semvec/pypi-packages huggingface dataset:
MIGPT-pro 1.1.5
基于API流式对话的低延迟版MIGPT.

# MIGPT
 基于API流式对话的低延迟版MIGPT
 
## 简单介绍
本项目利用了OpenAI官方API的原生流式传输对话方式，无需等待，即刻对话！

在作者的笔记本上，实测从提问到回答的时间仅不到1.5秒（当然，这个时间也取决于你的梯子和网络质量）。
 
_* 点[此链接](https://v.douyin.com/Sg8rMrJ/)观看2分半的测试视频_
 
![image](https://github.com/Afool4U/MIGPT/blob/main/%E6%95%88%E6%9E%9C.png)

_注意：本项目因采用了流式传输，暂时不支持LX04、L05B和L05C型号。如您的音箱是该型号，请使用[xiaogpt](https://github.com/yihong0618/xiaogpt)。_

## 使用方法
_分为3个steps:_

### step 1 :

  在项目路径执行pip install -r requirements.txt安装需要的依赖。
  如果没有C++编译环境，则安装tiktoken时会报如下错误：distutils.errors.DistutilsPlatformError: Microsoft Visual C++ 14.0 or greater is required. Get it with "Microsoft C++    Build Tools"）。

  解决方法:

  (1) 本地执行pip debug --verbose查看当前平台支持的版本，然后在[此链接](https://pypi.tuna.tsinghua.edu.cn/simple/tiktoken/)中找到对应版本的whl文件并下载。

  (2) 在whl文件同级目录执行pip install "whl全名带后缀"，注意：不要修改原始whl文件的名称。
  
### step 2 :
  在[MIGPT.py](https://github.com/Afool4U/MIGPT/blob/main/MIGPT.py)中填写小米账号、密码、[API Key](https://platform.openai.com/account/api-keys)和音箱型号。
  
### step 3 :
  科学上网后，运行[MIGPT.py](https://github.com/Afool4U/MIGPT/blob/main/MIGPT.py)文件即可。
  
## 使用技巧

1. 运行过程中，可用“打开/关闭高级对话"控制是否打开ChatGPT。
2. 当ChatGPT正在回答问题时，可用“闭嘴”或“停止”终止回答。
3. 可随时提问新的问题打断ChatGPT的回答。

## 致谢引用

- @[yihong0618](https://github.com/yihong0618) 的 [xiaogpt](https://github.com/yihong0618/xiaogpt) 
- @[acheong08](https://github.com/acheong08) 的 [ChatGPT](https://github.com/acheong08/ChatGPT)
- @[Yonsm](https://github.com/Yonsm) 的 [MiService](https://github.com/Yonsm/MiService) 

## 联系作者

请联系QQ : 2312163474
mafengwo-crawlers 1.2.3
设计这个爬虫系统的主要目的是，完整快速地获取国内所有旅游目的地和旅游景点，包括名称、介绍、图片、相关攻略等。主要使用到的技术（工具／语言／库）包括：Docker, Redis, MySQL, Python, requests, peewee等。

# 马蜂窝分布式爬虫系统

设计这个爬虫系统的主要目的是，完整快速地获取国内所有旅游目的地和旅游景点，包括名称、介绍、图片、相关攻略等。

主要使用到的技术（工具／语言／库）包括：Docker, Redis, MySQL, Python, requests, peewee等。

系统架构图：
![](./docs/system.png)

MySQL和Redis是两个Docker容器，Redis负责保存系统运行过程中产生的数据，MySQL负责保存需要持久话的数据。ABCDE分别由单个或多个Docker容器组成，是主要的下载节点和逻辑处理节点。

1. 容器A获得全国的省份、直辖市和特别行政区信息，将对应ID和信息分别保存到Redis和MySQL
2. 容器集群B从Redis一直读取省份ID，根据省份ID从马蜂窝获取该省内的旅游目的地，并将目的地ID和信息分别保存到Redis和MySQL
3. 容器集群C从Redis一直读取目的地ID，根据目的地ID从马蜂窝获取该旅行目的地下所有的景点ID和概要信息，并将其分别保存到Redis和MySQL
4. 容器集群D从Redis一直读取景点ID，根据景点ID从马蜂窝获取该景点的具体信息，包括名称、介绍、门票、交通、图片等，并且把信息都存储到MySQL，把图片地址保存到Redis
5. 容器集群E从Redis一直读取图片地址，并将图片保存到本地(TODO)

