jd-analyzer

name	jd-analyzer
description	分析职位描述（JD）以提取关键信息、技能要求、资格条件。识别核心技能、软技能、经验要求。用于简历匹配、面试准备、技能差距分析。当用户提供JD文本或添加公司信息时自动触发。
allowed-tools	Read, Write, Grep

JD Analyzer Skill

触发条件

当用户需要：

• 分析职位描述（JD）
• 提取关键技能和要求
• 评估简历与JD的匹配度
• 识别技能差距
• 为特定公司准备面试

分析维度

1. 基本信息

• 职位名称和级别
• 团队和部门
• 工作地点
• 职位类型（全职/兼职/实习）

2. 技能分析

编程语言

• 必需语言（Required）
• 优先语言（Preferred）
• 框架和库
• 工具和平台

系统设计

• 分布式系统
• 微服务架构
• 数据库设计
• 可扩展性要求
• 性能优化

领域知识

• 行业特定知识
• 业务领域理解
• 专业术语

3. 软技能

• 沟通能力
• 领导力
• 团队协作
• 问题解决
• 适应能力

4. 资格要求

• 教育背景（学位、专业）
• 工作经验年限
• 特定领域经验
• 认证或证书

5. 职责范围

• 主要工作内容
• 项目类型
• 影响范围
• 决策权限

6. 加分项

• 优先考虑的技能
• 额外的认证或经验
• 特殊贡献或成就

工作流程

步骤 1: 提取原始信息

从JD文本中提取：

• 所有技能关键词
• 经验要求
• 教育要求
• 职责描述

步骤 2: 结构化分析

将提取的信息分类到：

{
  "structured_analysis": {
    "required_skills": [...],
    "preferred_skills": [...],
    "responsibilities": [...],
    "minimum_qualifications": [...],
    "preferred_qualifications": [...]
  }
}

步骤 3: 技能匹配

对比用户基础简历（data/resume/base.json）：

{
  "skill_match_analysis": {
    "matched_skills": [
      {"skill": "Python", "proficiency": "expert"}
    ],
    "partial_match_skills": [
      {"skill": "Java", "proficiency": "intermediate", "required": "advanced"}
    ],
    "missing_skills": [
      {"skill": "C++", "action": "需要学习基础"}
    ]
  }
}

步骤 4: 生成建议

基于匹配分析提供：

• 需要补充的技能
• 应该突出的经验
• 面试准备重点
• 简历优化建议

技能提取模式

编程语言识别

识别以下模式：

• "Proficiency in/with X"
• "Experience with/using X"
• "Strong knowledge of X"
• "X developer"
• "X, Y, or Z"

经验级别判断

• Entry: 0-2 years
• Mid: 2-5 years
• Senior: 5+ years
• Staff/Principal: 8+ years

系统设计关键词

• "Distributed systems"
• "Microservices architecture"
• "Scalable systems"
• "High-availability"
• "Large-scale systems"
• "Cloud-native"

软技能识别

• "Excellent communication"
• "Leadership experience"
• "Team player"
• "Problem-solving skills"
• "Self-motivated"

输出格式

公司信息文件更新

更新 data/companies/{company}.json 的 job_descriptions 部分：

{
  "job_descriptions": {
    "pos_001": {
      "title": "Software Engineer III",
      "description_source": "...",
      "scraped_at": "2025-01-09T00:00:00Z",
      "raw_text": "完整JD文本...",

      "structured_analysis": {
        "required_skills": ["Python", "Distributed Systems"],
        "preferred_skills": ["Kubernetes", "ML"],
        "responsibilities": ["设计并开发软件"],
        "minimum_qualifications": ["计算机学位", "3年经验"],
          
      

       
         ...
         ...
         ...
      
    
  

使用示例

场景 1: 添加新公司时

用户提供JD文本，自动：

1. 提取所有技能和要求
2. 分析与用户简历的匹配度
3. 生成结构化分析报告
4. 保存到公司信息文件

场景 2: 简历优化前

为简历优化器提供：

• 关键技能列表
• 优先级排序
• 匹配度评分
• 优化建议

场景 3: 面试准备时

生成面试准备重点：

• 技术主题清单
• 可能的问题类型
• 需要深入研究的领域

匹配规则

完全匹配

• 用户有直接使用经验
• 项目中实际应用
• 可以深度讨论

部分匹配

• 了解相关技术
• 有相似技术经验
• 可以快速学习

缺失

• 完全没有经验
• 需要从头学习
• 建议学习路径

权重计算

用于匹配度评分：

• 必需技能：权重 2.0
• 优先技能：权重 1.0
• 加分项：权重 0.5

匹配度 = Σ(匹配等级 × 权重) / Σ(最大权重)

