In our widget we include a button with an intent, making a network call to refresh some shared data in its perform(). Whether the call finishes in time or not is not important to us, what matters more is that the widget gets reloaded at the end and displays whatever data it has available with its transition animation. On iOS18.0 we see the widget being reloaded but on the latest version 18.4 this doesn't happen anymore. Going through the logs, on both devices we see this same flow: default 2025-04-10 15:05:26.853674 +0300 WidgetRenderer_Default Evaluating dispatch of UIEvent: 0x300e002a0; type: 0; subtype: 0; backing type: 11; shouldSend: 1; ignoreInteractionEvents: 0, systemGestureStateChange: 0 default 2025-04-10 15:05:26.853691 +0300 WidgetRenderer_Default Sending UIEvent type: 0; subtype: 0; to windows: 1 default 2025-04-10 15:05:26.853702 +0300 WidgetRenderer_Default Sending UIEvent type: 0; subtype: 0; to window: <WidgetRenderer.WidgetWindow: 0x5689b4000>; contextId: 0x8E401B8A default 2025-04-10 15:05:26.853735 +0300 SpringBoard Evaluating dispatch of UIEvent: 0x300af9420; type: 0; subtype: 0; backing type: 11; shouldSend: 1; ignoreInteractionEvents: 0, systemGestureStateChange: 0 default 2025-04-10 15:05:26.853836 +0300 SpringBoard Sending UIEvent type: 0; subtype: 0; to windows: 1 default 2025-04-10 15:05:26.853864 +0300 SpringBoard Sending UIEvent type: 0; subtype: 0; to window: <_UISystemGestureWindow: 0xb5a20d000>; contextId: 0x5A4C4C23 default 2025-04-10 15:05:26.854862 +0300 SpringBoard Evaluating dispatch of UIEvent: 0x300aeeca0; type: 0; subtype: 0; backing type: 11; shouldSend: 1; ignoreInteractionEvents: 0, systemGestureStateChange: 0 default 2025-04-10 15:05:26.854866 +0300 WidgetRenderer_Default [Timeline[<edited-bundle-identifier>::<edited-bundle-identifier>.<Widget>:widget:systemMedium::321.00/148.00/20.20:(null)]--A76785AED3F9::0xb5bc4c000)] Handle action default 2025-04-10 15:05:26.854892 +0300 SpringBoard Sending UIEvent type: 0; subtype: 0; to windows: 1 default 2025-04-10 15:05:26.854901 +0300 SpringBoard Sending UIEvent type: 0; subtype: 0; to window: <SBHomeScreenWindow: 0xb5ad60000>; contextId: 0x71D69FA2 default 2025-04-10 15:05:26.855015 +0300 WidgetRenderer_Default Handle action: <private> default 2025-04-10 15:05:26.855360 +0300 SpringBoard Allowing tap for icon view '<private>' default 2025-04-10 15:05:26.855376 +0300 SpringBoard Not allowing tap gesture to begin because we're not editing, the custom view controller's user interaction is enabled, and the effective icon alpha isn't zero. default 2025-04-10 15:05:26.856940 +0300 SpringBoard Icon touch ended: <private> default 2025-04-10 15:05:26.857474 +0300 backboardd contact 1 presence: none default 2025-04-10 15:05:26.857826 +0300 chronod Received action <private> for interaction <WidgetRenderSession--4632871937259503361-scene::C1F20222-CC99-45CC-B074-A76785AED3F9::0xb5bc4c000-[<edited-bundle-identifier>::<edited-bundle-identifier>.<Widget>:widget:systemMedium::321.00/148.00/20.20:(null)]> default 2025-04-10 15:05:26.858381 +0300 chronod [<WidgetRenderSession--4632871937259503361-scene::C1F20222-CC99-45CC-B074-A76785AED3F9::0xb5bc4c000-[<edited-bundle-identifier>::<edited-bundle-identifier>.<Widget>:widget:systemMedium::321.00/148.00/20.20:(null)]>] Handle interaction: <private> default 2025-04-10 15:05:26.858436 +0300 chronod Pausing reloads for: [<edited-bundle-identifier>::<edited-bundle-identifier>.