option.py 24 KB

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  1. #!/usr/bin/env/python
  2. # -*- coding:utf-8 -*-
  3. import re, os
  4. import configs
  5. from utils.washutil import table_label_cleal
  6. import numpy as np
  7. from PIL import Image
  8. def option2block(option_con, item_no_type):
  9. """
  10. 选择题选项切分
  11. 对于选项切分部分,最好也像题号一样先自我切分纠错,但这样老师如果手误打错了字母,可能就解析出错!!!!!
  12. :return:
  13. """
  14. def del_table(ss):
  15. ss = re.sub(r"</?t[dr]>|</?tbody>|</?table>|</?div>|</?p>", "", ss.replace("<td><p>", " "))
  16. return ss
  17. # print('***********',option_con)
  18. if '<table><tbody><tr>' in option_con and \
  19. len(re.findall('<tr><td><p>(A\s*[..、、::].+?|\(A\)\s*[..、、]?.+?)</tr>', option_con.strip())) == 1:
  20. st_opt = re.search('<table><tbody><tr><td><p>(A\s*[..、、::].+?|\(A\)\s*[..、、]?.+?)</tr>',
  21. option_con.strip()).start()
  22. option_con = option_con.strip()[0:st_opt] + '\n' + del_table(option_con.strip()[st_opt:])
  23. # print("option_con:", option_con)
  24. option_con = re.sub(r"</table>\n*?\s*<p>\s*(A\s*[、、..::]|\(A\)\s*[、、..]?)(.+?)", r"\n【【\1】】\2", option_con, re.S)
  25. if re.search("\n\s*C", option_con) is None and re.search("\n\s*c", option_con):
  26. option_con = re.sub("\n\s*c", "\nC", option_con)
  27. option_con = re.sub(r"(\n\s*(<img\s*src=((?![/>]).)*?/>\s*)+?\s*)(A[、、..::].+?)", r"\1\n\4", option_con.strip())
  28. con = re.sub(r"\n\s*([A-H])\s*[、、..::](.+?)", r"\n【【\1、】】\2", option_con.strip()) # 行首的A、不能考虑,故得用strip
  29. if item_no_type == 1 and len(re.findall(r'【【[A-H]\s*[..、、]】】', con)) <= 2 and \
  30. len(re.findall(r'\([A-H]\)', con)) > 2: # 针对题干是第一种类型,选项是第二种类型的情况
  31. item_no_type = 2
  32. if item_no_type == 2:
  33. con = re.sub(r"\n\s*\(([A-Hc])\)\s*[、、..]?(.+?)", r"\n【【\1、】】\2", option_con)
  34. if item_no_type == 1:
  35. if len(re.findall(r'【【[A-H]\s*[..、、]】】', con)) <= 3:
  36. while re.search(r"\n\s*[A-H]\s*<img\s*src=.+?", con.replace(" ", "")): # 2020/7/15
  37. con = re.sub(r"\n\s*([A-H])\s*(<img\s*src=.+?)", "\n" + r"【【\1、】】\2", con)
  38. while re.search(r"(\n\s*<img\s*src=.+?)([A-H][..、、])(.+?)", con.replace(" ", "")):
  39. con = re.sub(r"(\n\s*<img\s*src=.+?)(?<!【)([A-H]\s*[..、、::])(.+?)", r"\1" + "\n" + r"【【\2】】\3", con)
  40. while re.search(r"(\n【【[A-H][..、、]】】.+?)(?<!【)([A-Hc][..、、])\n+(.+?)(?<!【)([A-H][..、、])(.+?)",
  41. con.replace(" ", ""), re.S):
  42. con = re.sub(r"(\n\s*【【[A-H]\s*[..、、]】】.+?)(?<!【)([A-H]\s*[..、、::])\s*\n+(.+?)"
