Hive Tutorial How to create Data models and perform basic CRUD operations in Flutter with Hive Working with local databases can be a lot to take in, but making data models helps make things structured and easier to work with. A data model is essentially a class that defines the structure of your data. A data model can be literally anything, like Dog, Expense, Player, etc. In Flutter, it all begins with installing these packages in your pubsec.yaml file: hive_flutter, hive in your dependencies, and build_runner, hive_generator in your dev_dependencies. Now, hive_flutter and hive allow you to work with Hive, which, as you may or may not already know, is a local database that allows you to store directly on your device. while the build_runner allows us to create an essential “part” of the data model with the aid of the hive_generator, so Hive can store custom data. After saving your YAML file, you’ll most definitely receive a dependency error, so all you have to do is change the version of the build runner to ^2.4.13, like so: To make our lives easier, we’re going to structure the architecture of our project like so: Before we do anything at all, we need to do two very important things first Setting up Hive Creating the data model To setup hive, go to your main.dart file and make sure your main.dart looks something like this: First of all, we add the async keyword to allow us to attach the await keyword so that the app doesn’t freeze while Hive is being set up, then WidgetsFlutterBinding.ensureInitialized() makes sure that Flutter has all its widgets ready before even setting up Hive. Secondly, await Hive.initFlutter() actually initializes Flutter, and to top it all off, await Hive.openBox(”animalBox”) creates a new Table or “Box” as Hive calls it, which is where we’ll actually store instances of our data model. You can choose any name for your box, but it’s highly recommended to use a name that tells you what the box stores, so you don’t get confused later on. In this section, we’ll be going through creating the Data model in question, so we’ll create an animal Data model, but before diving into the code, we need to identify some of the features that make an animal a well, umm, animal. Some features are the name, the sound they make, and the number of legs. Create a new file in the models folder we made earlier called “animal_model.dart”. You can choose any name, but I like this because it’s really descriptive. Your animal_model.dart file should look like this: Let’s take it from the top. That “part ‘animal_model.g.dart’” allows us to create the other essential “part” of the animal_model, so that Hive can store it, as Hive is usually used to store key-value pairs. Note: The name of the file before the .g.dart must match the exact name of the model file, which in our case is “animal_model” We create a basic class, but with some tweaks. The class must extend HiveObject so Hive knows that it isn’t the normal key-value pairs, but allows it to store it. The “@HiveType(typeId:0)” just tells Hive “Hey, this is a custom type of data, and since it’s the first of the custom types we created, we set its typeId to 0.” In a normal class, we just list out its parameters, but since this is a HiveObject we have to explicitly tell Hive where to store these parameters of the Data model in the box, so we use “@HiveField” followed by the index of each parameter. After all that’s outta the way, we use the build_runner to generate the animal_model.g.dart file, and don’t panic if you see red squiggly lines under part “animal_model.g.dart”. It’s all part of the process. Open up your terminal (Heh, here’s a shortcut on windows. Ctrl+Shift+~) then type “dart run build_runner build”. You’ll see the .g.dart file inside the models folder we created. Before we proceed, if you encounter any error, just run “dart run build_runner build --delete-conflicting-outputs” and what this does is prevent the build_runner from generating corrupted code by ensuring it takes care of all redundant data. Now, for the moment of truth. Go to your main.dart and “register” the model adapter. A TypeAdapter is just a fancy tool that turns our custom object/Data model into something that Hive can work with as if it were a normal value. Note: It’s recommended to register your adapter before opening your box. CRUD or Create ,Read, Update, and Delete operations are the holy trinity of the database world or quadrinity(Definitely sure that’s not a word, but bear with me). To kick things off, we’ll create a new file in our services folder called hive_service.dart and this is where we’ll write out all the code that will allow us to perform CRUD operations on our box. The createNewAnimal function has parameters name, sound and numberOfLegs which will serve as the arguments for the AnimalModel. We use Hive.box(”animalBox”) to get access to the box which we already opened in our main.dart file. Finally, we use box.add() to literally add a ne

flutterbeginnersdartdatabase

07/08 21:46

Why you need to choose the Right Flutter Development Partner?

OGMA IT CONCEPTIONS PVT. LTD

Choosing the right Flutter development partner can make the difference between launching a successful app and struggling with delays, poor performance, and rising costs. A reliable Flutter development company brings the technical expertise, industry knowledge, and strategic guidance needed to build scalable, high-performance applications that deliver exceptional user experiences across Android, iOS, web, and desktop—all from a single codebase. An experienced Flutter development team understands how to create visually appealing interfaces, optimize app performance, and integrate secure backend systems that support your business objectives. Beyond development, the right partner follows agile methodologies, ensures transparent communication, maintains strict quality assurance standards, and provides ongoing maintenance and support after launch. Whether you're a startup validating an MVP or an enterprise expanding your digital ecosystem, partnering with Flutter experts helps reduce development costs, accelerate time-to-market, and simplify future updates. The right technology partner focuses not only on writing code but also on delivering a scalable, secure, and future-ready solution that grows with your business. ** Expert Flutter developers with proven project experience Faster development using a single codebase for multiple platforms Cost-effective cross-platform app development Beautiful, responsive, and native-like user interfaces Scalable architecture for long-term business growth High-performance applications with optimized speed Secure coding practices and seamless API integrations Agile development process with transparent communication Comprehensive testing, deployment, and post-launch support Ongoing maintenance and feature enhancements Partnering with the right Flutter development company ensures your application is built with quality, innovation, and long-term success in mind. By leveraging Flutter's powerful capabilities and an experienced development team, your business can launch feature-rich applications faster, reach a wider audience, and stay ahead in today's competitive digital landscape.

