public SymbolTable Analyze(AstNode ast)
{
code = ast;
result = new SymbolTable();
result.PushScope();
code.VisitChildren(this);
return result;
}
public HassiumModule Compile(AstNode ast, SymbolTable table)
{
this.table = table;
module = new HassiumModule();
method = new HassiumMethod();
var globalParent = new HassiumClass();
foreach (AstNode child in ast.Children)
{
if (child is FuncNode)
{
compileFunc(child as FuncNode);
method.Parent = new HassiumClass();
if (module.Attributes.ContainsKey(method.Name))
{
if (module.Attributes[method.Name] is HassiumMultiFunc)
((HassiumMultiFunc)module.Attributes[method.Name]).Methods.Add(method);
else if (module.Attributes[method.Name] is HassiumMethod)
module.Attributes[method.Name] = new HassiumMultiFunc(new List<HassiumMethod>() { method, (HassiumMethod)module.Attributes[method.Name] });
}
else
module.Attributes.Add(method.Name, method);
}
else if (child is ClassNode)
{
var clazz = compileClass(child as ClassNode);
clazz.Parent = globalParent;
module.Attributes.Add(clazz.Name, clazz);
}
else if (child is ExpressionStatementNode)
{
if (child.Children[0] is BinaryOperationNode)
{
var binop = child.Children[0] as BinaryOperationNode;
if (binop.BinaryOperation == BinaryOperation.Assignment)
{
string variable = ((IdentifierNode)binop.Left).Identifier;
table.AddGlobalSymbol(variable);
var temp = method;
method = new HassiumMethod();
method.Name = variable;
method.SourceRepresentation = string.Format("set_{0}", variable);
binop.Right.Visit(this);
method.Emit(child.SourceLocation, InstructionType.Return);
module.InitialVariables.Add(table.GetGlobalSymbol(variable), method);
method = temp;
}
}
}
else if (child is TraitNode || child is PropertyNode || child is UseNode || child is EnumNode)
child.Visit(this);
}
preformInherits(module);
return module;
}