  43. r"(?<!【)([A-H]\s*[..、、::])(.+?)", r"\1【【\2】】\3【【\4】】\5", con, flags=re.S)
  44. while re.search(r"(\n【【[A-H][..、、]】】.+?)(?<!【)([A-H][..、、])\n+(.+?)", con.replace(" ", ""), re.S):
  45. con = re.sub(r"(\n\s*【【[A-H]\s*[..、、]】】.+?)(?<!【)([A-H]\s*[..、、::])\s*\n+(.+?)",
  46. r"\1【【\2】】\3", con, flags=re.S)
  47. while re.search(r"(\n【【[A-H][..、、]】】.+?)(?<!【)([A-H][..、、])(.+?)", con.replace(" ", "")):
  48. con = re.sub(r"(\n\s*【【[A-H]\s*[..、、]】】.+?)(?<!【)([A-H]\s*[..、、::])(.+?)", r"\1【【\2】】\3", con)
  49. while re.search(r"(\n【【[A-H][..、、]】】[^【]+?/>\s+)(?<!【)([B-H][..、、])(.+?)", con.replace(" ", ""), re.S):
  50. con = re.sub(r"(\n\s*【【[A-H]\s*[..、、]】】[^【]+?/>\s+)(?<!【)([B-H]\s*[..、、::])\s*(.+?)",
  51. r"\1【【\2】】\3", con, flags=re.S) # 选项子母前面是图片 9/8
  52. if item_no_type == 2:
  53. if len(re.findall(r'【【[A-H][..、、]】】', con)) <= 3:
  54. while re.search(r"\n\s*\([A-H]\)\s*<imgsrc=.+?", con.replace(" ", "")): # 2020/7/15
  55. con = re.sub(r"\n\s*\(([A-H])\)\s*(<img src=.+?)", "\n" + r"【【\1、】】\2", con)
  56. while re.search(r"(\n\s*<imgsrc=.+?)(\([A-H]\)[..、、]?)(.+?)", con.replace(" ", "")):
  57. con = re.sub(r"(\n\s*<img src=.+?)\(([A-H])\)\s*[..、、]?(.+?)", r"\1" + "\n" + r"【【\2、】】\3", con)
  58. while re.search(r"(\n【【[A-H]、】】.+?)\(([A-H])\)[..、、]?\n+(.+?)\(([A-H])\)[..、、]?(.+?)",
  59. con.replace(" ", ""), re.S):
  60. con = re.sub(r"(\n\s*【【[A-H]、】】.+?)\(([A-H])\)\s*[..、、]?\s*\n+(.+?)"
  61. r"\(([A-H])\)\s*[..、、]?(.+?)", r"\1【【\2、】】\3【【\4、】】\5", con, flags=re.S)
  62. while re.search(r"(\n【【[A-H]、】】.+?)\(([A-H])\)[..、、]?\n+(.+?)", con.replace(" ", ""),re.S):
  63. con = re.sub(r"(\n\s*【【[A-H]、】】.+?)\(([A-H])\)\s*[..、、]?\s*\n+(.+?)",
  64. r"\1【【\2、】】\3", con, flags=re.S)
  65. while re.search(r"(\n【【[A-H]、】】.+?)\(([A-H])\)[..、、]?(.+?)", con.replace(" ", "")):
  66. con = re.sub(r"(\n\s*【【[A-H]、】】.+?)\(([A-H])\)\s*[..、、]?(.+?)", r"\1【【\2、】】\3", con)
  67. con_list = re.split(r"【【[A-H]\s*[..、、]】】", con)
  68. if len(con_list) > 1:
  69. stem_opt = table_label_cleal(con_list[0])
  70. con_list = list(map(del_table, con_list[1:]))
  71. con_list.insert(0, stem_opt) # 题干中的表格不需要清洗
  72. return con_list, con
  73. recur_n = 1 # 递归次数
  74. def option_structure(one_item, con, ans, item_no_type, is_danti=0):
  75. """
  76. 选择题选项拆分结构化
  77. 还需要判断一下 选项个数与题型的对应!!!!
