using System; using System.Collections.Concurrent; using System.Collections.Generic; using System.Diagnostics; using System.IO; using System.Linq; using System.Net; using System.Reflection; using System.Runtime.ExceptionServices; using System.Security; using System.Text; using System.Threading; using System.Threading.Tasks; using Microsoft.Xna.Framework; #if SMAPI_FOR_WINDOWS using System.Windows.Forms; #endif using Newtonsoft.Json; using StardewModdingAPI.Enums; using StardewModdingAPI.Events; using StardewModdingAPI.Framework.Content; using StardewModdingAPI.Framework.Events; using StardewModdingAPI.Framework.Exceptions; using StardewModdingAPI.Framework.Input; using StardewModdingAPI.Framework.Logging; using StardewModdingAPI.Framework.Models; using StardewModdingAPI.Framework.ModHelpers; using StardewModdingAPI.Framework.ModLoading; using StardewModdingAPI.Framework.Networking; using StardewModdingAPI.Framework.Patching; using StardewModdingAPI.Framework.PerformanceMonitoring; using StardewModdingAPI.Framework.Reflection; using StardewModdingAPI.Framework.Rendering; using StardewModdingAPI.Framework.Serialization; using StardewModdingAPI.Framework.StateTracking.Comparers; using StardewModdingAPI.Framework.StateTracking.Snapshots; using StardewModdingAPI.Framework.Utilities; using StardewModdingAPI.Patches; using StardewModdingAPI.Toolkit; using StardewModdingAPI.Toolkit.Framework.Clients.WebApi; using StardewModdingAPI.Toolkit.Framework.ModData; using StardewModdingAPI.Toolkit.Serialization; using StardewModdingAPI.Toolkit.Utilities; using StardewModdingAPI.Utilities; using StardewValley; using xTile.Display; using SObject = StardewValley.Object; namespace StardewModdingAPI.Framework { /// The core class which initializes and manages SMAPI. internal class SCore : IDisposable { /********* ** Fields *********/ /**** ** Low-level components ****/ /// Tracks whether the game should exit immediately and any pending initialization should be cancelled. private readonly CancellationTokenSource CancellationToken = new CancellationTokenSource(); /// Manages the SMAPI console window and log file. private readonly LogManager LogManager; /// The core logger and monitor for SMAPI. private Monitor Monitor => this.LogManager.Monitor; /// Simplifies access to private game code. private readonly Reflector Reflection = new Reflector(); /// Encapsulates access to SMAPI core translations. private readonly Translator Translator = new Translator(); /// The SMAPI configuration settings. private readonly SConfig Settings; /// The mod toolkit used for generic mod interactions. private readonly ModToolkit Toolkit = new ModToolkit(); /**** ** Higher-level components ****/ /// Manages console commands. private readonly CommandManager CommandManager = new CommandManager(); /// The underlying game instance. private SGameRunner Game; /// SMAPI's content manager. private ContentCoordinator ContentCore; /// The game's core multiplayer utility for the main player. private SMultiplayer Multiplayer; /// Tracks the installed mods. /// This is initialized after the game starts. private readonly ModRegistry ModRegistry = new ModRegistry(); /// Manages SMAPI events for mods. private readonly EventManager EventManager; /**** ** State ****/ /// The path to search for mods. private string ModsPath => Constants.ModsPath; /// Whether the game is currently running. private bool IsGameRunning; /// Whether the program has been disposed. private bool IsDisposed; /// Whether the next content manager requested by the game will be for . private bool NextContentManagerIsMain; /// Whether post-game-startup initialization has been performed. private bool IsInitialized; /// Whether the player just returned to the title screen. public bool JustReturnedToTitle { get; set; } /// The maximum number of consecutive attempts SMAPI should make to recover from an update error. private readonly Countdown UpdateCrashTimer = new Countdown(60); // 60 ticks = roughly one second /// Whether custom content was removed from the save data to avoid a crash. private bool IsSaveContentRemoved; /// Asset interceptors added or removed since the last tick. private readonly List ReloadAssetInterceptorsQueue = new List(); /// A list of queued commands to execute. /// This property must be thread-safe, since it's accessed from a separate console input thread. public ConcurrentQueue CommandQueue { get; } = new ConcurrentQueue(); /********* ** Accessors *********/ /// Manages deprecation warnings. /// This is initialized after the game starts. This is accessed directly because it's not part of the normal class model. internal static DeprecationManager DeprecationManager { get; private set; } /// Manages performance counters. /// This is initialized after the game starts. This is non-private for use by Console Commands. internal static PerformanceMonitor PerformanceMonitor { get; private set; } /// The number of update ticks which have already executed. This is similar to , but incremented more consistently for every tick. internal static uint TicksElapsed { get; private set; } /********* ** Public methods *********/ /// Construct an instance. /// The path to search for mods. /// Whether to output log messages to the console. public SCore(string modsPath, bool writeToConsole) { // init paths this.VerifyPath(modsPath); this.VerifyPath(Constants.LogDir); Constants.ModsPath = modsPath; // init log file this.PurgeNormalLogs(); string logPath = this.GetLogPath(); // init basics this.Settings = JsonConvert.DeserializeObject(File.ReadAllText(Constants.ApiConfigPath)); if (File.Exists(Constants.ApiUserConfigPath)) JsonConvert.PopulateObject(File.ReadAllText(Constants.ApiUserConfigPath), this.Settings); this.LogManager = new LogManager(logPath: logPath, colorConfig: this.Settings.ConsoleColors, writeToConsole: writeToConsole, isVerbose: this.Settings.VerboseLogging, isDeveloperMode: this.Settings.DeveloperMode, getScreenIdForLog: this.GetScreenIdForLog); SCore.PerformanceMonitor = new PerformanceMonitor(this.Monitor); this.EventManager = new EventManager(this.ModRegistry, SCore.PerformanceMonitor); SCore.PerformanceMonitor.InitializePerformanceCounterCollections(this.EventManager); SCore.DeprecationManager = new DeprecationManager(this.Monitor, this.ModRegistry); SDate.Translations = this.Translator; // log SMAPI/OS info this.LogManager.LogIntro(modsPath, this.Settings.GetCustomSettings()); // validate platform #if SMAPI_FOR_WINDOWS if (Constants.Platform != Platform.Windows) { this.Monitor.Log("Oops! You're running Windows, but this version of SMAPI is for Linux or Mac. Please reinstall SMAPI to fix this.", LogLevel.Error); this.LogManager.PressAnyKeyToExit(); } #else if (Constants.Platform == Platform.Windows) { this.Monitor.Log($"Oops! You're running {Constants.Platform}, but this version of SMAPI is for Windows. Please reinstall SMAPI to fix this.", LogLevel.Error); this.LogManager.PressAnyKeyToExit(); } #endif } /// Launch SMAPI. [HandleProcessCorruptedStateExceptions, SecurityCritical] // let try..catch handle corrupted state exceptions public void RunInteractively() { // initialize SMAPI try { JsonConverter[] converters = { new ColorConverter(), new PointConverter(), new Vector2Converter(), new RectangleConverter() }; foreach (JsonConverter converter in converters) this.Toolkit.JsonHelper.JsonSettings.Converters.Add(converter); // add error handlers #if SMAPI_FOR_WINDOWS Application.ThreadException += (sender, e) => this.Monitor.Log($"Critical