/// <summary> /// Creates a property analyzer. /// </summary> /// <param name="analyzer">Sets the analyzer for indexing and searching.</param> public PropertyAnalyzer(IAnalyzer analyzer) { if (analyzer == null) throw new ArgumentNullException("analyzer", "PropertyAnalyzer expects an analyzer in this constructor."); Analyzer = analyzer; }
public void Test(BlackBoxTest integrationTest) { var latinParser = new Latin.WordParser(); var word = latinParser.Parse(integrationTest.Latin); var analyzers = new IAnalyzer[] { new MemoizeAnalyzer("classical_latin"), new Latin.SyllableAnalyzer(), new Latin.AccentAnalyzer(), }; foreach (var analyzer in analyzers) { analyzer.Analyze(word); } var rules = French2.Rules(); var sequencer = new LinearRuleSequencer(rules, new Dictionary <string, IAnalyzer>() { { "syllable", new Latin.SyllableAnalyzer() }, }); var derived = sequencer.Derive(ExecutionContext, word).Select(d => d.Derived).ToArray(); var expected = integrationTest.Outputs; Assert.Equal(expected.Length, derived.Length); for (int i = 0; i < expected.Length; i++) { TestBlackBoxSample(expected, derived, i); } }
public CertificateValidationDiagnosticSuite() { Analyzers = new IAnalyzer[] { Container.Resolve <CertificateValidationAnalyzer>() }.ToImmutableArray(); }
private static void Setup(string[] args) { _help = args.Any(x => (x == "/help") || (x == "/h")); _install = args.Any(x => x == "/install"); _waitKeyPressed = args.Any(x => (x == "/i") || (x == "/interactive")); _processor = new MSBuildLogProcessor(); _analyzer = new SimpleAnalyzer(); if (args.Contains("/csv")) { SetupCSVReporter(args); } else if (args.Contains("/tc")) { _reporter = new TeamCityReporter(); } else { _reporter = new SimpleReporter(); } _logFile = args.FirstOrDefault(File.Exists); if (args.Length == 0) { _help = _waitKeyPressed = true; } }
/// <summary> /// Reads and reflects the given VB Classic text file into a usable form. /// </summary> /// <param name="partitionedFile">An instance of <see cref="VbPartitionedFile"/> representing the VB Classic module to reflect.</param> /// <returns></returns> /// <exception cref="ArgumentNullException"><paramref name="partitionedFile"/> was null.</exception> /// <exception cref="InvalidOperationException">There was no analyzer considered fitting for the underlying file.</exception> public static IVbModule GetReflectedModule(VbPartitionedFile partitionedFile) { if (partitionedFile == null) { throw new ArgumentNullException("partitionedFile"); } if (Tokenizer == null) { throw new InvalidOperationException("No tokenizer defined for analyzing the file!"); } IReadOnlyList <IToken> tokens = Tokenizer.GetTokens(partitionedFile.GetMergedContent()); TokenStreamReader reader = new TokenStreamReader(tokens); IAnalyzer analyzer = null; if (!AnalyzerFactory.TryGetAnalyzerForFile(reader, out analyzer)) { // TODO: Dedicated exception for this. throw new InvalidOperationException("Could not analyze the given file!"); } reader.Rewind(); return(analyzer.Analyze(reader)); }
static void Main(string[] args) { userId = args[0]; password = args[1]; aimeId = int.Parse(args[2]); if (UPDATE_HISTORY) { GetMusicDataTable(); UpdateHistory(); } else { var historyCsvPath = "./playlog/history.csv"; if (File.Exists(historyCsvPath)) { history = ReadHistory(historyCsvPath); } var analyzers = new IAnalyzer[] { new DeductionAnalyzer(history), new Analyzer1(history), }; foreach (var analyzer in analyzers) { analyzer.Analyze(); analyzer.Dump(); } Console.WriteLine("解析完了"); } Console.ReadLine(); }