  78. :return:
  79. """
  80. global recur_n
  81. # print(con)
  82. # print('----------------------')
  83. if recur_n > 2:
  84. if 'options' not in one_item:
  85. one_item["errmsgs"].append("选项格式不正确")
  86. recur_n = 1
  87. return one_item
  88. ans = re.sub("[;;.]+", "", ans)
  89. ans2 = []
  90. for a in ans.split("#"):
  91. if 0 < len(a.replace(" ", "")) < 8:
  92. ans2.append("、".join(re.findall(r"[A-G]", a.replace("c", "C"))))
  93. one_item["key"] = "; ".join(ans2)
  94. options_rank = get_options_arrange(one_item["stem"])
  95. # print("id:", one_item['item_id'])
  96. # print("options_rank:",options_rank)
  97. con_list, repl_con = option2block(con, item_no_type)
  98. # print(len(con_list), con_list)
  99. # print('----------------------------')
  100. # 初筛
  101. if len(con_list) < 5:
  102. opt_letter = re.findall(r"【【([A-H])\s*[..、、]】】", repl_con)
  103. if opt_letter and opt_letter[0] == 'B' and re.search("<img src=.+?/>\s*A\s*[..、、].+?$", con_list[0]):
  104. re_split = re.sub("(<img src=.+?/>)\s*A\s*[..、、](.+?)$", r"\1【【A、】】\2", con_list[0])
  105. con_list[0] = re_split.split("【【A、】】")[0]
  106. con_list.insert(1, re_split.split("【【A、】】")[1])
  107. if len(con_list) >= 5:
  108. pattern_1 = re.compile(r"\s([1-9]|1[0-9])[..、、].+?([是为有]|等于)[((]\s*[))]\n", re.S)
  109. pattern_2 = re.compile(r"\s\(([1-9]|1[0-9])\).+?([是为有]|等于)[((]\s*[))]\n", re.S)
  110. pattern_3 = re.compile(r"([是为有]|等于)[((]\s*[))]\n", re.S)
  111. # 第一个错误针对题目中没有答案解析的情况,不然就是选项切分错误
  112. if not is_danti:
  113. if (item_no_type == 1 and any([True for op in con_list[1:] if re.search(pattern_1, op)])) or \
  114. (item_no_type == 2 and any([True for op in con_list[1:] if re.search(pattern_2, op)])):
  115. one_item["errmsgs"].append("本题选项与下一题题干间没有换行符,请注意重新换行!!!") # 一般只有一题和上一题连在一起
  116. one_item['spliterr_point'] = one_item['item_id']
  117. return one_item
  118. elif any([True for op in con_list[1:] if re.search(pattern_3, op)]):
  119. one_item["errmsgs"].append("本题的下一题的题号有问题,请注意重新输入!!!")
  120. one_item['spliterr_point'] = one_item['item_id']
  121. # ------------------------------------------------------------------------
  122. aft_opt = [] # 针对选项后是题目图片的情况
  123. if "\n" in con_list[-1]:
  124. ccon = re.split("\n+", con_list[-1])
  125. while re.match("<img src=", ccon[-1]) and len(ccon) > 1:
  126. aft_opt.insert(0, ccon[-1])
  127. ccon = ccon[:-1]
  128. if aft_opt:
  129. con_list[0] += "\n" + "\n".join(aft_opt)
  130. con_list[-1] = "\n".join(ccon)
  131. # -------------------------------------------------------------------------
  132. # 选项纠错
  133. con_list[0] = re.sub(r"\(\d+分\)", "", con_list[0][:9]) + con_list[0][9:]
  134. opt_letter = re.findall(r"【【([A-H])\s*[..、、]】】", repl_con)