appflutterhire

07/08 21:16

Akamai Bot Protection in Flutter: BMP SDK Integration

Khalit Hartmann

For CTOs, tech leads, and senior developers building enterprise mobile apps behind Akamai infrastructure — or planning to. TL;DR: Akamai sits between your mobile app and your backend - providing CDN, image optimization, and bot protection. The problem: bot detection was designed for browsers, and your native app looks like a bot. Akamai provides a BMP (Bot Manager Premier) SDK for Flutter that collects behavioral sensor data and sends it via HTTP headers. But the SDK gives you the primitives - the orchestration is on you. I spent months integrating the BMP SDK into a Flutter e-commerce app for a Swiss electronics retailer: building a Dio interceptor chain for sensor data injection, handling two tiers of bot responses (428 challenges and 403 blocks), and configuring path-based URL filtering with remote config. The client is a Swiss electronics retailer. Their infrastructure runs through Akamai - CDN for static assets, Image Manager for responsive image delivery, and Akamai Bot Manager for bot detection and mitigation. Every request from every client passes through Akamai before it reaches the backend. For their website, this is invisible. The browser handles cookies, executes JavaScript challenges, and maintains session state. Akamai was built for this exact scenario. For a native Flutter app making HTTP requests with Dio? Different story. I worked on this project for about ten months, building the app from the ground up. The Akamai integration touched the networking layer, image loading, authentication flow, and checkout. This post covers the four main integration surfaces: Image Manager, the BMP SDK, the interceptor chain, and challenge handling. Akamai Image Manager transforms images on the CDN edge. You pass parameters as URL query strings, and Akamai returns an optimized image - resized, compressed, format-converted. No image processing server needed. For CMS content images served through a dedicated asset host, the integration is a string extension that builds the optimized URL: extension on String { String? get toOptimizedContentUrl { return Uri.https('assets.example.ch', this, { 'imdensity': '2', 'impolicy': 'contentstack', 'imwidth': '480', }).toString(); } } The impolicy parameter selects a transformation preset configured in Akamai's control panel. imwidth sets the target width, and imdensity accounts for high-DPI screens. The CDN caches each variant at the edge, so the second request for the same parameters is instant. This extension gets applied wherever the app renders CMS-managed content - home feed items, banners, product badges, search suggestions. One centralized transformation, used in over a dozen places across the app. This was the straightforward part of the Akamai integration. Everything after this required more architecture. Launch was approaching, and with it a deliberate decision: the Akamai rules were tightened. The app needed protection against DDoS attacks and automated abuse. Clients now had to actively prove they weren't bots. For the web shop, this was a non-issue. Browser traffic brings everything Akamai Bot Manager needs: the _abck session cookie from previous interactions, a recognizable User-Agent like Mozilla/5.0, and the ability to execute Akamai's sensor script — a JavaScript that inventories canvas rendering, WebGL hashes, installed fonts, and dozens of other signals to distinguish real browsers from automation. A native app on its first API request has none of those signals. No _abck cookie. No behavioral fingerprint. No JavaScript context. And a User-Agent that says something like Dio/5.0 — Dart's HTTP client — instead of Mozilla/5.0. Akamai scores every request with a Bot Score from 0 (human) to 100 (bot). A standard HTTP client without sensor data scores near 100 — maximum bot confidence. The result: 403 Forbidden. But not everywhere at once. Bot Manager allows transactional endpoints to be configured individually — login, checkout, and account pages can be protected with stricter thresholds than product listings or search endpoints. In practice: product images load, but login fails. Or the cart works, but checkout doesn't. Not consistently reproducible, because the Bot Score is dynamic — the same request can be evaluated differently depending on IP reputation, TLS fingerprint, and time of day. Akamai provides a Bot Manager Premier (BMP) SDK for Flutter - a native plugin that collects behavioral sensor data on the device. Touch events, device motion, screen interactions - the SDK builds a fingerprint that Akamai's edge servers can evaluate to distinguish human users from bots. The SDK ships as a platform plugin wrapping native libraries (an AAR for Android, an xcframework for iOS). Integration starts in pubspec.yaml: dependencies: bmp_flutter_sdk: path: packages/bmp_flutter_sdk Initialization happens at app startup. You pass the base URL of the protected resource, and optionally enable the challenge action feature: void _initi

flutter

07/08 17:41

Hello everyone

KeiShadow

👋 Hi, I'm Nogis! Mobile developer working with Kotlin Multiplatform and Flutter, with a bit of React on the side. When I'm not writing code, I'm 3D printing parts or wiring up my homelab. Currently building a wall-mounted 10" network rack for a couple of Raspberry Pi 4s. I love it when things not only work, but can also be taken apart again — tool-free. Excited to learn here! Ping me if you're into homelab, self-hosting, or mobile dev. 🚀

aiflutterkotlinmobile

07/08 14:03

Build Functional Flutter AppBars – Search, Menus, Actions & User Interaction

Flutter Sensei

The top of your app screen isn’t just empty space. It is prime real estate. In Flutter, the AppBar is often the very first thing your users notice. If it is clunky or confusing, users will struggle to navigate your app. But when you build it right, it becomes a powerful control center. A great AppBar does more than just show a screen title. It guides your users. It lets them search your app instantly, open quick settings, check notifications, or trigger fast actions. Think of popular production apps like WhatsApp, YouTube, or Spotify. Their top bars are packed with functionality, yet they feel incredibly clean and effortless to use. In this complete guide, you will learn exactly how to build functional Flutter AppBars. We will break down how to add action buttons correctly, create smooth popup menus, and embed a fully functional search bar. Whether you want to handle action overflow cleanly or combine your AppBar with a TabBar, we have you covered. Let’s dive in and turn your static top bars into highly interactive UI components! By the way, I have a free Flutter mini-class if you want to practice building real-world apps. We’ll look at how these UI pieces connect to APIs, state management, and actual development workflows. https://courses.fluttersensei.com/l/flutter-hello-toggle?price=0&wanted=true AppBar Actions Explained Simply Think of the AppBar as the dashboard of your app screen. While the title tells users where they are, the flutter appbar actions are the buttons that let them get things done. In Flutter, the AppBar widget has a specific slot just for this called the actions property. This property takes a list of widgets, which means you can place multiple interactive icons right at the top edge of your screen. Because mobile screens have limited space, these actions are traditionally placed on the right side of the bar. In Flutter terminology, these are often referred to as the flutter appbar trailing elements or the flutter appbar right icon. AppBar( title: const Text('My App'), actions: [ // Your action buttons go here ], ) The beauty of using the dedicated actions list is that Flutter automatically aligns, spaces, and formats the icons to match native Material Design guidelines. This ensures your top bar looks clean and professional across all devices. When a user taps one of these icons—whether it is a search glass, a settings gear, or a shopping cart—it triggers an immediate response, making your app feel snappy and highly interactive. Adding action buttons correctly To add an flutter appbar action button the right way, we need to talk about layout and touch targets. It is incredibly frustrating for users when buttons are too small to tap or crammed too close together. Thankfully, Flutter gives us built-in widgets that handle the heavy lifting for spacing and native touch feedback. When you want to add a button to the right side of your app bar, your go-to widget is the IconButton. It automatically applies the standard Material padding and gives users that satisfying ripple effect when they tap it. Let's look at a clean, production-ready example of how to flutter appbar add button right sides cleanly: appBar: AppBar( title: const Text('Home Screen'), backgroundColor: theme.colorScheme.primary, foregroundColor: theme.colorScheme.onPrimary, actions: <Widget>[ IconButton( icon: const Icon(Icons.share), tooltip: 'Share Post', onPressed: () { // Handle your share logic here }, ), IconButton( icon: const Icon(Icons.settings), tooltip: 'Open Settings', onPressed: () { // Navigate to settings screen }, ), ], ), Notice the tooltip property? Don't skip it. Tooltips are essential for accessibility because they let screen readers know what the button does. Plus, if a desktop or web user hovers over the icon, a small text hint pops up. If you ever need a text button instead of an icon, wrap a TextButton inside a Center widget or apply minor horizontal padding. This keeps your text from bumping right against the screen edge and ensures your layout looks polished and professional. Popup Menus and Dropdown Menus Sometimes, you have too many options and not enough screen space. That is where a flutter appbar menu comes to the rescue. Instead of cluttering your top bar with five different icons, you can group secondary choices inside a clean, hidden menu. The most standard way to do this in Flutter is by using a flutter appbar popupmenubutton. This widget displays the classic three-dot "overflow" icon that mobile users already know and expect. When tapped, a sleek material menu drops down. Here is how you add a flutter appbar popup menu to your layout: appBar: AppBar( title: const Text('My Workspace'), backgroundColor: theme.colorScheme.primary, foregroundColor: theme.colorScheme.onPrimary, actions: [ PopupMenuButton<String>( onSelected: (String value) { // Handle menu select

