public FieldInfo SetVariable(DataPortor scop, Tree tree, bool asParameter = false)
{
if (tree.Membre != null && scop.GetField(tree.Membre.Name, SearcheMode.Flaten) == tree.Membre)
{
return(tree.Membre);
}
string type = tree.Children[0].Content;
string varName = tree.Children[1].Content;
Class @class = GetClass(scop, type);
var fieldInfo = new FieldInfo(varName, @class, scop is MethodInfo);
if (scop is MethodInfo && asParameter)
{
fieldInfo = ((MethodInfo)scop).AddParam(fieldInfo);
}
else if (scop is MethodInfo || scop is Class)
{
fieldInfo = scop.Add(fieldInfo);
}
else
{
throw new BadImageFormatException();
}
return(fieldInfo);
}
internal void DownloadClass(Class scop, Tree tree)
{
_byteCodeMapper.CurrentScop.SetCurrent(scop);
if (scop.IsClass)
{
if (scop == scop.Base)
{
throw new BadImageFormatException();
}
else if (!scop.Base.Finalized)
{
DownloadClass(scop.Base, _summary[scop.Base]);
_byteCodeMapper.CurrentScop.SetCurrent(scop);
}
}
scop.Base = scop.Base;
foreach (Tree field in tree.Children.Where(field => field.Kind == Kind.TypeAssigne))
{
SetVariable(scop, field);
}
foreach (
Tree method in
tree.Children.Where(method => method.Kind == Kind.Function || method.Kind == Kind.Constructor))
{
SetMethodTo(scop, method);
}
scop.Finalized = true;
}
public MethodCallHiretachy GetMethod(Tree val, IList <Tree> Params)
{
var @params = new Class[Params.Count];
for (int j = 0; j < @params.Length; j++)
{
if (Params[j].Type == null)
{
if (!_typeCalc.CalcTypes(Params[j]))
{
throw new TypeLoadException();
}
}
@params[j] = Params[j].Type;
}
return(ByteCodeMapper.CurrentScop.Finder.GetMethod(ByteCodeMapper.Split(val.Content), @params));
}
private static void DeclareMethod <T>(string opers, Class leftOperand, Class rightOperand, Class @retrn) where T : MethodInfo, new()
{
var m = new T {
Name = opers, Return = Bool, IsBasic = true
};
m.AddParam(new FieldInfo("a", leftOperand, true));
m.AddParam(new FieldInfo("b", rightOperand, true));
leftOperand.Scops.Add(m);
if (leftOperand != rightOperand)
{
var n = new T {
Name = opers, Return = @retrn, IsBasic = true
};
n.AddParam(new FieldInfo("b", rightOperand, true));
n.AddParam(new FieldInfo("a", leftOperand, true));
leftOperand.Scops.Add(n);
}
}
private Class GetClass(DataPortor scop, string type)
{
Class @class = _byteCodeMapper.Finder.GetClass(_byteCodeMapper.CurrentScop.Root, type);
if (@class == null)
{
LogIn(scop, null, this, "Class Name :" + type + " doesn't declared");
return(null);
}
if ([email protected] && [email protected] && @class.IsFromAssembly(_byteCodeMapper.CurrentScop))
{
if (Prevent.Contains(@class))
{
throw new StrongTypingException();
}
Prevent.Add((Class)scop);
DownloadClass(@class, _summary[@class]);
Prevent.RemoveAt(Prevent.Count - 1);
}
return(@class);
}
private void SetMethodTo(Class @class, Tree _method)
{
int inc = _method.Kind == Kind.Constructor ? 1 : 0;
string returnType = _method[0].Content;
Class @return = GetClass(@class, returnType);
MethodInfo method = _method.Method = new MethodInfo
{
Return = @return,
Parent = @class,
Name = _method[1 - inc].Content
};
@class.Scops.Add(method);
foreach (Tree child in _method[2 - inc].Children)
{
child.Membre = SetVariable(method, child, true);
child.BaseCall = method;
child.Type = child.Membre.Return;
child.Compiled = true;
}
}
static Assembly()
{
if (Initialized)
{
return;
}
Initialized = true;
var ns = (Namespace)CurrentScop.Initialize("System").Current;
BaseClasses = new[]
{
Object = Class.LoadAsClass(ns, null, "object", 4),
Void = Class.LoadAsClass(ns, Object, "void", 0),
Bool = Class.LoadAsStruct(ns, "bool", 1, true),
Char = Class.LoadAsStruct(ns, "char", 2),
Byte = Class.LoadAsStruct(ns, "byte", 1, true),
Short = Class.LoadAsStruct(ns, "short", 2, true),
UShort = Class.LoadAsStruct(ns, "short", 2, true),
Int = Class.LoadAsStruct(ns, "int", 4, true),
UInt = Class.LoadAsStruct(ns, "uint", 4, true),
Long = Class.LoadAsStruct(ns, "long", 8, true),
ULong = Class.LoadAsStruct(ns, "ulong", 8, true),
Float = Class.LoadAsStruct(ns, "float", 4, true),
Double = Class.LoadAsStruct(ns, "double", 8, true),
Class.LoadAsStruct(ns, "complex", 16),
String = Class.LoadAsClass(ns, Object, "string", 4),
Class.LoadAsClass(ns, Object, "array", 4)
};
CPUClasses = new[] { Void, Bool, Char, Byte, Short, Int, Long, UShort, UInt, ULong, Float, Double };
_shareProTypes(ns);
}
private static byte[] getBytes(double s, Class type)
{
var l = type.SizeOf();
switch (l)
{
case 1:
return(new[] { (byte)s });
case 2:
return(BitConverter.GetBytes((short)s));
case 3:
var bytes = BitConverter.GetBytes((int)s);
return(new[] { bytes[0], bytes[1], bytes[2] });
case 4:
return(BitConverter.GetBytes((int)s));
case 8:
return(BitConverter.GetBytes(s));
}
return(new byte[l]);
}
public ConstInfo DeclareConst(Class type, string name = null, byte[] value = null)
{
return(DeclareConst(new ConstInfo(type, value, name)));
}
