Hardened Local Storage: Background sync mirrors are now fully encrypted at rest, and database RLS is aggressively locked down. Hassle-Free Redirects: Deployed direct HTTP 302 redirects across all platforms to instantly close authentication screens and banish browser hangs. Defensive Tracking Nodes: Isolated user onboarding tracking behind a server-side proxy backed by rate limiters and strict Zod data schemas. On-the-Dot Alert Support: Taught the device notification tray how to fire alerts at the exact scheduled timestamp of your recovery window (0 minutes). Automated Settings Upgrades: Programmed automated background migrations in AppContext to cleanly push old "Off" variables from 0 to -5, preventing system conflict loops. Unified Interface Sliders: Revamped layout slider components to roll up variable indicators into clean, simple user labels ("Off" / "At time of break").

We’ve been deep in the trenches rewiring the calendar connections. We are emerging with some massive functional wins for the "Anti-Flow" movement, ripping out messy, silent failure points and replacing them with pure, deterministic logic. 1. Google OAuth: Finally a True Two-Way Street We performed open-heart surgery on our mobile browser handshakes to fix the "connecting" hangs and ensure total data parity with external servers. -The Quick-Poll Safety Loop: If a user accidentally closes or dismisses the authentication browser right at the finish line, the app doesn't panic and fail anymore. googleCalendarAuth.ts now triggers a quick-polling loop (5 rapid checks over ~10s) to successfully grab the completed state anyway. -Smart Permission Validation: Added deep checks to ensure all requested calendar permission scopes are checked. If a user unchecks an API scope during Google's consent step, the server catches it cleanly, blocks silent background data breaks, and returns an INSUFFICIENT_SCOPES warning banner that you can tap to instantly restart the flow. 2. iOS 17+ Boundary Protection Apple's newer privacy rules try to hide things from our scheduling engine, so we built tight visual guardrails to fight back. -Catching "Add-Only" Traps: In iOS 17+, users could select "Add Only" access, which tells our app it has calendar permission but yields exactly zero readable calendars. The app now handles this edge case as a hard denial. It throws an explicit call-to-action redirecting you to System Settings ("BreakMode -> Full Access") instead of running blindly on an empty screen view. -Proactive Pre-Flight Scans: The background scheduling worker now runs a proactive permission verification checklist before firing. If local access hooks are missing, it bails out early with warning logs instead of executing a silent breakdown. 3. iPad Support & Layout Scalability -Rebuilt our custom Expo config plugins to explicitly force target UIDeviceFamily: [1, 2]. This natively maps tablet compilation alongside your iPhone layout. -Enabled UIRequiresFullScreen in the platform Info.plist. iPads now run in a forced, symmetrical full-screen viewport, crushing orientation clipping and sailing cleanly through standard App Store submission checks. -Re-balanced screen padding on our welcome panels so compact hardware like the iPhone SE renders perfectly without crowded text or overlapping headers. 4. UI Polish Cleaned up our tab selectors and view headers from "Today's Breaks" to a single, accurate term: "Breaks." Now, when you navigate through alternative calendar dates, the wording remains completely true.

What’s New in BreakMode: The "Guardrails & Reactive Logic" Edition We’ve been deep in the trenches rewiring the scheduling engine's decision cores over the last few weeks. We're emerging with some serious architectural wins for the "Anti-Flow" movement, replacing messy view math with pure, deterministic logic. 1. Instant Defense Against Meeting Creep Your calendar is a moving target, so we built a real-time reactive observer loop inside pendingConflictRef. Ghost Fighting: The second an external appointment shifts onto an existing break block, the TodayScreen catches it instantly. Auto-Pilot Recovery: The app connects directly to native notification listeners to find open slots, deploying the overhauled ConflictResolutionSheet to hand you smart, automated recommendations. No manual time-grid sliding required. 2. Split-View Visual Overlays When plans clash, you need clarity, not chaos. We completely re-architected the visual presentation of the BreakEventCard. It now drops into an elegant split-view layout when events override each other or trigger conflicts, complete with precise audit tracking to log conflicting event names directly inside your records. 3. True Peace of Mind (Search Protection & Safety Loops) The 5-Second Rule: We added an explicit execution timeout threshold to CalendarService.findFreeSlots. Even under heavy sync workloads or spotty network connections, the engine cuts the loop off at 5 seconds to guarantee your mobile interface stays completely snappy and interactive. Date Drift Purges: Changing your active date tab now programmatically flushes out old view state memory, serving up an instant cache refresh without yesterday's data leaking into today's timeline. 4. Absolute Historical Integrity BreakMode should remember what you actually did, not change its story later. Skips vs. Deletions: We decoupled deleted blocks from skipped openings based on your lockout settings. Skipped blocks vanish cleanly from your workspace layout without messing up your analytics. Pristine History: Completed and past breaks are permanently frozen in place. Changing your lockout preferences moving forward will never rewrite your historic data. 5. Strict Calendar Guardrails & Sync Safety No More Overlapping Blips: We deployed a module-level mutex across the BreakScheduler service. This enforces transactional safety so firing rapid, concurrent sync commands can never create messy duplicate events. Rescheduling Shields: Background automatic triggers are now completely suppressed the moment a manual rescheduling flow is active. Boundary Patrol: The scheduling engine now respects hard work hours and weekend timeframes when searching for gaps, and automatically clears queued system push notifications when you remove an underlying break window.