<Widget>:widget] default 2025-04-10 15:05:26.869525 +0300 chronod [0xd180b2440] activating connection: mach=true listener=false peer=false name=com.apple.linkd.registry default 2025-04-10 15:05:26.870054 +0300 WidgetRenderer_Default Evaluating dispatch of UIEvent: 0x300e002a0; type: 0; subtype: 0; backing type: 11; shouldSend: 0; ignoreInteractionEvents: 0, systemGestureStateChange: 0 default 2025-04-10 15:05:26.870124 +0300 SpringBoard Evaluating dispatch of UIEvent: 0x300af9420; type: 0; subtype: 0; backing type: 11; shouldSend: 0; ignoreInteractionEvents: 0, systemGestureStateChange: 0 default 2025-04-10 15:05:26.870198 +0300 SpringBoard Evaluating dispatch of UIEvent: 0x300aeeca0; type: 0; subtype: 0; backing type: 11; shouldSend: 0; ignoreInteractionEvents: 0, systemGestureStateChange: 0 default 2025-04-10 15:05:26.871831 +0300 linkd Accepting XPC connection from PID 129 for service "com.apple.linkd.registry" default 2025-04-10 15:05:26.871840 +0300 linkd [0x410cbe6c0] activating connection: mach=false listener=false peer=true name=com.apple.linkd.registry.peer[129].0x410cbe6c0 info 2025-04-10 15:05:26.876032 +0300 chronod Client requested ( "<LNFullyQualifiedActionIdentifier: 0xd17321b40, bundleIdentifier: <edited-bundle-identifier>, actionIdentifier: ReloadBalanceIntent>" ), got { } default 2025-04-10 15:05:26.877178 +0300 chronod [0xd180b2440] invalidated because the current process cancelled the connection by calling xpc_connection_cancel() default 2025-04-10 15:05:26.877377 +0300 linkd [0x410cbe6c0] invalidated because the client process (pid 129) either cancelled the connection or exited Then it followa with this on iOS18.4 : error 2025-04-10 15:21:32.964920 +0300 chronod [<WidgetRenderSession-7817322460413849944-scene::B5E4D7C4-91E1-4656-8175-C3C3C1CB894D::0xc733b8000-[<edited-bundle-identifier>::<edited-bundle-identifier>.<Widget>:widget:systemLarge::364.00/382.00/23.00:(null)~(null)]>] Encountered error when handling interaction: ChronoKit.InteractiveWidgetActionRunner.Errors.runnerClientError(Error Domain=WFLinkActionWorkflowRunnerClientErrorDomain Code=1 "There is no metadata for ReloadBalanceIntent in `<edited-bundle-identifier>`" UserInfo={NSLocalizedDescription=There is no metadata for ReloadBalanceIntent in `<edited-bundle-identifier>`}) default 2025-04-10 15:21:32.964958 +0300 chronod [<edited-bundle-identifier>::<edited-bundle-identifier>.<Widget>:widget] Resuming reloads. Reload state paused -> clean info 2025-04-10 15:21:32.965013 +0300 chronod [interactionFailed] All diagnostics are disabled. Whereas on iOS18.0 it follows with a simplified error: error 2025-04-10 15:05:26.879005 +0300 chronod [<WidgetRenderSession--4632871937259503361-scene::C1F20222-CC99-45CC-B074-A76785AED3F9::0xb5bc4c000-[<edited-bundle-identifier>::<edited-bundle-identifier>.<Widget>:widget:systemMedium::321.00/148.00/20.20:(null)]>] Encountered error when handling interaction: Error Domain=ChronoKit.InteractiveWidgetActionRunner.Errors Code=1 default 2025-04-10 15:05:26.879065 +0300 chronod Resuming reloads for: [<edited-bundle-identifier>::<edited-bundle-identifier>.<Widget>:widget] but afterwards we see many lines describing the reload process. So it turns out that the intent fails(?) to execute on both OSes but iOS18.0 triggers a reload even so, which fits our purposes. What could the issue be? The intent is pretty standard, it contains only the title, localizedDescription and is defined only inside the widget.

