🧠 Event Loop Challenge! 🧠. Here’s a flamechart from a tiny JS app (see image). Your mission: write the minimal code that produces this flamechart, animation frames, microtasks—and an idle callback. 🫡 😁 . 🚫 Rules:. • No libraries. • Plain browser APIs. • Order matters

🙌 Community power in action!. Angular will soon support bindings and directives in 'NgComponentOutlet'. 🎉.This improvement comes from a fantastic community contribution 👉 PR #63101 (. Why it’s exciting:.⚡ More flexibility when dynamically rendering

@dillon_mulroy @SimonBitwise your gut feel was right! 😎.Here is an overview of scheduling in the event loop that visualizes it.

@Michael_Hladky CPU profiling looks simple - until you do it in real projects. This guide shows you how to cut through complexity and profile with confidence. 🔗

@Michael_Hladky In this article, @Michael_Hladky shares real-life Node.js profiling examples:. 🚀 How profiling improves performance & speed.🐢 Spot what’s slowing your code down.⚙️ Quickly profile any script.📂 Understand output file formats.🧵 Manage profiles & multithreading

💡 Check out our latest blog article - CPU Profiling in Node.js by @Michael_Hladky .🔗

🚀 Angular is leveling up!. Landing soon: an experimental Signal-based Forms API in Angular via PR #63408 (-> . This experimental commit introduces a paradigm shift in how we work with forms—making them more declarative, reactive, and elegantly integrated

A fun quiz by @dillon_mulroy! 🤩 Can you solve it?. If not - we teach exactly that in our Performance Workshops! 😉 Check out for details or dm us. 🤗.

🚀 Profiling smarter = debugging faster. 📄 Full article: .💬 Have you ever dug into .cpuprofile data?

🛠 Some frames aren’t your code — they’re injected by the engine. These special frames reveal:.♻️ GC pauses.💤 Idle time.📜 Program execution

🎨 Frame coloring makes flamegraphs easier to read:.Each URL gets its own color.Frames from the same URL share that color.Colors are auto-assigned for clarity

⏱️ What are samples?.Capture the currently running function (leaf node).samples + timeDeltas form a timeline of execution.⚡ Efficient, lightweight, powerful

📂 A .cpuprofile file is just JSON. It contains execution data that tools use to reconstruct how your app runs.

⚙️ With --cpu-prof, Node.js records snapshots of your app’s activity:.✅ No code changes needed.📂 Generates a .cpuprofile file.🔍 Load into Chrome DevTools for analysis

💡 Want to see where your Node.js app really spends its time?.In his latest article, Michael Hladky explains the profile data structure behind .cpuprofile files. 🔗

Throwback Thursday to our last @AngularAustria Meetup! . 🐸 toSignal, injection context, and. a frog?.Dániel Szendrei took us on a fun and thoughtful deep dive into 'toSignal'—exploring its quirks, limitations, and ideas for improvement. 🚀 . This talk had just the right mix of.

RT @AngularConnect: 🚀 Talk Spotlight: @Michael_Hladky 📣 . 🤖 How can AI accelerate the way we build Angular design systems?.In his talk “Ang….

🚀 Start profiling smarter:.✅ No third-party tools required.✅ In-depth performance debugging.📄 Full article: 💬 What’s the biggest CPU bottleneck you’ve ever found in production?

🛠 Analyzing a .cpuprofile is simple:.1️⃣ Open Chrome DevTools.2️⃣ Go to the Performance tab.3️⃣ Drag & drop the file.🙌 Inefficiencies become easy to spot

📏 The --cpu-prof-interval flag matters. It changes what’s captured in your profile:.🧩 Total nodes.📈 Total samples.💾 File size.🔥 Flamegraph detail