thread exception: {e.Exception.GetLogSummary()}", LogLevel.Error); Application.SetUnhandledExceptionMode(UnhandledExceptionMode.CatchException); #endif AppDomain.CurrentDomain.UnhandledException += (sender, e) => this.Monitor.Log($"Critical app domain exception: {e.ExceptionObject}", LogLevel.Error); // add more lenient assembly resolver AppDomain.CurrentDomain.AssemblyResolve += (sender, e) => AssemblyLoader.ResolveAssembly(e.Name); // hook locale event LocalizedContentManager.OnLanguageChange += locale => this.OnLocaleChanged(); // override game this.Multiplayer = new SMultiplayer(this.Monitor, this.EventManager, this.Toolkit.JsonHelper, this.ModRegistry, this.Reflection, this.OnModMessageReceived, this.Settings.LogNetworkTraffic); SGame.CreateContentManagerImpl = this.CreateContentManager; // must be static since the game accesses it before the SGame constructor is called this.Game = new SGameRunner( monitor: this.Monitor, reflection: this.Reflection, eventManager: this.EventManager, modHooks: new SModHooks(this.OnNewDayAfterFade), multiplayer: this.Multiplayer, exitGameImmediately: this.ExitGameImmediately, onGameContentLoaded: this.OnGameContentLoaded, onGameUpdating: this.OnGameUpdating, onPlayerInstanceUpdating: this.OnPlayerInstanceUpdating, onGameExiting: this.OnGameExiting ); StardewValley.GameRunner.instance = this.Game; // apply game patches new GamePatcher(this.Monitor).Apply( new EventErrorPatch(this.LogManager.MonitorForGame), new DialogueErrorPatch(this.LogManager.MonitorForGame, this.Reflection), new ObjectErrorPatch(), new LoadContextPatch(this.Reflection, this.OnLoadStageChanged), new LoadErrorPatch(this.Monitor, this.OnSaveContentRemoved), new ScheduleErrorPatch(this.LogManager.MonitorForGame) ); // add exit handler this.CancellationToken.Token.Register(() => { if (this.IsGameRunning) { this.LogManager.WriteCrashLog(); this.Game.Exit(); } }); // set window titles this.SetWindowTitles( game: $"Stardew Valley {Constants.GameVersion} - running SMAPI {Constants.ApiVersion}", smapi: $"SMAPI {Constants.ApiVersion} - running Stardew Valley {Constants.GameVersion}" ); } catch (Exception ex) { this.Monitor.Log($"SMAPI failed to initialize: {ex.GetLogSummary()}", LogLevel.Error); this.LogManager.PressAnyKeyToExit(); return; } // log basic info this.LogManager.HandleMarkerFiles(); this.LogManager.LogSettingsHeader(this.Settings.DeveloperMode, this.Settings.CheckForUpdates); // set window titles this.SetWindowTitles( game: $"Stardew Valley {Constants.GameVersion} - running SMAPI {Constants.ApiVersion}", smapi: $"SMAPI {Constants.ApiVersion} - running Stardew Valley {Constants.GameVersion}" ); // start game this.Monitor.Log("Starting game...", LogLevel.Debug); try { this.IsGameRunning = true; StardewValley.Program.releaseBuild = true; // game's debug logic interferes with SMAPI opening the game window this.Game.Run(); } catch (Exception ex) { this.LogManager.LogFatalLaunchError(ex); this.LogManager.PressAnyKeyToExit(); } finally { this.Dispose(); } } /// Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources. public void Dispose() { // skip if already disposed if (this.IsDisposed) return; this.IsDisposed = true; this.Monitor.Log("Disposing..."); // dispose mod data foreach (IModMetadata mod in this.ModRegistry.GetAll()) { try { (mod.Mod as IDisposable)?.Dispose(); } catch (Exception ex) { mod.LogAsMod($"Mod failed during disposal: {ex.GetLogSummary()}.", LogLevel.Warn); } } // dispose core components this.IsGameRunning = false; this.ContentCore?.Dispose(); this.CancellationToken?.Dispose(); this.Game?.Dispose(); this.LogManager?.Dispose(); // dispose last to allow for any last-second log messages // end game (moved from Game1.OnExiting to let us clean up first) Process.GetCurrentProcess().Kill(); } /********* ** Private methods *********/ /// Initialize mods before the first game asset is loaded. At this point the core content managers are loaded (so mods can load their own assets), but the game is mostly uninitialized. private void InitializeBeforeFirstAssetLoaded() { if (this.CancellationToken.IsCancellationRequested) { this.Monitor.Log("SMAPI shutting down: aborting initialization.", LogLevel.Warn); return; } // init TMX support xTile.Format.FormatManager.Instance.RegisterMapFormat(new TMXTile.TMXFormat(Game1.tileSize / Game1.pixelZoom, Game1.tileSize / Game1.pixelZoom, Game1.pixelZoom, Game1.pixelZoom)); // load mod data ModToolkit toolkit = new ModToolkit(); ModDatabase modDatabase = toolkit.GetModDatabase(Constants.ApiMetadataPath); // load mods { this.Monitor.Log("Loading mod metadata..."); ModResolver resolver = new ModResolver(); // log loose files { string[] looseFiles = new DirectoryInfo(this.ModsPath).GetFiles().Select(p => p.Name).ToArray(); if (looseFiles.Any()) this.Monitor.Log($" Ignored loose files: {string.Join(", ", looseFiles.OrderBy(p => p, StringComparer.OrdinalIgnoreCase))}"); } // load manifests IModMetadata[] mods = resolver.ReadManifests(toolkit, this.ModsPath, modDatabase).ToArray(); // filter out ignored mods foreach (IModMetadata mod in mods.Where(p => p.IsIgnored)) this.Monitor.Log($" Skipped {mod.GetRelativePathWithRoot()} (folder name starts with a dot)."); mods = mods.Where(p => !p.IsIgnored).ToArray(); // load mods resolver.ValidateManifests(mods, Constants.ApiVersion, toolkit.GetUpdateUrl); mods = resolver.ProcessDependencies(mods, modDatabase).ToArray(); this.LoadMods(mods, this.Toolkit.JsonHelper, this.ContentCore, modDatabase); // check for updates this.CheckForUpdatesAsync(mods); } // update window titles int modsLoaded = this.ModRegistry.GetAll().Count(); this.SetWindowTitles( game: $"Stardew Valley {Constants.GameVersion} - running SMAPI {Constants.ApiVersion} with {modsLoaded} mods", smapi: $"SMAPI {Constants.ApiVersion} - running Stardew Valley {Constants.GameVersion} with {modsLoaded} mods" ); } /// Raised after the game finishes initializing. private void OnGameInitialized() { // validate XNB integrity if (!this.ValidateContentIntegrity()) this.Monitor.Log("SMAPI found problems in your game's content files which are likely to cause errors or crashes. Consider uninstalling XNB mods or reinstalling the game.", LogLevel.Error); // start SMAPI console new Thread( () => this.LogManager.RunConsoleInputLoop( commandManager: this.CommandManager, reloadTranslations: this.ReloadTranslations, handleInput: input => this.CommandQueue.Enqueue(input), continueWhile: () => this.IsGameRunning && !this.CancellationToken.IsCancellationRequested ) ).Start(); } /// Raised after the game finishes loading its initial content. private void OnGameContentLoaded() { // override map display device Game1.mapDisplayDevice = new SDisplayDevice(Game1.content, Game1.game1.GraphicsDevice); // log GPU info #if SMAPI_FOR_WINDOWS this.Monitor.Log($"Running on GPU: {Game1.game1.GraphicsDevice?.Adapter?.Description ?? ""}"); #endif } /// Raised when the game is updating its state (roughly 60 times per second). /// A snapshot of the game timing state. /// Invoke the game's update logic. private void OnGameUpdating(GameTime gameTime, Action runGameUpdate) { try { /********* ** Safe queued work *********/ // print warnings/alerts SCore.DeprecationManager.PrintQueued(); SCore.PerformanceMonitor.PrintQueuedAlerts(); /********* ** First-tick initialization *********/ if (!this.IsInitialized) { this.IsInitialized = true; this.OnGameInitialized(); } /********* ** Special cases *********/ // Abort if SMAPI is exiting. if (this.CancellationToken.IsCancellationRequested) { this.Monitor.Log("SMAPI shutting down: aborting update."); return; } /********* ** Reload assets when interceptors are added/removed *********/ if (this.ReloadAssetInterceptorsQueue.Any()) { // get unique interceptors AssetInterceptorChange[] interceptors = this.ReloadAssetInterceptorsQueue .GroupBy(p => p.Instance, new ObjectReferenceComparer()) .Select(p => p.First()) .ToArray(); this.ReloadAssetInterceptorsQueue.Clear(); // log summary this.Monitor.Log("Invalidating cached assets for new editors & loaders..."); this.Monitor.Log( " changed: " + string.Join(", ", interceptors .GroupBy(p => p.Mod) .OrderBy(p => p.Key.DisplayName) .Select(modGroup => $"{modGroup.Key.DisplayName} (" + string.Join(", ", modGroup.GroupBy(p => p.WasAdded).ToDictionary(p => p.Key, p => p.Count()).Select(p => $"{(p.Key ? "added" : "removed")} {p.Value}")) + ")" ) ) ); // reload affected assets this.ContentCore.InvalidateCache(asset => interceptors.Any(p => p.CanIntercept(asset))); } /********* ** Execute commands *********/ while (this.CommandQueue.TryDequeue(out string rawInput)) { // parse command string name; string[] args; Command command; try { if (!this.CommandManager.TryParse(rawInput, out name, out args, out command)) { this.Monitor.Log("Unknown command; type 'help' for a list of available commands.", LogLevel.Error); continue; } } catch (Exception ex) { this.Monitor.Log($"Failed parsing that command:\n{ex.GetLogSummary()}", LogLevel.Error); continue; } // execute command try { command.Callback.Invoke(name, args); } catch (Exception ex) { if (command.Mod != null) command.Mod.LogAsMod($"Mod failed handling that command:\n{ex.GetLogSummary()}", LogLevel.Error); else this.Monitor.Log($"Failed handling that command:\n{ex.GetLogSummary()}", LogLevel.Error); } } /********* ** Show in-game warnings (for main player only) *********/ // save content removed if (this.IsSaveContentRemoved && Context.IsWorldReady) { this.IsSaveContentRemoved = false; Game1.addHUDMessage(new HUDMessage(this.Translator.Get("warn.invalid-content-removed"), HUDMessage.error_type)); } /********* ** Run game update *********/ runGameUpdate(); /********* ** Reset crash timer *********/ this.UpdateCrashTimer.Reset(); } catch (Exception ex) { // log error this.Monitor.Log($"An error occured in the overridden update loop: {ex.GetLogSummary()}", LogLevel.Error); // exit if irrecoverable if (!this.UpdateCrashTimer.Decrement()) this.ExitGameImmediately("The game crashed when updating, and SMAPI was unable to recover the game."); } finally { SCore.TicksElapsed++; } } /// Raised when the game instance for a local player is updating (once per per player). /// The game instance being updated. /// A snapshot of the game timing state. /// Invoke the game's update logic. private void OnPlayerInstanceUpdating(SGame instance, GameTime gameTime, Action runUpdate) { var events = this.EventManager; try { // reapply overrides if (this.JustReturnedToTitle) { if (!(Game1.mapDisplayDevice is SDisplayDevice)) Game1.mapDisplayDevice = this.GetMapDisplayDevice(); this.JustReturnedToTitle = false; } /********* ** Update input *********/ // This should *always* run, even when suppressing mod events, since the game uses // this too. For example, doing this after mod event suppression would prevent the // user from doing anything on the overnight shipping screen. SInputState inputState = instance.Input; if (this.Game.IsActive) inputState.TrueUpdate(); /********* ** Special cases *********/ // Run async tasks synchronously to avoid issues due to mod events triggering // concurrently with game code. bool saveParsed = false; if (Game1.currentLoader != null) { this.Monitor.Log("Game loader synchronizing..."); while (Game1.currentLoader?.MoveNext() == true) { // raise load stage changed switch (Game1.currentLoader.Current) { case 20 when (!saveParsed && SaveGame.loaded != null): saveParsed = true; this.OnLoadStageChanged(LoadStage.SaveParsed); break; case 36: this.OnLoadStageChanged(LoadStage.SaveLoadedBasicInfo); break; case 50: this.OnLoadStageChanged(LoadStage.SaveLoadedLocations); break; default: if (Game1.gameMode == Game1.playingGameMode) this.OnLoadStageChanged(LoadStage.Preloaded); break; } } Game1.currentLoader = null; this.Monitor.Log("Game loader done."); } if (instance.NewDayTask?.Status == TaskStatus.Created) { this.Monitor.Log("New day task synchronizing..."); instance.NewDayTask.RunSynchronously(); this.Monitor.Log("New day task done."); } // While a background task is in progress, the game may make changes to the game // state while mods are running their code. This is risky, because data changes can // conflict (e.g. collection changed during enumeration errors) and data may change // unexpectedly from one mod instruction to the next. // // Therefore we can just run Game1.Update here without raising any SMAPI events. There's // a small chance that the task will finish after we defer but before the game checks, // which means technically events should be raised, but the effects of missing one // update tick are negligible and not worth the complications of bypassing Game1.Update. if (instance.NewDayTask != null || Game1.gameMode == Game1.loadingMode) { events.UnvalidatedUpdateTicking.RaiseEmpty(); runUpdate(); events.UnvalidatedUpdateTicked.RaiseEmpty(); return; } // Raise minimal events while saving. // While the game is writing to the save file in the background, mods can unexpectedly // fail since they don't have exclusive access to resources (e.g. collection changed // during enumeration errors). To avoid problems, events are not invoked while a save // is in progress. It's safe to raise SaveEvents.BeforeSave as soon as the menu is // opened (since the save hasn't started yet), but all other events should be suppressed. if (Context.IsSaving) { // raise before-create if (!Context.IsWorldReady && !instance.IsBetweenCreateEvents) { instance.IsBetweenCreateEvents = true; this.Monitor.Log("Context: before save creation."); events.SaveCreating.RaiseEmpty(); } // raise before-save if (Context.IsWorldReady && !instance.IsBetweenSaveEvents) { instance.IsBetweenSaveEvents = true; this.Monitor.Log("Context: before save."); events.Saving.RaiseEmpty(); } // suppress non-save events events.UnvalidatedUpdateTicking.RaiseEmpty(); runUpdate(); events.UnvalidatedUpdateTicked.RaiseEmpty(); return; } /********* ** Update context *********/ bool wasWorldReady = Context.IsWorldReady; if ((Context.IsWorldReady && !Context.IsSaveLoaded) || Game1.exitToTitle) { Context.IsWorldReady = false; instance.AfterLoadTimer.Reset(); } else if (Context.IsSaveLoaded && instance.AfterLoadTimer.Current > 0 && Game1.currentLocation != null) { if (Game1.dayOfMonth != 0) // wait until new-game intro finishes (world not fully initialized yet) instance.AfterLoadTimer.Decrement(); Context.IsWorldReady = instance.AfterLoadTimer.Current == 0; } /********* ** Update watchers ** (Watchers need to be updated, checked, and reset in one go so we can detect any changes mods make in event handlers.) *********/ instance.Watchers.Update(); instance.WatcherSnapshot.Update(instance.Watchers); instance.Watchers.Reset(); WatcherSnapshot state = instance.WatcherSnapshot; /********* ** Pre-update events *********/ { /********* ** Save created/loaded events *********/ if (instance.IsBetweenCreateEvents) { // raise after-create instance.IsBetweenCreateEvents = false; this.Monitor.Log($"Context: after save creation, starting {Game1.currentSeason} {Game1.dayOfMonth} Y{Game1.year}."); this.OnLoadStageChanged(LoadStage.CreatedSaveFile); events.SaveCreated.RaiseEmpty(); } if (instance.IsBetweenSaveEvents) { // raise after-save instance.IsBetweenSaveEvents = false; this.Monitor.Log($"Context: after save, starting {Game1.currentSeason} {Game1.dayOfMonth} Y{Game1.year}."); events.Saved.RaiseEmpty(); events.DayStarted.RaiseEmpty(); } /********* ** Locale changed events *********/ if (state.Locale.IsChanged) this.Monitor.Log($"Context: locale set to {state.Locale.New}."); /********* ** Load / return-to-title events *********/ if (wasWorldReady && !Context.IsWorldReady) this.OnLoadStageChanged(LoadStage.None); else if (Context.IsWorldReady && Context.LoadStage != LoadStage.Ready) { // print context string context = $"Context: loaded save '{Constants.SaveFolderName}', starting {Game1.currentSeason} {Game1.dayOfMonth} Y{Game1.year}, locale set to {this.ContentCore.Language}."; if (Context.IsMultiplayer) { int onlineCount = Game1.getOnlineFarmers().Count(); context += $" {(Context.IsMainPlayer ? "Main player" : "Farmhand")} with {onlineCount} {(onlineCount == 1 ? "player" : "players")} online."; } else context += " Single-player."; this.Monitor.Log(context); // apply save fixes this.ApplySaveFixes(); // raise events this.OnLoadStageChanged(LoadStage.Ready); events.SaveLoaded.RaiseEmpty(); events.DayStarted.RaiseEmpty(); } /********* ** Window events *********/ // Here we depend on the game's viewport instead of listening to the Window.Resize // event because we need to notify mods after the game handles the resize, so the // game's metadata (like Game1.viewport) are updated. That's a bit complicated // since the game adds & removes its own handler on the fly. if (state.WindowSize.IsChanged) { if (this.Monitor.IsVerbose) this.Monitor.Log($"Events: window size changed to {state.WindowSize.New}."); events.WindowResized.Raise(new WindowResizedEventArgs(state.WindowSize.Old, state.WindowSize.New)); } /********* ** Input events (if window has focus) *********/ if (this.Game.IsActive) { // raise events bool isChatInput = Game1.IsChatting || (Context.IsMultiplayer && Context.IsWorldReady && Game1.activeClickableMenu == null && Game1.currentMinigame == null && inputState.IsAnyDown(Game1.options.chatButton)); if (!isChatInput) { ICursorPosition cursor = instance.Input.CursorPosition; // raise cursor moved event if (state.Cursor.IsChanged) events.CursorMoved.Raise(new CursorMovedEventArgs(state.Cursor.Old, state.Cursor.New)); // raise mouse wheel scrolled if (state.MouseWheelScroll.IsChanged) { if (this.Monitor.IsVerbose) this.Monitor.Log($"Events: mouse wheel scrolled to {state.MouseWheelScroll.New}."); events.MouseWheelScrolled.Raise(new MouseWheelScrolledEventArgs(cursor, state.MouseWheelScroll.Old, state.MouseWheelScroll.New)); } // raise input button events foreach (var pair in inputState.ButtonStates) { SButton button = pair.Key; SButtonState status = pair.Value; if (status == SButtonState.Pressed) { if (this.Monitor.IsVerbose) this.Monitor.Log($"Events: button {button} pressed."); events.ButtonPressed.Raise(new ButtonPressedEventArgs(button, cursor, inputState)); } else if (status == SButtonState.Released) { if (this.Monitor.IsVerbose) this.Monitor.Log($"Events: button {button} released."); events.ButtonReleased.Raise(new ButtonReleasedEventArgs(button, cursor, inputState)); } } } } /********* ** Menu events *********/ if (state.ActiveMenu.IsChanged) { var was = state.ActiveMenu.Old; var now = state.ActiveMenu.New; if (this.Monitor.IsVerbose) this.Monitor.Log($"Context: menu changed from {was?.GetType().FullName ?? "none"} to {now?.GetType().FullName ?? "none"}."); // raise menu events events.MenuChanged.Raise(new MenuChangedEventArgs(was, now)); } /********* ** World & player events *********/ if (Context.IsWorldReady) { bool raiseWorldEvents = !state.SaveID.IsChanged; // don't report changes from unloaded => loaded // location list changes if (state.Locations.LocationList.IsChanged && (events.LocationListChanged.HasListeners() || this.Monitor.IsVerbose)) { var added = state.Locations.LocationList.Added.ToArray(); var removed = state.Locations.LocationList.Removed.ToArray(); if (this.Monitor.IsVerbose) { string addedText = added.Any() ? string.Join(", ", added.Select(p => p.Name)) : "none"; string removedText = removed.Any() ? string.Join(", ", removed.Select(p => p.Name)) : "none"; this.Monitor.Log($"Context: location list changed (added {addedText}; removed {removedText})."); } events.LocationListChanged.Raise(new LocationListChangedEventArgs(added, removed)); } // raise location contents changed if (raiseWorldEvents) { foreach (LocationSnapshot locState in state.Locations.Locations) { var location = locState.Location; // buildings changed if (locState.Buildings.IsChanged) events.BuildingListChanged.Raise(new BuildingListChangedEventArgs(location, locState.Buildings.Added, locState.Buildings.Removed)); // debris changed if (locState.Debris.IsChanged) events.DebrisListChanged.Raise(new DebrisListChangedEventArgs(location, locState.Debris.Added, locState.Debris.Removed)); // large terrain features changed if (locState.LargeTerrainFeatures.IsChanged) events.LargeTerrainFeatureListChanged.Raise(new LargeTerrainFeatureListChangedEventArgs(location, locState.LargeTerrainFeatures.Added, locState.LargeTerrainFeatures.Removed)); // NPCs changed if (locState.Npcs.IsChanged) events.NpcListChanged.Raise(new NpcListChangedEventArgs(location, locState.Npcs.Added, locState.Npcs.Removed)); // objects changed if (locState.Objects.IsChanged) events.ObjectListChanged.Raise(new ObjectListChangedEventArgs(location, locState.Objects.Added, locState.Objects.Removed)); // chest items changed if (events.ChestInventoryChanged.HasListeners()) { foreach (var pair in locState.ChestItems) { SnapshotItemListDiff diff = pair.Value; events.ChestInventoryChanged.Raise(new ChestInventoryChangedEventArgs(pair.Key, location, added: diff.Added, removed: diff.Removed, quantityChanged: diff.QuantityChanged)); } } // terrain features changed if (locState.TerrainFeatures.IsChanged) events.TerrainFeatureListChanged.Raise(new TerrainFeatureListChangedEventArgs(location, locState.TerrainFeatures.Added, locState.TerrainFeatures.Removed)); } } // raise time changed if (raiseWorldEvents && state.Time.IsChanged) events.TimeChanged.Raise(new TimeChangedEventArgs(state.Time.Old, state.Time.New)); // raise player events if (raiseWorldEvents) { PlayerSnapshot playerState = state.CurrentPlayer; Farmer player = playerState.Player; // raise current location changed if (playerState.Location.IsChanged) { if (this.Monitor.IsVerbose) this.Monitor.Log($"Context: set location to {playerState.Location.New}."); events.Warped.Raise(new WarpedEventArgs(player, playerState.Location.Old, playerState.Location.New)); } // raise player leveled up a skill foreach (var pair in playerState.Skills) { if (!pair.Value.IsChanged) continue; if (this.Monitor.IsVerbose) this.Monitor.Log($"Events: player skill '{pair.Key}' changed from {pair.Value.Old} to {pair.Value.New}."); events.LevelChanged.Raise(new LevelChangedEventArgs(player, pair.Key, pair.Value.Old, pair.Value.New)); } // raise player inventory changed if (playerState.Inventory.IsChanged) { var inventory = playerState.Inventory; if (this.Monitor.IsVerbose) this.Monitor.Log("Events: player inventory changed."); events.InventoryChanged.Raise(new InventoryChangedEventArgs(player, added: inventory.Added, removed: inventory.Removed, quantityChanged: inventory.QuantityChanged)); } } } /********* ** Game update *********/ // game launched (not raised for secondary players in split-screen mode) if (instance.IsFirstTick && !Context.IsGameLaunched) { Context.IsGameLaunched = true; events.GameLaunched.Raise(new GameLaunchedEventArgs()); } // preloaded if (Context.IsSaveLoaded && Context.LoadStage != LoadStage.Loaded && Context.LoadStage != LoadStage.Ready && Game1.dayOfMonth != 0) this.OnLoadStageChanged(LoadStage.Loaded); } /********* ** Game update tick *********/ { bool isOneSecond = SCore.TicksElapsed % 60 == 0; events.UnvalidatedUpdateTicking.RaiseEmpty(); events.UpdateTicking.RaiseEmpty(); if (isOneSecond) events.OneSecondUpdateTicking.RaiseEmpty(); try { instance.Input.ApplyOverrides(); // if mods added any new overrides since the update, process them now runUpdate(); } catch (Exception ex) { this.LogManager.MonitorForGame.Log($"An error occurred in the base update loop: {ex.GetLogSummary()}", LogLevel.Error); } events.UnvalidatedUpdateTicked.RaiseEmpty(); events.UpdateTicked.RaiseEmpty(); if (isOneSecond) events.OneSecondUpdateTicked.RaiseEmpty(); } /********* ** Update events *********/ this.UpdateCrashTimer.Reset(); } catch (Exception ex) { // log error this.Monitor.Log($"An error occurred in the overridden update loop: {ex.GetLogSummary()}", LogLevel.Error); // exit if irrecoverable if (!this.UpdateCrashTimer.Decrement()) this.ExitGameImmediately("The game crashed when updating, and SMAPI was unable to recover the game."); } } /// Handle the game changing locale. private void OnLocaleChanged() { this.ContentCore.OnLocaleChanged(); // get locale string locale = this.ContentCore.GetLocale(); LocalizedContentManager.LanguageCode languageCode = this.ContentCore.Language; // update core translations this.Translator.SetLocale(locale, languageCode); // update mod translation helpers foreach (IModMetadata mod in this.ModRegistry.GetAll()) mod.Translations.SetLocale(locale, languageCode); } /// Raised when the low-level stage while loading a save changes. /// The new load stage. internal void OnLoadStageChanged(LoadStage newStage) { // nothing to do if (newStage == Context.LoadStage) return; // update data LoadStage oldStage = Context.LoadStage; Context.LoadStage = newStage; this.Monitor.VerboseLog($"Context: load stage changed to {newStage}"); if (newStage == LoadStage.None) { this.Monitor.Log("Context: returned to title"); this.OnReturnedToTitle(); } // raise events this.EventManager.LoadStageChanged.Raise(new LoadStageChangedEventArgs(oldStage, newStage)); if (newStage == LoadStage.None) this.EventManager.ReturnedToTitle.RaiseEmpty(); } /// Apply fixes to the save after it's loaded. private void ApplySaveFixes() { // get last SMAPI version used with this save const string migrationKey = "Pathoschild.SMAPI/api-version"; if (!Game1.CustomData.TryGetValue(migrationKey, out string rawVersion) || !SemanticVersion.TryParse(rawVersion, out ISemanticVersion lastVersion)) lastVersion = new SemanticVersion(3, 8, 0); // fix bundle corruption in SMAPI 3.8.0 // For non-English players who created a new save in SMAPI 3.8.0, bundle data was // incorrectly translated which caused the code to crash whenever the game tried to // read it. if (lastVersion.IsOlderThan(new SemanticVersion(3, 8, 1)) && Game1.netWorldState?.Value?.BundleData != null) { var oldData = new Dictionary(Game1.netWorldState.Value.BundleData); try { Game1.applySaveFix(SaveGame.SaveFixes.FixBotchedBundleData); bool changed = Game1.netWorldState.Value.BundleData.Any(p => oldData.TryGetValue(p.Key, out string oldValue) && oldValue != p.Value); if (changed) this.Monitor.Log("Found broken community center bundles and fixed them automatically.", LogLevel.Info); } catch (Exception ex) { this.Monitor.Log("Failed to verify community center data.", LogLevel.Error); // should never happen this.Monitor.Log($"Technical details: {ex}"); } } // update last run Game1.CustomData[migrationKey] = Constants.ApiVersion.ToString(); } /// Raised after custom content is removed from the save data to avoid a crash. internal void OnSaveContentRemoved() { this.IsSaveContentRemoved = true; } /// A callback invoked before runs. protected void OnNewDayAfterFade() { this.EventManager.DayEnding.RaiseEmpty(); } /// Raised after the player returns to the title screen. private void OnReturnedToTitle() { // perform cleanup this.Multiplayer.CleanupOnMultiplayerExit(); this.JustReturnedToTitle = true; } /// Raised before the game exits. private void OnGameExiting() { this.Multiplayer.Disconnect(StardewValley.Multiplayer.DisconnectType.ClosedGame); this.Dispose(); } /// Raised when a mod network message is received. /// The message to deliver to applicable mods. private void OnModMessageReceived(ModMessageModel message) { // get mod IDs to notify HashSet modIDs = new HashSet(message.ToModIDs ?? this.ModRegistry.GetAll().Select(p => p.Manifest.UniqueID), StringComparer.OrdinalIgnoreCase); if (message.FromPlayerID == Game1.player?.UniqueMultiplayerID) modIDs.Remove(message.FromModID); // don't send a broadcast back to the sender // raise events this.EventManager.ModMessageReceived.Raise(new ModMessageReceivedEventArgs(message), mod => mod != null && modIDs.Contains(mod.Manifest.UniqueID)); } /// Constructor a content manager to read game content files. /// The service provider to use to locate services. /// The root directory to search for content. private LocalizedContentManager CreateContentManager(IServiceProvider serviceProvider, string rootDirectory) { // Game1._temporaryContent initializing from SGame constructor if (this.ContentCore == null) { this.ContentCore = new ContentCoordinator(serviceProvider, rootDirectory, Thread.CurrentThread.CurrentUICulture, this.Monitor, this.Reflection, this.Toolkit.JsonHelper, this.InitializeBeforeFirstAssetLoaded); if (this.ContentCore.Language != this.Translator.LocaleEnum) this.Translator.SetLocale(this.ContentCore.GetLocale(), this.ContentCore.Language); this.NextContentManagerIsMain = true; return this.ContentCore.CreateGameContentManager("Game1._temporaryContent"); } // Game1.content initializing from LoadContent if (this.NextContentManagerIsMain) { this.NextContentManagerIsMain = false; return this.ContentCore.MainContentManager; } // any other content manager return this.ContentCore.CreateGameContentManager("(generated)"); } /// Get the current game instance. This may not be the main player if playing in split-screen. private SGame GetCurrentGameInstance() { return Game1.game1 as SGame ?? throw new InvalidOperationException("The current game instance wasn't created by SMAPI."); } /// Look for common issues with the game's XNB content, and log warnings if anything looks broken or outdated. /// Returns whether all integrity checks passed. private bool ValidateContentIntegrity() { this.Monitor.Log("Detecting common issues..."); bool issuesFound = false; // object format (commonly broken by outdated files) { // detect issues bool hasObjectIssues = false; void LogIssue(int id, string issue) => this.Monitor.Log($@"Detected issue: item #{id} in Content\Data\ObjectInformation.xnb is invalid ({issue})."); foreach (KeyValuePair entry in Game1.objectInformation) { // must not be empty if (string.IsNullOrWhiteSpace(entry.Value)) { LogIssue(entry.Key, "entry is empty"); hasObjectIssues = true; continue; } // require core fields string[] fields = entry.Value.Split('/'); if (fields.Length < SObject.objectInfoDescriptionIndex + 1) { LogIssue(entry.Key, "too few fields for an