From 8c2b018c3d74438063b602f9c8f0cede230a9997 Mon Sep 17 00:00:00 2001
From: Patrick Stewart <pstewart@nogac.org>
Date: Sat, 21 Dec 2024 11:01:22 -0700
Subject: [PATCH] update: updating documents

---
 incubation/reflection/README.md               | 443 +++---------------
 incubation/reflection/doc/capabilities.md     | 315 ++++---------
 incubation/reflection/doc/index.md            |  29 +-
 .../reflection/doc/mirrors_comparison.md      | 216 ++++-----
 incubation/reflection/doc/quick_start.md      | 375 +++------------
 incubation/reflection/doc/roadmap.md          | 341 +++++---------
 .../reflection/doc/technical_specification.md | 362 ++++----------
 .../lib/src/mirrors/mirror_system.dart        |  22 +-
 8 files changed, 535 insertions(+), 1568 deletions(-)

diff --git a/incubation/reflection/README.md b/incubation/reflection/README.md
index ede1186..d7f0992 100644
--- a/incubation/reflection/README.md
+++ b/incubation/reflection/README.md
@@ -1,169 +1,47 @@
 # Platform Reflection
 
-A powerful cross-platform reflection system for Dart that provides runtime type introspection and manipulation. This implementation offers a carefully balanced approach between functionality and performance, providing reflection capabilities without the limitations of `dart:mirrors`.
+A powerful cross-platform reflection system for Dart that serves as a drop-in replacement for `dart:mirrors`. This implementation offers a carefully balanced approach between functionality and performance, providing reflection capabilities with AOT compilation support.
 
 ## Table of Contents
 
 - [Features](#features)
-- [Architecture](#architecture)
 - [Installation](#installation)
-- [Core Components](#core-components)
-- [Usage Guide](#usage-guide)
-- [Advanced Usage](#advanced-usage)
-- [Performance Considerations](#performance-considerations)
-- [Migration Guide](#migration-guide)
+- [Usage](#usage)
 - [API Reference](#api-reference)
+- [Performance Considerations](#performance-considerations)
 - [Limitations](#limitations)
+- [Migration from dart:mirrors](#migration-from-dartmirrors)
 - [Contributing](#contributing)
 - [License](#license)
 
 ## Features
 
-### Core Features
 - ✅ Platform independent reflection system
+- ✅ AOT compilation support
 - ✅ No dependency on `dart:mirrors`
-- ✅ Pure runtime reflection
-- ✅ Library scanning and reflection
-- ✅ Explicit registration for performance
-- ✅ Type-safe operations
-- ✅ Comprehensive error handling
-
-### Reflection Capabilities
 - ✅ Class reflection with inheritance
 - ✅ Method invocation with named parameters
-- ✅ Property access/mutation
+- ✅ Property access and mutation
 - ✅ Constructor resolution and invocation
 - ✅ Type introspection and relationships
-- ✅ Library dependency tracking
-- ✅ Parameter inspection and validation
-- ✅ Top-level variable support
-
-### Performance Features
-- ✅ Cached class mirrors
-- ✅ Optimized type compatibility checking
-- ✅ Efficient parameter resolution
-- ✅ Smart library scanning
-- ✅ Memory-efficient design
-- ✅ Lazy initialization support
-
-## Architecture
-
-### Core Components
-
-```
-platform_reflection/
-├── core/
-│   ├── library_scanner.dart  # Library scanning and analysis
-│   ├── reflector.dart       # Central reflection registry
-│   ├── runtime_reflector.dart # Runtime reflection implementation
-│   └── scanner.dart         # Type scanning and analysis
-├── mirrors/
-│   ├── base_mirror.dart     # Base mirror implementations
-│   ├── class_mirror_impl.dart # Class reflection
-│   ├── instance_mirror_impl.dart # Instance reflection
-│   ├── library_mirror_impl.dart # Library reflection
-│   ├── method_mirror_impl.dart # Method reflection
-│   └── ... (other mirrors)
-├── annotations.dart         # Reflection annotations
-├── exceptions.dart         # Error handling
-├── metadata.dart          # Metadata definitions
-└── types.dart            # Special type implementations
-```
-
-### Design Principles
-
-1. **Explicit Registration**
-   - Clear registration of reflectable types
-   - Controlled reflection surface
-   - Optimized runtime performance
-
-2. **Type Safety**
-   - Strong type checking
-   - Compile-time validations
-   - Runtime type verification
-
-3. **Performance First**
-   - Minimal runtime overhead
-   - Efficient metadata storage
-   - Optimized lookup mechanisms
-
-4. **Platform Independence**
-   - Cross-platform compatibility
-   - No platform-specific dependencies
-   - Consistent behavior
+- ✅ Explicit registration for performance
+- ✅ Basic generic type support
+- ✅ Comprehensive error handling
 
 ## Installation
 
+Add this to your package's `pubspec.yaml` file:
+
 ```yaml
 dependencies:
   platform_reflection: ^0.1.0
 ```
 
-## Core Components
+## Usage
 
-### Reflector
+### Registration
 
-Central management class for reflection operations:
-
-```dart
-class Reflector {
-  // Type registration
-  static void register(Type type);
-  static void registerProperty(Type type, String name, Type propertyType);
-  static void registerMethod(Type type, String name, List<Type> parameterTypes);
-  static void registerConstructor(Type type, String name, {Function? creator});
-  
-  // Metadata access
-  static TypeMetadata? getTypeMetadata(Type type);
-  static Map<String, PropertyMetadata>? getPropertyMetadata(Type type);
-  static Map<String, MethodMetadata>? getMethodMetadata(Type type);
-  
-  // Utility methods
-  static void reset();
-  static bool isReflectable(Type type);
-}
-```
-
-### RuntimeReflector
-
-Runtime reflection implementation:
-
-```dart
-class RuntimeReflector {
-  // Instance creation
-  InstanceMirror createInstance(Type type, {
-    List<dynamic>? positionalArgs,
-    Map<String, dynamic>? namedArgs,
-    String? constructorName,
-  });
-  
-  // Reflection operations
-  InstanceMirror reflect(Object object);
-  ClassMirror reflectClass(Type type);
-  TypeMirror reflectType(Type type);
-  LibraryMirror reflectLibrary(Uri uri);
-}
-```
-
-### LibraryScanner
-
-Library scanning and analysis:
-
-```dart
-class LibraryScanner {
-  // Library scanning
-  static LibraryInfo scanLibrary(Uri uri);
-  
-  // Analysis methods
-  static List<FunctionInfo> getTopLevelFunctions(Uri uri);
-  static List<VariableInfo> getTopLevelVariables(Uri uri);
-  static List<DependencyInfo> getDependencies(Uri uri);
-}
-```
-
-## Usage Guide
-
-### Basic Registration
+Unlike `dart:mirrors`, Platform Reflection requires explicit registration of classes and their members. This enables AOT compilation support and fine-grained control over reflection.
 
 ```dart
 @reflectable
@@ -171,71 +49,53 @@ class User {
   String name;
   int age;
   final String id;
+  List<String> tags;
 
-  User(this.name, this.age, {required this.id});
+  User(this.name, this.age, {required this.id, List<String>? tags})
+      : tags = tags ?? [];
 
-  void birthday() {
-    age++;
+  String greet() => "Hi $name!";
+  
+  void addTag(String tag) {
+    tags.add(tag);
   }
 
-  String greet(String greeting) {
-    return '$greeting $name!';
-  }
+  String getName() => name;
 }
 
-// Register class and members
 void registerUser() {
   Reflector.register(User);
-  
-  // Register properties
   Reflector.registerProperty(User, 'name', String);
   Reflector.registerProperty(User, 'age', int);
   Reflector.registerProperty(User, 'id', String, isWritable: false);
+  Reflector.registerProperty(User, 'tags', List<String>, isWritable: false);
   
-  // Register methods
-  Reflector.registerMethod(
-    User,
-    'birthday',
-    [],
-    true,
-    parameterNames: [],
-    isRequired: [],
-  );
+  Reflector.registerMethod(User, 'greet', [], false);
+  Reflector.registerMethod(User, 'addTag', [String], true);
+  Reflector.registerMethod(User, 'getName', [], false);
   
-  Reflector.registerMethod(
-    User,
-    'greet',
-    [String],
-    false,
-    parameterNames: ['greeting'],
-    isRequired: [true],
-  );
-  
-  // Register constructor
   Reflector.registerConstructor(
     User,
     '',
-    parameterTypes: [String, int, String],
-    parameterNames: ['name', 'age', 'id'],
-    isRequired: [true, true, true],
-    isNamed: [false, false, true],
-    creator: (String name, int age, {required String id}) => 
-        User(name, age, id: id),
+    parameterTypes: [String, int, String, List<String>],
+    parameterNames: ['name', 'age', 'id', 'tags'],
+    isRequired: [true, true, true, false],
+    isNamed: [false, false, true, true],
   );
 }
 ```
 
