public static Tree Compiler(System sys, string s, Kind traitAs)
{
var e = new Compile(s, traitAs)
{
System = sys
};
if (e.Excecute())
{
return(e.Root.Children[0]);
}
return(null);
}
public System(Compile compile, Symentic symentic, Lexical lexical, Parser parser, TypeCalc typeCalc, Assembly assembly, Component mrt)
{
Compile = compile;
Symentic = symentic;
Lexical = lexical;
Parser = parser;
this.TypeCalc = typeCalc;
compile.System = this;
symentic.System = this;
lexical.System = this;
parser.System = this;
typeCalc.System = this;
this.Assembly = assembly;
}
internal void Constructor(IList <Tree> trees)
{
Labels.Reset();
System.Lexical.OpenMethod(trees[0].Content, trees[0].Content, trees[1].Children);
VM.Parser.Instruct.Parse(Const.nop).Push(System.Lexical.StreamWriter);
this.System.Lexical.EPSInc = System.Lexical.StreamWriter.Offset;
Insert(Const.add, null, new Tree("esp", Kind.Register), new Tree(System.Lexical.CurrentMethod.DataSize.ToString(), Kind.Numbre));
//Inset(Const.add, new Operand(VM.Bases.OperandType.Reg, "esp"), new Operand(Kind.Numbre, System.Lexical.CurrentMethod.DataSize));
for (var j = trees[1].Children.Count - 1; j >= 0; j--)
{
Insert(Const.pop, Const.empty, trees[1].Children[j].Children[1]);
}
Compiler(trees[2]);
Insert(Const.label, Const.returnLabel, new Tree(Const.returnLabel, Kind.Label));
Insert(Const.sub, null, new Tree("esp", Kind.Register), new Tree(System.Lexical.CurrentMethod.DataSize.ToString(), Kind.Numbre));
var a = Compile.Compiler(System, "System.new", Kind.Hyratachy); a.Type = System.Assembly.GetType("System.int");
//Caller(new List<Tree>() { a, new Tree("()", Kind.Param) }, Kind.Caller);
VM.Parser.Instruct.Parse(Const.ret).Push(System.Lexical.StreamWriter);
VM.Parser.Instruct.Parse(Const.rop).Push(System.Lexical.StreamWriter);
System.Lexical.CloseFunction();
}