public void InitHash()
{
ArrayList param;
LibFunc lfunc;
MethodInfo minfo;
tokens = new Hashtable();
param = new ArrayList();
minfo = typeof(Console).GetMethod("WriteLine", new Type[] { typeof(Int32) });
param.Add(Tok.TOK_FIXED);
lfunc = new LibFunc("PRINT_I",
"[mscorlib]System.Console::WriteLine(int32)",
param,
Tok.TOK_VOID,
minfo
);
add_tok(lfunc, "PRINT_I");
}
public void InitHash()
{
ArrayList param;
LibFunc lfunc;
MethodInfo minfo;
tokens = new Hashtable();
param = new ArrayList();
minfo = typeof(Console).GetMethod("WriteLine", new Type[] { typeof(Int32) });
param.Add(Tok.TOK_FIXED);
lfunc = new LibFunc("PRINT_I",
"[mscorlib]System.Console::WriteLine(int32)",
param,
Tok.TOK_VOID,
minfo
);
add_tok(lfunc, "PRINT_I");
}
public void parse_and_compile()
{
prolog();
tree = new VarList();
IDictionaryEnumerator libEnum = lib.get_enum();
while (libEnum.MoveNext())
{
Var procvar = new Var();
LibFunc lfunc = (LibFunc)libEnum.Value;
procvar.setName(lfunc.nameShort);
procvar.setType(Var.VAR_BLOCK);
procvar.setTypeId(Tok.TOK_VOID);
procvar.nodes = new VarList();
for (int i = 0; i < lfunc.typeParams.Count; i++)
{
Var param = new Var();
param.setName("PAR_" + i);
param.setType(Var.VAR_PARAM);
param.setTypeId((int)lfunc.typeParams[i]);
procvar.nodes.add(param);
}
tree.add(procvar);
}
io.ReadChar();
tok.scan();
declarations(tree);
while (tok.NotEOF())
{
stmt(tree, null, null);
}
io.Message("compiled successfuly");
io.TreeDraw(tree);
epilog();
}
public void Call(IAsm a)
{
Var func = a.getVar();
Object o = func.getMethodBuilder();
LibFunc lfunc = lib.lookup_func(a.getVar().getName());
if (lfunc != null)
{
il.Emit(OpCodes.Call, lfunc.methodInfo);
}
else
{
if (o == null)
{
io.ICE("no previous extern for (" + func.getName() + ")");
}
MethodBuilder mb = (MethodBuilder)o;
il.Emit(OpCodes.Call, mb);
}
}
public static void add_tok(LibFunc i, string s)
{
tokens.Add(s, i);
}
public static void add_tok(LibFunc i, string s)
{
tokens.Add(s, i);
}