-### Instance Manipulation
+### Reflection Operations
 
 ```dart
-void manipulateInstance() {
+void demonstrateReflection() {
   final reflector = RuntimeReflector.instance;
   
   // Create instance
   final user = reflector.createInstance(
     User,
-    positionalArgs: ['John', 30],
-    namedArgs: {'id': '123'},
+    positionalArgs: ['John Doe', 30],
+    namedArgs: {'id': 'user1', 'tags': ['admin', 'user']},
   ) as User;
   
   // Get mirror
@@ -243,195 +103,20 @@ void manipulateInstance() {
   
   // Property access
   final name = mirror.getField(const Symbol('name')).reflectee as String;
-  final age = mirror.getField(const Symbol('age')).reflectee as int;
   
   // Property modification
-  mirror.setField(const Symbol('name'), 'Jane');
-  mirror.setField(const Symbol('age'), 31);
+  mirror.setField(const Symbol('age'), 25);
   
   // Method invocation
-  mirror.invoke(const Symbol('birthday'), []);
-  final greeting = mirror.invoke(
-    const Symbol('greet'),
-    ['Hello'],
-  ).reflectee as String;
-}
-```
-
-### Library Reflection
-
-```dart
-void reflectLibrary() {
-  final reflector = RuntimeReflector.instance;
+  final greeting = mirror.invoke(const Symbol('greet'), []).reflectee as String;
   
-  // Get library mirror
-  final library = reflector.reflectLibrary(
-    Uri.parse('package:myapp/src/models.dart')
-  );
+  // Type information
+  final classMirror = reflector.reflectClass(User);
+  print('Type name: ${classMirror.name}');
   
-  // Access top-level function
-  final result = library.invoke(
-    const Symbol('utilityFunction'),
-    [arg1, arg2],
-  ).reflectee;
-  
-  // Access top-level variable
-  final value = library.getField(const Symbol('constant')).reflectee;
-  
-  // Get library dependencies
-  final dependencies = library.libraryDependencies;
-  for (final dep in dependencies) {
-    print('Import: ${dep.targetLibrary.uri}');
-    print('Is deferred: ${dep.isDeferred}');
-  }
-}
-```
-
-### Type Relationships
-
-```dart
-void checkTypes() {
-  final reflector = RuntimeReflector.instance;
-  
-  // Get class mirrors
-  final userMirror = reflector.reflectClass(User);
-  final baseMirror = reflector.reflectClass(BaseClass);
-  
-  // Check inheritance
-  final isSubclass = userMirror.isSubclassOf(baseMirror);
-  
-  // Check type compatibility
-  final isCompatible = userMirror.isAssignableTo(baseMirror);
-  
-  // Get superclass
-  final superclass = userMirror.superclass;
-  
-  // Get interfaces
-  final interfaces = userMirror.interfaces;
-}
-```
-
-## Advanced Usage
-
-### Generic Type Handling
-
-```dart
-@reflectable
-class Container<T> {
-  T value;
-  Container(this.value);
-}
-
-void handleGenericType() {
-  Reflector.register(Container);
-  
-  // Register with specific type
-  final stringContainer = reflector.createInstance(
-    Container,
-    positionalArgs: ['Hello'],
-  ) as Container<String>;
-  
-  final mirror = reflector.reflect(stringContainer);
-  final value = mirror.getField(const Symbol('value')).reflectee as String;
-}
-```
-
-### Error Handling
-
-```dart
-void demonstrateErrorHandling() {
-  try {
-    // Attempt to reflect unregistered type
-    reflector.reflect(UnregisteredClass());
-  } on NotReflectableException catch (e) {
-    print('Type not registered: $e');
-  }
-  
-  try {
-    // Attempt to access non-existent member
-    final mirror = reflector.reflect(user);
-    mirror.getField(const Symbol('nonexistent'));
-  } on MemberNotFoundException catch (e) {
-    print('Member not found: $e');
-  }
-  
-  try {
-    // Attempt invalid method invocation
-    final mirror = reflector.reflect(user);
-    mirror.invoke(const Symbol('greet'), [42]); // Wrong argument type
-  } on InvalidArgumentsException catch (e) {
-    print('Invalid arguments: $e');
-  }
-}
-```
-
-## Performance Considerations
-
-### Registration Impact
-
-- Explicit registration adds startup cost
-- Improved runtime performance
-- Reduced memory usage
-- Controlled reflection surface
-
-### Optimization Techniques
-
-1. **Lazy Loading**
-   ```dart
-   // Only register when needed
-   if (Reflector.getTypeMetadata(User) == null) {
-     registerUser();
-   }
-   ```
-
-2. **Metadata Caching**
-   ```dart
-   // Cache metadata access
-   final metadata = Reflector.getTypeMetadata(User);
-   final properties = metadata.properties;
-   final methods = metadata.methods;
-   ```
-
-3. **Instance Reuse**
-   ```dart
-   // Reuse instance mirrors
-   final mirror = reflector.reflect(user);
-   // Store mirror for repeated use
-   ```
-
-### Memory Management
-
-- Cached class mirrors
-- Efficient parameter resolution
-- Smart library scanning
-- Minimal metadata storage
-
-## Migration Guide
-
-### From dart:mirrors
-
-```dart
-// Old dart:mirrors code
-import 'dart:mirrors';
-
-final mirror = reflect(instance);
-final value = mirror.getField(#propertyName).reflectee;
-
-// New platform_reflection code
-import 'package:platform_reflection/reflection.dart';
-
-final mirror = reflector.reflect(instance);
-final value = mirror.getField(const Symbol('propertyName')).reflectee;
-```
-
-### Registration Requirements
-
-```dart
-// Add registration code
-void registerTypes() {
-  Reflector.register(MyClass);
-  Reflector.registerProperty(MyClass, 'property', String);
-  Reflector.registerMethod(MyClass, 'method', [int]);
+  // Type relationships
+  final entityType = reflector.reflectType(Entity);
+  print('User is subtype of Entity: ${classMirror.isSubclassOf(entityType)}');
 }
 ```
 
@@ -439,9 +124,8 @@ void registerTypes() {
 
 ### Core Classes
 
-- `Reflector`: Central reflection management
+- `Reflector`: Static class for registration and metadata management
 - `RuntimeReflector`: Runtime reflection operations
-- `LibraryScanner`: Library scanning and analysis
 
 ### Mirrors
 
@@ -460,33 +144,38 @@ void registerTypes() {
 
 ### Exceptions
 
-- `NotReflectableException`
-- `ReflectionException`
-- `InvalidArgumentsException`
-- `MemberNotFoundException`
+- `ReflectionException`: Base exception for reflection errors
+- `NotReflectableException`: Thrown when attempting to reflect on an unregistered type
+
+## Performance Considerations
+
+- Explicit registration adds startup cost but improves runtime performance
+- Cached class mirrors for efficient repeated use
+- Minimal metadata storage for reduced memory footprint
+- AOT compilation support allows for better optimization
 
 ## Limitations
 
-Current Implementation Gaps:
+- Requires explicit registration of reflectable types and members
+- Limited support for complex generic types
+- No support for extension methods
+- No cross-package private member access
 
-1. **Type System**
-   - Limited generic variance support
-   - Basic type relationship checking
+## Migration from dart:mirrors
 
-2. **Reflection Features**
-   - No extension method support
-   - Limited annotation metadata
-   - No cross-package private member access
+To migrate from `dart:mirrors` to Platform Reflection:
 
-3. **Language Features**
-   - No operator overloading reflection
-   - No dynamic code generation
-   - Limited mixin support
+1. Replace `import 'dart:mirrors'` with `import 'package:platform_reflection/mirrors.dart'`.
+2. Add `@reflectable` annotation to classes you want to reflect on.
+3. Implement a registration function for each reflectable class.
+4. Call registration functions at the start of your application.
+5. Replace `MirrorSystem.reflect()` with `RuntimeReflector.instance.reflect()`.
+6. Update any code that relies on automatic discovery of classes or members.
 
 ## Contributing
 
-See [CONTRIBUTING.md](CONTRIBUTING.md) for detailed contribution guidelines.
+Contributions are welcome! Please see our [Contributing Guidelines](CONTRIBUTING.md) for more details.
 
 ## License
 
-MIT License - see [LICENSE](LICENSE) for details.
+This project is licensed under the MIT License - see the [LICENSE](LICENSE) file for details.
diff --git a/incubation/reflection/doc/capabilities.md b/incubation/reflection/doc/capabilities.md
index 8b1a3bc..db838fe 100644
--- a/incubation/reflection/doc/capabilities.md
+++ b/incubation/reflection/doc/capabilities.md
@@ -1,203 +1,102 @@
 # Platform Reflection Capabilities
 
+This document outlines the key capabilities of the Platform Reflection library, demonstrating its features and usage patterns.
+
 ## Core Reflection Features
 
-### 1. Library Reflection
+### 1. Class Reflection
 ```dart
-// Library reflection support
-final library = LibraryMirrorImpl.withDeclarations(
-  name: 'my_library',
-  uri: Uri.parse('package:my_package/my_library.dart'),
-);
+@reflectable
+class User {
+  String name;
+  int age;
+  final String id;
+  List<String> tags;
 
-// Access top-level members
-final greeting = library.getField(const Symbol('greeting')).reflectee;
-final sum = library.invoke(
-  const Symbol('add'),
-  [1, 2],
-).reflectee;
+  User(this.name, this.age, {required this.id, List<String>? tags})
+      : tags = tags ?? [];
+
+  String greet() => "Hi $name!";
+  void addTag(String tag) => tags.add(tag);
+  String getName() => name;
+}
+
+// Registration
+Reflector.register(User);
+Reflector.registerProperty(User, 'name', String);
+Reflector.registerProperty(User, 'age', int);
+Reflector.registerProperty(User, 'id', String, isWritable: false);
+Reflector.registerProperty(User, 'tags', List<String>, isWritable: false);
+Reflector.registerMethod(User, 'greet', [], false);
+Reflector.registerMethod(User, 'addTag', [String], true);
+Reflector.registerMethod(User, 'getName', [], false);
+Reflector.registerConstructor(User, '', 
+  parameterTypes: [String, int, String, List<String>],
+  parameterNames: ['name', 'age', 'id', 'tags'],
+  isRequired: [true, true, true, false],
+  isNamed: [false, false, true, true],
+);
 ```
 
