task-link@1.0.2

Release Notes - v1.0.2

Initial Release 🎉

We're excited to announce the first stable release of our async operation management library!

Core Features 🚀

1. Async Operation Hook (useAsync)

   • Powerful useAsync hook for granular control over async operations
   • Direct access to operation assignment and state management
   • Cross-component operation state access
   • Global operation management capabilities

2. State Management

   • Efficient state tracking with optimized re-render prevention
   • Global state clearing functionality
   • Strong type inference for operation results

3. Performance

   • Optimized concurrent operation handling
   • Reduced unnecessary re-renders
   • Efficient memory management

4. Type System

   • Comprehensive TypeScript support with strong type inference
   • Strict type checking for operation functions
   • Robust error type handling

Implementation Details

Operation Management

// Basic usage
const { execute } = useAsyncOperation('key', useCallback(asyncFunc, []));

Cleanup Patterns

// Proper cleanup implementation
useEffect(() => () => cleanup(), [cleanup]);

Type Definitions

// Type-safe results
type AsyncResult<T> = { 
  data: T | null, 
  error: Error | null, 
  isLoading: boolean 
};

Key Features 🔑

1. Robust Error Handling

   • Comprehensive error boundary integration
   • Type-safe error management
   • Detailed error reporting

2. Concurrent Operation Support

   • Efficient handling of parallel operations
   • Race condition prevention
   • Operation queue management

3. Developer Experience

   • Extensive documentation and examples
   • Intuitive API design
   • Strong TypeScript integration

Known Issues 🐛

• Operation queue might need optimization for very large numbers of concurrent operations
• Some edge cases in cleanup behavior need additional testing
• Type inference could be improved for complex generic operations

Internal Architecture

1. Core state management system
2. Comprehensive test suite
3. Minimal external dependencies
4. Error boundary system
5. Documentation and examples

Roadmap 🗺️

Future development will focus on:

• Enhanced debugging capabilities
• Performance optimization tools
• Extended testing utilities
• Additional operation management features
• Expanded documentation and examples

Please report any issues or feature requests on our GitHub repository.

V1.0.1

Release Notes - v1.0.1

Initial Release 🎉

We're excited to announce the first stable release of our async operation management library!

Core Features 🚀

1. Async Operation Hook (useAsync)

   • Powerful useAsync hook for granular control over async operations
   • Direct access to operation assignment and state management
   • Cross-component operation state access
   • Global operation management capabilities

2. State Management

   • Efficient state tracking with optimized re-render prevention
   • Global state clearing functionality
   • Strong type inference for operation results

3. Performance

   • Optimized concurrent operation handling
   • Reduced unnecessary re-renders
   • Efficient memory management

4. Type System

   • Comprehensive TypeScript support with strong type inference
   • Strict type checking for operation functions
   • Robust error type handling

Implementation Details

Operation Management

// Basic usage
const { execute } = useAsyncOperation('key', useCallback(asyncFunc, []));

Cleanup Patterns

// Proper cleanup implementation
useEffect(() => () => cleanup(), [cleanup]);

Type Definitions

// Type-safe results
type AsyncResult<T> = { 
  data: T | null, 
  error: Error | null, 
  isLoading: boolean 
};

Key Features 🔑

1. Robust Error Handling

   • Comprehensive error boundary integration
   • Type-safe error management
   • Detailed error reporting

2. Concurrent Operation Support

   • Efficient handling of parallel operations
   • Race condition prevention
   • Operation queue management

3. Developer Experience

   • Extensive documentation and examples
   • Intuitive API design
   • Strong TypeScript integration

Known Issues 🐛

• Operation queue might need optimization for very large numbers of concurrent operations
• Some edge cases in cleanup behavior need additional testing
• Type inference could be improved for complex generic operations

Internal Architecture

1. Core state management system
2. Comprehensive test suite
3. Minimal external dependencies
4. Error boundary system
5. Documentation and examples

Roadmap 🗺️

Future development will focus on:

• Enhanced debugging capabilities
• Performance optimization tools
• Extended testing utilities
• Additional operation management features
• Expanded documentation and examples

Please report any issues or feature requests on our GitHub repository.

Initial Release

Release Notes - v1.0.0

Initial Release 🎉

We're excited to announce the first stable release of our async operation management library!

Core Features 🚀

1. Async Operation Hook (useAsync)

   • Powerful useAsync hook for granular control over async operations
   • Direct access to operation assignment and state management
   • Cross-component operation state access
   • Global operation management capabilities

2. State Management

   • Efficient state tracking with optimized re-render prevention
   • Global state clearing functionality
   • Strong type inference for operation results

3. Performance

   • Optimized concurrent operation handling
   • Reduced unnecessary re-renders
   • Efficient memory management

4. Type System

   • Comprehensive TypeScript support with strong type inference
   • Strict type checking for operation functions
   • Robust error type handling

Implementation Details

Operation Management

// Basic usage
const { execute } = useAsyncOperation('key', useCallback(asyncFunc, []));

Cleanup Patterns

// Proper cleanup implementation
useEffect(() => () => cleanup(), [cleanup]);

Type Definitions

// Type-safe results
type AsyncResult<T> = { 
  data: T | null, 
  error: Error | null, 
  isLoading: boolean 
};

Key Features 🔑

1. Robust Error Handling

   • Comprehensive error boundary integration
   • Type-safe error management
   • Detailed error reporting

2. Concurrent Operation Support

   • Efficient handling of parallel operations
   • Race condition prevention
   • Operation queue management

3. Developer Experience

   • Extensive documentation and examples
   • Intuitive API design
   • Strong TypeScript integration

Known Issues 🐛

• Operation queue might need optimization for very large numbers of concurrent operations
• Some edge cases in cleanup behavior need additional testing
• Type inference could be improved for complex generic operations

Internal Architecture

1. Core state management system
2. Comprehensive test suite
3. Minimal external dependencies
4. Error boundary system
5. Documentation and examples

Roadmap 🗺️

Future development will focus on:

• Enhanced debugging capabilities
• Performance optimization tools
• Extended testing utilities
• Additional operation management features
• Expanded documentation and examples

Please report any issues or feature requests on our GitHub repository.