无聊废话
最近在学习HCIE的视频，收藏了几个相关的视频，结果前几天。。。视频被下架了了。。。呃。。。(⊙o⊙)…
视频被下架
视频被下架了。。。我学了一半呀。。。哭。。。
在网上一顿找，依旧找不到。。。
得不到的永远在骚动。。。（歌词。。。）
为了不让自己重蹈覆辙所以我想把我想看的B站视频在“偷偷的”下载下来。。。存到自己的硬盘里。。。嘿嘿嘿。。。
教学视频嘿嘿嘿。。。
于是说干就干。。。不留遗憾。。。于是打开浏览器 → “如何下载B站视频？” →enter
诶。。。这个是不错
但是尼玛我这里有213个视频呀。。。
213个视频
我怎么获取下载链接呀？一个一个复制粘贴手会断啊喂。。。
request太难，不会。。。
Beautifulsoup不会。。。
selenium嘿嘿嘿。。。还不手起刀落。。。个屁啊。。。为啥输出有但是实际用Xpath就是没结果呀。。。
算了，我只要一个网页，程序搞不定的活，我搞，反正就一次，我真是天才。。。
好，人工获取网页源码。。。。哔。。。。
使用Xpath读取我的网页文件，然后获取一大堆链接。然后获取一个个链接的列表，so easy。。。
搞定。。。接下来就是到网址那里取下载啦。。。哈哈哈哈。。。
等等。。。213个。。。。
213个视频
一个一个放到网站点下载，手会断啊喂。。。
果然这个东西不是一次百度可以搞定的。既然如此，那就百度两次。。。
打开浏览器 → “如何批量下载B站视频？” →enter
网上一阵搜索，发现you-get。。。https://github.com/soimort/you-get
使用简单
OK，fork you！！！
fork you
嘿嘿嘿。。。不错，就是你啦，不用图形操作，只要提供一个链接即可下载B站视频，就是你啦。。。（关键还能装逼。。。嘿嘿。。。）
诶。。。等等，我怎们让python运行cmd命令呀。。。
一顿百度，借鉴（copy）之后。。。脚本就写好啦。。。
代码
#coding=utf-8
import requests
import lxml
from lxml import etree
import os
import sys
import you_get
import time
#==========================配置参数====================
#html文件路径
html_path = r'html.html'
#视频保存路径
path = r'G:\bilibili_flv'
#==========================配置参数====================
# 读取html文件
html_doc = open(html_path).read()
# print(html_doc)
mytree = etree.HTML(html_doc)
# print(etree.tostring(mytree))
#用xpath提取下载链接形成list
url_list = mytree.xpath("/html/body/ul //@href")
# print(url_list)
print("列表长度：%s" % len(url_list))
#调用you-get下载视频
def download(url, path):
sys.argv = ['you-get', '-o', path, url]
#使用代理命令： you-get -x 127.0.0.1:1080 [url]
you_get.main()
#上班时间等待
def waiting():
# 规定时间静默
print("等待中。。。")
while True:
# str_time = time.strftime("%Y%m%d%H%M%S", time.localtime())
str_time = time.strftime("%H%M%S", time.localtime())
#9点15分-18点
if int(str_time) >= 91500 and int(str_time) <= 180000:
# print(str_time)
print('.', end="")
time.sleep(60)
else:
print(str_time)
# time.sleep(1)
break
#主程序
if __name__ == '__main__':
i = 1
# 循环下载
for url in url_list:
#定时器
# waiting()
try:
link = "https://www.bilibili.com%s" % url
print('%s 下载中。。。第%s个' % (link, i))
download(link, path)
time.sleep(2)
finally:
i += 1
下载截图
list-box代码的获取
我的视频链接源代码文件：html.html
获取方法：Chrome浏览器按F12，选择对应的“list-box”元素，然后：右键→copy→copy outerHTML，将list-box元素代码保存到txt中。
选取“list-box”元素
<ul class="list-box"><li class="on"><a href="/video/BV1hE411Q7Sx?p=1" class="router-link-exact-active router-link-active" title="HCIEv3.0-1-如何学习华为IE-华为IE能带来什么好处以及IE做什么"><i class="van-icon-videodetails_play"></i><span class="s1">P1</span>HCIEv3.0-1-如何学习华为IE-华为IE能带来什么好处以及IE做什么
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=2" class="router-link-active" title="HCIEv3.0-2-OSPF的基本概念和相对于RIP的改进"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P2</span>HCIEv3.0-2-OSPF的基本概念和相对于RIP的改进
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=3" class="router-link-active" title="HCIEv3.0-3-OSPF基础配置"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P3</span>HCIEv3.0-3-OSPF基础配置
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=4" class="router-link-active" title="HCIEv3.0-4-OSPF的基础术语"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P4</span>HCIEv3.0-4-OSPF的基础术语
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=5" class="router-link-active" title="HCIEv3.0-5-OSPF的RID"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P5</span>HCIEv3.0-5-OSPF的RID
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=6" class="router-link-active" title="HCIEv3.0-6-OSPF的邻居和NBMA环境下的邻居"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P6</span>HCIEv3.0-6-OSPF的邻居和NBMA环境下的邻居
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=7" class="router-link-active" title="HCIEv3.0-7-单播建立邻居要点和RID引发的问题"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P7</span>HCIEv3.0-7-单播建立邻居要点和RID引发的问题
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=8" class="router-link-active" title="HCIEv3.0-8-时间和区域引发的OSPF邻居问题"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P8</span>HCIEv3.0-8-时间和区域引发的OSPF邻居问题
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=9" class="router-link-active" title="HCIEv3.0-9-掩码和网络引发的OSPF邻居问题"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P9</span>HCIEv3.0-9-掩码和网络引发的OSPF邻居问题
