Dan Ditomaso 3429e481d7 feat(web): pilot Position / LoRa / MQTT pages on ConfigEditor; Android-aligned layout + labels
First three settings pages migrated off the legacy changeRegistry to the
SDK ConfigEditor. Section structure, field order, and visible strings
are taken from the Meshtastic-Android source of truth so the web and
mobile UIs converge.

Position (radio config):
- Four cards in Android order: Position Packet → Device GPS → Position
  Flags → Advanced Device GPS.
- Card 1 fields: positionBroadcastSecs, positionBroadcastSmartEnabled,
  broadcastSmartMinimumIntervalSecs (renamed "Smart Interval"),
  broadcastSmartMinimumDistance ("Smart Distance").
- Card 2 fields: fixedPosition, lat/lng/altitude (when fixed), gpsMode
  ("GPS Mode (Physical Hardware)"), gpsUpdateInterval ("GPS Polling
  Interval"). gpsMode + gpsUpdateInterval disable when fixedPosition is
  on; lat/lng/altitude disable when it's off.
- Card 3 fields: positionFlags multiselect (description from Android).
- Card 4 fields: rxGpio ("GPS Receive GPIO"), txGpio ("GPS Transmit
  GPIO"), gpsEnGpio ("GPS EN GPIO").
- onSubmit now calls editor.setRadioSection("position", payload). The
  setFixedPosition admin message path is unchanged.

LoRa (radio config):
- Two cards: Options + Advanced (was three: Mesh / Waveform / Radio).
- Options: region, usePreset, modemPreset (when usePreset),
  bandwidth/spreadFactor/codingRate (when !usePreset).
- Advanced: ignoreMqtt, configOkToMqtt, txEnabled, overrideDutyCycle,
  hopLimit (now "Number of Hops", select 0..7), channelNum,
  sx126xRxBoostedGain ("RX Boosted Gain"), overrideFrequency
  ("Frequency Override"), txPower.
- Drop frequencyOffset (Android does not surface it).
- onSubmit calls editor.setRadioSection("lora", payload).

MQTT (module config):
- Two cards: MQTT Config + Map reporting (new card).
- Card 1: enabled ("MQTT enabled"), address, username, password,
  encryptionEnabled, jsonEnabled, tlsEnabled, root ("Root topic"),
  proxyToClientEnabled.
- Card 2: mapReportingEnabled, mapReportSettings.shouldReportLocation
  (consent gate, "I agree."), positionPrecision (12-15 buckets),
  publishIntervalSecs ("Map reporting interval (seconds)").
- positionPrecision + publishIntervalSecs disable until both
  mapReportingEnabled and shouldReportLocation are true.
- onSubmit calls editor.setModuleSection("mqtt", payload).
- Validation schema gains shouldReportLocation; address/username/
  password limits widened to 63 to match proto, root capped at 31.

Settings/index.tsx handleSave:
- After the legacy changeRegistry flow, runs editor.commit() when the
  editor is dirty. Two beginEdit/commitEdit windows are fine — the
  device handles them sequentially. Once the rest of the settings pages
  migrate, the legacy flow goes away and only editor.commit() remains.
- Save button gating includes editor.isDirty so users can save
  ConfigEditor-only changes (e.g. just a LoRa region tweak).

i18n:
- New section labels (config.json position.{positionPacket,deviceGps,
  advancedDeviceGps}; lora.{optionsCard,advancedCard}; moduleConfig.json
  mqtt.{mqttConfigCard,mapReportingCard}).
- Field labels reworded to match Android strings.xml.
- mqtt.mapReportSettings.shouldReportLocation gains label, description,
  consentHeader, consentText (consent text quoted verbatim from
  Android).
2026-04-25 23:11:09 -04:00
2025-11-13 12:37:11 -05:00
2025-07-07 11:49:18 -04:00
2025-07-10 12:28:23 -04:00
2025-08-31 16:04:34 -04:00

Meshtastic Web Monorepo

CI CI CLA assistant Fiscal Contributors Vercel

Overview

This monorepo consolidates the official Meshtastic web interface, the domain-driven JavaScript SDK that drives it, and a set of runtime-specific transport packages. Everything you need to read state from or send commands to a Meshtastic device lives here.

Note

You can find the main Meshtastic documentation at https://meshtastic.org/docs/introduction/.

Packages

All projects live under packages/.

