- track real RTC sync source on the joystick Time screen
- gate joystick-only UI helpers behind stub headers so non-joystick builds skip the extra code without #ifdef at every call site.
prefs.path_hash_mode already exists end-to-end (NodePrefs field,
ZephyrDataStore persists it, CompanionMesh::sendFlood reads it as
the path_hash_size for every outbound flood, and the phone protocol
exposes it). Add a joystick UI control so it can be set locally
without going through the phone app.
System → Device gets a new "Path hash: Nb" item; ENTER cycles
1 → 2 → 3 → 1 (path_hash_mode 0 → 1 → 2 → 0). Save goes through
the existing mesh_save_* deferred-write infrastructure
(UI_ACTION_PATH_HASH_MODE_SAVE, pending_path_hash_mode atomic),
handled in the mesh thread with savePrefs().
Move the 128×13 zephcore_logo bitmap from ui-button/ui_pages.c into
the shared ui_common.c (linkage extern), with the dimensions and
declaration in display.h. Both UI splash renders now share the same
data — no duplicated array.
Joystick SplashScreen::render() now draws the wordmark at the top,
"MeshCore on Zephyr" beneath it, and the build date below — matching
the button-UI layout. Replaces the earlier text-only "MeshCore /
<version> / <date>" placeholder.
- Lock overlay: show battery % + unread count between title and unlock
sequence; ui_invalidate_battery_cache() on screen wake forces a fresh
ADC sample so the user sees current data immediately
- UnreadScreen::addPreview gains initially_read; received msgs pass
_ble_connected (don't count unread when phone is syncing); sent msgs
pass true (you sent it, you know it)
- CompanionMesh::queueLocalSent{Contact,Channel}Message + PUSH_CODE_MSG_WAITING
on wio-originated sends so a connected phone app sees them via the
normal offline-queue flow (path_len = OUT_PATH_SENT marker)
- OUT_PATH_SENT moved back from joystick_defs.h to ContactInfo.h
(now a wire-format value, not UI-only)
Stop doing UI work nobody asked for. The 5 s housekeeping tick was
reading env sensors (I2C, 10-50 ms), the battery ADC (regulator
toggle + 8 samples, every 60 s), and re-rendering the display
unconditionally — all while the display might be off and nothing
on-air had requested any of it.
Now:
- render_sensors() reads env sensors only when the user is on
that page (event-driven, never fires during idle)
- battery refresh is lazy on ui_pages_render() with a 30 s
freshness guard; explicit ui_set_battery() calls also count
- the unconditional OLED rerender from housekeeping is gone;
real state changes (messages, BLE, button press) still fire
schedule_render() directly
Telemetry / stats paths read fresh ADC + sensors on demand and
were never using the UI cache, so over-the-air consumers are
unaffected.
Add .gitattributes rules so .c/.h/.cpp/.hpp are always stored as LF
(prevents EOL drift from editors with autocrlf-true defaults), and
renormalize the 30 source files that had drifted to CRLF in the index.
Pure mechanical change — `git diff --ignore-cr-at-eol` is empty.
Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
liquidraver