semvec/pypi-packages huggingface dataset:
simple-hypercore-protocol 0.0.1a2
The Hypercore protocol state machine
Requires Python: >=3.6,<4.0

# simple-hypercore-protocol

[![Build Status](https://drone.autonomic.zone/api/badges/hyperpy/simple-hypercore-protocol/status.svg)](https://drone.autonomic.zone/hyperpy/simple-hypercore-protocol)

## The Hypercore protocol state machine

## Install

```sh
$ pip install simple-hypercore-protocol
```

## Example

```python
from simple_hypercore_protocol import messages

print(messages.Request(index=0))
```

Output:

```sh
index: 0
```
easy-login 3.0.0
Logging social accounts automatically using python package

This module will help you to login in all social networking accounts like facebook ,instagram ,linkedin ,reddit and twitter from your python IDE without reaching to the sites .

It will automaticlly login your social accounts in a separate chrome driver window .



How does it work ?

Step I -You have to install this package login-all, selenium package and chrome webdriver.

Step II-Then type -> from easy_login import login in your script.

Step III-obj=login(username ,password ,address_of_chrome_webdriver)

Step IV -Start Loging in  your accounts .

obj.facebook()
obj.instagram()
obj.twitter()
obj.reddit()
obj.linkedin()

Step V- Done . 




Note:
1-Uername and password must be of same account which you have to Login .

2-Address must be in format - C:/Users/Vasu Gupta/chromedriver_win32/chromedriver
log-in 2.0.0
Logging social accounts automatically using python package

This module will help you to login in all social networking accounts like facebook ,instagram ,linkedin ,reddit and twitter from your python IDE without reaching to the sites .

It will automaticlly login your social accounts in a separate chrome driver window .



How does it work ?

Step I -You have to install this package login-all, selenium package and chrome webdriver.

Step II-Then type -> from log_in import login in your script.

Step III-obj=login(username ,password ,address_of_chrome_webdriver)

Step IV -Start Loging in  your accounts .

obj.facebook()
obj.instagram()
obj.twitter()
obj.reddit()
obj.linkedin()

Step V- Done . 




Note:
1-Uername and password must be of same account which you have to Login .

2-Address must be in format - C:/Users/Vasu Gupta/chromedriver_win32/chromedriver
bggcohomology 1.6.1
Tools for the BGG complex
Keywords: sagemath mathematics flag-varieties representation-theory algebra

## bgg-cohomology

This is an implementation of a computer algorithm to compute the BGG resolution and its cohomology of a Verma module. 

You can find the documentation for this package right here:
https://bgg-cohomology.readthedocs.io/en/latest/

## Installation

After installing `sage` run the following command:

```
    sage -pip install git+https://github.com/RikVoorhaar/bgg-cohomology.git
```

In MacOS and linux this should run just fine. When using Windows,
make sure to run this command from the Sagemath Shell.

To open the `.ipynb` files in the `computations` and `examples` folders, you need to
first of all clone this repository. Then you can either launch `Sagemath Notebook` (on Windows) or run the following in the command line:

```
    sage -n
```

## Usage

There is a basic tutorial of how to use this module in the `examples` directory. 
Furthermore the `computations` directory contains notebooks with the code we used
for the results in our preprint. 

## Credit
All the code has been written by **Rik Voorhaar**. 
 Additional credit goes to **Nicolas Hemelsoet** for many aspects of the algorithm implemented here.
 This work has been partially financially supported by **NCCR SwissMAP**. 
 
This software is free to use and edit. When using this software for academic purposes, please cite 
the following preprint: https://arxiv.org/abs/1911.00871