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New skill in Robot framework.

What you should know about Robot Framework 🤖

Hello! If you are benefiting from Robot Framework, now is the right time to give something back! Join the Robot Framework Foundation and make the Robot Framework ecosystem and community even better! Our Executive Director, Miikka Solmela tells you why: https://lnkd.in/gGWd_Eed #RobotFramework #OpenSource #RobotFrameworkFoundation

🚀 New Video Alert! 🚀 🎥 Title: Variables in Robot Framework 🔑 What You’ll Learn: ✅ What are Variables? - Understand the crucial role of variables in Robot Framework. ✅ Types of Variables - Explore the various types, including scalar, list, and dictionary variables. ✅ Working with Variables - Learn to define, retrieve, and modify variables, using built-in functions for efficient handling. ✅ Variable Scopes and Usage - Discover how variable scopes function and the best practices for using them effectively. ✅ Using Built-in Variables - Uncover powerful built-in variables and learn to leverage them within your scripts. ✅ Variable Priority - Gain insights into variable priority and organizing your variable definitions like a pro. 👉 Watch the video here: https://lnkd.in/emPJwWM9

#RobotFrameWork Robot Framework listeners have been around relatively long time already, but it feels that they don't always get the attention they deserve, especially with newcomers to the test automation field. Matti, Ouro's senior developer, has been looking for a while more verbose way to follow test execution in real time. With listeners, it's trivial. Put the example code below in MyListener.py-file and then simply run Robot Framework like this: robot --listener MyListener.py tests.robot You'll get pretty-printed real time listing of all keywords that are being called. Here is the example in the picture below.

Copper is a user-friendly runtime engine for creating fast and reliable robots. Copper is to robots what a game engine is to games. - Easy: Copper offers a high-level configuration system and a natural Rust-first API. - Fast: Copper uses Rust's zero-cost abstractions and a data-oriented approach to achieve sub-microsecond latency on commodity hardware, avoiding heap allocation during execution. - Reliable: Copper leverages Rust's ownership, type system, and concurrency model to minimize bugs and ensure thread safety. - Product Oriented: Copper aims to avoid late-stage infra integration issues by generating a very predictable runtime. #RoboticsEngineering #RustProgramming #GameEngineDevelopment #ArtificialIntelligence #RoboticsInnovation #SoftwareDevelopmentTools #TechInnovation #RoboticsTechnology #CodingForRobotics https://lnkd.in/gQBvq-84

What is the biggest problem with robots? 7 Challenges In Industrial Robotics Costs. Lack Of Standards. Inflexibility. Safety Concerns. Workforce Skills. Workforce Training. Managing Workflows. #interview #job #lifeatcareer #lifeatgoogle #java #robot #google #youtube Microsoft RoboticsCareer.org Google Google DeepMind Phython Coding Gautam Prajapati

🚀 New Video Alert! 🚀 🎥 Title: Custom Keywords and Resource Files in Robot Framework 🔑 What You’ll Learn: ✅ What are Custom Keywords? ✅ What are Resource Files? ✅ Step-by-Step Guide: How to create reusable Custom Keywords and How to organize and manage them efficiently using Resource Files 👉 Watch the video here: https://lnkd.in/dD6egegJ

OOP for Roboticists: Because Robots Deserve to Be Classy Too 😅 Abstraction 🎭 In robotics, abstraction hides low-level details and exposes only essential features, like a "Robot" class with an abstract "navigate()" method. Encapsulation 🛡️ Encapsulation bundles data and methods into a single unit, restricting access, like private "batteryLevel" accessed via "getBatteryLevel()". Inheritance 🌳 Inheritance allows specialized robots to build on generic templates, like a "WarehouseRobot" inheriting from "MobileRobot". Polymorphism 🔀 Polymorphism lets different robots execute the same command differently, like "performTask()" triggering unique actions depending on the robot type.