Thanks, I probably will go with the Data with Transient approach. I just submitted Feedback ID: FB20097625

@DTS Engineer I was trying to make it clear that the dto was Sendable, that's okay. Does your approach assume that all LabResults are in the SwiftData store? I wanted to combine the manually entered labs (swiftdata) with HealthKit Clinical Lab results in my views like I originally stated. But maybe I should keep the HealthKit Clinical labs sync'd in swiftdata so I have a source of truth. It would just increase the complexity a little, I think

@FPST Although, I think your idea to add a service or view model layer on top would work. That way the views aren’t talking to the actor or HealthKit directly, they’re just observing whatever results that layer publishes. That would still align with @jenyalebid 's comment. So I think that would work.

@FPST Does this go against @jenyalebid comment? If I place in a separate layer or not I would still categorize that as a ModelActor populating the UI. Maybe it is fine, though?

Ok, so it's not just me. I was hoping to avoid having to repeat my code in each view that needs the combined results

After reading your post on iOS Background Execution Limits it sounds like I can't rely on BGAppRefreshTaskRequest to ensure a scheduled dose window of 2 weeks for my users. That is because "... there are common scenarios where it won’t grant you any background execution time at all!". How does Apple's Medications app ensure this 2 week window along with Local Notifications? Do they have access to an api that I don't to make it possible?

After reading your post on iOS Background Execution Limits it sounds like I can't rely on BGAppRefreshTaskRequest to ensure a scheduled dose window of 2 weeks for my users. That is because "... there are common scenarios where it won’t grant you any background execution time at all!". How does Apple's Medications app ensure this 2 week window along with Local Notifications? Do they have access to an api that I don't to make it possible?

After reading your post on iOS Background Execution Limits it sounds like I can't rely on BGAppRefreshTaskRequest to ensure a scheduled dose window of 2 weeks for my users. That is because "... there are common scenarios where it won’t grant you any background execution time at all!". How does Apple's Medications app ensure this 2 week window along with Local Notifications? Do they have access to an api that I don't to make it possible?

After reading reading your post on iOS Background Execution Limits it sounds like I can't rely on BGAppRefreshTaskRequest to update the user's dosing schedule window of 2 weeks. This is because there are "common scenarios where it won’t grant you any background execution time at all!". My question is: How does Apple Health's Medications app keep a rolling 2 week schedule window? Maybe they have access to a private api for performing more reliable background execution?

Sounds like we should be targeting iOS 18 for anything using SwiftData