transmit_dm_linux_backend/appsrc/main.cpp

#include <signal.h>
#include <sqlite3.h>

#include "appbase/appbase.hpp"
#include "appconfig/appconfig.hpp"
#include "service/app_core.hpp"
//
#include "appconfig/appconfig.hpp"
#include "appconfig/basic/zappversion.hpp"

using namespace iflytop;
using namespace core;
using namespace std;

namespace iflytop {
using namespace iflytop;
using namespace core;
using namespace std;
class Main {
  THISCLASS(Main);

 private:
  unique_ptr<Thread> thread;

 private:
  int main(int argc, char *argv[]);

 public:
  static Main *g_main;
  static void  _onsignal(int signo) { g_main->onsignal(signo); }
  void         onsignal(int signo);

 public:
  Main(/* args */) {}
  ~Main() {}
  void run(int argc, char *argv[]);
  void dosystem(string order, bool dump) {
    if (dump) logger->info("{}", order);
    system(order.c_str());
  }
};

};  // namespace iflytop

/*******************************************************************************
 *                                MAIN => MAIN                                 *
 *******************************************************************************/
Main *Main::g_main;
extern "C" {

json build_default_logger_cfg() {
  json config = json::array();

  json infologger;
  infologger["name"]           = "infologger";
  infologger["type"]           = "rotating_file_sink_mt";
  infologger["filename"]       = "logs/infolog.log";
  infologger["max_file_size"]  = 10485760;  // 10MB
  infologger["max_files"]      = 30;
  infologger["rotate_on_open"] = false;
  infologger["level"]          = 2;  // info level
  config.push_back(infologger);

  json debuglogger;
  debuglogger["name"]           = "debuglogger";
  debuglogger["type"]           = "rotating_file_sink_mt";
  debuglogger["filename"]       = "logs/debuglog.log";
  debuglogger["max_file_size"]  = 10485760;  // 10MB
  debuglogger["max_files"]      = 30;
  debuglogger["rotate_on_open"] = false;
  debuglogger["level"]          = 1;  // info level
  config.push_back(debuglogger);

  json terminal;
  terminal["name"] = "terminal";
  terminal["type"] = "stdout_color_sink_mt";
  config.push_back(terminal);

  json h2o2SensorDataMgr;
  h2o2SensorDataMgr["name"]  = "H2O2SensorDataMgr";
  h2o2SensorDataMgr["level"] = 1;  // info level
  config.push_back(h2o2SensorDataMgr);

  json zsCanProtocolCom;
  zsCanProtocolCom["name"]  = "ZSCanProtocolCom";
  zsCanProtocolCom["level"] = 1;  // info level
  config.push_back(zsCanProtocolCom);

  json frontMsgProcesser;
  frontMsgProcesser["name"]  = "FrontMsgProcesser";
  frontMsgProcesser["level"] = 1;  // info level
  config.push_back(frontMsgProcesser);

  json iflytopFrontEndService;
  iflytopFrontEndService["name"]  = "IflytopFrontEndService";
  iflytopFrontEndService["level"] = 1;  // info level
  config.push_back(iflytopFrontEndService);

  json root;
  root["name"]  = "root";
  root["type"]  = "logger";
  root["level"] = 2;  // info level
  root["sinks"] = json::array();
  root["sinks"].push_back("terminal");
  root["sinks"].push_back("infologger");
  root["sinks"].push_back("debuglogger");
  config.push_back(root);

  return config;
}
int main(int argc, char *argv[]) {
  spdlog::flush_on(spdlog::level::debug);
  string config = build_default_logger_cfg().dump(2);
  SpdLoggerFactory::Instance().initialize(config);

  Main main;
  Main::g_main = &main;
  main.run(argc, argv);
}
}
namespace iflytop {}

void Main::onsignal(int signo) { exit(0); }
void Main::run(int argc, char *argv[]) {
  // ::signal(SIGINT, Main::_onsignal);

  thread.reset(new Thread("main", [&]() { exit(main(argc, argv)); }));
  while (true) sleep(1000);
}

int Main::main(int argc, char *argv[]) {
  /**
   * @brief 系统初始化
   */

  logger->info("system setup start.");
  logger->info("#");
  logger->info("#  company:{}", "ifytop");
  logger->info("#  version:{}", VERSION);
  logger->info("#  project:{}", PROJECT_NAME);
  logger->info("#");
  logger->info("build {}.....", "Config");


  // logger->info("VolumeConvertor::largeSpaceParam:{}", VolumeConvertor(VolumeConvertor::largeSpaceParam).getFullVolumeG());
  // logger->info("VolumeConvertor::smallSpaceParam:{}", VolumeConvertor(VolumeConvertor::smallSpaceParam).getFullVolumeG());
  // logger->info("VolumeConvertor::pipeParam:{}", VolumeConvertor(VolumeConvertor::pipeParam).getFullVolumeG());

  // 构造MainControlService
  BUILD_AND_REG_SERRVICE(AppCore);
  logger->info("system setup end.");
  while (true) sleep(1000);
}