爬蟲並不是一定要用scrapy框架，下面介紹的這個就是通過requests直接獲取的，程式碼如下 生成田字格的程式碼參考第4.1章給小朋友寫的飛鳥集打亂後組詞的爬蟲

import requests
import os
import re
from pyquery import PyQuery as pq
from word_deal.primary_spelling import to_doc,duplicate_removal

OUT_PATH = 'G:\\dzmfile\\pythonwork\\small_routine\\others\\out\\'

def gen_yuwen_txt
 
(xx_name):
    r = requests.get('http://k.sina.com.cn/article_6429307123_17f3770f30010033nv.html?from=baby')
    soup = pq(r.content)
    lines = soup('#artibody p>font')
    paras = []
    for line in lines:
        paras.append(pq(line).text())
    # 過濾包含數字的，因為文章中包含數字的，才是真實有效的數字
    paras = filter(lambda
 
 x:re.findall('\d',x),paras)
    file = open(xx_name,'w',encoding='utf-8')
    for para in paras:
    	# 有些錯別字的需要糾正
        para = para.replace('識字','')
        file.writelines(para+'\n')
    file.close()

def get_lines(xx_name):
    lines = []
    file = open(xx_name,encoding='utf-8')
    lines = file
 
.readlines()
    file.close()
    return lines

def gen_by_nianji(xx_name):
    lines = get_lines(xx_name)
    # 根據關鍵字獲取索引，才好匹配出對應生字內容
    # 一年級
    up_index_1 = lines.index('一年級上冊生字： 100個\n')
    down_index_1 = lines.index('一年級下冊生字：250個\n')
    # 二年級
    up_index_2 = lines.index('二年級上冊生字：350個\n')
    down_index_2 = lines.index('二年級下冊生字：300個\n')
    # 三年級
    up_index_3 = lines.index('三年級上冊生字300個\n')
    down_index_3 = lines.index('三年級下冊生字300個\n')
    # 四年級
    up_index_4 = lines.index('四年級上冊生字200個\n')
    down_index_4 = lines.index('四年級下冊生字200個\n')
    # 五年級
    up_index_5 = lines.index('五年級上冊生字150個\n')
    down_index_5 = lines.index('五年級下冊生字150個\n')
    # 六年級
    up_index_6 = lines.index('六年級上冊生字80個\n')
    down_index_6 = lines.index('六年級下冊生字80個\n')
    # 逐年生成
    words10 = get_words(lines[up_index_1:down_index_1])
    words11 = get_words(lines[down_index_1:up_index_2])
    words20 = get_words(lines[up_index_2:down_index_2])
    words21 = get_words(lines[down_index_2:up_index_3])
    words30 = get_words(lines[up_index_3:down_index_3])
    words31 = get_words(lines[down_index_3:up_index_4])
    words40 = get_words(lines[up_index_4:down_index_4])
    words41 = get_words(lines[down_index_4:up_index_5])
    words50 = get_words(lines[up_index_5:down_index_5])
    words51 = get_words(lines[down_index_5:up_index_6])
    words60 = get_words(lines[up_index_6:down_index_6])
    words61 = get_words(lines[down_index_6:])
    to_pinyin(words10, '一年級上冊')
    to_pinyin(words11, '一年級下冊')
    to_pinyin(words20, '二年級上冊')
    to_pinyin(words21, '二年級下冊')
    to_pinyin(words30, '三年級上冊')
    to_pinyin(words31, '三年級下冊')
    to_pinyin(words40, '四年級上冊')
    to_pinyin(words41, '四年級下冊')
    to_pinyin(words50, '五年級上冊')
    to_pinyin(words51, '五年級下冊')
    to_pinyin(words60, '六年級上冊')
    to_pinyin(words61, '六年級下冊')

def get_words(lines):
	# 過濾出以數字開頭的內容
    lines = filter(lambda x:re.match(r'^\d',x),lines)
    words = []
    for line in lines:
    	# 通過下面的語句過濾出包含中文字的內容
        m = re.findall(r'[\u4e00-\u9fa5]+',line)
        words.append(str(m))
    return words

def to_pinyin(paragraphs,file_name):
    words = duplicate_removal(paragraphs)
    file_name = file_name+'.docx'
    to_doc(list(words),file_name)

if __name__ == '__main__':
    xx_name = 'G:\\dzmfile\\pythonwork\\small_routine\\others\\in\\xx.txt'
    gen_yuwen_txt(xx_name)
    gen_by_nianji(xx_name)