public Bitmap Process(Matrix matrix, InterpreterOptions options) { int height = (int)(matrix.Height * options.Scale); int width = (int)(matrix.Width * options.Scale); // Set up the pen Pen = new Pen(options.Foreground) { Width = (float)options.Scale, Brush = new SolidBrush(options.Background) }; var bitmap = new Bitmap(height, width); var g = Graphics.FromImage(bitmap); var matrixReader = new MatrixReader(matrix); while (matrixReader.MoveNext()) { if (matrixReader.PeekCharacter() == matrixReader.NextSequentialCharacter) { DrawPolygon(matrix, g, matrixReader.CurrentChar); } else { DrawShape(matrix, g, matrixReader.CurrentChar); } } g.Flush(); return(bitmap); }
/// <summary> /// Creates a new Interpreter using the specified options. /// </summary> /// <param name="options"></param> public Interpreter(InterpreterOptions options) { var caseInsensitive = options.HasFlag(InterpreterOptions.CaseInsensitive); var lateBindObject = options.HasFlag(InterpreterOptions.LateBindObject); _settings = new ParserSettings(caseInsensitive, lateBindObject); if ((options & InterpreterOptions.SystemKeywords) == InterpreterOptions.SystemKeywords) { SetIdentifiers(LanguageConstants.Literals); } if ((options & InterpreterOptions.PrimitiveTypes) == InterpreterOptions.PrimitiveTypes) { Reference(LanguageConstants.PrimitiveTypes); Reference(LanguageConstants.CSharpPrimitiveTypes); } if ((options & InterpreterOptions.CommonTypes) == InterpreterOptions.CommonTypes) { Reference(LanguageConstants.CommonTypes); } if ((options & InterpreterOptions.LambdaExpressions) == InterpreterOptions.LambdaExpressions) { _settings.LambdaExpressions = true; } _visitors.Add(new DisableReflectionVisitor()); }
/// <summary> /// Creates a new Interpreter using the specified options. /// </summary> /// <param name="options"></param> public Interpreter(InterpreterOptions options) { var caseInsensitive = options.HasFlag(InterpreterOptions.CaseInsensitive); var allowSingleQuotedStrings = options.HasFlag(InterpreterOptions.AllowSingleQuotedStrings); _settings = new ParserSettings(caseInsensitive, allowSingleQuotedStrings); if ((options & InterpreterOptions.SystemKeywords) == InterpreterOptions.SystemKeywords) { SetIdentifiers(LanguageConstants.Literals); } if ((options & InterpreterOptions.PrimitiveTypes) == InterpreterOptions.PrimitiveTypes) { Reference(LanguageConstants.PrimitiveTypes); Reference(LanguageConstants.CSharpPrimitiveTypes); } if ((options & InterpreterOptions.CommonTypes) == InterpreterOptions.CommonTypes) { Reference(LanguageConstants.CommonTypes); } _visitors.Add(new DisableReflectionVisitor()); }
/// <summary> /// Create Deepspeech interpreter /// </summary> void InitSTTInference() { _options = new InterpreterOptions() { threads = 4 }; _deepspeechInterpreter = new Interpreter(FileUtil.LoadFile(deepspeechFilepath), _options); }
internal void AddInterpreterOptions(string id, InterpreterOptions options, bool addInteractive = false) { _interpreterOptions[id] = options; if (addInteractive) { _interactiveOptions[id] = options.InteractiveOptions; } RaiseEnvironmentsChanged(); }
internal void AddInterpreterOptions(IPythonInterpreterFactory interpreterFactory, InterpreterOptions options, bool addInteractive = false) { _interpreterOptions[interpreterFactory] = options; if (addInteractive) { _interactiveOptions[interpreterFactory] = options.InteractiveOptions; } RaiseEnvironmentsChanged(); }
/// <summary> /// Create Fastspeech and Melgan interpreters /// </summary> void InitTTSInference() { _options = new InterpreterOptions() { threads = 4 }; _fastspeechInterpreter = new Interpreter(FileUtil.LoadFile(fastspeechFilepath), _options); _melganInterpreter = new Interpreter(FileUtil.LoadFile(melganFilepath), _options); }