We are looking at the possibility of launching our app through Siri with a locked device. We have the device responding to our App Intent but it is asking to be unlocked first. If the device is locked the intent works perfectly. It just doesn't seem to respect the set intentAuthenticationPolicy. Thank you for you time looking into this. We have set these var to .alwaysAllowed and open to true. static var authenticationPolicy: IntentAuthenticationPolicy = .alwaysAllowed static var openAppWhenRun: Bool = true Here is our full test code: import AppIntents import SwiftUI // MARK: - App Intents struct OpenAppIntent: AppIntent { static var title: LocalizedStringResource = "Open Main App" static var description: IntentDescription? = .init(stringLiteral: "Opens the App") static var authenticationPolicy: IntentAuthenticationPolicy = .alwaysAllowed static var openAppWhenRun: Bool = true func perform() async throws -> some IntentResult { print("App opened") return .result() } } struct TestAppShortcutProvider: AppShortcutsProvider { static var appShortcuts: [AppShortcut] { AppShortcut( intent: OpenAppIntent(), phrases: [ "Begin \(.applicationName)" ], shortTitle: "Open App", systemImageName: "popcorn.fill" ) } }

I'm adding widget interactivity to my home screen widgets via buttons and AppIntents, but running into some interesting behavior the way the timeline is reloaded after. I'm following this guide from Apple https://developer.apple.com/documentation/widgetkit/adding-interactivity-to-widgets-and-live-activities And the widget is guaranteed to be reloaded when a button pressed with an intent, But whenever the AppIntent is done with the perform action, the widget timeline is always reloaded twice. It's also interesting to note that both reloads happen after the perform method. If you add a 10 second sleep in the perform, nothing happens for 10 seconds, then both reloads happen. This issue with this is 2-fold. calculating and rendering the entire widget timeline can be Networking and DB intensive operations, so I would ideally like to avoid doing all the work twice and save the users battery and processing. The even worse issue, sometimes data on the server changes in between the split second duplicate widget timeline reloads, causing the widget to flash one state, then update to another a second later which is not a good user experience. I have a sample project which shows the issue and is very easy to reproduce. The widget simply keeps track of the number of reloads. To reproduce: Add the widget to the homescreen Press the refresh button, and observe the timeline refresh count always goes up by 2. I've filed a Feedback and attached the sample project and screen recording for anyone to reproduce. FB15595835

I need to elicit the location of the user in the Siri intents and so I call: override init(){ super.init() self.locationManager=CLLocationManager() self.locationManager.delegate = self; self.locationManager.startUpdatingLocation() self.locationManager.requestWhenInUseAuthorization() } Still neither public func locationManagerDidChangeAuthorization(_ manager: CLLocationManager) nor public func locationManager(_ manager: CLLocationManager, didUpdateLocations locations: [CLLocation]) are ever called, notwithstanding the presence of the correct entry in the info.plist, the inclusion of the library and the indication of the delegation with: class IntentHandler: INExtension, INSendMessageIntentHandling, CLLocationManagerDelegate, UISceneDelegate are ever called. Is there any problem with CLLocation manager on intents? What would be a big problem as there is no way to share information with the main app!

Hello Apple Developer Community, I’m working on integrating Siri into my React Native app using native iOS code and bridging to React Native. I’ve followed the necessary steps to set up Siri support, including: Adding the Siri capability. Adding Siri usage descriptions in Info.plist. Using AppIntent and AppShortcutsProvider to define shortcuts. However, I’m facing the following issues: Siri Prompts for Confirmation When a user says a phrase, Siri asks, "Turn on 'MyApp' shortcuts with Siri?" instead of directly recognizing the phrase. Is this expected behavior? If so, how can I reduce friction for users and make the experience more seamless? Inconsistent Behavior for Existing Users For users updating to a version with Siri support: When the app is closed, Siri says, "MyApp hasn't added support for that with Siri." When the app is open, Siri prompts, "Turn on shortcut for MyApp?" and rest all working fine Why does Siri not recognize the shortcut when the app is closed, even though the shortcut is defined in AppShortcutsProvider? How can I ensure that Siri recognizes the shortcut regardless of whether the app is open or closed? Other than using AppIntent and AppShortcutsProvider should i try Donating shortcuts(will that helps for updated user case). Please help me on this