Package Purpose
packages/sdk Framework-agnostic TypeScript SDK. Domain-driven feature slices (device, chat, nodes, channels, config, telemetry, position, traceroute, files) built around a MeshClient orchestrator with @preact/signals-core reactive state.
packages/sdk-react React hooks + MeshProvider on top of @meshtastic/sdk. Wraps signals in useSyncExternalStore for concurrent-safe renders.
packages/web Reference React web client. Hosted at client.meshtastic.org.
packages/ui Shared Radix + Tailwind component library.
packages/protobufs Generated TypeScript stubs from meshtastic/protobufs, produced via buf generate. Source of truth for every wire-level type.
packages/transport-http HTTP transport for devices exposing a network interface.
packages/transport-web-bluetooth Web Bluetooth transport for BLE-capable devices (browsers).
packages/transport-web-serial Web Serial transport for USB-serial devices (browsers).
packages/transport-node TCP transport for Node.js.
packages/transport-node-serial Serial transport for Node.js.
packages/transport-deno TCP transport for Deno.
packages/transport-mock In-memory transport for tests.
packages/core Legacy SDK — superseded by @meshtastic/sdk and slated for removal after the slice-by-slice migration completes.

All publishable packages ship to both JSR and NPM.

Architecture

@meshtastic/sdk organises its source by feature slice. Each slice follows the same DDD layout:

features/<slice>/
  domain/          # entities & value objects — pure TypeScript types
  application/     # use-cases (SendTextUseCase, FavoriteNodeUseCase, …)
  infrastructure/  # protobuf ↔ domain mappers, admin-message adapters
  state/           # signals-backed reactive stores
  <Slice>Client.ts # public facade exposing readable signals + command methods
  index.ts

The shared kernel under packages/sdk/src/core/ owns:

  • client/MeshClient, the thin orchestrator that owns the transport, queue, event bus, and one instance of every slice client.
  • transport/ — the Transport interface every transport-* package implements.
  • event-bus/ — typed pub/sub channels populated by the packet codec.
  • packet-codec/ — frame parser (0x94 0xC3), FromRadio decoder, portnum router.
  • queue/, xmodem/ — packet ack/timeout pipeline and file-transfer protocol.
  • signals/ — signal and keyed-collection helpers consumed by every slice.
  • logging/tslog factory used consistently by every class.
  • identifiers/, errors/ — small primitives shared across slices.

The protobuf boundary is strict: wire messages enter through the packet codec, get mapped into domain entities inside features/*/infrastructure/*Mapper.ts, and signals only ever expose the domain shape.

 Transport   ─▶   Packet codec   ─▶   EventBus   ─▶   Slice infrastructure
                                                            │
                                                            ▼
                                                    Signals (state)  ─▶  sdk-react hooks  ─▶  UI
                                                            ▲
                                                            │
 Slice application (use-cases)  ─▶   MeshClient.sendPacket  ─▶   Queue   ─▶   Transport

Expected domain errors are returned as Result<T, E> via better-result; exceptions are reserved for programmer errors and truly exceptional conditions.

Getting Started

Prerequisites

You need pnpm installed. If you plan to regenerate protobufs, also install the Buf CLI.

Setup

git clone https://github.com/meshtastic/web.git
cd web
pnpm install

Run the web client

pnpm --filter @meshtastic/web dev

Build everything

pnpm -r build

Run tests

pnpm -r test

Lint + format

pnpm check
pnpm check:fix

Developing

Adding a new feature slice to @meshtastic/sdk

  1. Create packages/sdk/src/features/<slice>/ with domain/, application/, infrastructure/, state/ subdirectories plus an index.ts barrel.
  2. Implement a signals-backed store in state/.
  3. Subscribe to the relevant EventBus channel(s) inside a <Slice>Client.ts class and write mapped domain entities to the store.
  4. Wire the new client into MeshClient and re-export types from packages/sdk/mod.ts.
  5. Add vitest coverage: domain invariants, use-cases against createFakeTransport(), and round-trip mapper fixtures.
  6. If the slice has React callers, add a matching hook under packages/sdk-react/src/hooks/.

Adding a new transport

Implement the Transport interface exported from @meshtastic/sdk/transport:

interface Transport {
  toDevice: WritableStream<Uint8Array>;
  fromDevice: ReadableStream<DeviceOutput>;
  disconnect(): Promise<void>;
}

The SDK does the framing and decoding — transports only supply raw bytes.

Testing

Vitest is wired at the repo root and picks up packages/* projects. The SDK ships @meshtastic/sdk/testing with createFakeTransport() for wiring tests without real hardware.

Publishing

Each publishable package has build:npm / publish:npm / prepare:jsr / publish:jsr scripts. See each package's package.json for details.

Repository activity

Project Repobeats
Meshtastic Web Alt

Feedback

If you encounter any issues, please report them in our issues tracker. Your feedback helps improve the stability of future releases.

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Contributors

License

GPL-3.0-only. See LICENSE.

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