semvec/pypi-packages huggingface dataset:
Kiwrious-sensor-FICS 0.0.1
A package containg a library that works with Kiwrious sensors.
Requires Python: >=3.7

# Fellas in COMPSCI 399
Kiwrious Python Sensor Library - An open-source Python library for programming with real-time sensor data. 

## Background  
Input to programs created using Python typically happen using keyboard and mouse. The ability to incorporate real-time
environmental data measured through sensors as input could open doors to new programming experiences.

With this in mind, we have developed a toolkit consisting of six plug-and-play Kiwrious USB sensors that measure various physical phenomena such as humidity, temperature, conductance, air quality, light and heart rate.

## Project Description
The goal of this project is to develop a python library that services all sensor communications to allow users to easily program with their data.

Basic functions that the library should handle include establishing stable sensor connectivity, decoding live sensor data and
providing appropriate methods for working with this data.

Users can then use this sensor data in tasks like visualizations (e.g. Matplotlib), creating data models for investigations (e.g. sci-kit) or developing games that react to changes in the environment (e.g. pygame).

## Installation Guide
This library can be installed through pip like so:
pip install kiwrious_lib

## Available Resources
All sensor hardware and documentation on accessing sensor data.

Still need to write how to use each method. We will write up documentation in the future.
package-installation-test 1.0.0
A test package for verifying which Python is in use and where `pip` is installing packages
Requires Python: >=3.8,<4.0
Keywords: test,install

# `package-installation-test`

This package is designed to verify that you can successfully install Python packages from PyPI using `pip`, and subsequently use them. In particular, it is meant to test that you are installing packages **to the correct Python installation**. It is written to complement a question on Stack Overflow about this problem, to allow for testing the solutions offered there.

## Installation

Install this package from PyPI using `pip install package-installation-test`. Alternately, clone the repository, navigate to the root of the repository, and then use `pip install .` to install it. Note the `.` at the end of the latter command (specifying the current directory).

Note carefully that the installed package has a **different name** from the name used on PyPI and in this repository; although we install `package-installation-test` (notice that this is not a valid Python identifier anyway), code will refer to the package as `example_package`.

## Command-line use

Once installed, you should be able to "run" the package as a module, using `python -m example_package`.

Installation will also create a wrapper executable called `demo-example-package`, which you can run at the command line by that name.

Either of these options should print a diagnostic message that looks like:
```
Version 1.0.0 of example_package successfully installed.
The source code is in <...>.
```
where the `<...>` is replaced by the actual path where the code was installed.

## API

You can verify that the code is usable as a package by `import`ing it from the interactive prompt:
```
>>> import example_package
>>>
```
This provides two functions:

`main` - prints the same message as before.

`home` - returns the path to where the code was installed, as a `pathlib.Path` instance.

Both of these functions take no arguments.

## Troubleshooting

If the above steps don't work as advertised, the problem is **almost certainly** that `pip` installed to a different installation of Python than the one you are trying to use. (If the `demo-example-package` doesn't work, that's because you installed to a Python installation that isn't the first one on the `PATH`. 

Please read the corresponding question and answer on Stack Overflow to understand how to solve the problem.