semvec/pypi-packages huggingface dataset:
Noodleswrapper 0.0.1
A wrapper used for meme generating using Discord API
Requires Python: >=3.8, >=3.7

Noodles API wrapper
===================
##### Created by Kabir Ghai (CypherGuy)

An extension module for [discord.py](https://pypi.org/project/discord.py/ "discord.py PyPi page") used as a meme-editor and welcome banners.

Notices:
-------

* This module was designed for [discord.py](https://pypi.org/project/discord.py/ "discord.py PyPi page") 1.7+ but may work with older versions, use at your own risk however.

Installation:
-------------

###### Install with pip:
```
pip install noodleswrapper
```

###### Sample code with `lisastage`:
```
#Headers is optional.. for now.
text = noodleswrapper.lisastage('test') #'test' is what you want it to say
print(text)
```

Links:
------

* [My website](https://frenchnoodles.xyz/api)
noodlesapi-wrapper 0.0.1
A wrapper used for meme generating using Discord API
Requires Python: >=3.8, >=3.7

Noodles API wrapper
===================
##### Created by Kabir Ghai (CypherGuy)

An extension module for [discord.py](https://pypi.org/project/discord.py/ "discord.py PyPi page") used as a meme-editor and welcome banners.

Notices:
-------

* This module was designed for [discord.py](https://pypi.org/project/discord.py/ "discord.py PyPi page") 1.7+ but may work with older versions, use at your own risk however.

Installation:
-------------

###### Install with pip:
```
pip install noodlesapi-wrapper
```

###### Sample code with `lisastage`:
```
#Headers is optional.. for now.
text = noodlesapi-wrapper.lisastage('test') #'test' is what you want it to say
print(text)
```

Links:
------

* [My website](https://frenchnoodles.xyz/api)
spinel 1.1.5
A minecraft server wrapper written in python
Requires Python: >=3.6

# Spinel
A minecraft server wrapper written in python.

This program in its current state only allows you to read the chat and send commands (as the server).

## Tutorial
First, install spinel by running `pip install spinel` in the terminal.

Import Spinel by using `import spinel` at the top of your file.
You'll need a server premade (which can be done with [Pyrite](https://github.com/ProfessorFelix/Pyrite)). Rename your server `.jar` file to `spinel_server.jar`

Now, make an instance of your server with: `server = spinel.server(path)`.

Start the server with `server.start()`.

To read messages and send commands, make a while loop like so:
```py
while True:
    msg = server.latest_message()
    
    if msg:
        print(msg.raw) # this prints the whole message
        print(msg.author) # this prints the name of the one who sent the message
        print(msg.content) # this prints the message content

        server.write("say Hello, World") # Writes "Hello, World" to the chat repeatedly
```

## Example
```py
import spinel

server = spinel.server()
server.start()

while True:
    msg = server.latest_message()

    if msg:
        print(msg.raw)
        if msg.content.split(" ")[0] == "!math":
            result = eval(msg.content.split(" ")[1])
            output = 'tellraw @a {"text":"' + msg.content.split(" ")[1] + '=' + str(result) + '"}'
            server.write(output)
```
            
This code prints all messages to the python terminal and allows the user to perform basic math using the `!math` command.

## Note
If you print just `msg`, then it will print `msg.raw` instead. It is reccomended you use `msg.raw` anyway to be more explicit.
You'll need to manually close your server terminal before relaunching 

## Dependencies
* os
* subprocess
* sys
* threading
* queue

## Credits
* Ravbug
* Princess
* Winter_Snake
* vdvman1
* AjaxGB
* A2
* PeerHeer
prosonix 1.0.1
Unofficial Python package to control Prosonix products. We are not affiliated with Prosonix.
Requires Python: >=3.6

# prosonix

Unofficial Python package to control Prosonix products. We are not affiliated with Prosonix.

## Products supported
- Prosonix Sonolab SL10 Sonocrystallizer (230V/110V)
    - https://www.syrris.com/modules/prosonix-sonolab-sl10-sonocrystallizer-230v110v/
new-era 2.2.3
An unofficial library to control New Era pumps. We are not affliated with New Era.
Requires Python: >=3.6

# new_era

An unofficial library to control New Era pumps. We are not affliated with New Era.

