2025-10-23 09:36:06 +08:00
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// #include "tts/piper_tts_interface.h"
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// #include <string>
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// #include <iostream>
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2025-10-21 18:35:53 +08:00
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2025-10-23 09:36:06 +08:00
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// int main() {
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// // 使用默认配置 (piper 和 /app/piper_models/zh_CN-huayan-medium.onnx)
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// PiperTTSInterface tts_speaker;
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// // 如果你的piper可执行文件不在PATH中，或者模型路径不同，你可以这样指定：
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// // PiperTTSInterface tts_speaker("/path/to/your/piper_executable", "/path/to/your/model.onnx");
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// std::string text_to_say = "请执行上述调试步骤，特别是禁用文件删除后手动检查和播放 WAV 文件，这将提供更多线索";
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// if (tts_speaker.say_text_and_play(text_to_say)) {
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// std::cout << "语音播报完成。" << std::endl;
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// } else {
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// std::cerr << "语音播报失败，请检查日志。" << std::endl;
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// }
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// return 0;
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// }
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2025-10-21 18:35:53 +08:00
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// #include <iostream>
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// #include <chrono>
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// #include <thread>
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// #include "systemMonitor/iio_sensor.h" // 包含我们刚刚创建的头文件
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// int main() {
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// // --- 配置参数 ---
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// // !!! 修改这里以匹配你的设备和通道 !!!
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// const std::string iio_device_path = "/sys/bus/iio/devices/iio:device0";
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// const std::string iio_channel_name = "in_voltage2_raw"; // 例如，连接到 IN2 通道
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2025-10-21 15:34:24 +08:00
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2025-10-21 18:35:53 +08:00
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// const double adc_reference_voltage = 1.8; // ADC参考电压
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// const int64_t adc_resolution = 4096; // ADC分辨率 (e.g., 2^12 for 12-bit)
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// const double signal_gain = 11.0; // 信号通路的增益
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// std::cout << "--- Starting IIO Sensor Reader (Version 2) ---" << std::endl;
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// std::cout << "Reading from device: " << iio_device_path << std::endl;
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// std::cout << "Reading channel: " << iio_channel_name << std::endl;
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// std::cout << "-----------------------------------------------" << std::endl;
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2025-10-21 15:34:24 +08:00
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2025-10-21 18:35:53 +08:00
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// // 注意：传感器对象在 try 块外创建，如果构造失败（找不到文件），会立即被捕获
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// IioSensor sensor(iio_device_path, iio_channel_name);
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// while (true) {
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// try {
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// // 封装后的调用方式非常简洁！
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// // 每次调用 readVoltage，内部都会重新打开文件读取一次
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// double actual_voltage = sensor.readVoltage(adc_reference_voltage, adc_resolution, signal_gain);
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// // 输出结果
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// std::cout << "Actual Voltage: " << actual_voltage << " V" << std::endl;
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// } catch (const IioSensorError& e) {
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// // 如果单次读取失败（例如文件内容格式错误、无权限等），打印错误但继续循环
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// std::cerr << "[!] Read Error: " << e.what() << std::endl;
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// }
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2025-10-21 15:34:24 +08:00
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2025-10-21 18:35:53 +08:00
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// // 每秒钟读取一次
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// std::this_thread::sleep_for(std::chrono::seconds(1));
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// }
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// return 0;
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2025-10-23 09:36:06 +08:00
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// }
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// main.cpp
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#include "network/tcp_server.h"
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#include "mqtt/mqtt_client.h"
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#include "mqtt/mqtt_router.h"
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#include "systemMonitor/system_monitor.h"
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#include "spdlog/spdlog.h"
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#include "deviceManager/device_manager.h"
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#include "dataCache/data_cache.h"
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#include "dataCache/cache_uploader.h"
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#include "web/web_server.h"
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#include "dataCache/live_data_cache.h"
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#include "dataStorage/data_storage.h"
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#include "alert/alarm_manager.h" // <-- 添加报警管理器头文件
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#include <boost/asio.hpp>
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#include <boost/asio/steady_timer.hpp>
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#include <csignal>
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#include <iostream>
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#include <functional>
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#include <nlohmann/json.hpp> // 用于解析data_json
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// 用于 ASIO 服务的全局 io_context
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boost::asio::io_context g_io_context;
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// !!! 你提供的 UnifiedData 结构确认 !!!