Platform and Version iOS Development Environment: Xcode 16.2.0, macOS 15.3 Run-time Configuration: iOS 18.3, 17.x Description of Problem We have started migrating some of the app’s core functionality over to App Intents. Our first release of App Intent support focused on two settings a user can modify on their Bose products, Audio Modes and Immersive Audio, giving users the ability to modify these settings via Siri and shortcuts. The implementation uses two separate shortcuts for each setting type, with each shortcut supporting a single phrase for Siri each: “Change my Bose mode to ” and “Change my Bose immersive audio to ”. Each shortcut uses their own App Intent, and each App Intent has support for optionally providing both a product and a setting when performing the intent. Failing to provide a device, which happens when the intent is performed via Siri, simply auto selects a currently connected Bose product. Failing to provide a setting, like in cases where a user says “Change my Bose ” without providing a setting will simply have Siri confirm the setting the user wants to change before changing the setting. We are using AppEntity to identify a Bose product for both App Intents. Because the App Intent for the Audio Modes setting has a larger number of supported values (up to 15 maximum), we are also using AppEntity to identify these settings. We are using AppEnum to identify available settings for the Immersive Audio App Intent, as only 3 static values are supported. Our original implementation of App Intent support had quite a few phrases supported for each shortcut. We had explicit support for direct synonyms of the verb “Change” in other phrases, supporting words like “Switch” and “Set”. We also had support for words that are like the word “Change”, but not directly related, like the word “Toggle” for instance. We also had support for phrases with or without the setting in each phrase. However, early on we had a lot of trouble with phrase detection with Siri. Siri had a hard time identifying what shortcut was being requested, as well as not being able to identify what settings the user was providing for the setting parameter of each App Intent. While researching potential fixes for this issue, we found a response to a thread in the Apple forums (https://developer.apple.com/forums/thread/759909) that seemed to indicate that Siri phrase recognition was very much an aggregate process. With the total number of phrases supported combined with the available settings for each phrase further compounding the total number of phrases Siri needs to learn to recognize for each shortcut. So, to hopefully improve Siri phrase detection, we added logic to limit the amount of Audio Mode settings supported based on what Audio Modes the user had setup on their Bose products. But, more importantly, we limited the number of explicit phrases supported for each shortcut to just a single phrase. In our testing, not only did this improve phrase recognition, but support for synonyms like “Set” or “Switch” seemed to implicitly still be recognized by Siri. The issues we ran into with Siri phrase detection above has us a bit concerned about scaling App Intent support to other settings and features for our products in the future. Our app supports the ability to modify a large number of settings on their Bose products, with support constantly expanding to new products as they are released. Our roadmap for App Intent support was initially very ambitious, supporting much more than just the two settings mentioned above. But our initial experience with App Intents has us tapering our expectations a little bit as far as how much can be supported in total for App Intents. One thing we also noticed is less than optimal display of default shortcuts in the Shortcuts app. The default shortcuts appeared like so, with shortcuts displayed based on available settings fro each shortcut: However, we could not find a way to indicate to users that one particular section pertained specifically to the Audio Mode setting and the other to the Immersive Audio setting. The only information the user has to make this determination for themselves is the available settings (or shortcuts) for each. This may not be immediately clear to a new customer who might be using one of our products for the first time. This display of default shortcuts in the Shortcuts app has us wondering if our shortcuts implementation is what is intended as far as support for the Shortcuts app is concerned. We did survey default shortcuts displayed by other third-party applications and they mostly dealt with navigation with a single section containing default options clearly indicating where the user can navigate with a shortcut. We couldn’t find an example of an application supporting the ability to change different setting types, with each setting type having their own available values for each. So, to summarize the questions we have concerning App Intent support: What can we do with our App Intents and Shortcuts implementation to guarantee optimal performance with Siri? What is an ideal number of phrases to support for each Shortcut. What limitations should we be placing as far as the total number of available settings for each Shortcut. Are there phrases that might work better than others for what we’re trying to achieve with App Intent support? i.e. Is “Change my Bose mode” or “Change my Bose immersive audio” a good phrase to use for this kind of functionality? Or should we be using different verbs or wording? Assuming optimal support of each Shortcut above. What is a reasonable expectation as far as how many different supported shortcuts we can scale to support at the same time. One issue we ran into early on was Siri confusing one shortcut with the other and triggering the wrong App Intent at times. While this was ultimately resolved, this outcome seems much more likely the greater the number of individual shortcuts supported. Are there any recommendations on how to display these App Intents to customers as far as default shortcuts in the Shortcuts app is concerned? Is what we currently display for default shortcuts in the Shortcuts app what was initially intended for third party support for App Intents? If what we are currently displaying is expected, would it be possible to support the ability to provide additional context to each section of default shortcuts displayed? We would like to indicate to the user that one set of shortcuts pertains to the Audio Modes settings, and the other to Immersive Audio. Something along the lines of a section header like some of the first-party apps use. Are there any recommendations or tips for supporting App Intents, particularly phrases for Siri, in other languages?