public AnalyzerPresenter(IAnalyzerView view, IMessageService service, IAnalyzer analyzer) { this.view = view; this.service = service; this.analyzer = analyzer; view.ApplyAnalyzeClick += View_ApplyAnalyzeClick; }
protected StreamUpsertOperation(string directory, IAnalyzer analyzer, Stream stream, Compression compression, string primaryKey) : base(directory, analyzer, compression, primaryKey) { var bs = new BufferedStream(stream); Reader = new StreamReader(bs, Encoding.UTF8); }
public CliLineDocUpsertOperation(string directory, IAnalyzer analyzer, Stream file, int skip, int take, Compression compression, string primaryKey) : base(directory, analyzer, file, compression, primaryKey) { _take = take; _skip = skip; _cursorPos = Console.CursorLeft; }
private void MetaMenuItem_Click(object sender, RoutedEventArgs e) { System.Windows.Controls.MenuItem tv = sender as System.Windows.Controls.MenuItem; FileViewModel fileTopic = tv.DataContext as FileViewModel; var results = new Dictionary <string, object>(); if (fileTopic.LogFile != null) { string tmpStr = string.Empty; { foreach (Type analyzerType in PluginFactory.FindAnalyzers(fileTopic.LogFile.GetType())) { IAnalyzer analyzer = PluginFactory.CreateAnalyzer(analyzerType); foreach (var result in analyzer.Analyze(fileTopic.LogFile)) { results.Add(result.Key, result.Value); } } } foreach (var item in results) { tmpStr += item.Key + ": " + item.Value.ToString() + Environment.NewLine; } MessageBox.Show(tmpStr, Properties.Resources.computedDataCaption); } }
public void ProcessFile(string fileName, IAnalyzer analyzer) { var sw = Stopwatch.StartNew(); StreamReader reader; if (!TryOpenFile(fileName, out reader)) return; using(reader) { PrintFileInfo(fileName, reader); ProgressNotifier progressNotifier = ProgressNotifier.Start("Reading and analyzing..", reader.BaseStream.Length - reader.BaseStream.Position); var chars = new char[4 * 1024]; int read; while((read = reader.Read(chars, 0, chars.Length)) > 0) { for(int i = 0; i < read; i++) { analyzer.TreatChar(chars[i]); } progressNotifier.ReportCompleted(reader.BaseStream.Position); } progressNotifier.Finish(); } var analysisResult = analyzer.Finish(); Console.Out.WriteLine("----"); Console.Out.WriteLine(analysisResult.ToHumanReadableText()); Console.Out.WriteLine("----"); Console.Out.WriteLine("Working time: " + sw.Elapsed); }
public void Setup() { this.productDataInterpreter = new Mock <IInterpreter <int> >(MockBehavior.Strict); this.queryInterpreter = new Mock <IInterpreter <string> >(MockBehavior.Strict); this.analyzer = new Analyzer(this.productDataInterpreter.Object, this.queryInterpreter.Object); }
public StaticAnalyzer(IStaticProvider provider, IAnalyzer embeddedAnalyzer, IDictionary <int, ISolverSubdomain> subdomains) { this.provider = provider; this.childAnalyzer = embeddedAnalyzer; this.subdomains = subdomains; this.childAnalyzer.ParentAnalyzer = this; }
public async Task <IActionResult> QueueAnalyzes( Guid mrRecordId, [FromBody] QueueAnalyzesRequest request, [FromServices] IAnalyzer analyzer) { var targetRecord = await dbContext.MrRecords.SingleOrDefaultAsync(r => r.Id == mrRecordId); if (targetRecord == null) { return(NotFound()); } var algs = await dbContext.MrAlgorithms.Where(a => request.Algorithms.Contains(a.Id)).ToListAsync(); if (algs.Count != request.Algorithms.Count) { return(NotFound()); } var analyzes = algs.Select(a => new MrAnalyze { MrAlgorithm = a, MrRecord = targetRecord, Status = MrAnalyzeStatus.InQueue }).ToList(); dbContext.AddRange(analyzes); await dbContext.SaveChangesAsync(); await Task.WhenAll(analyzes.Select(a => analyzer.Analyze(a))); return(Ok()); }
