Feat/documentation

assets/documentation/CHANGELOG.md

@@ -0,0 +1,5 @@
+# Changelog
+
+## v0.0.1 - 1
+
+* ProjectSetup: Initialized new project with base architecture

assets/documentation/README.md

@@ -0,0 +1,28 @@
+# {app_name}
+
+Readme file contains a technical description of the {app_name} project, provides instructions on how to install the applications and contains description of complex technical solutions and flows used. 
+
+## Contents:
+
+* [Installation instructions](docs/INSTALL_INSTRUCTION.md)
+* [Architecture overview](docs/ARCH_OVERVIEW.md)
+* [Technical description](docs/TECH_DESCRIPTION.md)
+* [Development solutions](docs/dev_solutions/DEV_SOLUTIONS.md)
+* [Changelog](CHANGELOG.md)
+
+## Project environment
+
+* Supported Dart SDK `>=3.2.0 <4.0.0`
+* Flutter SDK `Channel stable, 3.19.1` 
+* Min Android SDK version `22` 
+* Compile Android API version `34` 
+* Target Android API version `34`
+* Minimum deployment iOS version: `12` 
+
+## Application packages
+
+Here described package names and bundle ids used in the {app_name} application project:
+
+{platform_package_names}
+
+

assets/documentation/docs/ARCH_OVERVIEW.md

@@ -0,0 +1,75 @@
+# Architecture overview
+
+{app_name} project code built on Clean based hybrid Architecture (I'll just call it Clean architecture for simplicity's sake).  
+
+The main concept of regular [Clean Architecture](http://blog.cleancoder.com/uncle-bob/2012/08/13/the-clean-architecture.html) is codes splitted to layers, where every low-level layer knows nothing about up layers, separation of business logic from UI, not depending on frameworks or libraries, etc.
+
+The architecture we used in {app_name} project is very similar to the regular Clean architecture, but it has its own values, which is why we call it Clean based quasi-architecture.
+
+The main features of the architecture:
+
+* a clear separation of code into layers: data, domain, presentation is preserved;
+* each layer operates with data within its responsibility;
+* interaction between layers occurs through interfaces;
+* data models are separated from general use models;
+* DI is used to provide access to code components; 
+* the chain of access to components and method calls is strictly defined and cannot be broken;
+* there is an additional app layer to meet the needs of the application;
+
+## Layers, components, and their interaction
+
+### App level
+Contains classes that meet the needs of the entire application. These are usually global components that affect the operation of the entire application. For example: navigation components, localization, utilities, etc. 
+This layer also contains application-level services. Usually, these are services that process and store data on which the application globally depends. For example: authorization status, current user profile, etc. 
+These services are created and transferred using DI. 
+
+### Data layer
+The data layer operates with the lowest-level data and deals with receiving data from various sources, transferring data to storage locations, transforming it, organizing it, and then transferring it to the next layer. 
+To be more specific, the main operations that take place in the data layer are as follows: 
+
+* work with APIs;
+* work with data storage;
+* work with other data providers;
+* data transformation for further use in other layers;
+
+The data layer has 2 main components: **source** and **repository implementation**.
+
+**Source** receives data directly from the provider: API, Storage, or others data providers and transmits it in the data format or class of a specific error. 
+
+The **repository** interacts with different sources, receives data from them, transforms, combines and performs other necessary operations and passes it on in the format of data or error.
+
+Both components are created through DI, and have a dependency between them, so that **source can be called from repository but not vice versa**. The dependency is ensured by passing source to the repository constructor (in the DI configuration).  
+
+### Domain layer
+The Domain layer is the link layer between data and presentation. In this layer, data is retrieved from the data layer and data calls are organized into specific scenarios. 
+
+The main components are: **usecase** and **repository interface**.
+
+**Usecase** executes specific scenarios in the application by calling repositories, services, and other auxiliary components and returns a result that is ready to be used in the presentation in the format of data or error.  
+
+The **repository interface** is a simple interface that describes the functions of a specific repository and from which a specific repository in the data layer is inherited. 
+
+Both components are created through DI and have a dependency between them, so that **usecase can call functions of repository (or service) but not vice versa**. The dependency is ensured by passing source to the repository constructor (in the DI configuration). 
+
+### Presentation layer
+The presentation layer contains classes that are responsible for the visual display of the application, UI and screens, as well as **state controllers and presentation logic holders**(BLoC).
+
+Usually, a separate state controller is used for each screen. But there are cases when it can be used in several places. 
+
+The **state controller** is the highest component in the call chain by calling **usecase** and it initiates calls to other components sequentially. In turn, the state controller depends on the events that occur in the UI.  
+
+### Call chain
+
+To be more specific, the call chain works from the highest level (UI and state controller) to the lowest and usually looks like this:
+
+* usecase called from state controller (BLoC);
+* one or more repositories(interface) (or services) called from usecase;
+* one or more sources called from repository(implementation);
+* source called data provider (API request or else);
+* result is providing back to caller by returning result in each component;
+
+
+
+
+
+

