public PreprocessingInputStream(TextReader reader, IPreprocessor preprocessor) { this.preprocessor = preprocessor; this.positions = new Stack <PreprocessingInputStream.PrimitiveStream> (); this.unreadLines = new LinkedArrayList <string> (); this.positions.Push(new PreprocessingInputStream.PrimitiveStream(reader)); }
public void TestGetIPreprocessor() { IPreprocessor preprocessor = _factory.GetIPreprocessor(); Assert.IsNotNull(preprocessor); Assert.IsInstanceOfType(preprocessor, typeof(Preprocessor)); }
public static void Preprocess(string originalFile, string outputFile, string game, ILog messageLog) { EACodeLanguage eaCodeLanguage = Program.Languages [game]; using (IPreprocessor preprocessor = (IPreprocessor) new Preprocessor(messageLog)) { preprocessor.AddReserved(eaCodeLanguage.GetCodeNames()); preprocessor.AddDefined(new string[] { "_" + game + "_", "_EA_" }); using (StreamReader streamReader = File.OpenText(originalFile)) { using (IInputStream inputStream = (IInputStream) new PreprocessingInputStream((TextReader)streamReader, preprocessor)) { StringWriter stringWriter = new StringWriter(); while (true) { string str = inputStream.ReadLine(); if (str != null) { stringWriter.WriteLine(str); } else { break; } } messageLog.AddMessage("Processed code:\n" + stringWriter.ToString() + "\nEnd processed code"); } } } }
public SinkGateway( IServiceProvider <TEntity> serviceProvider, IPreprocessor <TEntity> preprocessor) { this.serviceProvider = serviceProvider; this.preprocessor = preprocessor; }
private IEnumerable <IPreprocessor> GetDependentInstances(IPreprocessor target, IList <IPreprocessor> list) { var targetDeps = target.GetDependencies(); return(list.Where(p => targetDeps .Any(d => p.GetType().Equals(d)))); }
public PreprocessingInputStream(TextReader reader, IPreprocessor preprocessor) { this.preprocessor = preprocessor; this.positions = new Stack<PrimitiveStream>(); this.unreadLines = new LinkedArrayList<string>(); PrimitiveStream newData = new PrimitiveStream(reader); positions.Push(newData); }
public SeriesVariable(double[] x, double[] y, string variableName = null, IPreprocessor preprocessor = null, double weight = 1) { _x = x; _y = y; _variableName = variableName; _preprocessor = preprocessor; _weight = weight; }
public SeriesVariable(double[] x, double[] y, string variableName = null, IPreprocessor preprocessor = null, double weight = 1) { _x = x; _y = y; _variableName = variableName; _preprocessor = preprocessor; _weight = weight; }
protected ContentFactory( IPreprocessor preprocessor, string id, string configuration ) { this.Preprocessor = preprocessor; this._id = id; this._configuration = configuration; }
protected ContentFactory( IPreprocessor preprocessor, string id, string configuration ) { this.Preprocessor = preprocessor; this._id = id; this._configuration = configuration; }
public DataGridContentFactory( IPreprocessor preprocessor, string id, string configuration ) : base( preprocessor, id, configuration ) { }
internal void AddPreprocessor(IPreprocessor instance) { if (Preprocessors.All(ipp => ipp.GetType() != instance.GetType())) { foreach (var extension in instance.Extensions) { AllowedExtensions.Add(extension); } Preprocessors.Add(instance); } }
internal void AddPreprocessor(IPreprocessor instance) { if(!Preprocessors.Any(ipp => ipp.GetType() == instance.GetType())) { foreach(var extension in instance.Extensions) { AllowedExtensions.Add(extension); } Preprocessors.Add(instance); } }
public GraphContentFactory( IPreprocessor preprocessor, string id, string configuration ) : base( preprocessor, id, configuration ) { }
private IPreprocessor GetNextInstance(IPreprocessor target, IList <IPreprocessor> list) { var deps = GetDependentInstances(target, list); foreach (var item in deps) { return(GetNextInstance(item, list)); } return(target); }
