检查一次是否接收到新数据 + } + // 10秒未接收预期数据，认为超时 + const char *msg6[] = { + "错误：接收APRS服务器数据超时", + "Error: Receive APRS server data timeout", + }; + DBGPRINTLN(msg6[mycfg.language]); + return false; } - - const char *msg7[] = { - "\n5次未能成功连接APRS服务器，将休眠1分钟后再重试", - "\nError: Failing to connect to APRS server for 5 times, will sleep for 1 minute and then try again", - }; - DBGPRINTLN(msg7[mycfg.language]); - return false; + //连接APRS服务器失败 + // Failed to connect to the APRS server + else + delay(2000); + } + + const char *msg7[] = { + "\n5次未能成功连接APRS服务器，将休眠1分钟后再重试", + "\nError: Failing to connect to APRS server for 5 times, will sleep for 1 minute and then try again", + }; + DBGPRINTLN(msg7[mycfg.language]); + return false; } //显示配置数据 // Display the configuration data void dispset() { - switch (mycfg.language) - { + switch (mycfg.language) + { case CN: - client_dbg.println("系统当前配置："); - client_dbg.print("aprs服务器地址:\t"); - client_dbg.println(mycfg.aprs_server_addr); - client_dbg.print("aprs服务器端口:\t"); - client_dbg.println(mycfg.aprs_server_port); - client_dbg.print("调试主机地址:\t"); - client_dbg.println(mycfg.debug_server_addr); - client_dbg.print("调试主机端口:\t"); - client_dbg.println(mycfg.debug_server_port); - client_dbg.print("呼号:\t"); - client_dbg.println(mycfg.callsign); - client_dbg.print("SSID:\t"); - client_dbg.println(mycfg.ssid); - client_dbg.print("APRS验证码:\t"); - client_dbg.println(mycfg.password); - client_dbg.print("最小发送间隔:\t"); - client_dbg.println(mycfg.min_send_interval); - client_dbg.print("最大发送间隔:\t"); - client_dbg.println(mycfg.max_send_interval); - client_dbg.print("停机电压:\t"); - client_dbg.printf("%0.2f\n", mycfg.stop_voltage); - client_dbg.print("重启电压:\t"); - client_dbg.printf("%0.2f\n", mycfg.restart_voltage); - client_dbg.print("经度:\t"); - client_dbg.printf("%0.2f\n", mycfg.lon); - client_dbg.print("纬度:\t"); - client_dbg.printf("%0.2f\n", mycfg.lat); - client_dbg.print("语言设置:\t"); - client_dbg.println(mycfg.language); - client_dbg.print("系统运行状态:\t"); - client_dbg.println(mycfg.sysstate); - break; + client_dbg.println("系统当前配置："); + client_dbg.print("aprs服务器地址:\t"); + client_dbg.println(mycfg.aprs_server_addr); + client_dbg.print("aprs服务器端口:\t"); + client_dbg.println(mycfg.aprs_server_port); + client_dbg.print("调试主机地址:\t"); + client_dbg.println(mycfg.debug_server_addr); + client_dbg.print("调试主机端口:\t"); + client_dbg.println(mycfg.debug_server_port); + client_dbg.print("呼号:\t"); + client_dbg.println(mycfg.callsign); + client_dbg.print("SSID:\t"); + client_dbg.println(mycfg.ssid); + client_dbg.print("APRS验证码:\t"); + client_dbg.println(mycfg.password); + client_dbg.print("发送间隔:\t"); + client_dbg.println(mycfg.send_interval); + client_dbg.print("经度:\t"); + client_dbg.printf("%0.2f\n", mycfg.lon); + client_dbg.print("纬度:\t"); + client_dbg.printf("%0.2f\n", mycfg.lat); + client_dbg.print("语言设置:\t"); + client_dbg.println(mycfg.language); + client_dbg.print("系统运行状态:\t"); + client_dbg.println(mycfg.sysstate); + break; case EN: - client_dbg.println("System current configuration:"); - client_dbg.print("APRS server address:\t"); - client_dbg.println(mycfg.aprs_server_addr); - client_dbg.print("APRS server port:\t"); - client_dbg.println(mycfg.aprs_server_port); - client_dbg.print("Debug host address:\t"); - client_dbg.println(mycfg.debug_server_addr); - client_dbg.print("Debug host port:\t"); - client_dbg.println(mycfg.debug_server_port); - client_dbg.print("Callsign:\t"); - client_dbg.println(mycfg.callsign); - client_dbg.print("SSID:\t"); - client_dbg.println(mycfg.ssid); - client_dbg.print("APRS verification code:\t"); - client_dbg.println(mycfg.password); - client_dbg.print("Min send interval:\t"); - client_dbg.println(mycfg.min_send_interval); - client_dbg.print("Max send interval:\t"); - client_dbg.println(mycfg.max_send_interval); - client_dbg.print("Stop work voltage:\t"); - client_dbg.printf("%0.2f\n", mycfg.stop_voltage); - client_dbg.print("Rework voltage:\t"); - client_dbg.printf("%0.2f\n", mycfg.restart_voltage); - client_dbg.print("Longitude:\t"); - client_dbg.printf("%0.2f\n", mycfg.lon); - client_dbg.print("Latitude:\t"); - client_dbg.printf("%0.2f\n", mycfg.lat); - client_dbg.print("Language:\t"); - client_dbg.println(mycfg.language); - client_dbg.print("System state:\t"); - client_dbg.println(mycfg.sysstate); - break; + client_dbg.println("System current configuration:"); + client_dbg.print("APRS server address:\t"); + client_dbg.println(mycfg.aprs_server_addr); + client_dbg.print("APRS server