flutterandroidiosdart

07/08 08:51

Why Serverpod? One Language for Your Entire Stack

Saheed Adewumi

Why this series I love writing clean architecture . Not because it looks nice in a diagram, but because it survives change — new requirements, new team members, and now, AI-assisted development, where you want boundaries an AI can respect and tests that catch it when it wanders. The problem in most Flutter stacks is the seam between app and backend. You write Dart on the client, then switch to a different language, a hand-written REST layer, DTOs that drift out of sync, and serialization bugs nobody notices until production. Serverpod removes that seam. You write Dart on the server too, and the client-server communication code is generated for you — type-safe, end to end. Serverpod is an open-source backend framework that lets you build the entire stack in Dart. Instead of context-switching between languages, your models, your API, and your database logic all live in one language. Endpoints — server methods your Flutter client calls directly. The communication code is generated, so there's no hand-written REST/JSON glue. An ORM — type-safe, statically analyzed database access with migrations and relationships. No raw SQL required. Code generation — define a model once; get serialization and client bindings on both sides automatically. Real-time data — streaming over WebSockets, managed for you. Auth — integrations for Google, Apple, and Firebase. The extras enterprises actually need — file uploads, task scheduling, caching, logging, and error monitoring. And on the "is this serious enough for production?" question: Serverpod says it's battle-tested in real-world apps and secured by over 5,000 automated tests, scaling from hobby projects to millions of users without code changes. That's exactly the property you want in an enterprise foundation. The architecture at a glance myapp_server → your backend: endpoints, models, business logic, DB myapp_client → GENERATED Dart client (never edit by hand) myapp_flutter → your Flutter app, depends on myapp_client The key discipline: the domain layer knows nothing about Serverpod. The generated client lives in the data layer, hidden behind repository interfaces the domain defines. That's what keeps the app testable and the AI (and future-you) inside the lines. We'll build a small Task / work-item manager — the "todo but grown up" that every enterprise app secretly is: create items, list them, update status, delete. It's simple enough to finish, but it exercises every layer: models, endpoints, the ORM, repositories, use cases, and UI state. By the end you'll have: A Serverpod backend with a real PostgreSQL table and CRUD endpoints A Flutter app in clean-architecture layers Domain use cases driven by TDD, and models shaped by DDD thinking A generated, type-safe client tying it together Before Part 2, get these ready: Flutter SDK (which brings Dart with it) Docker — Serverpod runs a local PostgreSQL in a container for you A code editor — VS Code or Android Studio with the Flutter/Dart plugins That's the whole list. One thing that makes Serverpod pleasant: you don't hand-configure a database — the generated project ships a docker-compose.yaml that stands up Postgres locally. In *Part 2 * we install the Serverpod CLI, generate the project, boot PostgreSQL with Docker, run the server, and get the starter Flutter app talking to it — the full "hello world" round trip.

architecturebackendflutteropensource

07/08 04:12

Architecting a Production-Grade AI Platform: Bridging UI/UX and Scalable Flutter Development

Abdul Wahab

Let’s talk about a silent project killer: the massive disconnect between UI/UX design and engineering. Far too often, beautiful Figma designs are handed off to developers, only to result in clunky, unoptimized applications that fail to scale. At FadSync Development Studio, we take a fundamentally different approach: extreme ownership of the entire product lifecycle. Recently, I engineered a highly complex client deployment—an AI-driven culinary platform—taking it from an absolute blank canvas to a production-ready, scalable ecosystem. Here is a high-level architectural breakdown of what it takes to build a truly premium application. You cannot build a high-retention, SaaS-grade product without a flawless interface. For this project, I conceptualized and designed the complete UI/UX from scratch. Every custom 3D illustration, typography choice, and state transition was mapped out prior to writing a single line of code. Executing flawless Figma-to-Flutter code conversions is mandatory. The goal was to create a digital environment that felt premium, responsive, and native to both iOS and Android users. A beautiful screen is entirely useless if the infrastructure collapses under user demand. Underneath the minimal UI lies a robust, enterprise-level architecture designed for heavy lifting: AI-Powered Core Engine: Seamlessly integrated advanced AI algorithms to generate dynamic workflows and facilitate complex "AI Chef Conversions" in real-time. Highly Scalable Infrastructure: Engineered with robust API integrations and advanced local storage management to handle complex state operations without dropping frames. Hardware-Level Precision: Implemented specialized hardware interactions, including proximity sensor controls, allowing users to navigate the application completely hands-free while cooking. Building successful digital products requires more than just compiling code; it requires understanding the business logic and user psychology. Due to a strict NDA, the proprietary backend code, core intellectual property, and detailed business logic of this platform remain highly confidential. However, I am permitted to share the architectural methodology and the frontend deployment. I have put together a complete video walkthrough showcasing the production-ready UI and the seamless state management in action. 👇 Click the video preview below to watch the full breakdown on my LinkedIn! If you are a founder or an engineer dealing with app scaling issues, how do you handle the handoff between design and development? Let’s connect on LinkedIn and discuss scalable architectures in the comments!

aiflutterarchitectureprogramming

07/08 00:45

Setup your first multitanet app with the single code-base.

Smit Prajapati

I duplicated a Flutter project for a client. Then again. Then again. Nine clients. Nine repos. One bug. Nine fixes. One I missed — the client noticed before I did. There's a better way and I wish someone had shown it to me earlier. → Android product flavors — one applicationId per client, one build command, one codebase iOS multi-target — separate scheme per client, shared Flutter pods so you don't lose your mind Per-client .env files that switch at build time, so your Dart code never hardcodes anything A Fastlane lane that loops through every client and uploads them all in one run Full walkthrough → One Codebase, Many Apps

flutterandroidiossoftwaredevelopment

07/07 20:09

The Reason Why the Cost of Developing Apps Is Increasing Among Businesses (And How Flutter Can Cut It Down)

Mitesh Walia

Have you recently talked to an app development company and felt somewhat shocked by the quote? You are not alone. Companies in all sectors are finding that developing a mobile application is significantly more expensive today than it was only a few years ago. What once was a simple investment has become a larger budget line, and many founders and product owners are left wondering why. The positive side is that there is a definite reason why this change has occurred, and there is also a workaround to it. Many companies are increasingly resorting to Flutter Development Services as a way of reducing costs without compromising quality. Before discussing how Flutter can help, it is important to deconstruct why the cost of app development has become so high in the first place. Over the years, the conventional way of mobile development was to employ an iOS and Android team. Every platform comes with its own programming language, its own tools, and its own quirks. It implies two sets of developers, two codebases, two testing cycles, and two timelines that run concurrently. Of course, this doubles a big part of the cost in the very beginning. Mobile developers are in demand, and the demand has increased hourly rates and salaries across the board. Native iOS and Android experts, especially, are priced high since there are not enough experienced programmers to build apps as many businesses require. The simplest application with a handful of screens was sufficient. Users are now demanding: Real-time notifications In-app payments Offline support Personalization Chat functionality Third-party integrations Every extra feature contributes additional development hours, testing time, and long-term maintenance work, which is reflected in the final bill. The development of apps does not stop at launch. Operating systems are updated frequently, devices change, and security patches are required. The cost of maintenance, particularly in maintaining two distinct codebases, is frequently underestimated by businesses when it comes to keeping up with every change made by Apple and Google. The more complicated the application and the more platforms involved, the more time it will require to develop, test, and eliminate bugs. Longer timelines equate to: Increased billable hours Higher project management overhead A longer period before the app can actually begin creating value for the business The coordination of independent iOS and Android teams is not only about writing two sets of code. It also implies: Redundant meetings Duplicate documentation Separate QA processes Additional complexity in maintaining feature consistency across both versions This management overhead is usually ignored during the initial budgeting of a project. The open-source framework created by Google, called Flutter, was designed to address precisely these issues. Rather than creating different code for iOS and Android, developers create a single codebase that runs on both platforms. Here's how that translates into real savings for businesses. This is the largest cost-saving Flutter can provide. One team is capable of creating an app that runs on both iOS and Android simultaneously, reducing development time by a significant factor. Two specialized teams are not needed, and two parallel projects do not have to be managed, which automatically saves labor expenses. The hot reload feature of Flutter allows developers to view changes in the app immediately without restarting the entire build process. This makes testing, debugging, and design adjustments much faster, reducing development schedules and billable hours required to get an app market-ready. Flutter comes with numerous pre-built widgets that cover common design elements and functionality. These components eliminate the need for developers to build everything manually, saving development time and reducing the potential bugs that arise from custom implementations. Flutter creates its own UI elements instead of relying on native platform components. As a result, apps appear and behave consistently across all devices and operating systems. This uniformity minimizes the platform-specific testing and debugging that would otherwise be required. Since there is only one codebase to maintain: Updates are built once. Bug fixes are implemented once. New features are added once. This significantly reduces the ongoing maintenance costs that typically consume business budgets long after the initial launch. Flutter has a large and active developer community that continuously provides solutions, plugins, and tools for common challenges. This means development teams do not always have to build everything from scratch, saving both project time and cost. Because Flutter uses a single codebase and reusable components, apps generally reach the market much faster. For businesses, this means: Faster user feedback Earlier revenue generation Reduced time to break even Although Flutter has obvious cost benefits, it is prudent to be

programmingflutter

07/07 19:58

Which REST API Design Is Best for Horoscope and Kundli Generation?

