#!./perl BEGIN { chdir 't'; @INC = '../lib'; require './test.pl'; } plan tests => 18; eval { for (\2) { $_ = } }; like($@, 'Modification of a read-only value attempted', '[perl #19566]'); { open A,"+>a"; $a = 3; is($a .= , 3, '#21628 - $a .= , A eof'); close A; $a = 4; is($a .= , 4, '#21628 - $a .= , A closed'); unlink "a"; } # 82 is chosen to exceed the length for sv_grow in do_readline (80) foreach my $k (1, 82) { my $result = runperl (stdin => '', stderr => 1, prog => "\$x = q(k) x $k; \$a{\$x} = qw(v); \$_ = <> foreach keys %a; print qw(end)", ); $result =~ s/\n\z// if $^O eq 'VMS'; is ($result, "end", '[perl #21614] for length ' . length('k' x $k)); } foreach my $k (1, 21) { my $result = runperl (stdin => ' rules', stderr => 1, prog => "\$x = q(perl) x $k; \$a{\$x} = q(v); foreach (keys %a) {\$_ .= <>; print}", ); $result =~ s/\n\z// if $^O eq 'VMS'; is ($result, ('perl' x $k) . " rules", 'rcatline to shared sv for length ' . length('perl' x $k)); } foreach my $l (1, 82) { my $k = $l; $k = 'k' x $k; my $copy = $k; $k = ; is ($k, "moo\n", 'catline to COW sv for length ' . length $copy); } foreach my $l (1, 21) { my $k = $l; $k = 'perl' x $k; my $perl = $k; $k .= ; is ($k, "$perl rules\n", 'rcatline to COW sv for length ' . length $perl); } use strict; use File::Spec; open F, File::Spec->curdir and sysread F, $_, 1; my $err = $! + 0; close F; SKIP: { skip "you can read directories as plain files", 2 unless( $err ); $!=0; open F, File::Spec->curdir and $_=; ok( $!==$err && !defined($_) => 'readline( DIRECTORY )' ); close F; $!=0; { local $/; open F, File::Spec->curdir and $_=; ok( $!==$err && !defined($_) => 'readline( DIRECTORY ) slurp mode' ); close F; } } fresh_perl_is('BEGIN{<>}', '', { switches => ['-w'], stdin => '', stderr => 1 }, 'No ARGVOUT used only once warning'); fresh_perl_is('print readline', 'foo', { switches => ['-w'], stdin => 'foo', stderr => 1 }, 'readline() defaults to *ARGV'); my $obj = bless []; $obj .= ; like($obj, qr/main=ARRAY.*world/, 'rcatline and refs'); # bug #38631 require Tie::Scalar; tie our $one, 'Tie::StdScalar', "A: "; tie our $two, 'Tie::StdScalar', "B: "; my $junk = $one; $one .= ; $two .= ; is( $one, "A: One\n", "rcatline works with tied scalars" ); is( $two, "B: Two\n", "rcatline works with tied scalars" ); __DATA__ moo moo rules rules world One Two