port:\t"); + client_dbg.println(mycfg.aprs_server_port); + client_dbg.print("Debug host address:\t"); + client_dbg.println(mycfg.debug_server_addr); + client_dbg.print("Debug host port:\t"); + client_dbg.println(mycfg.debug_server_port); + client_dbg.print("Callsign:\t"); + client_dbg.println(mycfg.callsign); + client_dbg.print("SSID:\t"); + client_dbg.println(mycfg.ssid); + client_dbg.print("APRS verification code:\t"); + client_dbg.println(mycfg.password); + client_dbg.print("Ssend interval:\t"); + client_dbg.println(mycfg.send_interval); + client_dbg.print("Longitude:\t"); + client_dbg.printf("%0.2f\n", mycfg.lon); + client_dbg.print("Latitude:\t"); + client_dbg.printf("%0.2f\n", mycfg.lat); + client_dbg.print("Language:\t"); + client_dbg.println(mycfg.language); + client_dbg.print("System state:\t"); + client_dbg.println(mycfg.sysstate); + break; default: - break; - } + break; + } } //显示系统信息 // Display system information void dispsysinfo() { - //显示系统名称 - // Display the system name - client_dbg.println("\nEsp8266MWS 迷你气象站"); - client_dbg.println("\nEsp8266MWS Mini Weather Station"); - - //显示设备当前局域网IP地址 - // Displays the device's current LAN IP address - const char *msg[] = { - "\n当前设备IP地址为：", - "\nThe current device IP address is:", - }; - DBGPRINTLN(msg[mycfg.language]); - client_dbg.println(WiFi.localIP()); - - //显示当前配置 - // Displays the current configuration - dispset(); - - //显示提示消息 - // Display the prompt message - switch (mycfg.language) - { + //显示系统名称 + // Display the system name + client_dbg.println("\nEsp8266MWS 迷你气象站"); + client_dbg.println("\nEsp8266MWS Mini Weather Station"); + + //显示设备当前局域网IP地址 + // Displays the device's current LAN IP address + const char *msg[] = { + "\n当前设备IP地址为：", + "\nThe current device IP address is:", + }; + DBGPRINTLN(msg[mycfg.language]); + client_dbg.println(WiFi.localIP()); + + //显示当前配置 + // Displays the current configuration + dispset(); + + //显示提示消息 + // Display the prompt message + switch (mycfg.language) + { case CN: - client_dbg.println("\n\ + client_dbg.println("\n\ 配置命令格式说明：\n\ \n\ cfg -参数1 参数1数据 [-参数2 参数2数据] [...] [-参数n 参数n数据]\n\ @@ -528,10 +512,7 @@ void dispsysinfo() -p APRS服务器端口 14580 不解释\n\ -g 调试主机地址 192.168.1.125 用于调试、配置及监控的主机内网IP\n\ -e 调试主机端口 12345 不解释\n\ - -v 停机电压 3.2 电压低于此值系统停止工作（最小值3.1）\n\ - -r 重新工作电压 3.4 电压高于此值系统重新工作（最大值3.6）\n\ - -n 最小发送间隔 600 单位：秒（最小值300）\n\ - -x 最大发送间隔 1200 单位：秒（最大值1800）\n\ + -n 发送间隔 900 单位：秒（范围600-1200）\n\ -l 语言选择 CN 0 中文；1 英文\n\ \n\ 配置命令示例:\n\ @@ -547,12 +528,12 @@ void dispsysinfo() 复位重启命令：\n\ rst\n\ \n\ - 所有命令发送时需要以 \\n 来结尾，如：\n\ + 所有命令发送时需要以 \\n 来结尾：\n\ rst\\n\n\ "); - break; + break; case EN: - client_dbg.println("\n\ + client_dbg.println("\n\ Format description of configuration command:\n\ \n\ cfg -parameter1 parameter1_data [-parameter2 parameter2_data] [...] [-parameterN parameterN_data]\n\ @@ -571,10 +552,7 @@ Optional parameters:\n\ -p APRS server port 14580 don't explain\n\ -g Debug host address 192.168.1.125 host Intranet IP for debugg,config,monitor\n\ -e Debug host port 12345 don't explain\n\ - -v Stop voltage 3.2 voltage below this value system will stop work(min:3.1v)\n\ - -r ReWork voltage 3.4 voltage above this value system will rework(max:3.6v)\n\ - -n Min send interval 600 Unit: Seconds (min: 300)\n\ - -x Max send interval 1200 Unit: Seconds (max: 1800)\n\ + -n send interval 900 Unit: Seconds (range: 600-1200)\n\ -l Language selection CN 0 Chinese, 1 English\n\ \n\ Examples of configuration commands:\n\ @@ -593,653 +571,454 @@ Rst command：\n\ All commands need to end with \\n when sending, such as:\n\ rst\\n\n\ "); - break; + break; default: - break; - } + break; + } } //保存配置数据 // Save the configuration data void eeprom_save() { - mycfg.crc = mycrc32((uint8_t *)&mycfg + 4, sizeof(mycfg) - 4); //计算校验值 Calculate the checksum - for (uint8_t i = 0; i < sizeof(cfg_t); i++) //写入配置数据 Write configuration data - EEPROM.write(i, ((uint8_t *)&mycfg)[i]); - EEPROM.commit(); //提交数据 + mycfg.crc = mycrc32((uint8_t *)&mycfg + 4, sizeof(mycfg) - 4); //计算校验值 Calculate the checksum + for (uint8_t i = 0; i < sizeof(cfg_t); i++) //写入配置数据 Write configuration data + EEPROM.write(i, ((uint8_t *)&mycfg)[i]); + EEPROM.commit(); //提交数据 } //配置数据初始化 // Configure data initialization void cfg_init() { - mycfg.stop_voltage = 3.2f; - mycfg.restart_voltage = 3.4f; - mycfg.lon = 100.0f; // default lon: 01d00.00` - mycfg.lat = 100.0f; // default lat: 001d00.00` - mycfg.min_send_interval = 600; - mycfg.max_send_interval = 1200; - mycfg.password = 0; - mycfg.aprs_server_port = 14580; - mycfg.debug_server_port = 12345; - strcpy(mycfg.aprs_server_addr, "rotate.aprs2.net"); // default server - strcpy(mycfg.debug_server_addr, "192.168.1.125"); - strcpy(mycfg.callsign, "NOCALL"); - strcpy(mycfg.ssid, "13"); - mycfg.sysstate = SYS_CFG; - mycfg.language = CN; - eeprom_save(); + mycfg.lon = 100.0f; // default lon: 01d00.00` + mycfg.lat = 100.0f; // default lat: 001d00.00` + mycfg.send_interval = 900; + mycfg.password = 0; + mycfg.aprs_server_port = 14580; + mycfg.debug_server_port = 12345; + strcpy(mycfg.aprs_server_addr, "rotate.aprs2.net"); // default server + strcpy(mycfg.debug_server_addr, "192.168.1.125"); + strcpy(mycfg.callsign, "NOCALL"); + strcpy(mycfg.ssid, "13"); + mycfg.sysstate = SYS_CFG; + mycfg.language = CN; + eeprom_save(); } //系统配置程序 // System configurator void set_cfg() { - //如果没有接收到数据直接返回 - // If no data is received, return it directly - if (!client_dbg.available()) - return; - - //获取调试服务器发来的字符串 - // Get the string sent by the debug server - String line = client_dbg.readStringUntil('\n'); //每次解析到换行符 Each parse to a newline character - const char *msg[] = { - "\n您发送的命令为：", - "\nThe command you sent is:", - }; - DBGPRINTLN(msg[mycfg.language]); - client_dbg.println(line); //命令回显 // command echo - - //开始解析命令字符串 - // Begin parsing the command string - char *buf = new char[line.length() + 1]; //新建临时缓存，用于String类型转换为char[]类型 // Create a temporary cache for converting String to char[] - - strcpy(buf, line.c_str()); //复制字符串 // Copy the string - - // is RST command? - if (strncmp(buf, "rst", 3) == 0) - { - const char *msg0[] = { - "收到复位使命令，重新启动中...\n", - "Reset command received, restarting...\n", - }; - DBGPRINTLN(msg0[mycfg.language]); - delay(2000); - ESP.reset(); // reset~ - } - - //判断命令是否正确 - // Determine if the command is correct - if (strncmp(buf, "cfg ", 4) != 0) - { - const char *msg1[] = { - "命令格式不正确，请重新输入", - "Command format incorrect, please retry", - }; - DBGPRINTLN(msg1[mycfg.language]); - return; - } - - //分割存储参数 - // Split storage parameters - char *p; //新建用于分割字符串的指针 Create a new pointer to split the string - char *cmd[50] = {0}; //命令数组 Ordered array - uint8_t cnt; //参数计数 Parameters of the count - p = strtok(buf, " "); //字符串中搜索空格 Search for Spaces in a string - for (cnt = 0; cnt < sizeof(cmd) && p != NULL; cnt++) //搜索配置参数，保存到指针数组 Search for configuration parameters and save them to a pointer array - { - cmd[cnt] = p; - p = strtok(NULL, " "); - } + //如果没有接收到数据直接返回 + // If no data is received, return it directly + if (!client_dbg.available()) + return; - //解析各参数 - // Parse the parameters - optind = 0; // optind 为getopt函数使用的全局变量，用于存储getopt的索引个数。此处必须清零，否则下次将无法工常工作 - /* Optind is a global variable used by getopt. It is used to store the number of indexes of + //获取调试服务器发来的字符串 + // Get the string sent by the debug server + String line = client_dbg.readStringUntil('\n'); //每次解析到换行符 Each parse to a newline character + const char *msg[] = { + "\n您发送的命令为：", + "\nThe command you sent is:", + }; + DBGPRINTLN(msg[mycfg.language]); + client_dbg.println(line); //命令回显 // command echo + + //开始解析命令字符串 + // Begin parsing the command string + char *buf = new char[line.length() + 1]; //新建临时缓存，用于String类型转换为char[]类型 // Create a temporary cache for converting String to char[] + + strcpy(buf, line.c_str()); //复制字符串 // Copy the string + + // is RST command? + if (strncmp(buf, "rst", 3) == 0) + { + const char *msg0[] = { + "收到复位使命令，重新启动中...\n", + "Reset command received, restarting...\n", + }; + DBGPRINTLN(msg0[mycfg.language]); + delay(2000); + ESP.reset(); // reset~ + } + + //判断命令是否正确 + // Determine if the command is correct + if (strncmp(buf, "cfg ", 4) != 0) + { + const char *msg1[] = { + "命令格式不正确，请重新输入", + "Command format incorrect, please retry", + }; + DBGPRINTLN(msg1[mycfg.language]); + return; + } + + //分割存储参数 + // Split storage parameters + char *p; //新建用于分割字符串的指针 Create a new pointer to split the string + char *cmd[50] = {0}; //命令数组 Ordered array + uint8_t cnt; //参数计数 Parameters of the count + p = strtok(buf, " "); //字符串中搜索空格 Search for Spaces in a string + for (cnt = 0; cnt < sizeof(cmd) && p != NULL; cnt++) //搜索配置参数，保存到指针数组 Search for configuration parameters and save them to a pointer array + { + cmd[cnt] = p; + p = strtok(NULL, " "); + } + + //解析各参数 + // Parse the parameters + optind = 0; // optind 为getopt函数使用的全局变量，用于存储getopt的索引个数。