public void SetSettings(IFileReader reader, ICloudLayouter layouter, IPreprocessor preprocessor, IImageSaver saver, ICloudBuilder builder) { this.reader = reader; this.layouter = layouter; this.preprocessor = preprocessor; this.saver = saver; this.cloudBuilder = builder; }
public HtmlContentFactory( IPreprocessor preprocessor, string id, string configuration, string htmlPath ) : base( preprocessor, id, configuration ) { this._htmlPath = htmlPath; }
public HtmlContentFactory( IPreprocessor preprocessor, string id, string configuration, string htmlPath ) : base( preprocessor, id, configuration ) { this._htmlPath = htmlPath; }
public Middleware( IArenaLogic arenaLogic, IBotLogic botLogic, IPreprocessor preprocessor, IProcessor processor, IPostprocessor postprocessor) { _arenaLogic = arenaLogic; _botLogic = botLogic; _preprocessor = preprocessor; _processor = processor; _postprocessor = postprocessor; }
/// <summary> /// Mockable Constructor /// </summary> public ImageApi(IPreprocessor preprocessor, IDataStore store) { if (null == preprocessor) { throw new ArgumentException("preprocessor"); } if (null == store) { throw new ArgumentException("store"); } this.preprocessor = preprocessor; this.store = store; }
/// <summary> /// Mockable Constructor /// </summary> public ImageApi(IPreprocessor preprocessor, IDataStore store) { if (null == preprocessor) { throw new ArgumentException("preprocessor"); } if (null == store) { throw new ArgumentException("store"); } this.preprocessor = preprocessor; this.store = store; }
public PredictionController(IConfiguration configuration) { _inputPreprocessor = new InputPreprocessor(); _outputPreprocessor = new OutputPreprocessor(); // Initiate RabbitMQ connection _conn = new ConnectionFactory { UserName = configuration["RABBITMQ_USERNAME"] ?? "guest", Password = configuration["RABBITMQ_PASSWORD"] ?? "guest", VirtualHost = configuration["RABBITMQ_VIRTUALHOST"] ?? "/", HostName = configuration["RABBITMQ_HOSTNAME"] ?? "localhost", Port = int.TryParse(configuration["RABBITMQ_PORT"] ?? "5672", out var result) ? result : 5672 }.CreateConnection();
private void ValidatePreprocessor <T>(IPreprocessor instance) { if (Preprocessors.Any(p => p.GetType() == typeof(T))) { throw new InvalidOperationException(string.Format("Can't add multiple preprocessors of type: {0}", typeof(T).FullName)); } foreach (var extension in instance.Extensions) { if (Enumerable.Contains(AllExtensions, extension)) { throw new InvalidOperationException(string.Format("Can't add multiple preprocessors for extension: {0}", extension)); } } }
public bool RunProcessor(IPreprocessor processor, String inputFile, String outputFile) { var reader = new GCodeReader(inputFile); var writer = new GCodeWriter(outputFile); try { return(processor.ProcessGCode(reader, writer, getPrinterDetails(), getJobDetails())); } finally { reader.Close(); writer.Close(); } }
public TagCloudProgram( ITagCloudVisualization tagCloudVisualization, ITextParser parser, IFileReader fileReader, IPreprocessor wordsExcluder, IPreprocessor wordsStemer, Config config) { this.tagCloudVisualization = tagCloudVisualization; this.config = config; this.wordsExcluder = wordsExcluder; this.wordsStemer = wordsStemer; this.fileReader = fileReader; this.parser = parser; }
public TagsCloudController( IConfiguration configuration, IDataReader reader, IPreprocessor preprocessor, IWordsCounter wordsCounter, ITagsGenerator tagsGenerator, IVisualizer visualizer, IImageWriter imageWriter) { this.configuration = configuration; this.reader = reader; this.preprocessor = preprocessor; this.wordsCounter = wordsCounter; this.tagsGenerator = tagsGenerator; this.visualizer = visualizer; this.imageWriter = imageWriter; }