void InitTTSInference() { print($"TFLite Version: {Interpreter.GetVersion()}"); // initialize tflite fastspeech and melgan Interpreter _options = new InterpreterOptions() { threads = 8 }; _fastspeechInterpreter = new Interpreter(FileUtil.LoadFile(fastspeechFilepath), _options); _melganInterpreter = new Interpreter(FileUtil.LoadFile(melganFilepath), _options); }
public void Can_compare_enum_parameters() { var target = new Interpreter(); InterpreterOptions x = InterpreterOptions.CaseInsensitive; InterpreterOptions y = InterpreterOptions.CaseInsensitive; Assert.AreEqual(x == y, target.Eval("x == y", new Parameter("x", x), new Parameter("y", y))); y = InterpreterOptions.CommonTypes; Assert.AreEqual(x != y, target.Eval("x != y", new Parameter("x", x), new Parameter("y", y))); }
internal InterpreterOptions GetInterpreterOptions(string id) { InterpreterOptions options; if (!_interpreterOptions.TryGetValue(id, out options)) { _interpreterOptions[id] = options = new InterpreterOptions(this, _interpreterRegistry.FindConfiguration(id)); options.Load(); RaiseEnvironmentsChanged(); } return(options); }
internal void SaveInterpreterOptions() { _interpreterRegistry.BeginSuppressInterpretersChangedEvent(); try { _interpreterOptionsService.DefaultInterpreterId = GlobalInterpreterOptions.DefaultInterpreter; // Remove any items foreach (var option in InterpreterOptions.Select(kv => kv.Value).Where(o => o.Removed).ToList()) { _interpreterOptionsService.RemoveConfigurableInterpreter(option._config.Id); RemoveInterpreterOptions(option._config.Id); } // Add or update any items that weren't removed foreach (var option in InterpreterOptions.Select(x => x.Value)) { if (option.Added) { if (String.IsNullOrWhiteSpace(option.Id)) { option.Id = Guid.NewGuid().ToString(); } option.Added = false; } if (option.IsConfigurable) { // save configurable interpreter options var actualFactory = _interpreterOptionsService.AddConfigurableInterpreter( option.Description, new InterpreterConfiguration( option.Id, option.Description, !String.IsNullOrWhiteSpace(option.InterpreterPath) ? PathUtils.GetParent(option.InterpreterPath) : "", option.InterpreterPath ?? "", option.WindowsInterpreterPath ?? "", option.PathEnvironmentVariable ?? "", InterpreterArchitecture.TryParse(option.Architecture), Version.Parse(option.Version) ?? new Version(2, 7) ) ); } } foreach (var factory in InterpreterOptions.Where(x => x.Value.Id.StartsWith("Placeholder;")).ToArray()) { RemoveInterpreterOptions(factory.Value.Id); } } finally { _interpreterRegistry.EndSuppressInterpretersChangedEvent(); } }
internal InterpreterOptions GetInterpreterOptions(IPythonInterpreterFactory interpreterFactory) { InterpreterOptions options; if (!_interpreterOptions.TryGetValue(interpreterFactory, out options)) { var path = GetInteractivePath(interpreterFactory); _interpreterOptions[interpreterFactory] = options = new InterpreterOptions(this, interpreterFactory); options.Load(); RaiseEnvironmentsChanged(); } return(options); }
public void Init() { var channel = Channel.CreateUnbounded <IEvent>(); channel.Writer.Complete(); _eventChannel = channel.Reader; _logger = new Mock <ILogger>(); _options = new InterpreterOptions { DataModelHandlerFactories = ImmutableArray.Create(EcmaScriptDataModelHandler.Factory), Logger = _logger.Object }; _logger.Setup(e => e.ExecuteLog(It.IsAny <ILoggerContext>(), LogLevel.Info, "MyName", It.IsAny <DataModelValue>(), default, It.IsAny <CancellationToken>()))
void Start() { var options = new InterpreterOptions() { threads = 2, useNNAPI = false, }; interpreter = new Interpreter(FileUtil.LoadFile(fileName), options); interpreter.ResizeInputTensor(0, new int[] { 1, 28, 28, 1 }); interpreter.AllocateTensors(); inputBuffer = new ComputeBuffer(28 * 28, sizeof(float)); }