此处必须清零，否则下次将无法工常工作 + /* Optind is a global variable used by getopt. It is used to store the number of indexes of getopt.This place must be cleared, otherwise will not be able to work regularly next time */ - int ch; - bool fail = false; - bool ok = false; - while ((ch = getopt(cnt, cmd, "c:w:o:a:s:d:p:e:g:v:r:n:x:l:")) != -1) + int ch; + bool fail = false; + bool ok = false; + while ((ch = getopt(cnt, cmd, "c:w:o:a:s:d:p:e:g:v:r:n:x:l:")) != -1) + { + switch (ch) { - switch (ch) + case 'c': + if (strlen(optarg) < 4 || strlen(optarg) > 6) { - case 'c': - if (strlen(optarg) < 4 || strlen(optarg) > 6) - { - const char *msg3[] = { - "呼号长度小于4位或大于6位", - "Call sign length is less than 4 digits or longer than 6 digits", - }; - DBGPRINTLN(msg3[mycfg.language]); - fail = true; - } - else - { - strcpy(mycfg.callsign, optarg); - ok = true; - } - break; - case 'w': - if (atol(optarg) < 0 || atol(optarg) > 32768) - { - const char *msg16[] = { - "密码不合法", - "Password is not valid", - }; - DBGPRINTLN(msg16[mycfg.language]); - fail = true; - } - else - { - mycfg.password = atoi(optarg); - ok = true; - } - break; - case 'o': - if (atof(optarg) > 18000.0f || atof(optarg) < -18000.0f) - { - const char *msg11[] = { - "经度值超出范围", - "Longitude value out of range", - }; - DBGPRINTLN(msg11[mycfg.language]); - fail = true; - } - else - { - mycfg.lon = atof(optarg); - ok = true; - } - break; - case 'a': - if (atof(optarg) > 9000.0f || atof(optarg) < -9000.0f) - { - const char *msg12[] = { - "纬度值超过范围", - "Latitude value out of range", - }; - DBGPRINTLN(msg12[mycfg.language]); - fail = true; - } - else - { - mycfg.lat = atof(optarg); - ok = true; - } - break; - case 's': - if (strlen(optarg) > 25) - { - const char *msg17[] = { - "APRS服务器地址太长（最多25字节）", - "The APRS server address is too long(max 25 bytes)", - }; - DBGPRINTLN(msg17[mycfg.language]); - fail = true; - } - else - { - strcpy(mycfg.aprs_server_addr, optarg); - ok = true; - } - break; - case 'd': - if (strlen(optarg) > 2 || strlen(optarg) == 0) - { - const char *msg4[] = { - "SSID 长度大于2位或是等于0", - "SSID length longer than 2 digits or equal to 0", - }; - DBGPRINTLN(msg4[mycfg.language]); - fail = true; - } - else - { - strcpy(mycfg.ssid, optarg); - ok = true; - } - break; - case 'p': - if (atoi(optarg) < 20 || atoi(optarg) > 20000) - { - const char *msg20[] = { - "APRS服务器端口号不合法（正确范围：20-20000）", - "The APRS server port number is not valid (correct range: 20-20000)", - }; - DBGPRINTLN(msg20[mycfg.language]); - fail = true; - } - { - mycfg.aprs_server_port = atoi(optarg); - ok = true; - } - break; - case 'g': - if (strlen(optarg) > 25) - { - const char *msg18[] = { - "调试主机地址太长（最长25字节）", - "The debug host address is too long(max 25 bytes)", - }; - DBGPRINTLN(msg18[mycfg.language]); - fail = true; - } - else - { - strcpy(mycfg.debug_server_addr, optarg); - ok = true; - } - break; - case 'e': - if (atoi(optarg) < 1024 || atoi(optarg) > 65000) - { - const char *msg21[] = { - "调试主机端口号不合法（正确范围：1024-65000）", - "The debug host port number is not valid (correct range: 1024-65000)", - }; - DBGPRINTLN(msg21[mycfg.language]); - fail = true; - } - else - { - mycfg.debug_server_port = atoi(optarg); - ok = true; - } - break; - case 'v': - if (atof(optarg) < 3.1f) - { - const char *msg8[] = { - "停机电压值设置过低", - "The stop voltage value is set too low", - }; - DBGPRINTLN(msg8[mycfg.language]); - fail = true; - } - else - { - mycfg.stop_voltage = atof(optarg); - ok = true; - } - break; - case 'r': - if (atof(optarg) > 3.6f) - { - const char *msg9[] = { - "重工作电压值设置过高", - "The rework voltage value is set too high", - }; - DBGPRINTLN(msg9[mycfg.language]); - fail = true; - } - else - { - mycfg.restart_voltage = atof(optarg); - ok = true; - } - break; - case 'n': - if (atoi(optarg) < 300) - { - const char *msg5[] = { - "最小间隔设置值过低", - "The minimum interval setting is too short", - }; - DBGPRINTLN(msg5[mycfg.language]); - fail = true; - } - else - { - mycfg.min_send_interval = atoi(optarg); - ok = true; - } - break; - case 'x': - if (atoi(optarg) > 1800) - { - const char *msg6[] = { - "最大间隔设置值过高", - "The maximum interval setting is too long", - }; - DBGPRINTLN(msg6[mycfg.language]); - fail = true; - } - else - { - mycfg.max_send_interval = atoi(optarg); - ok = true; - } - break; - case 'l': - if (atoi(optarg) < 0 || atoi(optarg) >= LANGUAGE_NUM) - { - const char *msg13[] = { - "语言设置值超出有效范围", - "The language setting value is out of the valid range", - }; - DBGPRINTLN(msg13[mycfg.language]); - fail = true; - } - else - { - mycfg.language = (language_t)(atoi(optarg)); - ok = true; - } - break; - - default: - break; + const char *msg3[] = { + "呼号长度小于4位或大于6位", + "Call