Top-notch video tutorials for Swift developers

In this episode we explore a surprising behavior of the task modifier when embedding your SwiftUI views inside of containers that are implemented with UIKit.

In this episode we cover migrating our Swift Data models between incompatible versions using custom and lightweight migration.

In this episode we will provide a searchable interface using the @Query and #Predicate macros. We'll discuss how to use localizedStandardCompare instead of lowercase and other limitations of predicates. We'll also implement a solution for adding dynamic data to the query.

We learn how to build a form in SwiftData. We cover how to use the .sheet modifier to present a new view for creating or editing artist records. We also cover creating the state for the form, presenting the sheet, and creating the form itself. We also implement a scratch model context to ensure that our changes can be discarded if the user taps the Cancel button.

This episode discusses how to work with the ModelContext in a SwiftUI app to insert and delete data. The ModelContext can be accessed through the ModelContainer, which is set up in the environment automatically. The @Query macro is used to retrieve artists from the database and iterate over them. We also implement swipe to delete using the onDelete modifier.

Last time we left off where keyboard shortcuts weren't quite working the way we wanted. In this episode we take the time to explore the various options we tried and why they don't work. We address this by implementing a key handling system in AppKit and publishing these as commands to SwiftUI using a Combine subject. This wraps up our series on Building a Mastodon client for macOS!

In this episode we page between images in a post using some custom navigation buttons. When doing this we encounter an issue with implementing keyboard shortcuts for these buttons where a SwiftUI helper just doesn't work. For the fix we'll have to wait for the next episode.

In this episode we handle zooming into images using a gesture on the trackpad or with ⌘+/- on the keyboard.

When tapping on an image, we want to open a new window with that image, but have it expand from the position in the gallery on the post. To do so, we have to do some window manipulation using NSPanel and some frame calculations.

In this episode we explore a little hit testing problem we have with our custom layout solution. We implement some techniques to help visualize and explain the problem and then ultimately fix it.

In this episode we dive a little deeper into how Windows can be opened using SwiftUI, then see how we can drop down to AppKit to customize it further. We'll learn about style masks and the different behaviors we have for positioning the window. Finally we use this knowledge to open a window with a selected image from a post.

In this episode we show the post's images, using a custom layout algorithm to position multiple images in the space available for a post. Also, new icon!

In this episode we continue with our post UI, making it adapt the layout to the available size using the ViewThatFits view in SwiftUI. Then we turn our attention to the avatars, which need to be fetched and displayed. We start with AsyncImage, but after a discussion we conclude that we will need more control over how the images are fetched and cached, so we implement our own RemoteImageView.

In this episode we tackle showing a list of posts, which requires us to convert the network models into models more fit for the UI, parsing HTML in order to display as an AttributedString, and displaying the author information.

In this episode we take our authenticated session and use it to fetch the user's timeline on the selected server.

In this episode we complete our log in functionality using the AuthenticationServices and the keychain. We'll also see how we will represented an authenticated session using a new type, so that other parts of our code will have everything it needs to make authenticated calls to the API.

In this episode we lay the foundation for the OAuth flow with Mastodon servers. We'll utilize KeychainAccess as a wrapper for the Keychain API, so that we can store secrets in a secure way.

The first step to use Mastodon is to select your instance. You can browse a public timeline of that instance or you can log into that instance to see your own timeline. In this episode we will create a simple instance selection UI. We'll then use animated transitions to switch to the timeline view. Gui teaches us a new tip about debugging animations.

Gui Rambo joins us to build a Mastodon Client for macOS using SwiftUI. In this episode we'll show the app we'll be building and then start from a blank slate where we will cover some topics about how a SwiftUI macOS app is set up, how we can define some build settings using xcconfig files, and how to deal with building for different Apple Developer teams.

In order to control the font, size, and color of various text elements we need a way to implement selection of one or more text elements. In this episode we will refactor our code to lift up some state into an observable object so that we can control the selected text items from another view outside the canvas.

To allow the user to edit the text elements, we'll add a binding for isEditing and swap out the Text element for a TextField. We'll then utilize onSubmit and a tap gesture to go in and out of the edit mode. Finally, using a derived binding, we can ensure that only one field is showing as editable at a given time.

In this episode we will add a toolbar button to add new text elements. We'll see how to quickly add a stroke around our text to make it readable. Then we'll implement smooth dragging to position the text elements on the canvas.

We start with a literal blank canvas. We'll use NSApplicationDelegateAdaptor and NSDocumentController with our SwiftUI app to ensure a new document is always created on launch. Then we'll introduce drag & drop behavior to allow a user to drag an image from the Finder to our app to display it.

We start looking at SwiftUI on the Mac. We'll go over how document-based apps work, and see how much functionality and standard behavior we can get with just a few lines of code. This will be the basis for a new app we'll make called Memeify.