semvec/pypi-packages huggingface dataset:
bluesheep 0.0.3
HTTP Server/Client microframework for Python asyncio
License: MIT
Keywords: BlueSheep web framework

# BlueSheep
Currently this project is empty: it is just a placeholder for a project in PyPi. It will contain a pure-Python implementation of web framework, using the same architecture of [BlackSheep framework](https://github.com/RobertoPrevato/BlackSheep).

<p align="left">
  <a href="#bluesheep"><img width="320" height="271" src="https://raw.githubusercontent.com/RobertoPrevato/BlueSheep/master/blue-sheep.svg?sanitize=true" alt="Blue Sheep"></a>
</p>

---
Cpybca 1.2.0
A python module to access BCA API. In this version, you can check balance, account statement (history), and transfer fund.
License: MIT
Requires Python: ~=3.3

======
cpybca
======
:Author: Christoforus Surjoputro <cs_sanmar@yahoo.com>
:Date: $Date: 2017-07-04 $
:Version: $Version: 1.2.0 $
:License: MIT License

.. role:: python(code)
   :language: python

.. image:: https://travis-ci.org/3mp3ri0r/cpybca.svg?branch=master
    :target: https://travis-ci.org/3mp3ri0r/cpybca

.. contents:: Table of content

Introduction
============

`cpybca`_ is python module to access BCA API. In this version, you can check balance, account statement (history), and transfer fund.

Python version
--------------

This module work on python 3.4+. Fully tested on python 3.5.2.

How to install
==============

1. Clone or download this repo https://gitlab.com/3mp3ri0r/cpybca.git.
2. Move this entire project to your project's directory.

How to use
==========

1. Import cpybca to your project by doing this :python:`from cpybca.bca import Bca`.
2. Initiate connection to BCA API server by doing this :python:`bca = BCA('YOUR_API_KEY', 'YOUR_API_SECRET', 'YOUR_BCA_HOST')`.
3. Sign in to BCA API server by doing this :python:`bca.sign_in('YOUR_CLIENT_ID', 'YOUR_CLIENT_SECRET')`.
4. Do action you want by calling :python:`Bca` function.

Get balance
-----------

You can get account balance by doing this:

.. code-block:: python

    bca.get_balance('CORPORATE_ID', 'ACCOUNT_NUMBER')

You can get multiple account balance by doing this:

.. code-block:: python

    bca.get_balance('CORPORATE_ID', ['ACCOUNT_NUMBER1', 'ACCOUNT_NUMBER2'])

Get statement
-------------

You can get account statement or history transaction by doing this:

.. code-block:: python

    bca.get_statement('CORPORATE_ID', 'ACCOUNT_NUMBER', 'START_DATE', 'END_DATE')

Note:

1. :code:`START_DATE` and :code:`END_DATE` use :code:`yyyy-MM-dd` format.
2. Maximum date to get from start to end is 31 day.

Transfer fund
-------------

You can get account statement or history transaction by doing this:

.. code-block:: python

    bca.transfer('CORPORATE_ID', 'SOURCE_ACCOUNT_NUMBER', 'BENEFICIARY_ACCOUNT_NUMBER', 'TRANSACTION_ID', 'TRANSACTION_DATE', 'REFERENCE_ID', 'AMOUNT', 'CURRENCY_CODE', 'REMARK1', 'REMARK2')

Note:

1. :code:`BENEFICIARY_ACCOUNT_NUMBER` is account number you want to receive money.
2. :code:`TRANSACTION_ID` is number of transfer you do on the following day.
3. :code:`TRANSACTION_DATE` is date you do transfer in :code:`yyyy-MM-dd` format.
4. :code:`REFERENCE_ID` is your reference code. It can contain combination of string and numeric. Example: :code:`1234/DP/2017`
5. :code:`AMOUNT` is number of amount you want to send in :code:`string` format. Example: :code:`'1000000.00'`
6. :code:`REMARK1` and :code:`REMARK2` is notes you want to send to receiver. It is not mandatory so you can remove this.

How to contribute
=================

Just create an `issue`_ when you encounter any problem.

.. _`cpybca`: https://gitlab.com/3mp3ri0r/cpybca
.. _`issue`: https://gitlab.com/3mp3ri0r/cpybca/issues
music-recommender 1.0.5
A Python client for the Spotify Recommendations API.
License: MIT
Keywords: spotify,api,music recommendations,music recommender

recommender
===========

Python client for the `Spotify Recommendations
API <https://developer.spotify.com/documentation/web-api/reference/browse/get-recommendations/>`__.

Install:

::

   pip install music-recommender

Example:

.. code:: python


   from recommender.api import Recommender

   recommender = Recommender()
   recommender.artists = 'Johnny Cash'
   recommender.genres = [
       'country',
       'party'
   ]
   recommender.track_attributes = {
       'danceability': 1.0
   }

   recommendations = recommender.find_recommendations()
   for recommendation in recommendations['tracks']:
       print("%s - %s" % (recommendation['name'], recommendation['artists'][0]['name']))
exalt 0.1.2
Namespace promotion done right!
License: MIT
Requires Python: >=3.7,<4.0

<p align="center">
	<img src="https://user-images.githubusercontent.com/9287847/50569701-4cf0f680-0d6c-11e9-93d9-f7c57983fc17.png"/ width="450" alt="exalt">
</p>

---

[![Python 3.7](https://img.shields.io/badge/python-3.7-blue.svg)](https://python.org)
![Not production ready](https://img.shields.io/badge/production%20ready-not%20really-red.svg)
![Travis status](https://travis-ci.org/PhilipTrauner/exalt.svg?branch=master)

**exalt** provides a convenient way to dynamically create closures and bind them to a custom namespace. This is primarily useful for preserving an execution-context when calling into a different function.

## Example

```python
from exalt import promote


def baz():
    return bar


def foo():
    bar = "baz"

    return promote(baz, **locals())()


print(foo())
```
<p align="center">——————————————————————————— ↓ ———————————————————————————</p>

```
baz
```

## Installation
```bash
pip3 install --user exalt
```

## Disclaimer
**exalt** heavily relies on CPython implementation details and probably shouldn't be used in a production environment.