private void addToIndex(IDictionary <string, EdictMatch> dict, string key, double rate, EdictEntry entry) { if (key.Length > maxKeyLength) { return; } if (key.Length == 0) { rate = 1.5; } EdictMatch entries; RatedEntry newEntry = new RatedEntry { entry = entry, rate = (float)rate }; if (dict.TryGetValue(key, out entries)) { entries.addEntry(newEntry); } else { entries = new EdictMatch(key); entries.addEntry(newEntry); dict.Add(key, entries); } }
internal EdictMatch findName(string name) { EdictMatch m = Settings.session.userNames.GetOrDefault(name); if (m == null) { m = mainIndex.GetOrDefault(name); } return(m); }
private void addToIndex(IDictionary<string, EdictMatch> dict, string key, double rate, EdictEntry entry) { if (key.Length > maxKeyLength) { return; } if (key.Length == 0) { rate = 1.5; } EdictMatch entries; RatedEntry newEntry = new RatedEntry { entry = entry, rate = (float)rate }; if (dict.TryGetValue(key, out entries)) { entries.addEntry(newEntry); } else { entries = new EdictMatch(key); entries.addEntry(newEntry); dict.Add(key, entries); } }
public void addUserName(string key, string sense, string nameType) { lock (this) { Settings.app.removeBannedWord(key); EdictMatch match = new EdictMatch(key); EdictEntryBuilder eb = new EdictEntryBuilder(); eb.addKanji(new DictionaryKeyBuilder(key)); eb.addKana(new DictionaryKeyBuilder(sense)); DictionarySense ds = new DictionarySense(); ds.addGloss(null, sense); eb.addSense(ds); if (nameType != "notname") { eb.addPOS("name"); } else { eb.addPOS("n"); } eb.nameType = nameType; match.addEntry(new RatedEntry { entry = eb.build(), rate = 5.0F }); userNames[key] = match; this.isDirty = true; } }
public EdictMatchWithType(EdictMatch match, EdictMatchType matchType) { this.match = match; this.matchType = matchType; }
public EdictMatchWithType(EdictMatch match, EdictMatchType matchType) { this.match = match; this.matchType = matchType; }
internal void load(Inflector inflect) { try { this.inflect = inflect; mainIndex = new ConcurrentDictionary <string, EdictMatch>(); kanaIndex = new Dictionary <string, EdictMatch>(); definitions = null; nameDefinitions = null; entities = new Dictionary <string, string>(); using (XmlTextReader xml = new XmlTextReader(Settings.app.JMdictPath)) { xml.DtdProcessing = DtdProcessing.Parse; xml.WhitespaceHandling = WhitespaceHandling.None; xml.EntityHandling = EntityHandling.ExpandCharEntities; while (xml.Read()) { switch (xml.NodeType) { case XmlNodeType.Element: if (xml.Name == "entry") { readEntry(xml); } break; } } } /* todo HACK */ EdictEntry ore = mainIndex["俺"].entries[0].entry; addToIndex(mainIndex, "オレ", 2.0, ore); RatedEntry tachi = kanaIndex["たち"].entries.First((re) => re.entry.kanji[0].text == "達"); tachi.rate = 2.0F; //RatedEntry ii = kanaIndex["い"].entries.First((re) => re.entry.kanji[0].text == "良い"); //addToIndex(kanaIndex, "いい", 2.0, ii.entry); mainIndex.Remove("もの"); var haji = mainIndex["初めまして"].entries[0]; haji.rate = 2.0F; var dake = kanaIndex["だけ"].entries.First((re) => re.entry.kanji[0].text == "丈"); dake.rate = 2.0F; /*var tai = mainIndex["た"].entries.First((re) => re.entry.kanji.Count == 0 && re.entry.kana[0].text == "たい"); * tai.rate = 3.0F;*/ var gozaimasu = mainIndex["御座います"].entries[0].entry; gozaimasu.POS.Add("v-imasu"); addToIndex(gozaimasu, 2.0F, 2.0F); mainIndex.Remove("御座います"); kanaIndex.Remove("ございます"); var go = mainIndex["御"].entries[0].entry; addToIndex(kanaIndex, "ご", 2.0, go); addToIndex(kanaIndex, "お", 2.0, go); mainIndex["って"].entries[0].rate = 2.0F; zeroStemForms = new Dictionary <string, EdictMatch>(); EdictMatch zeroStem = mainIndex[""]; foreach (RatedEntry re in zeroStem.entries) { foreach (string suffix in inflect.getAllSuffixes(re.entry.POS)) { zeroStemForms[suffix] = zeroStem; } } addFrequencyEntities(); definitions = entities; entities = new Dictionary <string, string>(); Task.Factory.StartNew(() => { if (Settings.app.nameDict != NameDictLoading.NONE) { using (XmlTextReader xml = new XmlTextReader(Settings.app.JMnedictPath)) { xml.DtdProcessing = DtdProcessing.Parse; xml.WhitespaceHandling = WhitespaceHandling.None; xml.EntityHandling = EntityHandling.ExpandCharEntities; while (xml.Read()) { switch (xml.NodeType) { case XmlNodeType.Element: if (xml.Name == "entry") { readNameEntry(xml); } break; } } } } nameDefinitions = entities; entities = null; mainIndex = new Dictionary <string, EdictMatch>(mainIndex); // no concurrency needed at this point GC.Collect(); }); } catch (Exception ex) { Logger.logException(ex); } }