Swish or Alamofire for Swift networking?

Swish is better for projects prioritizing testability and minimalism with Decodable integration, while Alamofire offers more features like caching and multipart uploads out-of-the-box. Choose based on whether you need lightweight control or comprehensive functionality.

How to mock network requests with Swish?

Swish's protocol-based design lets you create mock implementations of its protocols for testing. Check the Testing.md documentation for examples on setting up mocks and stubs to isolate network dependencies.

Does Swish support Swift 5?

Yes, Swish version 4.0.0 and above is compatible with Swift 5.X, as shown in the version compatibility table in the README. Ensure you use the correct version for your Swift setup.

Can Swish handle error responses in JSON?

Swish integrates with Decodable, so you can model error responses as Codable types and decode them, but error handling customization requires implementing your own logic since it's not built-in.

How to install Swish with Carthage?

Add 'github "thoughtbot/Swish"' to your Cartfile and run 'carthage update', as per the README. Follow Carthage's instructions for linking the framework to your project.

Is Swish good for large iOS apps?

Swish can scale due to its testability and customization, but the lack of advanced features might mean more boilerplate code for complex networking compared to heavier libraries like Moya or Alamofire.

Open-Awesome

Swish

MITSwift4.0.0

A protocol-based networking library for Swift focused on requesting and decoding JSON via Decodable.

GitHub

359 stars36 forks0 contributors

What is Swish?

Swish is a Swift networking library that simplifies making HTTP requests and decoding JSON responses using Swift's native `Decodable` protocol. It provides a clean, protocol-based API that helps developers build robust and testable network layers for iOS and macOS applications.

Target Audience

Swift developers building iOS or macOS apps who need a lightweight, type-safe networking solution integrated with Codable for JSON handling.

Value Proposition

Developers choose Swish for its focus on testability through protocol-oriented design, seamless integration with Swift's Decodable, and avoidance of over-engineering compared to larger networking frameworks.

Overview

Nothing but Net(working)

Use Cases

Best For

Building type-safe network layers in Swift apps
Testing network requests with easy mocking
Integrating JSON APIs with Codable models
Creating customizable HTTP client logic
Simplifying networking code in iOS/macOS projects
Adopting protocol-oriented architecture for networking

Not Ideal For

Projects requiring built-in caching, image loading, or complex request chaying out-of-the-box
Apps that need to handle non-JSON response formats like XML or Protobuf without custom work
Teams seeking a large ecosystem with extensive third-party plugins and community support
Cross-platform development beyond iOS and macOS, as it's Swift-specific

Pros & Cons

Pros

Protocol-Oriented Architecture

Built around protocols for easy mocking and testing, enabling highly testable network code as emphasized in the documentation.

Seamless Decodable Integration

Directly integrates with Swift's Decodable for type-safe JSON parsing, simplifying response handling without extra boilerplate.

Customization Flexibility

Allows developers to tailor request handling and response processing to specific needs, avoiding rigid abstractions.

Built-in Testing Utilities

Includes patterns and utilities for reliable network testing, documented in the Testing.md file to support robust test suites.

Cons

Limited Feature Set

Missing advanced networking features like caching, authentication helpers, or automatic retries, requiring manual implementation.

Basic Documentation

Documentation is minimal with only basic usage and testing guides, which may not cover complex scenarios or edge cases.

No Swift Package Manager

The README only mentions Carthage and CocoaPods for installation, lacking native Swift Package Manager support which might inconvenience modern workflows.

Frequently Asked Questions

Related Projects

Alamofire

Elegant HTTP Networking in Swift

Stars42,424

Forks7,658

Last commit18 hours ago

AFNetworking

A delightful networking framework for iOS, macOS, watchOS, and tvOS.

Stars33,386

Forks10,604

Last commit3 years ago

Moya

Network abstraction layer written in Swift.

Stars15,358

Forks1,996

Last commit1 month ago

CocoaAsyncSocket

Asynchronous socket networking library for Mac and iOS

Stars12,447

Forks2,988

Last commit9 days ago

Community-curated · Updated weekly · 100% open source

Found a gem we're missing?

Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.

Submit a project Star on GitHub