sign length is less than 4 digits or longer than 6 digits", + }; + DBGPRINTLN(msg3[mycfg.language]); + fail = true; } - } - - delete[] buf; //注销临时缓存 Unregister temporary cache - - // 如果有参数设置错误，不保存退出 - // If there is a parameter setting error, do not save and return - if (fail == true || ok == false) - { - const char *msg15[] = { - "设置的参数有误，设置未保存，请重新输入", - "There is error in setting parameters. Settings are not saved. Please try again", - }; - DBGPRINTLN(msg15[mycfg.language]); - return; - } + else + { + strcpy(mycfg.callsign, optarg); + ok = true; + } + break; + case 'w': + if (atol(optarg) < 0 || atol(optarg) > 32768) + { + const char *msg16[] = { + "密码不合法", + "Password is not valid", + }; + DBGPRINTLN(msg16[mycfg.language]); + fail = true; + } + else + { + mycfg.password = atoi(optarg); + ok = true; + } + break; + case 'o': + if (atof(optarg) > 18000.0f || atof(optarg) < -18000.0f) + { + const char *msg11[] = { + "经度值超出范围", + "Longitude value out of range", + }; + DBGPRINTLN(msg11[mycfg.language]); + fail = true; + } + else + { + mycfg.lon = atof(optarg); + ok = true; + } + break; + case 'a': + if (atof(optarg) > 9000.0f || atof(optarg) < -9000.0f) + { + const char *msg12[] = { + "纬度值超过范围", + "Latitude value out of range", + }; + DBGPRINTLN(msg12[mycfg.language]); + fail = true; + } + else + { + mycfg.lat = atof(optarg); + ok = true; + } + break; + case 's': + if (strlen(optarg) > 25) + { + const char *msg17[] = { + "APRS服务器地址太长（最多25字节）", + "The APRS server address is too long(max 25 bytes)", + }; + DBGPRINTLN(msg17[mycfg.language]); + fail = true; + } + else + { + strcpy(mycfg.aprs_server_addr, optarg); + ok = true; + } + break; + case 'd': + if (strlen(optarg) > 2 || strlen(optarg) == 0) + { + const char *msg4[] = { + "SSID 长度大于2位或是等于0", + "SSID length longer than 2 digits or equal to 0", + }; + DBGPRINTLN(msg4[mycfg.language]); + fail = true; + } + else + { + strcpy(mycfg.ssid, optarg); + ok = true; + } + break; + case 'p': + if (atoi(optarg) < 20 || atoi(optarg) > 20000) + { + const char *msg20[] = { + "APRS服务器端口号不合法（正确范围：20-20000）", + "The APRS server port number is not valid (correct range: 20-20000)", + }; + DBGPRINTLN(msg20[mycfg.language]); + fail = true; + } + { + mycfg.aprs_server_port = atoi(optarg); + ok = true; + } + break; + case 'g': + if (strlen(optarg) > 25) + { + const char *msg18[] = { + "调试主机地址太长（最长25字节）", + "The debug host address is too long(max 25 bytes)", + }; + DBGPRINTLN(msg18[mycfg.language]); + fail = true; + } + else + { + strcpy(mycfg.debug_server_addr, optarg); + ok = true; + } + break; + case 'e': + if (atoi(optarg) < 1024 || atoi(optarg) > 65000) + { + const char *msg21[] = { + "调试主机端口号不合法（正确范围：1024-65000）", + "The debug host port number is not valid (correct range: 1024-65000)", + }; + DBGPRINTLN(msg21[mycfg.language]); + fail = true; + } + else + { + mycfg.debug_server_port = atoi(optarg); + ok = true; + } + break; + case 'n': + if (atoi(optarg) < 600 || atoi(optarg) > 1200) + { + const char *msg5[] = { + "发送间隔设置超出范围", + "The send interval setting out range", + }; + DBGPRINTLN(msg5[mycfg.language]); + fail = true; + } + else + { + mycfg.send_interval = atoi(optarg); + ok = true; + } + break; + case 'l': + if (atoi(optarg) < 0 || atoi(optarg) >= LANGUAGE_NUM) + { + const char *msg13[] = { + "语言设置值超出有效范围", + "The language setting value is out of the valid range", + }; + DBGPRINTLN(msg13[mycfg.language]); + fail = true; + } + else + { + mycfg.language = (language_t)(atoi(optarg)); + ok = true; + } + break; - //判断是否已经设置必设参数 - // Determines whether the required parameters have been set - if (mycfg.callsign == "" || mycfg.password == 0) - { - const char *msg2[] = { - "有必设参数未被设置，请重新输入。（呼号、密码这2项数据为必设参数）", - "Required parameters are not set. Please reenter.(Callsign and Password must be set)", - }; - DBGPRINTLN(msg2[mycfg.language]); - return; + default: + break; } + } - //判断参数是否合法 - // Check if the parameter is valid - if (mycfg.min_send_interval > mycfg.max_send_interval) - { - const char *msg7[] = { - "最小间隔设置值高于最大间隔设置值，请重新输入", - "The minimum interval setting value is longer than the maximum interval setting value, please try again", - }; - DBGPRINTLN(msg7[mycfg.language]); - return; - } - else if (mycfg.stop_voltage > mycfg.restart_voltage) - { - const char *msg10[] = { - "停机电压值大于重启动电压值，请重新输入", - "The stop voltage is higher than the rework voltage, please try again", - }; - DBGPRINTLN(msg10[mycfg.language]); - return; - } + delete[] buf; //注销临时缓存 Unregister temporary cache - //设置成功，保存退出 - //// Set successfully, save exit - mycfg.sysstate = SYS_RUN; //更改系统状态为运行状态 Change the system state to running state - eeprom_save(); //保存配置数据 Save configuration data - dispset(); //显示系统当前配置 Displays the current system configuration - const char *msg14[] = { - "设置已保存（注意：此处无法准确检查所有参数的正确性，请自行检查确认）", - "Settings saved (Attention: that the correctness of all parameters cannot be checked accurately here. Please check and confirm by yourself.", + // 如果有参数设置错误，不保存退出 + // If there is a parameter setting error, do not save and return + if (fail == true || ok == false) + { + const char *msg15[] = { + "设置的参数有误，设置未保存，请重新输入", + "There is error in setting parameters. Settings are not saved. Please try again", }; - DBGPRINTLN(msg14[mycfg.language]); + DBGPRINTLN(msg15[mycfg.language]); return; -} - -//电压过低判断处理 -// The voltage is too low -void voltageLOW() -{ -#if !(defined DEBUG_MODE || defined VCC_CHK_OFF) - voltage = (float)ESP.getVcc() / 1000; + } - //如果电压小于3.0V，直接休眠60分钟 - // If the voltage is less than 3.0V, sleep directly for 60 minutes - if (voltage < 3.0f) - { - digitalWrite(LED_BUILTIN, 1); // Turn off LED - ESP.deepSleep((uint32_t)60 * 60 * 1000 * 1000); - } -#else - //调试时因板上ADC脚有外接电阻，电压偏低，此处虚拟一个正常范围的电压值 - // When debugging, the voltage is low due to the external resistor on the ADC pin on the board, so a normal range of voltage value is virtual here - voltage = 4.1f; -#endif + //判断是否已经设置必设参数 + // Determines whether the required parameters have been set + if (mycfg.callsign == "" || mycfg.password == 0) + { + const char *msg2[] = { + "有必设参数未被设置，请重新输入。（呼号、密码这2项数据为必设参数）", + "Required parameters are not set. Please reenter.(Callsign and Password must be set)", + }; + DBGPRINTLN(msg2[mycfg.language]); + return; + } + + //设置成功，保存退出 + //// Set successfully, save exit + mycfg.sysstate = SYS_RUN; //更改系统状态为运行状态 Change the system state to running state + eeprom_save(); //保存配置数据 Save configuration data + dispset(); //显示系统当前配置 Displays the current system configuration + const char *msg14[] = { + "设置已保存（注意：此处无法准确检查所有参数的正确性，请自行检查确认）", + "Settings saved (Attention: that the correctness of all parameters cannot be checked accurately here. Please check and confirm by yourself.", + }; + DBGPRINTLN(msg14[mycfg.language]); + return; } //连接调试主机时的空闲扫描 // Idle scan when connecting the debug host void freeloop() { - set_cfg(); //处理配置命令 Processing configuration commands - voltageLOW(); //电压过低判断 Voltage is too low to judge - ArduinoOTA.handle(); // OTA处理 OTA processing - delay(10); //延时 Time delay + set_cfg(); //处理配置命令 Processing configuration commands + ArduinoOTA.handle(); // OTA处理 OTA processing + delay(10); //延时 Time delay } //系统初始化 // System initialization void setup() { - //配置指示灯并点亮 - // config and turnon LED - pinMode(2, OUTPUT); - digitalWrite(LED_BUILTIN, 0); - - //电压低判断（电压过低时会直接重新进入休眠60分钟） - // If the voltage is too low, it will go back to sleep for 60 minutes. - voltageLOW(); - - //电压未报警，往下运行 - // Voltage does not alarm, go on - WiFisetup(); //自动配网 Automatic distribution network - ArduinoOTA.setHostname("Esp8266MWS-OTA"); //设置OTA主机名 Set OTA hostname - ArduinoOTA.begin(); //初始化OTA Initialize OTA - EEPROM.begin(256); //初始化EEPROM initialize EEPROM + //配置指示灯并点亮 + // config and turnon LED + pinMode(2, OUTPUT); + digitalWrite(LED_BUILTIN, 0); + + WiFisetup(); //自动配网 Automatic distribution network + ArduinoOTA.setHostname("Esp8266MWS-OTA"); //设置OTA主机名 Set OTA hostname + ArduinoOTA.begin(); //初始化OTA Initialize OTA + EEPROM.begin(256); //初始化EEPROM initialize EEPROM #ifdef DEBUG_MODE #ifdef EEPROM_CLEAR - //调试时用于清除EEPROM设置数据 - // Use to clear EEPROM setup data during debugging - for (uint8_t i = 0; i < 128; i++) - EEPROM.write(i, 0xff); - EEPROM.commit(); + //调试时用于清除EEPROM设置数据 + // Use to clear EEPROM setup data during debugging + for (uint8_t i = 0; i < 128; i++) + EEPROM.write(i, 0xff); + EEPROM.commit(); #endif #endif - //读取系统配置数据 - // Read the system configuration data - for (uint8_t i = 0; i < sizeof(cfg_t); i++) - *((uint8_t *)&mycfg + i) = EEPROM.read(i); + //读取系统配置数据 + // Read the system configuration data + for (uint8_t i = 0; i < sizeof(cfg_t); i++) + *((uint8_t *)&mycfg + i) = EEPROM.read(i); - //校验配置数据，如果校验失败，初始化默认配置数据并进入置模式 - // Validate the configuration data. If the validation fails, initialize the default configuration data and enter set mode - if (mycrc32((uint8_t *)&mycfg + 4, sizeof(mycfg) - 4) != mycfg.crc) - cfg_init(); + //校验配置数据，如果校验失败，初始化默认配置数据并进入置模式 + // Validate the configuration data. If the validation fails, initialize