Forem: Codexlancers

📸 Google Pay–Like Screenshot Sharing in FlutterFlow

Codexlancers — Fri, 01 May 2026 04:30:00 +0000

💡 Introduction
Have you ever noticed how smoothly Google Pay lets users share a payment screenshot instantly?

With just one tap, a clean, perfectly formatted image is generated and shared — no manual screenshots, no cropping, no hassle.

I implemented a similar one-tap screenshot sharing feature in FlutterFlow using Custom Actions, and in this article, I’ll walk you through the approach, tools, and benefits.

🚧 The Problem
Before implementing this feature, users typically relied on manual screenshots:

❌ Taking screenshots manually
❌ Cropping unwanted UI elements
❌ Sharing inconsistent or messy images This leads to a poor user experience, especially in apps where sharing data (like payments or receipts) is frequent.

✅ The Solution
To solve this, we implemented:

1. ✅ One-tap screenshot capture
2. ✅ Capture only the required UI section
3. ✅ Direct sharing via native share sheet

All of this was built inside FlutterFlow using Custom Actions, combining low-code UI with custom Flutter logic.

⚙️ How It Works
The implementation is simple yet powerful:

Wrap the required UI inside a Screenshot widget
Use a ScreenshotController to manage capture
Trigger the capture on button tap
📸 Only the wrapped UI is captured — ensuring clean and consistent output every time.

📦 Packages Used
We used lightweight and production-ready packages:

screenshot → Capture widget as an image
path_provider → Store the image temporarily
share_plus → Share using native apps This combination keeps the implementation efficient and scalable.

🎨 Smart UI Handling
To ensure professional output, we also handled:

🎨 Light & Dark mode compatibility
🖼 Custom background images for better presentation
📐 Consistent layout across devices 👉 Result: Clean, polished, and share-ready screenshots every time.

🎯 Use Cases
This feature is extremely useful for:

💳 Payment confirmations
🧾 Transaction receipts
📦 Order summaries
📊 Reports and dashboards It is especially valuable in fintech and utility apps where sharing information is frequent.

⚡ Why FlutterFlow + Custom Actions
This implementation highlights the power of combining:

⚡ Rapid UI development with FlutterFlow

🧠 Full flexibility using custom Flutter code
🔗 Easy integration with native capabilities
👉 You truly get the best of both worlds: speed + control

🚀 Final Outcome

🚀 Improved overall user experience
📉 Reduced friction in sharing workflows
📤 Faster and cleaner content sharing
🎯 Achieved a Google Pay–like seamless UX

🔚 Conclusion
If you’re building apps in FlutterFlow and want to deliver advanced, polished user experiences — Custom Actions are the key.

They allow you to go beyond limitations and implement features that feel truly native and professional.

✨ Final Thoughts
Low-code doesn’t mean low-power.

With the right approach, you can build high-quality, production-ready features that rival top-tier apps like Google Pay.

Flutter #FlutterFlow #Mobile Development #UX Design

🚀 Identity Verification in FlutterFlow using uqudo SDK

Codexlancers — Thu, 30 Apr 2026 04:30:00 +0000

🔍 Overview
In modern applications, secure and seamless user onboarding is critical — especially when identity verification (KYC) is involved.

In this article, I’ll walk through how we integrated the uqudo SDK Flutter plugin into a FlutterFlow application using Custom Actions to enable a robust identity verification flow.

This solution leverages uqudo’s official Android and iOS SDKs to deliver a secure, scalable, and efficient KYC experience — particularly optimized for users across the Middle East & Africa.

🎯 Objective
The goal was to implement a reliable identity verification system in FlutterFlow that:

Accelerates user onboarding
Reduces manual verification efforts
Seamlessly integrates into a no-code / low-code workflow
Maintains high security and accuracy

🛠 Technology Stack

FlutterFlow
Custom Actions (Flutter code)
uqudo SDK Flutter Plugin
Android & iOS Native SDKs
Device Camera (Front Camera)

🧩 Architecture & Implementation Approach
To integrate uqudo into FlutterFlow, we followed a hybrid approach:

The uqudo Flutter plugin was added to the FlutterFlow project
Custom Actions were used to bridge FlutterFlow UI with SDK functionality
Platform-specific logic was handled in:
android/ (native implementation)
ios/ (native implementation)
This approach allowed us to:
Use advanced native SDK features
Keep FlutterFlow UI clean and manageable
Maintain flexibility for future enhancements

🔄 Verification Flow
1️⃣ Identity Document Scanning
We implemented document scanning for:

Aadhaar Card
PAN Card Using uqudo’s document verification capabilities, the app extracts and validates identity data efficiently.

