my $body;
my $cond = undef;
if ($kid->name eq "lineseq") { # bare or infinite loop
- if (is_state $kid->last) { # infinite
+ if ($kid->last->name eq "unstack") { # infinite
$head = "while (1) "; # Can't use for(;;) if there's a continue
$cond = "";
} else {
$var = $self->pp_threadsv($enter, 1);
} else { # regular my() variable
$var = $self->pp_padsv($enter, 1);
- if ($self->padname_sv($enter->targ)->IVX ==
- $kid->first->first->sibling->last->cop_seq)
- {
- # If the scope of this variable closes at the last
- # statement of the loop, it must have been
- # declared here.
- $var = "my " . $var;
- }
}
} elsif ($var->name eq "rv2gv") {
$var = $self->pp_rv2sv($var, 1);
+ if ($enter->private & OPpOUR_INTRO) {
+ # our declarations don't have package names
+ $var =~ s/^(.).*::/$1/;
+ $var = "our $var";
+ }
} elsif ($var->name eq "gv") {
$var = "\$" . $self->deparse($var, 1);
}
return "{;}"; # {} could be a hashref
}
# If there isn't a continue block, then the next pointer for the loop
- # will point to the unstack, which is kid's penultimate child, except
+ # will point to the unstack, which is kid's last child, except
# in a bare loop, when it will point to the leaveloop. When neither of
- # these conditions hold, then the third-to-last child in the continue
+ # these conditions hold, then the second-to-last child is the continue
# block (or the last in a bare loop).
my $cont_start = $enter->nextop;
my $cont;
- if ($$cont_start != $$op && ${$cont_start->sibling} != ${$body->last}) {
+ if ($$cont_start != $$op && ${$cont_start} != ${$body->last}) {
if ($bare) {
$cont = $body->last;
} else {
$cont = $body->first;
- while (!null($cont->sibling->sibling->sibling)) {
+ while (!null($cont->sibling->sibling)) {
$cont = $cont->sibling;
}
}