@INC = '../lib';
}
-use Test::More tests => 15;
+use Test::More tests => 16;
use_ok( 'B::Terse' );
# now build some regexes that should match the dumped ops
my ($hex, $op) = ('\(0x[a-f0-9]+\)', '\s+\w+');
my %ops = map { $_ => qr/$_ $hex$op/ }
- qw ( OP COP LOOP PMOP UNOP BINOP LOGOP LISTOP );
+ qw ( OP COP LOOP PMOP UNOP BINOP LOGOP LISTOP PVOP );
# split up the output lines into individual ops (terse is, well, terse!)
# use an array here so $_ is modifiable
# XXX:
# this tries to get at all tersified optypes in B::Terse
-# if you add AV, NULL, PADOP, PVOP, or SPECIAL, add it to the regex above too
+# if you can think of a way to produce AV, NULL, PADOP, or SPECIAL,
+# add it to the regex above too. (PADOPs are currently only produced
+# under ithreads, though).
#
use vars qw( $a $b );
sub bar {
# this is awful, but it gives a PMOP
my $boo = split('', $foo);
- # PMOP
+ # PVOP, LOOP
LOOP: for (1 .. 10) {
last LOOP if $_ % 2;
}
# make a PV
$foo = "a string";
+
+ # make an OP_SUBSTCONT
+ $foo =~ s/(a)/$1/;
}
# Schwern's example of finding an RV
my $path = join " ", map { qq["-I$_"] } @INC;
+$path = '-I::lib -MMac::err=unix' if $^O eq 'MacOS';
my $redir = $^O eq 'MacOS' ? '' : "2>&1";
my $items = qx{$^X $path "-MO=Terse" -le "print \\42" $redir};
like( $items, qr/RV $hex \\42/, 'RV' );