### Install Lite Ref

Source: https://pub.dev/documentation/lite_ref/latest/index

Add the lite_ref package to your Dart or Flutter project using the dart pub add command. This is the first step to integrating Lite Ref into your application.

```bash
dart pub add lite_ref
```

--------------------------------

### Singleton and Transient Instances with Lite Ref

Source: https://pub.dev/documentation/lite_ref/latest/index

Demonstrates creating global singletons using `Ref.singleton` (ensuring only one instance exists) and transient instances using `Ref.transient` (always creating a new instance). Includes examples for overriding and freezing singletons.

```dart
final dbRef = Ref.singleton(() => Database());
assert(dbRef.instance == dbRef.instance);

final db = dbRef.instance; // or dbRef()

dbRef.overrideWith(() => MockDatabase());
dbRef.freeze();

final dbRefTransient = Ref.transient(() => Database());
assert(dbRefTransient.instance != dbRefTransient.instance);
```

--------------------------------

### Example Usage of overrideWith

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/ScopedRef/overrideWith

Demonstrates how to use the `overrideWith` method within a `LiteRefScope` to provide a mock implementation for a `settingsServiceRef`.

```dart
LiteRefScope(
   overrides: [
      settingsServiceRef.overrideWith((ctx) => MockSettingsService()),
   ],
   child: MyApp(),
   )
```

--------------------------------

### SingletonRef Class Methods

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/SingletonRef/SingletonRef

Provides an overview of the methods available for the SingletonRef class, including methods for calling, freezing, handling no such method errors, overriding, and string representation.

```APIDOC
##### SingletonRef class
  1. Constructors
  2. new
  3. Properties
  4. hashCode
  5. instance
  6. runtimeType
  7. Methods
  8. call
  9. freeze
  10. noSuchMethod
  11. overrideWith
  12. toString
  13. Operators
  14. operator ==
```

--------------------------------

### Ref Class Constructors and Static Methods

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/Ref/Ref

Provides documentation for the Ref class constructor and various static methods used for dependency injection and state management within the lite_ref package.

```APIDOC
Ref Class:
  Constructors:
    new: Creates a new instance of the Ref class.

  Static Methods:
    asyncSingleton<T>(Future<T> Function() create, {String? name, bool autoDispose = false}): Creates an asynchronous singleton.
    asyncTransient<T>(Future<T> Function() create, {String? name, bool autoDispose = false}): Creates an asynchronous transient.
    scoped<T>(T Function() create, {String? name, bool autoDispose = false}): Creates a scoped instance.
    scopedFamily<T>(T Function(Ref ref) create, {String? name, bool autoDispose = false}): Creates a scoped family.
    singleton<T>(T Function() create, {String? name, bool autoDispose = false}): Creates a singleton instance.
    transient<T>(T Function() create, {String? name, bool autoDispose = false}): Creates a transient instance.
```

--------------------------------

### Using ScopedRef.of in a StatelessWidget

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/ScopedRef/of

An example demonstrating how to use the `of` method to access a `settingsService` instance within a `SettingsPage` widget and retrieve theme mode information.

```dart
class SettingsPage extends StatelessWidget {
  const SettingsPage({super.key});

  @override
  Widget build(BuildContext context) {
    final settingsService = settingsServiceRef.of(context);
    return Text(settingsService.getThemeMode());
  }
}
```

--------------------------------

### Ref Class Static Methods for Instance Creation

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/Ref-class

Provides an overview of the static methods available on the Ref class for creating various types of refs. These methods allow for asynchronous creation, scoped instances, and family-based instances.

```APIDOC
Ref.new()

Properties:
  hashCode → int
    The hash code for this object.
    no setter inherited
  runtimeType → Type
    A representation of the runtime type of the object.
    no setter inherited

Methods:
  noSuchMethod(Invocation invocation) → dynamic
    Invoked when a nonexistent method or property is accessed.
    inherited
  toString() → String
    A string representation of this object.
    inherited

Operators:
  operator ==(Object other) → bool
    The equality operator.
    inherited

Static Methods:
  asyncSingleton<T>(Future<T> create()) → AsyncSingletonRef<T>
    Creates a new AsyncSingletonRef which always return the same instance.
  asyncTransient<T>(Future<T> create()) → AsyncTransientRef<T>
    Creates a new AsyncTransientRef which always return a new instance.
  scoped<T>(CtxCreateFn<T> create, {DisposeFn<T>? dispose, bool autoDispose = true}) → ScopedRef<T>
    Creates a new ScopedRef which requires a context to access the instance.
  scopedFamily<T, F>(CtxFamilyCreateFn<T, F> create, {DisposeFn<T>? dispose, bool autoDispose = true}) → ScopedFamilyRef<T, F>
    Creates a new ScopedFamilyRef which requires a context and family value to access the instance. The family value must be immutable and implement `==` and `hashCode`.
  singleton<T>(T create()) → SingletonRef<T>
    Creates a new SingletonRef which always return the same instance.
  transient<T>(T create()) → TransientRef<T>
    Creates a new TransientRef which always return a new instance.
```

