ctx -> token = STRING;
ctx -> string = string;
-
- printf("oberon_read_string: string ((%s))\n", string);
}
static void oberon_read_token(oberon_context_t * ctx);
oberon_type_t * from = expr -> result;
oberon_type_t * to = rec;
- printf("oberno_make_record_cast: from class %i to class %i\n", from -> class, to -> class);
-
if(from -> class == OBERON_TYPE_POINTER && to -> class == OBERON_TYPE_POINTER)
{
- printf("oberno_make_record_cast: pointers\n");
from = from -> base;
to = to -> base;
}
bool error = false;
if(pref -> class != expr -> result -> class)
{
- printf("expr class %i\n", expr -> result -> class);
- printf("pref class %i\n", pref -> class);
-
if(expr -> result -> class == OBERON_TYPE_STRING)
{
if(pref -> class == OBERON_TYPE_CHAR)
static oberon_expr_t *
oberno_make_dereferencing(oberon_context_t * ctx, oberon_expr_t * expr)
{
- printf("oberno_make_dereferencing\n");
if(expr -> result -> class != OBERON_TYPE_POINTER)
{
oberon_error(ctx, "not a pointer");
type -> recursive = 1;
+ if(type -> base)
+ {
+ oberon_prevent_recursive_record(ctx, type -> base);
+ }
+
int num_fields = type -> num_decl;
oberon_object_t * field = type -> decl;
for(int i = 0; i < num_fields; i++)