#whattheflutter wyniki wyszukiwania

F3 - Every Flutter frame is literally a new scene graph. Flutter throws away the previous frame and rebuilds the render tree 60–120 times/sec. And it’s still faster than native XML inflation or SwiftUI diffing. #WhatTheFlutter

We have been running Flutter integrated with our game engine since 2020 to run the whole app ui/logic for all mobile, desktop and web. Especially now with AI, the hot reload is a massive advantage in velocity. #WhatTheFlutter

Hot take 🥵: Framework debates on X are fun until you realize half the people arguing have never shipped a production app. Shipping > Tweeting. Always. #WhatTheFlutter

F28 (Revised) - You can replace Flutter’s scheduler for custom frame timing. You can literally override the engine’s frame pipeline - e.g., to sync to 144Hz displays. It’s part of the SchedulerBinding. #WhatTheFlutter

F30 - The Flutter team rewrote the engine in C++17 with hand-tuned allocators. Memory fragmentation is almost zero - which is why large Flutter apps sustain 120fps after hours of runtime. Low-level engineering brilliance nobody talks about. #WhatTheFlutter

F29 - Flutter’s hybrid composition can embed entire native views as layers. AndroidView and PlatformViewSurface merge native views directly into the Flutter scene graph. This tech powers hybrid apps like CRED. #WhatTheFlutter

F28 - Flutter supports 10-bit HDR color rendering. Impeller backend supports extended color spaces - perfect for OLED & HDR displays. You can render true HDR gradients in UI. #WhatTheFlutter

F27 - Flutter supports 10-bit HDR color rendering. Impeller backend supports extended color spaces - perfect for OLED & HDR displays. You can render true HDR gradients in UI. #WhatTheFlutter

F26 - Dart VM supports snapshot compression using Zstandard. Your app boots faster because Dart snapshots are compressed at runtime and decompressed in memory. You never notice - but your startup time does. #WhatTheFlutter

F25 - Flutter’s state restoration doesn’t depend on platform APIs. It serializes widget tree states natively - so restoration is consistent across Android/iOS/Web. Even if OS doesn’t support it. #WhatTheFlutter

F24 - Flutter Web can prerender widgets as static HTML for SEO. Using flutter build web --wasm + prerender flag (experimental), you can ship static first-frame HTML before hydration. SSR, meet Flutter. #WhatTheFlutter

F22 - Flutter’s engine can embed native OpenGL widgets. Like Google Maps, VideoPlayer, or camera previews - all composited as platform textures within Flutter layers. No flicker, full GPU composition. #WhatTheFlutter

F21 - Flutter can render multiple windows (multi-view) from one process. You can have 3 independent Flutter UIs on screen simultaneously. Perfect for desktop dashboards or kiosk systems. #WhatTheFlutter

F20 - Flutter supports encrypted asset bundles. You can encrypt your Flutter assets (images, fonts, JSON) and decrypt them on runtime with custom asset loaders. Used in enterprise and fintech apps silently. #WhatTheFlutter

F19 - Flutter’s DevTools memory profiler runs in Dart itself. It profiles its own runtime, not via OS hooks. Meta-level introspection - Dart debugging Dart. #WhatTheFlutter

F18 - The framework itself runs deterministic frame tests in CI. Flutter CI replays golden test scenes pixel-by-pixel. If a single pixel changes, build fails. Pixel-perfect validation at framework level. #WhatTheFlutter

F17 - Flutter’s text selection system is platform-independent. It uses its own gesture recognizers and render boxes - not native OS text fields. That’s why selection and caret behave consistently on all platforms. #WhatTheFlutter

F16 - Flutter supports headless mode. Run background logic and rendering without a visible UI. Used by Google Pay for background screens and system tasks. #WhatTheFlutter

F15 - You can define your own rendering backend. Want to use Metal directly or Vulkan manually? Flutter engine lets you write a custom compositor. Yes - you can replace Skia itself. #WhatTheFlutter

F14 - Flutter’s event loop is priority-based like real-time systems. Microtasks, UI callbacks, and frame scheduling are prioritized to prevent UI starvation. It’s basically a mini RTOS scheduler. #WhatTheFlutter

F3 - Every Flutter frame is literally a new scene graph. Flutter throws away the previous frame and rebuilds the render tree 60–120 times/sec. And it’s still faster than native XML inflation or SwiftUI diffing. #WhatTheFlutter

After a year break, we decided to return to our YouTube channel📷 New cool videos about #Flutter will come soon! Support us with your likes 📷 Check out our #comeback video on the link youtube.com/watch?v=TfQ8yT… #WhattheFlutter #Flutter #CrossPlatformDevelopment #AppDevelopment