--------------------------------

### Creating Refs with Ref Class

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/Ref-class

Demonstrates the creation of different types of refs using the Ref class, including scoped, scopedFamily, singleton, and transient instances. These are common patterns for managing dependencies.

```dart
final scoped = Ref.scoped((context) => AuthService());
final scopedFamily = Ref.scopedFamily((context, id) => ProductService(id));
final singleton = Ref.singleton(() => Database());
final transient = Ref.transient(() => APIClient());
```

--------------------------------

### Automatic Disposal of ScopedRefs

Source: https://pub.dev/documentation/lite_ref/latest/index

Explains how Lite Ref automatically disposes of instances provided by ScopedRefs if they are ChangeNotifiers, ValueNotifiers, or implement Disposable. The CounterController example shows automatic disposal when CounterView is unmounted.

```dart
class CounterController extends ChangeNotifier {
  var _count = 0;
  int get count => _count;

  void increment() {
    _count++;
    notifyListeners();
  }

  void decrement() {
    _count--;
    notifyListeners();
  }
}

final countControllerRef = Ref.scoped((ctx) => CounterController());

class CounterView extends StatelessWidget {
  const CounterView({super.key});

  @override
  Widget build(BuildContext context) {
    final controller = countControllerRef.of(context);
    return ListenableBuilder(
      listenable: controller,
      builder: (context, snapshot) {
        return Text('${controller.count}');
      },
    );
  }
}
```

--------------------------------

### Asynchronous Singleton with Lite Ref

Source: https://pub.dev/documentation/lite_ref/latest/index

Shows how to create a singleton instance asynchronously using `Ref.asyncSingleton`. This is useful for services that require initialization, like setting up a database connection. Access the instance using `await dbRef.instance` or synchronously with `dbRef.assertInstance` if the instance is guaranteed to be ready.

```dart
final dbRef = Ref.asyncSingleton(() async => await Database.init());

final db = await dbRef.instance;

// only use this if you know the instance is already created
final db = dbRef.assertInstance;
```

--------------------------------

### TransientRef Class API - lite_ref

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/TransientRef/TransientRef

API documentation for the TransientRef class in the lite_ref package. Lists constructors, properties, methods, and operators available for managing transient instances.

```APIDOC
TransientRef<T>
  Constructors:
    new TransientRef(T Function() create)
      - Creates a new TransientRef instance.
      - Parameters:
        - create: A function that returns an instance of type T.

  Properties:
    hashCode: The hash code for this object.
    instance: The lazily created instance of type T.
    runtimeType: A representation of the runtime type of the object.

  Methods:
    call(): Invokes the logic to create or retrieve the instance.
    freeze(): Makes the TransientRef immutable.
    noSuchMethod(Invocation invocation): Invoked when a non-existent method or property is accessed.
    overrideWith(T Function() create): Replaces the creation logic with a new function.
    toString(): A string representation of this object.

  Operators:
    operator ==(Object other): Compares this object to another for equality.
```

--------------------------------

### AsyncSingletonRef<T> Methods

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/AsyncSingletonRef-class

Lists the methods available for AsyncSingletonRef, including calling the instance, freezing the creation function, handling non-existent methods, overriding the creation function, and converting to a string.

```APIDOC
call() → Future<T>
     Equivalent to calling the instance getter.
     inherited

freeze() → void
     Disables overriding of the creation function.
     inherited

noSuchMethod(Invocation invocation) → dynamic
     Invoked when a nonexistent method or property is accessed.
     inherited

overrideWith(AsyncFactory<T> create) → Future<void>
     Sets the function used to create instances. Throws a StateError if `this` has been frozen.
     override

twoString() → String
     A string representation of this object.
     inherited
```