-### 2. Isolate Support
+### 2. Instance Creation and Manipulation
 ```dart
-// Current isolate reflection
-final current = IsolateMirrorImpl.current(rootLibrary);
+final reflector = RuntimeReflector.instance;
 
-// Other isolate reflection
-final other = IsolateMirrorImpl.other(
-  isolate,
-  'worker',
-  rootLibrary,
-);
+// Create instance
+final user = reflector.createInstance(
+  User,
+  positionalArgs: ['John Doe', 30],
+  namedArgs: {'id': 'user1', 'tags': ['admin', 'user']},
+) as User;
 
-// Isolate control
-await other.pause();
-await other.resume();
-await other.kill();
+// Get mirror
+final mirror = reflector.reflect(user);
 
-// Error handling
-other.addErrorListener((error, stack) {
-  print('Error in isolate: $error\n$stack');
+// Property access and modification
+print('Name: ${mirror.getField(const Symbol('name')).reflectee}');
+mirror.setField(const Symbol('name'), 'Jane Doe');
+
+// Method invocation
+final greeting = mirror.invoke(const Symbol('greet'), []).reflectee as String;
+mirror.invoke(const Symbol('addTag'), ['vip']);
+```
+
+### 3. Type Information
+```dart
+final classMirror = reflector.reflectClass(User);
+
+print('Type name: ${classMirror.name}');
+
+// Properties
+classMirror.declarations.values
+    .whereType<VariableMirror>()
+    .forEach((prop) {
+  print('Property: ${prop.name}: ${prop.type.name}');
+  if (!prop.isFinal && !prop.isWritable) print('  (read-only)');
 });
 
-// Exit handling
-other.addExitListener((message) {
-  print('Isolate exited with: $message');
+// Methods
+classMirror.declarations.values
+    .whereType<MethodMirror>()
+    .where((method) => !method.isConstructor)
+    .forEach((method) {
+  print('Method: ${method.name}');
 });
-```
 
-### 3. Type System
-```dart
-// Special types
-final voidType = VoidType.instance;
-final dynamicType = DynamicType.instance;
-final neverType = NeverType.instance;
-
-// Type checking
-final isVoid = type.isVoid;
-final isDynamic = type.isDynamic;
-final isNever = type.isNever;
-```
-
-### 4. Metadata System
-```dart
-// Parameter metadata
-final param = ParameterMetadata(
-  name: 'id',
-  type: int,
-  isRequired: true,
-  isNamed: false,
-  defaultValue: 0,
-  attributes: [deprecated],
-);
-
-// Property metadata
-final prop = PropertyMetadata(
-  name: 'name',
-  type: String,
-  isReadable: true,
-  isWritable: true,
-  attributes: [override],
-);
-
-// Method metadata
-final method = MethodMetadata(
-  name: 'calculate',
-  parameterTypes: [int, double],
-  parameters: [...],
-  isStatic: false,
-  returnsVoid: false,
-  attributes: [deprecated],
-);
-```
-
-### 5. Constructor Support
-```dart
-// Constructor metadata
-final ctor = ConstructorMetadata(
-  name: 'named',
-  parameterTypes: [String, int],
-  parameters: [...],
-  parameterNames: ['name', 'age'],
-  attributes: [...],
-);
-
-// Validation
-final valid = ctor.validateArguments(['John', 42]);
-```
-
-### 6. Type Metadata
-```dart
-// Full type information
-final type = TypeMetadata(
-  type: User,
-  name: 'User',
-  properties: {...},
-  methods: {...},
-  constructors: [...],
-  supertype: Person,
-  interfaces: [Comparable],
-  attributes: [serializable],
-);
-
-// Member access
-final prop = type.getProperty('name');
-final method = type.getMethod('greet');
-final ctor = type.getConstructor('guest');
-```
-
-## Advanced Features
-
-### 1. Library Dependencies
-```dart
-final deps = library.libraryDependencies;
-for (var dep in deps) {
-  if (dep.isImport) {
-    print('Imports: ${dep.targetLibrary?.uri}');
-  }
-}
-```
-
-### 2. Declaration Access
-```dart
-final decls = library.declarations;
-for (var decl in decls.values) {
-  if (decl is MethodMirror) {
-    print('Method: ${decl.simpleName}');
-  } else if (decl is VariableMirror) {
-    print('Variable: ${decl.simpleName}');
-  }
-}
-```
-
-### 3. Function Metadata
-```dart
-final func = FunctionMetadata(
-  parameters: [...],
-  returnsVoid: false,
-  returnType: int,
-);
-
-final valid = func.validateArguments([1, 2.0]);
-```
-
-### 4. Reflection Registry
-```dart
-// Type registration
-ReflectionRegistry.registerType(User);
-
-// Member registration
-ReflectionRegistry.registerProperty(
-  User,
-  'name',
-  String,
-  isReadable: true,
-  isWritable: true,
-);
-
-ReflectionRegistry.registerMethod(
-  User,
-  'greet',
-  [String],
-  false,
-);
-
-ReflectionRegistry.registerConstructor(
-  User,
-  'guest',
-  factory,
-);
+// Constructors
+classMirror.declarations.values
+    .whereType<MethodMirror>()
+    .where((method) => method.isConstructor)
+    .forEach((constructor) {
+  print('Constructor: ${constructor.name}');
+});
 ```
 
 ## Error Handling
 
 ```dart
 try {
-  // Reflection operations
-} on MemberNotFoundException catch (e) {
-  print('Member not found: ${e.memberName} on ${e.type}');
-} on InvalidArgumentsException catch (e) {
-  print('Invalid arguments for ${e.memberName}');
+  final mirror = reflector.reflect(unregisteredInstance);
 } on ReflectionException catch (e) {
   print('Reflection error: ${e.message}');
 }
@@ -222,66 +121,34 @@ try {
    - Fast lookup mechanisms
    - Memory-conscious design
 
-3. **Cross-isolate Performance**
-   - Minimal serialization overhead
-   - Efficient isolate communication
-   - Controlled resource usage
-
-## Security Features
-
-1. **Access Control**
-   - Controlled reflection surface
-   - Explicit registration required
-   - Member visibility respect
-
-2. **Type Safety**
-   - Strong type checking
-   - Argument validation
-   - Return type verification
-
-3. **Isolate Safety**
-   - Controlled isolate access
-   - Error propagation
-   - Resource cleanup
-
 ## Best Practices
 
-1. **Registration**
+1. **Early Registration**
    ```dart
-   // Register early
    void main() {
-     registerTypes();
+     registerReflectableTypes();
      runApp();
    }
    ```
 
-2. **Metadata Usage**
+2. **Caching Mirrors**
    ```dart
-   // Cache metadata
-   final metadata = Reflector.getTypeMetadata(User);
-   final properties = metadata.properties;
-   final methods = metadata.methods;
+   class UserService {
+     final Map<User, InstanceMirror> _mirrors = {};
+     
+     InstanceMirror getMirror(User user) {
+       return _mirrors.putIfAbsent(user, () => reflector.reflect(user));
+     }
+   }
    ```
 
-3. **Error Handling**
+3. **Comprehensive Error Handling**
    ```dart
-   // Comprehensive error handling
    try {
-     final result = mirror.invoke(name, args);
+     final result = mirror.invoke(const Symbol('method'), args);
    } on ReflectionException catch (e) {
-     handleError(e);
+     handleReflectionError(e);
    }
    ```
 
-4. **Isolate Management**
-   ```dart
-   // Proper cleanup
-   final isolate = IsolateMirrorImpl.other(...);
-   try {
-     await doWork(isolate);
-   } finally {
-     await isolate.kill();
-   }
-   ```
-
-This document provides a comprehensive overview of the Platform Reflection library's capabilities. For detailed API documentation, see the [API Reference](../README.md#api-reference).
+This document provides an overview of the Platform Reflection library's capabilities. For detailed API documentation, please refer to the [API Reference](../README.md#api-reference).
diff --git a/incubation/reflection/doc/index.md b/incubation/reflection/doc/index.md
index a278906..4e70521 100644
--- a/incubation/reflection/doc/index.md
+++ b/incubation/reflection/doc/index.md
@@ -1,7 +1,7 @@
 # Platform Reflection Documentation
 
 ## Overview
-Platform Reflection is a modern reflection system for Dart that provides runtime type introspection and manipulation capabilities across all platforms.
+Platform Reflection is a modern reflection system for Dart that provides runtime type introspection and manipulation capabilities across all platforms, including VM, Web, and Flutter.
 
 ## Documentation Structure
 
@@ -21,19 +21,17 @@ Platform Reflection is a modern reflection system for Dart that provides runtime
 1. Basic Usage
    - [Installation](../README.md#installation)
    - [Basic Reflection](quick_start.md#basic-usage)
-   - [Property Access](quick_start.md#2-property-access)
-   - [Method Invocation](quick_start.md#3-method-invocation)
+   - [Property Access and Method Invocation](quick_start.md#2-use-reflection)
+   - [Type Information](quick_start.md#3-type-information)
 
 2. Advanced Usage
-   - [Type Information](quick_start.md#5-type-information)
-   - [Error Handling](quick_start.md#6-error-handling)
-   - [Common Patterns](quick_start.md#common-patterns)
+   - [Error Handling](quick_start.md#error-handling)
    - [Best Practices](quick_start.md#best-practices)
+   - [Performance Tips](quick_start.md#performance-tips)
 
 3. Performance
    - [Optimization Techniques](technical_specification.md#performance-optimizations)
-   - [Performance Tips](quick_start.md#performance-tips)
-   - [Memory Management](technical_specification.md#memory-management)
+   - [Performance Considerations](capabilities.md#performance-considerations)
 
 ### Implementation Status
 
@@ -45,23 +43,19 @@ Platform Reflection is a modern reflection system for Dart that provides runtime
 ✅ Type introspection
 ✅ Basic metadata support
 ✅ Error handling
-✅ Cross-platform support
+✅ Cross-platform support (VM, Web, Flutter)
 
 #### Known Limitations
-❌ No cross-isolate reflection
 ❌ Limited generic support
-❌ No source location tracking
 ❌ No extension method support
-❌ No mixin composition
 ❌ Limited metadata capabilities
 ❌ No dynamic proxy generation
-❌ No attribute-based reflection
 
 ### Development
 
 1. Contributing
-   - [Getting Started](roadmap.md#getting-started)
    - [Priority Areas](roadmap.md#priority-areas)
+   - [Getting Started](roadmap.md#getting-started)
    - [Development Process](roadmap.md#development-process)
 
 2. Future Plans
@@ -77,9 +71,7 @@ Platform Reflection is a modern reflection system for Dart that provides runtime
    - [Performance Tips](quick_start.md#performance-tips)
 
 2. Version Support
-   - [Support Matrix](roadmap.md#version-support-matrix)
    - [Breaking Changes](roadmap.md#breaking-changes)
-   - [Migration Support](roadmap.md#migration-support)
 
 ## Quick Links
 
@@ -93,13 +85,12 @@ Platform Reflection is a modern reflection system for Dart that provides runtime
 1. Review the [Technical Specification](technical_specification.md)
 2. Check the [Development Roadmap](roadmap.md)
 3. See [Priority Areas](roadmap.md#priority-areas)
-4. Read [Contributing Guidelines](../CONTRIBUTING.md)
+4. Read Contributing Guidelines (../CONTRIBUTING.md)
 
 ### For Framework Developers
 1. Study the [Mirrors Comparison](mirrors_comparison.md)
 2. Review [Implementation Details](technical_specification.md#implementation-details)
-3. Check [Framework Integration](roadmap.md#framework-integration)
-4. See [Enterprise Features](roadmap.md#enterprise-features)
+3. Check [Framework Integration](roadmap.md#2-framework-integration)
 
 ## Document Updates
 
diff --git a/incubation/reflection/doc/mirrors_comparison.md b/incubation/reflection/doc/mirrors_comparison.md
index 2933552..daa1e3c 100644
--- a/incubation/reflection/doc/mirrors_comparison.md
+++ b/incubation/reflection/doc/mirrors_comparison.md
@@ -1,41 +1,21 @@
 # Dart Mirrors vs Platform Reflection Comparison
 
+This document compares our Platform Reflection library with Dart's built-in `dart:mirrors` package, highlighting key differences, trade-offs, and migration paths.
+
 ## Core Features Comparison
 
 | Feature | dart:mirrors | Platform Reflection | Notes |
-|---------|-------------|-------------------|--------|
-| **Library Reflection** |
-| Top-level functions | ✅ Full | ✅ Full | Complete parity |
-| Top-level variables | ✅ Full | ✅ Full | Complete parity |
-| Library dependencies | ✅ Full | ✅ Full | Complete parity |
-| URI resolution | ✅ Full | ✅ Full | Complete parity |
+|---------|--------------|---------------------|-------|
+| Class Reflection | ✅ Full | ✅ Full | Requires registration in Platform Reflection |
+| Method Invocation | ✅ Full | ✅ Full | Complete parity |
+| Property Access | ✅ Full | ✅ Full | Complete parity |
+| Constructor Invocation | ✅ Full | ✅ Full | Requires registration in Platform Reflection |
+| Type Information | ✅ Full | ✅ Full | Complete parity |
+| Metadata | ✅ Full | ⚠️ Limited | Basic metadata support in Platform Reflection |
+| Generic Types | ✅ Full | ⚠️ Limited | Basic generic support in Platform Reflection |
+| AOT Compilation | ❌ No | ✅ Yes | Platform Reflection supports AOT compilation |
 
-| Feature | dart:mirrors | Platform Reflection | Notes |
-|---------|-------------|-------------------|--------|
-| **Isolate Support** |
-| Current isolate | ✅ Full | ✅ Full | Complete parity |
-| Other isolates | ✅ Full | ✅ Full | Complete parity |
-| Isolate control | ✅ Full | ✅ Full | Pause/Resume/Kill |
-| Error handling | ✅ Full | ✅ Full | Error/Exit listeners |
-
-| Feature | dart:mirrors | Platform Reflection | Notes |
-|---------|-------------|-------------------|--------|
-| **Type System** |
-| Special types | ✅ Full | ✅ Full | void/dynamic/never |
-| Type relationships | ✅ Full | ✅ Full | Complete type checking |
-| Generic types | ✅ Full | ⚠️ Limited | Basic generic support |
-| Type parameters | ✅ Full | ⚠️ Limited | Basic parameter support |
-
-| Feature | dart:mirrors | Platform Reflection | Notes |
-|---------|-------------|-------------------|--------|
-| **Metadata System** |
-| Class metadata | ✅ Full | ✅ Full | Complete parity |
-| Method metadata | ✅ Full | ✅ Full | Complete parity |
-| Property metadata | ✅ Full | ✅ Full | Complete parity |
-| Parameter metadata | ✅ Full | ✅ Full | Complete parity |
-| Custom attributes | ✅ Full | ✅ Full | Complete parity |
-
-## Implementation Differences
+## Key Implementation Differences
 
 ### Registration System
 
@@ -53,55 +33,34 @@ class MyClass {}
 Reflector.register(MyClass);
 Reflector.registerProperty(MyClass, 'prop', String);
 Reflector.registerMethod(MyClass, 'method', [int]);
+Reflector.registerConstructor(MyClass, '', parameterTypes: []);
 ```
 
