#!./perl BEGIN { chdir 't' if -d 't'; @INC = qw(. ../lib); require './test.pl'; } plan( tests => 18 ); @oops = @ops = ; if ($^O eq 'MSWin32') { map { $files{lc($_)}++ } ; map { delete $files{"op/$_"} } split /[\s\n]/, `dir /b /l op & dir /b /l /ah op 2>nul`, } elsif ($^O eq 'VMS') { map { $files{lc($_)}++ } <[.op]*>; map { s/;.*$//; delete $files{lc($_)}; } split /[\n]/, `directory/noheading/notrailing/versions=1 [.op]`, } else { map { $files{$_}++ } ; map { delete $files{$_} } split /\n/, `ls op/* | cat`; } ok( !(keys(%files)),'leftover op/* files' ) or diag(join(' ',sort keys %files)); cmp_ok($/,'eq',"\n",'sane input record separator'); $not = ''; while () { $not = "not " unless $_ eq shift @ops; $not = "not at all " if $/ eq "\0"; } ok(!$not,"glob amid garbage [$not]"); cmp_ok($/,'eq',"\n",'input record separator still sane'); $_ = "op/*"; @glops = glob $_; cmp_ok("@glops",'eq',"@oops",'glob operator 1'); @glops = glob; cmp_ok("@glops",'eq',"@oops",'glob operator 2'); # glob should still work even after the File::Glob stash has gone away # (this used to dump core) my $i = 0; for (1..2) { eval "<.>"; ok(!length($@),"eval'ed a glob $_"); local %File::Glob::; ++$i; } cmp_ok($i,'==',2,'remove File::Glob stash'); # a more sinister version of the same test (crashes from 5.8 to 5.13.1) { local %File::Glob::; local %CORE::GLOBAL::; eval "<.>"; ok(!length($@),"remove File::Glob stash *and* CORE::GLOBAL::glob"); } # Also try undeffing the typeglob itself, instead of hiding it { local *CORE::GLOBAL::glob; ok eval { glob("0"); 1 }, 'undefined *CORE::GLOBAL::glob{CODE} at run time'; } # And hide the typeglob without hiding File::Glob (crashes from 5.8 # to 5.15.4) { local %CORE::GLOBAL::; ok eval q{ glob("0"); 1 }, 'undefined *CORE::GLOBAL::glob{CODE} at compile time'; } # ... while ($var = glob(...)) should test definedness not truth SKIP: { skip('no File::Glob to emulate Unix-ism', 1) unless $INC{'File/Glob.pm'}; my $ok = 0; $ok = 1 while my $var = glob("0"); ok($ok,'define versus truth'); } # The formerly-broken test for the situation above would accidentally # test definedness for an assignment with a LOGOP on the right: { my $f = 0; my $ok = 1; $ok = 0, undef $f while $x = $f||$f; ok($ok,'test definedness with LOGOP'); } cmp_ok(scalar(@oops),'>',0,'glob globbed something'); SKIP: { skip "~ globbing returns nothing on VMS", 1 if $^O eq 'VMS'; # This test exists mainly for miniperl, to test that external calls to # csh, which clear %ENV first, leave $ENV{HOME}. # On Windows, external glob uses File::DosGlob which returns "~", so # this should pass anyway. ok <~>, '~ works'; } { my $called; local *CORE::GLOBAL::glob = sub { ++$called }; eval 'CORE::glob("0")'; ok !$called, 'CORE::glob bypasses overrides'; } ######## glob() bug Mon, 01 Sep 2003 02:25:41 -0700 <200309010925.h819Pf0X011457@smtp3.ActiveState.com> SKIP: { use Config; skip("glob() works when cross-compiling, but this test doesn't", 1) if $Config{usecrosscompile}; my $switches = [qw(-lw)]; my $expected = "ok1\nok2\n"; my $name = "Make sure the presence of the CORE::GLOBAL::glob typeglob does not affect whether File::Glob::csh_glob is called."; fresh_perl_is(<<'EOP', $expected, { switches => $switches }, $name); if ($^O eq 'VMS') { # A pattern with a double quote in it is a syntax error to LIB$FIND_FILE # Should we strip quotes in Perl_vms_start_glob the way csh_glob() does? print "ok1\nok2\n"; } else { ++$INC{"File/Glob.pm"}; # prevent it from loading my $called1 = 0; my $called2 = 0; *File::Glob::csh_glob = sub { ++$called1 }; my $output1 = eval q{ glob(q(./"TEST")) }; undef *CORE::GLOBAL::glob; # but leave the typeglob itself there ++$CORE::GLOBAL::glob if 0; # "used only once" undef *File::Glob::csh_glob; # avoid redefinition warnings *File::Glob::csh_glob = sub { ++$called2 }; my $output2 = eval q{ glob(q(./"TEST")) }; print "ok1" if $called1 eq $called2; print "ok2" if $output1 eq $output2; } EOP }