As with previous iOS versions, let’s analyze the built-in apps of iOS 18 to answer a few questions: How many binaries does iOS 18 contain? Which programming languages were used to develop these apps? How many apps are written in Swift? What percentage of apps use SwiftUI versus UIKit?
Last month, I analyzed the programming languages and UI frameworks used to create iOS 17. This month, let’s analyze macOS from OS X El Capitan 10.11 to the latest macOS Sonoma 14 and answer a few questions:
What is the total count of binaries within macOS Sonoma? Which programming languages are used to develop these apps? How many apps are written with Swift? How many apps are using Mac Catalyst and SwiftUI versus AppKit?
Now that iOS 17 is available, let’s analyze its built-in apps to answer a few questions: How many binaries are in iOS 17? Which programming languages are used to develop these apps? How many apps are written with Swift? What is the percentage of apps using SwiftUI versus UIKit?
With this blog approaching 15 years of existence, it was time to add support for the long overdue Dark Mode. As part of this update, I also made significant changes to the charts that help visualize the data in the different posts. The content of the posts, including this one, are written using Markdown, and processed using Hugo, a popular open-source static site generator.
iOS 16 was just released so let’s analyze its built-in apps. Like in the past years, I will try to answer a couple of questions: How many binaries are in iOS 16? Which programming languages are used to develop these apps? How many apps are written with Swift? What is the percentage of apps using SwiftUI versus UIKit?
The WWDC 2019 had a major impact on the UI toolkit landscape: while the venerable AppKit APIs remained available, Apple removed the old Carbon APIs and introduced 2 brand new frameworks: Mac Catalyst and SwiftUI.
Apple sporadically mentioned some apps built with these new UI toolkits. In this article, I try to bring a better overview of Apple’s use of AppKit, Mac Catalyst and SwiftUI in the different versions of macOS, from macOS Mojave to macOS Ventura.
iOS 15 was released a few months ago in September 2021. In this article, I analyze the built-in apps composing iOS 15. How many binaries are in iOS 15? Which programming languages are used to develop these apps? How many apps are written with Swift? Has Apple adopted SwiftUI for some built-in apps?
SwiftLint is a great tool to enforce Swift style and conventions. Thanks to the Xcode Build Phases, integrating SwiftLint in an Xcode project is simple: a Build Phase automatically triggers swiftlint when compiling your project.
Sadly at the moment, you can’t easily integrate SwiftLint with Swift Packages: A Swift Package has no Build Phases and no way to automatically runs scripts.
This article explains how to use a post action script in Xcode to automatically trigger SwiftLint afer a successful Swift Package compilation.
A couple of months ago, I released a new app called Dependencies on the Mac App Store. You can download and try it for free at https://apps.apple.com/app/dependencies/id1538972026.
In this article, I explain how I built the command line support and released it in the Mac App Store. Implementing this feature turned out to be tricky, mostly due to the lack of documentation on this specific subject. This post might be of interest if you are planning to add a Command Line tool to your app distributed on the Mac App Store.
If you followed the recent Apple events, you probably saw a picture of the A14 and M1 dies… that got me thinking about what you would see if you could pass iOS under X-Rays…
In my previous article about the evolution of the programming languages from iPhone OS 1.0 to iOS 14, I analyzed iOS based on the number of binaries and their programming languages. As I pointed out in this past post, the size of the binaries were not taken in account. In this new article, I look at iPhone OS 1.0 and iOS 14 from a size perspective using tree maps.