-### Library Access
+### Reflection Usage
 
 ```dart
 // dart:mirrors
-final lib = MirrorSystem.findLibrary('my_lib');
+import 'dart:mirrors';
+
+final instance = MyClass();
+final mirror = reflect(instance);
+final value = mirror.getField(#prop).reflectee;
+mirror.invoke(#method, [42]);
 
 // Platform Reflection
-final lib = LibraryMirrorImpl.withDeclarations(
-  name: 'my_lib',
-  uri: Uri.parse('package:my_package/my_lib.dart'),
-);
-```
+import 'package:platform_reflection/mirrors.dart';
 
-### Isolate Handling
-
-```dart
-// dart:mirrors
-final mirror = reflect(isolate);
-await mirror.invoke(#method, []);
-
-// Platform Reflection
-final mirror = IsolateMirrorImpl.other(isolate, 'name', lib);
-mirror.addErrorListener((error, stack) {
-  // Handle error
-});
-```
-
-### Type System
-
-```dart
-// dart:mirrors
-final type = reflectType(MyClass);
-final isSubtype = type.isSubtypeOf(otherType);
-
-// Platform Reflection
-final type = TypeMetadata(
-  type: MyClass,
-  name: 'MyClass',
-  // ...
-);
-final isSubtype = type.supertype == otherType;
+final reflector = RuntimeReflector.instance;
+final instance = reflector.createInstance(MyClass, positionalArgs: []) as MyClass;
+final mirror = reflector.reflect(instance);
+final value = mirror.getField(const Symbol('prop')).reflectee;
+mirror.invoke(const Symbol('method'), [42]);
 ```
 
 ## Performance Characteristics
 
 | Aspect | dart:mirrors | Platform Reflection | Winner |
-|--------|-------------|-------------------|---------|
+|--------|--------------|---------------------|--------|
 | Startup time | ❌ Slower | ✅ Faster | Platform Reflection |
 | Runtime performance | ❌ Slower | ✅ Faster | Platform Reflection |
 | Memory usage | ❌ Higher | ✅ Lower | Platform Reflection |
@@ -110,7 +69,7 @@ final isSubtype = type.supertype == otherType;
 ## Platform Support
 
 | Platform | dart:mirrors | Platform Reflection | Winner |
-|----------|-------------|-------------------|---------|
+|----------|--------------|---------------------|--------|
 | VM | ✅ Yes | ✅ Yes | Tie |
 | Web | ❌ No | ✅ Yes | Platform Reflection |
 | Flutter | ❌ No | ✅ Yes | Platform Reflection |
@@ -119,91 +78,84 @@ final isSubtype = type.supertype == otherType;
 ## Use Cases
 
 | Use Case | dart:mirrors | Platform Reflection | Better Choice |
-|----------|-------------|-------------------|---------------|
-| Dependency injection | ✅ Simpler | ⚠️ More setup | dart:mirrors |
-| Serialization | ✅ Simpler | ⚠️ More setup | dart:mirrors |
+|----------|--------------|---------------------|---------------|
+| Dependency injection | ✅ Simpler | ⚠️ More setup | Depends on platform needs |
+| Serialization | ✅ Simpler | ⚠️ More setup | Depends on platform needs |
 | Testing/Mocking | ✅ More flexible | ✅ More controlled | Depends on needs |
 | Production apps | ❌ Limited platforms | ✅ All platforms | Platform Reflection |
 
 ## Migration Path
 
-### From dart:mirrors
+To migrate from dart:mirrors to Platform Reflection:
 
-1. Add registration:
-```dart
-// Before
-@reflectable
-class MyClass {}
+1. Replace imports:
+   ```dart
+   // Before
+   import 'dart:mirrors';
+   
+   // After
+   import 'package:platform_reflection/mirrors.dart';
+   ```
 
-// After
-@reflectable
-class MyClass {}
+2. Add registration for each reflectable class:
+   ```dart
+   void registerReflectables() {
+     Reflector.register(MyClass);
+     Reflector.registerProperty(MyClass, 'prop', String);
+     Reflector.registerMethod(MyClass, 'method', [int]);
+     Reflector.registerConstructor(MyClass, '', parameterTypes: []);
+   }
+   ```
 
-void register() {
-  Reflector.register(MyClass);
-  // Register members...
-}
-```
+3. Update reflection calls:
+   ```dart
+   // Before
+   final mirror = reflect(instance);
+   final value = mirror.getField(#prop).reflectee;
 
-2. Update reflection calls:
-```dart
-// Before
-final mirror = reflect(instance);
-final value = mirror.getField(#prop);
+   // After
+   final reflector = RuntimeReflector.instance;
+   final mirror = reflector.reflect(instance);
+   final value = mirror.getField(const Symbol('prop')).reflectee;
+   ```
 
-// After
-final mirror = reflector.reflect(instance);
-final value = mirror.getField(const Symbol('prop'));
-```
+4. Replace MirrorSystem usage:
+   ```dart
+   // Before
+   final classMirror = reflectClass(MyClass);
 
-3. Handle libraries:
-```dart
-// Before
-final lib = MirrorSystem.findLibrary('my_lib');
+   // After
+   final classMirror = RuntimeReflector.instance.reflectClass(MyClass);
+   ```
 
-// After
-final lib = LibraryMirrorImpl.withDeclarations(
-  name: 'my_lib',
-  uri: uri,
-);
-```
+5. Update your build process to ensure registration functions are called at startup.
 
 ## Trade-offs
 
 ### Advantages of Platform Reflection
-1. Works everywhere
-2. Better performance
-3. Smaller code size
-4. Better tree shaking
-5. Full isolate support
-6. Production-ready
+1. Works on all platforms (VM, Web, Flutter, AOT)
+2. Better performance and smaller code size
+3. Supports AOT compilation
+4. More controlled reflection surface
 
 ### Advantages of dart:mirrors
 1. No registration needed
-2. Simpler API
-3. More dynamic capabilities
-4. Better for development tools
-5. More flexible
+2. More dynamic capabilities
+3. Simpler API for some use cases
+4. Better for certain development tools
 
 ## Conclusion
 
-Platform Reflection offers a more production-ready alternative to dart:mirrors with:
-- Full cross-platform support
-- Better performance characteristics
-- More controlled reflection surface
-- Full isolate support
-- Production-ready features
-
-The main trade-off is the need for explicit registration, but this brings benefits in terms of performance, code size, and tree shaking.
+Platform Reflection offers a production-ready alternative to dart:mirrors with cross-platform support, better performance, and AOT compilation compatibility. The main trade-off is the need for explicit registration, which provides more control but requires more setup.
 