void PrepareBindingOn() { bool isMetal = IsMetal; gpuDelegate = CreateGpuDelegate(true); var options = new InterpreterOptions(); // [Metal] must be called ModifyGraphWithDelegate at beginning if (isMetal) { options.AddGpuDelegate(gpuDelegate); } interpreter = new Interpreter(FileUtil.LoadFile(fileName), options); var inputShape0 = interpreter.GetInputTensorInfo(0).shape; int height = inputShape0[1]; int width = inputShape0[2]; // int channels = inputShape0[3]; // On iOS GPU, input must be 4 channels, regardless of what model expects. int gpuInputChannels = isMetal ? 4 : 3; int gpuOutputChannels = isMetal ? 4 : 2; inputBuffer = new ComputeBuffer(height * width * gpuInputChannels, sizeof(float)); inputs = new float[height, width, gpuInputChannels]; if (!gpuDelegate.BindBufferToInputTensor(interpreter, 0, inputBuffer)) { Debug.LogError("input is not binded"); } outputBuffer = new ComputeBuffer(height * width * gpuOutputChannels, sizeof(float)); interpreter.SetAllowBufferHandleOutput(true); if (!gpuDelegate.BindBufferToOutputTensor(interpreter, 0, outputBuffer)) { Debug.LogError("output is not binded"); } // [OpenGLGLES] must be called ModifyGraphWithDelegate at last if (IsOpenGLES3) { if (interpreter.ModifyGraphWithDelegate(gpuDelegate) != Interpreter.Status.Ok) { Debug.LogError("Failed to modify the graph with delegate"); } } }
void Start() { var options = new InterpreterOptions() { threads = 4, useNNAPI = false, }; interpreter = new Interpreter(FileUtil.LoadFile(fileName), options); interpreter.ResizeInputTensor(0, new int[] { 1, 512, 512, 3 }); interpreter.AllocateTensors(); inputBuffer = new ComputeBuffer(512 * 512 * 3, sizeof(float)); Slider = GameObject.Find("Slider"); }
void PrepareBindingOff() { var options = new InterpreterOptions(); options.AddGpuDelegate(); interpreter = new Interpreter(FileUtil.LoadFile(fileName), options); var inputShape0 = interpreter.GetInputTensorInfo(0).shape; int height = inputShape0[1]; int width = inputShape0[2]; int channels = inputShape0[3]; inputs = new float[height, width, channels]; outputs = new float[height, width, 2]; outputBuffer = new ComputeBuffer(height * width * 2, sizeof(float)); }
internal void LoadInterpreterOptions() { BeginSuppressRaiseEnvironmentsChanged(); try { var placeholders = InterpreterOptions.Where(kv => kv.Key.StartsWith("Placeholder;")).ToArray(); ClearInterpreterOptions(); foreach (var interpreter in _interpreterRegistry.Configurations) { GetInterpreterOptions(interpreter.Id); } foreach (var kv in placeholders) { AddInterpreterOptions(kv.Key, kv.Value); } } finally { EndSuppressRaiseEnvironmentsChanged(); } }
internal void LoadInterpreterOptions() { BeginSuppressRaiseEnvironmentsChanged(); try { var placeholders = InterpreterOptions.Where(kv => kv.Key is InterpreterPlaceholder).ToArray(); ClearInterpreterOptions(); foreach (var interpreter in _interpreterOptionsService.Interpreters) { GetInterpreterOptions(interpreter); } foreach (var kv in placeholders) { AddInterpreterOptions(kv.Key, kv.Value); } } finally { EndSuppressRaiseEnvironmentsChanged(); } }
private static int RunInterpreter(InterpreterOptions options) { bool isRestarting = false; string inputFileName = options.InputFileName; var interpreter = new Simulator.CommandInterpreter(); do { var consoleSim = new Simulator.ConsoleSimulation(inputFileName, interpreter); consoleSim.RunSimulator(); isRestarting = consoleSim.IsSimulatorRestarting; if (isRestarting) { inputFileName = consoleSim.AsmFileToLoadOnRestart; } }while (isRestarting); return(0); }
/// <summary> /// Runs the assembler with the provided set of arguments. /// </summary> /// <param name="options">The options provided by the user.</param> private static int RunAssembler(AssemblerOptions options) { ILogger logger = null; string logFileName = options.LogFile; if (!string.IsNullOrEmpty(logFileName) && !string.IsNullOrWhiteSpace(logFileName)) { logger = new HybridLogger(logFileName.Trim()); } else { logger = new ConsoleLogger(); } RiscVAssembler assembler = new RiscVAssembler(); try { assembler.Assemble(options, logger); if (options.RunAfterAssembly) { string inputFile = options.InputFileNames.ElementAt(0); // get the file name with no extension, in case we want intermediate files, // or for our output. string fileNameNoExtension = inputFile; if (inputFile.Contains(".")) { fileNameNoExtension = inputFile.Substring(0, inputFile.LastIndexOf('.')); } //TODO: this will def need to change if we implement more filetypes. string outputFile = fileNameNoExtension + ".jef"; var runtimeOps = new InterpreterOptions(outputFile); RunInterpreter(runtimeOps); } } catch (Exception) { } return(0); }