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struct UnifiedData {
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std::string device_id; // 产生数据的设备唯一ID
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int64_t timestamp_ms; // 数据产生的时间戳 (毫秒级UTC)
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std::string data_json; // 采用JSON字符串格式，具有良好的灵活性和可扩展性
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};
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/**
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* @brief 周期性轮询系统状态并发布到 MQTT
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*/
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void poll_system_metrics(
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boost::asio::steady_timer& timer,
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SystemMonitor::SystemMonitor& monitor,
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MqttClient& mqtt_client,
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AlarmManager& alarm_manager // <-- 传递 alarm_manager
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) {
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if (g_io_context.stopped()) return;
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auto cpu_util = monitor.getCpuUtilization();
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auto mem_info = monitor.getMemoryInfo();
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double mem_total_gb = mem_info.total_kb / 1024.0 / 1024.0;
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double mem_free_gb = mem_info.free_kb / 1024.0 / 1024.0;
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double mem_usage_percentage = (mem_total_gb - mem_free_gb) / mem_total_gb * 100.0;
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std::string topic = "proxy/system_status";
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nlohmann::json system_status_json;
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system_status_json["device_id"] = "proxy_system"; // 统一一个设备ID用于报警
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system_status_json["timestamp_ms"] = std::chrono::duration_cast<std::chrono::milliseconds>(
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std::chrono::system_clock::now().time_since_epoch()
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).count();
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system_status_json["cpu_usage"] = cpu_util.totalUsagePercentage;
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system_status_json["mem_total_gb"] = mem_total_gb;
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system_status_json["mem_usage_percentage"] = mem_usage_percentage;
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std::string payload = system_status_json.dump();
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mqtt_client.publish(topic, payload);
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spdlog::debug("System metrics published.");
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// !!! 对系统指标进行报警检查 !!!
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alarm_manager.check_data_for_alarms("proxy_system", system_status_json);
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timer.expires_at(timer.expiry() + std::chrono::seconds(15));
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timer.async_wait(std::bind(poll_system_metrics, std::ref(timer), std::ref(monitor), std::ref(mqtt_client), std::ref(alarm_manager)));
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}
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int main(int argc, char* argv[]) {
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try {
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spdlog::set_level(spdlog::level::debug);
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spdlog::info("Edge Proxy starting up...");
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} catch (const spdlog::spdlog_ex& ex) {
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std::cerr << "Log initialization failed: " << ex.what() << std::endl;
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return 1;
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}
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spdlog::info("Initializing Data Storage...");
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if (!DataStorage::getInstance().initialize("edge_proxy_data.db")) {
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spdlog::critical("Failed to initialize DataStorage. Exiting.");
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return 1;
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}
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try {
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DataCache data_cache;
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LiveDataCache live_data_cache;
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MqttClient mqtt_client("tcp://localhost:1883", "edge-proxy-main-client");
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// --- 报警管理器初始化 ---
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AlarmManager alarm_manager;
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// 加载报警规则
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if (!alarm_manager.load_rules("../config/alarms.json")) {
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spdlog::critical("Failed to load alarm rules. Exiting.");
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return 1;
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}
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// 注册报警回调函数：当报警触发时，通过 MQTT 发布报警消息
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alarm_manager.register_alarm_callback([&](const AlarmEvent& event) {
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std::string alarm_topic = "alerts/device/" + event.device_id + "/" + AlarmManager::alarm_level_to_string(event.level);
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nlohmann::json alarm_payload;
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alarm_payload["event_id"] = event.event_id;
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alarm_payload["rule_id"] = event.rule_id;
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alarm_payload["device_id"] = event.device_id;
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alarm_payload["data_point_name"] = event.data_point_name;
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alarm_payload["current_value"] = event.current_value;
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alarm_payload["threshold"] = event.threshold;
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alarm_payload["level"] = AlarmManager::alarm_level_to_string(event.level);
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alarm_payload["timestamp"] = event.timestamp;
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alarm_payload["message"] = event.message;
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// 使用 g_io_context.post 将 MQTT 发布操作调度到主线程，避免在回调中直接阻塞
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g_io_context.post([&, alarm_topic, payload_str = alarm_payload.dump()]() {
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mqtt_client.publish(alarm_topic, payload_str, 1, false); // QoS 1, 不保留
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});
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spdlog::info("Published alarm: TOPIC={} PAYLOAD={}", alarm_topic, alarm_payload.dump());
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});
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// --- 报警管理器初始化结束 ---
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auto report_to_mqtt = [&](const UnifiedData& data) {
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// 使用 DataStorage 单例存储处理后的 UnifiedData 对象
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if (DataStorage::getInstance().storeProcessedData(data)) {
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spdlog::debug("Successfully stored PROCESSED data for device '{}'", data.device_id);
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} else {
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spdlog::error("Failed to store PROCESSED data for device '{}'", data.device_id);
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}
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// 更新实时数据缓存
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live_data_cache.update_data(data.device_id, data.data_json);
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// !!! 新增：进行数据比较和报警检查 !!!
