semvec/pypi-packages huggingface dataset:
pus 0.0.1
Update the required packages in setup.cfg file
License: MIT
Keywords: function,optimisation

# pus

[![Travis](https://img.shields.io/travis/limix/pus.svg?style=flat-square&label=linux%20%2F%20macos%20build)](https://travis-ci.org/limix/pus)

Update the required packages in setup.cfg file.

## Install

Enter

```bash
pip install pus
```

from the command-line.

## Usage

Enter

```bash
pus setup.cfg
```

## Running the tests

Enter

```python
python -c "import pus; pus.test()"
```

## Acknowledgment

This package is mostly a wrapper around the [pur](https://github.com/alanhamlett/pip-update-requirements) package.
Many thanks to its contributors!

## Authors

* [Danilo Horta](https://github.com/horta)

## License

This project is licensed under the [MIT License](https://raw.githubusercontent.com/limix/pus/master/LICENSE.md).
aimdvcli 0.2.2.1
AIMDV Client
License: MIT

====================
AIMDV Client
====================

This is for **SNS AIMDV (AI based Mood Detection thru Voice)** clients, who want to install and test mood AIMDV engine.

.. contents:: Table of Contents


Installation
=========================

System Requirements
-------------------------------

- OS: Windows, Linux (and maybe Mac)
- Python 3.4+

Installataion
--------------------------

.. code:: bash
  
  pip install aimdvcli  
  # or
  pip3 install aimdvcli

Upgrade
---------------

.. code:: bash
  
  # for updating  
  pip install -U aimdvcli


Basic Usage
================

Type like this at your console,

.. code:: bash

  aimdvcli <command> [options]


Audio Format Converter
=========================
 
This is a audio format converter to standardize the wave format to fit into AIMIDV embedded version in embedded environment, esp., in Android. It can convert all files of the directory you specify, and save into target directory.

Target format:

- sampling rate: 22,050
- quantization bit: 16 bit
- channels: 1 (mono)
- byte order: little endian

*usage:*

.. code:: bash

  aimdvcli audio [options] <source directory> [output directory]
  
*options:*

.. code:: bash
  
      --help: display help
  -r:  convert all audio files and their sub directories recursively
  
*arguments:*

.. code:: bash

  source directory: directory contains audio files 
  output directory: default is <source directory>/AIMDV

*example:*

.. code:: bash
  
  # convert all audios in testset directory recursively
  aimdvcli convert -r ./testset ./output


Change Logs
=============

- 0.1 (June 28, 2018): project initialized
pydepqbf 0.0.2
bindings to depqbf (a QBF solver)
License: MIT

===========================================
pydepqbf: bindings to DepQBF (a QBF solver)
===========================================

Authors:
--------

A lot of Python binding code and documentation has been lifted from PycoSAT
<https://pypi.python.org/pypi/pycosat>

DepQBF is owned by Florian Lonsing <http://lonsing.github.io/depqbf/>

The pydepqbf Python module is distributed under the same terms as DepQBF.

Abstract
--------

`DepQBF <http://lonsing.github.io/depqbf/>`_ is an efficient
`QBF <https://en.wikipedia.org/wiki/True_quantified_Boolean_formula>`_ solver
written by Florian Lonsing in pure C.
This package provides efficient Python bindings to DepQBF on the C level,
i.e., when importing pydepqbf, the DepQBF solver becomes part of the
Python process itself.

Usage
-----

The ``pydepqbf`` module has one function: ``solve``.

The function ``solve`` returns a tuple containing two elements. The
first element is an integer, that is either QDPLL_RESULT_SAT or
QDPLL_RESULT_UNSAT or QDPLL_RESULT_UNKNOWN. The second element
contains a partial certificate for the input problem. If the outermost
(leftmost) quantifier block of a satisfiable QBF is existentially
quantified, then the partial certificate is an assignment to the
variables of this block (and dual for unsatisfiable QBFs and universal
variables from the outermost block, if that block is universally
quantified). The partial certificate is None if the outermost block of
a satisfiable QBF is universally quantified or if the outermost block
of an unsatisfiable QBF is existentially quantified.

Example
-------

Let us consider the following problem, represented by using
the QDIMACS `QDIMACS <http://www.qbflib.org/qdimacs.html>`_
format::

   p cnf 5 3
   a 1 2 0
   e 3 4 0
   -1 -3 0
   1 2 4 0
   1 -4 0

Here, we have 4 variables and 3 clauses, the first clause being
(not x\ :sub:`1`  or not x\ :sub:`3`).
In Python, each clause is
most conveniently represented as a list of integers.  Naturally, it makes
sense to represent each solution also as a list of integers, where the sign
corresponds to the Boolean value (+ for True and - for False) and the
absolute value corresponds to i\ :sup:`th` variable::

   >>> from pydepqbf import solve, QDPLL_QTYPE_FORALL, QDPLL_QTYPE_EXISTS
   >>> quantifiers = ((QDPLL_QTYPE_FORALL, (1, 2)), (QDPLL_QTYPE_EXISTS, (3, 4)))
   >>> clauses = ((-1, -3), (1, 2, 4), (1, -4))
   >>> solve(quantifiers, clauses)
   (20, [-1, -2])

The first element of the resulting pair is 20 (defined as
QDPLL_RESULT_UNSAT in the pydepqbf package) and the partial
certificate translates to: x\ :sub:`1` = x\ :sub:`2` = False.
suds-passworddigest-homeassistant 0.1.2a0.dev0
adds Web Services Security PasswordDigest authentication to SUDS
License: MIT

This package is created from https://github.com/tgaugry/suds-passworddigest-py3/archive/86fc50e39b4d2b8997481967d6a7fe1c57118999.zip#suds-passworddigest-py3==0.1.2a No updates are expected.