Comfygen Technologies

The demand for digital astrology platforms has grown significantly over the last few years. Modern users expect instant horoscope predictions, accurate Kundli generation, AI-powered insights, and seamless live consultations—all from their smartphones. As a result, businesses investing in Astrology App Development need a scalable backend architecture that can handle complex astrological calculations while delivering fast and secure API responses. Whether you're building a horoscope application from scratch or planning to build an app like AstroTalk, the quality of your REST API design plays a major role in the application's performance, maintainability, and scalability. In this guide, we'll explore the best REST API design practices for Horoscope App Development, discuss recommended endpoint structures, authentication methods, database architecture, caching strategies, and provide practical implementation examples that developers can use in real-world projects. A modern astrology application isn't just a collection of horoscope screens. It typically includes multiple interconnected services such as: User Authentication Birth Chart (Kundli) Generation Daily, Weekly, and Monthly Horoscope Numerology Tarot Reading Live Astrologer Consultation AI-Based Horoscope Predictions Appointment Booking Secure Payment Integration Push Notifications Each feature communicates with the backend through APIs. A poorly designed API can lead to: Slow response times Difficult maintenance High infrastructure costs Security vulnerabilities Inconsistent data formats Poor developer experience Following RESTful API principles helps ensure that your Astrology Software Development project remains scalable and easy to maintain as new features are added. A layered architecture works well for astrology applications. Flutter / React Native App │ REST API Gateway │ Authentication Service │ Business Logic Layer │ Astrology Calculation Engine │ Database │ Redis Cache This architecture separates responsibilities, making the application easier to debug, scale, and update. For enterprise-level Astrology Mobile App Development, consider deploying each service independently using Docker containers and Kubernetes. A REST API should use nouns rather than verbs and maintain consistent naming conventions. POST /api/v1/auth/register POST /api/v1/auth/login POST /api/v1/auth/logout GET /api/v1/profile These endpoints manage user registration, login, logout, and profile retrieval. Instead of creating separate endpoints for every zodiac sign, use a dynamic parameter. GET /api/v1/horoscope/daily?sign=aries This approach keeps the API clean and avoids unnecessary duplication. { "sign":"Aries", "date":"2026-07-07", "prediction":"Today is favorable for financial decisions.", "lucky_number":8, "lucky_color":"Blue" } Kundli generation requires multiple input parameters. A POST request is usually preferred because of the amount of user data involved. POST /api/v1/kundli/generate { "name":"John", "birthDate":"1998-08-15", "birthTime":"08:45", "latitude":26.9124, "longitude":75.7873, "timezone":"Asia/Kolkata" } Response { "lagna":"Cancer", "moonSign":"Pisces", "nakshatra":"Ashwini", "planetaryPositions":[] } This API can later be extended to support: Match Making Manglik Analysis Dosha Detection Detailed PDF Reports without changing the endpoint structure. For apps offering live astrologer consultations, a dedicated booking module is essential. Recommended endpoints: GET /api/v1/astrologers Payment APIs Payment processing should always remain independent from booking logic. Example: POST /api/v1/payments/create-order Separating payments from appointments simplifies maintenance and improves security. Never release production APIs without versioning. A common approach is: /api/v1/ When introducing major changes, create a new version instead of modifying existing endpoints. Example: /api/v1/kundli/generate This ensures backward compatibility for existing mobile applications. Most Horoscope App Development projects require secure user authentication. JWT (JSON Web Token) is one of the most widely used solutions. Typical authentication flow: User logs in. Server validates credentials. JWT token is generated. Mobile app stores the token securely. Token is included in every authenticated API request. Example header: Authorization: Bearer eyJhbGciOi... Avoid storing sensitive tokens in plain text. On mobile platforms, use secure storage mechanisms such as Android Keystore or iOS Keychain. Consistent response formats make API integration easier for frontend developers. Success Response { "success":true, "message":"Horoscope generated successfully.", "data":{ ... } } Error Response { "success":false, "error":"Invalid birth time." } Using a standardized structure reduces frontend complexity and improves debugging. Use appropriate HTTP status codes. Status Code

webdevastrologyappflutterai

07/07 18:16

Flutter Widgets Guide — Part 2: Every Other Widget

Nayden Gochev

Flutter Widgets Guide — Part 2: Every Other Widget This continues https://dev.to/gochev/flutter-core-widgets-part-1-4pdh (the 50 core widgets). This part covers the rest of the widget catalog: advanced layout, Slivers, advanced Material components, animation, gestures, painting, async builders, theming/media, and the full Cupertino (iOS-style) set. **NOTE: if you are using "Open in DartPad" do not foreget to hit RUN and give it time to load, it takes about 10-15 seconds to load. Rebuilds based on the parent's constraints — for responsive layouts. import 'package:flutter/material.dart'; void main() => runApp(const MyApp()); class MyApp extends StatelessWidget { const MyApp({super.key}); @override Widget build(BuildContext context) { return MaterialApp( home: Scaffold( body: LayoutBuilder( builder: (context, constraints) { if (constraints.maxWidth > 400) { return Container( color: Colors.blue, child: const Center(child: Text('Wide layout (>400px)', style: TextStyle(color: Colors.white, fontSize: 20))), ); } return Container( color: Colors.orange, child: const Center(child: Text('Narrow layout', style: TextStyle(color: Colors.white, fontSize: 20))), ); }, ), ), ); } } ▶ Open in DartPad Looks like: Not visible itself — it silently picks which child layout to draw based on available space, e.g. switching from a single column to a two-column layout. Applies extra min/max size constraints to its child. import 'package:flutter/material.dart'; void main() => runApp(const MyApp()); class MyApp extends StatelessWidget { const MyApp({super.key}); @override Widget build(BuildContext context) { return MaterialApp( home: Scaffold( body: Center( child: ConstrainedBox( constraints: const BoxConstraints(minHeight: 100, minWidth: 200), child: Container( color: Colors.teal, child: const Text('At least 100px tall', style: TextStyle(color: Colors.white)), ), ), ), ), ); } } ▶ Open in DartPad Looks like: The child text sits inside an invisible box that's at least 100px tall, even though the text itself is much shorter — you'd notice the extra space around/below it if the parent highlights bounds. Removes constraints imposed on a child, letting it size to its natural size (can overflow). import 'package:flutter/material.dart'; void main() => runApp(const MyApp()); class MyApp extends StatelessWidget { const MyApp({super.key}); @override Widget build(BuildContext context) { return MaterialApp( home: Scaffold( body: Center( child: UnconstrainedBox( child: Container(width: 500, height: 50, color: Colors.red, child: const Center(child: Text('500px wide — overflows!', style: TextStyle(color: Colors.white)))), ), ), ), ); } } ▶ Open in DartPad Looks like: A wide red bar that ignores the parent's width limit and can visually overflow/clip beyond the screen edge. Lets a child be larger than its parent without triggering overflow warnings/clipping. import 'package:flutter/material.dart'; void main() => runApp(const MyApp()); class MyApp extends StatelessWidget { const MyApp({super.key}); @override Widget build(BuildContext context) { return MaterialApp( home: Scaffold( body: Center( child: SizedBox( width: 100, height: 50, child: OverflowBox( maxWidth: 300, child: Container(width: 300, height: 50, color: Colors.blue, child: const Center(child: Text('300px inside 100px box', style: TextStyle(color: Colors.white)))), ), ), ), ), ); } } ▶ Open in DartPad Looks like: A blue bar that visually extends past its parent's boundary as if the parent weren't there. Sizes a child to match the intrinsic (natural) height/width of its siblings. import 'package:flutter/material.dart'; void main() => runApp(const MyApp()); class MyApp extends StatelessWidget { const MyApp({super.key}); @override Widget build(BuildContext context) { return MaterialApp( home: Scaffold( body: Center( child: IntrinsicHeight( child: Row( crossAxisAlignment: CrossAxisAlignment.stretch, children: [ Container(width: 4, color: Colors.blue), const SizedBox(width: 8), const Column( crossAxisAlignment: CrossAxisAlignment.start, children: [ Text('Line one', style: TextStyle(fontSize: 18)), Text('Line two is longer', style: TextStyle(fontSize: 14)), Text('Line three', style: TextStyle(fontSize: 22)),

