Developers Write Code, Create Impact

The big takeway about Asynchronous programming. Async is not just adding "await" into a function. It's a full system design approach, How you design your whole system by using Queues, workers, status polling, this is something matter in real-world platforms. If you want to truly understand it, Go deep into it build it. Break it. Fix it. That's the only way to become better.

Make sure that during live coding you switch to a defensive programming mindset, otherwise you’ll suffer big losses. I haven’t done interviews for a long time and I’ve gotten used to writing code in a business engineering context, so during live coding I don’t even think about invalid input scenarios. As a result, I lost a very well-matched opportunity just like that.

This C question looks simple… but it tricks many programmers ⚡💻 Take a closer look at the code 👀 int i = 1; printf("%d %d", i, i++); Seems easy, right? But the real challenge is understanding how C evaluates expressions. So what will the output be? 🤯 A) 11 B) 12 C) 21 D) Undefined Behaviour ⏳ You have 8 seconds to decide. Drop your answer in the comments ⬇️ (A / B / C / D) Let’s see who actually understands C evaluation rules. Tag that friend who claims to be a C programming expert 😏 Share this reel with your coding squad and challenge them. Follow for more Daily Coding Logic Challenges that sharpen your programming brain 🚀 #cprogramming #codingchallenge #codequiz #programminglogic #learnc codercommunity codingquestions

Why is my code not working? Your code may not be working for several reasons, and this is a normal part of programming. It could be a small syntax error, like a missing bracket or a misspelled variable name. Sometimes the issue is logical, where the code runs but doesn’t produce the expected result because the steps are not correct. It could also be due to missing files, incorrect paths, or environment issues. The key is to stay calm and debug step by step. Read error messages carefully, check your code line by line, and test small parts. Every bug you fix helps you improve. #webdeveloper #tech #coding #programming

Claude Code Tip #10 / 100 — Most developers never change the default output style. They're leaving a lot on the table. Run /config and you get three built-in output modes: Explanatory — detailed step-by-step breakdowns. Good when you're new to a codebase or want to understand the reasoning behind every decision. Concise — action-oriented, minimal explanation. Claude tells you what it did, not why it named every variable. This is what I use 90% of the time. Technical — precise terminology, assumes deep domain knowledge. Best for experienced engineers who want signal without noise. But here's what most people miss: you can go beyond the presets. Drop a custom style file into ~/.claude/output-styles/ and Claude will follow it exactly. Want responses that always show diffs first? Skip summary paragraphs? Always include file paths? You can define that precisely. The default output style works fine. But once you've tuned it to match how you think, you'll notice how much friction the generic defaults were adding. What style do you run Claude Code in? #ClaudeCode #AITools #DeveloperProductivity #Programming #SoftwareEngineering

one of the hardest truth pills to swallow as someone who is learning programming and wants to over-engineer everything, as someone who wants to rewrite legacy code and make it better, is that "If it works, don't touch it" The real mission of software isn't to dogmatically follow design patterns and have super clean code, it's to ship products, updates, features that real users in the real world care about. So make it work now, make it better later.

Developed a terminal-based "Text Based Treasure Hunt" adventure game as a core semester project to master the fundamentals of C++ programming and Software Engineering principles. This project focuses on creating a dynamic user experience through structured logic and efficient code design. 📌 *Key Features & Technical Implementation*  -Branching Narrative Logic: Implemented complex nested conditionals and switch-case structures to manage multiple story outcomes. -Input Validation: Developed robust error-handling to manage user choices and ensure a bug-free terminal interface. -System Documentation: Authored a complete technical guide, including Logic Flowcharts and System Architecture Diagrams, to map the program's decision-making process. 📌 Educational Resources Attached To support fellow students and aspiring developers, I have included a full suite of project materials below: -Live Code Demo (OnlineGDB): Click the link below to run the game directly in your browser, no installation required. -Project Presentation: A visual walkthrough of the game’s design and development journey. -Technical Documentation: A deep dive into the code's logic, flowcharts, and engineering requirements. 🔗 Click to explore code and presentation of the project. https://lnkd.in/dvXzNpZ2 #objectorientedprogramming #c++ #softwareengineering #computerscience

I’ve been reflecting on the age-old debate between object-oriented programming and functional programming. Each has its merits, yet it feels like we often get stuck in one camp or the other. In my experience, the most effective solutions often blend principles from both paradigms. As developers, we should focus more on the problems we’re trying to solve rather than the languages or methodologies we prefer. I’d love to hear your thoughts on how you integrate various programming styles in your work. #softwaredevelopment #OOP

When I first learned programming as a kid, switch statements genuinely confused me. I was taught that after every case, you should add a break. switch(status) { case "success": console.log("Payment successful"); break; case "failed": console.log("Payment failed"); break; } But I remember constantly wondering: “If the whole point of a switch statement is to execute the matching case… then why do I need another keyword to stop it?” Why wasn’t that already the default behavior? Why could execution continue into the next case at all? At the time, it honestly felt like bad design. Almost buggy. And when I forgot a break once and watched multiple cases execute, it only made the confusion worse. Later I understood something important: case labels are not isolated blocks. They’re more like entry points inside one continuous execution flow. A switch statement jumps to the matching label and keeps executing forward until something explicitly stops it. That “something” is break. And suddenly the design started making sense. What initially felt unnecessary was actually intentional control over execution flow. In fact, this pattern exists in a lot of real systems and open-source codebases where multiple states intentionally share logic through fall-through. For example, parsers, compilers, and even low-level runtimes often group multiple token types or instruction states together: switch(tokenType) { case "NUMBER": case "STRING": case "BOOLEAN": parseLiteral(); break; } Different entry points. Shared execution path. Even in large production systems, this prevents duplicated logic and keeps state handling predictable. The older I get in software engineering, the more I realize this happens everywhere. A lot of things in programming feel wrong initially because our intuition assumes invisible boundaries that the machine never promised in the first place. The machine only follows flow. Not expectations. Funny how some of my earliest frustrations with programming eventually became lessons in how execution actually works underneath the abstraction. #Programming #SoftwareEngineering #JavaScript #Coding #ComputerScience #ProgrammingLanguages #SoftwareDevelopment #Developer #Tech #CleanCode #BackendDevelopment #SystemsProgramming #Developers #Engineering #Debugging #TechThoughts

 Unravel the secrets of Dynamic Programming! Feeling stuck on complex coding problems? Our latest blog, "Dynamic Programming Demystified", is here to simplify it for you!  Dive deep into overlapping subproblems, optimal substructure, and master techniques like memoization and tabulation. Turn confusion into confidence! https://lnkd.in/dfMRsz9B #DynamicProgramming #DP #CodingProblems #BrainBusters #TechEducation