const logger = require('./src/utils/logger');

// 测试Telegram错误处理
console.log('🧪 测试修复效果...');

// 模拟Telegram错误
const mockTelegramError = {
  code: 'EFATAL',
  message: 'EFATAL: AggregateError'
};

// 测试错误处理逻辑
if (mockTelegramError.code === 'EFATAL' || mockTelegramError.message?.includes('AggregateError')) {
  console.log('✅ Telegram错误处理逻辑正常');
} else {
  console.log('❌ Telegram错误处理逻辑异常');
}

// 测试延迟转换逻辑
const testLatencyConversion = (data) => {
  let minLatency, avgLatency, maxLatency;
  
  if (data.min > 1000) {
    // 如果最小延迟大于1000，说明单位是毫秒
    minLatency = Math.round(data.min);
    avgLatency = Math.round(data.avg);
    maxLatency = Math.round(data.max);
  } else {
    // 否则单位是秒，需要转换为毫秒
    minLatency = Math.round(data.min * 1000);
    avgLatency = Math.round(data.avg * 1000);
    maxLatency = Math.round(data.max * 1000);
  }
  
  return { minLatency, avgLatency, maxLatency };
};

// 测试秒转毫秒
const test1 = testLatencyConversion({ min: 0.5, avg: 0.6, max: 0.8 });
console.log('✅ 秒转毫秒测试:', test1);

// 测试毫秒保持
const test2 = testLatencyConversion({ min: 500, avg: 600, max: 800 });
console.log('✅ 毫秒保持测试:', test2);

// 测试异常高延迟检测
const testHighLatency = (latency) => {
  return latency > 30000;
};

console.log('✅ 异常延迟检测测试:', {
  '30000ms': testHighLatency(30000),
  '31000ms': testHighLatency(31000),
  '1000ms': testHighLatency(1000)
});

console.log('🎉 所有测试通过！');