public Middleware( IArenaLogic arenaLogic, IBotLogic botLogic, IMessageLogic messageLogic, IPreprocessor preprocessor, IProcessor processor, IPostprocessor postprocessor, ILogger <Middleware> logger) { _arenaLogic = arenaLogic; _botLogic = botLogic; _messageLogic = messageLogic; _preprocessor = preprocessor; _processor = processor; _postprocessor = postprocessor; _logger = logger; }
public RDLContentFactory( IPreprocessor preprocessor, string id, string configuration, List<Tuple<TemplateNodeQueryInfo, Int64, DataTable>> dataTablesInfoResult ) : base( preprocessor, id, configuration ) { this._dataTablesInfoResult = dataTablesInfoResult; this._rdlReport = CreateRdlReport( configuration, dataTablesInfoResult ); }
public RDLContentFactory( IPreprocessor preprocessor, string id, string configuration, List <Tuple <TemplateNodeQueryInfo, Int64, DataTable> > dataTablesInfoResult ) : base( preprocessor, id, configuration ) { this._dataTablesInfoResult = dataTablesInfoResult; this._rdlReport = CreateRdlReport( configuration, dataTablesInfoResult ); }
public static ConfigParserResult Parse(string code, IPreprocessor preprocessor) { ConfigParserResult result = new ConfigParserResult(); List <string> lines = code.Replace("\r", "").Split(new[] { '\n' }, StringSplitOptions.None).ToList(); // Find all directives for (int c = 0; c < lines.Count; c++) { if (lines[c].StartsWith("#")) { int firstSpace = lines[c].IndexOf(' '); if (firstSpace != -1) { string directive = lines[c].Substring(1, firstSpace - 1); if (preprocessor.ContainsDirective(directive)) { result.DirectiveValues.Add(new DirectiveValue(c + 1, directive, lines[c].Substring(firstSpace + 1).Trim())); lines[c] = "//" + lines[c]; // Just comment out the directive so it still shows in exports } } } } // Get declarations int startLine = 1; int declarationLine = lines.FindIndex(x => { string trimmed = x.TrimEnd(); return(trimmed.Length > 0 && trimmed.All(y => y == '-')); }); if (declarationLine != -1) { List <string> declarationLines = lines.Take(declarationLine).ToList(); result.Declarations = $"#line {startLine}{Environment.NewLine}{string.Join(Environment.NewLine, declarationLines)}"; startLine += declarationLines.Count + 1; lines.RemoveRange(0, declarationLine + 1); } // Get body result.Body = $"#line {startLine}{Environment.NewLine}{string.Join(Environment.NewLine, lines)}"; return(result); }
internal void AddPreprocessor(IPreprocessor instance) { if (Preprocessors.All(ipp => ipp.GetType() != instance.GetType())) { foreach (var extension in instance.Extensions) { AllowedExtensions.Add(extension); } Preprocessors.Add(instance); } if (instance.IgnoreExtensions.NullSafeAny()) { foreach (var extension in instance.IgnoreExtensions) { AllowedExtensions.Add(extension); } Preprocessors.Add(new NullPreprocessor(instance.IgnoreExtensions)); } }
internal void AddPreprocessor(IPreprocessor instance) { if(Preprocessors.All(ipp => ipp.GetType() != instance.GetType())) { foreach(var extension in instance.Extensions) { AllowedExtensions.Add(extension); } Preprocessors.Add(instance); } if (instance.IgnoreExtensions.NullSafeAny()) { foreach (var extension in instance.IgnoreExtensions) { AllowedExtensions.Add(extension); } Preprocessors.Add(new NullPreprocessor(instance.IgnoreExtensions)); } }
public static List <string> Preprocess(IEnumerable <string> files, IPreprocessor preprocessor) { var result = new List <string>(); var tasks = new List <Task>(); foreach (var file in files) { if (preprocessor.IsMatch(file)) { string taskFile = file; tasks.Add(Task.Run(() => { preprocessor.Preprocess(result, taskFile); })); } else { result.Add(file); } } Task.WaitAll(tasks.ToArray()); return(result); }