assets/documentation/docs/INSTALL_INSTRUCTION.md

@@ -0,0 +1,132 @@
+# {app_name} Installation guide
+
+This section describes different installation options. It consists of the following parts:
+
+* Terminology  
+* Platforms supported
+* Environment variables and setup
+* Important installation instructions
+* How to run {app_name} application locally
+* How to run {app_name} automatic tests
+* How to build {app_name} application
+
+
+
+## Terminology
+
+* **Output Type** - platform keyword used in run or build commands to specify for what platform app will be built. Available platforms are: 
+
+```
+{output_types}
+```
+Apk and AppBundle refers to Android and specifies a type of output file (`*.apk` or `*.aab`).
+
+
+* **Flavor** - type of application configuration. {app_name} supports following flavors: 
+
+```
+{app_flavors}
+```
+
+* **Build type** - type of build process: `release` or `debug`.
+* **main.dart** file - main file and entry point of your application. {main_count_description}:
+
+```
+{app_main_files}
+```
+
+When you specifying a flavor in run or build command you also need to specify corresponding `main.dart` file for that flavor.
+
+## Platforms supported
+
+{app_name} application supported on following platforms:
+
+{app_platforms} 
+
+## Important installation instructions
+
+Before opening {app_name} project make sure that you have installed followed software on your Mac or PC:
+
+* IDE (Android Studio or VSCode)
+* Dart SDK
+* Flutter SDK and Flutter plugin for IDE
+
+When you sure you installed followed software follow steps to prepare {app_name} project to build.
+
+* Open project folder in your IDE and wait for project indexing finished
+* Open IDE terminal and run `dart pub get` command and wait to complete and import errors disappeared
+
+## Environment variables and setup
+
+To add project environment keys need to create `.env` file in root folder for each of flavors: 
+
+```
+{app_env_files}
+```
+
+{app_env_explanation} 
+Environment file scheme: 
+
+```
+STRIPE_KEY=enter_stripe_key
+OPENAI_PUBLIC_KEY=enter_openAi_key
+```
+## How to run {app_name} application locally
+
+To run {app_name} application locally on device follow steps:
+
+* Connect device or open an device emulator and make sure it appeared in devices list in IDE;
+* Select build configuration in Flutter plugin toolbar
+* Press Run button
+
+You can use commands to run applications also. To run app:
+
+* Open IDE terminal
+* Run command `flutter run --flavor {flavor} --{build_type} -t {path_to_main.dart}`
+
+## How to run {app_name} automatic tests
+
+{app_name} application is covered with **unit** and **widgets** tests. 
+The goal of a unit test is to verify the correctness of a unit of logic under a variety of conditions.
+The goal of a widget test is to verify that the widget’s UI looks and interacts as expected.
+
+To lauch all tests run following command in IDE terminal:
+
+`flutter test`
+
+To launch specific test run following command in IDE terminal:
+
+`flutter test {path_to test_file.dart}`
+
+## How to build {app_name} application
+
+To build application open IDE terminal use following command:
+
+`flutter build {output_type} --flavor {flavor} -t {{path_to_main.dart}}`
+
+Add obfuscation params if you build application for mobile platforms:
+`--obfuscate --split-debug-info=debug_info`
+
+Next step is depending on platform:
+
+* For iOS and MacOS open ios/macos folder of project in XCode and follow instructions How to upload app to AppStore
+* For Android you'll see the location of the output file in the terminal after build finished. Follow the instruction to upload build to Play Store
+* For Web - after build completed - deploy content of `/web` folder to your server  
+
+## Possible build errors
+
+### Some files are underlined red in project file tree:
+
+Try to run `dart pub get` command in IDE terminal
+
+### When you build an iOS or MacOS application you might get Pod's issue. 
+
+To fix that run following command in IDE terminal:
+
+`cd ios && pod cache clean --all && pod repo update && pod update && cd .. && flutter clean && flutter pub get`   
+
+
+
+
+
+

