private void ParseClass(AccessLevel accessLevel, bool isStatic)
{
Token classKeyword = _lexer.Eat(TokenType.ClassKeyword);
Token name = _lexer.Eat(TokenType.Identifer);
if (accessLevel != AccessLevel.Public)
{
accessLevel = AnalysisAccessLevel(name.Content);
}
Token colon = null, inheritanceToken = null;
string inheritanceName = "object";
if (_lexer.Match(":"))
{
colon = _lexer.Eat(TokenType.Colon);
inheritanceToken = _lexer.Eat(TokenType.Identifer);
inheritanceName = inheritanceToken.Content;
}
ClassDefinition classDefinition =
new ClassDefinition(classKeyword, name, colon, inheritanceToken, inheritanceName, _endNameSpace, accessLevel, isStatic);
_endNameSpace.AddStructure(classDefinition);
FilesDefinitions[_lexer.FileIndex].Add(classDefinition);
_parsingStructure = classDefinition;
classDefinition.AddFunction(new FunctionDefinition(classDefinition, ".ctor", classDefinition.AccessLevel, false));
classDefinition.AddFunction(new FunctionDefinition(classDefinition, ".cctor", classDefinition.AccessLevel, true));
ChunkNode chunk = ParseChunk(s_cusDefinitionOrder, out Token openBrace, out Token closeBrace);
classDefinition.SetBraces(openBrace, closeBrace);
foreach (SyntaxNode analysisNode in chunk.Nodes)
{
if (analysisNode.NodeType == NodeType.Assign)
{
classDefinition.GetFunctionDefinition(".ctor").ChunkNode.AddFirstNode(analysisNode);
}
classDefinition.AddField((DefineVariableNode)analysisNode);
}
_parsingStructure = null;
}