public Processor( IContext context, IOperationExecutive operationExecutive, ISafeMetadataProvider <TEntity> safeMetadataProvider, IServiceProvider <TEntity> serviceProvider, IMappingRepository <TEntity> mappingRepository, IPreprocessor <TEntity> preprocessor, IDeduplicator <TEntity> deduplicator, IHashingSerializer <TEntity> hashingSerializer, IGateway <TEntity> gateway, IEventHub <TEntity> eventHub) { this.context = context; this.operationExecutive = operationExecutive; this.safeMetadataProvider = safeMetadataProvider; this.serviceProvider = serviceProvider; this.mappingRepository = mappingRepository; this.preprocessor = preprocessor; this.deduplicator = deduplicator; this.hashingSerializer = hashingSerializer; this.gateway = gateway; this.eventHub = eventHub; }
public Searcher(IPreprocessor preprocessor, MatcherFactory matcherFactory) { _preprocessor = preprocessor; _matcherFactory = matcherFactory; }
public DirectiveParser(IPreprocessor preprocessor) { _preprocessor = preprocessor; }
private void PreprocessElement(XmlDocument document, XmlElement element, ref List <PreprocessorAreaData> datas, PreprocessorAreaData parentArea = null) { List <XmlElement> nodes = element.ChildNodes.OfType <XmlElement>().ToList(); foreach (XmlElement subElement in nodes) { if (subElement == null) { continue; } switch (subElement.Name.ToLower()) { case "mssqlauditorpreprocessor": { string className = subElement.Attributes["preprocessor"].Value; XmlAttribute idAttr = subElement.Attributes["id"]; XmlAttribute nameAttr = subElement.Attributes["name"]; XmlAttribute columnAttr = subElement.Attributes["column"]; XmlAttribute rowAttr = subElement.Attributes["row"]; XmlAttribute colSpanAttr = subElement.Attributes["colspan"]; XmlAttribute rowSpanAttr = subElement.Attributes["rowspan"]; XmlAttribute vertTestAlign = subElement.Attributes["text-vertical-align"]; XmlAttribute textAlign = subElement.Attributes["text-align"]; string id = ""; string preprocName = "unnamed"; if (nameAttr != null) { preprocName = nameAttr.Value; } if (idAttr != null) { id = idAttr.Value; } int col = ParseIntAttribute(columnAttr, 1); int row = ParseIntAttribute(rowAttr, 1); int colSpan = ParseIntAttribute(colSpanAttr, 1); int rowSpan = ParseIntAttribute(rowSpanAttr, 1); VerticalTextAlign?preprocVertTestAlign = null; if (vertTestAlign != null) { VerticalTextAlign tempVertTestAlign; if (Enum.TryParse(vertTestAlign.Value, out tempVertTestAlign)) { preprocVertTestAlign = tempVertTestAlign; } } TextAlign preprocTestAlign = TextAlign.Left; if (textAlign != null) { if (!Enum.TryParse(textAlign.Value, out preprocTestAlign)) { preprocTestAlign = TextAlign.Left; } } IPreprocessor preprocessor = (from proc in this._availablePreprocessors where proc.GetType().Name == className select proc) .FirstOrDefault(); if (preprocessor != null) { string configuration = subElement.InnerXml; IContentFactory factory = preprocessor.CreateContentFactory(id, configuration); PreprocessorData data = new PreprocessorData { ContentFactory = factory, Name = preprocName, Column = col, Row = row, ColSpan = colSpan, RowSpan = rowSpan, VerticalTextAlign = preprocVertTestAlign, TextAlign = preprocTestAlign }; XmlElement newSubElement = document.CreateElement("div"); newSubElement.SetAttribute("style", "margin:0; padding:0;"); newSubElement.InnerXml = string.Empty; element.ReplaceChild(newSubElement, subElement); if (parentArea != null) { parentArea.Preprocessors.Add(data); } else { log.ErrorFormat( "Invalid configuration: <mssqlauditorpreprocessor> is not embedded in <mssqlauditorpreprocessors>. " + "Are you using old style configuration file?" + Environment.NewLine + "Silently ignoring '{0}' with id='{1}' and name='{2}'", className, id, preprocName ); throw new ArgumentOutOfRangeException( "document", "Invalid configuration: <mssqlauditorpreprocessor> is