Files
dmc/app/test/services/sharing/mission_share_codec_test.dart
Constantin LeueandClaude Sonnet 5 35351140ae Persist the ground elevation profile with the mission
The Mini-Altitude-Profile terrain data only ever lived in TerrainNotifier's
in-memory state (one slot, keyed by route). Every app restart, or every
switch away from and back to a mission, forced a full re-fetch of all
AWS Terrarium elevation tiles for the route - the noticeably slow load
the user reported for some missions was this happening on every visit,
not just once.

Adds a nullable terrainProfileJson column to the missions table
(schema v6->v7) and a saveTerrainProfile() repository method, kept
separate from the regular waypoint upsert() so an ordinary autosave never
clobbers an already-cached profile. TerrainNotifier persists a profile
right after a successful fetch (fire-and-forget) and gains restore(),
called from CurrentMissionMetaNotifier whenever a mission is loaded/
started so a previously fetched profile is available immediately -
ensureFor() still validates its routeKey before use, so a stale restored
profile is never shown for a route that has since changed.

Also included in mission export/import (MissionExportData/
ParsedMissionImport) so sharing a mission carries its terrain cache along
instead of forcing the recipient to refetch it.

Sample-count/resolution stays as-is for now (still fixed 30m spacing,
10-2000 samples) - adapting the sampling density to terrain variance
(e.g. coarser sampling over flat ground) is a separate follow-up.

Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
2026-08-04 08:10:41 +02:00

157 lines
4.9 KiB
Dart

import 'dart:convert';
import 'package:flutter_test/flutter_test.dart';
import 'package:dmc_app/domain/mission/terrain_math.dart';
import 'package:dmc_app/domain/waypoint/flat_waypoint_list.dart';
import 'package:dmc_app/services/sharing/mission_share_codec.dart';
void main() {
const waypoints = [
Waypoint(
lat: 48.1351,
lon: 11.5820,
altitudeM: 60,
speedMs: 15,
catchRadiusM: 60,
windSpeedMs: 4,
windDirFromDeg: 270,
windElevationM: 520,
),
Waypoint(
lat: 48.1360,
lon: 11.5830,
altitudeM: 120,
speedMs: 20,
catchRadiusM: 60,
action: WaypointAction.loiter,
),
];
group('buildMissionExportJson / parseMissionImportJson', () {
test('round-trip erhaelt Name, Ort und alle Wegpunktfelder', () {
final json = buildMissionExportJson(MissionExportData(
name: 'Munich Loop',
placeName: 'Munich',
createdAt: DateTime.utc(2026, 1, 1),
waypoints: waypoints,
));
final parsed = parseMissionImportJson(json);
expect(parsed.name, 'Munich Loop');
expect(parsed.placeName, 'Munich');
expect(parsed.versionMismatch, isNull);
expect(parsed.waypoints, hasLength(2));
expect(parsed.waypoints[0].lat, waypoints[0].lat);
expect(parsed.waypoints[0].windSpeedMs, 4);
expect(parsed.waypoints[1].action, WaypointAction.loiter);
});
test('fehlende appVersion-Uebereinstimmung wird als Mismatch erkannt', () {
final json = buildMissionExportJson(MissionExportData(
name: 'Old export',
placeName: null,
createdAt: DateTime.utc(2020, 1, 1),
waypoints: waypoints,
)).replaceFirst('"1.0.0"', '"2.4.1"');
final parsed = parseMissionImportJson(json);
expect(parsed.versionMismatch, '2.4.1');
});
test('Datei ohne "appVersion"-Umschlag (nur das rohe mission-Objekt) wird akzeptiert', () {
final rawMission = {
'name': 'Bare mission',
'waypoints': [
{
'lat': 1.0,
'lon': 2.0,
'altitudeM': 60.0,
'speedMs': 15.0,
'catchRadiusM': 60.0,
'action': 'none',
},
],
};
final parsed = parseMissionImportJson(jsonEncode(rawMission));
expect(parsed.name, 'Bare mission');
expect(parsed.waypoints, hasLength(1));
});
test('wirft FormatException bei ungueltigem JSON', () {
expect(() => parseMissionImportJson('not json'), throwsFormatException);
});
test('wirft FormatException wenn Wegpunkte fehlen', () {
expect(
() => parseMissionImportJson('{"mission": {"name": "Empty"}}'),
throwsFormatException,
);
});
test('fehlender Name faellt auf placeName, dann auf Standardtext zurueck', () {
final withPlaceOnly = parseMissionImportJson(
'{"mission": {"placeName": "Somewhere", "waypoints": [{"lat":1,"lon":1,'
'"altitudeM":60,"speedMs":15,"catchRadiusM":60,"action":"none"}]}}',
);
expect(withPlaceOnly.name, 'Somewhere');
final withNeither = parseMissionImportJson(
'{"mission": {"waypoints": [{"lat":1,"lon":1,'
'"altitudeM":60,"speedMs":15,"catchRadiusM":60,"action":"none"}]}}',
);
expect(withNeither.name, 'Imported mission');
});
});
group('Bodenhoehenprofil im Export', () {
const profile = TerrainProfile(
routeKey: '48.13510,11.58200|48.13600,11.58300',
points: [
TerrainSamplePoint(distanceM: 0, elevationRelM: 0),
TerrainSamplePoint(distanceM: 50, elevationRelM: -3.2),
TerrainSamplePoint(distanceM: 100, elevationRelM: null),
],
);
test('wird mitexportiert und beim Import wiederhergestellt', () {
final json = buildMissionExportJson(MissionExportData(
name: 'Munich Loop',
placeName: 'Munich',
createdAt: DateTime.utc(2026, 1, 1),
waypoints: waypoints,
terrainProfile: profile,
));
final parsed = parseMissionImportJson(json);
expect(parsed.terrainProfile, isNotNull);
expect(parsed.terrainProfile!.routeKey, profile.routeKey);
expect(parsed.terrainProfile!.points, hasLength(3));
expect(parsed.terrainProfile!.points[1].elevationRelM, -3.2);
expect(parsed.terrainProfile!.points[2].elevationRelM, isNull);
});
test('fehlt in der Datei, bleibt terrainProfile beim Import null', () {
final json = buildMissionExportJson(MissionExportData(
name: 'No terrain',
createdAt: DateTime.utc(2026, 1, 1),
waypoints: waypoints,
));
final parsed = parseMissionImportJson(json);
expect(parsed.terrainProfile, isNull);
});
});
group('missionExportFilename', () {
test('ersetzt Sonderzeichen durch Unterstriche', () {
expect(missionExportFilename('Sankt Pölten / Nord'),
'mission-Sankt_P_lten___Nord.json');
});
});
}