public Processor( IPreProcessor preProcessor, IAnalyzer analyzer) { this.preProcessor = preProcessor; this.analyzer = analyzer; }
public static IEnumerable <Invocation> GetInvocations(this IAnalyzer extractor, string text, string fileName = null) { using (var reader = new StringReader(text)) { return(extractor.GetInvocations(reader, fileName: fileName)); } }
internal InputAnalyzer(ObservableDictionary <string, string> parameters, IDevice device, IAnalyzer analyzer) { _parameters = parameters; _analyzer = analyzer; _analyzerWrapper = new AnalyzerWrapper(analyzer, parameters); _analyzerWrapper.Run(); _device = device; _input = device.GamingInput; if (_input is ISkeletonInput && analyzer is ISkeletonAnalyzer) { (_input as ISkeletonInput).SkeletonChanged += (_skeleton_handler = new EventHandler <SkeletonChangedEventArgs>(InputAnalyzer_SkeletonChanged)); } else if (_input is IAccelerometerInput && analyzer is IAccelerometerAnalyzer) { (_input as IAccelerometerInput).AccelerometerChanged += (_accelerometer_handler = new EventHandler <AccelerometerChangedEventArgs>(InputAnalyzer_AccelerometerChanged)); } else if (_input is IBalanceBoardInput && analyzer is IBalanceBoardAnalyzer) { (_input as IBalanceBoardInput).BalanceChanged += (_ballanceBoard_handler = new EventHandler <BalanceChangedEventArgs>(InputAnalyzer_BalanceChanged)); } else if (_input is IEmgSensorInput && analyzer is IEmgSignalAnalyzer) { (_input as IEmgSensorInput).MuscleActivationChanged += (_emg_handler = new EventHandler <MuscleActivationChangedEventArgs>(InputAnalyzer_MuscleActivationChanged)); } }
public PolynomialChaosAnalyzer(Model model, IAnalyzerProvider provider, IAnalyzer embeddedAnalyzer, IDictionary <int, ISolverSubdomain> subdomains, IPCCoefficientsProvider coefficientsProvider, int expansionOrder, int simulations, bool shouldFactorizeMatrices) { this.shouldFactorizeMatrices = shouldFactorizeMatrices; this.childAnalyzer = embeddedAnalyzer; this.provider = provider; this.model = model; this.subdomains = subdomains; this.expansionOrder = coefficientsProvider.ExpansionOrder; this.simulations = simulations; this.childAnalyzer.ParentAnalyzer = this; this.matrices = new Dictionary <int, IMatrix2D <double> > [coefficientsProvider.NoOfMatrices + 1]; this.randomNumbers = new double[simulations][]; this.coefficientsProvider = coefficientsProvider; NormalDistribution n = new NormalDistribution(); n.Mu = 0; n.Sigma = 1; string[] randoms = new string[simulations]; for (int i = 0; i < simulations; i++) { randomNumbers[i] = new double[expansionOrder]; for (int j = 0; j < expansionOrder; j++) { randomNumbers[i][j] = n.NextDouble(); } randoms[i] = randomNumbers[i][0].ToString(); } //File.WriteAllLines(String.Format(@"randoms.txt", expansionOrder), randoms); }
public IndexWriter(string directory, IAnalyzer analyzer) { _directory = directory; _analyzer = analyzer; _docFile = new DocumentFile(directory); _fieldFiles = new Dictionary <int, FieldFile>(); _fieldIndexFileName = Path.Combine(_directory, "fld.ix"); if (File.Exists(_fieldIndexFileName)) { using (var fs = File.OpenRead(_fieldIndexFileName)) { _fieldIndex = Serializer.Deserialize <Dictionary <string, int> >(fs); } } else { _fieldIndex = new Dictionary <string, int>(); } if (!Directory.Exists(directory)) { Directory.CreateDirectory(directory); } }
