semvec/pypi-packages huggingface dataset:
mentormatch 1.1
Pair mentors with mentees.
Requires Python: >=3.6.3

===========
mentormatch
===========

J&J Cross-Sector Mentoring Program utility that matches mentors with mentees.

Applications Format
--------------------
* In MS Forms, export the applications to excel. Do this for both mentors and mentees.
* Combine these into a single excel file, with the mentor applications on a **mentor** worksheet and the mentees on a **mentee** worksheet.
* Add a third worksheet titled **favor**.
  * Cell A1: ``wwid``
  * Cell B1: ``favor``
  * Filling out the remaining rows of this worksheet is optional, but the worksheet and its headers are not.
  * If there are any **mentees** you want to give priority to, add their wwid to column A. Add a positive integer to column B. Default to assigning a **favor** of 1 to these mentees. That alone with give them preference over all others. If you want to give any mentees on this sheet priority over others on the sheet, then give them a higher number. You can use as many different numbers as you like. 


Quick Start
-----------------
1. **Install Python**
    a. Install Python 3.8. You'll need elevated priveleges to do so. Be sure to check the "Add to PATH" box during installation.
#. **Open a terminal (Command Prompt or PowerShell)**
    a. Press the ``Windows Key`` and type ``cmd`` to search for the Windows command prompt
#. **Install** ``mentormatch``
    a. In Command Prompt, type ``pip install mentormatch``
    #. If this throws an error, try instead: ``python -m pip install mentormatch``. Hint: the up-arrow accesses previous commands to reduce the amount of typing you need to do.
#. **Run** ``mentormatch``
    a. In Command Prompt, type ``mentormatch``
    #. Follow the instructions to
hpnapy 1.0.7
HP Network automation framework

HPNAPY
===========
HPNAPY is a Python3 library to access and interface with HP Network Automation's SOAP API.

This library has bee developed testing against HP Network Automation 2018.11 and greater.

More information on HP Network Automation can be found at ([Micro Focus](https://software.microfocus.com/en-us/products/network-automation/overview)).
=======

## Requirements

This package requires Python 3.4+.

It depends on the following modules:

 requests >= 1.0.0
 zeep >= 3.0.0
 urllib3 >= 1.0.0

## Installing

This package is available through pypi and can be installed using pip.
```
pip install hpnapy
```

## Usage

Here is an example of connecting through the API and retrieving a list of device groups.
```
from hpnapy import NAInterface

# Initialize our interface
hpna = NAInterface("https://foo.bar")
hpna.login('username', 'password')

# Retrieve and iterate a list of device groups
device_groups = hpna.list_device_group()
for entry in device_groups:
    print(entry)

```

We can globally disable SSL verification to prevent errors and messaging. This is not recommended as this is a potential security concern.
```
from hpnapy import NAInterface

# Initialize our interface
hpna = NAInterface("https://foo.bar", ssl_verify=False)

```

In order to filter results, we can pass filter keys as defined in the HPE Network Automation Software (NA) CLI/API Command Reference.

```
from hpnapy import NAInterface

# Initialize our interface
hpna = NAInterface("https://foo.bar")
hpna.login('username', 'password')

# Retrieve and iterate a list of device groups
filtered_devices = hpna.list_device(vendor="Cisco", group="My Cisco Switches Group")
for entry in filtered_devices:
    print(entry)

```

## Exceptions

This library uses its own set of exceptions.

```
hpnapy.exceptions.HPNAConnectionError
hpnapy.exceptions.HPNAQueryParamError
hpnapy.exceptions.HPNAQueryError
```

### Contributing ###

Spencer Ervin ([spenceation](https://github.com/spenceation)) is the creator and current maintainers of the hpnapy library.

Pull requests are always welcome. Before submitting a pull request, please ensure that your coding style follows PEP 8.

### Legal ###

Licensed under the GNU General Public License v3.0; you may not use this file except in compliance with the License. You may obtain a copy of the License at

    https://www.gnu.org/licenses/gpl-3.0.en.html
game-of-life-MUGOH 0.0.16
Conway's game of life in python
Requires Python: >=3.7

## game-of-life
[![Build Status](https://travis-ci.org/hogum/game-of-life.svg?branch=master)](https://travis-ci.org/hogum/game-of-life)
[![Coverage Status](https://coveralls.io/repos/github/hogum/game-of-life/badge.svg?branch=master)](https://coveralls.io/github/hogum/game-of-life?branch=master)

[Game of life](https://en.wikipedia.org/wiki/Conway%27s_Game_of_Life) implementation in the python standard library and numpy

#### Setup
##### 1. Install the Package
- Clone
```
git clone https://github.com/hogum/game-of-life
```
- Install
```
python3 setup.py install
```
###### ~~2. Install using pip~~


~~pip install game-of-life-MUGOH==0.0.11~~


#### Testing
Run
```
pytest
```

### Playing the Game
```
example

from game_of_life import play

if __name__ == '__main__':
    play()
```
SpotPRIS2 0.4.1
MPRIS2 interface for Spotify Connect
Requires Python: >=3.6

SpotPRIS2
=========

Control Spotify Connect devices using MPRIS2

****

This software provides an MPRIS2 interface for Spotify Connect. It is more complete than the MPRIS2 interface built into
the Spotify Linux client.  
In addition it can be used to control remote Spotify Connect devices (Like spotifyd running on a Raspberry Pi) from your
PC.

This software is still in development. Some things might not work as expected.

Installation
------------
* Arch Linux: Install from AUR  
    ```yay -S python-spotpris2```
* Other distributions: Install using pip  
    ```pip install spotPRIS2```

Then just run `spotpris2`.

Options
-------
```
  -h, --help            show this help message and exit
  -d DEVICE [DEVICE ...], --devices DEVICE [DEVICE ...]
                        Only create interfaces for the listed devices
  -i DEVICE [DEVICE ...], --ignore DEVICE [DEVICE ...]
                        Ignore the listed devices
  -a, --auto            Automatically control the active device
  -l [{name,id}], --list [{name,id}]
                        List available devices and exit
```

In normal mode SpotPRIS2 creates one MPRIS2 interface for each Spotify Connect device connected to your account.

You can use `--devices` to only create interfaces for specified devices or `--ignore` to create interfaces for all but
the specified devices. Devices can be specified either by their name or their ID.  
With `--auto` only one interface gets created. It will always control the currently active device.

`--list` lists the names of all available devices. Use `--list=id` to list their IDs instead.

Known problems
--------------
1. **Podcasts, Radios, etc. aren't supported**  
    This is a limitation of the Spotify Web API. There's currently nothing I can do about it.
2. **The MPRIS2 interface only shows up when something is playing**  
    If you are running SpotPRIS2 in auto mode this is intended. There is no way for SpotPRIS2 to know which device you
    want to control, so we don't offer any interface. You can use normal mode if you want to be able to start playback
    using MPRIS2.

Systemd
--------
To use SpotPRIS2 with systemd, the provided unit file (`contrib/spotpris2.service`) should be copied into `/usr/lib/systemd/user`.

****

This project is not affiliated, associated, authorized, endorsed by, or in any way officially connected with Spotify AB,
or any of its subsidiaries or its affiliates.