import asyncio
import concurrent
from datetime import datetime
import json
import logging
import re
from typing import List

from fastapi import logger

from configs import kb_config
from configs.model_config import LLM_MODELS
from server.agent.tools import duckduckgo_search
from server.agent.tools.duckduckgo_search import duckduckgo_search_iter
from server.agent.tools.knowledgebase_kgo_search import knowledgebase_kgo_iter
from server.agent.tools.rag_search import rag_search1
from server.chat import utils
from server.chat.policy_fun_iast import get_llm_model_response
from server.chat.utils import doc_to_list, get_similar_documents1, solve_knowledge_map, solve_mental_data
from server.knowledge_base.kb_doc_api import search_docs



def rag_search(query: str,uid):
    """
    根据用户输入的query，返回rag搜索结果
    """
    source_docs = []
    try:
        search = json.loads(query)
        logging.info(f'模型输入: {search["query"]}')
        original_query = search["query"]
        search_query = get_llm_model_response(
            strategy_name="rag_search_rewrite",
            llm_model_name=LLM_MODELS[0],
            template_prompt_name="rag_search_rewrite",
            prompt_param_dict={"input": search["query"], "year": datetime.now().strftime("%Y")},
            temperature=0.3,
            max_tokens=512
        )
        logging.info(f'模型改写: {search_query}')
        search_keywords = []
        search_text = f"{search_query}"
        # if type(search["keywords"]) == list:
        #     search_keywords = search["keywords"]
        #     for keyword in search_keywords:
        #         search_text += f" {keyword}"
        # else:
        #     search_keywords = search["keywords"].split(",")
        #     for keyword in search_keywords:
        #         search_text += f" {keyword}"
        self_database = utils.get_shared_variable(uid)
        result = []

        knownledge_name = []
        if type(search["knowledge_name"]) == list:
            knownledge_name=search["knowledge_name"]
        else:
            knownledge_name=search["knowledge_name"].split(",")
        if "美术专业知识库" in knownledge_name:
            knownledge_name.remove("美术专业知识库")
            if "database" in self_database:
                self_database["database"]= self_database["database"].append("p_cafa0101011")
            else:
                self_database["database"] = ["p_cafa0101011"]
        # 添加个人知识库
        if "database" in self_database:
            knownledge_name.extend(self_database["database"])
        knownledge_name = [knownledge for knownledge in knownledge_name 
                        if (knownledge in kb_config.CH_BASE_NAME 
                            or knownledge in kb_config.EN_BASE_NAME 
                            or knownledge in getattr(kb_config, "YJ_BASE_NAME", [])
                            or kb_config.SELF_KNOWLEDGE_BASE.match(knownledge) 
                            or knownledge == "coding")]
        if len(knownledge_name)==0:
            #result.append(f"没有找到匹配的知识库,请必须更换联网思索搜索更多知识库内容")
            return result,source_docs
            # knownledge_name=kb_config.CH_BASE_NAME
            
        knownledge_name=solve_knowledge_map(knownledge_name)
        #knownledge_name = ["p_c88859a3d06e4265bd01d816ef2650d1"]
        num = 0
        temp=utils.get_shared_variable(uid)
        for knownledge in knownledge_name:
            seen_docs = set()
            duplicate_indices = []
            # 针对中国钢铁行业动态库增加日期范围过滤
            expr_param = ""
            if knownledge == kb_config.STEEL_KB:
                time_today = datetime.now().strftime("%Y-%m-%d")
                # 调用LLM生成日期表达式，模板沿用 get_policy_time
                try:
                    expr_candidate = get_llm_model_response(
                        strategy_name="get steel time",
                        llm_model_name=LLM_MODELS[0],
                        template_prompt_name="get_steel_time",
                        prompt_param_dict={"query": original_query, "time": time_today},
                        temperature=0.01,
                        max_tokens=512
                    ).replace("None", "").strip()
                    expr_param = expr_candidate if expr_candidate else ""
                except Exception as _:
                    expr_param = ""

            doc_list = search_docs(
                usr_query=original_query,
                fileName=[],
                top_k=20,
                score_threshold=1.0,
                query=search_text,
                knowledge_base_name=knownledge,
                expr=expr_param
            )
            logging.info(f"[RAG诊断] kb={knownledge!r} expr={expr_param!r} 召回 {len(doc_list)} docs")

            if len(doc_list)==0:
                # 修 bug: 原代码 return 导致首个 KB 空就放弃全部 KB；改 continue 继续尝试下一个
                continue
            titles = temp["title"]
            doc_list,title = utils.remove_docs1(titles,doc_list)
            titles.extend(title)
            for inum,doc in enumerate(doc_list):
                solve_mental_data(knownledge,doc_list,doc=doc,seen_docs=seen_docs,duplicate_indices=duplicate_indices,knowledge=result,inum=inum)
            