/// <summary> /// Combines all lines into a single string. /// </summary> public string Combine(InterpreterOptions opts = null) { var validLines = Lines.Where(line => !line.MarkedForDeletion).ToList(); //clean trailing lines at the beggining and end foreach (var line in validLines.TakeWhile(l => l.IsJustSpaces)) { line.MarkedForDeletion = true; } foreach (var line in ((IList <Line>)validLines).Reverse().TakeWhile(l => l.IsJustSpaces)) { line.MarkedForDeletion = true; } //delete again validLines = Lines.Where(line => !line.MarkedForDeletion).ToList(); //handle ClearLoneBlockmarkers if (opts != null && opts.ClearLoneBlockmarkers) { validLines.RemoveAll(l => l.Content.Trim('\n', '\r', '\t', ' ', '\0') == "%"); } //handle UnespacePrecentages if (opts != null && opts.UnespacePrecentages) { foreach (var validLine in validLines) { if (validLine.Content.Contains("\\%")) { validLine.Replace(validLine.Content.Replace("\\%", "%")); } } } //todo this might fail, we might need to add \n at the end of each validLine var compiled = string.Join("", validLines.Select(l => l.Content)); return(compiled.Trim('\n', '\r') + Environment.NewLine); }
public Interpreter(InterpreterOptions options) { var caseInsensitive = options.HasFlag(InterpreterOptions.CaseInsensitive); _settings = new ParserSettings(caseInsensitive); if ((options & InterpreterOptions.SystemKeywords) == InterpreterOptions.SystemKeywords) { FillSystemKeywords(); } if ((options & InterpreterOptions.PrimitiveTypes) == InterpreterOptions.PrimitiveTypes) { FillPrimitiveTypes(); } if ((options & InterpreterOptions.CommonTypes) == InterpreterOptions.CommonTypes) { FillCommonTypes(); } }
/// <summary> /// Create a new Interpreter using the specified options. /// </summary> /// <param name="options"></param> public Interpreter(InterpreterOptions options) { var caseInsensitive = options.HasFlag(InterpreterOptions.CaseInsensitive); _settings = new ParserSettings(caseInsensitive); if ((options & InterpreterOptions.SystemKeywords) == InterpreterOptions.SystemKeywords) { SetIdentifiers(LanguageConstants.Literals); } if ((options & InterpreterOptions.PrimitiveTypes) == InterpreterOptions.PrimitiveTypes) { Reference(LanguageConstants.PrimitiveTypes); Reference(LanguageConstants.CSharpPrimitiveTypes); } if ((options & InterpreterOptions.CommonTypes) == InterpreterOptions.CommonTypes) { Reference(LanguageConstants.CommonTypes); } }
public static ParsedCode Parse(string code, Dictionary <string, object> variables = null, InterpreterOptions opts = null) { code = code.Replace("\r", ""); //todo this might cause throws in osx. StringSpan output_sb; var output = new LineBuilder(output_sb = StringSpan.Create(code)); variables = variables ?? new Dictionary <string, object>(); opts = opts ?? new InterpreterOptions(); // Define the context of our expression var ew = new ExpressionWalker(ExpressionLexer.Tokenize(code).Where(t => t.Token != ExpressionToken.UnixNewLine).ToList()); //if no tokens detected if (ew.Count == 0) { return(new ParsedCode() { OriginalCode = code, Output = output, Variables = variables, Options = opts, ParseActions = new OList <ParserAction>(0) }); } var parserTokens = new OList <ParserAction>(); do { var current = ew.Current; switch (ew.Current.Token) { case ExpressionToken.Mod: { //copypastes.Add(sb.Substring(from, ew.Current.Match.Index + ew.Current.Match.Length - 1)); current = ew.NextToken(); if (current == null) { break; } switch (current.Token) { case ExpressionToken.Template: { //this is import %import namespace.type as aliasnmae var template = TemplateExpression.Parse(ew); parserTokens += new ParserAction(ParserToken.Template, output.MarkDeleteLinesRelated(template.Matches()), template); break; } case ExpressionToken.Import: { //this is import %import namespace.type as aliasnmae var import = ImportExpression.Parse(ew); parserTokens += new ParserAction(ParserToken.Import, output.MarkDeleteLinesRelated(import.Matches()), import); break; } case ExpressionToken.Literal: { //this is variable declaration %varname = expr var peak = ew.PeakNext.Token; if (peak == ExpressionToken.Equal) { var expr = VariableDeclarationExpression.Parse(ew); parserTokens += new ParserAction(ParserToken.Declaration, output.MarkDeleteLinesRelated(expr.Matches()), expr); } else { break; } break; } case ExpressionToken.LeftParen: { //it is an expression block %(expr) ew.NextOrThrow(); var expr = Expression.ParseExpression(ew); parserTokens += new ParserAction(ParserToken.Expression, output.MarkDeleteLinesRelated(expr.Matches()), expr); ew.IsCurrentOrThrow(ExpressionToken.RightParen); ew.Next(); break; } case ExpressionToken.Foreach: { parserTokens += ForeachExpression.Parse(ew, code, output); break; } case ExpressionToken.CommentRow: //skip untill we hit newline ew.SkipForwardWhile(t => t.Token != ExpressionToken.NewLine); //todo test break; default: { var precentageLine = output.GetLineAt(ew.PeakBack.Match.Index); if (precentageLine.CleanContent() != "%") { throw new UnexpectedTokenException(current.Token, $"The given token was not expected at line {precentageLine.LineNumber}, offset: {current.Match.Index - precentageLine.StartIndex}"); } break; } } break; } default: break; } } while (ew.Next()); return(new ParsedCode() { OriginalCode = code, Output = output, Variables = variables, ETokens = (List <TokenMatch>)ew.Walking, ParseActions = parserTokens, Options = opts }); }
internal bool TryGetInterpreterOptions(IPythonInterpreterFactory factory, out InterpreterOptions options) { return(_interpreterOptions.TryGetValue(factory, out options)); }
public static int MainCore(Dictionary <string, List <string> > args, out InterpreterState result) { bool Cont(string arg) => args.ContainsKey(arg); List <string> Get(string arg) => Cont(arg) ? args[arg] : new List <string>(); string GetF(string arg, string def = "") => Get(arg).FirstOrDefault() ?? def; result = null; if (Cont("help") || Cont("?")) { PrintUsage(); return(0); } else if (Cont("list-languages")) { PrintLanguages(); return(0); } else if (Cont("version")) { PrintVersion(); return(0); } if (Cont("quiet")) { @out = Console.Out; Console.SetOut(new StreamWriter(ms)); } string stgpath = GetF("settings", InterpreterSettings.DefaultSettingsPath); InterpreterSettings settings; Language lang; if ((settings = InterpreterSettings.FromFile(stgpath)) is null) { $"The settings file '{stgpath}' could not be found or parsed - the default settings will be used.".Warn(); stgpath = InterpreterSettings.DefaultSettingsPath; } if ((settings = InterpreterSettings.FromFile(stgpath)) is null || GetF("reset-settings", null) != null) { settings = InterpreterSettings.DefaultSettings; } string lcode = GetF("lang", settings.LanguageCode ?? "").ToLower().Trim(); if (Language.LanugageCodes.Contains(lcode)) { lang = Language.FromLanguageCode(lcode); } else { $"The language code '{lcode}' is not associated with any known language. The language code 'en' will be used instead.".Warn(); lang = Language.FromLanguageCode("en"); } if (!Cont("lang")) { settings.LanguageCode = lang.Code; } settings.ToFile(stgpath); if (!Cont("keep-temp") && Cont("debug") && Cont("run")) { args["keep-temp"] = new List <string>(); } Interpreter intp; InterpreterOptions opt = new InterpreterOptions(settings) { Language = lang, RawArguments = args, UseVerboseOutput = Cont("verbose"), IncludeDebugSymbols = Cont("debug"), VisualOutputPath = GetF("visual", null), UseMSBuildErrorOutput = Cont("msbuild-error-format"), DeleteTempFilesAfterSuccess = !Cont("keep-temp"), GenerateCodeEvenWithErrors = Cont("generate-always"), KeyPairPath = GetF("key-pair", null), AllowUnsafeCode = Cont("unsafe"), RawCommandLine = Environment.CommandLine, TargetDirectory = GetF("output", null), CleanTargetFolder = Cont("clean-output"), TreatWarningsAsErrors = Cont("warnings-as-errors"), UseJITWarmup = Cont("warm-up"), }; if (Cont("target-system")) { try { opt.Compatibility = (Compatibility)Enum.Parse(typeof(Compatibility), GetF("target-system").ToLower(), true); } catch { lang["invalid_targetsys", GetF("target-system")].Error(); return(-1); } } if (Cont("architecture")) { try { opt.TargetArchitecture = (Architecture)Enum.Parse(typeof(Architecture), GetF("architecture").ToLower(), true); } catch { lang["invalid_architecture", GetF("target-system")].Error(); return(-1); } } List <Assembly> deps = new List <Assembly>(); foreach (string dep in Get("dependencies")) { try { deps.Add(Assembly.LoadFrom(new FileResolver(lang, dep).Resolve().FullName)); } catch { lang["errors.preproc.dependency_invalid", dep].Error(); } } opt.Dependencies.AddRange(deps); try { intp = new Interpreter(GetF("input"), opt); } catch { if (GetF("input", null) is string s) { lang["errors.general.inputfile_nfound", s].Error(); } else { lang["errors.general.no_input"].Error(); } return(-1); } result = intp.Interpret(); if (result.Result > DebugPrintUtil.FinalResult.OK_Warnings) { return(result.Errors.Count(x => x.Type == ErrorType.Fatal)); } else if (Cont("run")) { Console.WriteLine(); DebugPrintUtil.PrintSeperator(lang["cli.sep.exec_result"]); Console.WriteLine(); return(ApplicationGenerator.RunApplication(result.OutputFile, Cont("debug"))); } else { return(0); } }
internal void SaveInterpreterOptions() { _interpreterOptionsService.BeginSuppressInterpretersChangedEvent(); try { var configurable = _interpreterOptionsService.KnownProviders.OfType <ConfigurablePythonInterpreterFactoryProvider>().FirstOrDefault(); Debug.Assert(configurable != null); if (configurable != null) { // Remove any items foreach (var option in InterpreterOptions.Select(kv => kv.Value).Where(o => o.Removed).ToList()) { configurable.RemoveInterpreter(option.Id); RemoveInteractiveOptions(option.Factory); RemoveInterpreterOptions(option.Factory); } // Add or update any items that weren't removed foreach (var option in InterpreterOptions.Select(x => x.Value)) { if (option.Added) { if (option.Id == Guid.Empty) { option.Id = Guid.NewGuid(); } option.Added = false; } if (option.IsConfigurable) { // save configurable interpreter options var actualFactory = configurable.SetOptions( new InterpreterFactoryCreationOptions { Id = option.Id, InterpreterPath = option.InterpreterPath ?? "", WindowInterpreterPath = option.WindowsInterpreterPath ?? "", LibraryPath = option.LibraryPath ?? "", PathEnvironmentVariableName = option.PathEnvironmentVariable ?? "", ArchitectureString = option.Architecture ?? "x86", LanguageVersionString = option.Version ?? "2.7", Description = option.Display, } ); if (option.InteractiveOptions != null) { option.InteractiveOptions._id = GetInteractivePath(actualFactory); option.InteractiveOptions.Save(actualFactory); } } } } foreach (var factory in InterpreterOptions.Select(x => x.Key).OfType <InterpreterPlaceholder>().ToArray()) { RemoveInterpreterOptions(factory); } } finally { _interpreterOptionsService.EndSuppressInterpretersChangedEvent(); } }
internal void AddInterpreterOptions(string id, InterpreterOptions options) { _interpreterOptions[id] = options; RaiseEnvironmentsChanged(); }
internal bool TryGetInterpreterOptions(string id, out InterpreterOptions options) { return(_interpreterOptions.TryGetValue(id, out options)); }