Supported and tested products:
- [NE-9000 peristaltic pump](http://www.syringepump.com/download/NE-9000%20Peristaltic%20Pump%20User%20Manual.pdf)

This package may also work to control New Era syringe pumps but this has not been tested. 

### Example usage

For control of a individual pumps use the `peristaltic_pump` module. Check in the examples folder for an [example](examples/example_peristaltic_pump.py).

For control of a pump network where pumps are daisy-chained to each other, use the `peristaltic_pump_network` module. Check in the examples folder for an [example](examples/example_pump_network.py).
uFire-Mod-pH 0.9.0
Add the ability to measure pH to your hardware application with a fully digital interface.
Requires Python: >=3.6

Mod-pH
======

> [Datasheet](https://ufire.dev/files/mod-ph_datasheet.pdf) 📜

Add the ability to measure pH to your hardware application with a fully digital interface.

#### Summary ℹ️

*   pH range of 0.001 to 14.000 pH units
*   Accuracy ±0.002 pH units
*   Resolution 0.001 pH units
*   Temperature compensated
*   I²C, UART, and USB interfaces
*   1-Wire interface for DS18B20 temperature sensor
*   25x15 mm for castellated or DIP mounting
*   Single, dual, and triple point calibration

* * *

### Use

*   [I²C Arduino Library Documentation](https://ufire.dev/files/mod-ph_arduino_library.pdf)
*   [I²C Raspberry Pi Python Documentation](https://ufire.dev/files/mod-ph_raspberrypi_library.pdf)

* * *

### Design ✒️

Adding a module to your own design is straightforward. You'll need:

1.  bus connection to your controlling device (I2C, UART, USB)
2.  clean, preferably isolated, power supply
3.  probe connection (U.FL, BNC, terminal block)

Some resources to get started:

*   [Schematic of the Isolated Dev Board](https://ufire.dev/files/isolated_qwiic_dev_board_schematic.pdf)
*   Design Incorporation section of the [Datasheet](https://ufire.dev/files/mod-ph_datasheet.pdf)

> [Request a custom board](https://docs.google.com/forms/d/e/1FAIpQLSfiCyjnq35GVyaRjVw6HphhNFNmoyi723qlqVLjUhc-TrmvfQ/viewform)

* * *

#### Ask a question 🤙

*   [Support Request](https://docs.google.com/forms/d/e/1FAIpQLSekGsS88VkVGCOdW58-MLXKEMpZ8m3PTjGt28sdiWZpEqDXPg/viewform)
*   [Discord](https://discord.gg/rAnZPdW)

* * *
### Buy One
[Mod-pH](https://ufire.co) - just the sensor

[Isolated Qwiic Dev Board](https://ufire.co) - all the components needed to use the module
edagames-grpc 1.1.0
Interface for gRPC communication
Requires Python: >=3.6

# edagames-grp

gRPC interface for edagames platform-game communication

## Compiling

To compile protobuf definition into Python files install grpcio-tools and execute

`python -m grpc_tools.protoc -I./src --python_out=./src --grpc_python_out=./src ./src/edagames_grpc/eda_games.proto`

## Examples

Examples for simple client and server are located in the [examples folder](examples)

To run them each example use:
- Client: `python -m examples.client`
- Server: `python -m examples.server`


## Package

- Command to install the package:

`pip install edagames-grpc`

- Steps for running a new version package with changes:

1) Change the version in the setup.py
2) run: `python setup.py bdist_wheel sdist` to update the package locally
3) run: `twine upload dist/*` to upload the new package version to pypi
uFire-Mod-ORP 0.9.0
Add the ability to measure ORP to your hardware application with a fully digital interface.
Requires Python: >=3.6

Mod-ORP
=======

> [Datasheet](https://ufire.dev/files/mod-orp_datasheet.pdf) 📜

Add the ability to measure ORP to your hardware application with a fully digital interface.