object"); hasObjectIssues = true; continue; } // check min length for specific types switch (fields[SObject.objectInfoTypeIndex].Split(new[] { ' ' }, 2)[0]) { case "Cooking": if (fields.Length < SObject.objectInfoBuffDurationIndex + 1) { LogIssue(entry.Key, "too few fields for a cooking item"); hasObjectIssues = true; } break; } } // log error if (hasObjectIssues) { issuesFound = true; this.Monitor.Log(@"Your Content\Data\ObjectInformation.xnb file seems to be broken or outdated.", LogLevel.Warn); } } return !issuesFound; } /// Set the window titles for the game and console windows. /// The game window text. /// The SMAPI window text. private void SetWindowTitles(string game, string smapi) { this.Game.Window.Title = game; this.LogManager.SetConsoleTitle(smapi); } /// Asynchronously check for a new version of SMAPI and any installed mods, and print alerts to the console if an update is available. /// The mods to include in the update check (if eligible). private void CheckForUpdatesAsync(IModMetadata[] mods) { if (!this.Settings.CheckForUpdates) return; new Thread(() => { // create client string url = this.Settings.WebApiBaseUrl; #if !SMAPI_FOR_WINDOWS url = url.Replace("https://", "http://"); // workaround for OpenSSL issues with the game's bundled Mono on Linux/Mac #endif WebApiClient client = new WebApiClient(url, Constants.ApiVersion); this.Monitor.Log("Checking for updates..."); // check SMAPI version { ISemanticVersion updateFound = null; string updateUrl = null; try { // fetch update check ModEntryModel response = client.GetModInfo(new[] { new ModSearchEntryModel("Pathoschild.SMAPI", Constants.ApiVersion, new[] { $"GitHub:{this.Settings.GitHubProjectName}" }) }, apiVersion: Constants.ApiVersion, gameVersion: Constants.GameVersion, platform: Constants.Platform).Single().Value; updateFound = response.SuggestedUpdate?.Version; updateUrl = response.SuggestedUpdate?.Url ?? Constants.HomePageUrl; // log message if (updateFound != null) this.Monitor.Log($"You can update SMAPI to {updateFound}: {updateUrl}", LogLevel.Alert); else this.Monitor.Log(" SMAPI okay."); // show errors if (response.Errors.Any()) { this.Monitor.Log("Couldn't check for a new version of SMAPI. This won't affect your game, but you may not be notified of new versions if this keeps happening.", LogLevel.Warn); this.Monitor.Log($"Error: {string.Join("\n", response.Errors)}"); } } catch (Exception ex) { this.Monitor.Log("Couldn't check for a new version of SMAPI. This won't affect your game, but you won't be notified of new versions if this keeps happening.", LogLevel.Warn); this.Monitor.Log(ex is WebException && ex.InnerException == null ? $"Error: {ex.Message}" : $"Error: {ex.GetLogSummary()}" ); } // show update message on next launch if (updateFound != null) this.LogManager.WriteUpdateMarker(updateFound.ToString(), updateUrl); } // check mod versions if (mods.Any()) { try { HashSet suppressUpdateChecks = new HashSet(this.Settings.SuppressUpdateChecks, StringComparer.OrdinalIgnoreCase); // prepare search model List searchMods = new List(); foreach (IModMetadata mod in mods) { if (!mod.HasID() || suppressUpdateChecks.Contains(mod.Manifest.UniqueID)) continue; string[] updateKeys = mod .GetUpdateKeys(validOnly: true) .Select(p => p.ToString()) .ToArray(); searchMods.Add(new ModSearchEntryModel(mod.Manifest.UniqueID, mod.Manifest.Version, updateKeys.ToArray(), isBroken: mod.Status == ModMetadataStatus.Failed)); } // fetch results this.Monitor.Log($" Checking for updates to {searchMods.Count} mods..."); IDictionary results = client.GetModInfo(searchMods.ToArray(), apiVersion: Constants.ApiVersion, gameVersion: Constants.GameVersion, platform: Constants.Platform); // extract update alerts & errors var updates = new List>(); var errors = new StringBuilder(); foreach (IModMetadata mod in mods.OrderBy(p => p.DisplayName)) { // link to update-check data if (!mod.HasID() || !results.TryGetValue(mod.Manifest.UniqueID, out ModEntryModel result)) continue; mod.SetUpdateData(result); // handle errors if (result.Errors != null && result.Errors.Any()) { errors.AppendLine(result.Errors.Length == 1 ? $" {mod.DisplayName}: {result.Errors[0]}" : $" {mod.DisplayName}:\n - {string.Join("\n - ", result.Errors)}" ); } // handle update if (result.SuggestedUpdate != null) updates.Add(Tuple.Create(mod, result.SuggestedUpdate.Version, result.SuggestedUpdate.Url)); } // show update errors if (errors.Length != 0) this.Monitor.Log("Got update-check errors for some mods:\n" + errors.ToString().TrimEnd()); // show update alerts if (updates.Any()) { this.Monitor.Newline(); this.Monitor.Log($"You can update {updates.Count} mod{(updates.Count != 1 ? "s" : "")}:", LogLevel.Alert); foreach (var entry in updates) { IModMetadata mod = entry.Item1; ISemanticVersion newVersion = entry.Item2; string newUrl = entry.Item3; this.Monitor.Log($" {mod.DisplayName} {newVersion}: {newUrl}", LogLevel.Alert); } } else this.Monitor.Log(" All mods up to date."); } catch (Exception ex) { this.Monitor.Log("Couldn't check for new mod versions. This won't affect your game, but you won't be notified of mod updates if this keeps happening.", LogLevel.Warn); this.Monitor.Log(ex is WebException && ex.InnerException == null ? ex.Message : ex.ToString() ); } } }).Start(); } /// Create a directory path if it doesn't exist. /// The directory path. private void VerifyPath(string path) { try { if (!Directory.Exists(path)) Directory.CreateDirectory(path); } catch (Exception ex) { // note: this happens before this.Monitor is initialized Console.WriteLine($"Couldn't create a path: {path}\n\n{ex.GetLogSummary()}"); } } /// Load and hook up the given mods. /// The mods to load. /// The JSON helper with which to read mods' JSON files. /// The content manager to use for mod content. /// Handles access to SMAPI's internal mod metadata list. private void LoadMods(IModMetadata[] mods, JsonHelper jsonHelper, ContentCoordinator contentCore, ModDatabase modDatabase) { this.Monitor.Log("Loading mods..."); // load mods IList skippedMods = new List(); using (AssemblyLoader modAssemblyLoader = new AssemblyLoader(Constants.Platform, this.Monitor, this.Settings.ParanoidWarnings)) { // init HashSet suppressUpdateChecks = new HashSet(this.Settings.SuppressUpdateChecks, StringComparer.OrdinalIgnoreCase); InterfaceProxyFactory proxyFactory = new InterfaceProxyFactory(); // load mods foreach (IModMetadata mod in mods) { if (!this.TryLoadMod(mod, mods, modAssemblyLoader, proxyFactory, jsonHelper, contentCore, modDatabase, suppressUpdateChecks, out ModFailReason? failReason, out string errorPhrase, out string errorDetails)) { failReason ??