using System; using System.Collections.Generic; using System.Linq; using Microsoft.Extensions.DependencyInjection; using Microsoft.Extensions.Logging; using Pal.Client.Configuration; using Pal.Client.DependencyInjection; using Pal.Client.Extensions; using Pal.Client.Floors; using Pal.Client.Floors.Tasks; using Pal.Client.Net; namespace Pal.Client.Scheduled { internal sealed class QueuedSyncResponse : IQueueOnFrameworkThread { public required SyncType Type { get; init; } public required ushort TerritoryType { get; init; } public required bool Success { get; init; } public required IReadOnlyList Locations { get; init; } internal sealed class Handler : IQueueOnFrameworkThread.Handler { private readonly IServiceScopeFactory _serviceScopeFactory; private readonly IPalacePalConfiguration _configuration; private readonly FloorService _floorService; private readonly TerritoryState _territoryState; private readonly DebugState _debugState; public Handler( ILogger logger, IServiceScopeFactory serviceScopeFactory, IPalacePalConfiguration configuration, FloorService floorService, TerritoryState territoryState, DebugState debugState) : base(logger) { _serviceScopeFactory = serviceScopeFactory; _configuration = configuration; _floorService = floorService; _territoryState = territoryState; _debugState = debugState; } protected override void Run(QueuedSyncResponse queued, ref bool recreateLayout) { recreateLayout = true; try { var remoteMarkers = queued.Locations; var memoryTerritory = _floorService.GetTerritoryIfReady(queued.TerritoryType); if (memoryTerritory != null && _configuration.Mode == EMode.Online && queued.Success && remoteMarkers.Count > 0) { switch (queued.Type) { case SyncType.Download: case SyncType.Upload: List newLocations = new(); foreach (var remoteMarker in remoteMarkers) { // Both uploads and downloads return the network id to be set, but only the downloaded marker is new as in to-be-saved. PersistentLocation? localLocation = memoryTerritory.Locations.SingleOrDefault(x => x == remoteMarker); if (localLocation != null) { localLocation.NetworkId = remoteMarker.NetworkId; continue; } if (queued.Type == SyncType.Download) { memoryTerritory.Locations.Add(remoteMarker); newLocations.Add(remoteMarker); } } if (newLocations.Count > 0) new SaveNewLocations(_serviceScopeFactory, memoryTerritory, newLocations).Start(); break; case SyncType.MarkSeen: var partialAccountId = _configuration.FindAccount(RemoteApi.RemoteUrl)?.AccountId.ToPartialId(); if (partialAccountId == null) break; List locationsToUpdate = new(); foreach (var remoteMarker in remoteMarkers) { PersistentLocation? localLocation = memoryTerritory.Locations.SingleOrDefault(x => x == remoteMarker); if (localLocation != null) { localLocation.RemoteSeenOn.Add(partialAccountId); locationsToUpdate.Add(localLocation); } } if (locationsToUpdate.Count > 0) { new MarkRemoteSeen(_serviceScopeFactory, memoryTerritory, locationsToUpdate, partialAccountId).Start(); } break; } } // don't modify state for outdated floors if (_territoryState.LastTerritory != queued.TerritoryType) return; if (queued.Type == SyncType.Download) { if (queued.Success) _territoryState.TerritorySyncState = ESyncState.Complete; else _territoryState.TerritorySyncState = ESyncState.Failed; } } catch (Exception e) { _debugState.SetFromException(e); if (queued.Type == SyncType.Download) _territoryState.TerritorySyncState = ESyncState.Failed; } } } } public enum ESyncState { NotAttempted, NotNeeded, Started, Complete, Failed, } public enum SyncType { Upload, Download, MarkSeen, } }