Created a desktop launcher for console emulators using Python and Node.js

Optimizing Network Hops with Jump Game II Greedy Approach in JavaScript LeetCode: 45 #JavaScript #DSA #Algorithms #LeetCode #CodingInterview #GreedyAlgorithm #ProblemSolving #DataStructures #Programming #JumpGame #NetworkOptimization #AlgorithmExplained #TechConcepts #LearnByAnalogy

Built a Connect Four Game in Java! I recently developed a console-based Connect Four game completely in Java. This project strengthened my understanding of 2D arrays, loops, conditionals, and modular programming. Features: 6×7 board (standard Connect Four grid) Two-player gameplay (X vs O) Automatic win detection (horizontal, vertical, diagonal) Draw detection and replay option Concepts used: Object-oriented programming (OOP) Nested loops Methods for modular structure Input handling using Scanner Game logic design and condition checking InternPe

“Every Programming Language Has Its Strength” > There’s no ‘best’ programming language — only the best fit for a problem. 🚀 Want to build websites? Learn JavaScript. 🤖 Into AI and automation? Go for Python. 📱 Dreaming of mobile apps? Try Kotlin or Swift. 🎮 Love games? C++ and C# got you covered. The real skill isn’t knowing one language — it’s knowing when to use which.

Textzle I've never been much of a game developer, but I thought I might give it a try. So, I made Textzle, a text adventure game inspired by retro text adventure games. Textzle is primarily written in Python (PyScript + Pyodide) and HTML. It's structure is first defined as a class for the boilerplate (it's a package on PyPI), and then is transformed into a game through frontend PyScript - the game's plot, characters, etc are defined there. Textzle can be found as a webpage, but it imitates retro games with the PyScript terminal feature. It's open source: https://lnkd.in/gbHbVBZD https://lnkd.in/gX-b7chw https://lnkd.in/gBziGspk

🔥 Top Programming Languages and Their Best Code Editors 💻 Here’s a quick look at popular programming languages and their preferred editors 👇 🐍 Python → PyCharm ⚙️ C++ → VS Code 💛 JavaScript → VS Code ☕ Java → IntelliJ IDEA 💙 C# → Visual Studio 🟦 TypeScript → VS Code 💎 Ruby → RubyMine 🔷 Kotlin → IntelliJ IDEA 🐹 Go (Golang) → GoLand 💜 PHP → PhpStorm 🐉 Lua → VS Code 🍎 Swift → Xcode 💬 Question for you: Which code editor do you use the most — and why? Share your favorite setup in the comments! 👇 #Programming #SoftwareDevelopment #CodeEditors #Developers #Coding #VSCode #IntelliJ #PyCharm #PhpStorm #Xcode #TechCommunity #DeveloperTools #CodingTips

Programming Languages & Their Uses 😄 Check out this fun infographic highlighting various programming languages and their common use cases! 🚀 From structuring web pages with HTML to building science applications with Python, this chart gives you a quick glimpse into what each language is typically "for". Frontend: HTML for structure, CSS for style, JavaScript for fun, React for work Systems: C/C++ for dinosaurs 😂, Swift for UI More: C# for games, Ruby for Rails, PHP for $, jQuery for legacy, Python for science, TypeScript for safety, Java for data structures A fun way to remember the purpose of different programming languages! #Programming #Coding #Tech #Languages #Development

Benefit from MTK's cross-language support for flexible development workflows. ✅ Use native C++ APIs for performance-critical tasks, or work with idiomatic C# and Python bindings. Control the web viewer via JavaScript.   • C++ API: core native interface for maximum performance and flexibility. • C# bindings: use MTK in .NET-based apps with idiomatic C# bindings. • Python bindings: ideal for scripting, prototyping and integrations. • JavaScript API (viewer only)  : use JS interface to control web viewer: load models, highlight, capture camera. 🔗 Learn more — link in bio. #cplusplus #csharp #python #digitalmanufacturing #cad

Keeping the project series going! This one was a dive into desktop game development: a complete Tetris clone built from scratch in Python using the pygame library. This was a major step up in complexity from my web projects. I focused on building a clean, object-oriented structure to handle all the moving parts. Watched some tutorials on YouTube and learned the basics and the working Mechanics of the game. GitHub: https://lnkd.in/gim9zaC5 Key features include: 👉 Object-Oriented Design: The game is built around classes, including a main Game class for logic, a Grid class to manage the board state, and a base Block class. 👉All 7 Tetrominoes: Each of the 7 block shapes (I, J, L, O, S, T, Z) is its own subclass, inheriting from the base Blockand defining its unique rotation patterns. 👉Rotation & Collision: Implemented all core mechanics, including block rotation, collision detection (against walls and other blocks), and locking pieces in place. 👉Game State Management: The game handles line clearing, score updates, a "Next Block" preview, and a "Game Over" state with a reset function. 👉7-Bag Randomizer: Uses a "bag" system (get_random_block) to ensure all 7 pieces appear in a random order before any are repeated, which is a standard feature in modern Tetris. #Python #Pygame #GameDev #OOP #Tetris #Portfolio #CodingProjects #Developer #ObjectOrientedProgramming Here's a demo video of the game play. 👇

💫🪐 It’s time for weekly retrospective. This demo belongs to components I built using Reactjs and Nextjs during the last week. 💻 Code: https://lnkd.in/dc8YXe2U 🔗 Link in the comments to work together on your next project. #producthunt #indiehackers #web #code #programming