--------------------------------

### ScopedFamilyRef Constructors and Methods - APIDOC

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/ScopedFamilyRef-class

Documentation for the ScopedFamilyRef class, covering its constructors, properties, and methods for managing context-dependent instances in the lite_ref package.

```APIDOC
ScopedFamilyRef<T, F> class
  A ScopedFamilyRef is a reference that needs a context to access instances.

  Implemented types:
    * IScopedRef<T>

  Annotations:
    * @immutable

  Constructors:
    ScopedFamilyRef.new(CtxFamilyCreateFn<T, F> create, {DisposeFn<T>? dispose, bool autoDispose = true})
      Creates a new ScopedFamilyRef which always return new instances. If `autoDispose` is set to `true`, a instance will be disposed when all the widgets that have access to instance are unmounted.

  Properties:
    autoDispose → bool
      Whether the instance should be disposed when all the widgets that have access to the instance are unmounted.
      final
    hashCode → int
      The hash code for this object.
      no setter
      override
    runtimeType → Type
      A representation of the runtime type of the object.
      no setter
      inherited

  Methods:
    call(BuildContext context, F family) → T
      Equivalent to calling the of(context, family) getter.
    exists(BuildContext context, F family) → bool
      Returns `true` if this ScopedFamilyRef with that `family` is initialized in the current LiteRefScope.
    noSuchMethod(Invocation invocation) → dynamic
      Invoked when a nonexistent method or property is accessed.
      inherited
    of(BuildContext context, F family, {bool listen = true}) → T
      Returns the instance of `T` in the current scope for that family.
    overrideWith(CtxFamilyCreateFn<T, F> create, {bool autoDispose = true}) → ScopedFamilyRef<T, F>
      Returns a new ScopedFamilyRef with a different `create` function. When used with a LiteRefScope overrides, any child widget that accesses the instance will use the new `create` function.
    read(BuildContext context, F family) → T
      Returns the instance of `T` in the current scope without disposing it when the widget is unmounted. This should be used in callbacks like `onPressed` or `onTap`.
    toString() → String
      A string representation of this object.
      inherited

  Operators:
    operator ==(Object other) → bool
      The equality operator.
      override
```

--------------------------------

### Ref Class Properties and Methods

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/Ref/Ref

Details the properties and methods available for the Ref class, including equality checks and string representations.

```APIDOC
Ref Class:
  Properties:
    hashCode: The hash code for this object.
    runtimeType: A snapshot of the runtime type of the object.

  Methods:
    noSuchMethod(Invocation invocation): Invoked when a non-existent method or property is accessed.
    toString(): A string representation of this object, for debugging and advertising.

  Operators:
    operator ==(Object other): The equality operator.
```

--------------------------------

### TransientRef<T> Class Documentation

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/TransientRef-class

Documentation for the TransientRef<T> class, detailing its constructors, properties, methods, and operators. This class provides a reference that always returns a new instance.

```APIDOC
TransientRef<T> class

A TransientRef is a reference that always return a new instance.

Constructors:

TransientRef.new(T create())
    Creates a new TransientRef with a given factory function.

Properties:

hashCode → int
    The hash code for this object.
    no setter inherited

instance → T
    Returns a new instance of `T`.
    no setter

runtimeType → Type
    A representation of the runtime type of the object.
    no setter inherited

Methods:

call() → T
    Equivalent to calling the instance getter.

freeze() → void
    Disables overriding.

noSuchMethod(Invocation invocation) → dynamic
    Invoked when a nonexistent method or property is accessed.
    inherited

overrideWith(T create()) → void
    Sets the function used to create instances. Throws a StateError if `this` has been frozen.

toString() → String
    A string representation of this object.
    inherited

Operators:

operator ==(Object other) → bool
    The equality operator.
    inherited
```

--------------------------------

### SingletonRef<T> Methods

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/SingletonRef-class

Lists the methods for SingletonRef<T>, including 'call' for instance access and 'overrideWith' for updating the instance creation logic.

```dart
call() → T
  Equivalent to calling the instance getter.
```

```dart
freeze() → void
  Disables overriding.
```

```dart
noSuchMethod(Invocation invocation) → dynamic
  Invoked when a nonexistent method or property is accessed.
```

```dart
overrideWith(T create()) → void
  Sets the function used to create instances. Throws a StateError if `this` has been frozen.
```

```dart
toString() → String
  A string representation of this object.
```