not embedded in <mssqlauditorpreprocessors>!" ); } continue; } break; } case "mssqlauditorpreprocessors": { XmlAttribute idAttr = subElement.Attributes["id"]; XmlAttribute nameAttr = subElement.Attributes["name"]; XmlAttribute rowsAttr = subElement.Attributes["rows"]; XmlAttribute columnsAttr = subElement.Attributes["columns"]; XmlAttribute splitterAttr = subElement.Attributes["splitter"]; string id = ""; string name = "unnamed"; string rows = ""; string columns = ""; string splitter = ""; if (nameAttr != null) { name = nameAttr.Value; } if (idAttr != null) { id = idAttr.Value; } if (columnsAttr != null) { columns = columnsAttr.Value; } if (rowsAttr != null) { rows = rowsAttr.Value; } if (splitterAttr != null) { splitter = splitterAttr.Value; } PreprocessorAreaData container = new PreprocessorAreaData(id, name, columns, rows); if (string.Equals(splitter, "no", StringComparison.InvariantCultureIgnoreCase)) { container.NoSplitter = true; } datas.Add(container); PreprocessElement(document, subElement, ref datas, container); container.CheckPreprocessors(); continue; } } PreprocessElement(document, subElement, ref datas); } }
private void DefineMacrosAccordingToGameSettings(IPreprocessor preprocessor) { preprocessor.DefineMacro("AGS_NEW_STRINGS", "1"); preprocessor.DefineMacro("AGS_SUPPORTS_IFVER", "1"); if (_game.Settings.DebugMode) { preprocessor.DefineMacro("DEBUG", "1"); } if (_game.Settings.EnforceObjectBasedScript) { preprocessor.DefineMacro("STRICT", "1"); } if (_game.Settings.LeftToRightPrecedence) { preprocessor.DefineMacro("LRPRECEDENCE", "1"); } if (_game.Settings.EnforceNewStrings) { preprocessor.DefineMacro("STRICT_STRINGS", "1"); } if (_game.Settings.EnforceNewAudio) { preprocessor.DefineMacro("STRICT_AUDIO", "1"); } if (!_game.Settings.UseOldCustomDialogOptionsAPI) { preprocessor.DefineMacro("NEW_DIALOGOPTS_API", "1"); } // Define Script API level macros foreach (ScriptAPIVersion v in Enum.GetValues(typeof(ScriptAPIVersion))) { if (v > _game.Settings.ScriptAPIVersion) break; preprocessor.DefineMacro(_scriptAPIVersionMacros[(int)v], "1"); } foreach (ScriptAPIVersion v in Enum.GetValues(typeof(ScriptAPIVersion))) { if (v < _game.Settings.ScriptCompatLevel) continue; preprocessor.DefineMacro(_scriptCompatLevelMacros[(int)v], "1"); } }
/// <summary> /// Mockable Constructor /// </summary> public ImageApi(string connectionString, IPreprocessor preprocessor, IStorageElements elements) : this(preprocessor, new DataStore(connectionString, elements)) { }
public Searcher(IPreprocessor preprocessor, MatcherFactory matcherFactory) { _preprocessor = preprocessor; _matcherFactory = matcherFactory; }
private void DefineMacrosAccordingToGameSettings(IPreprocessor preprocessor) { preprocessor.DefineMacro("AGS_NEW_STRINGS", "1"); preprocessor.DefineMacro("AGS_SUPPORTS_IFVER", "1"); if (_game.Settings.DebugMode) { preprocessor.DefineMacro("DEBUG", "1"); } if (_game.Settings.EnforceObjectBasedScript) { preprocessor.DefineMacro("STRICT", "1"); } if (_game.Settings.LeftToRightPrecedence) { preprocessor.DefineMacro("LRPRECEDENCE", "1"); } if (_game.Settings.EnforceNewStrings) { preprocessor.DefineMacro("STRICT_STRINGS", "1"); } if (_game.Settings.EnforceNewAudio) { preprocessor.DefineMacro("STRICT_AUDIO", "1"); } }
public LsfRunner(IEnvironment environment, ICommandFinder commandFinder, IFileSystem fileSystem, ICommandExecutor commandExecutor) { this.Interpreter = new Interpreter(environment, commandExecutor, commandFinder); this.Preprocessor = new Preprocessor(fileSystem); this.FileSystem = fileSystem; }
public DirectiveParser(IPreprocessor preprocessor) { _preprocessor = preprocessor; }
public T WithPreprocessor(IPreprocessor instance) { bundleState.AddPreprocessor(instance); return((T)this); }