概述: 相信大家最近也都为工学云app的每日签到而烦恼,而我也不例外,每天的工作已经让我备受折磨,怎么还要去打这个形式主义的卡呢? 难道就要这么被折磨三个月吗? 那必然不可能!!! 顶岗实习期间学校要求工学云打卡满两百天。但是每天上下班已经很累了,如果再上班期间强制记起打卡的事情反而只会增加工作负担!本文将会以爬虫的方式来解放双手,实现工学云每日定时打卡并发送邮件进行推送!
/login.py 本文参考地址02:https://blog.csdn.net/weixin_39953845/article/details/111074929 前言 顶岗实习期间学校要求工学云打卡满两百天 本文将会以爬虫的方式来解放双手,实现工学云每日定时打卡并发送邮件进行推送!文章底部奉上完整代码! 运行环境:windows10 工作版 pip库:requests,hashlib,json,time,smtplib,MIMEText 抓包工具:HTTPDebuggerUI,雷电模拟器 工学云接口 send_email("工学云签到成功!") send_email("工学云签到成功!")
前言 基于Python实现工学云自动签到打卡文章做的脚本优化 业务逻辑代码 创建文件名为sign.py并拷入以下代码保存 import requests import hashlib import sender = self.email_info["sender"] receivers = self.email_info["receivers"] title = '工学云每日签到信息 点击跳转经纬度查询地址 from sign import gxy_sign def main(): # 账号信息 user_account_info = { "phone": "工学云账号 ", "password": "工学云密码", "loginType": "android" } # 签到打卡信息 sign_info = { "sender" : "14312400@qq.com", "receivers" : ['接收者邮箱1','接收者邮箱2'], "title" : '工学云每日签到信息
记一次对云之家简单的抓包体验,有点乱明天整理,今天大概分析下: 上面是模拟打卡的,今天还没弄明白为啥时间永远打在23:30,替换了参数clockTime也不行 登录分析 接口:www.yunzhijia.com /openaccess/user/login POST json参数: {“eid”:“20842594”,“userName”:“15368666279”,“password”:“3wfJXMQrf6QgHXkxyKL8ug ==”,“appClientId”:“10201”,“deviceId”:“OAIDf1710a18c5b331b6e7c73d9bc243c841”,“deviceType”:“V1814T”,“ua ”:“10201/10.5.3;Android 9;vivo;V1814T;102;1080*2267;deviceId:OAIDf1710a18c5b331b6e7c73d9bc243c841;deviceName oauth_consumer_key=“lRudaAEghEJGEHkw”, oauth_nonce="-1048486391356024293", oauth_signature=“IcEOdS%2BytQEN2SK6QWW
家用户有很大震动,总之还是希望多一些竞争吧,一家独大对一个行业肯定不是好事 链接:http://timdettmers.com/2017/12/21/deep-learning-hardware-limbo/ 6.
家用户有很大震动,总之还是希望多一些竞争吧,一家独大对一个行业肯定不是好事 链接:http://timdettmers.com/2017/12/21/deep-learning-hardware-limbo/ 6.
Machine Learning Models 链接:https://ai.googleblog.com/2018/09/the-what-if-tool-code-free-probing-of.html 6.
That Matters 链接:https://developers.googleblog.com/2018/04/text-embedding-models-contain-bias.html 6.
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utm_medium=email&utm_source=mailchimp&utm_campaign=datanotes-20160614 6.
utm_campaign=Data_Elixir&utm_medium=email&utm_source=Data_Elixir_191 6.
RL和进化算法混搭解决货运船搬集装箱问题 Evolutionary RL for Container Loading 链接:https://arxiv.org/abs/1805.06664 6.
Genetic Algorithms + Neural Networks = Best of Both Worlds 链接:https://towardsdatascience.com/gas-and-nns-6a41f1e8146d 6. active learning框架 链接:https://cosmic-cortex.github.io/modAL/ 7. ://www.codementor.io/james_aka_yale/convolutional-neural-networks-the-biologically-inspired-model-iq6s48zms 链接:https://towardsdatascience.com/deep-learning-meets-physics-restricted-boltzmann-machines-part-i-6df5c4918c15
=Artificial%2BIntelligence%2BWeekly&utm_medium=email&utm_source=Artificial_Intelligence_Weekly_85 6.
series 链接: https://research.fb.com/the-facebook-field-guide-to-machine-learning-video-series 6.
最赞的是可以当成tf.gradient的drop-in replacement,无需巨大的代码改动 链接:https://github.com/openai/gradient-checkpointing 6.
Visualizations with TensorFlow.js 链接:https://ai.googleblog.com/2018/06/realtime-tsne-visualizations-with.html 6.
style transfer Transfer Your Font Style with GANs 链接:http://bair.berkeley.edu/blog/2018/03/13/mcgan/ 6.
-2017-day-1-2-highlights-67ab464086c https://blog.insightdatascience.com/nips-2017-day-1-highlights-6aa124c5a2c7 引擎和增强学习做游戏,也可以把Unity当初训练环境 release notes:https://github.com/Unity-Technologies/ml-agents/releases/tag/0.2.0 6.