+@list = ([ 'one', 1 ], [ 'two', 2 ]);
+sub func { $num = shift; (grep $_->[1] == $num, @list)[0] }
+print scalar(map &func($_), 1 .. 3), " ",
+ scalar(map scalar &func($_), 1 .. 3), "\n";
+EXPECT
+2 3
+########
+($k, $s) = qw(x 0);
+@{$h{$k}} = qw(1 2 4);
+for (@{$h{$k}}) { $s += $_; delete $h{$k} if ($_ == 2) }
+print "bogus\n" unless $s == 7;
+########
+my $a = 'outer';
+eval q[ my $a = 'inner'; eval q[ print "$a " ] ];
+eval { my $x = 'peace'; eval q[ print "$x\n" ] }
+EXPECT
+inner peace
+########
+-w
+$| = 1;
+sub foo {
+ print "In foo1\n";
+ eval 'sub foo { print "In foo2\n" }';
+ print "Exiting foo1\n";
+}
+foo;
+foo;
+EXPECT
+In foo1
+Subroutine foo redefined at (eval 1) line 1.
+Exiting foo1
+In foo2
+########
+$s = 0;
+map {#this newline here tickles the bug
+$s += $_} (1,2,4);
+print "eat flaming death\n" unless ($s == 7);
+########
+sub foo { local $_ = shift; split; @_ }
+@x = foo(' x y z ');
+print "you die joe!\n" unless "@x" eq 'x y z';
+########
+/(?{"{"})/ # Check it outside of eval too
+EXPECT
+Sequence (?{...}) not terminated or not {}-balanced at - line 1, within pattern
+/(?{"{"})/: Sequence (?{...}) not terminated or not {}-balanced at - line 1.
+########
+/(?{"{"}})/ # Check it outside of eval too
+EXPECT
+Unmatched right bracket at (re_eval 1) line 1, at end of line
+syntax error at (re_eval 1) line 1, near ""{"}"
+Compilation failed in regexp at - line 1.
+########
+BEGIN { @ARGV = qw(a b c) }
+BEGIN { print "argv <@ARGV>\nbegin <",shift,">\n" }
+END { print "end <",shift,">\nargv <@ARGV>\n" }
+INIT { print "init <",shift,">\n" }
+EXPECT
+argv <a b c>
+begin <a>
+init <b>
+end <c>
+argv <>
+########
+-l
+# fdopen from a system descriptor to a system descriptor used to close
+# the former.
+open STDERR, '>&=STDOUT' or die $!;
+select STDOUT; $| = 1; print fileno STDOUT;
+select STDERR; $| = 1; print fileno STDERR;
+EXPECT
+1
+2
+########
+-w
+sub testme { my $a = "test"; { local $a = "new test"; print $a }}
+EXPECT
+Can't localize lexical variable $a at - line 2.
+########
+package X;
+sub ascalar { my $r; bless \$r }
+sub DESTROY { print "destroyed\n" };
+package main;
+*s = ascalar X;
+EXPECT
+destroyed
+########
+package X;
+sub anarray { bless [] }
+sub DESTROY { print "destroyed\n" };
+package main;
+*a = anarray X;
+EXPECT
+destroyed
+########
+package X;
+sub ahash { bless {} }
+sub DESTROY { print "destroyed\n" };
+package main;
+*h = ahash X;
+EXPECT
+destroyed
+########
+package X;
+sub aclosure { my $x; bless sub { ++$x } }
+sub DESTROY { print "destroyed\n" };
+package main;
+*c = aclosure X;
+EXPECT
+destroyed
+########
+package X;
+sub any { bless {} }
+my $f = "FH000"; # just to thwart any future optimisations
+sub afh { select select ++$f; my $r = *{$f}{IO}; delete $X::{$f}; bless $r }
+sub DESTROY { print "destroyed\n" }
+package main;
+$x = any X; # to bump sv_objcount. IO objs aren't counted??
+*f = afh X;
+EXPECT
+destroyed
+destroyed
+########
+BEGIN {
+ $| = 1;
+ $SIG{__WARN__} = sub {
+ eval { print $_[0] };
+ die "bar\n";
+ };
+ warn "foo\n";
+}
+EXPECT
+foo
+bar
+BEGIN failed--compilation aborted at - line 8.
+########
+package X;
+@ISA='Y';
+sub new {
+ my $class = shift;
+ my $self = { };
+ bless $self, $class;
+ my $init = shift;
+ $self->foo($init);
+ print "new", $init;
+ return $self;
+}
+sub DESTROY {
+ my $self = shift;
+ print "DESTROY", $self->foo;
+}
+package Y;
+sub attribute {
+ my $self = shift;
+ my $var = shift;
+ if (@_ == 0) {
+ return $self->{$var};
+ } elsif (@_ == 1) {
+ $self->{$var} = shift;
+ }
+}
+sub AUTOLOAD {
+ $AUTOLOAD =~ /::([^:]+)$/;
+ my $method = $1;
+ splice @_, 1, 0, $method;
+ goto &attribute;
+}
+package main;
+my $x = X->new(1);
+for (2..3) {
+ my $y = X->new($_);
+ print $y->foo;
+}
+print $x->foo;
+EXPECT
+new1new22DESTROY2new33DESTROY31DESTROY1