2️⃣ Face Capture & Biometric Verification

The device’s front camera is used to capture the user’s face
Face matching is performed against the scanned document

This ensures:

Authenticity
Fraud prevention
Real-time verification

3️⃣ Verification Result Handling
Clear outcomes are displayed directly in the UI:

✅ Face matched successfully
❌ Face mismatch detected This improves transparency and user trust during onboarding.

4️⃣ Error Handling & User Feedback
Robust error handling was implemented using Custom Actions to manage:

Invalid document scans
Face mismatch scenarios
Camera permission issues
SDK-related errors Providing clear feedback significantly improved the user experience.

✅ Outcome & Impact
Successfully implemented a production-ready KYC flow within FlutterFlow
Reduced onboarding friction with automation
Enabled seamless integration of native SDKs in a low-code environment
Improved user trust with real-time verification feedback

🚀 Key Learnings
FlutterFlow Custom Actions are powerful for integrating complex SDKs
Combining low-code UI with custom Flutter logic offers both speed and flexibility
Native SDK integration is achievable without compromising maintainability
Proper error handling is critical for user trust and retention

🔗 Conclusion
Integrating the uqudo SDK in FlutterFlow using Custom Actions proved to be an effective approach for building a secure and scalable identity verification system.

This method bridges the gap between low-code development and advanced native capabilities, enabling faster delivery without sacrificing control or performance.

✨ Final Thoughts
If you’re building a FlutterFlow app that requires KYC, identity verification, or onboarding automation, this approach can significantly reduce development complexity while ensuring a high-quality user experience.

FlutterFlow #Flutter #MobileDevelopment #KYC #IdentityVerification

🚀 Which Flutter State Management Should You Use? (Complete Developer Guide)

Codexlancers — Wed, 29 Apr 2026 12:30:00 +0000

Flutter makes building beautiful apps easy — but as your app grows, managing data across screens becomes challenging.

You may have faced issues like:

UI not updating properly
Data not syncing between screens
Too many unnecessary rebuilds
👉 This is exactly where state management becomes essential.

In this guide, we’ll break down everything — from basics to advanced approaches — so you can confidently choose the right solution.

🧠** What is State Management?**
In simple terms:

👉 State = Any data that changes in your app

Examples:

Counter value
API response
User login status
Theme (dark/light)
👉 State Management = How you manage and update that data efficiently across your app

Without proper state management:

Your UI becomes unpredictable
Code becomes hard to maintain
Scaling becomes difficult
🔰 1. setState (The Simplest Way)
🧾 What it is
Built-in Flutter method to update UI when state changes.

📦 Example :

class CounterPage extends StatefulWidget {
  const CounterPage({super.key});

  @override
  State<CounterPage> createState() => _CounterPageState();
}

class _CounterPageState extends State<CounterPage> {
  int _count = 0;

  void _increment() {
    setState(() {         // triggers a rebuild
      _count++;
    });
  }

  @override
  Widget build(BuildContext context) {
    return Scaffold(
      body: Center(child: Text('Count: $_count')),
      floatingActionButton: FloatingActionButton(
        onPressed: _increment,
        child: const Icon(Icons.add),
      ),
    );
  }
}

✅ When to use :
Purely local UI interactions with no cross-widget communication — toggle buttons, form field validation, simple animations, local loading spinners.

🌱 2. Provider
🧾 What it is
A wrapper around InheritedWidget for structured state management.

📦 Example :

// 1. Define a ChangeNotifier
class CartProvider extends ChangeNotifier {
  final List<String> _items = [];
  List<String> get items => _items;

  void addItem(String item) {
    _items.add(item);
    notifyListeners(); // triggers rebuild in listeners
  }
}

// 2. Wrap your tree with ChangeNotifierProvider
ChangeNotifierProvider(
  create: (_) => CartProvider(),
  child: const MyApp(),
)

// 3. Read or watch in any descendant widget
final cart = context.watch<CartProvider>();
Text('${cart.items.length} items in cart')

✅ When to use :
Small-to-medium apps with straightforward state that doesn’t need complex async logic. Great for your first real Flutter project beyond tutorials.