public FullTextIndex(StorageEnvironmentOptions options, IAnalyzer analyzer) { Analyzer = analyzer; Conventions = new IndexingConventions(); BufferPool = new BufferPool(); StorageEnvironment = new StorageEnvironment(options); using (var tx = StorageEnvironment.NewTransaction(TransactionFlags.ReadWrite)) { StorageEnvironment.CreateTree(tx, "@terms", keysPrefixing: true); StorageEnvironment.CreateTree(tx, "deletes", keysPrefixing: true); var docs = StorageEnvironment.CreateTree(tx, "docs", keysPrefixing: true); var metadata = StorageEnvironment.CreateTree(tx, "$metadata"); var idVal = metadata.Read("id"); if (idVal == null) { Id = Guid.NewGuid(); metadata.Add("id", Id.ToByteArray()); } else { int _; Id = new Guid(idVal.Reader.ReadBytes(16, out _)); } using (var it = docs.Iterate()) { _lastDocumentId = it.Seek(Slice.AfterAllKeys) == false ? 0 : it.CurrentKey.CreateReader().ReadBigEndianInt64(); } tx.Commit(); } }
//public MonteCarloAnalyzer(Model model, IAnalyzerProvider provider, IAnalyzer embeddedAnalyzer, IDictionary<int, ISolverSubdomain> subdomains, double[] stochasticDomain, int expansionOrder, int simulations) public MonteCarloAnalyzer(Model model, IAnalyzerProvider provider, IAnalyzer embeddedAnalyzer, IDictionary <int, ISolverSubdomain> subdomains, GaussianFileStochasticCoefficientsProvider coefficientsProvider, int expansionOrder, int simulations) { this.childAnalyzer = embeddedAnalyzer; this.provider = provider; this.model = model; this.subdomains = subdomains; this.expansionOrder = expansionOrder; this.simulations = simulations; this.childAnalyzer.ParentAnalyzer = this; //this.matrices = new Dictionary<int, IMatrix2D<double>>(subdomains.Count); this.matrices = new Dictionary <int, IMatrix2D <double> > [expansionOrder + 1]; this.randomNumbers = new double[simulations][]; this.coefficientsProvider = coefficientsProvider; //this.stochasticDomain = stochasticDomain; NormalDistribution n = new NormalDistribution(); n.Mu = 0; n.Sigma = 1; string[] randoms = new string[simulations]; for (int i = 0; i < simulations; i++) { randomNumbers[i] = new double[expansionOrder]; for (int j = 0; j < expansionOrder; j++) { randomNumbers[i][j] = n.NextDouble(); } randoms[i] = randomNumbers[i][0].ToString(); } File.WriteAllLines(String.Format(@"randoms.txt", expansionOrder), randoms); }
public Indexer(FullTextIndex parent) { _parent = parent; _analyzer = _parent.Analyzer; _bufferPool = _parent.BufferPool; AutoFlush = true; }
public AnalysisBasedConstraint(IAnalyzer <IMetric> analyzer, Func <V, bool> assertion, Option <string> hint) { Analyzer = analyzer; _assertion = assertion; _hint = hint; }
public void Init() { base.Init(); this.analyzer = ServiceProvider.GetService <IAnalyzer>(); this.mediator = ServiceProvider.GetService <IMediator>(); }
public Parser(Uri uri, int depth, int maxCount, HttpClient client, IAnalyzer analyzer) { #region Проверки if (uri is null) { throw new ArgumentNullException("uri is null"); } if (depth <= 1) { throw new ArgumentOutOfRangeException("depth must be greater than 1"); } if (maxCount <= 1) { throw new ArgumentOutOfRangeException("maxCount must be greater than 1"); } if (client is null) { throw new ArgumentNullException("client is null"); } if (analyzer is null) { throw new ArgumentNullException("analyzer is null"); } #endregion URI = uri; Depth = depth; MaxCount = maxCount; Client = client; Analyzer = analyzer; Analyzer.Finded += s => Finded.Invoke(s); }
public AnalyzerSearchTreeNode(ISymbol symbol, IAnalyzer analyzer, string analyzerHeader) { this.symbol = symbol; this.analyzer = analyzer ?? throw new ArgumentNullException(nameof(analyzer)); this.LazyLoading = true; this.analyzerHeader = analyzerHeader; }
