void GenericReader.Conclude()
{
IncrementalGAnalyzer analyzer = FormsToAnlys(forms, isPolymorphicWord);
if (preModifiers.Count > 0 || postModifiers.Count > 0)
{
IncrementalGAnalyzer premod = null;
IncrementalGAnalyzer postmod = null;
if (preModifiers.Count > 0)
{
//premod = new IGAnlys_RepeatableBlock { baseAnalyzer = FormsToAnlys(preModifiers), conjectionAnalyzer = cojunctionIGAnlys };
premod = FormsToAnlys(preModifiers, false);
}
if (postModifiers.Count > 0)
{
//postmod = new IGAnlys_RepeatableBlock { baseAnalyzer = FormsToAnlys(postModifiers), conjectionAnalyzer = cojunctionIGAnlys };
postmod = FormsToAnlys(postModifiers, false);
}
var modBlock = new IGAnlys_ModifyBlock(analyzer, premod, postmod);
analyzer = modBlock;
}
if (isEnumerable)
{
analyzer = new IGAnlys_RepeatableBlock {
baseAnalyzer = analyzer, conjectionAnalyzer = cojunctionIGAnlys, isConjectionOptional = isConjunctionOptional
};
analyzer = new IGAnlys_ResultClusterizer {
baseAnalyzer = analyzer
};
}
if (attributes.Count > 0)
{
var metaAnlys = new IGAnlys_AddMeta {
baseAnalyzer = analyzer
};
foreach (var attribute in attributes)
{
if (metaInfos.TryGetValue(attribute, out GrammarBlock gBlock))
{
metaAnlys.metas.Add(gBlock);
}
}
;
analyzer = metaAnlys;
}
foreach (var category in categoriess)
{
//gAnlysDict.categories[category].candidates.Add(analyzer);
var categoryCandHolder = gAnlysDict.categories[category];
if (isPolymorphicWord)
{
foreach (var morhpeme in contentMorphemes)
{
preparer.AddWordCandidate(morhpeme, analyzer, categoryCandHolder);
}
}
else
{
categoryCandHolder.candidates.Add(analyzer);
}
}
;
foreach (var name in names)
{
gAnlysDict.dict[name] = analyzer;
}
;
}
public ExampleNLangProcessor(string dictionaryFilePath)
{
#region MAnlys
var mAnlys = new StdMAnalyzer {
};
{
var ignoreReader = new IgnoreBlockReader {
markers = new List <string> {
" ", "\r", "\n", "\t"
}
};
var markerReader = new MarkerBlockReader {
markers = new List <MarkerAndFormatID> {
new MarkerAndFormatID {
marker = ".", formatID = 2
},
new MarkerAndFormatID {
marker = ",", formatID = 3
},
new MarkerAndFormatID {
marker = "###", formatID = 4
},
new MarkerAndFormatID {
marker = ":", formatID = 5
},
}
};
var quoteBlockMarker = new QuoteBlockReader {
formatID = 1, leftMarker = "\"", rightMarker = "\""
};
mAnlys.blockReaderes.Add(ignoreReader);
mAnlys.blockReaderes.Add(markerReader);
mAnlys.blockReaderes.Add(quoteBlockMarker);
mAnlys.generalReaders.Add(new NumberReader {
});
mAnlys.generalReaders.Add(new WordReader {
});
}
#endregion
#region MAnlys for dictionary creation
var mAnlysForDict = new StdMAnalyzer {
};
{
var ignoreReader = new IgnoreBlockReader {
markers = new List <string> {
" "
}
};
var markerReader = new MarkerBlockReader {
markers = new List <MarkerAndFormatID> {
new MarkerAndFormatID {
marker = "(IGNORE)", formatID = 2
},
new MarkerAndFormatID {
marker = "(UNREADABLE)", formatID = 3
}
}
};
var quoteBlockMarker = new QuoteBlockReader {
formatID = 1, leftMarker = "#", rightMarker = "#"
};
mAnlysForDict.blockReaderes.Add(ignoreReader);
mAnlysForDict.blockReaderes.Add(markerReader);
mAnlysForDict.blockReaderes.Add(quoteBlockMarker);
mAnlysForDict.generalReaders.Add(new WordReader {
});
}
#endregion
#region dictionary creation
var gDict = new IncrGAnlysDictionary();
var formatReader = new FormatReader();
FormatReader.fReader = new FormToGAnlys {
analyzer = mAnlysForDict, dict = gDict
};
FormatReader.gAnlysDict = gDict;
FormatReader.metaInfos = new Dictionary <string, GrammarBlock>();
FormatReader.metaInfos[StdMetaInfos.sentenceCluster.word] = StdMetaInfos.sentenceCluster;
FormatReader.metaInfos[StdMetaInfos.nominalBlock.word] = StdMetaInfos.nominalBlock;
FormatReader.metaInfos[StdMetaInfos.verbalBlock.word] = StdMetaInfos.verbalBlock;
FormatReader.metaInfos[StdMetaInfos.quoteBlock.word] = StdMetaInfos.quoteBlock;
FormatReader.metaInfos[StdMetaInfos.sv.word] = StdMetaInfos.sv;
FormatReader.metaInfos[StdMetaInfos.conditionSV.word] = StdMetaInfos.conditionSV;
FormatReader.metaInfos[StdMetaInfos.negated.word] = StdMetaInfos.negated;
FormatReader.metaInfos[StdMetaInfos.title.word] = StdMetaInfos.title;
FormatReader.metaInfos[StdMetaInfos.clusterExtractable.word] = StdMetaInfos.clusterExtractable;
FormatReader.metaInfos[StdMetaInfos.metaCluster.word] = StdMetaInfos.metaCluster;
FormatReader.metaInfos[StdMetaInfos.anonymousCommand.word] = StdMetaInfos.anonymousCommand;
FormatReader.metaInfos[StdMetaInfos.modifierCluster.word] = StdMetaInfos.modifierCluster;
FormatReader.metaInfos[StdMetaInfos.quoteSV.word] = StdMetaInfos.quoteSV;
FormatReader.metaInfos[StdMetaInfos.pronoun.word] = StdMetaInfos.pronoun;
FormatReader.metaInfos[StdMetaInfos.plural.word] = StdMetaInfos.plural;
FormatReader.metaInfos[StdMetaInfos.unreadable.word] = StdMetaInfos.unreadable;
{
var conjCand = new IGAnlys_Candidates {
};
var and = new IGAnlys_Word {
};
and.AddMorphemeText("and");
var or = new IGAnlys_Word {
};
or.AddMorphemeText("or");
var quote = new IGAnlys_Quote {
morphemeID = 3
};
conjCand.candidates.Add(and);
conjCand.candidates.Add(or);
conjCand.candidates.Add(quote);
var conjGAnlys = new IGAnlys_RepeatableBlock {
baseAnalyzer = conjCand
};
FormatReader.cojunctionIGAnlys = conjGAnlys;
FormatReader.preparer = new AnalyzePreparer();
}
#endregion
var dictionaryJsonText = File.ReadAllText(dictionaryFilePath);
var reader = new RootReader {
};
reader.subReader.Push(new GrammarDictRoot {
gAnlysDict = gDict
});
reader.Read(dictionaryJsonText);
var rootGAnlys = gDict.dict["RootUnit"];
nlProcessor = new MGSyntacticProcessor {
gAnalyzer = new StdGrammarAnalyzer {
incrGAnalyzer = rootGAnlys, analyzePreparer = FormatReader.preparer
},
mAnalyzer = mAnlys
};
}
