Python 题库数据处理：统计、查询与答案判断全攻略

以下是一个可能的 Python 代码示例，用于实现您描述的功能： ```python import os import codecs # 读取题库文件并进行统计 def read_and_statistic_data(): file_path = os.path.join('/data/share_files/experiment_file/e_16545/datafiles', 'python 题库（考试用）') with codecs.open(file_path, 'r', 'gbk') as file: content = file.read() chapters = content.split('\n\n') # 假设每章之间以两个换行符分隔 statistics = {} for chapter in chapters: chapter_lines = chapter.split('\n') chapter_name = chapter_lines[0].split(':')[0] # 提取章名 if chapter_name not in statistics: statistics[chapter_name] = {} for line in chapter_lines[1:]: if line: # 排除空行 question_type = line.split(' ')[0] # 假设题型在每行开头 if question_type not in statistics[chapter_name]: statistics[chapter_name][question_type] = 0 statistics[chapter_name][question_type] += 1 return statistics # 根据用户输入输出指定题目 def output_specific_question(chapter_name, question_type, question_number): file_path = os.path.join('/data/share_files/experiment_file/e_16545/datafiles', 'python 题库（考试用）') with codecs.open(file_path, 'r', 'gbk') as file: content = file.read() chapters = content.split('\n\n') for chapter in chapters: chapter_lines = chapter.split('\n') current_chapter_name = chapter_lines[0].split(':')[0] if current_chapter_name == chapter_name: start_index = 1 for line in chapter_lines[1:]: if line: current_question_type = line.split(' ')[0] if current_question_type == question_type: if start_index == question_number: return line start_index += 1 # 根据用户输入输出指定题目答案 def output_specific_answer(chapter_name, question_type, question_number): file_path = os.path.join('/data/share_files/experiment_file/e_16545/datafiles', 'python 题库（考试用）') with codecs.open(file_path, 'r', 'gbk') as file: content = file.read() chapters = content.split('\n\n') for chapter in chapters: chapter_lines = chapter.split('\n') current_chapter_name = chapter_lines[0].split(':')[0] if current_chapter_name == chapter_name: start_index = 1 for line in chapter_lines[1:]: if line: current_question_type = line.split(' ')[0] if current_question_type == question_type: if start_index == question_number: answer_index = line.find('答案：') if answer_index!= -1: return line[answer_index + 3:] # 提取答案部分 start_index += 1 # 根据用户输入判断答案是否正确 def judge_answer(chapter_name, question_type, question_number, user_answer): correct_answer = output_specific_answer(chapter_name, question_type, question_number) if user_answer == correct_answer: return '正确' else: return '错误' # 测试代码 statistics = read_and_statistic_data() for chapter, types in statistics.items(): print(f'{chapter}:') for question_type, count in types.items(): print(f' {question_type} {count} 道') # 示例用法 print(output_specific_question('第二章', '判断题', 6)) print(output_specific_answer('第二章', '判断题', 6)) print(judge_answer('第二章', '判断题', 6, '用户输入的答案')) 注意： 1. 代码中的文件路径需要根据实际情况进行修改。 2. 题目和答案的格式需要与实际文件中的格式相匹配。 3. 对于异常情况的处理，例如文件不存在、用户输入不合法等，还需要进一步完善代码。 ``` ######[AI写代码神器 | 977点数解答 | 2025-01-05 11:24:16]