the default configuration data and enter set mode + if (mycrc32((uint8_t *)&mycfg + 4, sizeof(mycfg) - 4) != mycfg.crc) + cfg_init(); - //重定义I2C端口（SDA、SCL） //Redefine I2C ports (SDA, SCL) - Wire.begin(12, 14); + //重定义I2C端口（SDA、SCL） //Redefine I2C ports (SDA, SCL) + Wire.begin(12, 14); - //初始化bmp280 - if (bmp.begin()) // if (!bmp.begin(BMP280_ADDRESS_ALT)) - bm280_state = true; + //初始化bmp280 + if (bmp.begin()) // if (!bmp.begin(BMP280_ADDRESS_ALT)) + bm280_state = true; - //初始化aht20 - if (aht.begin()) - aht20_state = true; + //初始化aht20 + if (aht.begin()) + aht20_state = true; } //程序主循环 // main loop void loop() { - //判断当前系统状态 - // Determine the current system state - switch (mycfg.sysstate) - { - //运行状态 - // run state + sleepsec = mycfg.send_interval; + + //判断当前系统状态 + // Determine the current system state + switch (mycfg.sysstate) + { + //运行状态 + // run state case SYS_RUN: - //如果电压低于设定值 - // If the voltage is below the set value - if (voltage < mycfg.stop_voltage) - { - mycfg.sysstate = SYS_STOP; //转换为停止状态 Switch to the stop state - eeprom_save(); //保存状态设置 Save state Settings - } - // 如果电压高于4.3V，不休眠直到电压低于4.2 - // if voltage higher than 4.3V, Run until the voltage drops below 4.2V - else if (voltage >= 4.3f) - { - //如果电压高于4.2f，一直运行 - while (voltage > 4.2f) - { - //延时设置最小 - sleepsec = mycfg.min_send_interval; - - //如果登录发送数据 失败 - // If logon and send data fail - if (!loginAPRS()) - sleepsec = 60; - - client_aprs.stop(); //关闭已经创建的连接 Close the connection that has been created - last_send = millis(); //保存最后发送的时间 Save the last sent time - - // 没有到达延迟时间一直等待 - // If the delay is not completed - while (millis() - last_send < sleepsec * 1000) - { - //如果调试主机已连接，运行配置程序 If the debug host is connected, run the configurator - if (client_dbg.connected()) - set_cfg(); - //否则尝试连接调试主机 Otherwise, try to connect to the debug host - else - { - if (client_dbg.connect(mycfg.debug_server_addr, mycfg.debug_server_port)) - { - //已连接到默认配置服务器，显示系统信息 - // The default configuration server is connected - dispsysinfo(); - } - } - - voltageLOW(); //电压过低判断 Voltage is too low to judge - ArduinoOTA.handle(); // OTA处理 OTA processing - delay(10); - } - } - } - //否则正常工作 - // Otherwise it works fine - else - { - //计算工作时间间隔 - // Calculate the work interval - sleepsec = mycfg.min_send_interval + (mycfg.max_send_interval - mycfg.min_send_interval) * (4.3f - voltage) / (4.3f - mycfg.stop_voltage); - //如果连接调试服务器成功 - // If the connection to the debug server is successful - if (client_dbg.connect(mycfg.debug_server_addr, mycfg.debug_server_port)) - { - //已连接到默认配置服务器，显示系统信息 - // The default configuration server is connected - dispsysinfo(); - - //只要服务器连接未断开就一直循环运行 - // Loops as long as the server connection is not broken - while (client_dbg.connected()) - { - //重新计算工作时间间隔 - // Recalculate the work interval - sleepsec = mycfg.min_send_interval + (mycfg.max_send_interval - mycfg.min_send_interval) * (4.3f - voltage) / (4.3f - mycfg.stop_voltage); - - //如果登录发送数据 失败 - // If logon and send data fail - if (!loginAPRS()) - sleepsec = 60; - - client_aprs.stop(); //关闭已经创建的连接 Close the connection that has been created - last_send = millis(); //保存最后发送的时间 Save the last sent time - - //没有到达延迟时间，并且调试连接还在连接，一直等待 - // There is no latency and the debug connection is still connected - while (millis() - last_send < sleepsec * 1000 && client_dbg.connected()) - freeloop(); - } - // 调试连接断开后，重新计算休眠时间 - // After the debug connection is broken, the sleep time is recalculated - uint32_t t_now = millis(); - sleepsec -= t_now > last_send ? (t_now - last_send) / 1000 : (last_send - t_now) / 1000; - } - //没能连接到调试服务器 - // Unable to connect to the debug server - else - { - //登录发送数据，如果失败60秒后重试 - // Login sends data, if failed, try again after 60 seconds - if (!loginAPRS()) - sleepsec = 60; - client_aprs.stop(); //关闭已经创建的连接 Close the connection that has been created - delay(100); //延时0.1秒，以等待连接关闭完成 Delay 0.1 second to wait for the connection closing to complete - } + client_dbg.connect(mycfg.debug_server_addr, mycfg.debug_server_port); + dispsysinfo(); - //工作完成，准备休眠 - // Work done, ready for hibernation - digitalWrite(LED_BUILTIN, 1); //关灯 turnoff LED - ESP.deepSleep((uint64_t)sleepsec * 1000 * 1000); //休眠 sleep - } - break; + //只要服务器连接未断开就一直循环运行 + // Loops as long as the server connection is not broken + do { + //如果登录发送数据 失败 + // If logon and send data fail + if (!loginAPRS()) + sleepsec = 60; - //停止状态 - // stop state - case SYS_STOP: - //如果电压已经高于设定值 - // If the voltage is already above the set