semvec/pypi-packages huggingface dataset:
rainbow-console 0.0.1
This module is designed to color the information displayed in the console.
Requires Python: >=3.5

# rainbow-console
 
This module is designed to color the information displayed in the console.

## How to use

import rainbow

rainbow.print("#F07427example #F4CA16print")

rainbow.print("example print", color="#CC397B")

print(rainbow.paint("Hello, world!", color="#318CE7"))

Colored line example: "#318CE7Hello #FECF3DWorld#309831!#r default colored text"

Use #xxxxx to set color

Use #r to reset color to console default

Flag #r automatically appends to end of string
core-commons 1.0.3.post3
Implements common methods to use in most libraries and scripts for any environment.
Requires Python: >=3.6.8, <4


# Core Commons

Esta librería implementa métodos y utilidades comunes que serán necesarios en múltiples proyectos, como validación de datos, o configuraciones generales de scripts.

## Requisitos

Los requisitos para instalar y ejecutar el proyecto son:
- Un IDE o un editor de código:
  - IDE: *PyCharm*
  - Editores de Código: *Visual Studio Code*, *Notepad++*, *VIM*


- Un entorno de *Python 3.6.8* mínimo.


## Instalación

Para instalar el programa localmente o en un Linux remoto:

1. Descargar o clonar el proyecto desde el repositorio.
2. Asegurarse de tener un entorno de Python funcional con la versión requerida y los paquetes necesarios.
3. Activar el entorno de Python que fue creado.
4. Instalar el módulo ejecutando este comando en la ruta del proyecto:
~~~bash
python setup.py install
~~~

## Configuración

Este proyecto no tiene ficheros de configuración o ninguna configuración adicional.
sqlatracker 0.0.7
trace your model field change log

# sqlatracker
#### Inspired by django-field-history

![GitHub](https://img.shields.io/github/license/Ed-XCF/sqlatracker)
[![Build Status](https://travis-ci.org/Ed-XCF/sqlatracker.svg?branch=main)](https://travis-ci.org/Ed-XCF/sqlatracker)
[![codecov](https://codecov.io/gh/Ed-XCF/sqlatracker/branch/master/graph/badge.svg?token=J3HnAigB4J)](undefined)
![PyPI](https://img.shields.io/pypi/v/sqlatracker)

### Example
```python
from sqlalchemy import BigInteger, Column
from sqlalchemy.ext.declarative import as_declarative
from sqlatracker.field_tracker import FieldTracker


@as_declarative()
class Base:
    id = Column(BigInteger, primary_key=True, autoincrement=True)


class Example(Base):
    example_field_1 = Column(BigInteger)
    example_field_2 = Column(BigInteger)


FieldTracker.listen_for(
    Example.example_field_1,
    Example.example_field_2,
)
```

### Integrate with your metadata for alembic

```python
from sqlatracker.field_tracker import FieldTracker
from sqlatracker.utils import merge_metadata

target_metadata = merge_metadata(your_metadata, FieldTracker.metadata)
```
speedlib 2.3.8
A python library to operate 'Speed' devices
Requires Python: >=3.6

Tutorial
========

Using the SpeedLib librairie
----------------------------
A python library to operate Speed devices.

Currently the API has an unique backend allowing to control miniature devices like the Faller (c) Crane or DCC trains.

Examples
^^^^^^^^

Controlling a Faller (c) crane model
-------------------------------------

    >>> from speedlib.cranes import faller
    >>> from speedlib.cranes.faller import Crane
    >>> ip_1 = "172.17.217.217"
    >>> ip_2 = "172.17.217.217"
    >>> crane_1 = Crane()
    >>> crane_2 = Crane()
    >>> crane_1.init(ip_0)
    >>> crane_2.init(ip_2)
    >>> crane_2.start_for(20*faller.ureg.millisecond,faller.MotorChassis,faller.MotorDirectionForward)
    >>> crane_1.change_speed(faller.MotorCrab, -40)


Controlling a DCC train model
-----------------------------

    >>> from speedlib.dcc import dcc_object, dcc_trains
    >>> from speedlib.dcc.dcc_object import DCCObject
    >>>from speedlib.dcc .dcc_trains import Train

    >>> train = Train("DCC15",15)
    >>> dcc_object.start()
    >>> train.speed = 14
    >>> train.faster()
    >>> train.slower()
    >>> train.fl_light = True
    >>> print(train)
    >>> train.f2 = False
    >>> dcc_object.stop()

Controlling a DCC Switch model
-------------------------------

    >>> from speedlib.dcc import dcc_object, dcc_switches
    >>> from speedlib.dcc.dcc_object import DCCObject
    >>>from speedlib.dcc .dcc_switches import Switch

    >>> SS = Switch("DCC",3, 1)
    >>> dcc_object.start()
    >>> print(S.biais)
    >>> S.biais = True
    >>> S.set_biais_id(2)
    >>> S.biais = True
    >>> S.biais = False
    >>> dcc_object.stop()

You can find more examples in the *examples* directory.

Install
-------
git clone https://github.com/CRIStAL-PADR/Speed.git

The library is in speedlib/__init__.py

Tests
-----
To starts the unit tests you can do:

cd tests/
    >>> PYTHONPATH=../ python3 -m unittest