注意事项

1. 上下文理解: 考虑JD的整体语境，而不是孤立的关键词
2. 技能归类: 将不同名称但本质相同的技能归类
3. 公司特色: 识别公司的技术文化（如Google重视可扩展性）
4. 隐含要求: 识别JD中未明确表达的期望
5. 动态更新: 随着用户技能提升，重新评估匹配度

高级分析功能（Phase 2新增）

公司文化分析

文化指标识别

工作文化关键词:

{
  "culture_indicators": {
    "pace": {
      "fast": ["fast-paced", "move fast", "rapid iteration", "agile", "startup environment"],
      "balanced": ["work-life balance", "sustainable pace", "flexible hours"],
      "intense": ["high-pressure", "demanding", "deadline-driven"]
    },
    "collaboration": {
      "collaborative": ["team player", "cross-functional", "collaborate", "pair programming"],
          
           
    
     
           
           
           
    
     
         
          
          
          
    
  

文化匹配分析

{
  "culture_analysis": {
    "company_culture_type": "Innovative & Fast-paced",
    "key_culture_traits": [
      "Data-driven decision making",
      "Fast iteration and experimentation",
      "Collaborative cross-functional work",
      "High ownership and accountability"
    ],
    "culture_indicators_found": [
      {"trait": "fast-paced", "evidence": "fast-paced environment", "frequency": 3},
      {"trait": "data-driven", "evidence": "data-driven approach", "frequency": 5},
      {"trait": "collaborative"    
    
     
       
        
        
    
  

薪资范围检测

薪资信息提取

识别模式:

# 基础薪资
"(\$?\d{2,3}k?[-–to]\$?\d{2,3}k?)\s*(per year|annually|/year|annual)"

# 股票/股权
"(stock|equity|RSU|option|grant).*?(\$?\d{2,3}k?)"

# 奖金
"(bonus|signing|target).*?(\$?\d{1,2}k?|\d{1,2}%)"

# 总薪酬
"(total compensation|TC|OTE).*?(\$?\d{2,3}k?)"

薪资结构分析:

{
  "salary_analysis": {
    "base_salary": {
      "range": "$150,000 - $200,000",
      "currency": "USD",
      "period": "yearly",
      "confidence": "high"
    },
    "equity": {
      "mentioned": true,
      "estimated_range": "$50,000 - $100,000/year",
      "type": "RSU",
      "vesting": "4 years"
    },
    "bonus": {
      "mentioned": true,
      "percentage": "20%",
      "estimated_value" 
    
     
       
         
    
     
       
       
    
  

地区薪资调整

{
  "location_adjustments": {
    "SF Bay Area": 1.0,
    "New York": 0.95,
    "Seattle": 0.90,
    "Austin": 0.80,
    "Remote (US)": 0.85,
    "Beijing": 0.60,
    "Shanghai": 0.62
  }
}

增强的技能提取模式

AI/ML技能识别

{
  "ai_ml_skills": {
    "machine_learning": ["Machine Learning", "ML", "Deep Learning", "Neural Networks"],
    "frameworks": ["TensorFlow", "PyTorch", "Keras", "Scikit-learn", "MXNet"],
    "nlp": ["NLP", "Natural Language Processing", "Transformers", "BERT", "GPT"],
    "computer_vision": ["Computer Vision", "CV", "Image Processing", "CNN"],
    "mlops":    
  

云平台技能

{
  "cloud_skills": {
    "aws": ["AWS", "Amazon Web Services", "EC2", "S3", "Lambda", "RDS", "DynamoDB"],
    "gcp": ["GCP", "Google Cloud", "GKE", "BigQuery", "Cloud Functions"],
    "azure": ["Azure", "Microsoft Azure", "AKS", "Azure Functions"],
    "cloud_native": ["Kubernetes", "K8s", "Docker", "Helm",  
  

数据技能

{
  "data_skills": {
    "databases": ["SQL", "NoSQL", "PostgreSQL", "MySQL", "MongoDB", "Redis", "Cassandra"],
    "data_engineering": ["ETL", "Data Pipeline", "Spark", "Kafka", "Airflow", "Hadoop"],
    "analytics": ["Data Analysis", "Analytics", "Visualization", "Tableau", "Power BI"],
    "big_data": ["Big Data", "Distributed Computing"  
  

