Preserve protocol-specific send/discovery failures through the router and ChatService, restore MeshCore group fallback key handling, classify signed adverts/discovery responses on ESP/nRF52, and enable target logs plus smoke coverage so the next failure has actionable detail.
* fix(tdeck): improve display startup and brightness handling
* fix(energy-sweep): use instant RSSI and only lock LoRa while scanning
* feat(cardputer-zero): add linux shells and M5 SDK baseline
* feat(cardputer-zero): add linux runtime baseline and shell ui simulator
* feat(cardputer-zero): unify linux shell boot and polish simulator
* docs(cardputer-zero): define final-shape adaptation spec
* feat(cardputer-zero): integrate shared linux runtimes and pages
* fix(linux-sim): mount repo root in dev container
* Fix GPS runtime semantics and transport init
Add a GPS specification and align platform runtimes around explicit GPS enable, power, receiver configuration, and external NMEA export semantics.
Keep internal NMEA parsing independent from external export settings, stop treating gps_mode as an enable flag, and update phone/UI config paths to use gps_enabled.
Decouple board-level GPS transport readiness from UBX receiver probing on T-Deck, T-Deck Pro, and T-LoRa Pager, and let boards own UART teardown.
Verified with pio run -e tdeck, pio run -e tlora_pager_sx1262, pio run -e gat562_mesh_evb_pro, and pio run -e tdeck_pro_a7682e.
* Add Russian localization pack
Add an installable European Cyrillic Extended locale bundle with Russian translations, Cyrillic font metadata, and package catalog entry.
Credit polarikus for the Russian translations based on the polarikus/trail-mate localization PR.
* Prepare 0.1.23-alpha release
* Fix T-Watch Morse release build
* Format CI-checked sources
* Fix Cardputer Linux CI dependencies
* Fix WSL validation smoke target build
* Prepare 0.1.24-alpha release
* fix: unblock Cardputer Zero Linux CI
- migrate ESP board-specific implementations and runtime adapters into boards/*
- continue GAT562/Tab5/UI runtime alignment across app and board layers
- sync BLE and runtime integrations, and apply repository clang-format rules
- improve MeshCore BLE security, pairing, MTU handling and passkey popup behavior
- align Meshtastic ack, traceroute and MQTT proxy handling with companion expectations
- extract shared two-pane nav/layout/style components and migrate chat, contacts and settings
- simplify tracker and contacts list interaction, scrolling and visual consistency
* Implement TDeck touch-friendly home grid and power management updates
* Add initial M5Stack Tab5 ESP-IDF environment and board skeleton
* BLE/Meshtastic: apply config at runtime and fix Admin/Telemetry for app compatibility
Meshtastic Admin set_* immediate responses:
- After set_channel: respond with get_channel_response (echo applied channel).
- After set_config: respond with get_config_response for the config type that was set.
- After set_module_config: respond with get_module_config_response after saveModuleConfig().
- After store_ui_config: respond with get_ui_config_response.
This prevents the Meshtastic app from marking these operations as failed when the device applied config but did not send a reply.
DeviceMetrics and Telemetry:
- Add buildDeviceMetrics() in meshtastic_ble (battery from board, uptime_seconds from millis).
- Set has_device_metrics and device_metrics in buildSelfNodeInfo() so the app receives battery and uptime for the local node.
- Give Telemetry module config explicit defaults in loadModuleConfig() (device_update_interval, device_telemetry_enabled, etc.) so get_module_config returns a valid structure.
Apply config at runtime (so BLE-written config takes effect):
- Add AppContext::applyPositionConfig() to push gps_interval_ms and gps_mode to GpsService (setCollectionInterval, setGnssConfig). Call it from BLE set_config when position config is written.
- Add screen_sleep.h with getScreenSleepTimeout() / setScreenSleepTimeout() declarations (implemented in main.cpp). BLE display, device_ui, and store_ui_config now call setScreenSleepTimeout() instead of writing Preferences only, so the in-memory screen timeout updates immediately without reboot.
- Settings UI includes screen_sleep.h and uses the same API.
Other:
- BLE topbar asset and icon when BLE is enabled (ble_topbar.png/c, ui_status, LV_Helper).
- Node store: PersistedNodeEntry and INodeStore gain hw_model; mt_adapter and contact_service pass/store it for Meshtastic app compatibility.
- Variant env tweaks (tlora_pager, tdeck). Event bus and minor cleanups.
* feat: align Meshtastic BLE/iOS flow and add T-Deck keyboard support
- add BLE pairing popup and align more Meshtastic admin/status behavior with iOS expectations
- complete BLE MQTT client proxy bridge and persist OK-to-MQTT / ignore-MQTT channel settings
- add native T-Deck I2C keyboard input, backlight control, and SPACE-to-menu behavior
- fix chat bubble wrapping, contact removal sync, and pager wake/menu regressions
* fix: restore lilygo_twatch_s3 build
- remove duplicate M5Tab5Board isGPSReady declaration
- exclude M5Tab5Board.cpp from T-Watch S3 source filters to avoid duplicate board singletons
- verified with pio run -e lilygo_twatch_s3
- complete MeshCore protocol alignment work across chat/team/hostlink paths
- refactor Contacts Discover into a mode-based action list for consistent UI behavior
- add MeshCore identity/crypto persistence plumbing and related protocol handlers
- document Meshtastic + MeshCore dual-compatibility in README (EN/CN)
Enable LVGL touchpad input for the T-Deck environment and wire GT911 touch initialization/point reading in TDeckBoard (with orientation mapping aligned to LilyGo reference behavior).
Improve runtime smoothness after SD insertion by raising T-Deck SD init SPI speed from 800kHz to 4MHz while keeping fallback retries, and reduce periodic SD pressure by caching Team UI snapshot reads in ui_status.
Also harden T-Deck board runtime behavior by enabling PMU battery measurement channels, adding ADC-based battery fallback/anti-drop guards, and tightening RTC readiness to require a sane epoch.