I am working on a SwiftUI app using the Screen Time API and the DeviceActivityReport view to display app usage data. My current implementation successfully shows daily app usage using a DeviceActivityFilter with the .daily(during:) segment. However, I need to filter this data to show app usage only for a specific time period during the day, e.g., 4:00 PM to 5:00 PM. I created a DeviceActivityFilter with a .daily(during:) segment and passed a DateInterval for the desired time range: let now = Date() let startTime = calendar.date(bySettingHour: 16, minute: 0, second: 0, of: now)! let endTime = calendar.date(bySettingHour: 17, minute: 0, second: 0, of: now)! let timeInterval = DateInterval(start: startTime, end: endTime) let filter = DeviceActivityFilter( segment: .daily(during: timeInterval), users: .all, devices: .init([.iPhone]) ) I applied this filter to the DeviceActivityReport view: DeviceActivityReport(context, filter: filter) Even with the DateInterval set for the specific time range, the report still shows the total daily usage for each app, instead of restricting the results to the specified 1:00 PM to 5:00 PM range.

I have a app with two targets: a main DeviceActivityApp target and a DeviceReport target. In the DeviceReport target, I have a TotalActivityReport struct conforming to DeviceActivityReportScene. Inside its makeConfiguration method, I update a dynamically generated list of AppReport items. The list updates correctly in the DeviceReport target. // Define which context your scene will represent. let context: DeviceActivityReport.Context = .totalActivity // Define the custom configuration and the resulting view for this report. let content: (MonitorDeviceReport) -> TotalActivityViewFirst @ObservedObject var activityData:ActivityData func makeConfiguration(representing data: DeviceActivityResults<DeviceActivityData>) async -> MonitorDeviceReport { // Reformat the data into a configuration that can be used to create // the report's view. var appList:[AppsReport]=[] let totalActivityDuration = await data.flatMap { $0.activitySegments }.reduce(0, { $0 + $1.totalActivityDuration }) for await _data in data{ for await activity in _data.activitySegments{ for await category in activity.categories{ for await app in category.applications{ let name=app.application.localizedDisplayName ?? "No Name" let bundleId=app.application.bundleIdentifier ?? "nil" let duration=app.totalActivityDuration let appIcon=app.application.token let app=AppsReport(id:bundleId,duration:duration, name:name, icon:appIcon) appList.append(app) } } } } DispatchQueue.main.async { activityData.list=appList } return MonitorDeviceReport(duration:totalActivityDuration, apps:appList) } } public class ActivityData:ObservableObject{ @Published var list:[AppsReport]=[] public static let shared = ActivityData() }. // This is in MonitorReport target However, I need to access this dynamic list in my MyApp target, specifically in ContentView.swift. I tried using an ObservableObject (ActivityData) to share the data between targets, but the list always appears empty in the MyApp target. Here’s what I’ve tried so far: Created a shared ActivityData instance using @Published Passed the ActivityData instance to TotalActivityReport Used dependency injection and a singleton pattern for ActivityData Verified that makeConfiguration updates the list correctly in DeviceReport What could I be missing? How can I correctly share and access this data across targets?

I'm working with the Screen Time API in iOS and have successfully implemented the following: Granted Screen Time Permission: The app asks for and obtains Screen Time permissions without any issues. Blocked Specific Apps: Using FamilyActivitySelection, I can block access to certain apps. Monitoring Device Activity: With DeviceActivityCenter().startMonitoring(), I’m able to successfully start monitoring. DeviceActivityCenter().startMonitoring(.myActivity, during: schedule) Now, I’m wondering if there’s a way to detect exactly which app the user opens, so I can fire an API from my own app based on that event. Is this kind of real-time app usage detection possible with the Screen Time API? If so, how might it be implemented?