--------------------------------

### AsyncSingletonRef Class Members - Dart

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/AsyncSingletonRef/AsyncSingletonRef

Lists the constructors, properties, and methods available for the AsyncSingletonRef class in the lite_ref package.

```APIDOC
AsyncSingletonRef class

Constructors:
  new

Properties:
  assertInstance
  hashCode
  hasInstance
  instance
  runtimeType

Methods:
  call
  freeze
  noSuchMethod
  overrideWith
  toString

Operators:
  operator ==
```

--------------------------------

### Create AsyncSingletonRef

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/Ref/asyncSingleton

Creates a new AsyncSingletonRef which always returns the same instance. It takes a Future-returning function to create the instance.

```dart
static AsyncSingletonRef<T> asyncSingleton<T>(
  Future<T> Function() create,
) {
  return AsyncSingletonRef<T>(create);
}
```

--------------------------------

### LiteRefScope Methods

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/LiteRefScope-class

Documents the methods available for the LiteRefScope class, including those for element creation, debugging, and updating notification.

```APIDOC
Methods:
createElement() → InheritedElement
     Inflates this configuration to a concrete instance.
override 
debugDescribeChildren() → List<DiagnosticsNode>
     Returns a list of DiagnosticsNode objects describing this node's children.
inherited 
debugFillProperties(DiagnosticPropertiesBuilder properties) → void
     Add additional properties associated with the node.
inherited 
noSuchMethod(Invocation invocation) → dynamic
     Invoked when a nonexistent method or property is accessed.
inherited 
toDiagnosticsNode({String? name, DiagnosticTreeStyle? style}) → DiagnosticsNode
     Returns a debug representation of the object that is used by debugging tools and by DiagnosticsNode.toStringDeep.
inherited 
tostring({DiagnosticLevel minLevel = DiagnosticLevel.info}) → String
     A string representation of this object.
inherited 
tostringDeep({String prefixLineOne = '', String? prefixOtherLines, DiagnosticLevel minLevel = DiagnosticLevel.debug, int wrapWidth = 65}) → String
     Returns a string representation of this node and its descendants.
inherited 
tostringShallow({String joiner = ', ', DiagnosticLevel minLevel = DiagnosticLevel.debug}) → String
     Returns a one-line detailed description of the object.
inherited 
tostringShort() → String
     A short, textual description of this widget.
inherited 
updateShouldNotify(covariant InheritedWidget oldWidget) → bool
     Whether the framework should notify widgets that inherit from this widget.
override
```

--------------------------------

### ScopedRef<T> Methods

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/ScopedRef-class

Explains the various methods available for the ScopedRef<T> class, such as accessing instances, checking existence, and overriding creation logic.

```APIDOC
call(BuildContext context) → T
     Equivalent to calling the of(context) getter.

exists(BuildContext context) → bool
     Returns `true` if this ScopedRef is initialized in the current LiteRefScope.

noSuchMethod(Invocation invocation) → dynamic
     Invoked when a nonexistent method or property is accessed.
     inherited

of(BuildContext context, {bool listen = true}) → T
     Returns the instance of `T` in the current scope.

overrideWith(CtxCreateFn<T> create, {bool autoDispose = true}) → ScopedRef<T>
     Returns a new ScopedRef with a different `create` function. When used with a LiteRefScope overrides, any child widget that accesses the instance will use the new `create` function.

read(BuildContext context) → T
     Returns the instance of `T` in the current scope without disposing it when the widget is unmounted. This should be used in callbacks like `onPressed` or `onTap`.

tosString() → String
     A string representation of this object.
     inherited
```

--------------------------------

### Using ScopedRef with LiteRefScope

Source: https://pub.dev/documentation/lite_ref/latest/index

Demonstrates how to use ScopedRef for instances that require a BuildContext. Wrap your app with LiteRefScope and create ScopedRefs for services like SettingsService. Access instances using .of(context) or by calling the ref directly.

```dart
runApp(
  LiteRefScope(
    child: MyApp(),
  ),
);

final settingsServiceRef = Ref.scoped((ctx) => SettingsService());

class SettingsPage extends StatelessWidget {
  const SettingsPage({super.key});

  @override
  Widget build(BuildContext context) {
    final settingsService = settingsServiceRef.of(context);
    return Text(settingsService.getThemeMode());
  }
}
```