 Choose Platform Reflection when:
-- You need cross-platform support
-- Performance is critical
-- Code size matters
-- You want production-ready reflection
+- You need cross-platform or AOT compilation support
+- Performance and code size are critical
+- You want more control over the reflection surface
 
-Choose dart:mirrors when:
-- You're only targeting the VM
-- Development time is critical
-- You need maximum flexibility
-- You're building development tools
+Consider dart:mirrors when:
+- You're only targeting the Dart VM
+- You need maximum runtime flexibility
+- You're building certain types of development tools
+
+Remember, the choice between Platform Reflection and dart:mirrors often comes down to your specific platform requirements and performance needs.
diff --git a/incubation/reflection/doc/quick_start.md b/incubation/reflection/doc/quick_start.md
index 6c6003e..ac71e7d 100644
--- a/incubation/reflection/doc/quick_start.md
+++ b/incubation/reflection/doc/quick_start.md
@@ -1,369 +1,110 @@
 # Platform Reflection Quick Start Guide
 
-This guide covers the most common use cases for Platform Reflection to help you get started quickly.
+This guide covers the essential steps to get started with Platform Reflection, a drop-in replacement for dart:mirrors with AOT compilation support.
 
 ## Installation
 
+Add this to your package's `pubspec.yaml` file:
+
 ```yaml
 dependencies:
   platform_reflection: ^0.1.0
 ```
 
+## Key Concepts
+
+1. **Explicit Registration**: Unlike dart:mirrors, Platform Reflection requires explicit registration of classes and their members.
+2. **AOT Compilation Support**: The registration process enables AOT compilation, which dart:mirrors doesn't support.
+3. **API Similarity**: The reflection API is similar to dart:mirrors, easing the transition.
+
 ## Basic Usage
 
-### 1. Simple Class Reflection
+### 1. Define and Register a Class
 
 ```dart
-import 'package:platform_reflection/reflection.dart';
+import 'package:platform_reflection/mirrors.dart';
 
-// 1. Define your class
 @reflectable
 class User {
   String name;
   int age;
-  
+
   User(this.name, this.age);
-  
-  void birthday() => age++;
+
+  String greet() => "Hello, $name!";
 }
 
-// 2. Register for reflection
-void main() {
-  // Register class
+void registerUser() {
   Reflector.register(User);
-  
-  // Register properties
   Reflector.registerProperty(User, 'name', String);
   Reflector.registerProperty(User, 'age', int);
-  
-  // Register methods
-  Reflector.registerMethod(
-    User,
-    'birthday',
-    [],
-    true,
-  );
-  
-  // Register constructor
+  Reflector.registerMethod(User, 'greet', [], false);
   Reflector.registerConstructor(
     User,
     '',
     parameterTypes: [String, int],
     parameterNames: ['name', 'age'],
-    creator: (String name, int age) => User(name, age),
   );
+}
+
+void main() {
+  registerUser();
+  // Your application code here
+}
+```
+
+### 2. Use Reflection
+
+```dart
+void demonstrateReflection() {
+  final reflector = RuntimeReflector.instance;
   
-  // Use reflection
+  // Create instance
   final user = reflector.createInstance(
     User,
-    positionalArgs: ['John', 30],
+    positionalArgs: ['John Doe', 30],
   ) as User;
   
+  // Get mirror
   final mirror = reflector.reflect(user);
-  print(mirror.getField(const Symbol('name')).reflectee); // John
-  mirror.invoke(const Symbol('birthday'), []);
-  print(mirror.getField(const Symbol('age')).reflectee); // 31
-}
-```
-
-### 2. Property Access
-
-```dart
-// Get property value
-final mirror = reflector.reflect(instance);
-final name = mirror.getField(const Symbol('name')).reflectee as String;
-
-// Set property value
-mirror.setField(const Symbol('name'), 'Jane');
-
-// Check if property exists
-final metadata = Reflector.getPropertyMetadata(User);
-if (metadata?.containsKey('name') ?? false) {
-  // Property exists
-}
-```
-
-### 3. Method Invocation
-
-```dart
-// Invoke method without arguments
-mirror.invoke(const Symbol('birthday'), []);
-
-// Invoke method with arguments
-final result = mirror.invoke(
-  const Symbol('greet'),
-  ['Hello'],
-).reflectee as String;
-
-// Invoke method with named arguments
-final result = mirror.invoke(
-  const Symbol('update'),
-  [],
-  {const Symbol('value'): 42},
-).reflectee;
-```
-
-### 4. Constructor Usage
-
-```dart
-// Default constructor
-final instance = reflector.createInstance(
-  User,
-  positionalArgs: ['John', 30],
-) as User;
-
-// Named constructor
-final instance = reflector.createInstance(
-  User,
-  constructorName: 'guest',
-) as User;
-
-// Constructor with named arguments
-final instance = reflector.createInstance(
-  User,
-  positionalArgs: ['John'],
-  namedArgs: {const Symbol('age'): 30},
-) as User;
-```
-
-### 5. Type Information
-
-```dart
-// Get type metadata
-final metadata = Reflector.getTypeMetadata(User);
-
-// Check properties
-for (var property in metadata.properties.values) {
-  print('${property.name}: ${property.type}');
-}
-
-// Check methods
-for (var method in metadata.methods.values) {
-  print('${method.name}(${method.parameterTypes.join(', ')})');
-}
-```
-
-### 6. Error Handling
-
-```dart
-try {
-  // Attempt reflection
-  final mirror = reflector.reflect(instance);
-  mirror.invoke(const Symbol('method'), []);
-} on NotReflectableException catch (e) {
-  print('Type not registered: $e');
-} on MemberNotFoundException catch (e) {
-  print('Member not found: $e');
-} on InvalidArgumentsException catch (e) {
-  print('Invalid arguments: $e');
-} on ReflectionException catch (e) {
-  print('Reflection error: $e');
-}
-```
-
-## Common Patterns
-
-### 1. Registration Helper
-
-```dart
-void registerType<T>(Type type) {
-  Reflector.register(type);
   
-  final scanner = Scanner();
-  final metadata = scanner.scanType(type);
+  // Property access and modification
+  print('Name: ${mirror.getField(const Symbol('name')).reflectee}');
+  mirror.setField(const Symbol('age'), 31);
   
-  // Register properties
-  for (var property in metadata.properties.values) {
-    Reflector.registerProperty(
-      type,
-      property.name,
-      property.type,
-      isWritable: property.isWritable,
-    );
-  }
+  // Method invocation
+  final greeting = mirror.invoke(const Symbol('greet'), []).reflectee as String;
+  print(greeting);
   
-  // Register methods
-  for (var method in metadata.methods.values) {
-    Reflector.registerMethod(
-      type,
-      method.name,
-      method.parameterTypes,
-      method.returnsVoid,
-      parameterNames: method.parameters.map((p) => p.name).toList(),
-      isRequired: method.parameters.map((p) => p.isRequired).toList(),
-    );
-  }
+  // Type information
+  final classMirror = reflector.reflectClass(User);
+  print('Type name: ${classMirror.name}');
 }
 ```
 
-### 2. Property Observer
+## Key Differences from dart:mirrors
 
-```dart
-class PropertyObserver {
-  final InstanceMirror mirror;
-  final Symbol propertyName;
-  final void Function(dynamic oldValue, dynamic newValue) onChange;
-  
-  PropertyObserver(this.mirror, this.propertyName, this.onChange);
-  
-  void observe() {
-    var lastValue = mirror.getField(propertyName).reflectee;
-    
-    Timer.periodic(Duration(milliseconds: 100), (_) {
-      final currentValue = mirror.getField(propertyName).reflectee;
-      if (currentValue != lastValue) {
-        onChange(lastValue, currentValue);
-        lastValue = currentValue;
-      }
-    });
-  }
-}
-```
-
-### 3. Method Interceptor
-
-```dart
-class MethodInterceptor {
-  final InstanceMirror mirror;
-  final Symbol methodName;
-  final void Function(List args, Map<Symbol, dynamic> named) beforeInvoke;
-  final void Function(dynamic result) afterInvoke;
-  
-  MethodInterceptor(
-    this.mirror,
-    this.methodName,
-    {this.beforeInvoke = _noOp,
-    this.afterInvoke = _noOp});
-    
-  static void _noOp([dynamic _]) {}
-  
-  dynamic invoke(List args, [Map<Symbol, dynamic>? named]) {
-    beforeInvoke(args, named ?? {});
-    final result = mirror.invoke(methodName, args, named).reflectee;
-    afterInvoke(result);
-    return result;
-  }
-}
-```
+1. **Registration**: You must register classes, properties, methods, and constructors explicitly.
+2. **Reflector Class**: Use the `Reflector` class for registration and the `RuntimeReflector` for reflection operations.
+3. **Limited Automatic Discovery**: There's no automatic discovery of classes or members; everything must be registered.
 
 ## Best Practices
 
-1. **Register Early**
-   ```dart
-   void main() {
-     // Register all types at startup
-     registerType<User>();
-     registerType<Order>();
-     registerType<Product>();
-     
-     // Start application
-     runApp();
-   }
-   ```
+1. Register all reflectable types at application startup.
+2. Cache instance mirrors for repeated operations on the same object.
+3. Always handle potential `ReflectionException`s in your code.
+4. Use reflection judiciously, as it can impact performance.
 
