semvec/pypi-packages huggingface dataset:
kaggleDownloader 4.2.1
Helps you to download the Kaggle Dataset to your Google Colab Notebook using Kaggle Dataset API link
License: MIT
Keywords: Kaggle Downloader,Kaggle Dataset Downloader,dataset downloader,Google Colab,kaggle dataset download in google colab

# kaggleDownloader

Helps you download Kaggle Dataset to Google Colab Notebook or your own system in the current working directory (os.getcwd()) by using the Kaggle API Download Link and kaggle.json file obtained from the Kaggle account.


Specifications
======
Programming Language :- Python 3<br/>
Platforms Supported :- Google Colab Notebooks (Python 3) / Linux<br/>
Files Required :- kaggle.json (to be obtained from kaggle account; kaggle_profile -> My Account -> API -> Create new API token)<br/>

How to Use?
======
Add the kaggle.json file to your current working directory (os.getcwd(), the directory where you wish to download your dataset to)<br/>
By **three lines of code** you can download your kaggle dataset to your current working directory, either in Google Colab Notebooks or in your own system<br/>
The lines of code are as follows:-<br/>
&nbsp;&nbsp;&nbsp;&nbsp;1)if you are installing the package <br/>
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;a)on your own system<br/>
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;**pip install kaggleDownloader** <br/>
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;b)on Google Colab Notebook<br/>
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;**!pip install kaggleDownloader**<br/>
&nbsp;&nbsp;&nbsp;&nbsp;2)Import the get_dataset function from kaggleDownloader module<br/>
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;**from kaggleDownloader import get_dataset**<br/>
&nbsp;&nbsp;&nbsp;&nbsp;3)call the get_dataset() function; there are two ways<br/>
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;a)**get_dataset()** or,<br/>
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;b)or you can pass the Kaggle Dataset Download API link in the get_dataset argument in string format (""); eg. SpringLeaf Dataset<br/>
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;**get_dataset('kaggle competitions download -c springleaf-marketing-response')**<br/>

Follow along the instructions and you will be ready to work on your dataset.
xre 0.0.1
Build regex like legos.
License: MIT
Requires Python: >=3.7

# xre
> Build regex like legos.

One to two paragraph statement about your product and what it does.

## Installation

OS X & Linux:

Clone the repository:

```sh
git clone https://github.com/polyrand/setDNS.git
```

Run:

```sh
chmod +x setdns.py
./setdns.py
```

## Development setup

Dependency management is done with pip-tools + venv (stdlib).

Framework requirements are in requirements/main.in (main.txt are the pinned ones). Development and documentation requirements are in requirements/dev.in (main.txt are the pinned ones)

## Documentation

Documentation is written in markdown using mkdocs. In order to work on it, run:

```sh
mkdocs serve
```

Now it will be available at [localhost:8000](localhost:8000).

## Usage example

A few motivating and useful examples of how your product can be used. Spice this up with code blocks and potentially more screenshots.

## Release History

* 0.2.1
    * CHANGE: Update docs (module code remains unchanged)
* 0.2.0
    * CHANGE: Remove `setDefaultXYZ()`
    * ADD: Add `init()`
* 0.1.1
    * FIX: Crash when calling `baz()` (Thanks @GenerousContributorName!)
* 0.1.0
    * The first proper release
    * CHANGE: Rename `foo()` to `bar()`
* 0.0.1
    * Work in progress

## Meta


Ricardo Ander-Egg Aguilar – [@ricardoanderegg](https://twitter.com/ricardoanderegg) –

- [ricardoanderegg.com](http://ricardoanderegg.com/)
- [github.com/polyrand](https://github.com/polyrand/)
- [linkedin.com/in/ricardoanderegg](http://linkedin.com/in/ricardoanderegg)

Distributed under the XYZ license. See ``LICENSE`` for more information.

## Contributing

1. Fork it (<https://github.com/polyrand/yourproject/fork>)
2. Create your feature branch (`git checkout -b feature/fooBar`)
3. Commit your changes (`git commit -am 'Add some fooBar'`)
4. Push to the branch (`git push origin feature/fooBar`)
5. Create a new Pull Request
graafilohi 1.1.3
Library for defining runnable pipelines as graphs
License: MIT

# Graafilohi

Graafilohi is a library intended to create executable graphs and to provide some basic functions such as determining
the execution order of the nodes. The name "Graafilohi" is a play on the Finnish words "graafi" (meaning "graph") and
"graavilohi" (I guess this is something like "gravlax" or sorts; Dammit man, I'm a programmer, not a chef).

The library uses at least `networkx` and `matplotlib` as a basis, first of which provides most of the features itself
allowing all the graph operations it contains to be used on the graph. This library implements the execution etc. higher
level features.

The intended use is to create tools using this where the problem is related to dependencies and possible to visualize
as a graph.
crypto-sim 0.0.5
A API for cryptography lib
License: MIT

# Crypto-sim

Crypto_sim/crypto-sim is a Python library for dealing with cryptography(secure encryption and decryption).

## Installation

Use the package manager [pip](https://pip.pypa.io/en/stable/) to install crypto-sim.

```
pip install crypto-sim
```

## Usage

### To generate a key
```python
from crypto_sim import crypto

crypto.generate_key()
# this is the output
>>> b'KFH1RhgN_JydLaZzAv6QbpQzsET1SQLjjaFz9dR2-To=' #A key will be returned
```
### To save the key in default dir
```python
from crypto_sim import crypto

crypto.save_and_create_key() #A key will be automatically generate and saved
```
### To get the saved key
```python
from crypto_sim import crypto

crypto.get_key()
```
Note:- this only works when the save_and_create_key() is used

### To encrypt a str
```python
from crypto_sim import crypto

key=crypto.generate_key()
plain_message="hi"
encrypted=crypto.encrypt(plain_message,key)
print(encrypted)
```
Output:-
```shell script
>>> b'gAAAAABe7uOq4PYOSe9usicMgivc0oVJWaWBzBQmbZbICgrG7TfbdxK8bIuXqttaw-rnScJBGd2RUxgSaC3_CTK0NwbJS_THJA=='
```
### To decrypt
First, we will execute the above code and then we will get the key and the encrypted message

After that,
```python
# This full code is after the above code
decrypted=crypto.decrypt(encryption,key)
print(decrypted)
plain_message==decrypted
```
Output:-
```shell script
>>> hi
>>> True
```

## Links
[CODE](https://github.com/chetan0402/crypto-sim/)

[LICENSE](https://github.com/chetan0402/crypto-sim/blob/master/LICENSE.txt)

[See what's new in the next project](https://github.com/chetan0402/crypto-sim/blob/master/new.txt)