--------------------------------

### AsyncSingletonRef<T> Constructors

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/AsyncSingletonRef-class

Defines the constructor for creating an AsyncSingletonRef instance. It takes an AsyncFactory<T> as a parameter to specify the creation function.

```APIDOC
AsyncSingletonRef.new(AsyncFactory<T> create)
  Creates a new AsyncSingletonRef with the given asynchronous factory function.
```

--------------------------------

### LiteRefScope createElement Implementation

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/LiteRefScope/createElement

The createElement method is overridden to return a new instance of _RefScopeElement, which is responsible for inflating the LiteRefScope configuration into the element tree.

```dart
@override
InheritedElement createElement() => _RefScopeElement(this);
```

--------------------------------

### Ref Abstract Class

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref

An abstract base class for creating references.

```dart
Ref
```

--------------------------------

### AsyncTransientRef Constructor - Dart

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/AsyncTransientRef/AsyncTransientRef

The constructor for AsyncTransientRef<T> takes an AsyncFactory<T> to create instances asynchronously. It initializes the internal create function.

```dart
AsyncTransientRef<T> constructor 
AsyncTransientRef<T>(
  1. AsyncFactory<T> create
)

Implementation:
AsyncTransientRef(AsyncFactory<T> create) : _create = create;
```

--------------------------------

### AsyncTransientRef<T> Class Overview

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/AsyncTransientRef-class

Provides details on the AsyncTransientRef<T> class, its purpose, constructors, properties, methods, and operators within the lite_ref package.

```APIDOC
AsyncTransientRef<T> class
  A AsyncTransientRef is a reference with an asynchronous factory/creation function that always return a new instance.

Constructors:
  AsyncTransientRef.new(AsyncFactory<T> create)

Properties:
  hashCode → int
    The hash code for this object.
  instance → Future<T>
    Returns a new instance of `T`.
  runtimeType → Type
    A representation of the runtime type of the object.

Methods:
  call() → Future<T>
    Equivalent to calling the instance getter.
  freeze() → void
    Disables overriding of the creation function.
  noSuchMethod(Invocation invocation) → dynamic
    Invoked when a nonexistent method or property is accessed.
  overrideWith(AsyncFactory<T> create) → void
    Sets the function used to create instances. Throws a StateError if `this` has been frozen.
  toString() → String
    A string representation of this object.

Operators:
  operator ==(Object other) → bool
    The equality operator.
```

--------------------------------

### Using ScopedFamilyRef for Keyed Instances

Source: https://pub.dev/documentation/lite_ref/latest/index

Illustrates the use of ScopedFamilyRef to create unique instances based on keys. This is helpful for managing multiple instances of the same class, such as PostController instances identified by unique keys.

```dart
final postControllerRef = Ref.scopedFamily((ctx, String key) {
  return PostController(key)..fetch();
});

class PostsPage extends StatelessWidget {
  const PostsPage({required this.keys, super.key});

  final List<String> keys;

  @override
  Widget build(BuildContext context) {
    return ListView.builder(
      itemBuilder: (context, index) {
        final post = postControllerRef.of(context, keys[index]);
        return Text(post?.title ?? 'Loading...');
      },
    );
  }
}
```

--------------------------------

### ScopedRef<T> Constructors and Properties

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/ScopedRef-class

Details the constructors and properties of the ScopedRef<T> class, including how to create a new ScopedRef and manage its auto-disposal behavior.

```APIDOC
ScopedRef.new(CtxCreateFn<T> create, {DisposeFn<T>? dispose, bool autoDispose = true})
     Creates a new ScopedRef which always return a new instance. If `autoDispose` is set to `true`, the instance will be disposed when all the widgets that have access to the instance are unmounted.

autoDispose → bool
     Whether the instance should be disposed when all the widgets that have access to the instance are unmounted.
     final
hashCode → int
     The hash code for this object.
     no setteroverride

runtimeType → Type
     A representation of the runtime type of the object.
     no setterinherited
```

--------------------------------

### LiteRefScope Class

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref

Manages dependency injection for ScopedRefs.

```dart
LiteRefScope
```

--------------------------------

### Singleton Ref Creation (Dart)

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/Ref/singleton

Creates a new SingletonRef which always returns the same instance. This is a static method within the Ref class.

```dart
static SingletonRef<T> singleton<T>(T Function() create) {
  return SingletonRef<T>(create);
}
```