-2. **Cache Mirrors**
-   ```dart
-   class UserService {
-     final Map<User, InstanceMirror> _mirrors = {};
-     
-     InstanceMirror getMirror(User user) {
-       return _mirrors.putIfAbsent(
-         user,
-         () => reflector.reflect(user),
-       );
-     }
-   }
-   ```
+## Common Pitfalls
 
-3. **Handle Errors**
-   ```dart
-   T reflectSafely<T>(Function() operation, T defaultValue) {
-     try {
-       return operation() as T;
-     } on ReflectionException catch (e) {
-       print('Reflection failed: $e');
-       return defaultValue;
-     }
-   }
-   ```
-
-4. **Validate Registration**
-   ```dart
-   bool isFullyRegistered(Type type) {
-     final metadata = Reflector.getTypeMetadata(type);
-     if (metadata == null) return false;
-     
-     // Check properties
-     if (metadata.properties.isEmpty) return false;
-     
-     // Check methods
-     if (metadata.methods.isEmpty) return false;
-     
-     // Check constructors
-     if (metadata.constructors.isEmpty) return false;
-     
-     return true;
-   }
-   ```
-
-## Common Issues
-
-1. **Type Not Registered**
-   ```dart
-   // Wrong
-   reflector.reflect(unregisteredInstance);
-   
-   // Right
-   Reflector.register(UnregisteredType);
-   reflector.reflect(instance);
-   ```
-
-2. **Missing Property/Method Registration**
-   ```dart
-   // Wrong
-   Reflector.register(User);
-   
-   // Right
-   Reflector.register(User);
-   Reflector.registerProperty(User, 'name', String);
-   Reflector.registerMethod(User, 'greet', [String]);
-   ```
-
-3. **Wrong Argument Types**
-   ```dart
-   // Wrong
-   mirror.invoke(const Symbol('greet'), [42]);
-   
-   // Right
-   mirror.invoke(const Symbol('greet'), ['Hello']);
-   ```
-
-## Performance Tips
-
-1. **Cache Metadata**
-   ```dart
-   final metadata = Reflector.getTypeMetadata(User);
-   final properties = metadata.properties;
-   final methods = metadata.methods;
-   ```
-
-2. **Reuse Mirrors**
-   ```dart
-   final mirror = reflector.reflect(instance);
-   // Reuse mirror for multiple operations
-   ```
-
-3. **Batch Registration**
-   ```dart
-   void registerAll() {
-     for (var type in types) {
-       registerType(type);
-     }
-   }
-   ```
+1. Forgetting to register a class or its members before reflection.
+2. Attempting to reflect on private members (not supported).
+3. Not handling potential exceptions during reflection operations.
 
 ## Next Steps
 
-- Read the [Technical Specification](technical_specification.md) for detailed implementation information
-- Check the [API Reference](../README.md#api-reference) for complete API documentation
-- See the [Mirrors Comparison](mirrors_comparison.md) for differences from dart:mirrors
+- Review the [API Reference](../README.md#api-reference) for detailed information.
+- Explore the [examples](../example) directory for more complex scenarios.
+- If migrating from dart:mirrors, check the [Migration Guide](mirrors_comparison.md) for a detailed comparison and transition tips.
+
+Remember, Platform Reflection aims to provide the power of reflection with the benefits of AOT compilation. The trade-off is the need for explicit registration, which gives you more control over what can be reflected upon in your application.
diff --git a/incubation/reflection/doc/roadmap.md b/incubation/reflection/doc/roadmap.md
index 8f012c8..d6f0733 100644
--- a/incubation/reflection/doc/roadmap.md
+++ b/incubation/reflection/doc/roadmap.md
@@ -1,294 +1,175 @@
 # Platform Reflection Roadmap
 
-This document outlines the planned improvements and future direction of the Platform Reflection library.
+This document outlines the current status, planned improvements, and future direction of the Platform Reflection library.
 
 ## Current Status (v0.1.0)
 
 ### Implemented Features
-✅ Basic reflection system
-✅ Property access/mutation
+✅ Core reflection system with explicit registration
+✅ Property access and mutation
 ✅ Method invocation
 ✅ Constructor handling
 ✅ Type introspection
 ✅ Basic metadata support
-✅ Error handling
-✅ Cross-platform support
+✅ Comprehensive error handling
+✅ Cross-platform support (VM, Web, Flutter, AOT)
+✅ Basic generic type support
+✅ Library reflection
 
 ### Known Limitations
-❌ No cross-isolate reflection
-❌ Limited generic support
-❌ No source location tracking
+❌ Limited support for complex generic types
 ❌ No extension method support
-❌ No mixin composition
 ❌ Limited metadata capabilities
 ❌ No dynamic proxy generation
-❌ No attribute-based reflection
+❌ No reflection on private members
 
 ## Short-term Goals (v0.2.0)
 
 ### 1. Enhanced Generic Support
-- [ ] Better generic type handling
-- [ ] Generic type argument preservation
-- [ ] Generic method support
-- [ ] Generic constructor support
-- [ ] Type parameter constraints
+- [ ] Improved handling of complex generic types
+- [ ] Support for generic methods and constructors
+- [ ] Type parameter bounds and variance
 
 ### 2. Improved Type System
-- [ ] Better type relationship checking
-- [ ] Variance handling
-- [ ] Type erasure handling
-- [ ] Generic type instantiation
-- [ ] Type parameter bounds
+- [ ] Enhanced type relationship checking
+- [ ] Better support for interfaces and mixins
+- [ ] Improved handling of type aliases
 
 ### 3. Metadata Enhancements
-- [ ] Rich metadata API
-- [ ] Metadata inheritance
-- [ ] Custom metadata providers
-- [ ] Metadata validation
-- [ ] Compile-time metadata
+- [ ] Rich metadata API for custom annotations
+- [ ] Improved retrieval and manipulation of metadata
 
 ### 4. Performance Optimizations
-- [ ] Faster lookup mechanisms
-- [ ] Better memory usage
-- [ ] Optimized registration
-- [ ] Improved caching
-- [ ] Reduced startup time
+- [ ] Further optimized lookup mechanisms
+- [ ] Enhanced caching strategies
+- [ ] Benchmarking and performance tuning
 
 ## Medium-term Goals (v0.3.0)
 
-### 1. Dynamic Features
-- [ ] Dynamic proxy generation
-- [ ] Method interception
-- [ ] Property interception
-- [ ] Dynamic interface implementation
-- [ ] Runtime mixin application
+### 1. Advanced Type Features
+- [ ] Support for extension methods
+- [ ] Improved mixin composition handling
+- [ ] Better support for sealed classes and enums
 
-### 2. Advanced Type Features
-- [ ] Extension method support
-- [ ] Operator overloading
-- [ ] Mixin composition
-- [ ] Type alias support
-- [ ] Named constructor factories
+### 2. Framework Integration
+- [ ] Deeper Flutter integration
+- [ ] Built-in support for common serialization formats (JSON, protobuf)
+- [ ] Integration with popular state management solutions
 
-### 3. Tooling Support
-- [ ] VS Code extension
-- [ ] Dart analyzer plugin
-- [ ] Documentation generator
-- [ ] Migration tools
-- [ ] Debug tools
-
-### 4. Framework Integration
-- [ ] Flutter integration
-- [ ] Built Value integration
-- [ ] JSON serialization
-- [ ] Database mapping
-- [ ] Dependency injection
+### 3. Tooling and Developer Experience
+- [ ] VS Code extension for easier registration and usage
+- [ ] Dart analyzer plugin for static analysis
+- [ ] Code generation tools to automate registration
 
 ## Long-term Goals (v1.0.0)
 
-### 1. Advanced Reflection
-- [ ] Cross-isolate reflection
-- [ ] Source location tracking
-- [ ] Dynamic loading
-- [ ] Code generation
-- [ ] Hot reload support
+### 1. Advanced Reflection Capabilities
+- [ ] Dynamic proxy generation
+- [ ] Method interception and AOP-like features
+- [ ] Limited support for reflecting on private members (with security considerations)
 
-### 2. Language Features
-- [ ] Pattern matching
-- [ ] Records support
-- [ ] Sealed classes
-- [ ] Enhanced enums
-- [ ] Extension types
+### 2. Language Feature Parity
+- [ ] Full support for all Dart language features
+- [ ] Reflection capabilities for upcoming Dart features
 
-### 3. Enterprise Features
-- [ ] Aspect-oriented programming
-- [ ] Dependency injection
-- [ ] Object-relational mapping
-- [ ] Serialization framework
-- [ ] Validation framework
-
-### 4. Security Features
-- [ ] Access control
-- [ ] Reflection policies
-- [ ] Sandboxing
-- [ ] Audit logging
-- [ ] Security annotations
+### 3. Enterprise and Framework Features
+- [ ] Built-in dependency injection framework
+- [ ] Advanced validation and serialization capabilities
+- [ ] Integration with popular backend frameworks
 
 ## Implementation Priorities
 
-### Phase 1: Foundation (Current)
-1. Core reflection system
-2. Basic type support
-3. Essential operations
-4. Error handling
-5. Documentation
+### Phase 1: Stabilization and Enhancement (Current)
+1. Improve generic type support
+2. Enhance performance and optimize caching
+3. Expand test coverage
+4. Improve documentation and examples
 
-### Phase 2: Enhancement (Next)
-1. Generic support
-2. Type system improvements
-3. Metadata enhancements
-4. Performance optimizations
-5. Framework integration
+### Phase 2: Advanced Features and Integrations
+1. Implement advanced type system features
+2. Develop framework integrations
+3. Create developer tools and plugins
+4. Enhance metadata capabilities
 
-### Phase 3: Advanced Features
-1. Dynamic capabilities
-2. Language feature support
-3. Tooling integration
-4. Security features
-5. Enterprise features
+### Phase 3: Towards 1.0
+1. Implement dynamic capabilities (proxies, interception)
+2. Ensure full language feature support
+3. Develop enterprise-level features
+4. Final API stabilization and performance tuning
 
 ## Breaking Changes
 
-### Planned for v0.2.0
-- API refinements for generic support
-- Enhanced metadata system
-- Improved type handling
-- Registration system updates
+### Potential for v0.2.0
+- API refinements for improved generic support
+- Enhancements to the registration process for better type information
 
-### Planned for v0.3.0
-- Dynamic proxy API
-- Advanced type features
-- Framework integration APIs
-- Security system
+### Potential for v0.3.0
+- Changes to support advanced type features
+- Modifications to accommodate deeper framework integrations
 