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=10" class="router-link-active" title="HCIEv3.0-10-其他链路上网络和掩码引发的OSPF邻居问题"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P10</span>HCIEv3.0-10-其他链路上网络和掩码引发的OSPF邻居问题
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=11" class="router-link-active" title="HCIEv3.0-11-开启华为设备上MTU检测引发的OSPF邻居问题"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P11</span>HCIEv3.0-11-开启华为设备上MTU检测引发的OSPF邻居问题
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=12" class="router-link-active" title="HCIEv3.0-12-介质类型和OSPF网络类型"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P12</span>HCIEv3.0-12-介质类型和OSPF网络类型
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=13" class="router-link-active" title="HCIEv3.0-13-OSPF网络类型基本规则"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P13</span>HCIEv3.0-13-OSPF网络类型基本规则
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=14" class="router-link-active" title="HCIEv3.0-14-OSPF报文类型和作用"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P14</span>HCIEv3.0-14-OSPF报文类型和作用
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=15" class="router-link-active" title="HCIEv3.0-15-OSPF邻接关系建立详解"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P15</span>HCIEv3.0-15-OSPF邻接关系建立详解
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=16" class="router-link-active" title="HCIEv3.0-16-DR BDR基本规则"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P16</span>HCIEv3.0-16-DR BDR基本规则
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=17" class="router-link-active" title="HCIEv3.0-17-DR回顾和NBMA推荐的网络设计"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P17</span>HCIEv3.0-17-DR回顾和NBMA推荐的网络设计
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=18" class="router-link-active" title="HCIEv3.0-18-1、2类LSA和SPF计算得到路由"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P18</span>HCIEv3.0-18-1、2类LSA和SPF计算得到路由
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=19" class="router-link-active" title="HCIEv3.0-19-OSPF区域间路由即3类LSA"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P19</span>HCIEv3.0-19-OSPF区域间路由即3类LSA
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=20" class="router-link-active" title="HCIEv3.0-20-3类以及1、2类LSA过滤"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P20</span>HCIEv3.0-20-3类以及1、2类LSA过滤
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=21" class="router-link-active" title="HCIEv3.0-21-OSPF防环机制总结"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P21</span>HCIEv3.0-21-OSPF防环机制总结
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=22" class="router-link-active" title="HCIEv3.0-22-OSPF虚连接1"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P22</span>HCIEv3.0-22-OSPF虚连接1
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=23" class="router-link-active" title="HCIEv3.0-23-虚链路续"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P23</span>HCIEv3.0-23-虚链路续
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=24" class="router-link-active" title="HCIEv3.0-24-5类LSA"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P24</span>HCIEv3.0-24-5类LSA
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=25" class="router-link-active" title="HCIEv3.0-25-外部路由类型"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P25</span>HCIEv3.0-25-外部路由类型
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=26" class="router-link-active" title="HCIEv3.0-26-OSPF特殊出去-末节"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P26</span>HCIEv3.0-26-OSPF特殊出去-末节
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=27" class="router-link-active" title="HCIEv3.0-27-OSPF的完全末节区域"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P27</span>HCIEv3.0-27-OSPF的完全末节区域
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=28" class="router-link-active" title="HCIEv3.0-28-OSPF的NSSA区域1"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P28</span>HCIEv3.0-28-OSPF的NSSA区域1
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=29" class="router-link-active" title="HCIEv3.0-29-OSPF的NSSA细节详解"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P29</span>HCIEv3.0-29-OSPF的NSSA细节详解
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=30" class="router-link-active" title="HCIEv3.0-30-OSPF的区域间汇总"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P30</span>HCIEv3.0-30-OSPF的区域间汇总
