jubishop

• - Event 70a4b966 happened on October 18, 2025 at 15:23:19 UTC on one iPhone18,1 running iOS 26.0.1. The crash is an EXC_BREAKPOINT raised inside CF_IS_OBJC on an AVFoundation worker thread while handling an AVTimebaseObserver callback, and it fired immediately after the system posted mediaServicesWereResetNotification (app was still in foreground).

• During a media-services reset our playback stack runs handleMediaServicesReset() to tear down and rebuild audio state (PodHaven/Play/PlayManager.swift:470). That calls clearOnDeck() → PodAVPlayer.clear() which re-adds the periodic time observer after relaunching the episode (PodHaven/Play/Utility/ PodAVPlayer.swift:226).
• In that observer we pass DispatchQueue.global(qos: .utility) to AVPlayer.addPeriodicTimeObserver. Apple explicitly documents that supplying a concurrent queue “isn’t supported and results in undefined behavior”; you must provide a serial queue or nil. citeturn6apple-docs-mcp__get_apple_doc_content0 Combined with

jubishop

• Here’s the key sequence that can leave podcastList stale if we gate executeTrendingSectionFetch on trendingSection == currentTrendingSection:

1. User taps a new chip. selectTrendingSection(:) updates currentTrendingSection, clears the list, triggers observeCurrentDisplay(), and kicks off performTrendingSectionFetch(: ).
2. Before the fetch finishes, the user either jumps to a different trending chip or moves into search. At that instant the list already holds the “new” (possibly empty) dataset for what’s on screen.
3. The original fetch eventually completes for the old section. If executeTrendingSectionFetch returns false (because the section no longer matches currentTrendingSection), the outer task skips observeCurrentDisplay(), so there’s no new syncPodcastListEntries() call.
4. When the user returns to the chip whose data just landed, podcastList is still showing whatever collection was left from step 2—because we never updated it after the fetch completed—and it stays that

jubishop

diff --git a/PodHavenTests/Fakes/FakeFileManager.swift b/PodHavenTests/Fakes/FakeFileManager.swift
index 5d001e2..96972bb 100644
--- a/PodHavenTests/Fakes/FakeFileManager.swift
+++ b/PodHavenTests/Fakes/FakeFileManager.swift
@@ -3,115 +3,61 @@
 import Foundation
 
 @testable import PodHaven
 
 final class FakeFileManager: FileManageable, @unchecked Sendable {

jubishop

diff --git a/PodHavenTests/Fakes/FakeFileManager.swift b/PodHavenTests/Fakes/FakeFileManager.swift
index 5d001e2..96972bb 100644
--- a/PodHavenTests/Fakes/FakeFileManager.swift
+++ b/PodHavenTests/Fakes/FakeFileManager.swift
@@ -3,115 +3,61 @@
 import Foundation
 
 @testable import PodHaven
 
 final class FakeFileManager: FileManageable, @unchecked Sendable {

jubishop

For long-running episode downloads, switch CacheManager to schedule URLSession background downloads instead of relying on beginBackgroundTask. A background session lets the system continue transfers while your app is suspended or terminated, and relaunches the app to deliver completion events.

High-level approach

• Use URLSessionConfiguration.background(withIdentifier:) with a stable identifier.
• Create a URLSession with a URLSessionDownloadDelegate to receive progress and completion.
• Start downloads with downloadTask(with:) and return immediately; don’t await the data.
• In the delegate:
  • didWriteData: report progress
  • didFinishDownloadingTo: move the temp file to your cache directory, update the DB, and notify state
• didCompleteWithError: handle failures/resume data

jubishop

extension String {
  // MARK: - Hashing

  func hash(to length: Int = 8) -> String {
    guard length > 0 else { return "" }

    let data = self.data(using: .utf8)!
    let hash = SHA256.hash(data: data)
    let hashData = Data(hash)

jubishop

  private var duration: CMTime? {
    guard let timeComponents = rssEpisode.iTunes.duration?.split(separator: ":").reversed(),
      timeComponents.count <= 3
    else { return CMTime.zero }

    var seconds = 0
    for (position, value) in timeComponents.enumerated() {
      guard let value = Int(value) else { return CMTime.zero }
      var multiplier = 1
      for _ in 0..<position { multiplier *= 60 }

jubishop

import Foundation
import GRDB
import Testing

@testable import PodHaven

@Suite("of Queue repo tests")
actor QueueTests {
  private let repo: Repo
  private let podcast: Podcast

jubishop

// MARK: - Queue Management

  func dequeue(_ episodeID: Int64) async throws {
    try await appDB.db.write { db in
      guard let oldPosition = try _fetchOldPosition(db, for: episodeID) else {
        return
      }

      try _moveInQueue(db, episodeID: episodeID, from: oldPosition, to: Int.max)
      try Episode.filter(id: episodeID)

jubishop

protocol StatusObservable: NSObject, Sendable {
  associatedtype Status: Equatable, Sendable
  var status: Status { get }
  var error: Error? { get }
}

extension AVPlayer: @retroactive Sendable {}
extension AVPlayer: StatusObservable {
  typealias Status = AVPlayer.Status
}