镜像自地址
https://github.com/binary-husky/gpt_academic.git
已同步 2025-12-05 22:16:49 +00:00
8042750d41
* stage academic conversation * stage document conversation * fix buggy gradio version * file dynamic load * merge more academic plugins * accelerate nltk * feat: 为predict函数添加文件和URL读取功能 - 添加URL检测和网页内容提取功能，支持自动提取网页文本 - 添加文件路径识别和文件内容读取功能，支持private_upload路径格式 - 集成WebTextExtractor处理网页内容提取 - 集成TextContentLoader处理本地文件读取 - 支持文件路径与问题组合的智能处理 * back * block unstable --------- Co-authored-by: XiaoBoAI <liuboyin2019@ia.ac.cn>
356 行
13 KiB
Python
356 行
13 KiB
Python
from typing import Dict, List
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from dataclasses import dataclass
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import re
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@dataclass
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class SearchCriteria:
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"""搜索条件"""
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query_type: str # 查询类型: repo/code/user/topic
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main_topic: str # 主题
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sub_topics: List[str] # 子主题列表
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language: str # 编程语言
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min_stars: int # 最少星标数
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github_params: Dict # GitHub搜索参数
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original_query: str = "" # 原始查询字符串
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repo_id: str = "" # 特定仓库ID或名称
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class QueryAnalyzer:
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"""查询分析器"""
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# 响应索引常量
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BASIC_QUERY_INDEX = 0
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GITHUB_QUERY_INDEX = 1
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def __init__(self):
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self.valid_types = {
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"repo": ["repository", "project", "library", "framework", "tool"],
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"code": ["code", "snippet", "implementation", "function", "class", "algorithm"],
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"user": ["user", "developer", "organization", "contributor", "maintainer"],
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"topic": ["topic", "category", "tag", "field", "area", "domain"]
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}
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def analyze_query(self, query: str, chatbot: List, llm_kwargs: Dict):
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"""分析查询意图"""
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from crazy_functions.crazy_utils import \
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request_gpt_model_multi_threads_with_very_awesome_ui_and_high_efficiency as request_gpt
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# 1. 基本查询分析
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type_prompt = f"""请分析这个与GitHub相关的查询，并严格按照以下XML格式回答：
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查询: {query}
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说明:
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1. 你的回答必须使用下面显示的XML标签，不要有任何标签外的文本
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2. 从以下选项中选择查询类型: repo/code/user/topic
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- repo: 用于查找仓库、项目、框架或库
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- code: 用于查找代码片段、函数实现或算法
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- user: 用于查找用户、开发者或组织
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- topic: 用于查找主题、类别或领域相关项目
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3. 识别主题和子主题
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4. 识别首选编程语言(如果有)
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5. 确定最低星标数(如果适用)
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必需格式:
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<query_type>此处回答</query_type>
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<main_topic>此处回答</main_topic>
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<sub_topics>子主题1, 子主题2, ...</sub_topics>
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<language>此处回答</language>
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<min_stars>此处回答</min_stars>
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示例回答:
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1. 仓库查询:
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查询: "查找有至少1000颗星的Python web框架"
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<query_type>repo</query_type>
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<main_topic>web框架</main_topic>
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<sub_topics>后端开发, HTTP服务器, ORM</sub_topics>
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<language>Python</language>
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<min_stars>1000</min_stars>
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2. 代码查询:
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查询: "如何用JavaScript实现防抖函数"
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<query_type>code</query_type>
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<main_topic>防抖函数</main_topic>
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<sub_topics>事件处理, 性能优化, 函数节流</sub_topics>
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<language>JavaScript</language>
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<min_stars>0</min_stars>"""
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# 2. 生成英文搜索条件
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github_prompt = f"""Optimize the following GitHub search query:
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Query: {query}
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Task: Convert the natural language query into an optimized GitHub search query.
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Please use English, regardless of the language of the input query.