-### Planned for v1.0.0
-- Stable API finalization
-- Enterprise feature integration
-- Cross-isolate capabilities
-- Advanced language features
+### For v1.0.0
+- Final API stabilization
+- Any necessary changes to support full language feature parity
 
-## Migration Support
+## Community Feedback Focus
 
-### For Each Major Version
-- Migration guides
-- Breaking change documentation
-- Upgrade tools
-- Code modification scripts
-- Support period
-
-## Community Feedback Areas
-
-### Current Focus
-1. Generic type handling
-2. Performance optimization
-3. Framework integration
-4. API usability
-5. Documentation quality
-
-### Future Considerations
-1. Enterprise features
-2. Security requirements
-3. Framework support
-4. Language feature support
-5. Tool integration
+1. Generic type handling and edge cases
+2. Performance in real-world scenarios
+3. Integration pain points with popular frameworks
+4. API ergonomics and ease of use
+5. Documentation clarity and completeness
 
 ## Development Process
 
-### 1. Feature Development
-```mermaid
-graph LR
-    A[Proposal] --> B[Design]
-    B --> C[Implementation]
-    C --> D[Testing]
-    D --> E[Documentation]
-    E --> F[Release]
-```
+### Feature Development Workflow
+1. Community proposal and discussion
+2. Design and API draft
+3. Implementation and internal testing
+4. Community feedback and iteration
+5. Documentation and example creation
+6. Release and announcement
 
-### 2. Release Cycle
-- Major versions: Significant features/breaking changes
-- Minor versions: New features/non-breaking changes
-- Patch versions: Bug fixes/performance improvements
+### Release Cycle
+- Major versions: Significant features/breaking changes (roughly annually)
+- Minor versions: New features/non-breaking changes (every 2-3 months)
+- Patch versions: Bug fixes/performance improvements (as needed)
 
-### 3. Testing Strategy
-- Unit tests
-- Integration tests
-- Performance tests
-- Platform compatibility tests
-- Framework integration tests
+### Testing Strategy
+- Comprehensive unit test suite
+- Integration tests with popular frameworks
+- Performance benchmarks against dart:mirrors and direct code
+- Cross-platform compatibility tests
 
 ## Contributing
 
-### Priority Areas
-1. Generic type support
-2. Performance improvements
-3. Framework integration
-4. Documentation
-5. Testing
+### Priority Areas for Contribution
+1. Generic type edge cases and improvements
+2. Performance optimizations and benchmarks
+3. Framework integration examples and utilities
+4. Documentation improvements and tutorials
+5. Test coverage expansion
 
-### Getting Started
-1. Review current limitations
-2. Check roadmap priorities
-3. Read contribution guidelines
-4. Submit proposals
-5. Implement features
+### Getting Started with Contributions
+1. Review the current limitations and roadmap
+2. Check the issue tracker for "good first issue" labels
+3. Read the CONTRIBUTING.md guidelines
+4. Engage in discussions on open issues or create a new one
+5. Submit pull requests with improvements or new features
 
-## Support
-
-### Long-term Support (LTS)
-- v1.0.0 and later
-- Security updates
-- Critical bug fixes
-- Performance improvements
-- Documentation updates
-
-### Version Support Matrix
-| Version | Status | Support Until |
-|---------|---------|--------------|
-| 0.1.x   | Current | 6 months     |
-| 0.2.x   | Planned | 1 year       |
-| 0.3.x   | Planned | 1 year       |
-| 1.0.x   | Planned | 2 years      |
-
-## Success Metrics
-
-### Technical Metrics
-- Performance benchmarks
-- Memory usage
-- API coverage
-- Test coverage
-- Documentation coverage
-
-### Community Metrics
-- Adoption rate
-- Issue resolution time
-- Community contributions
-- User satisfaction
-- Framework adoption
-
-## Get Involved
-
-### Ways to Contribute
-1. Submit bug reports
-2. Propose features
-3. Improve documentation
-4. Add test cases
-5. Implement features
-
-### Communication Channels
-- GitHub Issues
-- Pull Requests
-- Discord Server
-- Stack Overflow
-- Email Support
-
-## Timeline
+## Tentative Timeline
 
 ### 2024 Q1-Q2
-- Enhanced generic support
-- Improved type system
-- Performance optimizations
-- Documentation improvements
+- Release v0.2.0 with enhanced generic support and performance improvements
+- Expand framework integration examples
+- Implement initial tooling support
 
 ### 2024 Q3-Q4
-- Dynamic features
-- Framework integration
-- Tool support
-- Security features
+- Release v0.3.0 with advanced type features and deeper framework integrations
+- Develop and release initial VS Code extension and analyzer plugin
 
 ### 2025
-- Cross-isolate reflection
-- Enterprise features
-- Language feature support
-- 1.0.0 release
+- Implement dynamic proxy generation and method interception
+- Finalize API for 1.0.0 release
+- Develop enterprise-level features and integrations
 
-Note: This roadmap is subject to change based on community feedback and evolving requirements.
+Note: This roadmap is subject to change based on community feedback, emerging requirements, and developments in the Dart ecosystem.
diff --git a/incubation/reflection/doc/technical_specification.md b/incubation/reflection/doc/technical_specification.md
index b64a52c..579c400 100644
--- a/incubation/reflection/doc/technical_specification.md
+++ b/incubation/reflection/doc/technical_specification.md
@@ -6,64 +6,71 @@
 
 ```mermaid
 graph TD
-    A[Reflector] --> B[Scanner]
-    A --> C[RuntimeReflector]
-    B --> D[TypeAnalyzer]
-    C --> E[MirrorSystem]
-    E --> F[Mirrors]
-    F --> G[ClassMirror]
-    F --> H[InstanceMirror]
-    F --> I[MethodMirror]
+    A[Reflector] --> B[RuntimeReflector]
+    B --> C[MirrorSystem]
+    C --> D[Mirrors]
+    D --> E[ClassMirror]
+    D --> F[InstanceMirror]
+    D --> G[MethodMirror]
+    D --> H[VariableMirror]
+    D --> I[LibraryMirror]
+    D --> J[TypeMirror]
 ```
 
 ### Component Responsibilities
 
 #### 1. Reflector
-- Central registration point
-- Metadata management
+- Static class for central registration and metadata management
 - Type registration validation
-- Cache management
+- Metadata storage for properties, methods, and constructors
 
 ```dart
 class Reflector {
-  static final Map<Type, TypeMetadata> _typeCache;
-  static final Map<Type, Map<String, PropertyMetadata>> _propertyMetadata;
-  static final Map<Type, Map<String, MethodMetadata>> _methodMetadata;
-  static final Map<Type, List<ConstructorMetadata>> _constructorMetadata;
+  static void register(Type type);
+  static void registerProperty(Type type, String name, Type propertyType, {bool isWritable = true});
+  static void registerMethod(Type type, String name, List<Type> parameterTypes, bool returnsVoid);
+  static void registerConstructor(Type type, String name, {List<Type>? parameterTypes, List<String>? parameterNames, List<bool>? isRequired, List<bool>? isNamed, Function? creator});
+  static bool isReflectable(Type type);
+  static Map<String, PropertyMetadata>? getPropertyMetadata(Type type);
+  static Map<String, MethodMetadata>? getMethodMetadata(Type type);
+  static List<ConstructorMetadata>? getConstructorMetadata(Type type);
 }
 ```
 
-#### 2. Scanner
-- Type analysis
-- Metadata extraction
-- Registration validation
-- Type relationship analysis
-
-```dart
-class Scanner {
-  static final Map<Type, TypeInfo> _typeInfoCache;
-  
-  static TypeInfo analyze(Type type) {
-    // Analyze class structure
-    // Extract metadata
-    // Build type relationships
-  }
-}
-```
-
-#### 3. RuntimeReflector
-- Instance creation
-- Method invocation
-- Property access
-- Type reflection
+#### 2. RuntimeReflector
+- Singleton class for runtime reflection operations
+- Instance creation and manipulation
+- Type and class reflection
+- Library reflection
 
 ```dart
 class RuntimeReflector {
-  InstanceMirror reflect(Object object) {
-    // Create instance mirror
-    // Setup metadata access
-    // Configure invocation handling
-  }
+  static final RuntimeReflector instance = RuntimeReflector._();
+  
+  InstanceMirror reflect(Object object);
+  ClassMirror reflectClass(Type type);
+  TypeMirror reflectType(Type type);
+  LibraryMirror reflectLibrary(Uri uri);
+  
+  InstanceMirror createInstance(Type type, {List<dynamic>? positionalArgs, Map<Symbol, dynamic>? namedArgs, String? constructorName});
+}
+```
+
+#### 3. MirrorSystem
+- Manages the overall reflection system
+- Provides access to libraries and types
+- Handles special types (dynamic, void, never)
+
+```dart
+class MirrorSystem implements MirrorSystemContract {
+  static MirrorSystem get instance;
+  static MirrorSystem current();
+  
+  Map<Uri, LibraryMirrorContract> get libraries;
+  LibraryMirrorContract findLibrary(Symbol libraryName);
+  ClassMirrorContract reflectClass(Type type);
+  TypeMirrorContract reflectType(Type type);
+  IsolateMirrorContract get isolate;
 }
 ```
 
@@ -77,8 +84,8 @@ class TypeMetadata {
   final Map<String, PropertyMetadata> properties;
   final Map<String, MethodMetadata> methods;
   final List<ConstructorMetadata> constructors;
-  final bool isAbstract;
-  final bool isEnum;
+  final TypeMetadata? supertype;
+  final List<TypeMetadata> interfaces;
 }
 ```
 
@@ -89,8 +96,8 @@ class MethodMetadata {
   final List<Type> parameterTypes;
   final List<ParameterMetadata> parameters;
   final bool returnsVoid;
+  final Type returnType;
   final bool isStatic;
-  final bool isAbstract;
 }
 ```
 