  135. # print('/////////////////////////',opt_letter)
  136. if "".join(sorted(opt_letter)) in "ABCDEFGHIJ" or "".join(sorted(opt_letter)) in ["ABCE", "ABDE", "ACDE", "BCDE"]:
  137. # con_list = pic_transfer(con_list)
  138. if con_list:
  139. return dict(one_item, **{"stem": con_list[0],
  140. "options": [re.sub("(<br/>|\n)\s*$|\s+$", "", i) for i in con_list[1:]],
  141. "options_rank": options_rank,
  142. }) # , "options_num": len(con_list[1:])
  143. else:
  144. # 初次选项拆分的错误判断
  145. con_list = option_label_correct(opt_letter, con_list, repl_con)
  146. # double_l = [key for key, value in dict(Counter(opt_letter)).items() if value > 1]
  147. if type(con_list) == str:
  148. one_item["errmsgs"].append(con_list)
  149. return one_item
  150. else:
  151. # con_list = pic_transfer(con_list)
  152. if con_list:
  153. return dict(one_item,
  154. **{"stem": con_list[0],
  155. "options": [re.sub("(<br/>|\n)\s*$|\s+$", "", i) for i in con_list[1:]],
  156. "options_rank": options_rank,
  157. })
  158. # return dict(one_item, **dict(zip(["stem","A","B","C","D"], con_list)))
  159. else:
  160. # 选项可能放在表格中
  161. is_fail = 0
  162. con_list2 = re.split(r"\n+", con)
  163. errmsgs = ""
  164. if len(con_list2) == 2: # 选项是4个图片组成的情况
  165. option_array = len(re.findall("(^|\n)<img src=.+?", con_list2[1].strip()))
  166. if option_array > 2: # 排列情况
  167. options_rank = 1
  168. elif option_array > 1:
  169. options_rank = 3
  170. else:
  171. options_rank = 2
  172. ims = con_list2[1].split("<img src=")
  173. if len(ims) == 5 and re.search(r"[\u4e00-\u9fa5]", ims[0]) is None:
  174. con_list2 = [con_list2[0] if k == 0 else "<img src=" + v
  175. for k, v in enumerate(con_list2[1].split("<img src="))] # 默认将“<img src=”切分后的第一项丢掉了
  176. # if len(con_list2) == 5:
  177. con_list2[0] = re.sub(r"\(\d+分\)", "", con_list2[0].replace(" ", "")[:9]) + con_list2[0][9:]
  178. return dict(one_item, **{"stem": con_list2[0],
  179. "options": [re.sub("(<br/>|\n)\s*$|\s+$", "", i) for i in con_list2[1:]],
  180. "options_rank": options_rank,
  181. })
  182. else:
  183. errmsgs = """选项格式不正确,请改为: A.xxxx (换行或多空几格) B.xxx。
  184. 【注意】1>>选项和题干间要换行,选项不要放在表格中;2>>选项【如A.】重新手输;
  185. 3>>选项太长时,每项之间要换行,上一项的内容不要与下一项在同一行!!"""
  186. is_fail = 1
  187. else:
  188. con_list3 = re.split(r"\n(?=<img)", con)
  189. if len(con_list3) == 5:
  190. return dict(one_item, **{"stem": con_list3[0],
  191. "options": [re.sub("(<br/>|\n)\s*$|\s+$", "", i) for i in con_list3[1:]],
  192. "options_rank": options_rank,
  193. })
  194. else:
  195. errmsgs = """选项格式不正确,请改为: A.xxxx (换行或多空几格) B.xxx。
  196. 【注意】1>>选项和题干间要换行,选项不要放在表格中;2>>选项【如A.】重新手输
  197. 3>>选项太长时,每项之间要换行,上一项的内容不要与下一项在同一行!!"""