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Available search fields and filters:
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1. Basic fields:
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- in:name - Search in repository names
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- in:description - Search in repository descriptions
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- in:readme - Search in README files
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- in:topic - Search in topics
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- language:X - Filter by programming language
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- user:X - Repositories from a specific user
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- org:X - Repositories from a specific organization
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2. Code search fields:
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- extension:X - Filter by file extension
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- path:X - Filter by path
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- filename:X - Filter by filename
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3. Metric filters:
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- stars:>X - Has more than X stars
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- forks:>X - Has more than X forks
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- size:>X - Size greater than X KB
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- created:>YYYY-MM-DD - Created after a specific date
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- pushed:>YYYY-MM-DD - Updated after a specific date
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4. Other filters:
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- is:public/private - Public or private repositories
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- archived:true/false - Archived or not archived
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- license:X - Specific license
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- topic:X - Contains specific topic tag
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Examples:
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1. Query: "Find Python machine learning libraries with at least 1000 stars"
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<query>machine learning in:description language:python stars:>1000</query>
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2. Query: "Recently updated React UI component libraries"
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<query>UI components library in:readme in:description language:javascript topic:react pushed:>2023-01-01</query>
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3. Query: "Open source projects developed by Facebook"
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<query>org:facebook is:public</query>
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4. Query: "Depth-first search implementation in JavaScript"
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<query>depth first search in:file language:javascript</query>
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Please analyze the query and answer using only the XML tag:
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<query>Provide the optimized GitHub search query, using appropriate fields and operators</query>"""
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# 3. 生成中文搜索条件
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chinese_github_prompt = f"""优化以下GitHub搜索查询:
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查询: {query}
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任务: 将自然语言查询转换为优化的GitHub搜索查询语句。
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为了搜索中文内容，请提取原始查询的关键词并使用中文形式，同时保留GitHub特定的搜索语法为英文。
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可用的搜索字段和过滤器:
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1. 基本字段:
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- in:name - 在仓库名称中搜索
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- in:description - 在仓库描述中搜索
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- in:readme - 在README文件中搜索
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- in:topic - 在主题中搜索
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- language:X - 按编程语言筛选
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- user:X - 特定用户的仓库
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- org:X - 特定组织的仓库
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2. 代码搜索字段:
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- extension:X - 按文件扩展名筛选
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- path:X - 按路径筛选
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- filename:X - 按文件名筛选
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3. 指标过滤器:
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- stars:>X - 有超过X颗星
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- forks:>X - 有超过X个分支
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- size:>X - 大小超过X KB
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- created:>YYYY-MM-DD - 在特定日期后创建
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- pushed:>YYYY-MM-DD - 在特定日期后更新
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4. 其他过滤器:
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- is:public/private - 公开或私有仓库
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- archived:true/false - 已归档或未归档
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- license:X - 特定许可证
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- topic:X - 含特定主题标签
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示例:
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1. 查询: "找有关机器学习的Python库，至少1000颗星"
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<query>机器学习 in:description language:python stars:>1000</query>
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2. 查询: "最近更新的React UI组件库"
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<query>UI 组件库 in:readme in:description language:javascript topic:react pushed:>2023-01-01</query>
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3. 查询: "微信小程序开发框架"
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<query>微信小程序 开发框架 in:name in:description in:readme</query>
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请分析查询并仅使用XML标签回答:
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<query>提供优化的GitHub搜索查询，使用适当的字段和运算符，保留中文关键词</query>"""
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try:
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# 构建提示数组
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prompts = [
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type_prompt,
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github_prompt,
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chinese_github_prompt,
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]
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show_messages = [
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"分析查询类型...",
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"优化英文GitHub搜索参数...",
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"优化中文GitHub搜索参数...",
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]
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sys_prompts = [
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"你是一个精通GitHub生态系统的专家，擅长分析与GitHub相关的查询。",
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"You are a GitHub search expert, specialized in converting natural language queries into optimized GitHub search queries in English.",
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"你是一个GitHub搜索专家，擅长处理查询并保留中文关键词进行搜索。",
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]
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# 使用同步方式调用LLM
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responses = yield from request_gpt(
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inputs_array=prompts,
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inputs_show_user_array=show_messages,
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llm_kwargs=llm_kwargs,
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chatbot=chatbot,
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history_array=[[] for _ in prompts],
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sys_prompt_array=sys_prompts,
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max_workers=3
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)
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# 从收集的响应中提取我们需要的内容
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extracted_responses = []
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for i in range(len(prompts)):
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if (i * 2 + 1) < len(responses):
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response = responses[i * 2 + 1]
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if response is None:
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raise Exception(f"Response {i} is None")
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if not isinstance(response, str):
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try:
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response = str(response)
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except:
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raise Exception(f"Cannot convert response {i} to string")
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extracted_responses.append(response)
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else:
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raise Exception(f"未收到第 {i + 1} 个响应")
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# 解析基本信息
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query_type = self._extract_tag(extracted_responses[self.BASIC_QUERY_INDEX], "query_type")
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if not query_type:
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print(
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f"Debug - Failed to extract query_type. Response was: {extracted_responses[self.BASIC_QUERY_INDEX]}")
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raise Exception("无法提取query_type标签内容")
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query_type = query_type.lower()
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main_topic = self._extract_tag(extracted_responses[self.BASIC_QUERY_INDEX], "main_topic")
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if not main_topic:
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print(f"Debug - Failed to extract main_topic. Using query as fallback.")
