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 accept-language: zh-CNx-request-id: 9918a758-ecf7-45b0-8991-976e03d2bc1ex-yzj-payload: e:20842594;u:6030effae4b04c19f8c73450authorization www.yunzhijia.com/attendance-signapi/signservice/sign/signPhoto 参数feature=地点备注也就是描述&configId=6030f059e4b0a573846c9190 _0&networkId=6030f036e4b073af2b8f1b3c&type=2&userId=6030effae4b04c19f8c73450&photoIds=60312b09e602080001567380%
arxiv.org/pdf/1712.07316.pdf Btw,搞meta-learning前途大大滴,NIPS上DeepMind tutorial Oriol Vinyals大神也专门提到这个趋势 4.
4. NIPS上的这篇expert iteration,这周又被人翻出来。
Targets 链接:https://deepmind.com/blog/preserving-outputs-precisely-while-adaptively-rescaling-targets/ 4.
XGBoost 链接:https://towardsdatascience.com/interpretable-machine-learning-with-xgboost-9ec80d148d27 4.
Adversarial Attacks Against Medical Deep Learning Systems 链接:https://arxiv.org/pdf/1804.05296.pdf 4.
utm_campaign=ARCHITECHT&utm_medium=email&utm_source=ARCHITECHT_34 4. v=3o4VzEyJ0WA 配合文章链接:https://distill.pub/2018/building-blocks/ 7.
utm_campaign=Revue%20newsletter&utm_medium=Newsletter&utm_source=Deep%20Learning%20Weekly 4. distil.pub
auto-sklearn 链接:https://github.com/automl/auto-sklearn 3.2 TPOT 链接:https://github.com/EpistasisLab/tpot 4.
CS109数据科学课程 链接:http://cs109.github.io/2015/index.html 3.2 伯克利CS189机器学习课程 链接:https://www.eecs189.org/ 4.
utm_campaign=ARCHITECHT&utm_medium=email&utm_source=ARCHITECHT_67 4.
链接: https://medium.com/@aifrontiers/an-unassuming-genius-the-man-behind-google-brains-automl-4ddc801f3e9b Learning for Structured Data 链接: https://engineering.salesforce.com/open-sourcing-transmogrifai-4e5d0e098da2 Innovation at Netflix 链接: https://medium.com/@NetflixTechBlog/notebook-innovation-591ee3221233 4. Deep Learning 链接: https://towardsdatascience.com/types-of-convolutions-in-deep-learning-717013397f4d Secret Weapon 链接: https://medium.com/@ageitgey/text-classification-is-your-new-secret-weapon-7ca4fad15788
Turning-design-mockups-into-code-with-deep-learning/ 貌似airbnb设计团队已经在使用这个技术作快速experiment了 链接:https://airbnb.design/sketching-interfaces/ 4.
Atari只要几分钟就训练完 Accelerated Methods for Deep Reinforcement Learning 链接:https://arxiv.org/abs/1803.02811 4.
embody.ai了)Deep learning for robotics的slides(视频在NIPS Facebook页面上有): https://www.dropbox.com/s/fdw7q8mx3x4wr0c tfgan-lightweight-library-for.html 还有Kubeflow,使得在Kubernetes上用TF更容易 链接:https://github.com/google/kubeflow 4.
multi-layer GDBT Multi-Layered Gradient Boosting Decision Trees 链接:https://arxiv.org/pdf/1806.00007.pdf 4. object detection算法详解 UNDERSTANDING DEEP LEARNING FOR OBJECT DETECTION 链接:http://zoey4ai.com/2018/05 science for startups小书 链接:https://towardsdatascience.com/data-science-for-startups-blog-book-bf53f86ca4d5