public void AddAnalyzer <T>() where T : IAnalyzer { if (RootAnalyzer == null) { RootAnalyzer = Activator.CreateInstance <T>(); return; } var analyzer = RootAnalyzer; var nextAnalyzer = RootAnalyzer.NextAnalyzer; while (true) { if (nextAnalyzer == null) { var instanse = Activator.CreateInstance <T>(); analyzer.NextAnalyzer = instanse; break; } else { analyzer = nextAnalyzer; nextAnalyzer = analyzer.NextAnalyzer; } } }
protected AbstractUseNamedArgumentsCodeRefactoringProvider( IAnalyzer argumentAnalyzer, IAnalyzer attributeArgumentAnalyzer) { _argumentAnalyzer = argumentAnalyzer; _attributeArgumentAnalyzer = attributeArgumentAnalyzer; }
public IAnalyzer Analyze(IEnumerable <HandHistories.Objects.Cards.Card> playerCards, BoardCards boardCards) { try { IAnalyzer result = null; var highestHand = CardHelper.FindBestHand(string.Join("", playerCards.Select(c => c.CardStringValue)), boardCards.ToString()); var analyzers = ReferenceEquals(highestHand, null) ? _combinations : _combinations.Where(x => x.IsValidAnalyzer(highestHand)).ToArray(); if (playerCards.Count() > 2 && !string.IsNullOrEmpty(highestHand.PocketCards)) { result = analyzers.FirstOrDefault(combination => combination.Analyze(CardGroup.Parse(highestHand.PocketCards), boardCards)) ?? new StubAnalyzer(); } else { result = analyzers.FirstOrDefault(combination => combination.Analyze(playerCards, boardCards)) ?? new StubAnalyzer(); } return(result); } catch (Exception ex) { LogProvider.Log.Error(this, String.Format("Hand Analyzer Error occurred: Player cards = {0}; Board Cards = {1}", string.Join("", playerCards.Select(c => c.CardStringValue)), boardCards.ToString()), ex); } return(new StubAnalyzer()); }
public CliLineDocUpsertOperation(string directory, IAnalyzer analyzer, int skip, int take, Compression compression, string primaryKey, Stream documents) : base(directory, analyzer, compression, primaryKey, documents) { _take = take; _skip = skip; _autoGeneratePk = string.IsNullOrWhiteSpace(primaryKey); }
public Processor() { var ninjectKernel = new StandardKernel(new SimpleConfigModule()); _extension = ninjectKernel.Get <IExtension>(); _analyzer = ninjectKernel.Get <IAnalyzer>(); }
public static void Main(string[] args) { var env = Environment.GetEnvironmentVariable("TWITTER_ENV") ?? "Development"; var cwd = Directory.GetCurrentDirectory(); var builder = new ConfigurationBuilder() .SetBasePath(cwd) .AddJsonFile("appsettings.json", optional: true, reloadOnChange: true) .AddJsonFile($"appsettings.{env}.json", optional: true) .AddEnvironmentVariables(); var configuration = builder.Build(); var serviceCollection = new ServiceCollection(); serviceCollection.AddLanguage(configuration.GetSection("Language")); serviceCollection.AddTwitter(configuration.GetSection("Twitter")); serviceCollection.AddMeDaUmFilme(); var services = serviceCollection.BuildServiceProvider(); languageAnalyzer = services.GetService <IAnalyzer>(); meDaUmFilmeSearch = services.GetService <IMeDaUmFilmeSearch>(); var twitter = services.GetService <Twitter.Twitter>(); twitter.ListenAsync("@medaumfilme", Listen); Console.WriteLine("Waiting..."); Console.ReadLine(); }
public void runFull(IAnalyzer analyzer, DataItem item, AssetTimeframe atf) { this.atf = atf; if (item == null) return; if (item.Quotation == null) return; runLeftSide(analyzer, item, atf); }
/// <summary> /// Create a property analyzer that uses different analysis for indexing and searching. /// </summary> /// <param name="indexAnalyzer">Sets the analyzer to use for indexing a property.</param> /// <param name="searchAnalyzer">Sets the analyzer to use for searching a property. Optional.</param> public PropertyAnalyzer(IAnalyzer indexAnalyzer, IAnalyzer searchAnalyzer) { if (indexAnalyzer == null) throw new ArgumentNullException("indexAnalyzer", "PropertyAnalyzer expects an indexAnalyzer in this constructor."); IndexAnalyzer = indexAnalyzer; if (searchAnalyzer != null) SearchAnalyzer = searchAnalyzer; }