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try {
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// 将 UnifiedData::data_json (string) 解析为 nlohmann::json 对象
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// 这假设 data.data_json 总是有效的 JSON
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nlohmann::json parsed_data_json = nlohmann::json::parse(data.data_json);
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alarm_manager.check_data_for_alarms(data.device_id, parsed_data_json);
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} catch (const nlohmann::json::exception& e) {
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spdlog::error("Failed to parse data_json for alarm checking for device '{}': {}", data.device_id, e.what());
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}
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if (mqtt_client.is_connected()) {
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// 网络正常，直接上报
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std::string topic = "devices/" + data.device_id + "/data";
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g_io_context.post([&, topic, payload = data.data_json]() {
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mqtt_client.publish(topic, payload, 1, false);
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});
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} else {
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// 网络断开，写入缓存
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spdlog::warn("MQTT disconnected. Caching data for device '{}'.", data.device_id);
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data_cache.add(data);
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}
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};
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DeviceManager device_manager(g_io_context, report_to_mqtt);
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MqttRouter mqtt_router(mqtt_client, device_manager);
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std::vector<uint16_t> listen_ports = { 12345 };
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TCPServer tcp_server(g_io_context, listen_ports, mqtt_client);
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SystemMonitor::SystemMonitor monitor;
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if (!data_cache.open("edge_data_cache.db")) {
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spdlog::critical("Failed to initialize data cache. Exiting.");
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return 1;
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}
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CacheUploader cache_uploader(g_io_context, mqtt_client, data_cache);
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mqtt_client.set_connected_handler([&](const std::string& cause){
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spdlog::info("MQTT client connected: {}", cause);
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cache_uploader.start_upload();
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});
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mqtt_client.connect();
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mqtt_router.start();
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monitor.getCpuUtilization();
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boost::asio::steady_timer system_monitor_timer(g_io_context, std::chrono::seconds(15));
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// 将 alarm_manager 传递给 poll_system_metrics
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system_monitor_timer.async_wait(std::bind(poll_system_metrics, std::ref(system_monitor_timer), std::ref(monitor), std::ref(mqtt_client), std::ref(alarm_manager)));
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device_manager.load_and_start("../config/devices.json");
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WebServer web_server(monitor, device_manager, live_data_cache, 8080);
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web_server.start();
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boost::asio::signal_set signals(g_io_context, SIGINT, SIGTERM);
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signals.async_wait([&](const boost::system::error_code& error, int signal_number) {
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spdlog::warn("Interrupt signal ({}) received. Shutting down.", signal_number);
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// a. 首先停止所有数据采集线程
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spdlog::info("[Shutdown] A. Stopping device manager services...");
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device_manager.stop_all();
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// b. 停止Web服务器线程
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spdlog::info("[Shutdown] B. Stopping web server...");
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web_server.stop();
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// c. 断开MQTT连接 (这将释放它对io_context的'劫持')
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spdlog::info("[Shutdown] C. Disconnecting from MQTT broker...");
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mqtt_client.disconnect();
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// d. 最后，安全地停止io_context
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spdlog::info("[Shutdown] D. Stopping main event loop...");
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g_io_context.stop();
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});
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spdlog::info("All services are running. Press Ctrl+C to exit.");
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g_io_context.run();
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} catch (const std::exception& e) {
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spdlog::critical("An unhandled exception occurred: {}", e.what());
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return 1;
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}
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spdlog::info("Server has been shut down gracefully. Exiting.");
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return 0;
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}
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