A lightweight Promise library for Objective-C, enabling elegant asynchronous programming patterns.
RWPromiseKit is a lightweight Promise library for Objective-C that implements the Promise/A+ pattern to handle asynchronous operations. It provides chainable methods like `then`, `catch`, and `finally` to simplify asynchronous code flow and error handling in iOS and macOS applications. The library brings JavaScript-style Promise patterns to Objective-C, helping developers avoid callback hell and write more maintainable asynchronous code.
Objective-C developers building iOS or macOS applications who need a clean pattern for handling asynchronous operations, error management, and chaining multiple async tasks.
Developers choose RWPromiseKit for its lightweight implementation of the familiar Promise pattern, comprehensive utility methods like `race`, `all`, and `retry`, and its focus on bringing JavaScript's elegant asynchronous programming approach to Objective-C without unnecessary complexity.
A light-weighted Promise library for Objective-C
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Focuses on core Promise functionality without unnecessary overhead, as highlighted in the Key Features section, making it easy to integrate into Objective-C projects.
Includes a wide range of utilities like `race`, `all`, `map`, and `progress` support, covering common asynchronous workflows beyond basic Promise patterns, as listed in the README.
Brings the Promise/A+ pattern to Objective-C with chainable `then`, `catch`, and `finally` methods, reducing callback hell and improving code readability, as emphasized in the Philosophy.
Added `progress` functionality in version 0.2.0 for monitoring ongoing operations, enhancing usability for long-running tasks without extra dependencies.
The README explicitly states that unit tests are not finished and documentation lacks detail, which could lead to reliability issues and a steeper learning curve for developers.
Designed solely for Objective-C, making it less relevant for Swift-based projects where native concurrency features like async/await or Combine are available and better supported.
With complicated test cases and an unfinished todo list mentioned in the README, there may be undiscovered bugs or breaking changes, posing risks for production use.