static QueryObjectParser() { Analyzers = new IAnalyzer[] { new EqualAnalyzer(), new ListContainsAnalyzer(), new RangeAnalyzer(), new StringContainsAnalyzer(), new NavigationAnalyzer(), }; }
private static IAnalyzer factory(IAnalyzer analyzer, List<float> data_float) { switch (analyzer.Name) { case Averager.Type_Name: return new Averager(data_float, analyzer); //break; default: // found no known type for that name return analyzer; } }
internal static bool TryGetAnalyzerForFile(TokenStreamReader reader, out IAnalyzer analyzer) { var best = _analyzers.FirstOrDefault(_ => _.CanAnalyze(reader.Rewind())); if (best != null) { analyzer = best; return true; } analyzer = null; return false; }
public void runRightSide(IAnalyzer analyzer, DataItem item, AssetTimeframe atf) { this.atf = atf; if (item == null) return; if (item.Quotation == null) return; //Calculate new values for peaks and troughs and apply them to the current item price. //If any of this is changed, this price will have flag [IsChange] set to @true. //This is the only thing that can be changed for items being only updated. CheckForExtremum(item, ExtremumType.PeakByClose, false); CheckForExtremum(item, ExtremumType.PeakByHigh, false); CheckForExtremum(item, ExtremumType.TroughByClose, false); CheckForExtremum(item, ExtremumType.TroughByLow, false); CheckPriceGap(item); }
public FullTextIndex(StorageEnvironmentOptions options, IAnalyzer analyzer) { Analyzer = analyzer; Conventions = new IndexingConventions(); BufferPool = new BufferPool(); StorageEnvironment = new StorageEnvironment(options); using (var tx = StorageEnvironment.NewTransaction(TransactionFlags.ReadWrite)) { ReadMetadata(tx); ReadLastDocumentId(tx); ReadFields(tx); tx.Commit(); } }
private void AddDocument(Document document, IAnalyzer analyzer) { if (document.Key == Guid.Empty) document.Key = Guid.NewGuid(); DocumentStorage.Add(document); System.Diagnostics.Debug.Assert(document.Value.CanSeek); document.Value.Seek(0, SeekOrigin.Begin); var termPositions = analyzer.GetTermPositions(document.Value); foreach(var termPositionsGroup in termPositions.GroupBy(a=>a.Term)) { var term = new Term( termPositionsGroup.Key, termPositionsGroup.Select(a => new DocumentLocation { Document = document.Key, Span = a.Span })); TermStorage.Add(term); } }
public void runFull(IAnalyzer analyzer, DataItem item, AssetTimeframe atf) { }
public void runFull(IAnalyzer analyzer, int index, AssetTimeframe atf) { }
public GenericTranslator(IAnalyzer analyzer) { this.analyzer = analyzer; }
public SingleDocumentIndex(Document document, IAnalyzer analyzer) : this(document, analyzer, new MemoryStream(), new MemoryStream(), new MemoryStream(), new MemoryStream()) { }
public SingleDocumentIndex(Document document, IAnalyzer analyzer, Stream termIndexStream, Stream termRecordStorageStream, Stream documentIndexStream, Stream documentRecordStorageStream) : this(document, analyzer, new TermStorage(termIndexStream, termRecordStorageStream), new DocumentStorage(documentIndexStream, documentRecordStorageStream)) { }
/// <summary> /// Initializes a new instance of the <see cref="T:AnalyzerException"/> class. /// </summary> public AnalyzerException(IAnalyzer analyzer) { Analyzer = analyzer; }
public MetricsWorker(ICloudService cloudService, IAnalyzer analyzer, IPluginFactory pluginFactory) { Analyzer = analyzer; PluginFactory = pluginFactory; }
