2 Commits

Include renames

Author	SHA1	Message	Date
efitenandClaude Opus 5	9e13e0b05f	feat(ingestor): full-packet RF observations from mobile clients (#1905) ... ## What A CoreDrive RX drive already carries far more RF information than reaches CoreScope, and it was being discarded twice: once in the mobile app (every packet it could not attribute to a directly-heard node was dropped before queueing) and once here (the ingestor decodes the *complete* packet, then keeps only `heard_key`/`snr`/`rssi`/`lat`/`lon`). This captures what was being thrown away, at **zero extra airtime** — nothing new is transmitted. - **`transmissions.code1` / `code2`** — the transport codes were decoded on every packet and used only to derive `scope_name`, then dropped. Storing them turns "which repeater forwards which scope" from a re-parse into a query. - **An async backfill** re-parses the `raw_hex` already on disk, so months of scope history become queryable with no new data collection. - **`client_rx_observations`** — a new diagnostic table holding every decodable packet a phone heard, with route type, transport codes, scope name, path-hash size, the full forwarder chain and the forwarder. ## Why it is safe for existing deployments Both halves are **opt-in and default off** (`clientRxObservations.enabled`, and `fullRfLog` on the app side), so an existing deployment sees no behaviour change and no volume change on upgrade. The coverage invariant is untouched: `client_receptions` keeps its rule — 0-hop advert pubkey or FLOOD `path[last]`, ≥2-byte hash — and an unattributable packet writes **zero** coverage rows. `deriveHeardKey`, `buildClientReception` and `InsertClientReception` are unmodified except for one guard described below. ## Performance justification (touches the ingest hot path) - **Backfill:** keyset-paginated by `id` in 5000-row batches, a single forward scan, `rows.Close()` before `Begin()` so it never deadlocks against `SetMaxOpenConns(1)`, and commits per batch so live ingest interleaves. Termination is driven by rows *scanned*, not rows decoded — an earlier count-based loop would have stopped at the first batch containing an undecodable row and then written its completion guard, permanently stranding the rest. - **Guard row is written if and only if the loop ran to genuine exhaustion.** Every error path leaves it unwritten so the next startup retries. - **Per-packet cost:** one extra INSERT on the client topic when enabled, gated behind an opt-in flag. No new work on the observer path. - **New indexes** cover the prune (`rx_at`), the flood-grouping (`pkt_hash, rx_at`), the per-repeater query (`forwarder, rx_at`) and the scope query (`scope_name, rx_at`). Retention has its own shorter window — this table is diagnostic, not archival. ## Two firmware-derived correctness points - **`pkt_hash` is `ComputeContentHash()`**, byte-identical to `transmissions.hash`, so dark-traffic queries are a plain equality join rather than a translation layer. - **TRACE packets are refused.** TRACE repurposes the header path bytes as per-hop SNR values, so deriving a `heard_key` from them invents a node that never existed. `packetpath.PathBytesAreHops` existed but was never wired into the client path; it became reachable only because the app half now publishes packets it previously dropped locally. ## Testing Full ingestor suite green. Notable coverage: a FLOOD-routed TRACE writes zero coverage rows and NULL `forwarder`; a `direction: "tx"` message writes no observation; a DIRECT route never sets `forwarder`; two forwarder copies of one flood remain two rows; the backfill's multi-batch path is exercised with an undecodable row in the first page; and a forced error asserts the migration guard stays unwritten. --------- Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>	2026-09-02 18:35:20 +02:00