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=31" class="router-link-active" title="HCIEv3.0-31-OSPF区域间和外部路由汇总"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P31</span>HCIEv3.0-31-OSPF区域间和外部路由汇总
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=32" class="router-link-active" title="HCIEv3.0-32-OSPF认证类型和方式实施"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P32</span>HCIEv3.0-32-OSPF认证类型和方式实施
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=33" class="router-link-active" title="HCIEv3.0-33-OSPF虚连接认证问题"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P33</span>HCIEv3.0-33-OSPF虚连接认证问题
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=34" class="router-link-active" title="HCIEv3.0-34-中间系统到中间系统基础"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P34</span>HCIEv3.0-34-中间系统到中间系统基础
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=35" class="router-link-active" title="HCIEv3.0-35-中间系统到中间系统基本实施"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P35</span>HCIEv3.0-35-中间系统到中间系统基本实施
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=36" class="router-link-active" title="HCIEv3.0-36-中间系统到中间系统NET地址和 区域概述"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P36</span>HCIEv3.0-36-中间系统到中间系统NET地址和 区域概述
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=37" class="router-link-active" title="HCIEv3.0-37-中间系统到中间系统设备级别和调整"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P37</span>HCIEv3.0-37-中间系统到中间系统设备级别和调整
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=38" class="router-link-active" title="HCIEv3.0-38-中间系统到中间系统的Hello报文和垫片"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P38</span>HCIEv3.0-38-中间系统到中间系统的Hello报文和垫片
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=39" class="router-link-active" title="HCIEv3.0-39-中间系统到中间系统的网络类型和DIS"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P39</span>HCIEv3.0-39-中间系统到中间系统的网络类型和DIS
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=40" class="router-link-active" title="HCIEv3.0-40-中间系统到中间系统的邻居关系拍错"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P40</span>HCIEv3.0-40-中间系统到中间系统的邻居关系拍错
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=41" class="router-link-active" title="HCIEv3.0-41-中间系统到中间系统的邻居关系建立和LSP同步"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P41</span>HCIEv3.0-41-中间系统到中间系统的邻居关系建立和LSP同步
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=42" class="router-link-active" title="HCIEv3.0-42-中间系统到中间系统的路由泄露基础"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P42</span>HCIEv3.0-42-中间系统到中间系统的路由泄露基础
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=43" class="router-link-active" title="HCIEv3.0-43-中间系统到中间系统的路由泄露基础和TAG"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P43</span>HCIEv3.0-43-中间系统到中间系统的路由泄露基础和TAG
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=44" class="router-link-active" title="HCIEv3.0-44-中间系统到中间系统的汇总"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P44</span>HCIEv3.0-44-中间系统到中间系统的汇总
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=45" class="router-link-active" title="HCIEv3.0-45-中间系统到中间系统的过载位实验"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P45</span>HCIEv3.0-45-中间系统到中间系统的过载位实验
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=46" class="router-link-active" title="HCIEv3.0-46-中间系统到中间系统的下一跳权重"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P46</span>HCIEv3.0-46-中间系统到中间系统的下一跳权重
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=47" class="router-link-active" title="HCIEv3.0-47-中间系统到中间系统的认证"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P47</span>HCIEv3.0-47-中间系统到中间系统的认证
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=48" class="router-link-active" title="HCIEv3.0-48-中间系统到中间系统的收敛特性"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P48</span>HCIEv3.0-48-中间系统到中间系统的收敛特性
</a></li><li class=""><a href="/video/BV1hE411Q7Sx?p=49" class="router-link-active" title="HCIEv3.0-49-BGP基础概念"><i class="van-icon-videodetails_play" style="display: none;"></i><span class="s1">P49</span>HCIEv3.0-49-BGP基础概念
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