⚡ 3. Riverpod (Modern Approach)
🧾 What it is
A more powerful and safer version of Provider.

📦 Example :

// pubspec.yaml
// riverpod_annotation: ^4.0.2
// riverpod_generator: ^4.0.3

part 'auth_notifier.g.dart';

// Class-based notifier with codegen
@riverpod
class AuthNotifier extends _$AuthNotifier {
  @override
  AuthState build() => const AuthState.initial();

  Future<void> signIn(String email, String password) async {
    state = const AuthState.loading();
    try {
      final user = await AuthService().signIn(email, password);
      state = AuthState.authenticated(user);
    } catch (e) {
      state = AuthState.error(e.toString());
    }
  }
}

// In a ConsumerWidget — no BuildContext magic needed
class AuthScreen extends ConsumerWidget {
  const AuthScreen({super.key});

  @override
  Widget build(BuildContext context, WidgetRef ref) {
    final authState = ref.watch(authNotifierProvider);

    return authState.when(
      initial: () => const LoginScreen(),
      loading: () => const CircularProgressIndicator(),
      authenticated: (user) => HomeScreen(user: user),
      error: (msg) => ErrorView(message: msg),
    );
  }
}

✅ When to use :
Medium-to-large apps where you want clean architecture, excellent async support, and testability without Bloc’s ceremony. Excellent choice for solo developers and small teams building production apps.

🧱** 4. Bloc / Cubit (Enterprise-Level)**
🧾 What it is
A structured pattern using streams.

Bloc → Event-driven
Cubit → Simpler version
📦 Example :

// State class
class AuthState {
  final bool isAuthenticated;
  final String? userId;
  const AuthState({required this.isAuthenticated, this.userId});
}

// Cubit — logic lives here, NOT in the widget
class AuthCubit extends Cubit<AuthState> {
  AuthCubit() : super(const AuthState(isAuthenticated: false));

  Future<void> signIn(String email, String password) async {
    final user = await AuthService.signIn(email, password);
    emit(AuthState(isAuthenticated: true, userId: user.id));
  }

  void signOut() => emit(const AuthState(isAuthenticated: false));
}

// Widget — just listens, zero logic
BlocBuilder<AuthCubit, AuthState>(
  builder: (context, state) {
    return state.isAuthenticated
        ? const HomeScreen()
        : const LoginScreen();
  },
)

✅ When to use :
Large-scale apps with complex business logic, multiple async operations, strict testability requirements, or teams that need predictable, traceable state transitions. Common in enterprise and fintech Flutter apps.

⚡ 5. GetX (Fast & Lightweight)
🧾 What it is
All-in-one solution (state + routing + dependency injection).

📦 Example :

// Controller — reactive variables with .obs
class ProfileController extends GetxController {
  final RxString name = ''.obs;
  final RxBool isLoading = false.obs;

  Future<void> loadProfile() async {
    isLoading.value = true;
    final data = await ApiService().getProfile();
    name.value = data.name;
    isLoading.value = false;
  }
}

// Widget — Obx auto-rebuilds when .obs changes
class ProfilePage extends GetView<ProfileController> {
  @override
  Widget build(BuildContext context) {
    return Obx(() {
      if (controller.isLoading.value) {
        return const CircularProgressIndicator();
      }
      return Text(controller.name.value);
    });
  }
}

// Navigation — no BuildContext needed
Get.to(() => const ProfilePage());
Get.back();

✅ When to use :
Prototypes, hackathons, small personal projects, or when you need to move very fast and want everything under one roof. Use with caution in large team environments.

🧩 Real-World Use Cases
🟢 Small Apps
Use:

setState
Provider 👉 Example: Forms, basic apps

🟡 Medium Apps
Use:

Provider
GetX 👉 Example: Dashboard, e-commerce

🔵 Large Apps
Use:

Riverpod
Bloc 👉 Example: Production apps with APIs

🔴 Team / Enterprise
Use:

Bloc
Riverpod 👉 Better maintainability and structure

🏁** Final Recommendation**
👶 Beginner
Start with:

setState → then Provider
🧑‍💻 Intermediate
Use:
Riverpod (recommended)
or GetX
🧠 Advanced / Production
Use:
Riverpod (modern + scalable)
Bloc (enterprise structure)

💡 Final Thoughts
There is no single “best” state management solution.