  198. is_fail = 1
  199. op_con = re.split("[((]\s*[))]", con)[-1]
  200. stem_con = "".join(re.split("[((]\s*[))]", con)[:-1])+"( )\n"
  201. if is_fail:
  202. if "table" in op_con:
  203. to_clean_con = re.findall('<table>(((?!(</?table>)).)*)</table>', op_con, re.S)
  204. if len(to_clean_con) == 1:
  205. op_con = re.sub("</?table>|</?tr>|</?td>", "", op_con)
  206. one_item = option_structure(one_item, stem_con+op_con, ans, item_no_type)
  207. else:
  208. aa = re.findall("[A-E]", op_con)
  209. if len(aa) == len(set(aa)) == 4:
  210. recur_n += 1
  211. op_con = re.sub("([A-E])\s*(?![..、、])", r"\1、", op_con)
  212. one_item = option_structure(one_item, stem_con + op_con, ans, item_no_type)
  213. if 'options' not in one_item and "选项格式不正确" not in "".join(one_item["errmsgs"]):
  214. one_item["errmsgs"].append(errmsgs)
  215. return one_item
  216. def get_options_arrange(cont):
  217. """
  218. 判断word中选项每行排版个数
  219. :return:
  220. """
  221. options_rank = 1 # 纵向排列
  222. option_num = 0
  223. if '<table><tbody><tr>' in cont:
  224. table_op = re.findall('<tr>.+?>([A-H]\s*[..、、].+?|\([A-Z]\)\s*[..、、]?.+?)</tr>', cont.strip())
  225. if table_op:
  226. option_num = len(re.findall('[A-H]\s*[..、、].+?|\([A-Z]\)\s*[..、、]?.+?', table_op[0]))
  227. if option_num == 2:
  228. options_rank = 3
  229. if option_num > 2:
  230. options_rank = 2
  231. else:
  232. option_list = cont.split("\n")
  233. for op in option_list:
  234. if re.search("^\s*[A-H]\s*[..、、].+?|^\s*[A-H]\s*<img src=.+?|^\s*\([A-Z]\)\s*[..、、]?.+?", op.strip()):
  235. option_num += 1
  236. if option_num == 2:
  237. options_rank = 3 # 一排2个
  238. elif option_num < 2:
  239. options_rank = 2 # 横向排列
  240. return options_rank
  241. def new_options_rank(options):
  242. """
  243. 按提分宝产品B5纸176*250mm设置选项的排版形式
  244. 选项的排版形式暂设置3种:1:纵向排列 2:横向排列 3:一排2个
  245. 中文字符按5号字体,即10.5磅,英文字符按3/4个中文字符算
  246. :return:
  247. """
  248. options_rank = 1 # 纵向排列
  249. option_len = []
  250. for opt in options:
  251. if re.search("\$.*?\$", opt):
  252. return 0
  253. pic_len = []
  254. if "<img " in opt:
  255. for img in re.findall("<img src=.*?/>", opt):
  256. w_info1 = re.search(' style=".*?width: (\d+[.\d]*?)\s*([pxtin]*?);.*?"', img)
  257. w_info2 = re.search(' width="(\d+[.\d]*?)\s*([pxt]*?)"', img)
  258. if w_info1:
  259. if w_info1.group(2) == 'pt':
  260. pic_len.append((25.4/72)*float(w_info1.group(1)))
  261. elif w_info1.group(2) == 'px':
  262. pic_len.append((25.4 / 72) * (3/4) * float(w_info1.group(1)))
  263. elif w_info1.group(2) == 'in':
  264. pic_len.append(25.4 * float(w_info1.group(1)))
  265. elif w_info2:
  266. pic_len.append((25.4 / 72) * (3 / 4) * float(w_info2.group(1)))
  267. else:
  268. print("选项中存在图片宽高未知")
  269. # 主要没有宽高的图片是用户在编辑器新粘贴的图片,保存在本地,通过读取获取宽高
  270. w_info3 = re.search('<img src=.*?(/[^/]*?/new_image.*?)"', img)
  271. if w_info3:
  272. local_p = configs.IMG_FOLDER + w_info3.group(1)
  273. if os.path.exists(local_p):
  274. w = Image.open(local_p).size[0]
  275. pic_len.append((25.4 / 72) * (3 / 4) * float(w))