            # 从policydocs中删除重复的文档（从后往前删除以防止索引错位）
            for index in sorted(duplicate_indices, reverse=True):
                del doc_list[index]
            # 处理原文来源进入数组。使用开关语句明确各个条件分支
            match knownledge:
                # 属于政策库分支，入参为中文政策库名称
                case kb_config.DEFAULT_POLICY_BASE:
                    doc_to_list(num,kb_config.DEFAULT_POLICY_BASE_NAME,doc_list,source_docs)
                # 属于期刊论文库分支，入参为期刊论文库的中文名称
                case kb_config.DEFAULT_JOURNAL_BASE:
                    doc_to_list(num,kb_config.DEFAULT_JOURNAL_BASE_NAME,doc_list,source_docs)
                # 属于报告库分支，入参为报告库中文名称
                case kb_config.DEFAULT_REPORT_BASE1:
                    doc_to_list(num,kb_config.DEFAULT_REPORT_BASE_NAME,doc_list,source_docs)
                # 属于冶金行业新闻库分支，入参为冶金行业新闻库中文名称
                case kb_config.GY_NEWS_BASE:
                    doc_to_list(num,kb_config.GY_NEWS_BASE_NAME,doc_list,source_docs)
                # 属于冶金行业报告库分支，入参为冶金行业报告库中文名称
                case kb_config.GY_REPORT_BASE:
                    doc_to_list(num,kb_config.GY_REPORT_BASE_NAME,doc_list,source_docs)
                # 属于冶金专业知识库分支，入参为冶金专业知识库中文名称
                case kb_config.GY_JOURNAL_BASE:
                    doc_to_list(num,kb_config.GY_JOURNAL_BASE_NAME,doc_list,source_docs)     
                # 新增冶金新闻库（2024年以及之前）
                case kb_config.YJ_NEWS_BASE:
                    doc_to_list(num,kb_config.YJ_NEWS_BASE_NAME,doc_list,source_docs)
                # 新增冶金中文期刊库
                case kb_config.YJ_CH_JOURNAL_BASE:
                    doc_to_list(num,kb_config.YJ_CH_JOURNAL_BASE_NAME,doc_list,source_docs)
                # 新增冶金外文期刊库
                case kb_config.YJ_FOR_JOURNAL_BASE:
                    doc_to_list(num,kb_config.YJ_FOR_JOURNAL_BASE_NAME,doc_list,source_docs)
                # 新增冶金OA期刊库
                case kb_config.YJ_OA_JOURNAL_BASE:
                    doc_to_list(num,kb_config.YJ_OA_JOURNAL_BASE_NAME,doc_list,source_docs)
                # 新增冶金政策库
                case kb_config.YJ_POLICYS_BASE:
                    doc_to_list(num,kb_config.YJ_POLICYS_BASE_NAME,doc_list,source_docs)
                # 新增中国钢铁行业动态库
                case kb_config.STEEL_KB:
                    doc_to_list(num,kb_config.STEEL_KB_NAME,doc_list,source_docs)
                # 属于个人知识库分支
                case _ if kb_config.SELF_KNOWLEDGE_BASE.match(knownledge) or  knownledge == "coding":
                    doc_to_list(num,knownledge,doc_list,source_docs)
                case _:
                    print(f"输入了没有的知识库名称")
                    return "输入了没有的知识库名称",source_docs
            # num += len(source_docs[knownledge])
        # 构建缓存对象用于h'per_query_cache'用于传递给其他方法使用uuid获取本轮对话的文献来源
        # del num
        # source = utils.get_shared_variable(uid)
        # print(utils.get_shared_variable(uid))
        # source["source_docs"]=source_docs
        # utils.set_shared_variable(uid,source)
    except Exception as e:
        logging.error(f"Error in rag_search: {e}")
        # return "入参格式需为{\"knowledge_name\":[\"XXX\",\"XXX\"],\"query\":\"XXX\",\"keywords\":[\"XXX\", \"XXX\", \"XXX\", \"XXX\"]}检查输入参数如果没有缺少必要值，当前工具异常请换其他工具"
        return "当前工具异常！请换其他工具",source_docs

    return  result,source_docs




def knowledgebase_kgo_search(query: str, uid) -> List[str]:
    try:
        res = knowledgebase_kgo_iter(query,uid)
        try:
            if type(res[0])==list and type(res[1])==list:
                return res
            elif type(res[1])==list and len(res[1])>0:
                res[0]=[]
                return res
            else:
                temp = []
                temp[0]=[]
                temp[1]=[]
                return temp
        except Exception as e:
            temp = {}
            logging.error(f"No docs: {e}")
            temp[0]=[]
            temp[1]=[]
            return temp
    except json.JSONDecodeError:
        # 如果JSON解码失败，则返回错误消息
        logging.error("Invalid JSON format in query.")
        return "<关键指令>不需要再调用该工具了</关键指令>"
    except KeyError:
        # 如果解析的JSON对象中缺少必要的键，则返回错误消息
        return "请尝试调用其他工具"
    except Exception as e:
        # 捕获其他所有异常，并返回通用错误消息
        return f"发生错误：{str(e)}，请尝试调用其他工具"


def inner_duckduckgo_search(query: str, uuid:str,) :
    logging.info(f"模型输入: {query}")   
    combined_result = asyncio.run(duckduckgo_search_iter(query, uuid, "y","default" ))
    # 以标准json格式输出
    logging.info("返回JSON格式的结果给到模型...")
    return combined_result