assets/documentation/docs/TECH_DESCRIPTION.md

@@ -0,0 +1,86 @@
+# {app_name} Technical description
+
+This file contains a description of technologies, packages and libraries used in {app_name} project. 
+
+## Main Technologies
+
+### Core packages
+* [GetIt](https://pub.dev/packages/get_it) - service locator, used for fast and effective acces to objects
+* [Screen Util](https://pub.dev/packages/flutter_screenutil) - adaptive UI tools providing autoscaling UI features 
+* [Go Router](https://pub.dev/packages/go_router) - navigation library that complies with Flutter Navigation 2.0 
+* [Freezed](https://pub.dev/packages/freezed_annotation) - code generarion of data classes withh boilerplate functions
+
+### Local storage and database 
+
+* [Hive](https://pub.dev/packages/hive) - effective noSQL database
+* [Shared Preferences](https://pub.dev/packages/shared_preferences) - key-value storage
+
+### Networking 
+
+* [Dio](https://pub.dev/packages/dio) - Http client
+* [Json Annotation](https://pub.dev/packages/json_annotation) - code generation based JSON parsing utility
+
+### State management 
+
+* [Bloc](https://pub.dev/packages/flutter_bloc) - state management
+
+### UI
+
+* [Native Splash](https://pub.dev/packages/flutter_native_splash) - utitity to generate splash screen from yaml configuration(in `pubspec.yaml`) 
+
+## Build runner
+
+{app_name} project uses Build Runner to generate additional code. This features mostly used in **freezed** and **jsonAnnotation** utilities. So when you chaning build runner related classes you need to regenerate additional generated classes (mostly it's `*.g.dart`, `*.freezed.dart` classes). 
+
+To generate classes:
+
+`flutter packages pub run build_runner build`
+
+Use the [watch] flag to watch the files' system for edits and rebuild as necessary.
+
+`flutter packages pub run build_runner watch`
+
+If you have conflicts use command:
+
+`flutter pub run build_runner build --delete-conflicting-outputs`
+
+## Launcher Icons
+
+{app_name} uses [flutter_launcher_icons](https://pub.dev/packages/flutter_launcher_icons) plugin fro quick generation on icons for mobile applications. Flutter Launcher Icons configuration placed in pubspec.yaml (`flutter_launcher_icons` section) or in config file called `flutter_launcher_icons.yaml`. 
+After you changing configuration or icon images need to rerun icons generation to apply changes using command:
+
+`flutter pub run flutter_launcher_icons:main`
+
+If project contains flavors and need to regenerate icons for ech flavor run:
+
+`flutter pub run flutter_launcher_icons:main -f flutter_launcher_icons*`
+
+## Deep links
+
+{app_name} has a deep link features, and here describe all deeplinks options are available in the application.
+
+Deep links schemes are:
+
+* Android: `https://dev-backend.myapp.com/{action}`
+* iOS: `myappappscheme://myapp.com/{action}`
+* iOS Unilink: `https://dev-backend.myapp.com/{action}`
+
+Deeplink actions:
+
+* Move money (deeplink to open transfer money to some user): `move_money`
+
+### Testing Deep links
+**Android:**
+```
+adb shell am start -a android.intent.action.VIEW \
+-c android.intent.category.BROWSABLE \
+-d https://dev-backend.myapp.com/move_money
+```
+
+**iOS Scheme links:**
+
+`xcrun simctl openurl booted myappappscheme://myapp.com/move_money`
+
+**IOS Uni Links:**
+
+`xcrun simctl openurl booted https://dev-backend.myapp.com/move_money`

