npm vs pnpm vs Bun: Why Devs Stick to Defaults

Stop wasting time waiting for 'npm install' to finish! ⏳ If you are still debating whether to switch from npm to pnpm for your real-world projects, the performance difference is more than just a minor detail—it's a productivity booster. Here is the breakdown of why pnpm is gaining massive traction: 1️⃣ Disk Space Efficiency: Unlike npm, which duplicates packages for every project, pnpm uses a content-addressable storage. This means if you have 10 projects using the same library, it’s stored only once on your disk. 2️⃣ Speed: pnpm is significantly faster. By using hard links and a clever symlink structure, it avoids the redundant copying of files, making installs lightning-fast. 3️⃣ Strictness: pnpm prevents 'phantom dependencies' by default. It doesn't flatten the `node_modules` folder, which ensures your project actually uses the packages defined in your `package.json`—leading to fewer 'it works on my machine' bugs. Verdict: - Stick with npm if you prefer the industry standard and have zero integration issues with legacy CI/CD pipelines. - Switch to pnpm if you are looking to optimize build times, save local storage, and want a more robust dependency management system. I’ve personally migrated several projects to pnpm this year and haven't looked back. What is your go-to package manager in 2026? Are you team npm, pnpm, or are you exploring Yarn/Bun? Let’s discuss in the comments! 👇 #WebDevelopment #JavaScript #NodeJS #ProgrammingTips #SoftwareEngineering #pnpm #npm #DevTooling #FullStack

The Hardest Decision in Building Velocity-UI... Should I publish as an npm package or keep it source-code generation? Here's my decision framework: 📦 NPM Package Route: PROS: ✓ Easy installation (npm install) ✓ Familiar developer workflow ✓ Automatic updates CONS: ✗ Black box components (hard to customize) ✗ Runtime dependency (bundle bloat) ✗ Breaking changes force upgrades ✗ Limited control for users 🛠️ Source-Code Generation (Copy-Paste + CLI): PROS: ✓ Full ownership of code ✓ Complete customization freedom ✓ No runtime dependencies ✓ Tree-shaken bundles ✓ Users control update timing CONS: ✗ Less familiar workflow ✗ More files in project ✗ Manual updates (but optional) 🎯 THE DECISION: I chose source-code generation. Here's why: Professional developers DON'T want: → Another black-box dependency → To fight with default styles → Unexpected breaking changes They WANT: → Full control over their codebase → Ability to modify deeply → Predictable builds → Minimal dependencies Velocity-UI gives developers WHAT THEY ACTUALLY NEED. Sometimes the harder choice is the right choice. #ProductDecisions #StartupStrategy #DeveloperTools #ProductManagement #TechLeadership #FoundersJourney #BuildInPublic

GitHub - prod-forge/backend: Essentials for Managing a Production-Ready Backend https://lnkd.in/g-EsmBVy Building Production-Ready Backends with Prod Forge Navigating the leap from code to a reliable production system can be challenging. Welcome to Prod Forge, the open-source reference designed to streamline this process. Focused on real-world applications, Prod Forge demonstrates how to build and operate a production-ready backend. Key Features: Comprehensive CI/CD Practices: Understand essential deployment strategies. Robust Infrastructure: Learn AWS, Docker, and more for a resilient setup. Observability Matters: Discover how to monitor and troubleshoot proactively. By emphasizing decision-making, Prod Forge bridges gaps often overlooked in backend development: Why repository structure impacts team velocity The necessity of commit discipline for safer releases The best practices you need are at your fingertips! Ready to enhance your backend game? Explore Prod Forge and join the conversation—your insights matter! Share this with your network and let’s elevate our coding practices together. Source link https://lnkd.in/g-EsmBVy

Most developers use npm install by default — but if you need consistent and reliable dependency installs, npm ci is the better choice. What does ci mean? ci stands for Continuous Integration. It was created for automated build and testing environments where reproducibility matters. Why use npm ci? ✅ Installs dependencies exactly from package-lock.json ✅ Faster than npm install in many cases ✅ Removes existing node_modules for a clean setup ✅ Fails if package.json and package-lock.json are out of sync When should you use it? CI/CD pipelines Team projects where everyone needs the same package versions Fresh project setup Debugging “works on my machine” issues Quick comparison: npm install → Flexible, updates lockfile if needed npm ci → Strict, clean, predictable installs My rule of thumb: Use npm install while adding packages during development. Use npm ci when consistency matters. Small command, big difference. #npm #nodejs #javascript #webdevelopment #softwareengineering

🚀 Built & published my first npm package, and it wasn’t just about code. What started as a simple rounding utility turned into: - handling precision & floating-point issues and bankers rounding - designing a clean, type-safe API - writing real test cases -fighting npm errors😅 Finally got it live on npm 🎉 Big takeaway: 👉 Building something end-to-end > just solving problems in isolation More such builds coming 🔥 Feel free to have a look at: https://lnkd.in/gVgA8mBK #typescript #npm #webdev #learning #softwareengineering #roundify #makeroundifyfamous