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main_topic = query
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query_type = self._normalize_query_type(query_type, query)
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# 提取子主题
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sub_topics = []
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sub_topics_text = self._extract_tag(extracted_responses[self.BASIC_QUERY_INDEX], "sub_topics")
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if sub_topics_text:
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sub_topics = [topic.strip() for topic in sub_topics_text.split(",")]
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# 提取语言
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language = self._extract_tag(extracted_responses[self.BASIC_QUERY_INDEX], "language")
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# 提取最低星标数
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min_stars = 0
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min_stars_text = self._extract_tag(extracted_responses[self.BASIC_QUERY_INDEX], "min_stars")
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if min_stars_text and min_stars_text.isdigit():
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min_stars = int(min_stars_text)
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# 解析GitHub搜索参数 - 英文
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english_github_query = self._extract_tag(extracted_responses[self.GITHUB_QUERY_INDEX], "query")
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# 解析GitHub搜索参数 - 中文
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chinese_github_query = self._extract_tag(extracted_responses[2], "query")
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# 构建GitHub参数
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github_params = {
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"query": english_github_query,
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"chinese_query": chinese_github_query,
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"sort": "stars", # 默认按星标排序
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"order": "desc", # 默认降序
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"per_page": 30, # 默认每页30条
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"page": 1 # 默认第1页
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}
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# 检查是否为特定仓库查询
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repo_id = ""
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if "repo:" in english_github_query or "repository:" in english_github_query:
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repo_match = re.search(r'(repo|repository):([a-zA-Z0-9_.-]+/[a-zA-Z0-9_.-]+)', english_github_query)
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if repo_match:
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repo_id = repo_match.group(2)
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print(f"Debug - 提取的信息:")
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print(f"查询类型: {query_type}")
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print(f"主题: {main_topic}")
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print(f"子主题: {sub_topics}")
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print(f"语言: {language}")
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print(f"最低星标数: {min_stars}")
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print(f"英文GitHub参数: {english_github_query}")
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print(f"中文GitHub参数: {chinese_github_query}")
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print(f"特定仓库: {repo_id}")
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# 更新返回的 SearchCriteria，包含中英文查询
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return SearchCriteria(
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query_type=query_type,
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main_topic=main_topic,
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sub_topics=sub_topics,
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language=language,
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min_stars=min_stars,
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github_params=github_params,
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original_query=query,
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repo_id=repo_id
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)
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except Exception as e:
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raise Exception(f"分析查询失败: {str(e)}")
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def _normalize_query_type(self, query_type: str, query: str) -> str:
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"""规范化查询类型"""
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if query_type in ["repo", "code", "user", "topic"]:
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return query_type
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query_lower = query.lower()
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for type_name, keywords in self.valid_types.items():
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for keyword in keywords:
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if keyword in query_lower:
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return type_name
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query_type_lower = query_type.lower()
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for type_name, keywords in self.valid_types.items():
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for keyword in keywords:
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if keyword in query_type_lower:
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return type_name
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return "repo" # 默认返回repo类型
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def _extract_tag(self, text: str, tag: str) -> str:
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"""提取标记内容"""
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if not text:
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return ""
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# 标准XML格式（处理多行和特殊字符）
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pattern = f"<{tag}>(.*?)</{tag}>"
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match = re.search(pattern, text, re.DOTALL | re.IGNORECASE)
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if match:
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content = match.group(1).strip()
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if content:
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return content
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# 备用模式
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patterns = [
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rf"<{tag}>\s*([\s\S]*?)\s*</{tag}>", # 标准XML格式
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rf"<{tag}>([\s\S]*?)(?:</{tag}>|$)", # 未闭合的标签
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rf"[{tag}]([\s\S]*?)[/{tag}]", # 方括号格式
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rf"{tag}:\s*(.*?)(?=\n\w|$)", # 冒号格式
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rf"<{tag}>\s*(.*?)(?=<|$)" # 部分闭合
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]
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# 尝试所有模式
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for pattern in patterns:
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match = re.search(pattern, text, re.IGNORECASE | re.DOTALL)
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if match:
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content = match.group(1).strip()
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if content: # 确保提取的内容不为空
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return content
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# 如果所有模式都失败，返回空字符串
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return "" |