semvec/pypi-packages huggingface dataset:
enpy 1.0.0
An encryption/decryption program that incorporates OTP
License: MIT
Keywords: encryption,decryption

# Enpy

This is an encryption and decryption program that incorporates One Time Pad to encrypt/decrypt text using a randomly generated key.

## Usage:

An example portraying how the program can encrypt/decrypt text:
 
### Encryption

The encrypt function takes two arguments which are the text to be encrypted and the key. If a key isn't provided as an argument, the program will generate a random key. The function returns the encrypted message and the key.

```
import enpy

enc_msg, msg_key = enpy.encrypt("Hello World!", <key>)

```
### Decryption

The Decrypt function takes in 2 arguments which are the encrypted text and the key respectively. It returns the decrypted message and the key.

```
import enpy

dec_msg, msg_key = enpy.decrypt(<enc_msg>, <key>)

```


## Change Log

### 1.0.0 (3/9/21)

--First release.
calculate-vif-rsquare 1.0.2
This function will use to calculate VIF and adjusted rsquare within featue columns or indipendent variables.
License: MIT
Requires Python: >=3.6

# calculate_vif_rsquare
This function will use to calculate VIF and adjusted
    rsquare within featue columns or indipendent variables. it will
    return dataFrame containing VIF value and adjusted rsquare.

## Installation
```pip install calculate_vif_rsquare```

## How to use it?
from calculate_vif_rsquare import calculate_vif_rsquare

vif_rsquare = calculate_vif_rsquare(df)

print(vif_rsquare)

## License

Â© 2021  Neeraj Bafila

This repository is licensed under the MIT license. See LICENSE for details.