tebelorg/RPA-Python
RPA Python
RPA-Python este un framework de automatizare a proceselor robotizate (RPA) pentru automatizarea sarcinilor repetitive în browsere web, aplicații desktop și sisteme de operare folosind scripturi Python. Funcționează ca un automatizator de procese desktop și instrument de automatizare a browserului, conceput pentru a reduce munca manuală și eroarea umană în fluxurile de lucru digitale.
Proiectul include un extractor de date OCR pentru capturarea ecranului și extragerea textului din imagini prin recunoaștere optică a caracterelor. De asemenea, oferă un wrapper de comandă de sistem pentru executarea comenzilor shell și gestionarea operațiunilor locale cu fișiere, cum ar fi descărcarea fișierelor de la URL-uri și extragerea arhivelor.
Framework-ul acoperă o gamă largă de capabilități de automatizare, inclusiv identificarea elementelor UI prin selectori și coordonate, gestionarea ferestrelor aplicațiilor și interacțiunea cu browserul web. Include, de asemenea, controale de viteză a execuției pentru a modula viteza sarcinilor între ritmul uman și modurile de mare viteză.
Features
- Robotic Process Automation Frameworks - Provides a comprehensive framework for automating repetitive digital workflows across web and desktop environments using Python.
- Robotic Process Automations - Provides a comprehensive framework for robotic process automation across web, desktop, and operating system layers.
- Optical Character Recognition - Integrates optical character recognition to convert image-based screen snapshots into machine-readable text.
- Web Task Automations - Provides scripts to automate repetitive browser-based workflows and site interactions via page element manipulation.
- Desktop Automation Workflows - Executes repetitive desktop and web-based workflows using Python scripts to reduce manual labor.
- External Command Execution - Runs system programs and captures their output directly into scripts for further programmatic processing.
- Browser Automation - Programmatically controls web browsers to perform repetitive tasks and interact with live pages.
- Shell Command Execution - Executes operating system shell commands through a subprocess interface to manage files and workflows.
- Desktop Automation - Automates repetitive manual tasks within desktop software using visual recognition and system interactions.
- Selenium WebDriver Automations - Controls web browsers via the WebDriver protocol to interact with page elements and navigate URLs.
- Browser Automation Tools - Serves as a toolkit for programmatically controlling web browsers to streamline manual web workflows.
- Coordinate-Based Interactions - Simulates mouse and keyboard events at specific pixel coordinates to automate desktop applications.
- DOM Element Selectors - Identifies user interface components using web attributes and selectors for targeted automation.
- Visual Element Identification - Identifies interface components using a combination of image snapshots, web attributes, and coordinates.
- Screen Text Extractors - Performs OCR on arbitrary screen regions to capture non-selectable text for data extraction.
- Command Line Automation Tools - Runs sequences of shell commands to automate repetitive operating system operations.
- Command Orchestrators - Orchestrates the execution of shell commands and system scripts as part of larger automated workflows.
- Automation Pacing - Provides execution speed controls to switch between human-like interaction pacing and high-speed modes.
- Screen Capture and Text Extraction - Captures screen snapshots and extracts visible text using OCR for data analysis.
- Programmatic Command Wrappers - Implements an interface that maps system command arguments and shell operations to native Python functions.
- Application Window Managers - Brings specific application windows into the foreground to enable direct interaction during automated processes.