I dont know if this is the appropriate forum for this. Answers I've found on the web points me towards intentions, but somehow I couldnt make it work. Im trying to activate siri on carplay to ask user for voice input then make a search. Is this a custom intent capability or is there any other way.

I am building a widget with configurable options (dynamic option) where the options are pull from api (ultimately the options are return from a server, but during my development, the response is constructed on the fly from locally). Right now, I am able to display the widget and able to pull out the widget configuration screen where I can choose my config option . I am constantly having an issue where the loading the available options when selected a particular option (e.g. Category) and display them on the UI. Sometime, when I tap on the option "Category" and the loading indicator keeps spinning for while before it can populate the list of topics (return from methods in NewsCategoryQuery struct via fetchCategoriesFromAPI ). Notice that I already made my fetchCategoriesFromAPI call to return the result on the fly and however the widget configuration UI stills take a very long time to display the result. Even worst, the loading (loading indicator keep spinning) sometime will just kill itself after a while and my guess there are some time threshold where the widget extension or app intent is allow to run, not sure on this? My questions: How can I improve the loading time to populate the dynamic options in widget configuration via App Intent Here is my sample code for my current setup struct NewsFeedConfigurationIntent: AppIntent, WidgetConfigurationIntent { static let title: LocalizedStringResource = "Configure News Topic Options" static let description = IntentDescription("Select a topic for your news.") @Parameter(title: "Category", default: nil) var category: NewsCategory? } struct NewsCategory: AppEntity, Identifiable { let id: String let code: String let name: String static let typeDisplayRepresentation: TypeDisplayRepresentation = "News Topic" static let defaultQuery = NewsCategoryQuery() var displayRepresentation: DisplayRepresentation { DisplayRepresentation(title: LocalizedStringResource(stringLiteral: name)) } } struct NewsCategoryQuery: EntityQuery { func entities(for identifiers: [NewsCategory.ID]) async throws -> [NewsCategory] { let categories = fetchCategoriesFromAPI() return categories.filter { identifiers.contains($0.id) } } func suggestedEntities() async throws -> [NewsCategory] { fetchCategoriesFromAPI() } } func fetchCategoriesFromAPI() -> [NewsCategory] { let list = [ "TopicA", "TopicB", "TopicC", ....... ] return list.map { item in NewsCategory(id: item, code: item, name: item.capitalized) } }

After installing the latest version of Xcode (16.3, 16E140), I get many instances of this error when building my app: Error: Multiple parameters detected in phrase. A single phrase can only use a single parameter. Here is an example of an App Shortcut that is causing this error: AppShortcut( intent: SelectModelIntent(), phrases: [ "Select \(\.$model) in \(.applicationName)", ], shortTitle: LocalizedStringResource("Select Model", comment: "Title for Shortcut"), systemImageName: "rectangle.3.group" ) If I replace the application name parameter with a hard-coded string, I get an error that says I need to have the application name parameter in each phrase. So is it not possible to have any other parameters in a phrase besides the application name? That seems unlikely to me.

I want to use MapKit with App Intents, but the map does not show up.(See attached image) Can anyone help me solve this? import SwiftUI import MapKit struct ContentView: View {   @State private var region = MKCoordinateRegion(     center: CLLocationCoordinate2D(latitude: 37.334_900,                     longitude: -122.009_020),     latitudinalMeters: 750,     longitudinalMeters: 750   )       var body: some View {     VStack {       Map(coordinateRegion: $region).frame(width:300, height:300)         .disabled(true)     }   } } struct ContentView_Previews: PreviewProvider {   static var previews: some View {     ContentView()   } } import AppIntents import SwiftUI import MapKit struct test20220727bAppIntentsExtension: AppIntent {   static var title: LocalizedStringResource = "test20220727bAppIntentsExtension"       func perform() async throws -> some IntentResult {     return .result(value: "aaa", view: ContentView())   } } struct testShortcuts:AppShortcutsProvider{   @available(iOS 16.0, *)   static var appShortcuts: [AppShortcut]{     AppShortcut(       intent: test20220727bAppIntentsExtension(),       phrases: ["test20220727bAppIntentsExtension" ]     )   } }