= ModFailReason.LoadFailed; mod.SetStatus(ModMetadataStatus.Failed, failReason.Value, errorPhrase, errorDetails); skippedMods.Add(mod); } } } IModMetadata[] loaded = this.ModRegistry.GetAll().ToArray(); IModMetadata[] loadedContentPacks = loaded.Where(p => p.IsContentPack).ToArray(); IModMetadata[] loadedMods = loaded.Where(p => !p.IsContentPack).ToArray(); // unlock content packs this.ModRegistry.AreAllModsLoaded = true; // log mod info this.LogManager.LogModInfo(loaded, loadedContentPacks, loadedMods, skippedMods.ToArray(), this.Settings.ParanoidWarnings); // initialize translations this.ReloadTranslations(loaded); // initialize loaded non-content-pack mods foreach (IModMetadata metadata in loadedMods) { // add interceptors if (metadata.Mod.Helper.Content is ContentHelper helper) { // ReSharper disable SuspiciousTypeConversion.Global if (metadata.Mod is IAssetEditor editor) this.ContentCore.Editors.Add(new ModLinked(metadata, editor)); if (metadata.Mod is IAssetLoader loader) this.ContentCore.Loaders.Add(new ModLinked(metadata, loader)); // ReSharper restore SuspiciousTypeConversion.Global helper.ObservableAssetEditors.CollectionChanged += (sender, e) => this.OnAssetInterceptorsChanged(metadata, e.NewItems?.Cast(), e.OldItems?.Cast(), this.ContentCore.Editors); helper.ObservableAssetLoaders.CollectionChanged += (sender, e) => this.OnAssetInterceptorsChanged(metadata, e.NewItems?.Cast(), e.OldItems?.Cast(), this.ContentCore.Loaders); } // call entry method try { IMod mod = metadata.Mod; mod.Entry(mod.Helper); } catch (Exception ex) { metadata.LogAsMod($"Mod crashed on entry and might not work correctly. Technical details:\n{ex.GetLogSummary()}", LogLevel.Error); } // get mod API try { object api = metadata.Mod.GetApi(); if (api != null && !api.GetType().IsPublic) { api = null; this.Monitor.Log($"{metadata.DisplayName} provides an API instance with a non-public type. This isn't currently supported, so the API won't be available to other mods.", LogLevel.Warn); } if (api != null) this.Monitor.Log($" Found mod-provided API ({api.GetType().FullName})."); metadata.SetApi(api); } catch (Exception ex) { this.Monitor.Log($"Failed loading mod-provided API for {metadata.DisplayName}. Integrations with other mods may not work. Error: {ex.GetLogSummary()}", LogLevel.Error); } } // unlock mod integrations this.ModRegistry.AreAllModsInitialized = true; } /// Raised after a mod adds or removes asset interceptors. /// The asset interceptor type (one of or ). /// The mod metadata. /// The interceptors that were added. /// The interceptors that were removed. /// A list of interceptors to update for the change. private void OnAssetInterceptorsChanged(IModMetadata mod, IEnumerable added, IEnumerable removed, IList> list) { foreach (T interceptor in added ?? new T[0]) { this.ReloadAssetInterceptorsQueue.Add(new AssetInterceptorChange(mod, interceptor, wasAdded: true)); list.Add(new ModLinked(mod, interceptor)); } foreach (T interceptor in removed ?? new T[0]) { this.ReloadAssetInterceptorsQueue.Add(new AssetInterceptorChange(mod, interceptor, wasAdded: false)); foreach (ModLinked entry in list.Where(p => p.Mod == mod && object.ReferenceEquals(p.Data, interceptor)).ToArray()) list.Remove(entry); } } /// Load a given mod. /// The mod to load. /// The mods being loaded. /// Preprocesses and loads mod assemblies. /// Generates proxy classes to access mod APIs through an arbitrary interface. /// The JSON helper with which to read mods' JSON files. /// The content manager to use for mod content. /// Handles access to SMAPI's internal mod metadata list. /// The mod IDs to ignore when validating update keys. /// The reason the mod couldn't be loaded, if applicable. /// The user-facing reason phrase explaining why the mod couldn't be loaded (if applicable). /// More detailed details about the error intended for developers (if any). /// Returns whether the mod was successfully loaded. private bool TryLoadMod(IModMetadata mod, IModMetadata[] mods, AssemblyLoader assemblyLoader, InterfaceProxyFactory proxyFactory, JsonHelper jsonHelper, ContentCoordinator contentCore, ModDatabase modDatabase, HashSet suppressUpdateChecks, out ModFailReason? failReason, out string errorReasonPhrase, out string errorDetails) { errorDetails = null; // log entry { string relativePath = mod.GetRelativePathWithRoot(); if (mod.IsContentPack) this.Monitor.Log($" {mod.DisplayName} (from {relativePath}) [content pack]..."); else if (mod.Manifest?.EntryDll != null) this.Monitor.Log($" {mod.DisplayName} (from {relativePath}{Path.DirectorySeparatorChar}{mod.Manifest.EntryDll})..."); // don't use Path.Combine here, since EntryDLL might not be valid else this.Monitor.Log($" {mod.DisplayName} (from {relativePath})..."); } // add warning for missing update key if (mod.HasID() && !suppressUpdateChecks.Contains(mod.Manifest.UniqueID) && !mod.HasValidUpdateKeys()) mod.SetWarning(ModWarning.NoUpdateKeys); // validate status if (mod.Status == ModMetadataStatus.Failed) { this.Monitor.Log($" Failed: {mod.ErrorDetails ?? mod.Error}"); failReason = mod.FailReason; errorReasonPhrase = mod.Error; return false; } // validate dependencies // Although dependencies are validated before mods are loaded, a dependency may have failed to load. if (mod.Manifest.Dependencies?.Any() == true) { foreach (IManifestDependency dependency in mod.Manifest.Dependencies.Where(p => p.IsRequired)) { if (this.ModRegistry.Get(dependency.UniqueID) == null) { string dependencyName = mods .FirstOrDefault(otherMod => otherMod.HasID(dependency.UniqueID)) ?.DisplayName ?? dependency.UniqueID; errorReasonPhrase = $"it needs the '{dependencyName}' mod, which couldn't be loaded."; failReason = ModFailReason.MissingDependencies; return false; } } } // load as content pack if (mod.IsContentPack) { IManifest manifest = mod.Manifest; IMonitor monitor = this.LogManager.GetMonitor(mod.DisplayName); IContentHelper contentHelper = new ContentHelper(this.ContentCore, mod.DirectoryPath, manifest.UniqueID, mod.DisplayName, monitor); TranslationHelper translationHelper = new TranslationHelper(manifest.UniqueID, contentCore.GetLocale(), contentCore.Language); IContentPack contentPack = new ContentPack(mod.DirectoryPath, manifest, contentHelper, translationHelper, jsonHelper); mod.SetMod(contentPack, monitor, translationHelper); this.ModRegistry.Add(mod); errorReasonPhrase = null; failReason = null; return true; } // load as mod else { IManifest manifest = mod.Manifest; // load mod string assemblyPath = manifest?.EntryDll != null ? Path.Combine(mod.DirectoryPath, manifest.EntryDll) : null; Assembly modAssembly; try { modAssembly = assemblyLoader.Load(mod, assemblyPath, assumeCompatible: mod.DataRecord?.Status == ModStatus.AssumeCompatible); this.ModRegistry.TrackAssemblies(mod, modAssembly); } catch (IncompatibleInstructionException) // details already in trace logs { string[] updateUrls = new[] { modDatabase.GetModPageUrlFor(manifest.UniqueID), "https://smapi.io/mods" }.Where(p => p != null).ToArray(); errorReasonPhrase = $"it's no longer compatible. Please check for a new version at {string.Join(" or ", updateUrls)}"; failReason = ModFailReason.Incompatible; return false; } catch (SAssemblyLoadFailedException ex) { errorReasonPhrase = $"its DLL couldn't be loaded: {ex.Message}"; failReason = ModFailReason.LoadFailed; return false; } catch (Exception ex) { errorReasonPhrase = "its DLL couldn't be loaded."; errorDetails = $"Error: {ex.GetLogSummary()}"; failReason = ModFailReason.LoadFailed; return false; } // initialize mod try { // get mod instance if (!this.TryLoadModEntry(modAssembly, out Mod modEntry, out errorReasonPhrase)) { failReason = ModFailReason.LoadFailed; return false; } // get content packs IContentPack[] GetContentPacks() { if (!this.ModRegistry.AreAllModsLoaded) throw new InvalidOperationException("Can't access content packs before SMAPI finishes loading mods."); return this.ModRegistry .GetAll(assemblyMods: false) .Where(p => p.IsContentPack && mod.HasID(p.Manifest.ContentPackFor.UniqueID)) .Select(p => p.ContentPack) .ToArray(); } // init mod helpers IMonitor monitor = this.LogManager.GetMonitor(mod.DisplayName); TranslationHelper translationHelper = new TranslationHelper(manifest.UniqueID, contentCore.GetLocale(), contentCore.Language); IModHelper modHelper; { IContentPack CreateFakeContentPack(string packDirPath, IManifest