lib/Parrot/OpTrans/CGP.pm:11:C<Parrot::OpTrans::CGoto> to provide predereferenced register addressing
lib/Parrot/OpTrans/CGP.pm:70:#  define opcode_to_prederef(i, op)   \\
lib/Parrot/OpTrans/CGP.pm:94:   goto **(cur_opcode = opcode_to_prederef(interp, $addr))";
lib/Parrot/OpTrans/CGP.pm:121:    return "goto **(cur_opcode = opcode_to_prederef(interp,
lib/Parrot/OpTrans/CPrederef.pm:12:to provide basic functionality for predereferenced run loops (switch,
lib/Parrot/OpTrans/CPrederef.pm:39:#define REL_PC ((size_t)(cur_opcode - interp->code->prederef.code))
lib/Parrot/OpTrans/CPrederef.pm:69:    return "opcode_to_prederef(interp, $addr)";
lib/Parrot/OpTrans/CPrederef.pm:79:    return "opcode_to_prederef(interp, pop_dest(interp))";
lib/Parrot/OpTrans/CSwitch.pm:11:to provide a mixture of predereferenced register addressing and a
lib/Parrot/OpTrans/CSwitch.pm:78:#  define opcode_to_prederef(i, op)   (op ? \\
lib/Parrot/OpTrans/CSwitch.pm:112:               cur_opcode = opcode_to_prederef(interp, $addr);
lib/Parrot/OpTrans/CSwitch.pm:141:              cur_opcode = opcode_to_prederef(interp, dest);
lib/Parrot/OpTrans.pm:86:C<opcode_t>, but the prederef runops core uses an array of C<void*> to
lib/Parrot/Pmc2c/Ref.pm:25:=item C<prederef($method)>
lib/Parrot/Pmc2c/Ref.pm:32:sub prederef {
lib/Parrot/Pmc2c/Ref.pm:88:    my $pre        = $self->prederef($method);
lib/Parrot/Pmc2c/SharedRef.pm:13:=item C<prederef($method)>
lib/Parrot/Pmc2c/SharedRef.pm:20:sub prederef {
lib/Parrot/Pmc2c/StmRef.pm:10:sub prederef {