👉 The right choice depends on:

App complexity
Team size
Development speed
Maintainability needs

Flutter Plugin vs Flutter Package: What’s the Difference?

Codexlancers — Wed, 29 Apr 2026 04:30:00 +0000

As Flutter developers, we often use the terms plugin and package interchangeably. However, they are not the same thing. Understanding the distinction between the two is important when developing or choosing the right tool for your app.

📦 What is a Flutter Package?
A Flutter package is a collection of Dart code and assets (like images, fonts, etc.) that adds functionality to a Flutter app. Packages help developers avoid reinventing the wheel by providing reusable solutions for common problems.

🔑 Key Characteristics:
Written entirely in Dart.
Does not include any native platform-specific code (e.g., no Java/Kotlin for Android or Objective-C/Swift for iOS).
Can contain widgets, utilities, models, state management solutions, and more.
Works purely within the Flutter framework.
🌟 Examples:
🧩 provider (state management)
🌐 http (network requests)
💾 shared_preferences (basic key-value storage without heavy native dependencies)

🔌 What is a Flutter Plugin?
A Flutter plugin is a special type of package that provides an interface between Dart code and platform-specific code (Android, iOS, Web, Desktop). Plugins are needed when Flutter apps need to access platform services, sensors, or APIs that are outside the Flutter framework.

🔑 Key Characteristics:
Includes Dart code and platform-specific native code.
Uses platform channels to communicate between Flutter and native layers.
Needed when you require access to hardware features or native platform APIs (e.g., camera, GPS, file system).
🌟 Examples:
📸 camera (access device camera)
🗺️ google_maps_flutter (display Google Maps)
📱 device_info_plus (fetch device hardware info)
🔍 How to Identify if It’s a Package or Plugin?
When browsing pub.dev:

If you see “Plugin” tag: it’s a Flutter Plugin (native code included).
If you only see “Package” tag: it’s a Dart-only Flutter Package.
You can also look at the repository:

A plugin will usually have folders like android/, ios/, web/, macos/, windows/, or linux/.
A Dart-only package typically has only lib/, test/, and maybe assets/.

Thank you for reading!

I’d love to hear your thoughts — feel free to share your experiences or questions about Flutter plugins and packages in the comments.

Islamic Hijri Calendar Package

Codexlancers — Tue, 28 Apr 2026 04:30:00 +0000

Introduction
Introducing our Islamic Hijri Calendar Package for displaying most fully featured dates in Arabic and English numerals. In this solution, customers can easily notice the month’s name in Hijri, with a year and move months without any hassle. Today, I am going to introduce the Islamic Hijri

Calendar Package, which is a versatile, easy-to-use Flutter package that has the ability to show both the Islamic Hijri and the Gregorian Calendars in your Flutter apps.

Key Features
Dual Calendar View: Toggle between the Hijri and Gregorian calendars effortlessly.
Customizable Appearance: Adjust the border colors, text colors, background colors, and font styles to match your app’s theme.
Google Fonts Support: Use Google Fonts to ensure your calendar looks modern and clean.
Date Selection Callbacks: Get the selected date in both Gregorian and Hijri formats.
Date Adjustment: Adjust the Hijri calendar by a certain number of days as needed.
Disable Out-of-Month Dates: Show or hide dates that are not part of the current month.

Installation
First, add the package to your pubspec.yaml:

dependencies:
  islamic_hijri_calendar: ^1.0.0

Usage
Here’s how you can integrate the Islamic Hijri Calendar Package into your Flutter app:

import 'package:flutter/material.dart';
import 'package:islamic_hijri_calendar/islamic_hijri_calendar.dart';
void main() {
  runApp(MyApp());
}
class MyApp extends StatelessWidget {
  @override
  Widget build(BuildContext context) {
    return MaterialApp(
      theme: ThemeData(
        colorScheme: ColorScheme.fromSwatch().copyWith(
          primary: Colors.blue,
          onBackground: Colors.black,
          background: Colors.white,
        ),
      ),
      home: Scaffold(
        appBar: AppBar(
          title: Text('Islamic Hijri Calendar'),
        ),
        body: Center(
          child: IslamicHijriCalendar(
            isHijriView: true,
            highlightBorder: Theme.of(context).colorScheme.primary,
            defaultBorder: Theme.of(context).colorScheme.onBackground.withOpacity(.1),
            highlightTextColor: Theme.of(context).colorScheme.background,
            defaultTextColor: Theme.of(context).colorScheme.onBackground,
            defaultBackColor: Theme.of(context).colorScheme.background,
            adjustmentValue: 0,
            isGoogleFont: true,
            fontFamilyName: "Lato",
            getSelectedEnglishDate: (selectedDate) {
              print("English Date : $selectedDate");
            },
            getSelectedHijriDate: (selectedDate) {
              print("Hijri Date : $selectedDate");
            },
            isDisablePreviousNextMonthDates: true,
          ),
        ),
      ),
    );
  }
}