@@ -101,7 +108,6 @@ class PropertyMetadata {
   final Type type;
   final bool isReadable;
   final bool isWritable;
-  final bool isStatic;
 }
 ```
 
@@ -112,20 +118,11 @@ class PropertyMetadata {
 1. Type Registration
 ```dart
 static void register(Type type) {
-  // Validate type
-  if (_typeCache.containsKey(type)) return;
-  
-  // Create metadata
-  final metadata = TypeMetadata(
-    type: type,
-    name: type.toString(),
-    properties: {},
-    methods: {},
-    constructors: [],
-  );
-  
-  // Cache metadata
-  _typeCache[type] = metadata;
+  _reflectableTypes.add(type);
+  _propertyMetadata.putIfAbsent(type, () => {});
+  _methodMetadata.putIfAbsent(type, () => {});
+  _constructorMetadata.putIfAbsent(type, () => []);
+  _instanceCreators.putIfAbsent(type, () => {});
 }
 ```
 
@@ -138,23 +135,16 @@ static void registerProperty(
   bool isReadable = true,
   bool isWritable = true,
 }) {
-  // Validate type registration
-  if (!isRegistered(type)) {
-    throw NotReflectableException(type);
-  }
-  
-  // Create property metadata
-  final metadata = PropertyMetadata(
-    name: name,
-    type: propertyType,
-    isReadable: isReadable,
-    isWritable: isWritable,
+  registerPropertyMetadata(
+    type,
+    name,
+    PropertyMetadata(
+      name: name,
+      type: propertyType,
+      isReadable: isReadable,
+      isWritable: isWritable,
+    ),
   );
-  
-  // Cache metadata
-  _propertyMetadata
-    .putIfAbsent(type, () => {})
-    [name] = metadata;
 }
 ```
 
@@ -165,30 +155,13 @@ static void registerMethod(
   String name,
   List<Type> parameterTypes,
   bool returnsVoid, {
+  Type? returnType,
   List<String>? parameterNames,
   List<bool>? isRequired,
+  List<bool>? isNamed,
+  bool isStatic = false,
 }) {
-  // Validate type registration
-  if (!isRegistered(type)) {
-    throw NotReflectableException(type);
-  }
-  
-  // Create method metadata
-  final metadata = MethodMetadata(
-    name: name,
-    parameterTypes: parameterTypes,
-    parameters: _createParameters(
-      parameterTypes,
-      parameterNames,
-      isRequired,
-    ),
-    returnsVoid: returnsVoid,
-  );
-  
-  // Cache metadata
-  _methodMetadata
-    .putIfAbsent(type, () => {})
-    [name] = metadata;
+  // Implementation details...
 }
 ```
 
@@ -201,203 +174,76 @@ InstanceMirror createInstance(
   Map<Symbol, dynamic>? namedArgs,
   String? constructorName,
 }) {
-  // Get constructor metadata
-  final constructors = Reflector.getConstructorMetadata(type);
-  if (constructors == null) {
-    throw ReflectionException('No constructors found');
-  }
-  
-  // Find matching constructor
-  final constructor = constructors.firstWhere(
-    (c) => c.name == (constructorName ?? ''),
-    orElse: () => throw ReflectionException('Constructor not found'),
-  );
-  
-  // Validate arguments
-  _validateArguments(
-    constructor,
-    positionalArgs,
-    namedArgs,
-  );
-  
-  // Create instance
-  final instance = constructor.creator!(
-    positionalArgs,
-    namedArgs,
-  );
-  
-  // Return mirror
-  return InstanceMirror(
-    instance,
-    type,
-  );
+  // Implementation details...
 }
 ```
 
 ### Method Invocation
 
 ```dart
-InstanceMirror invoke(
-  Symbol methodName,
-  List<dynamic> positionalArguments, [
-  Map<Symbol, dynamic>? namedArguments,
-]) {
-  // Get method metadata
-  final method = _getMethodMetadata(methodName);
-  if (method == null) {
-    throw ReflectionException('Method not found');
-  }
-  
-  // Validate arguments
-  _validateMethodArguments(
-    method,
-    positionalArguments,
-    namedArguments,
-  );
-  
-  // Invoke method
-  final result = method.invoke(
-    instance,
-    positionalArguments,
-    namedArguments,
-  );
-  
-  // Return result mirror
-  return InstanceMirror(
-    result,
-    result.runtimeType,
-  );
+InstanceMirror invoke(Symbol methodName, List<dynamic> positionalArguments, [Map<Symbol, dynamic>? namedArguments]) {
+  // Implementation details...
 }
 ```
 
 ## Performance Optimizations
 
-### 1. Metadata Caching
-- Type metadata cached on registration
-- Method metadata cached on registration
-- Property metadata cached on registration
-
-### 2. Lookup Optimization
-- O(1) type lookup
-- O(1) method lookup
-- O(1) property lookup
-
-### 3. Memory Management
-- Weak references for type cache
-- Lazy initialization of metadata
-- Minimal metadata storage
+- Metadata caching on registration for fast lookup
+- Use of HashMap for O(1) average case lookups
+- Lazy initialization of certain components (e.g., special types in MirrorSystem)
+- Reuse of mirrors for repeated operations on the same object
 
 ## Error Handling
 
-### Exception Hierarchy
 ```dart
-abstract class ReflectionException implements Exception {
+class ReflectionException implements Exception {
   final String message;
-  final StackTrace? stackTrace;
+  ReflectionException(this.message);
+  @override
+  String toString() => 'ReflectionException: $message';
 }
 
 class NotReflectableException extends ReflectionException {
-  final Type type;
+  NotReflectableException(Type type) : super('Type is not reflectable: $type');
 }
 
 class InvalidArgumentsException extends ReflectionException {
-  final String memberName;
-  final Type type;
-}
-
-class MemberNotFoundException extends ReflectionException {
-  final String memberName;
-  final Type type;
+  InvalidArgumentsException(String message, Type type) : super(message);
 }
 ```
 
-### Validation Points
-1. Registration validation
-2. Argument validation
-3. Type validation
-4. Access validation
-
 ## Platform Considerations
 
-### Web Support
-- No dart:mirrors dependency
-- Tree-shaking friendly
-- Minimal runtime overhead
-
-### Flutter Support
-- AOT compilation compatible
-- No code generation required
-- Performance optimized
-
-### Native Support
-- Cross-platform compatible
-- No platform-specific code
-- Consistent behavior
+- Full support for VM, Web, Flutter, and AOT compilation
+- No use of dart:mirrors, ensuring cross-platform compatibility
+- Explicit registration allows for better tree-shaking and smaller code size
 
 ## Limitations and Constraints
 
-### Technical Limitations
-1. No cross-isolate reflection
-2. No source location support
-3. Limited generic support
-4. No extension method support
-
-### Design Decisions
-1. Explicit registration required
-2. No private member access
-3. No dynamic loading
-4. No proxy generation
+- Explicit registration required for all reflectable types and members
+- Limited support for complex generic types
+- No reflection on private members
+- No dynamic loading of code or types at runtime
 
 ## Future Considerations
 
-### Planned Improvements
-1. Enhanced generic support
-2. Better type relationship handling
-3. Improved metadata capabilities
-4. Performance optimizations
-
-### Potential Features
-1. Attribute-based reflection
-2. Dynamic proxy generation
-3. Enhanced type analysis
-4. Improved error reporting
+- Enhanced generic type support, including variance and type parameter bounds
+- Improved metadata capabilities, including custom metadata providers
+- Dynamic proxy generation for more advanced use cases
+- Potential for code generation tools to automate registration process
 
 ## Security Considerations
 
-### Access Control
-- No private member access
-- Controlled reflection surface
-- Explicit registration required
-
-### Type Safety
-- Strong type checking
-- Runtime validation
-- Safe method invocation
+- No access to private members, maintaining encapsulation
+- Controlled reflection surface through explicit registration
+- Runtime type checking and validation during reflection operations
 
 ## Testing Strategy
 
-### Unit Tests
-1. Registration tests
-2. Reflection tests
-3. Error handling tests
-4. Performance tests
+- Comprehensive unit tests for all core components (Reflector, RuntimeReflector, MirrorSystem)
+- Integration tests simulating real-world usage scenarios
+- Performance benchmarks comparing against direct method calls and dart:mirrors (where applicable)
+- Cross-platform tests ensuring consistent behavior across VM, Web, and Flutter
+- Stress tests with large numbers of registered types and reflection operations
 
-### Integration Tests
-1. Platform compatibility
-2. Framework integration
-3. Real-world scenarios
-4. Edge cases
-
-## Documentation Requirements
-
-### API Documentation
-1. Public API documentation
-2. Usage examples
-3. Best practices
-4. Migration guides
-
-### Technical Documentation
-1. Architecture overview
-2. Implementation details
-3. Performance considerations
-4. Security guidelines
+This technical specification provides a detailed overview of the Platform Reflection library's architecture, implementation details, and key considerations. For API documentation and usage examples, please refer to the [README](../README.md) and [Quick Start Guide](quick_start.md).
diff --git a/incubation/reflection/lib/src/mirrors/mirror_system.dart b/incubation/reflection/lib/src/mirrors/mirror_system.dart
index d5198f1..2e1583e 100644
--- a/incubation/reflection/lib/src/mirrors/mirror_system.dart
+++ b/incubation/reflection/lib/src/mirrors/mirror_system.dart
@@ -310,17 +310,17 @@ class MirrorSystem implements MirrorSystemContract {
   }
 }
 
-/// The current mirror system.
-MirrorSystemContract currentMirrorSystem() => MirrorSystem.current();
+// /// The current mirror system.
+// MirrorSystemContract currentMirrorSystem() => MirrorSystem.current();
 
-/// Reflects an instance.
-InstanceMirrorContract reflect(Object reflectee) =>
-    MirrorSystem.instance.reflect(reflectee);
+// /// Reflects an instance.
+// InstanceMirrorContract reflect(Object reflectee) =>
+//     MirrorSystem.instance.reflect(reflectee);
 
-/// Reflects a class.
-ClassMirrorContract reflectClass(Type key) =>
-    MirrorSystem.instance.reflectClass(key);
+// /// Reflects a class.
+// ClassMirrorContract reflectClass(Type key) =>
+//     MirrorSystem.instance.reflectClass(key);
 
-/// Reflects a type.
-TypeMirrorContract reflectType(Type key) =>
-    MirrorSystem.instance.reflectType(key);
+// /// Reflects a type.
+// TypeMirrorContract reflectType(Type key) =>
+//     MirrorSystem.instance.reflectType(key);