semvec/pypi-packages huggingface dataset:
nepbots 0.1.2
A simple API wrapper for interacting with Nepbots API
Requires Python: >=3.6


# Nepbots

A simple API wrapper for Nepbots that allows you to query and get answers from the Nepbots API.

## Installation

```bash
pip install nepbots
```

## Usage

Here's a quick example of how to use the `nepbots` package:

### Import the Module

First, import the `NepbotsApi` class from the package:

```python
from nepbots import NepbotsApi
```

### Create an Instance

Create an instance of the `NepbotsApi` class:

```python
api = NepbotsApi()
```

### Get an Answer

You can now use the `get_answer` method to ask a question. For example:

```python
question = "What is the capital of France?"  # You can change this question to anything you like.
answer = api.get_answer(question)
print(answer)  # Output will be: Hello! How can I assist you today? (creator: glitchyapi)
```

### Full Example

Hereâ€™s a complete example script that puts it all together:

```python
# example_script.py

from nepbots import NepbotsApi

def main():
    # Create an instance of NepbotsApi
    api = NepbotsApi()

    # Define the question you want to ask
    question = "What is the capital of France?"  # You can change this to any question

    # Get the answer from the API
    answer = api.get_answer(question)

    # Print the answer
    print(answer)  # Output: Hello! How can I assist you today? (creator: glitchyapi)

if __name__ == "__main__":
    main()
```

### Note

- Ensure you have an active internet connection since the package interacts with an external API.
- The answer may vary depending on the API's response.

## License

This project is licensed under the MIT License. See the [LICENSE](LICENSE) file for details.

## Author

Created by (creator: t.me/nepcoderapis).
```
pypuq 1.3.9
Physical Units and Quantities for Python

# SciNumTools v3 <br/>Physical units and quantities for Python (pypuq)

This module is a Python binding of the [C++ library `scnt-puq`](https://github.com/vrtulka23/scnt-puq).
You can read more about this module and its functionality in the `SciNumTool` [documentation](https://vrtulka23.github.io/scnt-docs/).

## Installation

To start, one has to install the [`scnt-puq`](https://github.com/vrtulka23/scnt-puq) library.
On macOS this can be easily done using homebrew formula:

``` bash
brew tap vrtulka23/scinumtools
brew install vrtulka23/scinumtools/scnt-puq
```

After that, one can proceed with the usual PyPi installation:

```bash
pip3 install pypuq
```

## Examples of use

As already mentioned, `pypuq` is a binding to the standalone C++ library `scnt-puq`.
Therefore, `pypuq` inherits all its usual functionality.
However, the Python interface of exposed classes (`Quantity`, `UnitSystem`) is slightly adapted.
```python
>>> from pypuq import Quantity
>>> 
>>> q = Quantity(16, 'm')
>>> r = Quantity(223, 's')
>>> speed = (q/r).convert('mph')
0.0717489*m*s-1
```

More examples and explanation are available in the `SciNumTools` [documentation](https://vrtulka23.github.io/scnt-docs/).
You can also look at the test problems in the [pytest directory](https://github.com/vrtulka23/scnt-pypuq/tree/main/pytest).
hello-world-baalmeida 0.0.1
Demonstrando uso de pacotes.
Requires Python: >=3.8

# hello-world-baalmeida

Description. 
The package hello_world is used to:
	- Package use demonstration

## Installation

Use the package manager [pip](https://pip.pypa.io/en/stable/) to install hello-world-baalmeida

```bash
pip install hello-world-baalmeida
```

<!-- ## Usage

```python
from hello_world import file1_name
file1_name.my_function()
``` -->

## Author
Bruno Almeida

## License
[MIT](https://choosealicense.com/licenses/mit/)
restfull 1.0.13
Python REST API Frontend
Requires Python: <4,>=3.8
Keywords: utilities, rest, api

# restfull 1.0.13

## Installing
```
$ pip install restfull
```

# Usage Examples

Basic API GET:
```
auth = BasicAuth("username", "password")
rest = RestAPI(auth, "example.com")
endpoint = "/api/users/1"
data = rest.get(endpoint).validate().as_json().record()
assert data.get("data", {}).get("id") == 1
```

Get record with paged API (specifically getting page 2)
```
auth = BasicAuth("username", "password")
rest = RestAPI(auth, "example.com")
endpoint = "/api/users"
data = rest.get_by_page(endpoint, page=2).validate().as_json("data").list_item(2)
assert data.get("id") == 9
```

Get all records from paged API (assumes records are in an array assigned to the "data" key):
```
auth = BasicAuth("username", "password")
rest = RestAPI(auth, "example.com")
endpoint = "/api/users"
data = rest.get_paged(endpoint).validate().json_list()
assert data.size == 12
```
diarc-rl 0.1.0
A set of scripts for using python RL libraries in DIARC
Requires Python: >=3.10

## Disclaimer

This is a MAJOR work in progress. Everything is subject to change, and for now this readme only describes calling TRADE
services *from* Python.
We have functionality to call a Python TRADE service (either from Java or Python). Documentation will come shortly.

# Setup

## Installing

1. Set up [DIARC](https://hrilab.tufts.edu:22280/diarc/diarc). See the DIARC readme for install instructions.
2. Check out the branch `rl`.
3. Run the command: `./gradlew publishToMavenLocal`.
4. Download the [diarc-rl repo](https://hrilab.tufts.edu:22280/marlowfawn/diarc-rl).

## Configuring

1. In the DIARC readme, follow instructions for setting up Metric-FF. This will include creating/modifying
   `gradle.properties`.
2. In the DIARC `trade.properties.default`, follow the instructions for making your own trade.properties file for java.
3. In your personal `trade.properties`, change `STARTDISCOVERY` to `true`.

## Using the Python DIARC Wrapper

1. If you just want to use TRADE, you can just import `diarc_wrapper`. The JVM will automatically start.
2. If you want to use the DIARC wrapper, instantiate the `DIARCWrapper` object.
3. You can now use its various methods, most importantly `call_trade(...)`. 

Note: After importing diarc_wrapper, you can also import anything from the DIARC and TRADE jars. Import order matters
here!

# DIARC Components
## Implementing an existing interface



## Making a new interface

## Todo:

- requirements.txt
- Documentation + example of java -> python (including making interface)
- Example of RL (maybe just a simple gym env)
- Implement DIARC detectors
- Let users add to the classpath

For questions, email (marlow.fawn@gmail.com)