Automate Fortran Code Consistency with CodeeFormatter

Unpopular opinion: Documentation and source code are better teachers than 10-hour tutorial videos. I’ve recently been spending more time diving into open-source repositories like this one, and the clarity you get from seeing how senior engineers structure real-world logic is unmatched. Don't get me wrong, videos are great for getting started. But if you want to understand: How complex types are actually handled How to structure a library for scale The "why" behind design patterns ...nothing beats opening the lib folder and reading the implementation yourself. What’s one repo that taught you more than a course ever did? 👇 #SoftwareEngineering #OpenSource #WebDevelopment #CleanCode #LearningToCode #100daysofcode

Claude Code Tip #20 / 100 — Auto Memory turns Claude into a developer that actually gets smarter the longer you work with it. Most engineers set up a CLAUDE.md once and move on. That's the file you write for Claude — project context, style rules, key file paths. Useful, but static. Auto Memory is different. It's a directory where Claude automatically records its own observations while working: patterns it notices in your codebase, preferences you've shown, mistakes it corrected along the way. Claude writes these notes to itself. Start a new session tomorrow, and Claude already knows you prefer functional components over class-based ones, that tests live in __tests__/ subdirectories, and that you always want TypeScript strict mode on. You never had to say any of it twice. Think of it as the difference between a contractor who starts from scratch every Monday versus one who keeps a running notebook about your project. The second one gets dramatically more useful over time. Set it up by pointing Claude to an auto-memory directory in your settings.json. Let it accumulate knowledge across sessions. The best AI developer isn't the one with the most context window. It's the one that learns from experience. #ClaudeCode #AITools #DeveloperProductivity #Programming #SoftwareEngineering

In the end, the most important skill in tech isn't coding, debugging, or architecture. It's the ability to log off and still be a complete human being when you come back.

Just solved LeetCode 876 — Middle of the Linked List 🎯 Simple problem? Maybe. But it’s a perfect example of how clean logic beats brute force. Instead of counting nodes, I used the fast & slow pointer approach — where one pointer moves twice as fast as the other. When the fast pointer reaches the end, the slow pointer is right at the middle. Elegant and efficient! 💡 Key Learnings: ✔️ Simplifying problems with smart pointer techniques ✔️ Writing optimal solutions with O(n) time and O(1) space ✔️ Improving code readability and logic clarity ⚡ Why it matters: These patterns show up again and again in coding interviews and real-world problem solving. Mastering them builds strong fundamentals. Small wins like this build big confidence over time 📈 What’s your go-to strategy for linked list problems? Let’s discuss 👇 #LeetCode #DSA #Coding #ProblemSolving #LinkedList #TechInterview #SoftwareEngineering #LearnInPublic #Consistency #100DaysOfCode

My top 3 VS Code extensions I install on every new machine: 1. Error Lens: Highlights errors inline so I don't have to hover. 2. GitLens: Supercharges Git capabilities right in the editor. 3. Prettier: Code formatting shouldn't be a manual task. What is the one extension you cannot live without? #VSCode #Productivity #DeveloperTools #Coding

Claude Code has become a core part of my workflow. At this point, I can’t imagine implementing or debugging features without it. Even when I open an IDE like Cursor or Antigravity, I still end up using the Claude Code extension inside it. That said, recent rate limit changes are starting to hurt. I run multiple background tasks across projects, and long debugging sessions with detailed logs can burn through limits surprisingly fast. I’ve hit the cap in ~2–3 hours of heavy debugging, even on the Max plan. That forces you to think twice before running deeper iterations, which is not a great place to be as a developer. To work around this, I’ve started using Opencode for longer debugging sessions. It requires more manual control, but it’s been reliable enough for extended runs. Curious how others are dealing with this. Are you optimizing prompts, switching tools, or just absorbing the limits? #AgenticDevelopment #LLM #ClaudeCode #RateLimits #DevWorkflow #GenAI

Hot take incoming. Your workflow is probably leaking value in silent ways you cannot see. Production data reveals Top coding tools handle multi-file refactors with 94 percent accuracy on complex codebase changes, fixing this unlocks real measurable gains. what is your take

Day 36 of My DSA Journey Today I solved LeetCode 150 – Evaluate Reverse Polish Notation (RPN) on LeetCode. 📌 Problem Evaluate the value of an arithmetic expression in Reverse Polish Notation. Valid operators are: +, -, *, / Each operand may be an integer. Example: Input: ["2","1","+","3","*"] Output: 9 Explanation: (2 + 1) * 3 = 9 🧠 Approach – Stack This problem is a perfect application of the Stack data structure. Steps I followed: • Traverse the tokens array. • If the element is a number → push it onto the stack. • If it is an operator: Pop the top two elements (a and b) Perform the operation (a operator b) Push the result back into the stack • At the end, the stack contains the final result. ⏱ Time Complexity: O(n) — We process each token once 📦 Space Complexity: O(n) — Stack to store operands 💡 Key Learnings ✔ Understanding Reverse Polish Notation (Postfix Expression) ✔ Applying stack for expression evaluation ✔ Handling operator precedence implicitly using stack This problem connects DSA with compiler/interpreter concepts, which makes it even more interesting 🚀 Consistency continues — improving every day 💪 #100DaysOfCode #DSA #Stack #LeetCode #Java #ProblemSolving #CodingJourney #DeveloperJourney #Programming #SoftwareEngineering

Day 4 🚀 Solved: Task Scheduler (LeetCode 621) This problem is about scheduling tasks with a cooldown period between identical tasks. 💡 Key idea: Always execute the task with the highest remaining frequency, while respecting the cooldown constraint. 🔹 Approach: Use a max heap to pick the most frequent task Use a queue to manage cooldown periods Simulate execution step by step ⏱️ Time Complexity: O(n log k) 🔗 GitHub: https://lnkd.in/gz_47bBz #DSA #LeetCode #Coding

🚀 Day 3 of 180 — Spiral Matrix III ✅ Yesterday I tried this problem. Today I solved it. Let's get into it. LeetCode 885 — Spiral Matrix III You start from a given cell (rStart, cStart) on a rows × cols grid and spiral outward. The goal is to collect all valid cells in the order you visit them. The catch — the spiral goes beyond the grid boundaries. You keep moving but only collect a cell if it actually exists inside the grid. My thought process: I used a direction array to handle movement cleanly: dir = 0 → East ( 0, +1) dir = 1 → South (+1, 0) dir = 2 → West ( 0, -1) dir = 3 → North (-1, 0) The most important pattern to notice in a spiral — step count increases after every 2 turns. East → 1 step South → 1 step West → 2 steps North → 2 steps East → 3 steps ... and so on So whenever direction is East or West, I increment the step count. At every cell — check if it's inside the grid. If yes, collect it. If no, just keep moving. The spiral never stops, we just skip invalid cells. Start → add (rStart, cStart) directly while(collected < rows * cols): if dir == East or West → step++ move 'step' times in current direction → inside grid? collect it turn clockwise → dir = (dir+1) % 4 One thing this problem taught me — sometimes the movement pattern is more important than the boundary logic. Once I saw the step pattern clearly, everything else followed. Day 3 done. 177 to go. 🔥 #180DaysDSA #Day3 #LeetCode #SpiralMatrix #Java #DSA #Arrays #Matrix #DSAJourney #CodingJourney #Programming #DataStructures #Algorithms #ProblemSolving #BuildInPublic #CodeNewbie #LearnToCode #100DaysOfCode #SoftwareDevelopment #Developer #StudentDeveloper #TechCommunity #LinkedInTech #CompetitiveProgramming