public SyntaxTreeBuilder_CSharp(TokenScanner tokenScanner, Scope_CompilationUnit pComplilationUnitScop)
{
m_kTokenScanner = tokenScanner;
ComplilationUnitScop = pComplilationUnitScop;
tokenScanner.Reset();
tokenScanner.OnTokenMoveAt = OnTokanMoveAt;
tokenScanner.EOF = new LexerToken(LexerToken.Kind.EOF, string.Empty)
{
tokenId = m_kParser.tokenEOF
};
//lines = formatedLines;
//if (EOF == null)
// EOF = new LexerToken(LexerToken.Kind.EOF, string.Empty) { tokenId = parser.tokenEOF };
}
public static Scope_CompilationUnit GetCompilationUnitScope(SD_Assembly assembly, string sName, bool forceCreateNew = false)
{
if (assembly == null)
{
return(null);
}
if (assembly.compilationUnits == null)
{
assembly.compilationUnits = new Dictionary <string, Scope_CompilationUnit>();
}
Scope_CompilationUnit scope;
if (!assembly.compilationUnits.TryGetValue(sName, out scope) || forceCreateNew)
{
if (forceCreateNew)
{
if (scope != null && scope.typeDeclarations != null)
{
var newResolverVersion = false;
var scopeTypes = scope.typeDeclarations;
for (var i = scopeTypes.Count; i-- > 0;)
{
var typeDeclaration = scopeTypes[i];
scope.RemoveDeclaration(typeDeclaration);
newResolverVersion = true;
}
if (newResolverVersion)
{
++LR_SyntaxTree.resolverVersion;
if (LR_SyntaxTree.resolverVersion == 0)
{
++LR_SyntaxTree.resolverVersion;
}
}
}
assembly.compilationUnits.Remove(sName);
}
scope = new Scope_CompilationUnit
{
assembly = assembly,
path = sName,
};
assembly.compilationUnits[sName] = scope;
//var cuDefinition = new CompilationUnitDefinition
//{
// kind = SymbolKind.None,
// parentSymbol = assembly,
//};
scope.declaration = new Declaration_Namespace
{
kind = SymbolKind.Namespace,
definition = assembly.GlobalNamespace,
};
scope.definition = assembly.GlobalNamespace;
}
return(scope);
}
public static LR_SyntaxTree Parse(FormatedLine[] lsFormatedLine, Scope_CompilationUnit cus)
{
return(new SyntaxTreeBuilder_CSharp(new TokenScanner(lsFormatedLine), cus).Build());
}
