# content
Project activity for July 05, 2026:

agents.happitec.com

22 commits

Implemented a new conceptual status diff system, introducing persistent, CloudKit-synchronized tier filters (e.g., Important, Review) and device-specific tracking of last-viewed states to enable on-demand, server-backed diffs instead of full syncs.

Redesigned the Status UI to support three-tier rendering with per-tier filter pills, repo reference chips, and improved visual hierarchy (e.g., newspaper icon for Summary), while aligning behavior and labels (e.g., ‘Status’ instead of ‘What changed’) to legacy UX expectations.

Fixed critical diff accuracy issues, including fractional-second since timestamps for precise matching, proper keying of diff groups by name (avoiding index instability), and eliminating manual animations in favor of consistent, single-parent collapse semantics and legacy-style row transitions.

Refactored core logic—introducing StatusDiffSectionView, StatusTier with wire-fallback mapping, and fetchDiff with non-advancing markStatusViewed, alongside extracted shared components for needs-input lists and summary text to reduce duplication and improve maintainability.

Enhanced data integrity & sync via CloudKit-backed filter persistence (SyncStore) and per-device last-viewed state, ensuring diffs are context-aware and resilient across devices and app restarts.

dash-agent

6 commits

Consolidated workflow gates: Advisory review and administrivia checks were folded into the main trigger-feed/routing flow, creating a unified and more efficient feedback loop for message processing (#129).

Improved end-of-sequence handling: Server-side detection of sequence completion—via the new Important notification tier—replaced earlier client-driven approaches; combined with a dedicated Stop hook in dash-agent-contained, this enables reliable, low-latency termination without relying on downstream timeouts or polling.

Precision fix for status diffing: Resolved a subtle boundary issue where since was incorrectly interpreted as an exact key rather than a time-based range boundary (floorKey precision invariant remains correct), ensuring accurate and consistent delta computation in time-series status tracking (#128).

package-multitouch-recorder

11 commits

Headless Capture Infrastructure: Implemented a full headless capture workflow with a dedicated HeadlessCaptureController that assembles sessions including orientation handling, lifecycle management via file-poll-based stop signals, and proper error reporting (e.g., surface write failures instead of silently ignoring them).

Release & Build Rigor: Enhanced the recorder release pipeline on RUNNER_LINUX (requiring bash ≥4 for mapfile) to enforce v-prefix tags, disable xcodebuild, and automate building, verifying, and attaching the capture-inject dylib—improving reproducibility and compatibility (e.g., iOS-17 dylib floor, otool -L validation).

Stability & Bootstrap Fixes: Corrected capture initialization to defer bootstrap via the main queue, ensuring start() reliably executes; ensured clean-slate captures with robust orientation snapshot at stop time.

Dynamic Target Support: Introduced a multitouch-aware dynamic product and build script for simulator and device targets, alongside publicized snapshot helpers to support headless targeting.

Documentation & Integration-Free Capture: Added DocC articles and README content documenting integration-free capture workflows, emphasizing ease of adoption without requiring Xcode integration.

package-multitouch-tester

17 commits

Implemented an integration-free gesture capture pipeline with a new simgesture command that orchestrates device interaction via simctl, including a CaptureCoordinator to manage recorder injection and timing.

Strengthened reliability and validation: enforced a minimum --duration of 1.0s (with CLI tests and non-TTY safeguards), added SHA-256 verification against pinned release assets for recorder v0.7.0, and fixed incorrect injection logic (SIMCTL_CHILD_DYLD_INSERT_LIBRARIES instead of phantom --inject).

Improved developer experience and documentation: added Capturability docs (including a DocC topic article), updated implementation plans to reflect integration-free design decisions, and captured requirements for timestamp fidelity, orientation, and stop-signal semantics.

Hardened the tooling stack: corrected fallback paths for --build-dylib, resolved dimension mismatch bugs in CaptureCoordinator, and pinned/updated recorder dependencies consistently across CI and dev workflows.