Initial commit of the Flutter Cursor Generator project, including the core generator tool, project brief schema, example project setup, and CI configuration. Added README documentation outlining repository structure, quick start guide, and detailed descriptions of features and architecture pillars.

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2026-05-12 22:29:55 +05:30
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---
description: "Freezed code generation conventions for {{PROJECT_NAME}} — Pillar 4"
alwaysApply: true
---
# Freezed Standards — {{PROJECT_NAME}}
## When to use Freezed
- All domain entities and data models — use `@freezed`
- Union types / sealed classes — use `@freezed` with multiple constructors
- BLoC states and events — use `@freezed`
## Model pattern
```dart
@freezed
class Product with _$Product {
const factory Product({
required String id,
required String name,
required double price,
@Default(0) int stockCount,
String? imageUrl,
}) = _Product;
factory Product.fromJson(Map<String, dynamic> json) => _$ProductFromJson(json);
}
```
## Union type pattern
```dart
@freezed
sealed class ProductState with _$ProductState {
const factory ProductState.initial() = ProductInitial;
const factory ProductState.loading() = ProductLoading;
const factory ProductState.loaded(List<Product> products) = ProductLoaded;
const factory ProductState.error(String message) = ProductError;
}
// Usage — exhaustive switch
final widget = state.when(
initial: () => const SizedBox.shrink(),
loading: () => const ProductShimmer(),
loaded: (products) => ProductList(products: products),
error: (msg) => ErrorWidget(message: msg),
);
```
## Critical rules
- **NEVER** edit `.freezed.dart` or `.g.dart` files — they are generated
- Run `dart run build_runner build --delete-conflicting-outputs` after changes
- Run `dart run build_runner watch` during development
- Add `*.freezed.dart` and `*.g.dart` to `.gitignore` (or commit them — team must decide)
- Always define `copyWith` via Freezed — never write manual `copyWith`
## Patterns to avoid
```dart
// ❌ Manual copyWith — replaced by Freezed
Product copyWith({String? name, double? price}) => Product(
id: id, name: name ?? this.name, price: price ?? this.price,
);
// ✅ Let Freezed generate it
product.copyWith(name: 'New Name', price: 9.99)
```
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---
description: "Injectable dependency injection conventions for {{PROJECT_NAME}} — Pillar 4"
alwaysApply: true
---
# Injectable (get_it) Standards — {{PROJECT_NAME}}
## Setup
```dart
// lib/core/di/injection.dart
@InjectableInit()
void configureDependencies() => getIt.init();
```
## Annotations
```dart
@singleton // One instance for app lifetime
@lazySingleton // Created on first access (preferred for most services)
@injectable // New instance each time (use sparingly)
@factoryMethod // Custom factory logic
```
## Example
```dart
@lazySingleton
class ProductRepository {
final DioClient _client;
const ProductRepository(this._client); // Constructor injection
}
@injectable
class GetProductsUseCase {
final ProductRepository _repo;
const GetProductsUseCase(this._repo);
}
```
## Rules
- Run `dart run build_runner build` after adding/modifying `@injectable` annotations
- **NEVER** use `getIt<T>()` in widget `build()` methods — inject via constructor or provider
- Use `@module` for third-party registrations (Dio, SharedPreferences, etc.)
- Register environment-specific implementations with `@Environment('dev')` / `@Environment('prod')`
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---
description: "json_serializable conventions for {{PROJECT_NAME}} — Pillar 4"
alwaysApply: true
---
# json_serializable Standards — {{PROJECT_NAME}}
## Model annotation
```dart
@JsonSerializable(explicitToJson: true) // explicitToJson for nested objects
class ProductDto {
final String id;
final String name;
@JsonKey(name: 'unit_price') // snake_case API → camelCase Dart
final double unitPrice;
@JsonKey(defaultValue: false)
final bool isActive;
final DateTime createdAt; // auto-converted from ISO 8601 string
const ProductDto({
required this.id,
required this.name,
required this.unitPrice,
required this.isActive,
required this.createdAt,
});
factory ProductDto.fromJson(Map<String, dynamic> json) => _$ProductDtoFromJson(json);
Map<String, dynamic> toJson() => _$ProductDtoToJson(this);
}
```
## Critical rules
- **NEVER** edit `*.g.dart` files
- Use `@JsonKey(defaultValue: ...)` for nullable API fields — API contracts change
- Use `explicitToJson: true` whenever the model has nested objects
- Null safety: API fields not guaranteed to be non-null should be `String?` not `String`
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---
description: "Retrofit (Dio) API client conventions for {{PROJECT_NAME}} — Pillar 4"
alwaysApply: true
---
# Retrofit Standards — {{PROJECT_NAME}}
## API client definition
```dart
@RestApi()
abstract class ProductApiClient {
factory ProductApiClient(Dio dio, {String? baseUrl}) = _ProductApiClient;
@GET('/products')
Future<List<ProductDto>> getProducts(@Query('category') String? category);
@GET('/products/{id}')
Future<ProductDto> getProduct(@Path('id') String id);
@POST('/products')
Future<ProductDto> createProduct(@Body() CreateProductDto dto);
}
```
## Rules
- **NEVER** edit `*.g.dart` files
- Run `dart run build_runner build` after modifying API client
- All DTOs used in Retrofit must have `fromJson`/`toJson` (via `json_serializable` or Freezed)
- Handle `DioException` in the repository layer — never let it reach the presentation layer
- Use `@Headers({'Content-Type': 'application/json'})` at class level, not per-method