def search_tool(query: str):
    """获取到uid并拆分query"""
    if "<param>"in query:
        query = query.replace("<param>","").replace("</param>","")
    matches = re.findall(r'\{.*?\}', query)
    if len(matches)>=2:
        query = matches[0]
    else:
        return "<关键指令>当前工具不需要再调用</关键指令>"
    time_based_uuid = json.loads(matches[1])["uuid"]
    search = json.loads(query)
    if type(search["query"])==list and len(search["query"])>0:
        searches = search["query"][0]
    elif type(search["query"])==list and len(search["query"]) == 0:
        searches = "无"
    else:
        searches = search["query"]
    """
    根据用户输入的query，返回rag搜索结果
    """

    try:
        with concurrent.futures.ThreadPoolExecutor() as executor:
            # 提交任务并发执行
            
            test = {}
            test["num"]=0
            test["source_docs"]=[]
            test["END"] = ""
            test["title"] = []
            utils.set_shared_variable(time_based_uuid+"￥",test)
            # future2 = executor.submit(knowledgebase_kgo_search,search["query"],time_based_uuid+"q")
            future1 = executor.submit(rag_search,query,time_based_uuid)
            # if not "type" in utils.get_shared_variable(time_based_uuid):
            #     future2 = executor.submit(knowledgebase_kgo_search,searches,time_based_uuid+"￥")
            if not "type" in utils.get_shared_variable(time_based_uuid):
                future2 = executor.submit(knowledgebase_kgo_search,searches,time_based_uuid+"￥")
        result3 = []
        # 获取结果
        result1,sourcedocs = future1.result()
        # 诊断：看 rag_search 实际召回多少
        logging.info(f"[RAG诊断] rag_search 返回 result1={len(result1) if isinstance(result1, list) else type(result1).__name__}, sourcedocs={len(sourcedocs) if isinstance(sourcedocs, list) else type(sourcedocs).__name__}, kb={search.get('knowledge_name')}, query={search.get('query')!r}")
        result2 = {}
        if "type" in utils.get_shared_variable(time_based_uuid):
            result2[0] =[]
            result2[1] = []
        else:
            result2 = future2.result()
            logging.info(f"[RAG诊断] zhipu 返回 result2[0]={len(result2[0]) if isinstance(result2[0], list) else type(result2[0]).__name__}, result2[1]={len(result2[1]) if isinstance(result2[1], list) else type(result2[1]).__name__}")
        # if "type" in utils.get_shared_variable(time_based_uuid):
        #     result2[0] =[]
        #     result2[1] = []
        # else:
        #     result2 = future2.result()
        # result2[0] = []
        # result2[1] = []
        utils.remove_shared_variable(time_based_uuid+"q")
        if type(result2[1]) == list:
            if type(sourcedocs) == list:
                sourcedocs.extend(result2[1])
            else:
                sourcedocs = []
        if type(result1) == list:
            result1.extend(result2[0])
            result3 = result1
        else:
            result3 = result2[0]
            
        logging.info(f"result2:{result2[1]}")
        source = []
        res=[]
        sources = utils.get_shared_variable(time_based_uuid)
        i = sources["num"]
        num = sources["num"]
        for result in sourcedocs:
            try:
                i+=1
                res3 = re.sub(r'\[\d+\]', f"[{i}]", result.replace("\n",""), count=1)
                if res3:    
                    source.append(re.sub(r'\[\d+\]', f"[{i}]", result.replace("\n",""), count=1))
                else:
                    i -=  1
            except Exception as e:
                i -=  1
                pass
        # internet_search_res = f"参考资料[{len(result1)+1}-{len(source)}]:{result2[0]}"
        # internet_search_res = f"参考资料:{result2[0]}"
        j = sources["num"] 
        for result in result3:
            j+=1
            res.append(re.sub(r'\[\d+\]', f"[{j}]", result, count=1))
            
        print(utils.get_shared_variable(time_based_uuid))
        # sources["source_docs"]=source
        sources["source_docs"].extend(source)
        sources["num"]=i
        # sources["END"] = "ok"
        utils.set_shared_variable(time_based_uuid,sources)
        logging.info(f"result1:{result1},sourcedocs:{sourcedocs}")
        logging.info(f"result2:{result2}")
        logging.info(f"{res}")
        if len(res) ==0 and len(source)==0:
            return f"尝试调整入参重新调用知识库联想工具（同一个问题调用超过三次就不要再使用知识库联想工具了，浪费时间）"
        return f"<关键指令>如果你在写文章禁止在非规定位置输出参考资料</关键指令>资料：{res}\n资料来源为：{source}\n 注意：如果你在根据大纲撰写文章，撰写中间部分章节禁止输出综上所述之类的影响文风的话，撰写中间部分禁止输出附录引用文献等！！！"
    except Exception as e:
        logging.error(f"Error occurred during search_tool execution.{e}")
        return "同一个问题调用知识库联想工具超过5次就不要再调用知识库联想"