SSR development just got a whole lot simpler. For years, running a Server-Side Rendered app in development meant opening two terminals: ▸ Terminal 1 → npm run dev:client ▸ Terminal 2 → node server.js Keep both running. Hope they stay in sync. Debug hydration mismatches that only showed up on one side. That workflow is now gone. With Vite 6's new Environment API, SSR runs directly inside npm run dev — no separate Node.js process, no terminal juggling, no sync issues. Here's what actually changed: ✅ Single process — client and server environments run together inside Vite ✅ True HMR for SSR — edit a component, both the server render and client hydration update instantly ✅ No more stale module cache — Vite manages both module graphs simultaneously ✅ Consistent plugin behaviour — your Vite plugins now apply the same way on both sides ✅ One command — npm run dev. That's it. Frameworks are already shipping this: ▸ SvelteKit — fully integrated ▸ Nuxt 4 — built on Environment API ▸ Remix (Vite mode) — aligned with this architecture ▸ Astro — benefits natively And if you have a custom SSR setup, migration is straightforward — swap vite.ssrLoadModule() for createServerModuleRunner() and you're done. The best part? This doesn't change production at all. You still build separate client and server bundles. What's changed is that development now accurately reflects production behaviour — so the entire class of "works in dev, breaks in prod" SSR bugs is significantly reduced. One terminal. One command. SSR that finally behaves. Have you already migrated to Vite 6? Drop your experience in the comments ⬇️ #Vite #SSR #JavaScript #WebDevelopment #Frontend #DeveloperExperience #NodeJS #React #Vue #SvelteKit

PRs are checkpoints. TBD is a stream. 🌊 One of the biggest concerns I hear about moving away from Pull Requests is the fear of losing "collective understanding". If we aren't gatekeeping every commit, how do we know what is actually happening in the codebase? The reality is that PRs often provide a false sense of security. Seeing a diff isn't the same as being aligned with the implementation. In my latest blog post, I explore why TBD doesn't remove the responsibility to understand the code. It just provides a faster, more honest way to achieve it. * Integrating in tiny batches makes it harder for bugs to hide. * Tools like 'tbdflow radar' give the team peripheral vision without the "Wait Tax". * Focus on intent and architecture through continuous inspection, not gatekeeping. Safety in TBD doesn't come from the gate. It comes from the ability to correct the stream in real-time. Read the full post here: https://lnkd.in/dSNDSGCk #DevOps #TrunkBasedDevelopment #SoftwareEngineering #Teamwork #ContinuousDelivery #tbdflow #tbd

I hardened the CI/CD pipeline for my Next.js portfolio to enforce automated quality gates on every merge. The goal was simple: ensure that code reaching production meets a consistent standard for reliability, security, and accessibility. 👇 Enforced via GitHub Actions on every PR merge 🔧 Implementation (Tech Stack) • Supply Chain Security → Dependabot for automated vulnerability updates • Build Verification → Forced Next.js build & static export to catch breaking changes • Accessibility Gate → axe-core (via Lighthouse CI) to enforce WCAG 2.1 compliance 💡 Key Practices • Fail Fast → Block merges immediately if any check fails • Use Stable Tooling → Prefer maintained, official integrations (e.g. Lighthouse CI) • Validate Production Output → Audit the final /out build instead of just source code ⚡ Pipeline Snapshot • Status → Passing on merge to main • Duration → ~1m 20s • Coverage → Build, Security, Accessibility. 📌 Why this matters Implementing CI/CD this way shifts quality left — catching issues earlier and reducing risk in production. It also reinforces: • Production readiness • Accessibility as a first-class concern • Secure dependency management • Consistent engineering standards Next step: introducing performance budgets and expanding test coverage. Curious to hear how others are enforcing quality gates in their pipelines. #NextJS #DevOps #CICD #GitHubActions #WebAccessibility #SoftwareEngineering #DevSecOps #CalgaryTech

🚨 Most developers STILL don’t use this Git feature… …and it can save you during production fire-fighting 🔥 💭 Imagine this: You’re deep into a feature branch 50+ files changed Half of them not even committed Suddenly… 👉 “Fix production. NOW.” 😓 What most developers do: stash changes -> switch branch -> fix bug -> switch back -> pray nothing breaks 🙏 😎 What senior developers do: 👉 They use git worktree 💡 What is git worktree? It lets you work on multiple branches at the SAME time in separate folders , from the same repo - No stashing - No switching - No interruptions - Just parallel work ⚡ ⚙️ How to use it 🔧 Create a new workspace for hotfix - git worktree add ../hotfix-folder hotfix-branch 📂 Now you have: your current feature branch (unchanged) a separate folder for hotfix 📋 List all worktrees - git worktree list 🧹 Remove when done - git worktree remove ../hotfix-folder 🧠 Worktree vs Stash git stash → hides your changes temporarily git worktree → lets you work in parallel 🔥 Real-world use cases ✔ Urgent production fixes mid-feature ✔ Compare branches side-by-side ✔ Review PRs without losing work ✔ Run tests on main while developing 💬 Reality check: This is why experienced devs don’t say: “Give me 5 mins to stash…” They just switch context instantly 😎 📌 Save this , you WILL need it someday #Git #Developers #SoftwareEngineering #Programming #Productivity #TechTips

Your release should never be held hostage by a dev dependency’s CDN. This literally just happened last week—ngrok’s binary downloads started returning 500s for ~38 hours. If you were running a standard npm install or npm ci, and ngrok lived in your devDependencies, your pipeline likely failed. Not because of your code. Not because of your tests. Because a tunneling tool you don’t even ship couldn’t download a binary. This isn’t just ngrok. Any npm package with a postinstall script that fetches binaries introduces an external point of failure into your install step. And if your installs aren’t deterministic, you’re rolling the dice on every build. This carousel breaks down why this happens and what you can do about it ↓ TL;DR: → Decouple optional tooling from your install path → Use deterministic installs (npm ci, and omit dev deps in production) → Treat binary-fetching packages as supply chain risk If you’ve ever had a release blocked by something unrelated to your product, you know exactly how painful this is. #npm #nodejs #supplychain #devops #cicd #softwareengineering