SwiftExP alternatives and similar libraries
Based on the "Utility" category.
Alternatively, view SwiftExP alternatives based on common mentions on social networks and blogs.
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SwifterSwift
A handy collection of more than 500 native Swift extensions to boost your productivity. -
SwiftGen
The Swift code generator for your assets, storyboards, Localizable.strings, … — Get rid of all String-based APIs! -
SwiftGen-Storyboard
The Swift code generator for your assets, storyboards, Localizable.strings, … — Get rid of all String-based APIs! -
SwiftLinkPreview
DISCONTINUED. It makes a preview from an URL, grabbing all the information such as title, relevant texts and images. -
Playbook
📘A library for isolated developing UI components and automatically taking snapshots of them. -
BetterSafariView
A better way to present a SFSafariViewController or start a ASWebAuthenticationSession in SwiftUI. -
SwiftPlantUML
A command-line tool and Swift Package for generating class diagrams powered by PlantUML -
Pythonic.swift
DISCONTINUED. Pythonic tool-belt for Swift – a Swift implementation of selected parts of Python standard library.
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README
SwiftExP
This is an S-expression parser written in pure Swift 2.0, where pure means without making any necessary usage of Foundation APIs at its core. This means: neither NSScanner
, nor NSRegularExpression
, nor NSCharacterSet
, not even NSString
.
S-expressions is a notation format for nested list data on which Lisp languages are based.
Architectural / Paradigm Considerations
While S-expressions have a very simple base syntax and there are appealing approaches on using a functional-compositional style to implement a parser in general in Swift, this implementation goes a different way. It is imperative and makes intense usage of Swift specific features, in particular Optionals, the try/throw/do-catch error handling and mutating functions on value types.
The top-down Parser
operates without prior Lexing directly on the String through Scanner
, which is a minimalistic attempt to wrap access on a Character-oriented basis. The current state is given at any time through the call-stack, which also means that the implementation is heavily based on recursion.
*Note that all licence references and agreements mentioned in the SwiftExP README section above
are relevant to that project's source code only.