容器A只工作一次，完成信息的获取之后自动停止。集群BCDE会一直工作，一直从Redis队列里读取信息，一旦获取到新的ID，就会开始下载和处理页面／图片，直到队列为空，重新回到等待状态。同一个集群内的容器所做的工作是一样的，容器数量可以根据需求随时扩展或缩小。

# 使用方式

下载程序
```
git clone https://github.com/0xHJK/mafengwo-crawlers
```

修改`src/common/chameleon.py`里的代理列表（因为代理具有时效性），代理获取方式可以参考：

<https://github.com/0xHJK/proxy-spider>

运行
```
docker-compose up
```

扩展节点数量（根据自己需要扩展）
```
#扩展获取城市列表节点为10个
docker-compose scale citylist=10

#扩展获取景点列表节点为20个
docker-compose scale citylist=20

#扩展获取景点信息节点为30个
docker-compose scale citylist=30
```

重新运行
```
docker-compose up
```

# 运行效果
![](./preview/1.png)
![](./preview/2.png)
![](./preview/3.png)
![](./preview/4.png)
![](./preview/5.png)
![](./preview/6.png)
![](./preview/7.png)
![](./preview/8.png)
![](./preview/9.png)
![](./preview/10.png)
![](./preview/11.png)
![](./preview/12.png)
![](./preview/13.png)
huobi-quick-in 1.1.4
Python3脚本持续监测huobi.pro的REST-API，在新币开放交易的时候快速买入.

# 上币监测、限价买入

[![Build Status](https://travis-ci.org/se4/huobi-quick-in.svg?branch=master)](https://travis-ci.org/se4/huobi-quick-in)

概括：Python3脚本持续监测huobi.pro的REST-API，在新币开放交易的时候快速买入

>SDK直接复制粘贴的官方推荐写法。

### 效果预览
```
任务说明>> 我想用 btc 来买 ela
钱包状况>> 我有 0.88 个 btc
当前进度>> 暂未上币...
当前进度>> 暂未上币...
当前进度>> 已下买单
订单追踪>> 未买到，取消订单...
当前进度>> 已下买单
订单追踪>> 已经买入，任务完成
```


### 参数说明
**例子：当ELA单价小于0.00153BTC，以卖1价购买10个ELA；**
```
# 等待买入的币种(小写)
COIN1 = 'ela'
# 你想买进的COIN1的数量
COIN1_AMOUNT = 10
# 当COIN1的价格小于这个价位，程序允许买入，单位为COIN2
COIN1_PRICE = 0.00153
# 用来支付的币种，在USDT/BTC/ETH中间选择
COIN2 = 'btc'
```

### 启动前的准备
在 火币PRO-我的资产-API管理 中添加一个新的API；

解压压缩包，修改 **huobi.pro-quick-in\plugins\huobi\Utils.py** 中的 **ACCESS_KEY** 和 **SECRET_KEY**；

修改 **huobi-quick-in\main.py** 中的 **COIN1** 和 **COIN2**。COIN2（例如BTC）代表用来支付COIN1（例如RUFF）的币种。

打开命令行，切换到文件夹目录；

运行 `pip install -r requirements.txt`；

运行 `python main.py` 。

### 风险自担

十分感谢V2EX的Elephant696童鞋以身试BUG...我感到十分抱歉！给他造成了大的损失！

本次提交后，买入方法改为从深度图获取价格、限价单买入。
Github-Nuggests 1.1.5
自动爬取Github上文件敏感信息泄露，抓取邮箱密码并自动登录邮箱验证，支持126，qq，sina，163邮箱.

﻿##[Github_Nuggests]
自动爬取Github上文件敏感信息泄露，抓取邮箱密码并自动登录邮箱验证，支持126，qq，sina，163邮箱
##[依赖]
BeautifulSoup,requests
##[使用方法]
python Nuggests.py 100 (100为页数最大一百页)
##[问题]
如果cookies过期，请将Nuggests.py 文件中{Cookies:xxxxx}换成你github账号登陆的Cookie

##[运行截图]

![index](/1.PNG)

##[博客地址]
http://az0ne.lofter.com
get-eth-balance 0.2.5
The site Etherscan allows you retrieve information on accounts and transactions. There is an interface to the Reposten testnet as well. While doing some work on a project I was monitoring the page to view an account balance and ended up creating a script to do the monitoring programmatically.

