Why Zig is a better choice than C for systems programming

Only a bloated multi billion dollar company would make this mistake. A mistake that wouldn't pass an eigth-grade programming class review. https://lnkd.in/gnh5nsNU

Beta Update Advanced Functional Programming with Elixir by Joseph Koski Model Behavior, Manage Complexity, and Maximize Maintainability https://lnkd.in/e4bvYWx2 B5.0 Release Notes: * Production is complete. Now it's on to layout and the printer. (Already purchased? Check your email for a download link.)

💻 Programming is a Craft At its core, programming is about making computers do what we or our users want them to do. But it’s much more than just writing code. As a programmer, you’re Part listener, understanding needs. Part advisor, suggesting better ways. Part interpreter, turning ideas into logic. Part dictator, commanding the machine to act. Every day, you work small miracles that shape how the world runs line by line, logic by logic. ✨ #Programming #SoftwareDevelopment #TechLife #Coders #Innovation #Craftsmanship

Pragmatic Type-Level Design: Practical introduction to type-level programming: design principles, design patterns, methodologies, approaches https://lnkd.in/gc8x5Nxj by Alexander Granin is the featured book on the Leanpub homepage! https://leanpub.com #SoftwareEngineering #Haskell #FunctionalProgramming #SoftwareArchitecture An approachable, well-written, practice-oriented, academism-free guide into programming with types. How to build useful real-world type-level programs with low complexity and low risks. Find it on Leanpub!

Examining the enduring relevance of C programming in the face of newer languages like Zig. This project explores C's strengths: its established toolchain, broad portability, and continued evolution with the C23 standard. Discover how C's explicit memory management and minimal syntax provide clarity and control, essential for systems programming. Use cases in embedded systems and high-performance computing highlight C's practical advantages. Explore the details here: https://lnkd.in/gmrZsVV8 #Cprogramming #SystemsProgramming #EmbeddedSystems

Mastering Clean Code: Top Tips for Cleaner Programming — Discover essential tips for mastering clean code and improving your programming skills with our expert guide. https://lnkd.in/dazV2Vyc #CleanCode #CodeQuality #CodingBestPractices #DeveloperProductivity #ProgrammingTips #SoftwareDevelopment

Programming has changed over time, but, the fundamentals haven't. And I dont think they ever will. Build a solid base first (variables, conditionals, loops etc) You can always build on top of that according to your requirement. Share your thoughts. Follow for more!

Mastering Clean Code: Top Tips for Cleaner Programming — Discover essential tips for mastering clean code and improving your programming skills with our expert guide. https://lnkd.in/gsvCCMng #CleanCode #CodeQuality #CodingBestPractices #DeveloperProductivity #ProgrammingTips #SoftwareDevelopment

🚀 Async vs Sync — What’s the Real Benefit? 🤔 Imagine you have two APIs: 🔹 API 1 — makes a single async DB call 🔹 API 2 — makes a single sync DB call Both execute the same query, both take 5 seconds to complete? So if both take the same total time… 👉 what’s the real benefit* of using async*, apart from “non-blocking I/O” or “asynchronous processing”? Is async really worth it when there’s only one call? Or does it shine only when multiple concurrent operations are involved? Would love to hear how others think about this. #dotnet #asyncawait #backenddevelopment #softwarearchitecture #apidesign #programming Kristijan Kralj Milan Jovanović Anton Martyniuk

🚀 My First Step into 64-bit OS Development! After days of experimenting with low-level programming, I’ve successfully built my first 64-bit operating system kernel that boots up and displays a “Welcome” message in yellow text on a black background — all from scratch using Assembly and C ⚙️✨ This small output might look simple, but behind it lies an amazing learning journey that deepened my understanding of how computers truly work at the lowest level. Here are some key topics I explored while building it: 🧠 Essential Concepts: - BIOS & Bootloader fundamentals - Transitioning from Real Mode → Protected Mode → Long Mode (64-bit) - GDT (Global Descriptor Table) and segment setup - Writing a 64-bit compatible bootloader (using NASM) - Understanding ELF binaries and linking C with Assembly - Working with VGA text buffer for colored text output - Building and linking with a custom linker script - Compiling a freestanding kernel with -ffreestanding and -nostdlib flags Using QEMU/Bochs for virtualization and debugging - Docker and makefile 💻 Tech Stack: Assembly (NASM) | C | GNU LD | QEMU | Bochs Every single pixel of that yellow “Welcome” text represents countless lines of debugging and pure curiosity. This project reminded me that the best way to learn systems programming is to build things from the ground up. #OperatingSystem #LowLevelProgramming #Assembly #CProgramming #KernelDevelopment #SystemsProgramming #OSDev #LearningByBuilding