flutterdart

07/07 17:25

Flutter Core Widgets — Part 1

Nayden Gochev

Flutter Core Widgets — Part 1 A reference guide to the ~50 most-used Flutter widgets, grouped by category. Each entry includes a short description, a runnable code snippet, and a text description of how it renders on screen (since Flutter renders natively, this doc describes the visual output rather than embedding a screenshot). **NOTE: if you are using "Open in DartPad" do not foreget to hit RUN and give it time to load, it takes about 10-15 seconds to load. Basic Widgets Layout Widgets Scrolling & Lists Buttons Input & Forms Structural / Material Feedback & Overlays Navigation Displays a string of styled text. Text( 'Hello, Flutter!', style: TextStyle(fontSize: 24, fontWeight: FontWeight.bold, color: Colors.blue), ) ▶ Open in DartPad How it looks: A single line reading "Hello, Flutter!" in large, bold, blue lettering. No border or background — just the rendered glyphs. Displays text with multiple styles in one block, via TextSpan children. RichText( text: TextSpan( text: 'Hello ', style: TextStyle(color: Colors.black, fontSize: 20), children: [ TextSpan(text: 'bold', style: TextStyle(fontWeight: FontWeight.bold)), TextSpan(text: ' world', style: TextStyle(fontStyle: FontStyle.italic)), ], ), ) ▶ Open in DartPad How it looks: One continuous line — "Hello bold world" — where each segment has a different style, but they all flow together as a single sentence. Displays an image from assets, network, memory, or file. Image.network( 'https://picsum.photos/200', width: 200, height: 200, fit: BoxFit.cover, ) ▶ Open in DartPad How it looks: A 200×200 pixel square photo, cropped to fill that box exactly (no distortion, edges may be cropped). Displays a glyph from an icon font (usually Material Icons). Icon(Icons.favorite, color: Colors.red, size: 48) ▶ Open in DartPad How it looks: A solid red heart shape, 48 logical pixels tall, centered in its own bounding box. A general-purpose box for padding, margin, decoration, alignment, and sizing. Container( width: 150, height: 100, padding: const EdgeInsets.all(16), margin: const EdgeInsets.all(8), decoration: BoxDecoration( color: Colors.amber, borderRadius: BorderRadius.circular(12), boxShadow: [BoxShadow(color: Colors.black26, blurRadius: 4, offset: Offset(2, 2))], ), child: const Text('Box'), ) ▶ Open in DartPad How it looks: A rounded-corner amber rectangle (150×100) with a soft drop shadow beneath it, and the word "Box" sitting inside with 16px of breathing room on all sides. Forces a child (or empty space) to an exact width/height. SizedBox(width: 100, height: 50, child: Container(color: Colors.green)) ▶ Open in DartPad How it looks: A flat green rectangle exactly 100 wide by 50 tall — commonly used invisibly (no child) as fixed spacing between other widgets. A crosshatched box, useful while prototyping layouts before real content exists. Placeholder(fallbackWidth: 200, fallbackHeight: 100) ▶ Open in DartPad How it looks: A 200×100 rectangle with a thin black border and a diagonal "X" drawn corner-to-corner inside it — a visual stand-in for "content goes here." Lays children out horizontally. Row( mainAxisAlignment: MainAxisAlignment.spaceEvenly, children: const [ Icon(Icons.star), Icon(Icons.star), Icon(Icons.star), ], ) ▶ Open in DartPad How it looks: [ ★ ★ ★ ] Three stars spread evenly across the full width of the row, with equal gaps on both sides and between each icon. Lays children out vertically. Same API as Row, opposite axis. Column( crossAxisAlignment: CrossAxisAlignment.start, children: const [ Text('Line one'), Text('Line two'), Text('Line three'), ], ) ▶ Open in DartPad How it looks: Line one Line two Line three Three lines stacked top to bottom, all left-aligned. Overlaps children on top of one another (z-axis layering). Stack( alignment: Alignment.center, children: [ Container(width: 150, height: 150, color: Colors.blue), Container(width: 100, height: 100, color: Colors.orange), const Text('Top', style: TextStyle(color: Colors.white)), ], ) ▶ Open in DartPad How it looks: A large blue square, with a smaller orange square centered on top of it, and the word "Top" in white text centered above both — three layers visible as one flattened image. Used inside a Stack to pin a child to specific coordinates/edges. Stack( children: [ Container(width: 200, height: 200, color: Colors.grey[300]), Positioned(top: 10, right: 10, child: Icon(Icons.close, color: Colors.red)), ], ) ▶ Open in DartPad How it looks: A large light-grey square with a small red "X" icon pinned to its top-right corner, 10px in from each edge. Inside a Row/Column, forces a child to fill the remaining available space. Row( children: [ Container(width: 50, height: 50, color: Colors.red), Expanded(child: Container(height: 50, color: Colors.blue)), ], ) ▶ Open in DartPad How it looks: A small 50×50 red square on the left, follow

dartflutter

freeCodeCamp

15 条

教程、指南与实践文章

更新于 07/09 01:24

06/29 22:05

How to Use Claude Code to Build Flutter Apps Faster — Best Practices for 2026

Jesutoni Aderibigbe

In early 2023, I was interning at a US-based company, long before agentic AI became part of everyday development. We had tools like ChatGPT, Gemini, and Copilot, but they were mostly chat interfaces:

FlutterFlutter App Developmentclaude-codeclaude

06/26 06:45

Advanced Dart: Learn Asynchronous Programming with Streams, Isolates, and the Event Loop

Gidudu Nicholas

I had been writing Flutter apps for over a year before I actually understood how Dart handles concurrency. I knew how to use await. I knew FutureBuilder and StreamBuilder well enough to get things wor

dart-isolatesEvent LoopsynchronousDart

06/26 00:08

How to Use Dart Dot Shorthands: A Handbook for Devs

Atuoha Anthony

If you've written Flutter code for more than a month, you've likely written this line hundreds of times: mainAxisAlignment: MainAxisAlignment.center, crossAxisAlignment: CrossAxisAlignment.start, main

DartFlutterflutter-aware

06/24 00:39

How to Structure Large Flutter Applications for Scalable and Maintainable Growth

Ethiel ADIASSA

Flutter makes it extremely fast to build UIs. That speed is one of the framework’s greatest strengths, but it also creates a subtle problem: applications often grow much faster than their architecture