# get-eth-balance

The site Etherscan allows you retrieve information on accounts and transactions. There is an interface to the Reposten testnet as well. While doing some work on a project I was monitoring the page to view an account balance and ended up creating a script to do the monitoring programmatically.

See blog post at [http://blog.bradlucas.com/posts/2017-07-27-ethereum-get-eth-balance-script/](http://blog.bradlucas.com/posts/2017-07-27-ethereum-get-eth-balance-script/)

## Setup

### Create virtual enviroment

```
$ python3 -m venv env
$ source env/bin/activate
```


### Install required libraries

```
$ pip install -r requirements.txt
```

## Usage


Command line Arguments:

```
-t use Ropsten testnet otherwise default to mainnet chain
-a account
```

Environment variables:
Use these in liu of the command line arguments

```
GET_ETH_BALANCE_CHAIN=[testnet|mainnet]        - Default to mainnet if not set
GET_ETH_BALANCE_ACCOUNT=account
```

Command line arguments will take precedence

```
$ python get-eth-balance.py -t -a 0xd60e64afb753583941e1ab42f836ced0d23af2db
```
GeeTestCrack 1.21.1
GeeTestCrack企业信息里极验滑动验证码的破解，成功率在60到70左右.

# GeeTestCrack
## 企业信息里极验滑动验证码的破解，成功率在60到70左右
![image](https://github.com/slimshaco/GeeTestCrack/blob/master/image.gif)   

![image](https://github.com/slimshaco/GeeTestCrack/blob/master/image1.gif)
galxe-bind-twitter 1.2.5
银河自动绑定Twitter.

# 银河自动绑定Twitter
便宜Twitter令牌号：[hdd.cm](https://hdd.cm/)  单价低至0.2元



## 依赖

- httpx >= 0.22.0
- loguru >= 0.7.0
- web3 >= 6.5.0



## 使用说明

将需要绑定的地址私钥按：地址----私钥  一行一个 放在eth-sy.txt

将网站买的推特放twitter.txt

开始即可

绑定成功文本bind_success.txt

绑定失败文本bind_fail.txt
etherscan-pro 1.1.5
This project is dedicated to sharing and teaching the fundamentals and techniques of web reverse engineering. Web reverse engineering involves analyzing how websites and web applications work, and cracking or modifying existing code to achieve specific objectives. This project includes a series of tutorials, practical tools, and case studies aimed at helping developers, security researchers, and enthusiasts understand how to effectively reverse engineer web technologies..


# Web Reverse Engineering Project

## Introduction

This project is dedicated to sharing and teaching the fundamentals and techniques of web reverse engineering. Web reverse engineering involves analyzing how websites and web applications work, and cracking or modifying existing code to achieve specific objectives. This project includes a series of tutorials, practical tools, and case studies aimed at helping developers, security researchers, and enthusiasts understand how to effectively reverse engineer web technologies.

## Features

- **Educational Material**: Provides tutorials on web reverse engineering techniques from beginner to advanced levels.
- **Tools and Resources**: Shares effective reverse engineering tools and resource links.
- **Case Studies**: Delve into actual web reverse cases, analyzing techniques and strategies.

## Installation

To use the resources of this project, you need to set up your development environment first. Below are the basic installation instructions:

```bash
# Clone the repository
git clone https://github.com/yanjlee/reverse_life.git

# Enter the project directory
cd your-repository-name

# Install dependencies (if any)
pip install -r requirements.txt
```

## Usage

This project provides examples and tools for various web reverse engineering techniques. Here is how to use them:

```python
# Example: Using a tool to reverse a website
python reverse_example.py
```

## Contribution

Contributions of any kind are welcome, be it new cases, documentation improvements, or code updates. Please read `CONTRIBUTING.md` for information on how to start contributing.

## License

This project is licensed under the MIT License. For more details, please check the `LICENSE` file.