public void runRightSide(IAnalyzer analyzer, int index, AssetTimeframe atf) { DataItem item = analyzer.getDataItem(index); runRightSide(analyzer, item, atf); }
public TextAnalyzer() { Analyzer = new ZalAnalyzer(); }
private void runLeftSide(IAnalyzer analyzer, DataItem item, AssetTimeframe atf) { //Check if quotation is missing (but only in the middle of not-missing quotations, //because missing quotations at the end of array was excluded one line above). //If it is copy data from the previous quotation. if (!item.Quotation.IsComplete()) { var previousQuotation = (item.Index > 0 ? analyzer.getDataItem(item.Index - 1).Quotation : null); if (previousQuotation != null) { item.Quotation.CompleteMissing(previousQuotation); //_dataService.UpdateQuotation(item.Quotation, Symbol); } } //Ensure that [Price] object is appended to this [DataItem]. item.Price = new Price(); item.Price.Date = item.Date; if (item.Index > 0) item.Price.CloseDelta = CalculateDeltaClosePrice(item.Quotation.Close, item.Index); item.Price.Direction2D = CalculateDirection2D(item.Index); item.Price.Direction3D = CalculateDirection3D(item.Index); //Calculate new values for peaks and troughs and apply them to the current item price. //If any of this is changed, this price will have flag [IsChange] set to @true. //This is the only thing that can be changed for items being only updated. CheckForExtremum(item, ExtremumType.PeakByClose, true); CheckForExtremum(item, ExtremumType.PeakByHigh, true); CheckForExtremum(item, ExtremumType.TroughByClose, true); CheckForExtremum(item, ExtremumType.TroughByLow, true); CheckPriceGap(item); }
public Analyzer(IAnalyzer analyyzer_interface_object) { Name = analyyzer_interface_object.Name; Description = analyyzer_interface_object.Description; _IAanlyzer = analyyzer_interface_object; }
public SimplifierTest() { simplifier = new Simplifier(); }
/// <summary> /// Initializes a new instance of the <see cref="T:AnalyzerException"/> class with a specified error message and a reference to the inner exception that is the cause of this exception. /// </summary> /// <param name="analyzer">The analyzer which the exception occurred.</param> /// <param name="message">The error message that explains the reason for the exception. </param> /// <param name="innerException">The exception that is the cause of the current exception, or a null reference (Nothing in Visual Basic) if no inner exception is specified. </param> public AnalyzerException(IAnalyzer analyzer, string message, Exception innerException) : base(message, innerException) { Analyzer = analyzer; }
/// <summary> /// Initializes a new instance of the <see cref="T:System.Exception"/> class with a specified error message. /// </summary> /// <param name="analyzer">The analyzer which the exception occurred.</param> /// <param name="message">The message that describes the error. </param> public AnalyzerException(IAnalyzer analyzer, string message) : base(message) { Analyzer = analyzer; }
public void runRightSide(IAnalyzer analyzer, int index, AssetTimeframe atf) { }
public void runRightSide(IAnalyzer analyzer, DataItem item, AssetTimeframe atf) { }
public SingleDocumentIndex(Document document, IAnalyzer analyzer, TermStorage termStorage, DocumentStorage documentStorage) { TermStorage = termStorage; DocumentStorage = documentStorage; AddDocument(document, analyzer); }
public TextAnalyzer(IAnalyzer _Analyzer) { Analyzer = _Analyzer; }
public Averager(List<float> data, IAnalyzer analyzer) { _Data = data; Name = analyzer.Name; Description = analyzer.Description; }