semvec/pypi-packages huggingface dataset:
pedpol 0.3.1
For wrangling animal pedigrees
Requires Python: >=3.11

# PedPol
[![Styling, Lint & Test](https://github.com/tikkanz/pedpol/actions/workflows/test_and_lint.yml/badge.svg?event=push)](https://github.com/tikkanz/pedpol/actions/workflows/test_and_lint.yml)

PedPol is a python package for wrangling animal pedigrees
 * Handles large pedigrees (tested for pedigrees with more than 30 million records)
 * Flexible naming/type conventions for individual & parent Ids
 * Pedigree can contain any other columns as desired
 * Comprehensive testing of pedigree validity
 * Tools to create valid pedigrees (null parents without their own record)
 * Filtering based on relationships (parents, progeny, ancestors, descendants)
 * Classify records by generations without birth date/year
 * Recoding of pedigree Ids
 * Uses Polars DataFrames to read, write, store and manipulate pedigrees
h0rn3t-sp1d3r 0.1.0
WP CMS Backdoors scanner module
Requires Python: >=3.10

# h0rnet

A small Python package to scan WordPress sites for suspicious/backdoor paths.
**Only use on systems you own or have explicit permission to test.**

## Quick start

1. Create a newline-separated file `targets.txt` with hostnames or URLs (e.g. `example.com` or `http://example.com`).
2. Run:

```bash
python -m h0rn3t targets.txt
```

3. Positive matches are appended to `BADS-OK.txt`.

## Notes
- Customize `DEFAULT_PATHS` in `h0rn3t/core.py`.
- Respect target's rules and legal constraints.
m61 0.1.0
The name M61 comes from Vulcan, the English name of Vulcanus, the Roman god of fire and blacksmithing. We chose this name to symbolize the massive flow of traffic handled by the project.
Requires Python: >=3.11

# 프로젝트 개요: M61
## 목적
네트워크 아웃바운드 미터링 테스트용 트래픽 전송 도구입니다.
> [M61](https://namu.wiki/w/M61%20%EB%B0%9C%EC%B9%B8)

* 클라이언트: 특정 서버로 대용량 데이터를 안정적으로 전송할 수 있습니다.
* 서버: 클라이언트로부터 데이터를 안전하게 수신 및 수신된 내용을 기록합니다.

## 조건
* 클라이언트는 실제 전송한 데이터 크기 출력
* 서버는 수신한 데이터 크기 출력

## 특징
* 용량 단위 모드 (--size-gib)
* 시간 단위 모드 (--duration-sec)
* 멀티프로세스 기반 병렬 전송/수신
* 메모리 부족 감지 및 예외 처리

# 프로젝트 구조

``` bash
m61/
├── pyproject.toml         # Poetry 설정
├── README.md
├── m61/
│   ├── __init__.py
│   ├── common.py          # 공통 유틸 (로깅, 메모리 확인 등)
│   ├── exceptions.py      # 사용자 정의 예외
│   ├── client.py          # 클라이언트 코드
│   └── server.py          # 서버 코드
```

# 🚀 실행 방법

1. 코드를 내려 받으세요.
2. 최신 버전의 `poetry`를 설치해주세요.
3. 내려받은 코드가 있는 경로로 이동합니다.
4. `project.toml` 파일이 있는 위치에서 빌드를 수행합니다. 

``` bash
# 빌드
$ poetry build

5. 패키지 빌드가 완료되면, 패키지를 설치합니다.

# 설치
$ pip install dist/m61-0.1.0-py3-none-any.whl
```


## 서버 실행
``` bash
$ m61-server --host 0.0.0.0 --port 5000 --output /data/output.bin --max-workers 4
```

## 클라이언트 (500GiB 전송, 프로세스 8개)
``` bash
$ m61-client --server-ip 192.168.0.10 --server-port 5000 --size-gib 500 --workers 8
```

## 클라이언트 (1시간 동안 전송, 프로세스 2개)
``` bash
$ m61-client --server-ip 192.168.0.10 --server-port 5000 --duration-sec 3600 --workers 2
```

# 제약 사항
* Ubuntu Linux 외 다른 OS 환경에서는 테스트되지 않았음
sythonlab-amadeus-enterprise 1.0.4
A Python library for integration with Amadeus Enterprise Service.
Requires Python: >=3.8

# SythonLab Amadeus Enterprise Service SDK

A Python library for integration with Amadeus Enterprise Service.

## Installation

```bash
  pip install sythonlab-amadeus-enterprise
```

AMADEUS_OFFICE_ID=KIN1S2312
AMADEUS_USERNAME=WSCPJCAR
AMADEUS_PASSWORD=6WbmmXZJGS?D
AMADEUS_FLIGHT_ENDPOINT=https://nodeD1.test.webservices.amadeus.com/1ASIWCARCPJ

## Environment variables

```AMADEUS_OFFICE_ID```: Office ID.

```AMADEUS_USERNAME```: Username for authentication.

```AMADEUS_PASSWORD```: Password for authentication.

```AMADEUS_FLIGHT_ENDPOINT```: Endpoint of Flight service.

## How to use?

```python
from sythonlab_amadeus_enterprise.flights.amadeus_flight_sdk import AmadeusFlightSDK

sdk = AmadeusFlightSDK()
# custom_config_file: Optional parameter, specifies the path to a .json file to save the configuration.

status, response = sdk.ACTION(...)
```

## Available actions

- ```get_availability```: Retrieve flight availability with minimum prices.
- ```informative_pricing_without_pnr```: Retrieve detailed pricing information for a selected flight without creating a
  Passenger Name Record (PNR).
- ```check_rules```: Retrieve fare rules and conditions associated with a selected flight.
- ```logout```: Terminate an active Amadeus session.
- ```reserve```: Initiate the flight reservation process in Amadeus.
- ```add_passengers```: Add passenger information to an existing booking session in Amadeus.
- ```add_cash_payment```: Declare that the payment for the reservation will be made in cash.
- ```fare_price_pnr_with_booking_class```: Build the TST (Ticketing Template) to retrieve final pricing details
  before payment.
- ```ticket_create_tst_from_pricing```: Create the ticket after payment has been completed.
- ```pnr_add_multielements```: Finalize the transaction by saving the PNR with multiple elements.
- ```pnr_retrieve```: Retrieve an existing PNR to continue performing actions on it.
- ```issue_ticket```: Issue the final ticket for a completed reservation.
- ```pnr_retrieve_issued```: Retrieve an issued PNR to review the finalized booking.
mandelbrot-julia-fractals 1.0.2
A fractal visualisation for the Mandelbrot and Julia sets


# Fractal visualiser

This project generates fractals in the Mandelbrot and Julia sets, displaying them for the user.

## Features

- Julia/Mandelbrot set toggle
- Change real and imaginary parts of the seed
- Change index of the calculation (for "Multibrot" sets)
- 3D render with polygon mesh
- Up to 2^54 times zoom


## Usage

``pip install mandelbrot_julia_fractals``

``from mandelbrot_julia_fractals import fractals``

``from mandelbrot_julia_fractals import mandelbrot_3d_opengl``

``fractals.main()`` or ``mandelbrot_3d_opengl.main()``