packManifest) { IMonitor packMonitor = this.LogManager.GetMonitor(packManifest.Name); IContentHelper packContentHelper = new ContentHelper(contentCore, packDirPath, packManifest.UniqueID, packManifest.Name, packMonitor); ITranslationHelper packTranslationHelper = new TranslationHelper(packManifest.UniqueID, contentCore.GetLocale(), contentCore.Language); return new ContentPack(packDirPath, packManifest, packContentHelper, packTranslationHelper, this.Toolkit.JsonHelper); } IModEvents events = new ModEvents(mod, this.EventManager); ICommandHelper commandHelper = new CommandHelper(mod, this.CommandManager); IContentHelper contentHelper = new ContentHelper(contentCore, mod.DirectoryPath, manifest.UniqueID, mod.DisplayName, monitor); IContentPackHelper contentPackHelper = new ContentPackHelper(manifest.UniqueID, new Lazy(GetContentPacks), CreateFakeContentPack); IDataHelper dataHelper = new DataHelper(manifest.UniqueID, mod.DirectoryPath, jsonHelper); IReflectionHelper reflectionHelper = new ReflectionHelper(manifest.UniqueID, mod.DisplayName, this.Reflection); IModRegistry modRegistryHelper = new ModRegistryHelper(manifest.UniqueID, this.ModRegistry, proxyFactory, monitor); IMultiplayerHelper multiplayerHelper = new MultiplayerHelper(manifest.UniqueID, this.Multiplayer); modHelper = new ModHelper(manifest.UniqueID, mod.DirectoryPath, () => this.GetCurrentGameInstance().Input, events, contentHelper, contentPackHelper, commandHelper, dataHelper, modRegistryHelper, reflectionHelper, multiplayerHelper, translationHelper); } // init mod modEntry.ModManifest = manifest; modEntry.Helper = modHelper; modEntry.Monitor = monitor; // track mod mod.SetMod(modEntry, translationHelper); this.ModRegistry.Add(mod); failReason = null; return true; } catch (Exception ex) { errorReasonPhrase = $"initialization failed:\n{ex.GetLogSummary()}"; failReason = ModFailReason.LoadFailed; return false; } } } /// Load a mod's entry class. /// The mod assembly. /// The loaded instance. /// The error indicating why loading failed (if applicable). /// Returns whether the mod entry class was successfully loaded. private bool TryLoadModEntry(Assembly modAssembly, out Mod mod, out string error) { mod = null; // find type TypeInfo[] modEntries = modAssembly.DefinedTypes.Where(type => typeof(Mod).IsAssignableFrom(type) && !type.IsAbstract).Take(2).ToArray(); if (modEntries.Length == 0) { error = $"its DLL has no '{nameof(Mod)}' subclass."; return false; } if (modEntries.Length > 1) { error = $"its DLL contains multiple '{nameof(Mod)}' subclasses."; return false; } // get implementation mod = (Mod)modAssembly.CreateInstance(modEntries[0].ToString()); if (mod == null) { error = "its entry class couldn't be instantiated."; return false; } error = null; return true; } /// Reload translations for all mods. private void ReloadTranslations() { this.ReloadTranslations(this.ModRegistry.GetAll()); } /// Reload translations for the given mods. /// The mods for which to reload translations. private void ReloadTranslations(IEnumerable mods) { // core SMAPI translations { var translations = this.ReadTranslationFiles(Path.Combine(Constants.InternalFilesPath, "i18n"), out IList errors); if (errors.Any() || !translations.Any()) { this.Monitor.Log("SMAPI couldn't load some core translations. You may need to reinstall SMAPI.", LogLevel.Warn); foreach (string error in errors) this.Monitor.Log($" - {error}", LogLevel.Warn); } this.Translator.SetTranslations(translations); } // mod translations foreach (IModMetadata metadata in mods) { var translations = this.ReadTranslationFiles(Path.Combine(metadata.DirectoryPath, "i18n"), out IList errors); if (errors.Any()) { metadata.LogAsMod("Mod couldn't load some translation files:", LogLevel.Warn); foreach (string error in errors) metadata.LogAsMod($" - {error}", LogLevel.Warn); } metadata.Translations.SetTranslations(translations); } } /// Read translations from a directory containing JSON translation files. /// The folder path to search. /// The errors indicating why translation files couldn't be parsed, indexed by translation filename. private IDictionary> ReadTranslationFiles(string folderPath, out IList errors) { JsonHelper jsonHelper = this.Toolkit.JsonHelper; // read translation files var translations = new Dictionary>(); errors = new List(); DirectoryInfo translationsDir = new DirectoryInfo(folderPath); if (translationsDir.Exists) { foreach (FileInfo file in translationsDir.EnumerateFiles("*.json")) { string locale = Path.GetFileNameWithoutExtension(file.Name.ToLower().Trim()); try { if (!jsonHelper.ReadJsonFileIfExists(file.FullName, out IDictionary data)) { errors.Add($"{file.Name} file couldn't be read"); // should never happen, since we're iterating files that exist continue; } translations[locale] = data; } catch (Exception ex) { errors.Add($"{file.Name} file couldn't be parsed: {ex.GetLogSummary()}"); } } } // validate translations foreach (string locale in translations.Keys.ToArray()) { // handle duplicates HashSet keys = new HashSet(StringComparer.OrdinalIgnoreCase); HashSet duplicateKeys = new HashSet(StringComparer.OrdinalIgnoreCase); foreach (string key in translations[locale].Keys.ToArray()) { if (!keys.Add(key)) { duplicateKeys.Add(key); translations[locale].Remove(key); } } if (duplicateKeys.Any()) errors.Add($"{locale}.json has duplicate translation keys: [{string.Join(", ", duplicateKeys)}]. Keys are case-insensitive."); } return translations; } /// Get the map display device which applies SMAPI features like tile rotation to loaded maps. /// This is separate to let mods like PyTK wrap it with their own functionality. private IDisplayDevice GetMapDisplayDevice() { return new SDisplayDevice(Game1.content, Game1.game1.GraphicsDevice); } /// Get the absolute path to the next available log file. private string GetLogPath() { // default path { FileInfo defaultFile = new FileInfo(Path.Combine(Constants.LogDir, $"{Constants.LogFilename}.{Constants.LogExtension}")); if (!defaultFile.Exists) return defaultFile.FullName; } // get first disambiguated path for (int i = 2; i < int.MaxValue; i++) { FileInfo file = new FileInfo(Path.Combine(Constants.LogDir, $"{Constants.LogFilename}.player-{i}.{Constants.LogExtension}")); if (!file.Exists) return file.FullName; } // should never happen throw new InvalidOperationException("Could not find an available log path."); } /// Delete normal (non-crash) log files created by SMAPI. private void PurgeNormalLogs() { DirectoryInfo logsDir = new DirectoryInfo(Constants.LogDir); if (!logsDir.Exists) return; foreach (FileInfo logFile in logsDir.EnumerateFiles()) { // skip non-SMAPI file if (!logFile.Name.StartsWith(Constants.LogNamePrefix, StringComparison.OrdinalIgnoreCase)) continue; // skip crash log if (logFile.FullName == Constants.FatalCrashLog) continue; // delete file try { FileUtilities.ForceDelete(logFile); } catch (IOException) { // ignore file if it's in use } } } /// Immediately exit the game without saving. This should only be invoked when an irrecoverable fatal error happens that risks save corruption or game-breaking bugs. /// The fatal log message. private void ExitGameImmediately(string message) { this.Monitor.LogFatal(message); this.CancellationToken.Cancel(); } /// Get the screen ID that should be logged to distinguish between players in split-screen mode, if any. private int? GetScreenIdForLog() { if (Context.ScreenId != 0 || (Context.IsWorldReady && Context.IsSplitScreen)) return Context.ScreenId; return null; } } }