FlutterMobile Developmentsoftware architecture

06/23 23:47

How Flutter Renders Under the Hood: BuildContext and Element Tree Explained

Gidudu Nicholas

The first time I saw "Looking up a deactivated widget's ancestor is unsafe" in a stack trace, I genuinely didn't know what it meant. I copied the error into Google, found three different Stack Overflo

Flutterelement treerender objectsflutter tree

06/21 03:25

How to Handle Errors the Right Way in Flutter: A Practical Guide to Sealed Classes, Records, and Result Types

Gidudu Nicholas

I used to think I was handling errors well in my Flutter apps. I had try/catch blocks everywhere. I was catching exceptions, logging them, and showing error messages to users. It felt solid. Then I st

DartFluttererror handlingsealed classes

06/18 03:17

How to Use DartExceptor: A Lighter Way to Handle Errors in Dart 3

Oluwaseyi Fatunmole

If you've worked with Flutter for any meaningful length of time, you've likely written this: try { final user = await repo.getUser(); print(user.name); } catch (e) { print('Something went wrong:

DartFluttererror handling

06/12 08:39

From Flutter to Backend: How to Build Production-Grade REST APIs with Dart and Dart Frog

Oluwaseyi Fatunmole

Dart backend frameworks exist on a spectrum. At the minimal end sits Shelf, with raw primitives and full control. You wire everything yourself. At the maximal end sits Serverpod. It's a full framework

dart_frogFlutterDartbackend

06/04 02:02

What “Production-Ready” Actually Means in Flutter

Gidudu Nicholas

I've been building Flutter apps for a few years now, and I still remember the first time I shipped something I was genuinely proud of. It had a clean UI, smooth animations, and every flow worked exact

FlutterDartMobile DevelopmentAndroid

06/01 22:11

From Flutter to Backend: How to Build and Ship Production REST APIs with Dart and Shelf

Oluwaseyi Fatunmole

As a Flutter engineer, you already know Dart. You understand async/await, you work with models and repositories, you think in clean architecture, and you have shipped real applications. The gap betwee

Dartbackend developmentsFluttersoftware development

05/28 05:43

Advanced Error Handling in Dart: Records, Result Types, Monads, and Freezed Exceptions

Oluwaseyi Fatunmole

Every Dart developer has written this at some point: try { final user = await repository.getUser(id); // do something with user } catch (e) { // what is e? who knows. print(e.toString()); } I

DartFluttererror handlingexception

05/23 02:07

How to Use Dart Cloud Functions and the Firebase Admin SDK: A Handbook for Developers

Atuoha Anthony

There is a specific kind of friction that every Flutter developer who has tried to write a backend has felt. You spend your days writing expressive, null-safe, strongly typed Dart code on the frontend

FlutterDartcloud functionsFirebase

05/12 06:38

How to Build Production-Ready AI Features with Flutter [Full Handbook for Devs]

Atuoha Anthony

You've probably seen the demos. A Flutter app, a text field, and a few lines calling the Gemini API – and out comes something that feels like magic. The audience applauds. Your product manager is alre

AIFlutterDarthandbook

05/09 02:54

Learn Command Line Interface (CLI) Development with Dart: From Zero to a Fully Published Developer Tool

Oluwaseyi Fatunmole

Most developers spend a significant portion of their day in the terminal. They run flutter build, push with git, manage packages with dart pub, and orchestrate pipelines from the command line. Every o

FlutterDartclicommand line

04/14 05:53

How to Use Mixins in Flutter [Full Handbook]

Atuoha Anthony

There's a moment in every Flutter developer's journey where the inheritance model starts to crack. You have a StatefulWidget for a screen that plays animations. You write the animation logic carefully

FlutterDartflutter-aware

Hacker News

20 条

技术社区讨论与项目链接

更新于 07/09 01:24

07/07 18:59

IDE with agentic support built using Flutter

geordee

Article URL: https://lumide.dev Comments URL: https://news.ycombinator.com/item?id=48816087 Points: 8 # Comments: 3

07/04 19:15

Show HN: FluxDown – Free, open-source IDM alternative in Rust and Flutter

zero-lab

Article URL: https://github.com/zerx-lab/FluxDown Comments URL: https://news.ycombinator.com/item?id=48784543 Points: 2 # Comments: 0

07/02 17:14

Show HN: Dart_agent_core – Run AI agents in Flutter apps with lifecycle hooks

sparkleMing

Article URL: https://github.com/memex-lab/dart_agent_core Comments URL: https://news.ycombinator.com/item?id=48758624 Points: 1 # Comments: 0

07/02 07:50

Layer_shell.dart – Write a Wayland Shell in Flutter

matthewkosarek

Article URL: https://github.com/mattkae/layer_shell.dart Comments URL: https://news.ycombinator.com/item?id=48754659 Points: 2 # Comments: 1

06/30 17:54

Ask HN: We are building the Flutter equivalent to RN's Ignite CLI

ckalen

My friend and I are working on a CLI tool called fip-cli in Dart. Our aim is to automatically do the tedious tasks involved in setting up a Flutter project. Even though there exist some alternatives, our long term vision is to build something like the React Native's Ignite CLI, but for Flutter. At the moment, we are at a very early stage of development and not yet ready to publish anything on pub.dev. We want to get our architecture just right before doing that, which is why we wanted to share it here for feedback. Repo: https://github.com/cKalens/fip-cli Would be happy to hear any thoughts about the architecture, code, or concept in general. Any feedback on our CLI design in Dart or any language would be greatly appreciated. Comments URL: https://news.ycombinator.com/item?id=48730492 Points: 1 # Comments: 0

06/27 00:49

I'm building a 4X strategy game in Flutter and Flame

ernest_dev

Article URL: https://github.com/ernestwisniewski/aonw/tree/main Comments URL: https://news.ycombinator.com/item?id=48688831 Points: 1 # Comments: 0

06/24 02:02

Think this open-source Flutter-native AI agent worth building?

gwhyyy

Article URL: https://github.com/anasfik/flutter_copilot Comments URL: https://news.ycombinator.com/item?id=48648808 Points: 2 # Comments: 1

06/08 11:38

Flutter OTA Code Push, Shorebird Alternative Open Source Flutter Patcher

faangguyindia

Article URL: https://github.com/xuelinger2333/flutter_patcher Comments URL: https://news.ycombinator.com/item?id=48441068 Points: 2 # Comments: 1

06/05 06:55

Flutter: macOS Malvertising Campaign Spreads New FlutterShell Backdoor

brazukadev

Article URL: https://unit42.paloaltonetworks.com/flutterbridge-new-fluttershell-backdoor/ Comments URL: https://news.ycombinator.com/item?id=48405793 Points: 3 # Comments: 0

06/02 22:57

Shorebird in Anger: A Production Flutter Code Push Integration

mooreds

Article URL: https://about.kikoff.com/build/shorebird-in-anger-a-production-flutter-code-push-integration Comments URL: https://news.ycombinator.com/item?id=48371130 Points: 2 # Comments: 0

06/01 08:59

I Built the Same App with Five GUI Frameworks: Tauri Slint Egui Dioxus Flutter

zero-ground-445

Article URL: https://medium.com/@yalovoy/i-built-the-same-app-with-five-gui-frameworks-tauri-slint-egui-dioxus-and-flutter-for-linux-31bd6f59ff6a Comments URL: https://news.ycombinator.com/item?id=48351490 Points: 4 # Comments: 1

