"""
@author: Bre Athy
@contact: https://www.zhihu.com/people/you-yi-shi-de-hu-xi
@productware: PyCharm
@file: 刷题.py
@time: 2020/1/1 22:28
"""
# 要安装的库：pywin32, python-docx
from docx import Document
from win32com.client import Dispatch as DPT
import os, re, json, copy, random

def main():
    print("导入题库前请先关闭word！")
    wordpath = input("请输入题库word文档的位置:")
    if os.path.exists(os.path.splitext(wordpath)[0]+".json"):
        with open(os.path.splitext(wordpath)[0] + ".json", "r") as fp:
            Qs = json.load(fp)
    else:
        if os.path.splitext(wordpath)[1] == ".doc":
            print("检测到文件格式为doc，正在转为docx")
            word = DPT("Word.Application")
            doc = word.Documents.Open(wordpath)
            wordpath += "x"
            doc.SaveAs(wordpath, 12)
            doc.Close()
            word.Quit()
            print("转格式成功，文件存储为",wordpath)

        word = Document(wordpath)
        i = 1
        Qs = []
        Q = {}
        mcq = False
        if input("是否导入多选题(Y/N)？").upper() == "y":mcq = True
        for par in word.paragraphs:

            # 处理answer的函数，添加到列表中
            def parseresult(regex, content, item, over = False, answer = False):
                result = re.match(regex, content)
                if result:
                    Q[item] = result.group(1).strip()
                    if answer:
                        if len(Q[item])>1 and mcq:
                            Qs.append(copy.deepcopy(Q))
                            Q.clear()
                    if over:
                        Qs.append(copy.deepcopy(Q))
                        # print(Q)
                        Q.clear()

            if par.paragraph_format.alignment == 1:
                if "多选题" not in par.text:
                    print("导入"+par.text)
                i = 1
            else:
                result = re.match(".*?(\d+)"+r"[\.．]"+"(.*)",par.text)
                if result:
                    Q={
                        "Item": result.group(1),
                        "Question" : result.group(2)
                    }
                    i += 1
                parseresult(".*\(A\)(.*)", par.text, "A")
                parseresult(".*\(B\)(.*)", par.text, "B")
                parseresult(".*\(C\)(.*)", par.text, "C")
                parseresult(".*\(D\)(.*)", par.text, "D")
                parseresult(".*\(B\)(.*)", par.text, "B")
                parseresult(".*\(A\)(.*)\(B", par.text, "A")
                parseresult(".*\(B\)(.*)\(C", par.text, "B")
                parseresult(".*\(C\)(.*)\(D", par.text, "C")
                parseresult(".*A\.(.*)", par.text, "A")
                parseresult(".*B\.(.*)", par.text, "B")
                parseresult(".*C\.(.*)", par.text, "C")
                parseresult(".*D\.(.*)", par.text, "D")
                parseresult(".*A\.(.*?)B\.", par.text, "A")
                parseresult(".*B\.(.*?)C\.", par.text, "B")
                parseresult(".*C\.(.*?)D\.", par.text, "C")
                parseresult("答.*?[:：].*?(\w+).*", par.text, "Answer", answer=True)
                parseresult("答.*?[:：].*?(\w+).*知", par.text, "Answer", answer=True)
                parseresult(".*?知.*：(.*)", par.text, "knowledge", over=True)
        with open(os.path.splitext(wordpath)[0] + ".json", "w") as fp:
            json.dump(Qs, fp)
    print("题库导入完成！")
    result = input("1、随机出题\n2、顺序出题\n请选择：")
    print("******************** 按下回车进入下一题 ********************")

    # 取出一道题
    def getQ(Q):
        input()

        def pprint(des, item):
            if item in Q.keys():
                print(des, Q[item])


        if len(Q["Answer"]) == 1:
            if ("A" in Q["Answer"]) or ("B" in Q["Answer"]) or ("C" in Q["Answer"]) or ("D" in Q["Answer"]):
                print("******************** 单选题 ********************")
            else:
                print("******************** 判断题 ********************")
        else:
            print("******************** 多选题 ********************")

        if "Item" not in Q.keys():
            return None
        print(str(Q["Item"]) + ". " + Q["Question"])
        pprint("A.", "A")
        pprint("B.", "B")
        pprint("C.", "C")
        pprint("D.", "D")

        if input("请选择:").upper() == Q["Answer"]:
            print("正确！")
        else:
            pprint("错误！正确答案:", "Answer")
        pprint("知识点:", "knowledge")


    if result == "2":
        for Q in Qs:
            getQ(Q)
    elif result == "1":
        while True:
            getQ(random.choice(Qs))
    else:
        print("未选择，自动退出！")



if __name__ == "__main__":
    main()

第一次导入比较慢，第二次就打开就很快了了：