Customization Options
Dual Calendar View:
The isHijriView property allows users to toggle between viewing the Hijri calendar and the Gregorian calendar.

isHijriView: true, // Show Hijri calendar

Appearance Customization:
Customize the appearance of the calendar using the following properties:

highlightBorder: Sets the border color for the selected date.
defaultBorder: Sets the border color for other dates.
highlightTextColor: Sets the text color for today’s date.
defaultTextColor: Sets the text color for other dates.
defaultBackColor: Sets the background color for dates.

highlightBorder: Theme.of(context).colorScheme.primary,
defaultBorder: Theme.of(context).colorScheme.onBackground.withOpacity(.1),
highlightTextColor: Theme.of(context).colorScheme.background,
defaultTextColor: Theme.of(context).colorScheme.onBackground,
defaultBackColor: Theme.of(context).colorScheme.background,

Google Fonts:
Use Google Fonts to enhance the appearance of your calendar:

isGoogleFont: true,
fontFamilyName: "Lato",

Date Selection Callbacks:
Capture the selected date in both Gregorian and Hijri formats using these callbacks:

getSelectedEnglishDate: (selectedDate) {
  print("English Date : $selectedDate");
},
getSelectedHijriDate: (selectedDate) {
  print("Hijri Date : $selectedDate");
},

Date Adjustment:
Adjust the Hijri calendar dates by a specific value:

adjustmentValue: 0, // No adjustmen

Disable Previous/Next Month Dates:
Decide whether to show or hide dates from previous or next months:

isDisablePreviousNextMonthDates: true, // Disable dates not in the current month

Conclusion:
There is a calendar widget for Muslim users available for Flutter apps. This widget shows dates according to the Islamic Hijri Calendar with the familiar Gregorian calendar. This widget is pretty easy to set up in your app and has some appearance customization. It will help any Flutter app that is specifically targeted to engage Muslim users. For more information, you can check it out at Pub.dev

more information, check out the

https://pub.dev/packages/islamic_hijri_calendar

Thanks for reading! If you found this post useful, please share it with others in your network and follow me for more Flutter insights and tutorials. Keep coding and stay awesome!

Rating and Feedback Collector

Codexlancers — Mon, 27 Apr 2026 12:30:00 +0000

``

Introduction
User feedback collection cannot be overemphasized, therefore, if an app is to grow in both quality and satisfaction, The package offers a developer versatile solutions into making bars rated with icons, emojis, and even custom images. Further, this allows dynamic feedback alerts, hence allowing the user to include as much detail in their feedback as possible and rate your app. This will walk you through the setup and usage of this package, hence you can make full use of its features.

Key Features
Custom Icon Rating: Use any icon to represent rating units.
Smiley Emojis Rating: Default emoji images to express ratings.
Custom Image Rating: Use your custom images for ratings.
Feedback Alert Box for Low Ratings: Prompt users to provide feedback if they rate low.
Redirect to Store for High Ratings: Redirect users to the app store for a review if they rate high.
Customizable UI & Contents: Fully customizable to fit your app’s theme.
Submission Callback: Get feedback data with a callback function.
Installation
First, add the rating_and_feedback_collector package to your pubspec.yaml file:

`yaml dependencies: rating_and_feedback_collector: ^0.0.2 `
Then, run pub get to fetch the package.
Importing the Package
Next, import the package into your Dart file:

`dart
import 'package:rating_and_feedback_collector/rating_and_feedback_collector.dart';

`
Usage
Here are examples of how to use the package’s main features:

Rating Bar with Icons
The RatingBar widget allows you to use icons to represent ratings. You can customize the icons, their size, colors, and whether half ratings are allowed.

