semvec/pypi-packages huggingface dataset:
marienbad 0.1.2.1
A toolsuite for win at Marienbad (Nim) game.
Requires Python: >=3
Keywords: Marienbad,Nim

# Marienbad

A simple toolsuite for help you to win at [Marienbad](https://fr.wikipedia.org/wiki/Jeu_de_Marienbad) game, a [Nim](https://en.wikipedia.org/wiki/Nim) game.

It is recommended to use the [PyPy](https://www.pypy.org/) interpreter instead of the CPython standart.

## Generator

Pour utiliser cet outil, entrez la commande :
```bash
marienbad-generator
```

Pour voir toutes les options disponibles :
```bash
marienbad-generator --help
```

Vous pouvez aussi le démarrer depuis un script python :
```python
import marienbad
marienbad.generator.main()
```

Bien sûr, vous pourvez ré-utiliser certaines fonctions :
```python
from marienbad.generator import checkCombination
checkCombination([1,3,5,7]) # True
checkCombination([1,3,6,7]) # False
```

La fonction `generateTable` imprime le résultat sur la sortie standart. Pour récupérer cette sortie, utilisez le script suivant :
```python
import sys
from io import StringIO

# rediriger stdout dans un buffer :
sys.stdout = StringIO()

# appel de la fonction qui remplira stdout (donc le buffer)
generateTable(10,10)

# récupérer le contenu du buffer :
s = sys.stdout.getvalue()

# fermer le buffer :
sys.stdout.close()

# rediriger stdout vers la sortie standart :
sys.stdout = sys.__stdout__

# le résultat est maintenant dans la variable s
```
printify 0.0.1
A small printer package to get some better looking print statements.
Requires Python: >=3.7

# Python pretty print

A small printer package to get some better looking print statements.

## Install

```bash
pip install printify
```

## Usage

```python
from printify import printify

printify('test', {'title': 'Test dictionary'}, ['test', 'list'])
```

`Output`

```bash
----------*----------
test
----------*----------
{
        'title': 'Test dictionary'
}
----------*----------
['test', 'list']
----------*----------
```

### `color`

```python
printify("test", color="red")
```

#### Color list

|  Color  |   Code   |
| :-----: | :------: |
| default | \033[0m  |
| warning | \033[93m |
|  error  | \033[91m |
|  blue   | \033[94m |
| success | \033[92m |
| header  | \033[95m |
|   red   | \033[91m |
|  green  | \033[92m |
|  cyan   | \033[96m |
|  white  | \033[97m |
| yellow  | \033[93m |
| magenta | \033[95m |
|  grey   | \033[90m |
|  black  | \033[90m |
wfgenes 1.0.9
Scientific workflow
Requires Python: >=3.7



<img src="wfgenes_logo.png" width="200">

### wfGenes:
wfGenes is a tool to generate various type of workflow management systems (WMSs) by parsing single workflow configuration file called WConfig. 
Naturally, workflows are defined in human readable format, JSON or YAML, with efficient and concise structure to generate different type of WMSs by performing dependency analysis and automatic code generation for specific WMS. 
This approach enables users to examine different type of WMS based on the application requirement and available computing environment. 

### Installing wfGenes on Local machine:

The recommended way to install wfGenes is to use pip package manager. 

    pip install wfgenes

To use the GUI run the following line in a Jupyter notebook cell: 

    from wfgenes import wfgenes_gui



Website (including documentation): https://wfgenes.gitlab.io/wfgenes/

Source: https://git.scc.kit.edu/th7356/wfgenes