## Contact

If you have any questions or suggestions, please contact me through Issues or directly via email.
Ethereum-Balance 2.3.5
This script use etherscan.io API to fetch Ethereum addresses balance

# Ethereum-Balance
This script use etherscan.io API to fetch Ethereum addresses balance
# Usage
```bash
python3 ethBalance.py -F input_addresses_file_path -O output_file
```
**OR**:
```bash
python3 ethBalance.py --file input_addresses_file_path --out output_file
```
# Notice
You can put your own etherscan.io API_Key in :
```python
self.API_TOKEN = "_Your_API_Token"
```
For more info about etherscan API_Key please visit this link: [etherscan.io](https://etherscan.io/myapikey)
ethereum-etherscan-scripts 1.2.5
This project is dedicated to sharing and teaching the fundamentals and techniques of web reverse engineering. Web reverse engineering involves analyzing how websites and web applications work, and cracking or modifying existing code to achieve specific objectives. This project includes a series of tutorials, practical tools, and case studies aimed at helping developers, security researchers, and enthusiasts understand how to effectively reverse engineer web technologies..


# Web Reverse Engineering Project

## Introduction

This project is dedicated to sharing and teaching the fundamentals and techniques of web reverse engineering. Web reverse engineering involves analyzing how websites and web applications work, and cracking or modifying existing code to achieve specific objectives. This project includes a series of tutorials, practical tools, and case studies aimed at helping developers, security researchers, and enthusiasts understand how to effectively reverse engineer web technologies.

## Features

- **Educational Material**: Provides tutorials on web reverse engineering techniques from beginner to advanced levels.
- **Tools and Resources**: Shares effective reverse engineering tools and resource links.
- **Case Studies**: Delve into actual web reverse cases, analyzing techniques and strategies.

## Installation

To use the resources of this project, you need to set up your development environment first. Below are the basic installation instructions:

```bash
# Clone the repository
git clone https://github.com/yanjlee/reverse_life.git

# Enter the project directory
cd your-repository-name

# Install dependencies (if any)
pip install -r requirements.txt
```

## Usage

This project provides examples and tools for various web reverse engineering techniques. Here is how to use them:

```python
# Example: Using a tool to reverse a website
python reverse_example.py
```

## Contribution

Contributions of any kind are welcome, be it new cases, documentation improvements, or code updates. Please read `CONTRIBUTING.md` for information on how to start contributing.

## License

This project is licensed under the MIT License. For more details, please check the `LICENSE` file.

## Contact

If you have any questions or suggestions, please contact me through Issues or directly via email.
Decentralized-Exchange-Trading-Scripts 2.2.5
Here, you'll find a collection of useful scripts designed to automate trading on various decentralized exchanges (DEX). These tools have been meticulously crafted from the ground up, with a focus on building a robust suite of degen-tools..

# Decentralized-Exchange-Trading-Scripts

Here, you'll find a collection of useful scripts designed to automate trading on various decentralized exchanges (DEX). These tools have been meticulously crafted from the ground up, with a focus on building a robust suite of degen-tools.

## How Can These Scripts Help You?

If you're looking to set up your own degen toolbox for trading on DEX platforms, you've come to the right place. My scripts can simplify the process and enhance your trading experience.

Are you a crypto enthusiast with unique degen trading ideas? Feel free to connect with me to discuss how these scripts can be tailored to your specific needs.



## Your Feedback Matters

We value your feedback! If you're using these scripts, please share your thoughts and suggestions. Your input will play a crucial role in shaping the future development of these tools. I am also planning to create a user-friendly Graphic User Interface (GUI) based on your feedback.

## Video Series Coming Soon
Exciting news! I have a video series in the works to provide in-depth guidance on using these scripts effectively. To stay updated, make sure to subscribe to my [YouTube Channel](https://www.youtube.com/@henrytirla) 


## Services
I build crypto bots and on-chain analytics tools that will give you an edge on the market, contact me let's work on your degen toolbox and bring your ideas to life.
The more complex and intricate the idea, the better. I love a good challenge!
 ### Mentorship

  Have me as a mentor , where I offer my knowledgeable experience and strategies in trading cryptocurrencies. Whether you're a beginner looking to understand the basics or an 
  experienced enthusiast aiming to enhance your skills, I'm here to help you on your crypto journey. Contact for more information.



## Contact Information

- Email: henrytirla@protonmail.com
- Telegram: [Let's Chat](https://t.me/henrytirla)

## Support My Work
If these scripts have helped you, please consider supporting my work. Your support will help me continue to develop these tools and create more useful resources for the crypto community.

- henrytirla.eth
- BSC/ETH/Polygon: 0x84c8ea2224cDF28b0c02EF1b2F2618dE082030fe
ctrip-spider 1.1.5
携程爬虫(破解eleven, 发现ctrip_ticket).

