public static extern IntPtr sol_SyntaxAnalysis(
IntPtr hEngine,
string sentence,
MorphologyFlags flags,
SyntaxFlags unusedFlags,
int constraints,
int languageID
);
public static extern IntPtr /*IntPtr_RESPACK*/ sol_MorphologyAnalysis(
IntPtr hEngine,
string sentence,
MorphologyFlags flags,
SyntaxFlags unusedFlags,
int constraints,
int languageId
);
public Syntax(Token token, IEnumerable <Syntax> children, SyntaxFlags flags)
{
this.Token = token;
if (children != null)
{
this.Children = children.ToArray();
}
else
{
this.Children = new Syntax[] { };
}
if (this.Token != null)
{
this.Factory = ExpressionFactory.Literal;
}
this.Flags = flags;
}
public static extern System.IntPtr sol_SyntaxAnalysis(
HGREN hEngine,
string sentence,
MorphologyFlags flags,
SyntaxFlags unusedFlags,
int constraints,
int languageID
);
public static extern IntPtr /*HGREN_RESPACK*/ sol_MorphologyAnalysis(
IntPtr hEngine,
string sentence,
MorphologyFlags flags,
SyntaxFlags unusedFlags,
int constraints,
int languageId
);
public Syntax(IEnumerable <Syntax> children, SyntaxFlags flags) : this(null, children, flags)
{
}
public AnalysisResults AnalyzeSyntax(string phrase, Languages language, MorphologyFlags morphFlags, SyntaxFlags syntaxFlags, int constraints)
{
var hPack = GrammarApi.sol_SyntaxAnalysis(_engine, phrase, morphFlags, syntaxFlags, constraints, (int)language);
var res = new AnalysisResults(this, hPack);
return(res);
}
public AnalysisResults AnalyzeSyntax(string phrase, Languages language, MorphologyFlags morphFlags, SyntaxFlags syntaxFlags)
{
return(AnalyzeSyntax(phrase, language, morphFlags, syntaxFlags, 0));
}