assets/documentation/docs/dev_solutions/DEV_SOLUTIONS.md

@@ -0,0 +1,9 @@
+# Development solutions
+
+This section describes complex flows, custom complex solutions and describes package modifications used in {app_name} application.  
+
+Contents:
+* [Example Flow](EXAMPLE.md)
+
+
+

assets/documentation/docs/dev_solutions/EXAMPLE.md

@@ -0,0 +1,18 @@
+# Example Flow
+
+
+This section describing how Example flow works in {app_name} application. 
+For verifying user identity [Onfido](https://onfido.com/) library used. Onfido incapsulates all business logic about capturing user documents and send it to verify and jus return a status KYC of validation. 
+
+```mermaid
+flowchart TD
+A[User Logged In] --> B[Check KYC status];
+B ----> C{KYC Approved}
+C -- Yes --> D[User allowed to order physical card];
+C -- No --> E[Show Verify identity button on Home screen];
+D ----> F[Verify button pressed]
+E ----> G{Launch Onfido verifying}
+G -- Verified --> D;
+G -- Verification failed --> J[Show Verification failure message];
+J ----> E
+```

bricks/flutter_clean_base/__brick__/{{project_name.snakeCase()}}/lib/app/service/app_service.dart

@@ -19,7 +19,7 @@ class AppService {
   final _secureFromJailbreak = true;
 
   Future<bool> initialize() async {
-    if (_secureFromJailbreak && !kIsWeb) {
+    if (_secureFromJailbreak && !kIsWeb && !kDebugMode) {
       final isJailBroken = await FlutterJailbreakDetection.jailbroken;
       if (isJailBroken) {
         return false;

bricks/flutter_clean_base/__brick__/{{project_name.snakeCase()}}/lib/core/di/remote.dart

@@ -7,14 +7,18 @@ import 'package:{{project_name}}/core/arch/data/remote/clients/dio/dio_request_p
 {{#graphql}}import 'package:{{project_name}}/core/arch/data/remote/clients/graph_ql/graph_ql_client.dart';
 import 'package:{{project_name}}/core/arch/data/remote/clients/graph_ql/request_processor/graph_ql_request_processor.dart';
 import 'package:{{project_name}}/core/arch/data/remote/clients/graph_ql/request_processor/graph_ql_request_processor_impl.dart';{{/graphql}}
-
+{{#firebase_auth}}import 'package:firebase_auth/firebase_auth.dart';{{/firebase_auth}}
 void registerRemote(GetIt getIt) {
   final dioClientModule = _DioClientModule();
 
   getIt.registerLazySingleton<DioRequestProcessor>(
         dioClientModule.makeDioErrorHandler,
-    );{{#graphql}}
-  getIt.registerLazySingleton<GraphQlRequestProcessor>(
+    );{{#firebase_auth}}
+  getIt.registerLazySingleton<FirebaseAuth>(
+        () => FirebaseAuth.instance,
+  );{{/firebase_auth}}
+
+  {{#graphql}}getIt.registerLazySingleton<GraphQlRequestProcessor>(
       GraphQlRequestProcessorImpl.new,
   );
   getIt.registerLazySingleton<GraphQlClient>(
@@ -23,6 +27,5 @@ void registerRemote(GetIt getIt) {
   //{remote end}
 }
 
-{{#graphql}}GraphQlClient graphQlApiClient() => GetIt.I.get<GraphQlClient>();
-{{/graphql}}
+{{#graphql}}GraphQlClient graphQlApiClient() => GetIt.I.get<GraphQlClient>();{{/graphql}}
 class _DioClientModule extends DioClientModule {}