# 携程爬虫(破解eleven, 发现ctrip_ticket)
**使用时先跑'gen_ticket.py'生成ctrip_ticket，再跑'main.py'** <br />
破解eleven参数后，可以不需要调用selenium便可请求到详细的价格信息，提升获取速度、减少资源占用 <br />
该爬虫可爬取：
* 每个酒店名称、评分
* 每个酒店不同预订时间每种房型价格
* 每个酒店不同预订时间每种房型满意度
* 每个酒店不同预订时间每种房型剩余可订数 <br />
## 1. 获得房间价格的重要参数"eleven"的生成方法
* "eleven"由一个混淆js文件-"oceanball"生成，该文件具有随机性
* 生成方法:ctrip_funcs.py中的"get_oceanball"、"get_eleven"两个函数，需要配合js代码和python共同生成
## 2. 发现获得剩余可订房间仅需要Cookie: ctrip_ticket
* 这个cookie疑似使用“Http-only”Flag 发送，无法直接读取，只能通过浏览器获得。([reference](https://stackoverflow.com/questions/1022112/why-doesnt-document-cookie-show-all-the-cookie-for-the-site))
* 该cookie时效较长，可以用selenium每30分钟提取一次
cryptobot-pro 3.1.5
# Cryptocurrency Bot ## Usage* Clone the repo and use exchange_utils.py and auth.py as normal modules.* API keys are required for each exchange you use..

# Cryptocurrency Bot

## Usage
* Clone the repo and use exchange_utils.py and auth.py as normal modules.
* API keys are required for each exchange you use.
### Installing Requirements:
`pip install -r requirements.txt`  
### Getting API Keys:
* Generate keys for binance: https://www.binance.com/userCenter/createApi.html  
* Add the keys to a file named `api_keys.json` in the same directory
    ##### Format of api_keys.json:
    ```
    {
        "exchange_name": {
            "api_key": "public api key here",
            "api_secret": "secret key here"
        }
    }
    ```
### Changing Exchanges
* In auth.py, change  ccxt.binance to ccxt.exchange_of_your_choice, see [ccxt](https://github.com/ccxt/ccxt) documentation for a list of supported exchanges. I've tried to make sure all the functions in exchange_utils work across any exchange, but they have only been thouroughly tested on Binance.  
Example:
```python
exchange = ccxt.bittrex({
    'apiKey': keys['bittrex']['api_key'],
    'secret': keys['bittrex']['api_secret'],
})
```

## Examples
Example bots are in the bots subfolder. I am not liable for anything that happens if you choose to use these bots.
CloudPiece-wework 3.2.1
根据 JoysKang 的 https://github.com/JoysKang/CloudPiece ，修改而来。使用企业微信的自建应用接收消息。目前适配了文本消息，其他类型的消息因需要服务器转存后才能推送到notion，暂时不支持

# CloudPiece_wework

根据 JoysKang 的 https://github.com/JoysKang/CloudPiece ，修改而来。

使用企业微信的自建应用接收消息。

目前适配了文本消息，其他类型的消息因需要服务器转存后才能推送到notion，暂时不支持。


代码质量堪忧，先将就着用。

放一张效果图：

![image](https://user-images.githubusercontent.com/26684563/142166170-ddb41545-84ee-4fef-ad18-6dc46277b7d4.png)
rchatgpt-on-wecom 1.3.4
基于ChatGPT的企业微信聊天应用，通过 [OpenAI](https://github.com/openai/openai-quickstart-python) 接口生成对话内容，使用 [wechatpy](https://github.com/wechatpy/wechatpy) 实现企业微信应用号消息的接收和回复.

# 简介

基于ChatGPT的企业微信聊天应用，通过 [OpenAI](https://github.com/openai/openai-quickstart-python) 接口生成对话内容，使用 [wechatpy](https://github.com/wechatpy/wechatpy) 实现企业微信应用号消息的接收和回复。已实现的特性如下：

- [x] **文本对话：** 接收发送给应用号的企业微信消息，使用ChatGPT生成回复内容，完成自动回复
- [x] **上下文记忆**：支持多轮对话记忆，且为每个好友维护独立的上下会话