05/31 22:27

Canonical takes over Flutter desktop maintenance and roadmap

redbell

Article URL: https://www.omgubuntu.co.uk/2026/05/flutter-desktop-canonical-maintained Comments URL: https://news.ycombinator.com/item?id=48345927 Points: 4 # Comments: 0

05/30 22:45

Canonical takes over Flutter desktop maintenance

maxloh

Article URL: https://www.omgubuntu.co.uk/2026/05/flutter-desktop-canonical-maintained Comments URL: https://news.ycombinator.com/item?id=48336823 Points: 5 # Comments: 1

05/30 03:15

Canonical takes over Flutter desktop maintenance

chrisb

Article URL: https://www.omgubuntu.co.uk/2026/05/flutter-desktop-canonical-maintained Comments URL: https://news.ycombinator.com/item?id=48327937 Points: 7 # Comments: 0

05/22 16:13

What's New in Flutter 3.44

divan

Article URL: https://blog.flutter.dev/whats-new-in-flutter-3-44-b0cc1ad3c527 Comments URL: https://news.ycombinator.com/item?id=48233274 Points: 2 # Comments: 0

05/22 09:06

Convert between 30 color formats in one tool (HEX, RGB, Tailwind, Flutter, etc)

hkdb

Article URL: https://colorcx.com/ Comments URL: https://news.ycombinator.com/item?id=48230724 Points: 2 # Comments: 0

05/13 18:56

A Firebase Mistake Led to a €3,167 AI Bill Overnight in My Flutter App

serial_dev

Article URL: https://ulusoyca.medium.com/how-a-two-year-old-firebase-mistake-led-to-a-3-167-ai-bill-overnight-89adfab1dad3 Comments URL: https://news.ycombinator.com/item?id=48120294 Points: 3 # Comments: 1

05/05 18:50

Show HN: Mathfinity – Mental arithmetic drills against the clock (Flutter)

heliskyr2

Article URL: https://github.com/p32929/mathfinity Comments URL: https://news.ycombinator.com/item?id=48020681 Points: 1 # Comments: 0

04/15 17:21

Riches List: Flutter App for Smart Expense Management

freakypoison

Riches List — a modern Flutter-based expense management app designed to simplify how users track spending, manage transactions, shop smarter, and make seamless digital payments. I’m currently looking for support, contributions, and collaboration to help improve the project further. If you’re interested in mobile development, Flutter, UI improvements, feature ideas, or open-source collaboration, your contribution would be highly appreciated. https://github.com/shubham-gaur/riches-list Comments URL: https://news.ycombinator.com/item?id=47776650 Points: 2 # Comments: 0

04/15 13:28

Popular Flutter GetX repo disappeared briefly

nativeforks

Article URL: https://github.com/jonataslaw/getx Comments URL: https://news.ycombinator.com/item?id=47775020 Points: 1 # Comments: 0

Medium

10 条

Flutter 相关文章精选

更新于 07/09 01:24

07/08 23:47

Why I Built ResultEx Logger: A Better Logging Experience for Flutter & Dart

Hassan-Ghasemzadeh

Logging is one of the most important tools for debugging applications, yet it’s often overlooked until something goes wrong. As Flutter… Continue reading on Medium »

androidmobile-app-developmentflutterflutter-app-development

07/08 21:56

Akamai Bot Protection in Flutter: BMP SDK Integration

Khal.it

For CTOs, tech leads, and senior developers building enterprise mobile apps behind Akamai infrastructure — or planning to. Continue reading on Medium »

mobile-app-developmentakamaiflutterbot-detection

07/08 21:08

Flutter Threading Explained: UI Thread, Raster Thread, and Isolates – Which One, When, and Why…

Dinakar Maurya

*Dinakar – From code to leadership. Building, shipping, growing.* Continue reading on Medium »

ui-designisolatethreadsflutter

07/08 20:59

Mobile System Design: How Would You Build a WhatsApp-Style Messaging System?

Aissasemi

When people think about a messaging app, they usually imagine a simple flow: Continue reading on Medium »

iosandroidmobile-developmentmobile-design-system

07/08 20:56

Skia to Impeller in Flutter 1.0 → 3.29+: Why Your App Stopped Janking (2018 – 2026)

Dinakar Maurya

Continue reading on Medium »

codingflutter-impellerflutterflutter-sdk

07/08 20:48

Mobile System Design: How Would You Build an Instagram Feed?

Aissasemi

Most developers think building a feed means: “Call an API → Get posts → Display a ListView.” That works for a demo. But when millions of… Continue reading on Medium »

androidiosfluttermobile-development

07/08 19:16

Riverpod vs Bloc vs Provider: The Flutter State Management Debate, Finally Settled

Nicolas

Every Flutter dev asks this eventually. Here’s the honest answer, based on shipping real apps not just reading docs. Continue reading on Medium »

flutterdartblocflutter-app-development

07/08 19:07

Flutter Web in 2026: Is It Finally Ready for Production?

Nicolas

Bundle sizes are down, WebAssembly is almost the default, and the “Flutter Web isn’t real” argument is starting to sound outdated. Here’s… Continue reading on Medium »

iosandroidflutter-app-developmentflutter

07/08 19:06

Claude Cowork Goes Mobile, and Your AI Keeps Working After You Close the Laptop — Top 10 AI &…

Blur Brah Lab

Claude / Anthropic Continue reading on Medium »

technologyflutterclaude-codeartificial-intelligence

07/08 18:41

Flutter Artık LG webOS’u Destekliyor. Bence Bu Haber Düşündüğümüzden Çok Daha Büyük.

Selin Namak

Flutter geliştiricisi olarak son birkaç yıldır en sık duyduğum sorulardan biri şu: Continue reading on Medium »

weboscross-platformfluttermobile-app-development

13 条

社区日榜讨论与资源

更新于 07/09 01:24

07/08 20:30

We optimized our app launch to do less and it got 70% faster

/u/OrbiForge

We cut our startup time by around 70% by just delaying some code runs Here's how. Our app used to initialize: Firebase SQLite Fetch data over the internet Initialize local state Initialize network listeners Initialize the app architecture Load widgets Rebuild them as data arrived from the internet ...all within the first frame (sometimes even before the first visible frame). Then we realized we could just use a snapshot of the last state. Instead of waiting for everything to finish, we now: Read the last known state from a local database. Build the UI immediately. Draw the first screen as fast as possible. Fire-and-forget Firebase, networking, and all the expensive initialization afterwards. Reading from a local database still takes some time, but it's nowhere near as expensive as waiting on the network. Unfortunately, this introduced another problem. The app would open quickly, build the local state, but the network response would often arrive almost immediately afterwards. That meant the UI rebuilt itself back-to-back, hurting startup performance all over again. To fix that, we introduced a simple "Should the UI rebuild?" system. Whenever fresh data arrived, we'd ask: Does the UI actually need to rebuild? If the answer was yes, we'd then ask: What's the smallest possible update we can make without making the UI jump around or hurting startup performance? After implementing that, we ended up saving another couple of seconds, which was great—but it still wasn't enough. Our testers kept saying they were bored while waiting for the first UI draw. So we added shimmer placeholders. Interestingly, shimmers do cost a little performance and make the first few frames slightly slower, but testers consistently reported that the app felt much faster. Benchmarks available here: https://imgur.com/a/jif25aY TL;DR Do your networking after the first UI draw. Use shimmer placeholders for perceived performance. Optimize for how fast the app feels, not just the stopwatch. If users wait at a white screen for 2.3 seconds, they'll probably call your app slow. If they wait 2.6 seconds while seeing shimmer animations, they're much more likely to feel like the app started quickly. Note: The measurements mentioned in this post refer to time to the first usable UI, not total application initialization. The best metric and optimization strategy will depend on your app. Has anyone else found that optimizing for perceived startup time mattered more than the actual benchmark numbers? What made the biggest difference in your app? submitted by /u/OrbiForge [link] [comments]

07/08 19:50

Full-stack hot reload - server, website, web, and app - is now a thing 🚀

/u/vik76

The public beta release of Serverpod 4 brings the first agentic coding engine that hot reloads your full stack. We're finally closing the loop between your app's output, the backend, and your AI agent (tested with Anitigravity, Cursor, and Claude Code, but probably works with most agents). Check out the demo in the blog post, or jump straight into the quickstart guide: https://docs.serverpod.dev/next/quickstart It literally takes 10 minutes to try this out, and I think it may change the way you think about building apps. Would love to hear your feedback! submitted by /u/vik76 [link] [comments]

07/08 09:32

I am making a RPG strategy game in Flutter.

