How this analysis was created: This summary and feature list were written by an AI model that read the project's README and public documentation pages. Each feature links to the documentation it came from; stars, license and language come straight from the GitHub API. The model does not read the source code, and the analysis is refreshed when the project is re-analysed. Learn more on our About page.
Functional JSON parsing library for Swift
The main features of thoughtbot/argo are: Data Persistence, Data Serialization, Functional Programming.
Open-source alternatives to thoughtbot/argo include: swiftyjson/swiftyjson — SwiftyJSON is a Swift JSON parsing library and data wrapper designed to simplify the reading and manipulation of JSON… insanoid/swiftyjsonaccelerator — macOS app to generate Swift 5 code for models from JSON (with Codeable). delba/jason — Fast JSON parsing for Swift. reasonml/reason — Reason is a strongly typed functional language and multi-target compiler designed to produce either JavaScript for web… phuocng/1loc — 1loc is a JavaScript utility library and multifaceted toolkit providing a collection of single-line functions for… flix/flix — Flix is a statically typed multi-paradigm programming language that combines functional, imperative, and logic…
SwiftyJSON is a Swift JSON parsing library and data wrapper designed to simplify the reading and manipulation of JSON structures. It provides a toolkit for converting raw JSON strings into structured formats without requiring manual type casting or optional chaining for every value. The library focuses on simplifying nested data extraction through subscript-based value access and recursive data resolution. It ensures optional-safe value retrieval by returning default empty values instead of crashing when encountering missing keys or out-of-bounds array indices. The project includes capabilit
macOS app to generate Swift 5 code for models from JSON (with Codeable)
Reason is a strongly typed functional language and multi-target compiler designed to produce either JavaScript for web environments or native machine code for operating systems. It serves as an OCaml-compatible language that shares an abstract syntax tree with OCaml, providing a practical syntax for the OCaml ecosystem. The project functions as a type-safe frontend language, incorporating JSX support to build user interfaces through structural elements that translate into type-safe function calls. It enables deep integration with the JavaScript ecosystem, allowing the use of existing librarie