3 people	22fe929da2	feat: opt-in mobile client-RX coverage (crowdsourced RF reach) + /api/nodes/resolve (#1728) ... Implements #1727. ## What this adds **Mobile client-RX coverage** — an opt-in, crowdsourced RF-coverage feature. A roaming MeshCore **companion** radio (driven by the open-source [corescope-rx](https://github.com/efiten/corescope-rx) PWA, GPLv3) reports which nodes it heard directly, tagged with the phone's GPS and the packet's SNR/RSSI. CoreScope ingests these into a new `client_receptions` table and renders per-node **hex coverage** on the Reach page, plus a standalone **Coverage dashboard** (`#/rx-coverage`) with a top-mobile-observers leaderboard. Also includes **`GET /api/nodes/resolve?prefix=<hex>`** — a read-only node-name lookup by pubkey prefix (`{name, pubkey, ambiguous}`), used by the companion app for friendly names. ## Opt-in — default OFF (zero impact on existing deployments) The whole feature is gated behind one config flag, **disabled by default**: ```jsonc "clientRxCoverage": { "enabled": false } ``` When disabled (the default): the ingestor writes **no** `client_receptions`; the three coverage endpoints return a clean **404**; the UI hides the Coverage nav link, the `#/rx-coverage` route, and the Reach-page toggle. `/api/nodes/resolve` is always available (not coverage-specific). ## How it works ``` companion ──BLE 0x88 (snr+rssi+raw)──▶ corescope-rx PWA ──▶ MQTT meshcore/client/{pubkey}/packets │ ingestor (gated) ──▶ client_receptions (GPS + SNR + heard-key) │ server: pure-Go hex grid ──▶ GeoJSON ──▶ Reach hex overlay + Coverage dashboard ``` - **Direct-only capture:** records only what the companion heard itself and directly — a 0-hop advert's pubkey, or `path[last]` (last forwarder) for FLOOD routes; ≥2-byte path-hash required. Upstream hops discarded. - **No new deps:** hexbins are a pure-Go pointy-top grid over Web Mercator (`cmd/server/hexgrid.go`) computed at query time (`CGO_ENABLED=0` / `modernc.org/sqlite` friendly); frontend uses the existing Leaflet. - **Trust:** companion pubkey = identity; an EMQX ACL binds each client to publish only to its own `meshcore/client/{pubkey}/packets` topic. Payload contract in `docs/client-rx-coverage.md`. ## How to enable / try it 1. In `config.json`, set `"clientRxCoverage": { "enabled": true }` and restart server + ingestor. 2. Point an EMQX (or any broker) listener so a client can publish to `meshcore/client/<pubkey>/packets`; the ingestor already subscribes under `meshcore/#`. 3. Run the [corescope-rx](https://github.com/efiten/corescope-rx) PWA on an Android phone paired (BLE) to a MeshCore companion — it captures heard nodes + GPS and publishes. 4. View results: per-node Reach page → toggle **coverage**, or the **Coverage** dashboard at `#/rx-coverage`. ## What's where - **Ingestor:** `cmd/ingestor/client_reception.go` (ingest), `db.go` (`client_receptions` + `client_observers` schema), `main.go` (gated dispatch), `config.go` (flag). - **Server:** `cmd/server/rx_coverage.go` + `rx_dashboard.go` (endpoints, self-guard 404 when off), `hexgrid.go` (pure-Go grid), `node_resolve.go` (resolve), `routes.go` / `types.go` / `config.go` (wiring + flag + `/api/config/client` field). - **Frontend:** `public/rx-coverage.js` (dashboard), `node-reach-coverage.js` + `.css` (overlay), `node-reach.js` (Reach toggle, flag-gated), `roles.js` (reads the flag, hides nav when off). - **Docs:** `docs/client-rx-coverage.md`. ## Testing - Go: `cd cmd/server && go test ./...` and `cd cmd/ingestor && go test ./...` — green, including new gate tests (`coverage_gate_test.go` in both: off → no rows / 404, on → works) and the rx-coverage / resolve / hexgrid suites. - JS: `node test-coverage-gate.js`, `node test-node-reach-coverage.js` (wired into CI). The Playwright `test-node-reach-coverage-e2e.js` is wired into the e2e job and **skips when `clientRxCoverage` is disabled**, so it's safe under the default-off config. ## Notes for reviewers - The four new routes are registered in `cmd/server/openapi_known_gaps.json` (the existing OpenAPI-completeness ratchet), matching how other not-yet-spec'd routes are tracked. Happy to write full OpenAPI spec entries instead if you prefer. - Commits are split per layer (ingestor / server endpoints / resolve / frontend / CI) for review. --------- Co-authored-by: Claude Opus 4.8 <noreply@anthropic.com> Co-authored-by: Erwin Fiten <e.fiten@opteco.be>	2026-06-19 11:37:16 -07:00