value - if (voltage > mycfg.restart_voltage) - { - mycfg.sysstate = SYS_RUN; //转换为运行状态 Convert state to run - eeprom_save(); //保存状态设置 Save state Settings - } - //否则继续工作在停止模式 - // Otherwise continue working in stop mode - else - { - digitalWrite(LED_BUILTIN, 1); //关灯 turnoff LED - ESP.deepSleep((uint64_t)60 * 60 * 1000 * 1000); //休眠1小时 Sleep for 1 hour - } - break; + client_aprs.stop(); //关闭已经创建的连接 Close the connection that has been created + last_send = millis(); //保存最后发送的时间 Save the last sent time - //其他状态均进入配置模式 - // All other states enter configuration mode - case SYS_CFG: - default: - //除非电压过低，不然一直尝试连接配置服务器 - // Always try to connect to the configuration server unless the voltage is too low - while (!client_dbg.connect(mycfg.debug_server_addr, mycfg.debug_server_port)) - { - voltageLOW(); //电压过低判断 Voltage is too low to judge - ArduinoOTA.handle(); // OTA处理 OTA processing - delay(2000); //延时2秒 Delay 2 seconds, - } + //没有到达延迟时间，并且调试连接还在连接，一直等待 + // There is no latency and the debug connection is still connected + while (millis() - last_send < sleepsec * 1000 && client_dbg.connected()) + freeloop(); + } + while (client_dbg.connected()); - //已连接到默认配置服务器，显示系统信息 - // The default configuration server is connected - dispsysinfo(); + client_aprs.stop(); //关闭已经创建的连接 Close the connection that has been created + delay(100); //延时0.1秒，以等待连接关闭完成 Delay 0.1 second to wait for the connection closing to complete - client_dbg.println("系统配置数据校验失败，已重新初始化，请发送配置命令配置系统"); - client_dbg.println("System configuration data validation failed, has been reinitialized, please send configuration command to configure the system"); + //工作完成，准备休眠 + // Work done, ready for hibernation + digitalWrite(LED_BUILTIN, 1); //关灯 turnoff LED + ESP.deepSleep((uint64_t)sleepsec * 1000 * 1000); //休眠 sleep + break; - //此处解析配置命令，直到配置成功转为运行状态 - // The configuration command is parsed here until the configuration is successfully turned into a running state - while (client_dbg.connected() && mycfg.sysstate != SYS_RUN) - freeloop(); - break; - } + case SYS_CFG: + default: + //一直尝试连接配置服务器 + // Always try to connect to the configuration server + while (!client_dbg.connect(mycfg.debug_server_addr, mycfg.debug_server_port)) + { + ArduinoOTA.handle(); // OTA处理 OTA processing + delay(2000); //延时2秒 Delay 2 seconds, + } + + //已连接到默认配置服务器，显示系统信息 + // The default configuration server is connected + dispsysinfo(); + + client_dbg.println("系统配置数据校验失败，已重新初始化，请发送配置命令配置系统"); + client_dbg.println("System configuration data validation failed, has been reinitialized, please send configuration command to configure the system"); + + //此处解析配置命令，直到配置成功转为运行状态 + // The configuration command is parsed here until the configuration is successfully turned into a running state + while (client_dbg.connected() && mycfg.sysstate != SYS_RUN) + freeloop(); + break; + } } diff --git a/readme.md b/readme.md index 60746c5..f596d7f 100644 --- a/readme.md +++ b/readme.md @@ -2,7 +2,10 @@ **Esp8266 Mini Weather Station** +最新更新（2024.10.2）： +电压检测功能由于硬件限制及软件不够完善，存在一定不足，不仅增加了制作难度，且对使用非太阳能电源的朋友毫无用处，现取消电压检测相关的全部功能，另取消了相应的设置功能。 +本版本代码改动较大，尚未经长期运行检验，有存在BUG的可能（0.16e版为的稳定版本）。 **鉴于相关政策法规的原因，本资料仅限学习Arduino编程及APRS相关知识使用，制作使用者需要自行承担一切后果，特此声明！！！** @@ -86,12 +89,6 @@ 按目前的实际情况来看，一般某宝的AHT20+BMP280一体模块，用的是第一种地址；单独的BMP280模块，是用的第二种地址。 -- 电池电压检测 - - 由于是使用esp8266 ADC的VCC检测方式，所以需要拆除NODEMCU板A0脚上外接的两只电阻，一般是100K和220K的。 - - **再次强调：必须拆除！！！** 否则因为检测到的电池电压严重偏低，系统会一直处于休眠状态无法唤醒。 - - 休眠自动唤醒 为了使系统休眠后可以自动唤醒，需要将GPIO16（D0）与RST脚通过470欧电阻互相连接。因为电路板上RST脚原有外围电路的影响，如果此电阻值小于470欧，模块上原有的复位按键功能可能会失效（但无其他不良影响）；如果此电阻阻值大于约1K欧，系统休眠后将可能会无法自动唤醒（由于不同厂商的模块元件参数可能会有所差别，所以上述具体数值将会有所变化）。所以此电阻选择的原则是：宁小勿大，甚至直接短接也可以，只是原有的复位按键会不起作用。 @@ -152,8 +149,7 @@ - 正常运行 - 使用命令行配置好系统后，系统就已经正常运行了。在打开网络调试工具并且已经和esp8266连接的情况下，窗口中会显示相应的运行状态。此时电路是一直工作的，不会进入休眠状态，OTA系统正常运行，可以直接使用 Arduino IDE 进行代码更新。 - - 如果关闭了电脑上的网络调试工具，或者点击关闭来结束了网络连接，那么esp8266马上会进入节能休眠状态。系统将根据电池电压，以及配置参数中设置的发送间隔参数，来自动计算唤醒时间，一但唤醒时间到达，系统将自动进行一次测量，并送相应数据到APRS服务器，然后再次进入休眠状态。 - - 当电池电压低于设置的“停止工作电压”时，系统会不再发送数据，但会周期性的唤醒，来检测电压，直到电压上升到“重新工作电压"值以上时，系统会再次正常间隔运行。 + - 如果关闭了电脑上的网络调试工具，或者点击关闭来结束了网络连接，那么esp8266马上会进入节能休眠状态。一但唤醒时间到达，系统将自动进行一次测量，并送相应数据到APRS服务器，然后再次进入休眠状态。 - 因为系统处于间歇运行状态，每次工作时间大约只有10秒钟，所以如果需要进行空中固件更新，那么只要打开网络调试软件的服务器状态，等待系统再次工作时，就会自动连接上电脑，此时就可以进行空中更新操作了。 @@ -162,7 +158,7 @@ 1. 因为写本说明的时候，我自己的装置已经制作完成，所以没来得及拍相关的照片，并且可能是没有原理图的原因，有爱好者反应看完说明有种无从下手的感觉，好在火腿**BG4VRG** 在实际制作过程中，为了方便其他人理解，专门拍摄照片并写了自己的制作注意事项，非常有参考价值，在此向他表示感谢。 - **[《BG4VRG写的制作参考》](doc/newbie-setup.md)** + **[《BG4VRG写的制作参考》](doc/newbie-setup.md)** （注意：0.17版本已不需） 2. 待补充~