  276. else:
  277. print("选项中存在d的宽高未知图片不存在本地")
  278. options_rank = 0
  279. else:
  280. options_rank = 0
  281. opt = opt.replace(img, "")
  282. # 统计字符长度
  283. char_en_l = len(re.findall(r"[a-z\d,.!?;'\-/:<>=*+$~%()\[\]{}\" ]", opt))
  284. opt = re.sub(r"[a-z\d,.!?;'\-/:<>=*+$~%()\[\]{}\" ]", "", opt)
  285. char_zh_l = len(opt)
  286. char_len = (10.5/72)*25.4*(char_en_l*0.75+char_zh_l)
  287. option_len.append(sum(pic_len) + char_len)
  288. # 以最长的选项长度作为参考:<=6个中文字符则排成1行,<=15个中文字符则排成2排,否则都是纵向排列===>此逻辑不对
  289. if sum(option_len) + (len(options)*2 + (len(options)-1)*4)*(10.5/72)*25.4 < 176-40:
  290. options_rank = 2
  291. else:
  292. option_len = sorted(option_len, reverse=True)
  293. if option_len[0]+option_len[1] + (2*2+1*4)*(10.5/72)*25.4 <= 176-40:
  294. options_rank = 3
  295. return options_rank
  296. def option_label_correct(opt_letter, con_list, con):
  297. """
  298. 选项少切了会报错,所以优先解决多切的错误问题
  299. 纠正中标签错误的情况:选项字母不连续或重复;
  300. opt_letter:选项的字母 con_list:选择题拆分了选项的列表
  301. """
  302. lable_sign = re.findall(r"【【([A-H][..、、])】】", con.replace(" ", ""))
  303. con_list2 = con_list
  304. for i, j in enumerate(lable_sign): # 将con_list的选项字母加上
  305. con_list[i + 1] = j + con_list[i + 1]
  306. # con_list2 = re.split(r"【【[A-H]\s*[..、、]】】", con)
  307. p1 = 0 # 选项在con_list中的起始位置
  308. for k, v in enumerate(con_list[1:]):
  309. if re.search(r"[((]\s*[))]", v): # 选择题末尾一般都有()
  310. opt_letter[k] = '0'
  311. p1 = k + 2
  312. if p1 and p1 < len(con_list[1:]): # '0'不在最后一个位置
  313. option_list = con_list2[p1:]
  314. if len(option_list) >= 4:
  315. new_con_list = ["".join(con_list[:p1])].extend(option_list)
  316. return new_con_list
  317. else: # 只考虑ABCD和ACBD两种情况
  318. label_str = "".join(opt_letter)
  319. if re.match("A","".join(opt_letter)) is None:
  320. label_str = re.sub("[^A]A", "0A", "".join(opt_letter), count=1)
  321. # print(label_str)
  322. # -------------------------------------------------------------
  323. # 若选择题中没有(),题干中还是出现了AA的话,需要判断下是否存在错误
  324. if re.search("AA", label_str):
  325. label_bcd_idx = [k for k, i in enumerate(label_str) if i != 'A']
  326. label_a_idx = [k for k, i in enumerate(label_str) if i == 'A']
  327. length_all = []
  328. for i1 in label_bcd_idx: # 先将公式替换,作选项长度判断
  329. l1 = len(re.sub(r"<img\s*src\s*=\s*((?!/>).)+?/>", "<img>", con_list2[i1+1]).replace(" ",""))
  330. length_all.append(l1)
  331. aver_length = np.mean(length_all)
  332. st_a = label_str.index("AA")
  333. for i2 in label_a_idx:
  334. l2 = len(re.sub(r"<img\s*src\s*=\s*((?!/>).)+?/>", "<img>", con_list2[i2+1]).replace(" ",""))
  335. if abs(l2 - aver_length) >= 12:
  336. if i2 >= st_a:
  337. st_a = i2+1
  338. if st_a < len(label_str)-3:
  339. label_str = "".join(["0" if k < st_a else i for k, i in enumerate(label_str)])
  340. # -----------------------------------------------------------------
  341. label_str = re.sub("A[^BC]", "AA", label_str)
  342. label_str = re.sub("B[^CD]", "BB", label_str)
  343. label_str = re.sub("C[^BD]", "CC", label_str)
