Python API Integration Smoke Test Tool

You can use Twilio to very easily create outgoing telephone calling scripts with #Python 26 lines of code and you have the start of your own robocalling bot! Imagine connecting this to your work order system to automatically notify customers when their work is done, or as some type of alert system. It's amazing what you can play with for free now a days!!!

Here’s a demo of my Python command engine in action!🔥🔥🔥 This project is designed to bridge the gap between technical commands and everyday language. Whether it’s scanning your PC, opening apps, checking you IP address or viewing reports, you can simply say it in plain English and the engine executes it for you. The voice recognition feature makes it even more intuitive, giving non‑IT users the power to manage tasks without needing to memorize commands. This is just the demo version — more features and less bugs on the way! #Automation #IT #TlotloMasisi

Supercharge your QA process with a robust Pytest automation framework in Python! 🚀 Whether you're aiming for seamless backend validation or advanced agentic testing, Pytest delivers speed, scalability, and reliability. With its modular design, clear reporting, and easy integration, you’ll accelerate your testing cycles and boost product quality. Ready to streamline your automation journey? Start building smarter, not harder! 💡🐍 #Python #Pytest #AutomationTesting #BackendTesting #AgenticTesting #QualityAssurance #SoftwareTesting

Practical Tip + Experience: Handling multiple browser tabs in Selenium (Python) used to confuse me early in my automation journey. The key learning? 👉 Always track your window handles. Switching between tabs isn’t magic — it’s about understanding driver.window_handles and knowing when to switch context. In real projects, this comes up a lot: • Payment gateways • OAuth logins • Reports opening in new tabs A small mistake like not switching back to the parent tab can break an entire test suite. Automation isn’t just about writing code — it’s about thinking like a user and managing browser behavior smartly. Curious how others handle dynamic tab switching? Let’s discuss. #Selenium #PythonAutomation #QALife #TestAutomation #SoftwareTesting #LearningInPublic #QAThoughts

Ever taken a photo of a document with your phone and needed it as a PDF afterwards? I built a lightweight Python CLI utility to automate this repetitive task. The tool: - Scans an input/ folder. - Converts supported image files into single-page PDFs. - Preserves file names. - Prevents accidental overwrites. It’s a simple example of how routine image & document processing can be turned into a one-command workflow. Technically, it’s built using Pillow, packaged with pyproject.toml, and validated via GitHub Actions. Github: https://lnkd.in/dc3WvndC #python #automation #opensource

Today, I learned how yield works in Pytest fixtures to handle setup and teardown in a clean and reliable way. 🔹 Code before yield → Setup 🔹 Code after yield → Teardown 🔹 Test execution happens at the yield point 📌 Why this matters Ensures proper resource cleanup Improves test stability Follows best practices for real-world automation frameworks This concept is especially useful for managing browsers, database connections, API sessions, and test environments in Python-based automation testing. #Pytest #AutomationTesting #QAEngineer #TestAutomation #Python #AutomationFramework #ContinuousLearning

🚀 Project Showcase: Building a Python Virtual Assistant I’m excited to share Jarvis, a custom automation tool I built to explore the mechanics of voice-controlled systems and Python scripting. The goal was to create a lightweight, modular assistant capable of handling system tasks and retrieving information hands-free. ⚙️ Technical Highlights: Voice-to-Action Pipeline: Integrated SpeechRecognition for input and pyttsx3 for real-time audio feedback, creating a seamless conversational loop. System Automation: utilized os and requests libraries to programmatically control applications and fetch web data. Modular Architecture: Recently refactored the codebase to separate concerns, including a dedicated musicLibrary module for dynamic media handling. Version Control: Managed the development lifecycle using Git/GitHub to handle feature branches and code updates efficiently. 💻 View the Source Code: The repository is open-source and includes setup instructions. 🔗 https://lnkd.in/gzw3nfdF I’d appreciate any feedback on the code structure or suggestions for new automation features to add! #Python #SoftwareDevelopment #Automation #OpenSource #GitHub #Coding #ComputerScience

𝗥𝗲𝗺𝗼𝗍𝗲 𝗕𝘂𝗶𝗹𝗱𝘀 𝗔𝗿𝗲 𝗘𝗮𝘀𝘆 𝗧𝗼 𝗧𝗮𝗹𝗸 𝗔𝗯𝗼𝘂𝘁 You want to set up remote builds. This video shows you how. It uses a Python Fabric file to run commands over SSH. Here's what happens: - The repo gets cloned on the remote machine - The build runs - Logs are saved for debugging The demo uses username and password auth for simplicity. In a real environment, you'd use keys or SSH certificates. What's your remote build setup like? Source: https://lnkd.in/dZX8RPTn Optional learning community: https://t.me/GyaanSetuAi

🤖 403s, 429s, or “verification pages” instead of data? Anti-bots are doing their job. If your scraper keeps getting blocked, running a real browser session can make all the difference. In our latest ZenRows guide, we walk through how to scrape with Pydoll, an async, CDP-based Python library that controls Chromium without WebDriver and helps bypass modern anti-bot checks. Inside the blog: 🔹 What Pydoll is and why CDP beats WebDriver for stealth 🔹 How to scrape dynamic pages with async Chromium sessions 🔹 Bypassing Cloudflare-style challenges using session reuse 🔹 Real limitations of browser-based scraping at scale 🔹 When to switch to a fully managed solution like ZenRows Perfect if you want to understand how anti-bot bypass works and when it is smarter to let infrastructure handle it for you. 👉 Read the blog: https://lnkd.in/gRF6qtvG #WebScraping #Python #Automation #AntiBot #Developers #DataEngineering #ZenRows

There was a time when configuring network devices meant logging into each device individually, executing commands line by line, and verifying everything manually. That approach builds fundamentals — but it doesn’t scale. In this demonstration, I automated a focused segment of multi-device configuration using Python, transforming repetitive CLI execution into a scalable, repeatable process: • Logging into each device • Repeating configuration blocks • Risking inconsistency • Spending hours on deployment Now it’s: ✔ One structured script ✔ Multiple devices configured simultaneously ✔ Consistent execution ✔ Reduced operational risk This shift isn’t just about efficiency — it’s about engineering maturity. As networks grow in size and complexity, manual configuration becomes a bottleneck. Automation transforms device-level operations into scalable infrastructure processes. My focus is evolving from executing configurations to designing systems that deploy them reliably at scale. #NetworkAutomation #InfrastructureEngineering #python #EnterpriseNetworking #AutomationStrategy