#### Summary ℹ️

*   mV range of -2.23 to 2.23
*   Accuracy ±0.001 mV
*   Resolution 0.001 mV units
*   I²C, UART, and USB interfaces
*   1-Wire interface for DS18B20 temperature sensor
*   25x15 mm for castellated or DIP mounting
*   Single point calibration

* * *

### Use

*   [I²C Arduino Library Documentation](https://ufire.dev/files/mod-orp_arduino_library.pdf)
*   [I²C Raspberry Pi Python Documentation](https://ufire.dev/files/mod-orp_raspberrypi_library.pdf)

* * *

### Design ✒️

Adding a module to your own design is straightforward. You'll need:

1.  bus connection to your controlling device (I2C, UART, USB)
2.  clean, preferably isolated, power supply
3.  probe connection (U.FL, BNC, terminal block)

Some resources to get started:

*   [Schematic of the Isolated Qwiic Dev Board](https://ufire.dev/files/isolated_qwiic_dev_board_schematic.pdf)
*   Design Incorporation section of the [Datasheet](https://ufire.dev/files/mod-orp_datasheet.pdf)

> [Request a custom board](https://docs.google.com/forms/d/e/1FAIpQLSfiCyjnq35GVyaRjVw6HphhNFNmoyi723qlqVLjUhc-TrmvfQ/viewform)

* * *

#### Ask a question 🤙

*   [Support Request](https://docs.google.com/forms/d/e/1FAIpQLSekGsS88VkVGCOdW58-MLXKEMpZ8m3PTjGt28sdiWZpEqDXPg/viewform)
*   [Discord](https://discord.gg/rAnZPdW)

* * *
### Buy One
[Mod-ORP](https://ufire.co) - just the sensor

[Isolated Qwiic Dev Board](https://ufire.co) - all the components needed to use the module
dwython 0.3.6
Datawave Python API
Keywords: dwython

# dwython
Dwython is a Datawave API interconnect within Python.

## Example

```python
user_query = query.Query(query = query,
    cert_path = cert, key_path = key, ca_cert=cacert, key_password=key_pass, url=url )
result = user_query.create()
print("{},{},{}".format(line,result.operation_time,result.wall_time))
result = user_query.next()
print("{},{},{}".format(line,result.operation_time,result.wall_time))
```
django-secure-passwords 0.1.1
django-secure-passwords is a package that adds more password validation options as often required in large corporations
Requires Python: ~=3.6

![django-secure-passwords logo](https://github.com/Blueshoe/django-secure-passwords/raw/master/docs/_static/img/logo.png)

--------------------------------------------------------------------------------
![Build Status](https://github.com/Blueshoe/django-secure-passwords/actions/workflows/python-app.yml/badge.svg)
[![Quality Gate Status](https://sonarcloud.io/api/project_badges/measure?project=Blueshoe_django-secure-passwords&metric=alert_status)](https://sonarcloud.io/dashboard?id=Blueshoe_django-secure-passwords)
[![Coverage Status](https://coveralls.io/repos/github/Blueshoe/django-secure-passwords/badge.svg?branch=master)](https://coveralls.io/github/Blueshoe/django-secure-passwords?branch=master)
[![Code style: black](https://img.shields.io/badge/code%20style-black-000000.svg)](https://github.com/psf/black)
[![License: MIT](https://img.shields.io/badge/License-MIT-yellow.svg)](https://opensource.org/licenses/MIT)


**Todo**


## Installation

django-secure-passwords is currently available only on Blueshoe's Python Package Index.
```bash
pip3 install django-secure-passwords
```

Add *"django-secure-passwords"* to your *INSTALLED_APPS*: 
```python
INSTALLED_APPS = [
    "...",
    "securepasswords",
]
```

## Usage

# TODO prettify
Recommended: usage of `AbstractBaseUser` subclass as `AUTH_USER_MODEL`
scalenet 0.1.0
A universal pytorch module for implementing multiscale architectures (UNet, spatial pyramid, SpyNet, res-Unet)

# scalenet
A universal pytorch module for implementing multiscale architectures (UNet, spatial pyramid, SpyNet, res-Unet)

## Introduction
See [overview slides](https://docs.google.com/presentation/d/1Gs5kduVHlGPyNn-X7gnDPuQUb3wP1_8sNgalDV4cOJE/edit?usp=sharing) describing ScaleNet + Artificery.