--------------------------------

### AsyncSingletonRef Constructor - Dart

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/AsyncSingletonRef/AsyncSingletonRef

The constructor for AsyncSingletonRef in Dart. It takes an AsyncFactory<T> to create the instance.

```dart
AsyncSingletonRef<T> constructor 
AsyncSingletonRef<T>(
  AsyncFactory<T> create
)

Implementation:
AsyncSingletonRef(super.create);
```

--------------------------------

### SingletonRef<T> Properties

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/SingletonRef-class

Details the properties available for SingletonRef<T>, including 'instance' for accessing the singleton object.

```dart
get instance → T
  Returns the singleton instance of `T`.
```

```dart
get hashCode → int
  The hash code for this object.
```

```dart
get runtimeType → Type
  A representation of the runtime type of the object.
```

--------------------------------

### SingletonRef Constructor

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/SingletonRef/SingletonRef

The constructor for SingletonRef<T> takes a factory function `create` which is responsible for creating the singleton instance of type T. The implementation simply calls the superclass constructor with this factory function.

```dart
SingletonRef<T>(
  T create()
)

// Implementation
SingletonRef(super.create);
```

--------------------------------

### AsyncSingletonRef Class

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref

Represents a reference with an asynchronous factory that always returns the same instance.

```dart
AsyncSingletonRef<T>
```

--------------------------------

### Create and Use ScopedRef

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/Ref/scoped

Demonstrates how to create a `ScopedRef` for a service and access its instance within a widget. It also shows how to wrap the application with `LiteRefScope` to provide the necessary context.

```dart
final settingsServiceRef = Ref.scoped((ctx) => SettingsService());

class SettingsPage extends StatelessWidget {
  const SettingsPage({super.key});

  @override
  Widget build(BuildContext context) {
    final settingsService = settingsServiceRef.of(context);
    return Text(settingsService.getThemeMode());
  }
}
```

--------------------------------

### AsyncSingletonRef<T> Properties

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/AsyncSingletonRef-class

Details the properties available for AsyncSingletonRef instances, including accessing the instance, its hash code, whether an instance exists, and its runtime type.

```APIDOC
assertInstance → T
     Returns instance if it has been created. Otherwise, it throws a StateError.
     no setter

hashCode → int
     The hash code for this object.
     no setterinherited

hasInstance → bool
     Returns `true` if the instance has been created.
     no setter

instance → Future<T>
     Returns a the singleton instance of `T`.
     no setteroverride

runtimeType → Type
     A representation of the runtime type of the object.
     no setterinherited
```

--------------------------------

### SingletonRef<T> Constructors

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/SingletonRef-class

Defines the constructor for SingletonRef<T>, which takes a factory function to create new instances.

```dart
SingletonRef.new(T create())
```

--------------------------------

### SingletonRef Class

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref

A reference that always returns the same instance.

```dart
SingletonRef<T>
```

--------------------------------

### LiteRefScope Constructor and Properties

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/LiteRefScope-class

Details the constructor for LiteRefScope, which allows for dependency injection of ScopedRefs, and lists its key properties such as child, key, onlyOverrides, and overrides.

```APIDOC
LiteRefScope.new({required Widget child, Key? key, Set<IScopedRef>? overrides, bool onlyOverrides = false})
     Create a new LiteRefScope If `onlyOverrides` is true, only overridden ScopedRefs will be provided to children.

Properties:
child → Widget
     The widget below this widget in the tree.
finalinherited 
hashCode → int
     The hash code for this object.
no setterinherited
key → Key?
     Controls how one widget replaces another widget in the tree.
finalinherited 
onlyOverrides → bool
     If true, only overridden ScopedRefs will be provided to children.
final 
overrides → Set<IScopedRef>?
     List of ScopedRefs to override.
final 
runtimeType → Type
     A representation of the runtime type of the object.
no setterinherited
```

--------------------------------

### Ref Class Static Methods

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/Ref/scopedFamily

Lists the static methods available on the `Ref` class within the lite_ref package, including `asyncSingleton`, `asyncTransient`, `scoped`, `scopedFamily`, `singleton`, and `transient`.

```APIDOC
Ref class static methods:
  asyncSingleton
  asyncTransient
  scoped
  scopedFamily
  singleton
  transient
```