`dart double _rating = 0.0; RatingBar( iconSize: 40, // Size of the rating icons allowHalfRating: true, // Allows selection of half ratings filledIcon: Icons.star, // Icon for a filled rating unit halfFilledIcon: Icons.star_half, // Icon for a half-filled rating unit emptyIcon: Icons.star_border, // Icon for an empty rating unit filledColor: Colors.amber, // Color of filled rating units emptyColor: Colors.grey, // Color of empty rating units currentRating: _rating, // Set initial rating value onRatingChanged: (rating) { // Callback triggered when the rating is changed setState(() { _rating = rating; }); }, ), `
Rating Bar with Emoji Images
The RatingBarEmoji widget uses default emoji images to represent ratings.

`dart double _rating = 0.0; RatingBarEmoji( imageSize: 45, // Size of image in the rating bar currentRating: _rating, // Set initial rating value onRatingChanged: (rating) { // Callback triggered when the rating is changed setState(() { _rating = rating; }); }, ), `
Rating Bar with Custom Images
The RatingBarCustomImage widget allows you to use custom images for different rating levels.

`dart double _rating = 0.0; RatingBarCustomImage( imageSize: 45, // Size of image in the rating bar currentRating: _rating, // Set initial rating value activeImages: const [ AssetImage('assets/Images/ic_angry.png'), AssetImage('assets/Images/ic_sad.png'), AssetImage('assets/Images/ic_neutral.png'), AssetImage('assets/Images/ic_happy.png'), AssetImage('assets/Images/ic_excellent.png'), ], deActiveImages: const [ AssetImage('assets/Images/ic_angryDisable.png'), AssetImage('assets/Images/ic_sadDisable.png'), AssetImage('assets/Images/ic_neutralDisable.png'), AssetImage('assets/Images/ic_happyDisable.png'), AssetImage('assets/Images/ic_excellentDisable.png'), ], onRatingChanged: (rating) { // Callback triggered when the rating is changed setState(() { _rating = rating; }); }, ), `
Customization Properties
The package offers various properties to customize the rating bar and feedback dialog:

currentRating (double): Set initial rating value
filledIcon (only for RatingBar) (IconData?): Icon for a filled rating unit
halfFilledIcon (only for RatingBar) (IconData?): Icon for a half-filled rating unit
emptyIcon (only for RatingBar) (IconData?): Icon for an empty rating unit
filledColor (only for RatingBar) (Color?): Color of filled rating units
emptyColor (only for RatingBar) (Color?): Color of empty rating units
iconSize (double?): Size of the rating icons
onRatingChanged (Function(double)): Callback triggered when the rating is changed
allowHalfRating (only for RatingBar) (bool?): Allows selection of half ratings
isGoogleFont (bool?): Set to true for using Google fonts
fontFamilyName (String?): Custom font family name or Google font family name
showFeedbackForRatingsLessThan (double?): Threshold rating value below which feedback box is shown
feedbackBoxTitle (String?): Title for the feedback box
lowRatingFeedbackTitle (String?): Title for feedback options in the low rating feedback box
lowRatingFeedback (List?): List of feedback strings for low ratings
showDescriptionInput (bool?): Option to show input box for user descriptions in the feedback dialog
descriptionTitle (String?): Title for the description input box in the feedback dialog
descriptionPlaceHolder (String?): Placeholder text for the description input box
descriptionCharacterLimit (int?): Character limit for the description input
submitButtonTitle (String?): Title for the submit button in the feedback dialog
onSubmitTap (Function(selectedFeedback, description)): Callback function triggered on submission of feedback
showRedirectToStoreForRatingsGreaterThan (double?): Threshold rating value above which the app redirects to the store for a review
androidPackageName (String?): Android package name for the app, used in the store redirect
iosBundleId (String?): iOS bundle ID for the app, used in the store redirect
innerWidgetsBorderRadius (double?): **Border radius for the feedback dialog widgets
**alertDialogBorderRadius (double?): **Border radius for the feedback dialog
**Conclusion
Rating_and_feedback_collector Package is the optimal solution for adding highly flexible rating bars and in-app feedback alerts into your Flutter app.
By incorporating this package you can raise user’s interest, collect useful feedback and eventually boost your app’s ratings in the store. Include this package into your app and enjoy its flexible and user-friendly elements.

more information, check out the
https://pub.dev/packages/rating_and_feedback_collector

Thanks for reading! If you found this post useful, please share it with others in your network and follow me for more Flutter insights and tutorials. Keep coding and stay awesome!