semvec/pypi-packages huggingface dataset:
pyrpasuite 0.0.2
RPA using python

# pyrpasuite - A Comprehensive Robotic Process Automation (RPA) System

`pyrpasuite` is a Python-based Robotic Process Automation (RPA) system that allows you to automate repetitive tasks on web and desktop applications. It includes a wrapper for Selenium WebDriver for web automation, and a set of classes for automating tasks on desktop applications.

## Features

- **Web Automation**: Automate tasks on web applications using Selenium WebDriver.
- **Desktop Automation**: Automate tasks on desktop applications.
- **Excel Automation**: Automate tasks in Excel files.
- **PDF Automation**: Automate tasks involving PDF files.
- **Email Automation**: Automate email-related tasks.
- **Network Automation**: Automate network-related tasks.
- **System Automation**: Automate system-related tasks.

### Prerequisites

- Python 3.6 or higher
- Selenium WebDriver
- Other dependencies in the `requirements.txt` file

### Installing

1. Install the package using pip:
```bash
pip install pyrpasuite
```

## Usage

Here's a basic example of how to use the `pyrpasuite` system for web automation:

```python
from core.autoWeb import AutoWeb

# Create an instance of AutoWeb
auto_web = AutoWeb()

# Open a web page
auto_web.openBrowser("Firefox", "https://www.example.com")

# ... more code here ...

# Close the browser
auto_web.closeBrowser()
random-regex 1.0.0
Generate Random Regex
Requires Python: >=3.8, !=3.11.*

# regex_generator
Generate Random Regex

# Install 

```bash
pip install random-regex
```


# Usage


```python
import re
from random_regex import RegexGenerator
from rbloom import Bloom # This is a faster bloom filter implemented in rust.s
regex_generator = RegexGenerator(bloom_cls=Bloom).generate()


def assert_all_match(examples, regex):
    re_com = re.compile(regex)
    for ex in examples:
        assert re_com.fullmatch(ex) is not None


for i, instance in enumerate(regex_generator):
    if i > 1000:
        break
    regex = instance['regex']
    complexity = instance['complexity']
    length = instance['length']
    examples = instance['examples']
    re.compile(regex)
    assert len(regex) == length
    assert len(examples) == complexity
    assert_all_match(examples, regex)
    print(regex)
```
>>
```
((?:(([\s]C\s))))
((\sR2{1,3}\+[m]))
((3{1}[\(-y]a\[))
((\d{1,1}[^08]1A))
(([3-c]))
(([^Rp][CJ]f))
(((G[/]){4,7}))
((.))
(((?:(D2[Qh]))?))
(((!\s)){3})
(([9d])([9d]))
((\s))((\s))
((\d))
((a\s)(a\s)(a\s))
...
```