nxxmdata/backend/test-alert-detection-logic.js

/**
 * 预警检测逻辑测试
 * @file test-alert-detection-logic.js
 * @description 测试智能项圈预警的自动检测逻辑
 */

// 模拟前端判断函数
function determineAlertType(record) {
  const alerts = []
  
  // 检查电量预警
  if (record.battery !== undefined && record.battery !== null && record.battery < 20) {
    alerts.push('battery')
  }
  
  // 检查脱落预警 (bandge_status为0)
  if (record.bandge_status !== undefined && record.bandge_status !== null && record.bandge_status === 0) {
    alerts.push('wear')
  }
  
  // 检查离线预警 (is_connect为0)
  if (record.is_connect !== undefined && record.is_connect !== null && record.is_connect === 0) {
    alerts.push('offline')
  }
  
  // 检查温度预警
  if (record.temperature !== undefined && record.temperature !== null) {
    if (record.temperature < 20) {
      alerts.push('temperature_low')
    } else if (record.temperature > 40) {
      alerts.push('temperature_high')
    }
  }
  
  // 检查运动异常预警 (steps - y_steps为0)
  if (record.steps !== undefined && record.y_steps !== undefined && 
      record.steps !== null && record.y_steps !== null) {
    const movementDiff = record.steps - record.y_steps
    if (movementDiff === 0) {
      alerts.push('movement')
    }
  }
  
  // 返回第一个预警类型，如果没有预警则返回null
  return alerts.length > 0 ? alerts[0] : null
}

// 获取预警类型文本
function getAlertTypeText(type) {
  const typeMap = {
    'battery': '低电量预警',
    'offline': '离线预警',
    'temperature_low': '温度过低预警',
    'temperature_high': '温度过高预警',
    'movement': '异常运动预警',
    'wear': '佩戴异常预警'
  }
  return typeMap[type] || '未知预警'
}

// 测试数据
const testCases = [
  {
    name: '正常设备',
    data: {
      battery: 85,
      temperature: 25,
      is_connect: 1,
      bandge_status: 1,
      steps: 1000,
      y_steps: 500
    },
    expected: null
  },
  {
    name: '低电量预警',
    data: {
      battery: 15,
      temperature: 25,
      is_connect: 1,
      bandge_status: 1,
      steps: 1000,
      y_steps: 500
    },
    expected: 'battery'
  },
  {
    name: '离线预警',
    data: {
      battery: 85,
      temperature: 25,
      is_connect: 0,
      bandge_status: 1,
      steps: 1000,
      y_steps: 500
    },
    expected: 'offline'
  },
  {
    name: '佩戴异常预警',
    data: {
      battery: 85,
      temperature: 25,
      is_connect: 1,
      bandge_status: 0,
      steps: 1000,
      y_steps: 500
    },
    expected: 'wear'
  },
  {
    name: '温度过低预警',
    data: {
      battery: 85,
      temperature: 15,
      is_connect: 1,
      bandge_status: 1,
      steps: 1000,
      y_steps: 500
    },
    expected: 'temperature_low'
  },
  {
    name: '温度过高预警',
    data: {
      battery: 85,
      temperature: 45,
      is_connect: 1,
      bandge_status: 1,
      steps: 1000,
      y_steps: 500
    },
    expected: 'temperature_high'
  },
  {
    name: '异常运动预警',
    data: {
      battery: 85,
      temperature: 25,
      is_connect: 1,
      bandge_status: 1,
      steps: 1000,
      y_steps: 1000
    },
    expected: 'movement'
  },
  {
    name: '多重预警（低电量+离线）',
    data: {
      battery: 15,
      temperature: 25,
      is_connect: 0,
      bandge_status: 1,
      steps: 1000,
      y_steps: 500
    },
    expected: 'battery' // 应该返回第一个预警
  },
  {
    name: '边界值测试 - 电量20',
    data: {
      battery: 20,
      temperature: 25,
      is_connect: 1,
      bandge_status: 1,
      steps: 1000,
      y_steps: 500
    },
    expected: null // 20不算低电量
  },
  {
    name: '边界值测试 - 电量19',
    data: {
      battery: 19,
      temperature: 25,
      is_connect: 1,
      bandge_status: 1,
      steps: 1000,
      y_steps: 500
    },
    expected: 'battery' // 19算低电量
  },
  {
    name: '边界值测试 - 温度20',
    data: {
      battery: 85,
      temperature: 20,
      is_connect: 1,
      bandge_status: 1,
      steps: 1000,
      y_steps: 500
    },
    expected: null // 20不算温度过低
  },
  {
    name: '边界值测试 - 温度19',
    data: {
      battery: 85,
      temperature: 19,
      is_connect: 1,
      bandge_status: 1,
      steps: 1000,
      y_steps: 500
    },
    expected: 'temperature_low' // 19算温度过低
  },
  {
    name: '边界值测试 - 温度40',
    data: {
      battery: 85,
      temperature: 40,
      is_connect: 1,
      bandge_status: 1,
      steps: 1000,
      y_steps: 500
    },
    expected: null // 40不算温度过高
  },
  {
    name: '边界值测试 - 温度41',
    data: {
      battery: 85,
      temperature: 41,
      is_connect: 1,
      bandge_status: 1,
      steps: 1000,
      y_steps: 500
    },
    expected: 'temperature_high' // 41算温度过高
  }
];

// 运行测试
function runTests() {
  console.log('🧪 开始测试预警检测逻辑...\n');
  
  let passed = 0;
  let failed = 0;
  
  testCases.forEach((testCase, index) => {
    const result = determineAlertType(testCase.data);
    const expected = testCase.expected;
    const success = result === expected;
    
    console.log(`测试 ${index + 1}: ${testCase.name}`);
    console.log(`  输入数据:`, testCase.data);
    console.log(`  预期结果: ${expected ? getAlertTypeText(expected) : '正常'}`);
    console.log(`  实际结果: ${result ? getAlertTypeText(result) : '正常'}`);
    console.log(`  测试结果: ${success ? '✅ 通过' : '❌ 失败'}`);
    console.log('');
    
    if (success) {
      passed++;
    } else {
      failed++;
    }
  });
  
  console.log('📊 测试总结:');
  console.log(`  总测试数: ${testCases.length}`);
  console.log(`  通过: ${passed}`);
  console.log(`  失败: ${failed}`);
  console.log(`  成功率: ${((passed / testCases.length) * 100).toFixed(1)}%`);
  
  if (failed === 0) {
    console.log('\n🎉 所有测试通过！预警检测逻辑工作正常。');
  } else {
    console.log('\n⚠️  有测试失败，请检查预警检测逻辑。');
  }
}

// 运行测试
runTests();