I have a chat/search functionality in my app, I want to integrate siri where user can say something "Hey siri! Ask myApp to get latest news" then I want to invoke my search functionality with "get latest news". I see iOS apps like chatGPT and youtube have already achieved this. I am able to invoke the intent with static phrase which is expecting the parameter, user is able to provide the value when prompted after requestValueDialog. But it is a 2 step process for end user. I want to achieve in a single step. struct CombinedSiriShortcuts: AppShortcutsProvider { static var appShortcuts: [AppShortcut] { return [ AppShortcut( intent: ShowSpecificNewsArticleIntent(), phrases: [ "Ask \(.applicationName) to run a query:", ], shortTitle: "Specific News Article", systemImageName: "doc.text.fill" ), AppShortcut( intent: TestQuery(), phrases: [ "Ask \(.applicationName) to \(\.$query)", ], shortTitle: "Test intent", systemImageName: "doc.text.fill" ), ] } } struct ShowSpecificNewsArticleIntent: AppIntent { static var title: LocalizedStringResource = "Show Specific News Article" static var description = IntentDescription( "Provides details about a specific news article based on its title." ) @Parameter(title: "Query") var query: String @MainActor func perform() async throws -> some IntentResult & ProvidesDialog & ShowsSnippetView { print("in show specific intent"); print(query); return .result(dialog: "view more about: \(query)") } }

I made a set of Siri Shortcuts in my app with the AppShortcutsProvider, and they each have a set of phrases. I can activate the shortcuts via Siri phrases or Spotlight search on iOS 18+, but not on iOS -17. I've checked the documentation and see that AppShortcutsProvider is supported from iOS 16+, so I don't understand why I can't view the shortcuts in Spotlight or activate them with Siri unless it's at least iOS 18. Any thoughts?

Hello, experts! I'm working on a VOIP application that handles audio calls and integrates with CallKit. The problem occurs when attempting to redial a previously made audio call from the system's call history. When I try to handle the NSUserActivity in the application(_:continue:restorationHandler:) method, it intercepts the INStartAudioCallIntent instead of the expected INStartCallIntent. Background Deprecation Warnings: I'm encountering deprecation warnings when using INStartAudioCallIntent and INStartVideoCallIntent: 'INStartAudioCallIntent' was deprecated in iOS 13.0: INStartAudioCallIntent is deprecated. Please adopt INStartCallIntent instead. 'INStartVideoCallIntent' was deprecated in iOS 13.0: INStartVideoCallIntent is deprecated. Please adopt INStartCallIntent instead. As a result, I need to migrate to INStartCallIntent instead, but the issue is that when trying to redial a call from the system’s call history, INStartAudioCallIntent is still being triggered. Working with Deprecated Intents: If I use INStartAudioCallIntent or INStartVideoCallIntent, everything works as expected, but I want to adopt INStartCallIntent to align with the current iOS recommendations. Configuration: CXProvider Configuration: The CXProvider is configured as follows: let configuration = CXProviderConfiguration() configuration.supportsVideo = true configuration.maximumCallsPerCallGroup = 1 configuration.maximumCallGroups = 1 configuration.supportedHandleTypes = [.generic] configuration.iconTemplateImageData = UIImage(asset: .callKitLogo)?.pngData() let provider = CXProvider(configuration: configuration) Outgoing Call Handle: When making an outgoing call, the CXHandle is created like this: let handle = CXHandle(type: .generic, value: callId) Info.plist Configuration: In the info.plist, the following key is defined: &lt;key&gt;NSUserActivityTypes&lt;/key&gt; &lt;array&gt; &lt;string&gt;INStartCallIntent&lt;/string&gt; &lt;/array&gt; Problem: When trying to redial the audio call from the system's call history, the NSUserActivity received in the application(_:continue:restorationHandler:) method is an instance of INStartAudioCallIntent instead of INStartCallIntent. This happens even though INStartCallIntent is listed in NSUserActivityTypes in the info.plist and I want to migrate to the newer intent as recommended in iOS 13+. Device: iPhone 13 mini iOS version 17.6.1

I've created an OpenIntent with an AppEntity as target. Now I want to receive this entity when the intent is executed and the app is opened. How can I do that? I can't find any information about it and there are no method for this in the AppDelegate

I have an AppIntent in one of my applications, which shows up in Shortcuts. I would like to run this intent/shortcut from my other application without jumping to Shortcuts with a deeplink. Is this possible?