/u/cryogen2dev

I love to play RPG strategy games. But all of them are cash grabs. I want to sink in hours playing a chill game with many playable builds which doesn't ask me to spend money everytime I open it. This kind of game is a dream which doesn't exist. So I decided to build one. Now to build this I could go down the route of Godot or Unity. But why not Flutter? Its essentially a game engine disguised as an app framework. The end result was smooth 60 fps experience. Open testing begins next week. Interested people can DM me. submitted by /u/cryogen2dev [link] [comments]

07/08 11:51

Built Action-Aware Typography Buttons in Flutter (No Packages)

/u/Tush_TechGeek

I've been building one Flutter animation every week to learn more about UI interactions and motion design. This week's experiment explores action-aware typography, where the button text changes based on the action it's performing instead of using the same animation everywhere. Examples: ⬇️ Download → Downloading... → ✓ Downloaded 📨 Submit → Submitting... → ✓ Sent 🔐 Login → Authenticating... → ✓ Welcome Built entirely with Flutter's built-in animation APIs—no third-party animation packages. submitted by /u/Tush_TechGeek [link] [comments]

07/08 02:07

How I built a production Flutter app without Firebase

/u/GPHdev

Hi everyone! I've been building a Flutter app called MetriBody over the past few months, and one of my goals from the beginning was to make it work completely offline. Instead of using Firebase, I decided to build the first version using Hive because I wanted: • Instant startup • No authentication • No internet dependency • Better privacy • A simpler architecture for the MVP The experience has been surprisingly good. Now that the Android version is live, I'm considering adding optional cloud sync in the future while keeping the app fully usable offline. For those of you who have built Flutter apps... Would you still choose Hive for an offline-first app today, or would you start directly with Drift, Isar or another solution? I'd love to hear your experience and the trade-offs you've found in production. submitted by /u/GPHdev [link] [comments]

07/08 17:57

Deep Linking in Flutter

/u/tdpl14

Just published a new blog on Deep Linking in Flutter! Deep linking enables users to open specific screens in your app directly from URLs, emails, notifications, QR codes, or other apps—making navigation seamless and improving the overall user experience. https://medium.com/@dipalithakare96/deep-linking-in-flutter-2d6aeda0de85 submitted by /u/tdpl14 [link] [comments]

07/08 20:19

VS Code Dart Analyzer is much slower than Android Studio on a high-end laptop. Anyone else?

/u/yaonek

I've been trying to use VS Code for Flutter development, but the Dart analyzer and code completion are noticeably slower than Android Studio. My laptop specs: Intel i7 13th Gen 32 GB DDR5 RAM RTX 4050 I only have the standard Flutter/Dart extensions installed (nothing unusual), and I even increased the analyzer heap size using: dart.analyzerVmAdditionalArgs: ["--old_gen_heap_size=4096"] Unfortunately, it didn't make any noticeable difference. The strange part is that Android Studio runs perfectly. Code analysis, autocompletion, and navigation are all fast and responsive, while VS Code often takes several seconds to update diagnostics or provide suggestions. I know VS Code is supposed to be more lightweight, so I'm wondering if I'm missing something. Has anyone experienced the same issue? If you fixed it, what was causing it? Any settings, extensions, or other tweaks that helped? I'd really like to stick with VS Code, so I'd appreciate hearing about your experience. submitted by /u/yaonek [link] [comments]

07/08 04:52

I built a free tool for creating App Store & Google Play screenshots

/u/Unfair-Economist-249

I built a free App Store screenshot generator because I couldn’t find one I liked While working on my own apps, I kept running into the same problem: creating App Store and Google Play screenshots. I tried a number of tools, but most of them were either subscription-based, added watermarks, or felt more complicated than they needed to be. As a small side project, I decided to build my own. It’s called ShotForge and it’s a free, browser-based screenshot generator for the App Store and Google Play. So far it includes: iPhone & Android device frames Drag & drop editor Custom backgrounds and gradients High-resolution exports No sign-up No It’s still an early project, and I’m actively improving it. I’d love to hear what other developers think. What do you dislike about existing screenshot tools? Which features would make a tool like this genuinely useful for you? If you’d like to try it: https://shotforge.studio Any feedback is very welcome. Thanks! submitted by /u/Unfair-Economist-249 [link] [comments]

07/08 23:38

4 YOE Flutter Developer - Should I go deeper into Frontend, learn Backend, or Native Android in the AI era?

/u/Red-Dragon-AK

submitted by /u/Red-Dragon-AK [link] [comments]

07/08 21:13

Can’t understand the docs.

/u/antiaust

I’ve been learning Flutter for about 3 months now, and I still struggle to understand the official docs. They often make things sound way more complicated than they need to be, especially when there are so many other sites that explain the same concepts more clearly like GeeksforGeeks, DartTutorial, or Medium. At what point did the Flutter docs start making sense to you guys? submitted by /u/antiaust [link] [comments]

07/08 21:26

I built a juicy, fast-paced cartoon arcade game using Flutter! Fully refactored the layout and secured controller lifecycles. What do you think of the game feel?

/u/AffectionateAgent692

Hey Flutter devs! I wanted to share my latest mobile project built entirely with Flutter. It’s a hyper-fast reflex arcade game with a flat cartoon vector aesthetic and thick outlines. I just finished a massive refactoring pass to secure the codebase: - Fixed a fatal assertion crash where AnimationControllers were being called post-dispose due to rapid user taps. - Locked the custom 30-grid layout in Chaos Mode to prevent dynamic shifting. - Re-balanced the Overdrive difficulty matrix using a smooth logarithmic curve instead of aggressive exponential spikes. The performance is locked at a smooth frame rate! I would love to hear your thoughts on using Flutter for fast arcade games and the overall visual responsiveness. 📥 Try the Alpha APK here: https://arooot.itch.io/quicky Let me know what you think! submitted by /u/AffectionateAgent692 [link] [comments]

07/08 18:35

Looking for Learning Partner

/u/notagreed

Hi all, I am 27M from India, Planning on switching my career and, looking for a Individual who is eager to learn with me. I am planning on learning Dart basics with AI guided roadmap and after that start Flutter basics to till Flutter Development. Do tell me if anyone interested and also do mention your Country. Because, I am looking for someone from India as of now. Thankyou submitted by /u/notagreed [link] [comments]

07/08 15:13

How do you study flutter if there is AI that you can use?

/u/No-Day-2723

Long time full-stack web developer and React Native developer here. A client wants to use Flutter for a project. I love learning new languages. Dart is a breath of fresh air. But the idea that there is AI that I can feed information with my software development experience makes me a bit hesitant to learn Flutter from the ground up. I am used to learning a language from start to finish. Now, it seems that I can just command AI to type the code for me while I design the system without having a full knowledge of the language. Tbh, it almost feels like cheating. submitted by /u/No-Day-2723 [link] [comments]