uhryniuk
587f75eab4
Full UI redesign pass complete: persistent tab shell with an always-visible background map, Modern Professional Dark theme, monochrome dark map tiles, offline skeleton map, a shared GlassPanel/FloatingPill component kit, customizable HUD telemetry widgets, and the Map HUD / Plan & Route Planning / Rides History screen rebuilds. 374 tests passing, up from 316. The APK is a fresh release build (debug-signed, no release signing config exists yet). Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_012Xki7YAcc2TiN2PRZJ2tXr
91 lines
4.5 KiB
Markdown
91 lines
4.5 KiB
Markdown
# V3-04 — Live map on the recording screen
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**Phase** Live map · **Depends on** nothing · **Size** M · **Status** Done
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## Goal
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While recording, show the path as it is drawn, on the recording screen.
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## Context
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v2 shipped without one deliberately: the phone rides in a pocket, so a live map would burn
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battery for something nobody is looking at. **That decision is reversed** — Dylan wants it
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for visual appeal, and because a mounted phone is now a real use case (V3-05).
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The map component already exists (`RideMap`) and already handles per-segment polylines,
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render-only decimation and the zoom clamp. This ticket is mostly about *lifecycle*, not
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drawing.
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## Design
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Two constraints survive the reversal and are non-negotiable:
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- **`RecordingEngine` must never reference a map.** Rendering belongs to a visible screen's
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widget lifecycle. The engine already exposes everything needed.
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- **No tile fetch or redraw while backgrounded.** A pocketed phone must cost exactly what
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it costs today.
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Feed the map from a stream of the current trip's points. `watchTripStats` exists but
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returns aggregates; this needs the points themselves — add a `watchPointsForTrip` Drift
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stream, which updates naturally on each writer flush (~2 s), not per fix.
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Follow the rider: keep the latest point centred, with a manual-pan override that stops
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auto-follow until re-enabled.
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Behind the existing map toggle, off by default while it is unproven on battery.
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## Implementation
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1. `watchPointsForTrip(tripId)` in `AppDatabase`
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2. Hoist the map above the stats card on the record screen, behind the toggle
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3. `WidgetsBindingObserver` — on `AppLifecycleState.paused`, stop tile fetching; resume on
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`resumed`. This is the load-bearing part.
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4. Auto-follow with a pan override
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5. Keep the numeric readout visible; the map must not push SPEED off screen (the record
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screen already scrolls — see the overflow fix in `port/PROGRESS.md`)
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## Acceptance criteria
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- [ ] The path appears and extends while recording
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- [ ] Backgrounding the app stops all tile activity, verified in a network log
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- [ ] `RecordingEngine` still has no map import — grep it
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- [ ] With the toggle off, no map widget is constructed at all
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- [ ] Speed and elapsed remain visible without scrolling on a common phone size
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## Tests
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- Widget: map appears only when recording and the toggle is on
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- Widget: lifecycle transition to paused stops the tile layer
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- The existing map tests still pass
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## Risks
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- **Battery.** This is the whole reason v2 said no. Measure before defaulting it on
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(V3-13).
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- Redrawing per fix rather than per flush would be wasteful; drive from the database
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stream, which is already batched.
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## Out of scope
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Mounted mode (V3-05). Other riders on the map (ROADMAP).
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## Outcome
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Shipped as designed. `AppDatabase.watchPointsForTrip`/`watchSegmentsForTrip` feed two
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`autoDispose.family` providers (`livePointsProvider`, `liveSegmentsProvider`) keyed by
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trip id; a `_LiveMap` adapter widget on the record screen reads them and hands the result
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to the existing `RideMap`, unchanged in shape. `RecordingEngine` was never touched —
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verified by `test/architecture_test.dart`, which greps the source rather than trusting a
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comment.
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`RideMap` itself grew two small, general capabilities rather than a parallel "live"
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widget: a `WidgetsBindingObserver` that drops the `TileLayer` entirely (not just visually,
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via widget tree omission) outside `AppLifecycleState.resumed`, and an optional `follow`
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flag that recentres on the latest point via `didUpdateWidget` + a post-frame
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`MapController.move`, cancelled permanently by the first user-gesture pan. Both apply
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to the trip-detail map too, which is a free win: a backgrounded detail screen no longer
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holds tiles fetching either.
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Three existing record-screen tests (`recording swaps to PAUSE and STOP`, `paused offers
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RESUME`, `discard asks before destroying anything`) had to gain an explicit `map: false` —
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they predate this ticket and would otherwise have started constructing a real
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`FlutterMap`/`TileLayer` against an active trip, which is exactly the tile-fetch-in-tests
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problem the trip-detail tests already route around.
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3 new tests: the grep-based engine-purity check in `architecture_test.dart`, plus two in
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`widget_test.dart` — map presence/absence by toggle and trip state, and the lifecycle
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transition (paused drops `TileLayer` but keeps `PolylineLayer`; resumed brings it back),
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driven via the standard `flutter/lifecycle` platform-message technique rather than a
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private binding API. `flutter analyze` clean; full suite green (224 tests, up from 221).
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