多语言JD支持

语言检测

{
  "language_detection": {
    "detected_language": "zh-CN",
    "confidence": 0.95,
    "supported_languages": ["en", "zh-CN", "zh-TW", "ja", "ko"],
    "translation_needed": false
  }
}

双语JD处理

{
  "bilingual_jd": {
    "primary_language": "en",
    "secondary_language": "zh-CN",
    "merge_strategy": "primary_first",
    "skill_extraction": {
      "from_primary": true,
      "from_secondary": true,
      "merge_duplicates": true
    }
  }
}

跨语言技能映射

{
  "skill_translation": {
    "machine_learning": {
      "en": "Machine Learning",
      "zh": "机器学习",
      "ja": "機械学習",
      "ko": "기계 학습"
    },
    "distributed_systems": {
      "en": "Distributed Systems",
      "zh": "分布式系统",
      "ja": "分散システム",
      "ko": "분산 시스템"
    }
  }
}

智能技能分组

相关技能聚类

{
  "skill_clusters": {
    "backend_development": {
      "skills": ["Python", "Java", "Go", "APIs", "Microservices"],
      "weight": 2.0,
      "priority": "high"
    },
    "data_processing": {
      "skills": ["SQL", "ETL", "Kafka", "Spark"],
      "weight": 1.5,
      "priority": "medium"
    },
    "frontend": {
      "skills"    
       
       
    
  

技能依赖关系分析

{
  "skill_dependencies": {
    "Kubernetes": {
      "prerequisites": ["Docker", "Linux", "Networking"],
      "related": ["Helm", "Istio", "Prometheus"],
      "advanced": ["Cloud Native", "Service Mesh"]
    },
    "Machine Learning": {
      "prerequisites": ["Python", "Statistics", "Linear Algebra"],
      "related": ["Deep Learning", "MLOps", "Data Engineering"]
         
    
  

隐含技能要求识别

基于职责推断技能

{
  "inferred_skills": {
    "from_responsibility": "Design and build scalable web applications",
    "inferred_skills": [
      {"skill": "Web Development", "confidence": 0.95},
      {"skill": "API Design", "confidence": 0.90},
      {"skill": "Scalability", "confidence": 0.85},
      {"skill": "Performance Optimization", "confidence": 0.80}
    ],
    "reasoning": "Building scalable web apps requires these core skills"
  }

基于项目规模推断经验

{
  "scale_inference": {
    "indicators": ["millions of users", "petabytes of data", "high QPS"],
    "inferred_requirements": [
      {"skill": "Distributed Systems", "importance": "critical"},
      {"skill": "Scalability", "importance": "critical"},
      {"skill": "Performance Tuning", "importance": "high"},
      {"skill": "System Design", "importance": "high"}
    ]
  }

市场需求分析

技能趋势分析

{
  "market_analysis": {
    "skill_demand": {
      "Distributed Systems": {
        "demand_level": "high",
        "trend": "increasing",
        "market_saturation": "low"
      },
      "Kubernetes": {
        "demand_level": "very_high",
        "trend": "stable",
        "market_saturation": "medium"
      }
    },
    "competitiveness": {
      "score": 75,
      "interpretation": "Moderately competitive position",
      "recommendations": [
        "Strengthen distributed systems fundamentals"
        
        
      
    
  

增强的输出格式

完整的JD分析报告

{
  "jd_analysis_report": {
    "metadata": {
      "company": "Example Tech",
      "position": "Senior Software Engineer",
      "analysis_date": "2024-01-15T10:00:00Z",
      "jd_language": "en",
      "confidence_score": 0.92
    },

    "basic_info": {
      "title": "Senior Software Engineer",
      "level": "L4-L5",
      "department": "Cloud Infrastructure",
      "location": "Remote / SF",
      "employment_type": "Full-time"
    },

    "culture_analysis": {
      "culture_type" 
         
       
       
    

     
       
       
       
       
       
    

     
       
             
             
             
      
       
             
             
      
    

     
       
       
       
       
       
         
         
          
      
    

     
       
       
       
       
       
       
    
  

分析质量保证

验证检查项:

• 所有关键技能已识别
• 薪资信息已提取（如存在）
• 文化指标已分析
• 隐含技能已推断
• 匹配度计算准确
• 建议具有可操作性
• 多语言支持正确
• 输出格式符合Schema

置信度评分:

高置信度 (90%+): 清晰的技能描述，明确的要求
中置信度 (70-89%): 有一些歧义，需要推断
低置信度 (<70%): JD描述模糊，信息不完整