When using my app's complications with either Siri Intents or App Intents after syncing .watchface files, the complications appear without names in the iOS Watch app's complication picker. This leads to complications showing as blank entries without previews in the native watch app selector. I'm using WidgetKit to create Watch complications with both approaches: AppIntents and Siri Intents. We've tried multiple approaches with our WidgetKit watch complications: Switching between IntentConfiguration and StaticConfiguration Using different naming conventions for kind strings Ensuring display names are properly set Testing across different watchOS versions But the result is always the same: after syncing .watchface files, our complications appear unnamed in the Watch app's complication picker. Is this a known limitation with .watchface syncing, a bug in the current implementation, or is there a specific requirement we're missing to maintain complication names during the sync process?

I’m trying to develop a widget with a button that triggers an app intent. I integrated the app intent into my app within a separate app framework. I tested it with Shortcuts and Siri, and it works well—it opens the app on the required screen. However, when I added a button Button(intent: MyIntent()) to my widget, it doesn’t work at all. The only clue I found is the following message in the Xcode debug console: “No ConnectionContext found for (some big integer)” when I tap on the widget's button. However, I see the same message when running it through the Shortcuts app, and in that case, it works fine. Does anyone know what might be causing this issue? My Intent: public struct OpenTextInputIntent: AppIntent { public static var title: LocalizedStringResource = "Open text input" public static var openAppWhenRun: Bool = true @Parameter(title: "Predefined text") public var predefinedText: String @Dependency private var appCoordinator: AppCoordinatorProtocol public init() { } public func perform() async throws -> some IntentResult { appCoordinator.openAddMessage(predefinedText: predefinedText) return .result() } } My widget's view: struct SimpleWidgetView : View { var entry: SimpleWidgetTimelineProvider.Entry var body: some View { ZStack(alignment: .leadingTop) { button } } private var button: some View { Button(intent: OpenTextInputIntent()) { Image(systemName: "mic.fill") .resizable() .aspectRatio(contentMode: .fit) .iconFrame() } .buttonStyle(PlainButtonStyle()) .foregroundStyle(Color.white) .padding(10) .background(Circle().fill(Color.accent)) } } Intents Registration in the app target: struct MyAppPackage: AppIntentsPackage { static var includedPackages: [any AppIntentsPackage.Type] { [FrameworkIntentsPackage.self] } } struct MyAppShortcutsProvider: AppShortcutsProvider { static var appShortcuts: [AppShortcut] { AppShortcut( intent: OpenTextInputIntent(), phrases: ["Add message in \(.applicationName)"], shortTitle: "Message input", systemImageName: "pencil.circle.fill" ) } } What I'm missing?

We have a watchOS app that provides many configurable widgets. Those widgets are configured and installed with help of AppIntent: public struct RectComplAppIntent: AppIntent, WidgetConfigurationIntent, CustomIntentMigratedAppIntent { @Parameter(title: "Style") var style: String? .... } However when I print WidgetInfos with getCurrentConfigurations(), I sometimes got nil for configuration. At the same time widgets are not loaded. Exact steps: User installs the pre-cofnigured .watchface. Complications are not loaded since configuration is missing. I print getCurrentConfigurations() and get entries like this: WidgetInfo: - configuration: nil - widgetConfigurationIntent: nil - family: accessoryRectangular - kind: Rectangle Then user force-touches a face and opens editing mode. Returns to watch app, prints infos: WidgetInfo: - configuration: <INIntent: 0x780d290> { style = vol1Logo; } - widgetConfigurationIntent: nil - family: accessoryRectangular - kind: Rectangle – Suddenly intent appears with the correct style and complications start to show up. How do you think, why it happens? Why after .watchface install all the WidgetInfo has nil intent (configuration)? What helps them to load later? You can try this face yourself: https://cdn.watchfaces.co/watchfaces/glance-minimalist.watchface

Hi, In my application I am donating AppIntent instances that I have to the system using the donate() API. I recently came across this article that talks about deleting donations but it does not mention how to handle AppIntent instances. I am wondering when working with dynamic AppIntents (with different properties that can change in the future), should I be worried about "outdated" donated AppIntent instances? And if yes how can I delete previously donated AppIntent instances.

Hi everyone, I’ve been developing an app using Swift Playgrounds, and it was working fine in version 4.5. However, after updating to Swift Playground 4.6, the app no longer runs. After some testing, I found that the issue occurs when import AppIntent is included. Here’s a simple example: import SwiftUI //import AppIntents // <- If this line is included, Preview and Run fail. @main struct MyApp: App { var body: some Scene { WindowGroup { Image(systemName: "globe") .imageScale(.large) .foregroundColor(.accentColor) Text("Hello, world!") } } } Has anyone else encountered this issue? Thanks!