# 更新日志
1、创建：基于 https://github.com/zhayujie/chatgpt-on-wechat 的微信对话项目，稍加改造，增加企业微信应用的功能。
2、更新：改用最新的GPT3.5-Turbo接口

# 快速开始

## 准备

### 1. OpenAI账号注册

前往 [OpenAI注册页面](https://beta.openai.com/signup) 创建账号，参考这篇 [教程](https://www.cnblogs.com/damugua/p/16969508.html) 可以通过虚拟手机号来接收验证码。创建完账号则前往 [API管理页面](https://beta.openai.com/account/api-keys) 创建一个 API Key 并保存下来，后面需要在项目中配置这个key。

> 项目中使用的对话模型是 davinci，计费方式是约每 750 字 (包含请求和回复) 消耗 $0.02，图片生成是每张消耗 $0.016，账号创建有免费的 $18 额度，使用完可以更换邮箱重新注册。


### 2.运行环境

支持 Linux、MacOS、Windows 系统（可在Linux服务器上长期运行)，同时需安装 `Python`。 
> 建议Python版本在 3.7.1~3.9.X 之间，3.10及以上版本在 MacOS 可用，其他系统上不确定能否正常运行。


1.克隆项目代码：

```bash
git clone https://github.com/mostlittlebee/chatgpt-on-wecom
cd chatgpt-on-wecom/
```

2.安装所需核心依赖：

```bash
pip3 install flask
pip3 install wechatpy
pycryptodome
pip3 install --upgrade openai
```
注：`openai`使用最新版本，需高于等于0.27.0 ，如果之前安装过请单独更新下pip3 install --upgrade openai

## 配置

配置文件的模板在根目录的`config-template.json`中，需复制该模板创建最终生效的 `config.json` 文件：

```bash
cp config-template.json config.json
```

然后在`config.json`中填入配置，以下是对默认配置的说明，可根据需要进行自定义修改：

```bash
# config.json文件内容示例
{ 
  "open_ai_api_key": "你的OPENAI KEY",
  "conversation_max_tokens": 最大返回字符,
  "WECHAT_TOKEN": "企业微信 回调token",
  "WECHAT_ENCODING_AES_KEY":"企业微信 编码后的AES Key",
  "WECHAT_CORP_ID":"企业微信 企业ID",
  "Secret":"企业微信 应用Secret",
  "AppId":"企业微信 应用ID",
  "character_desc": "你是ChatGPT, 一个由OpenAI训练的大型语言模型, 你旨在回答并解决人们的任何问题，并且可以使用多种语言与人交流。
}
```



## 运行

### 1.本地运行

如果是开发机 **本地运行**，直接在项目根目录下执行：

```bash
python3 app.py
```


### 2.服务器部署

使用nohup命令在后台运行程序：

```bash
touch nohup.out                                   # 首次运行需要新建日志文件                     
nohup python3 app.py & tail -f nohup.out          # 在后台运行程序并通过日志输出二维码
```

> **特殊指令：** 用户向应用号发送 **#清除记忆** 即可清空该用户的上下文记忆。
celery-pro 1.0.1
This project is dedicated to sharing and teaching the fundamentals and techniques of web reverse engineering.


# Web Reverse Engineering Project

## Introduction

This project is dedicated to sharing and teaching the fundamentals and techniques of web reverse engineering. Web reverse engineering involves analyzing how websites and web applications work, and cracking or modifying existing code to achieve specific objectives. This project includes a series of tutorials, practical tools, and case studies aimed at helping developers, security researchers, and enthusiasts understand how to effectively reverse engineer web technologies.

## Features

- **Educational Material**: Provides tutorials on web reverse engineering techniques from beginner to advanced levels.
- **Tools and Resources**: Shares effective reverse engineering tools and resource links.
- **Case Studies**: Delve into actual web reverse cases, analyzing techniques and strategies.

## Installation

To use the resources of this project, you need to set up your development environment first. Below are the basic installation instructions:

```bash
# Clone the repository
git clone https://github.com/yanjlee/reverse_life.git

# Enter the project directory
cd your-repository-name

# Install dependencies (if any)
pip install -r requirements.txt
```

## Usage

This project provides examples and tools for various web reverse engineering techniques. Here is how to use them:

```python
# Example: Using a tool to reverse a website
python reverse_example.py
```

## Contribution

Contributions of any kind are welcome, be it new cases, documentation improvements, or code updates. Please read `CONTRIBUTING.md` for information on how to start contributing.

## License

This project is licensed under the MIT License. For more details, please check the `LICENSE` file.

## Contact

If you have any questions or suggestions, please contact me through Issues or directly via email.