/// <summary> /// Creates a new sense instance from a source sense with properties that occur on all sense types. /// </summary> private T ParseGeneralSenseProperties <T>(Response.SenseBase sourceSense) where T : SenseBase, new() { var sense = new T(); if (sourceSense.GeneralLabels.Any()) { sense.GeneralLabels = new List <Label>(); foreach (var generalLabel in sourceSense.GeneralLabels) { sense.GeneralLabels.Add(generalLabel); } } if (sourceSense.SubjectStatusLabels.Any()) { sense.SubjectStatusLabels = new List <Label>(); foreach (var subjectStatusLabel in sourceSense.SubjectStatusLabels) { sense.SubjectStatusLabels.Add(subjectStatusLabel); } } if (!string.IsNullOrEmpty(sourceSense.SenseSpecificGrammaticalLabel)) { sense.SenseSpecificGrammaticalLabel = sourceSense.SenseSpecificGrammaticalLabel; } if (sourceSense.Variants.Any()) { sense.Variants = VariantHelper.Parse(sourceSense.Variants, _language, _parseOptions.AudioFormat).ToList(); } if (sourceSense.Pronunciations.Any()) { sense.Pronunciations = new List <Pronunciation>(); foreach (var pronunciation in sourceSense.Pronunciations) { sense.Pronunciations.Add(PronunciationHelper.Parse(pronunciation, _language, _parseOptions.AudioFormat)); } } if (sourceSense.Inflections.Any()) { sense.Inflections = InflectionHelper.Parse(sourceSense.Inflections, _language, _parseOptions.AudioFormat).ToList(); } if (sourceSense.Etymologies.Any()) { sense.Etymology = sourceSense.Etymologies.ParseEtymology(); } return(sense); }
private static IEnumerable <UndefinedRunOn> ParseUros(Entry result, Response.UndefinedRunOn [] uros, ParseOptions options) { var searchResults = new List <UndefinedRunOn>(); foreach (var uro in uros) { var searchResult = new UndefinedRunOn { EntryWord = uro.EntryWord, PartOfSpeech = uro.FunctionalLabel }; if (uro.GeneralLabels.Any()) { searchResult.GeneralLabels = new List <Label>(); foreach (var generalLabel in uro.GeneralLabels) { searchResult.GeneralLabels.Add(generalLabel); } } if (uro.Sls.Any()) { searchResult.SubjectStatusLabels = new List <Label>(); foreach (var sls in searchResult.SubjectStatusLabels) { searchResult.SubjectStatusLabels.Add(sls); } } if (uro.Pronunciations.Any()) { searchResult.Pronunciations = new List <Pronunciation>(); foreach (var pronunciation in uro.Pronunciations) { var pron = PronunciationHelper.Parse(pronunciation, result.Metadata.Language, options.AudioFormat); searchResult.Pronunciations.Add(pron); } } if (uro.AlternateEntry != null) { searchResult.AlternateEntry = new AlternateUndefinedEntryWord { Text = uro.AlternateEntry.Text, TextCutback = uro.AlternateEntry.TextCutback }; } if (uro.Vrs.Any()) { searchResult.Variants = VariantHelper.Parse(uro.Vrs, result.Metadata.Language, options.AudioFormat).ToList(); } if (uro.Inflections.Any()) { searchResult.Inflections = InflectionHelper.Parse(uro.Inflections, result.Metadata.Language, options.AudioFormat).ToList(); } searchResults.Add(searchResult); } return(searchResults); }
private static Entry CreateSearchResult(Response.DictionaryEntry result, ParseOptions options) { var searchResult = new Entry { Metadata = result.ParseMetadata(), PartOfSpeech = result.FunctionalLabel ?? string.Empty, ShortDefs = result.Shortdefs, Homograph = result.Homograph.GetValueOrDefault() // TODO //Synonyms = result.Metadata.Synonyms.SelectMany(s => s).ToList(), //Antonyms = result.Metadata.Antonyms.SelectMany(s => s).ToList() }; if (!string.IsNullOrEmpty(result.FunctionalLabel)) { searchResult.PartOfSpeech = result.FunctionalLabel; } if (result.GeneralLabels.Any()) { searchResult.GeneralLabels = new List <Label>(); foreach (var generalLabel in result.GeneralLabels) { searchResult.GeneralLabels.Add(generalLabel); } } if (result.SubjectStatusLabels.Any()) { searchResult.SubjectStatusLabels = new List <Label>(); foreach (var subjectStatusLabel in result.SubjectStatusLabels) { searchResult.SubjectStatusLabels.Add(subjectStatusLabel); } } ParseBasicStuff(options, result, searchResult); searchResult.Conjugations = ParseConjugations(result.Supplemental); if (result.CrossReferences.Any()) { searchResult.CrossReferences = CrossReferenceHelper.Parse(result.CrossReferences).ToList(); } if (result.CognateCrossReferences.Any()) { searchResult.CognateCrossReferences = CognateCrossReferenceHelper.Parse(result.CognateCrossReferences).ToList(); } if (result.Inflections.Any()) { searchResult.Inflections = InflectionHelper.Parse(result.Inflections, searchResult.Metadata.Language, options.AudioFormat).ToList(); } if (result.Synonyms.Any()) { searchResult.Synonyms = ParseSynonyms(result.Synonyms).ToList(); } if (result.DirectionalCrossReferences.Any()) { searchResult.DirectionalCrossReferences = new List <FormattedText>(); foreach (var crossReference in result.DirectionalCrossReferences) { searchResult.DirectionalCrossReferences.Add(new FormattedText(crossReference)); } } if (result.Usages.Any()) { searchResult.Usages = new List <Usage>(); foreach (var srcUsage in result.Usages) { var usage = new Usage { ParagraphLabel = srcUsage.ParagraphLabel }; foreach (var complexTypeWrapper in srcUsage.ParagraphText) { var type = complexTypeWrapper[0].TypeLabelOrText; if (type == DefiningTextTypes.Text) { usage.ParagraphTexts.Add(new DefiningText(complexTypeWrapper[1].TypeLabelOrText)); } else if (type == DefiningTextTypes.VerbalIllustration) { foreach (var dt in complexTypeWrapper[1].DefiningTextComplexTypes) { usage.ParagraphTexts.Add(VisHelper.Parse(dt.DefiningText)); } } else if (type == DefiningTextTypes.InAdditionReference) { // TODO, requires sample json } } searchResult.Usages.Add(usage); } } if (result.Table != null) { searchResult.Table = new Table { Displayname = result.Table.Displayname, TableId = result.Table.Tableid }; } if (result.Bios.Any()) { searchResult.BiographicalNote = new BiographicalNote(); foreach (var bioElement in result.Bios) { foreach (var element in bioElement) { var typeOrText = element[0].TypeOrText; if (typeOrText == "bionw") { var note = element[1].BiographicalNote; var content = new BiographicalNameWrap() { FirstName = note.Biopname, AlternateName = note.Bioname, Surname = note.Biosname }; if (note.Prs.Any()) { content.Pronunciations = new List <Pronunciation>(); foreach (var pronunciation in note.Prs) { content.Pronunciations.Add(PronunciationHelper.Parse(pronunciation, searchResult.Metadata.Language, options.AudioFormat)); } } searchResult.BiographicalNote.Contents.Add(content); } else if (typeOrText == "biodate" || typeOrText == "text" || typeOrText == "biotx") { searchResult.BiographicalNote.Contents.Add(new DefiningText(element[1].TypeOrText)); } } } } return(searchResult); }