  344. label_str = re.sub("D[^E]", "DD", label_str)
  345. # 统计是否有重复的字符,若有,则进行合并,否则保持原来
  346. new_con_list = [con_list[0]]
  347. local_w = 0
  348. while local_w < len(label_str):
  349. if local_w == len(label_str) - 1 and label_str[local_w] == '0':
  350. break
  351. while label_str[local_w] == '0': # 如果‘0’在中间,则‘0’会被去除
  352. local_w += 1
  353. double_num = label_str.count(label_str[local_w])
  354. if double_num >= 2:
  355. new_con_list.append(con_list2[local_w + 1] + "".join(con_list[2 + local_w:local_w+double_num + 1]))
  356. else:
  357. new_con_list.append(con_list2[local_w + 1])
  358. local_w += double_num
  359. new_opt_letter = label_str.replace('AA',"A").replace('BB',"B").replace('CC',"C").replace('DD',"D")
  360. if len(new_con_list) >= 4:
  361. if "".join(sorted(new_opt_letter)) in "ABCDEFGHIJ" or "".join(sorted(new_opt_letter)) in ["ABCE", "ABDE", "ACDE", "BCDE"]:
  362. return new_con_list
  363. return "选项格式不正确,1、请改为: A.xxxx B.xxx,手动输入选项字母及后面的标点符号;" \
  364. "2.第一个选项A与题干之间要换行,各选项按ABCD排序;3.选项含图片时用嵌入式;"
  365. def table_option_struc(stem):
  366. """
  367. 表格类的选项结构化,在化学科目的选择题中较常见
  368. :return: 表格仍然作为表格,选项则根据表格中的选项补充,如A、A B、B
  369. """
  370. options = []
  371. stem = re.sub('<p style=".*?">\n+', "\n", stem)
  372. may_options = re.findall("<table>(((?!(</?table>)).)*)</table>", stem)
  373. if may_options:
  374. options_data = may_options[-1][0]
  375. data_col = re.findall("<tr><td>(.*?)</td>", options_data) # 第一列
  376. if re.search("#?A#B#C#D#", re.sub("[..、、,,\s]|<span (class|style)=.*?\">", "", "#".join(data_col).strip())+"#"):
  377. options_str = re.sub("[..、、,,\s]|<span (class|style)=.*?\">", "", "#".join(data_col).strip()+"#")
  378. if "A#B#C#D#E#F#" not in options_str:
  379. if "A#B#C#D#E#" in options_str:
  380. options = ["A", "B", "C", "D", "E"]
  381. elif "A#B#C#D#" in options_str:
  382. options = ["A", "B", "C", "D"]
  383. else:
  384. data_rows = re.findall("<tr>(.*?)</tr>", options_data)
  385. if data_rows:
  386. data_row = re.findall("<td>(.*?)</td>", data_rows[0]) # 第一行
  387. if re.search("#?A#B#C#D#", re.sub("[..、、,,\s]|<span (class|style)=.*?\">", "", "#".join(data_row).strip()) + "#"):
  388. options_str = re.sub("[..、、,,\s]|<span (class|style)=.*?\">", "", "#".join(data_row).strip() + "#")
  389. if "A#B#C#D#E#F#" not in options_str:
  390. if "A#B#C#D#E#" in options_str:
  391. options = ["A", "B", "C", "D", "E"]
  392. elif "A#B#C#D#" in options_str:
  393. options = ["A", "B", "C", "D"]
  394. return options
  395. if __name__ == '__main__':
  396. stem ="""
  397. 下列物质与危险化学品标志的对应关系不正确的是<br/><table><tr><td>A</td><td>B</td><td>C</td><td>D</td></tr><tr><td>汽油</td><td>天然气</td><td>浓硫酸</td><td>氢氧化钠</td></tr><tr><td><img src="files/image2.png" width="125px" height="116px" /></td><td><img src="files/image3.png" width="117px" height="117px" /></td><td><img src="files/image4.png" width="118px" height="119px" /></td><td><img src="files/image5.png" width="122px" height="118px" /></td></tr></table>
  398. """
  399. print(table_option_struc(stem))