chdir 't' if -d 't';
@INC = '../lib';
require Config; import Config;
- unless ($Config{'useperlio'}) {
+ unless (find PerlIO::Layer 'perlio') {
print "1..0 # Skip: PerlIO not used\n";
exit 0;
}
# this should fail
eval { import() };
-like( $@, qr/needs explicit list of disciplines/,
+like( $@, qr/needs explicit list of disciplines/,
'import should fail without args' );
# the hint bits shouldn't be set yet
-is( $^H & $open::hint_bits, 0,
+is( $^H & $open::hint_bits, 0,
'hint bits should not be set in $^H before open import' );
# prevent it from loading I18N::Langinfo, so we can test encoding failures
$warn = '';
eval q{ use warnings 'layer'; use open IN => ':macguffin' ; };
-like( $warn, qr/Unknown discipline layer/,
+like( $warn, qr/Unknown discipline layer/,
'should warn about unknown discipline with bad discipline provided' );
SKIP: {
- skip("no perlio, no :utf8", 1) unless $Config{useperlio};
+ skip("no perlio, no :utf8", 1) unless (find PerlIO::Layer 'perlio');
# now load a real-looking locale
$ENV{LC_ALL} = ' .utf8';
import( 'IN', 'locale' );
# and see if it sets the magic variables appropriately
import( 'IN', ':crlf' );
-ok( $^H & $open::hint_bits,
+ok( $^H & $open::hint_bits,
'hint bits should be set in $^H after open import' );
is( $^H{'open_IN'}, 'crlf', 'should have set crlf layer' );
is( $^H{'open_IO'}, 'crlf', 'should record last layer set in %^H' );
SKIP: {
- skip("no perlio, no :utf8", 4) unless $Config{'useperlio'};
+ skip("no perlio, no :utf8", 4) unless (find PerlIO::Layer 'perlio');
eval <<EOE;
use open ':utf8';
foreach my $file (@w_files) {
next if $file =~ /(~|\.orig|,v)$/;
- next if $file =~ /perlio$/ && !$Config{useperlio};
+ next if $file =~ /perlio$/ && !(find PerlIO::Layer 'perlio');
open F, "<$file" or die "Cannot open $file: $!\n" ;
my $line = 0;
foreach my $option (split(' ', $1)) {
if ($option eq 'regex') { # allow regular expressions
$option_regex = 1;
- }
+ }
elsif ($option eq 'random') { # all lines match, but in any order
$option_random = 1;
}
plan(tests => 8);
ok( binmode(STDERR), 'STDERR made binary' );
-if ($Config{useperlio}) {
+if (find PerlIO::Layer 'perlio') {
ok( binmode(STDERR, ":unix"), ' with unix discipline' );
} else {
- ok(1, ' skip unix discipline for -Uuseperlio' );
+ ok(1, ' skip unix discipline without PerlIO layers' );
}
ok( binmode(STDERR, ":raw"), ' raw' );
ok( binmode(STDERR, ":crlf"), ' and crlf' );
# If this one fails, we're in trouble. So we just bail out.
ok( binmode(STDOUT), 'STDOUT made binary' ) || exit(1);
-if ($Config{useperlio}) {
+if (find PerlIO::Layer 'perlio') {
ok( binmode(STDOUT, ":unix"), ' with unix discipline' );
} else {
- ok(1, ' skip unix discipline for -Uuseperlio' );
+ ok(1, ' skip unix discipline without PerlIO layers' );
}
ok( binmode(STDOUT, ":raw"), ' raw' );
ok( binmode(STDOUT, ":crlf"), ' and crlf' );
unlink($file);
}
-if ($Config{useperlio}) {
+if (find PerlIO::Layer 'perlio') {
plan(tests => 6);
ok(open(FOO,">:crlf",$file));
ok(print FOO 'a'.((('a' x 14).qq{\n}) x 2000) || close(FOO));