--------------------------------

### IScopedRef<T> Class Documentation

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/IScopedRef-class

Documentation for the IScopedRef<T> class, a sealed interface requiring context for instance access. It details properties like autoDispose, hashCode, and runtimeType, and methods such as noSuchMethod and toString.

```APIDOC
IScopedRef<T> class sealed
A ScopedRef is a reference that needs a context to access the instance. 

Implementers:
    
  * ScopedFamilyRef
  * ScopedRef

## Properties 

autoDispose → bool 
     Whether the instance should be disposed when all the widgets that have access to the instance are unmounted. 
no setter 
hashCode → int 
     The hash code for this object. 
no setterinherited 

runtimeType → Type 
     A representation of the runtime type of the object. 
no setterinherited
## Methods 

noSuchMethod(Invocation invocation) → dynamic 
     Invoked when a nonexistent method or property is accessed. 
inherited 

tostring() → String 
     A string representation of this object. 
inherited
## Operators 

operator ==(Object other) → bool 
     The equality operator. 
inherited
```

--------------------------------

### AsyncTransientRef<T>.instance getter

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/AsyncTransientRef/instance

Returns a new instance of `T` from the AsyncTransientRef class.

```dart
Future<T> get instance => _create();
```

--------------------------------

### IScopedRef Interface

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref

An interface for references that require a context to access their instances.

```dart
IScopedRef<T>
```

--------------------------------

### AsyncTransientRef Class

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref

Represents a reference with an asynchronous factory that always returns a new instance.

```dart
AsyncTransientRef<T>
```

--------------------------------

### Disposable Class API Documentation

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/Disposable-class

API documentation for the abstract Disposable class in the lite_ref package. This class serves as a contract for managing resource disposal, ensuring that classes implementing it properly release resources like file handles, database connections, or subscriptions to prevent memory leaks.

```APIDOC
Disposable class abstract mixin
An abstract class that provides a contract for disposing resources.
Classes that implement/mixin `Disposable` should override the `dispose` method to release or cleanup resources such as file handles, database connections, subscriptions, etc. This is crucial for preventing resource leaks in applications.

## Constructors 

Disposable.new()

## Properties 

hashCode → int 
     The hash code for this object. 
no setterinherited 

runtimeType → Type 
     A representation of the runtime type of the object. 
no setterinherited
## Methods 

dispose() → void 
     Releases or cleans up resources used by the object.  

noSuchMethod(Invocation invocation) → dynamic 
     Invoked when a nonexistent method or property is accessed. 
inherited 

tostring() → String 
     A string representation of this object. 
inherited
## Operators 

operator ==(Object other) → bool 
     The equality operator. 
inherited
```

--------------------------------

### AsyncSingletonRef assertInstance Property

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/AsyncSingletonRef/assertInstance

The assertInstance property returns the singleton instance if it has already been created. If the instance has not been created yet, it throws a StateError, indicating that the `instance` method must be called and awaited first.

```dart
T get assertInstance {
  if (hasInstance) return _instance as T;

  throw StateError(
    'The instance has not been created yet. '
    'You must call `instance` first and await it.',
  );
}
```

--------------------------------

### CtxCreateFn Typedef

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref

Defines the function signature for creating an instance of type T using a BuildContext.

```dart
CtxCreateFn<T> = T Function(BuildContext context)
```

--------------------------------

### Create and Use ScopedFamilyRef

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref/Ref/scopedFamily

Demonstrates how to create a `ScopedFamilyRef` using `Ref.scopedFamily` and access its instance within a widget. It shows the typical pattern for state management in Flutter applications using the lite_ref package.

```flutter
runApp(
  LiteRefScope(
    child: MyApp(),
  ),
);

final productControllerRef = Ref.scopedFamily((BuildContext context, int id) => ProductController(id: id));

class ProductWidget extends StatelessWidget {
  const SettingsPage({required this.id, super.key});

  final int id;

  @override
  Widget build(BuildContext context) {
    final productController = productControllerRef.of(context, id);
    return Text(productController.getName());
  }
}
```

--------------------------------

### Disposable Class

Source: https://pub.dev/documentation/lite_ref/latest/lite_ref

An abstract class defining a contract for disposing resources.

```dart
Disposable
```