SFSafeSymbols 2.1.3

SFSafeSymbols 2.1.3

Maintained by Frederick Pietschmann, David Knothe.

Build Status Swift: 5 Version: 2.1.3 Platforms: iOS – tvOS – watchOS – macOS License: MIT
SwiftPM: Compatible Carthage: Compatible CocoaPods: Compatible

Supported VersionsMotivationInstallationUsageContributingLicenseIssuesPull Requests

Supported Versions

SFSafeSymbols supports multiple SF Symbols versions at the same time by utilizing the @availability flag. The following versions are currently supported:

  • SF Symbols 2.1 (@available(iOS 14.2, macOS 11.0, tvOS 14.2, watchOS 7.1, *))
  • SF Symbols 2.0 (@available(iOS 14.0, macOS 11.0, tvOS 14.0, watchOS 7.0, *))
  • SF Symbols 1.0 (@available(iOS 13.0, macOS 10.15, tvOS 13.0, watchOS 6.0, *))


At WWDC 2019, Apple announced a new library of icons that came included with that year's new operating system versions. To browse them, there's even a dedicated Mac app called SF Symbols. However, developers still have to copy the name of an icon and reference it unsafely, resulting in code like this:

UIImage(systemName: "circle.fill")

It didn't take long until first ideas came up to make these icons accessible in a safe way using a framework. And this is just what SFSafeSymbols does!


SFSafeSymbols can be installed via the Swift Package Manager (recommended), Carthage or CocoaPods.

Supported platforms are iOS (11.0+), tvOS (11.0+), watchOS (6.0+) and macOS (10.13+), although the actual functionality is of course only accessible starting with iOS 13.0, tvOS 13.0, watchOS 6.0 and macOS 11.0.

Swift Package Manager (Xcode-integrated)

To integrate SFSafeSymbols using the Xcode-built-in SPM, choose FileSwift PackagesAdd Package Dependency. Enter the following url: https://github.com/piknotech/SFSafeSymbols and click Next. When asked about the version, leave the preselection and click Next. In the following step, select SFSafeSymbols as the package product and click Finish unless you really want to use SFSafeSymbols-Dynamic and know what you are doing.

Swift Package Manager (standalone)

To integrate using the standalone version of Apple's Swift Package Manager, add the following as a dependency to your Package.swift:

.package(url: "https://github.com/piknotech/SFSafeSymbols.git", .upToNextMajor(from: "2.1.3"))

After specifying "SFSafeSymbols" as a dependency of the target in which you want to use it, run swift package update.


Add the following entry to your Cartfile:

github "piknotech/SFSafeSymbols" ~> 2.1.3

Then run carthage update.


Add the following entry to your Podfile:

pod 'SFSafeSymbols', '~> 2.1.3'

Then run pod install.


All the system icons are accessible via the SFSymbol enum. They are named similar to Apple's names, but use a lower camel case style and prefix names with leading numbers with a _ character:

c.circle        ~> SFSymbol.cCircle
e.circle.fill   ~> SFSymbol.eCircleFill
11.circle.fill  ~> SFSymbol._11CircleFill

A SF Symbol UIImage can now be initialized using the SFSymbol enum. This image is already unwrapped, so you get a UIImage instead of a UIImage?:

UIImage(systemSymbol: .cCircle)
UIImage(systemSymbol: SFSymbol.eCircleFill)
UIImage(systemSymbol: ._11CircleFill, withConfiguration: /* Some UIImage.Configuration */)

A SF Symbol SwiftUI.Image can also be initialized using the SFSymbol enum:

Image(systemSymbol: .cCircle)
Image(systemSymbol: SFSymbol.eCircleFill)

There are also SwiftUI.Label initializers:

Label("MyText", systemSymbol: .cCircle)
Label(LocalizedStringKey("my.text"), systemSymbol: SFSymbol.eCircleFill)

... and interfaces for UIButton:

let button = UIButton.systemButton(with: .cCircle, target: self, selector: #selector(testMethod))
button.setImage(.eCircleFill, for: .normal)

... and an initializer for UIApplicationShortcutItem:

UIApplicationShortcutIcon(systemSymbol: .cCircle)
UIApplicationShortcutIcon(systemSymbol: SFSymbol.eCircleFill)

... and finally also an initializer for AppKit's NSImage:

NSImage(systemSymbol: .cCircle)
NSImage(systemSymbol: SFSymbol.eCircleFill, accessibilityDescription: "some.description")


All symbols are tested via a CI (on the latest iOS & tvOS versions), so you can be sure your code won't crash because an image couldn't be found!


Contributions are very much welcome! See CONTRIBUTING.md for more information.


This library is released under the MIT License. See LICENSE for details.