semvec/pypi-packages huggingface dataset:
filesystemserver 0.0.7
File System Server
Requires Python: >=3.8

# filesystemserver / `fss`

`filesystemserver` is a python package, out of the box is just `python3 -m http.server 8080`, but its superpower is its extensible plugin system.

`filesystemserver` plugins can be loaded on the fly (or automatically) to serve your file system files/directories as rich content, some examples might include:
- Serving a directory full of images as an image gallery
- Serving data stored in json or csv files as a chart or interactive visualization
- Serving a directory containing git repo with Monaco code editor

`filesystemserver` installs a CLI wrapper called `fss`.

## Install
```bash
pip install filesystemserver
```

## Usage
`fss` has three subcommands `serve` (default), `install`, and `update`. `fss` with no arguments will launch a server for the current directory and serves on default `port` and `address` (see config section below for changing defaults):

```bash
fss
```

### Plugin Installation
```bash
# Github project path (git clone)
fss install nicholashaydensmith/gallery.fss

# Or full URL (to any git host endpoint)
fss install https://github.com/nicholashaydensmith/gallery.fss.git
```

### Plugin Update
```bash
# Update a specific plugin (git pull)
fss update nicholashaydensmith/gallery.fss

# Update all installed plugins
fss update
```

## `fss` Configuration

`fss` is configured via toml `~/.config/fss/config.toml` and has the following options:
```toml
address = "localhost"
port = 8080
default_plugin = "fss/browser"
```

## Developing a Plugin

The simplest possible plugin is just a git project with an `index.html` file.  Plugins are installed into `~/.config/fss/plugin`.

### `index.html`

### JavaScript API

### `fss.toml`

### Examples
- https://github.com/nicholashaydensmith/gallery.fss
- https://github.com/nicholashaydensmith/highlight.fss

## Development

`filesystemserver` itself strives to be as small and simple as possible, leaving all features and extensibility to plugins.

It also strives to have as few dependencies as possible, currently its only dependency requirement is for python pre 3.11 package `tomli`.
bullmqmful 2.3.3
BullMQ for Python
Requires Python: >=3.10.0
Keywords: python, bullmq, queues

# BullMQ For Python

This is the official BullMQ Python library. It is a close port of the NodeJS version of the library.
Python Queues are interoperable with NodeJS Queues, as both libraries use the same .lua scripts that
power all the functionality.

## Features

Currently, the library does not support all the features available in the NodeJS version. The following
have been ported so far:

- [ ] Add jobs to queues.

  - [x] Regular jobs.
  - [x] Delayed jobs.
  - [ ] Job priority.
  - [ ] Repeatable.

- [x] Workers
- [ ] Job events.
- [x] Job progress.
- [ ] Job retries.
- [x] Job backoff.
- [x] Getters.

## Installation

```bash
pip install bullmq
```

## Usage

```python
from bullmq import Queue

queue = Queue('my-queue')

job = await queue.add('my-job', {'foo': 'bar'})

```

## Documentation

The documentation is available at [https://docs.bullmq.io](https://docs.bullmq.io/python)

## License

MIT

## Copyright

Copyright (c) 2018-2023, Taskforce.sh Inc. and other contributors.
monod 0.2.9.0
the Monod package fits CME models to sequencing data.
Requires Python: >=3.6

# *Monod*: a package for CME inference from seq data

[![PyPI version](https://badge.fury.io/py/monod.svg)](https://badge.fury.io/py/monod)

This repository contains the current version of the *Monod* package, which implements procedures for fitting and analyzing stochastic models of transcription and sequencing. The description of the package's functionality and several applications are given in the [preprint](https://www.biorxiv.org/content/10.1101/2022.06.11.495771v2). 

Examples and tutorials are given at the [example repository](https://github.com/pachterlab/monod_examples). For theoretical background, see [Gorin & Pachter 2022](https://www.cell.com/biophysreports/fulltext/S2667-0747(22)00054-4). For usage instructions, see the [readthedocs website](https://monod-examples.readthedocs.io/en/latest/index.html). For a sample workflow applied a small dataset, see the [Colaboratory notebook](https://github.com/pachterlab/monod_examples/blob/main/Monod_demo.ipynb).
BMPboot 3.5
The Best of Boots: "BMP" - an address book application

# Address Book Assistant

Address Book Assistant is a simple program for managing an address book, written in Python.

## Table of Contents

- [Description](#description)
- [Install Package](#install)
- [Usage Instructions](#usage-instructions)
- [Examples](#examples)
- [Requirements](#requirements)
- [Author](#author)

## Description

Address Book Assistant allows the user to add, search, browse, and manage contacts in an address book. The program supports various fields such as name, address, phone number, email, date of birth, and notes.

## Install

To install the package from pip, run the following command:
pip install BMPboot
Example of usage - it starts the program:

from BMPboot import main

main.main()
{}

## Usage Instructions

To run the program, execute the `main.py` file. Upon running, the user can issue commands via the command line interface. Available commands include adding new contacts, searching for existing contacts, browsing all contacts in the address book, displaying upcoming birthdays, and more.

## Examples

### Adding a New Contact

Enter a command: add John
Enter phone number (0: exit, ENTER: skip current):
1234567890
Enter email (0: exit, ENTER: skip current):
john@example.com
Enter address (0: exit, ENTER: skip current):
123 Main Street
Enter date of birthday in format YYYY-MM-DD (0: exit, ENTER: skip current):
1990-01-01
Enter a note (0: exit, ENTER: skip current):
Best friend

### Searching for a Contact

Enter a command: find John
Searched phrase: John

Name: John | Address: 123 Main Street | Phone: 1234567890 | Email: john@example.com | Birthday: 1990-01-01 |
Notes:

1. Best friend

### Displaying Upcoming Birthdays

Enter a command: birthdays 7
Name | Birthday
John | 1990-01-01

## Requirements

To run the program, you need a Python 3.x interpreter and the library: thefuzz (pip install thefuzz'.

## Author

The program was written by:

- Piotr Jasiński
- Michał Pokracki
- Bartosz Zygmunt

```

```