THÔNG TIN SẢN PHẨM CỦA NHÓM (kèm link demo, doc...)

This branch is still under development

Thông tin nhóm:

Lưu Tuấn Quân - 20127600
Huỳnh Minh Bảo- 20127004
Vũ Huy Hoàng - 20127171

Link Youtube Demo:

Youtube

Link File đánh giá:

GoogleDocs

How to Use

Step 1: Go to project root and execute the following command in console to get the required dependencies:

flutter pub get

Step 2: Execute the following command to generate files

flutter packages pub run build_runner build --delete-conflicting-outputs

Hide Generated Files

In Visual Studio Code, navigate to Preferences -> Settings and search for Files:Exclude. Add the following patterns:

**/*.inject.summary
**/*.inject.dart
**/*.g.dart

End of readme.

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.

Boilerplate Features:

Splash
Login
Home
Routing
Theme
Dio
Database
MobX (to connect the reactive data of your application with the UI)
Provider (State Management)
Encryption
Validation
Code Generation
User Notifications
Logging
Dependency Injection
Dark Theme Support (new)
Multilingual Support (new)
Provider example (new)

Up-Coming Features:

Connectivity Support
Background Fetch Support

Libraries & Tools Used

Dio
Database
MobX (to connect the reactive data of your application with the UI)
Provider (State Management)
Encryption
Validation
Logging
Notifications
Json Serialization
Dependency Injection

Folder Structure

Here is the core folder structure which flutter provides.

flutter-app/
|- android
|- build
|- ios
|- lib
|- test

Here is the folder structure we have been using in this project

lib/
|- constants/
|- data/
|- stores/
|- ui/
|- utils/
|- widgets/
|- main.dart
|- routes.dart

Now, lets dive into the lib folder which has the main code for the application.

1- constants - All the application level constants are defined in this directory with-in their respective files. This directory contains the constants for `theme`, `dimentions`, `api endpoints`, `preferences` and `strings`.
2- data - Contains the data layer of your project, includes directories for local, network and shared pref/cache.
3- stores - Contains store(s) for state-management of your application, to connect the reactive data of your application with the UI. 
4- ui — Contains all the ui of your project, contains sub directory for each screen.
5- util — Contains the utilities/common functions of your application.
6- widgets — Contains the common widgets for your applications. For example, Button, TextField etc.
7- routes.dart — This file contains all the routes for your application.
8- main.dart - This is the starting point of the application. All the application level configurations are defined in this file i.e, theme, routes, title, orientation etc.

Constants

This directory contains all the application level constants. A separate file is created for each type as shown in example below:

constants/
|- app_theme.dart
|- dimens.dart
|- endpoints.dart
|- preferences.dart
|- strings.dart

Data

All the business logic of your application will go into this directory, it represents the data layer of your application. It is sub-divided into three directories local, network and sharedperf, each containing the domain specific logic. Since each layer exists independently, that makes it easier to unit test. The communication between UI and data layer is handled by using central repository.

data/
|- local/
    |- constants/
    |- datasources/
    |- app_database.dart

|- network/
    |- constants/
    |- exceptions/
    |- rest_client.dart

|- sharedpref
    |- constants/
    |- shared_preference_helper.dart

|- repository.dart

Stores

The store is where all your application state lives in flutter. The Store is basically a widget that stands at the top of the widget tree and passes it's data down using special methods. In-case of multiple stores, a separate folder for each store is created as shown in the example below:

stores/
|- login/
    |- login_store.dart
    |- form_validator.dart

UI

This directory contains all the ui of your application. Each screen is located in a separate folder making it easy to combine group of files related to that particular screen. All the screen specific widgets will be placed in widgets directory as shown in the example below:

ui/
|- login
   |- login_screen.dart
   |- widgets
      |- login_form.dart
      |- login_button.dart

Utils

Contains the common file(s) and utilities used in a project. The folder structure is as follows:

utils/
|- encryption
   |- xxtea.dart
|- date
  |- date_time.dart

Widgets

Contains the common widgets that are shared across multiple screens. For example, Button, TextField etc.

widgets/
|- app_icon_widget.dart
|- empty_app_bar.dart
|- progress_indicator.dart

Routes

This file contains all the routes for your application.

import 'package:flutter/material.dart';

import 'ui/post/post_list.dart';
import 'ui/login/login.dart';
import 'ui/splash/splash.dart';

class Routes {
  Routes._();

  //static variables
  static const String splash = '/splash';
  static const String login = '/login';
  static const String home = '/post';

  static final routes = <String, WidgetBuilder>{
    splash: (BuildContext context) => SplashScreen(),
    login: (BuildContext context) => LoginScreen(),
    home: (BuildContext context) => HomeScreen(),
  };
}

Main

This is the starting point of the application. All the application level configurations are defined in this file i.e, theme, routes, title, orientation etc.

import 'package:boilerplate/routes.dart';
import 'package:flutter/material.dart';
import 'package:flutter/services.dart';

import 'constants/app_theme.dart';
import 'constants/strings.dart';
import 'ui/splash/splash.dart';

void main() {
  SystemChrome.setPreferredOrientations([
    DeviceOrientation.portraitUp,
    DeviceOrientation.portraitDown,
    DeviceOrientation.landscapeRight,
    DeviceOrientation.landscapeLeft,
  ]).then((_) {
    runApp(MyApp());
  });
}

class MyApp extends StatelessWidget {
  // This widget is the root of your application.
  @override
  Widget build(BuildContext context) {
    return MaterialApp(
      debugShowCheckedModeBanner: false,
      title: Strings.appName,
      theme: themeData,
      routes: Routes.routes,
      home: SplashScreen(),
    );
  }
}

Wiki

Checkout wiki for more info

Conclusion

I will be happy to answer any questions that you may have on this approach, and if you want to lend a hand with the boilerplate then please feel free to submit an issue and/or pull request 🙂

Again to note, this is example can appear as over-architectured for what it is - but it is an example only. If you liked my work, don’t forget to ⭐ star the repo to show your support.

bebaoboy / advancedmobiledev_studenthub_20127600_20127004_20127171