internal fc_result(uint key, RObjectBase kl, RObjectBase value, fc_result pv)
{
name = key;
path = null;
klass = kl;
track = value;
prev = pv;
}
internal override void AttachSingleton(RObjectBase obj)
{
if (iv_tbl == null)
{
iv_tbl = new st_table();
}
iv_tbl[ruby.intern("__attached__")] = obj;
}
internal RObjectBase(RObjectBase o)
: base(o)
{
klass.AttachSingleton(this);
if (o.iv_tbl != null)
{
iv_tbl = (st_table)o.iv_tbl.Clone();
}
}
internal virtual void AttachSingleton(RObjectBase obj)
{
// overriden by RSingletonClass
}
internal virtual void AttachSingleton(RObjectBase obj)
{
// overriden by RSingletonClass
}
internal RObjectBase(RObjectBase o)
: base(o)
{
klass.AttachSingleton(this);
if (o.iv_tbl != null)
{
iv_tbl = (st_table)o.iv_tbl.Clone();
}
}
internal bool end(RObjectBase o)
{
return(o == track);
}
internal bool end(RObjectBase o) { return (o == track); }
internal fc_result(uint key, RObjectBase kl, RObjectBase value, fc_result pv)
{
name = key;
path = null;
klass = kl;
track = value;
prev = pv;
}
internal override void AttachSingleton(RObjectBase obj)
{
if (iv_tbl == null)
{
iv_tbl = new st_table();
}
iv_tbl[ruby.intern("__attached__")] = obj;
}