#!/usr/bin/perl BEGIN { unshift @INC, 't/lib'; } chdir 't'; use strict; use warnings; use Test::More; BEGIN { if ($^O !~ /MSWin32/i) { plan skip_all => 'This is not Win32'; } } plan 'no_plan'; # BinGOs says there are 63 but I can only see 62 use Config; use File::Spec; use File::Basename; use ExtUtils::MM; require_ok( 'ExtUtils::MM_Win32' ); # Dummy MM object until we have a real MM init method. my $MM = bless { DIR => [], NOECHO => '@', XS => {}, MAKEFILE => 'Makefile', RM_RF => 'rm -rf', MV => 'mv', MAKE => $Config{make} }, 'MM'; # replace_manpage_separator() => tr|/|.|s ? { my $man = 'a/path/to//something'; ( my $replaced = $man ) =~ tr|/|.|s; is( $MM->replace_manpage_separator( $man ), $replaced, 'replace_manpage_separator()' ); } # maybe_command() SKIP: { skip( '$ENV{COMSPEC} not set', 2 ) unless $ENV{COMSPEC} =~ m!((?:[a-z]:)?[^|<>]+)!i; my $comspec = $1; is( $MM->maybe_command( $comspec ), $comspec, 'COMSPEC is a maybe_command()' ); ( my $comspec2 = $comspec ) =~ s|\..{3}$||; like( $MM->maybe_command( $comspec2 ), qr/\Q$comspec/i, 'maybe_command() without extension' ); } my $had_pathext = exists $ENV{PATHEXT}; { local $ENV{PATHEXT} = '.exe'; ok( ! $MM->maybe_command( 'not_a_command.com' ), 'not a maybe_command()' ); } # Bug in Perl. local $ENV{FOO} won't delete the key afterward. delete $ENV{PATHEXT} unless $had_pathext; # file_name_is_absolute() [Does not support UNC-paths] { ok( $MM->file_name_is_absolute( 'C:/' ), 'file_name_is_absolute()' ); ok( ! $MM->file_name_is_absolute( 'some/path/' ), 'not file_name_is_absolute()' ); } # find_perl() # Should be able to find running perl... $^X is OK on Win32 { my $my_perl = $1 if $^X =~ /(.*)/; # are we in -T or -t? my( $perl, $path ) = fileparse( $my_perl ); like( $MM->find_perl( $], [ $perl ], [ $path ], 0 ), qr/^\Q$my_perl\E$/i, 'find_perl() finds this perl' ); } # catdir() (calls MM_Win32->canonpath) { my @path_eg = qw( c: trick dir/now_OK ); is( $MM->catdir( @path_eg ), 'C:\\trick\\dir\\now_OK', 'catdir()' ); is( $MM->catdir( @path_eg ), File::Spec->catdir( @path_eg ), 'catdir() eq File::Spec->catdir()' ); # catfile() (calls MM_Win32->catdir) push @path_eg, 'file.ext'; is( $MM->catfile( @path_eg ), 'C:\\trick\\dir\\now_OK\\file.ext', 'catfile()' ); is( $MM->catfile( @path_eg ), File::Spec->catfile( @path_eg ), 'catfile() eq File::Spec->catfile()' ); } # init_tools(): check if all keys are created and set? note "init_tools creates expected keys"; { my $mm_w32 = bless( { BASEEXT => 'Foo', MAKE => $Config{make} }, 'MM' ); $mm_w32->init_tools(); my @keys = qw( TOUCH CHMOD CP RM_F RM_RF MV NOOP NOECHO ECHO ECHO_N TEST_F DEV_NULL ); for my $key ( @keys ) { ok( $mm_w32->{ $key }, "init_tools: $key" ); } } note "init_others creates expected keys"; { my $mm_w32 = bless( { BASEEXT => 'Foo', MAKE => $Config{make} }, 'MM' ); $mm_w32->init_others(); my @keys = qw( LD AR LDLOADLIBS ); for my $key ( @keys ) { ok( $mm_w32->{ $key }, "init_others: $key" ); } } # constants() # XXX this test is probably useless now that we can call individual # init_* methods and check the keys in $mm_w32 directly { my $mm_w32 = bless { NAME => 'TestMM_Win32', VERSION => '1.00', PM => { 'MM_Win32.pm' => 1 }, MAKE => $Config{make}, }, 'MM'; # XXX Hack until we have a proper init method. # Flesh out some necessary keys in the MM object. @{$mm_w32}{qw(XS MAN1PODS MAN3PODS)} = ({}) x 3; @{$mm_w32}{qw(C O_FILES H)} = ([]) x 3; @{$mm_w32}{qw(PARENT_NAME)} = ('') x 3; $mm_w32->{FULLEXT} = 'TestMM_Win32'; $mm_w32->{BASEEXT} = 'TestMM_Win32'; $mm_w32->init_VERSION; $mm_w32->init_linker; $mm_w32->init_INST; $mm_w32->init_xs; my $s_PM = join( " \\\n\t", sort keys %{$mm_w32->{PM}} ); my $constants = $mm_w32->constants; foreach my $regex ( qr|^NAME \s* = \s* TestMM_Win32 \s* $|xms, qr|^VERSION \s* = \s* 1\.00 \s* $|xms, qr|^MAKEMAKER \s* = \s* \Q$INC{'ExtUtils/MakeMaker.pm'}\E \s* $|xms, qr|^MM_VERSION \s* = \s* \Q$ExtUtils::MakeMaker::VERSION\E \s* $|xms, qr|^TO_INST_PM \s* = \s* \Q$s_PM\E \s* $|xms, ) { like( $constants, $regex, 'constants() check' ); } } # path() { ok( eq_array( [ $MM->path() ], [ File::Spec->path ] ), 'path() [preset]' ); } # static_lib() should look into that # dynamic_bs() should look into that # dynamic_lib() should look into that # init_linker { my $libperl = File::Spec->catfile('$(PERL_INC)', $Config{libperl} || 'libperl.a'); my $export = '$(BASEEXT).def'; my $after = ''; $MM->init_linker; is( $MM->{PERL_ARCHIVE}, $libperl, 'PERL_ARCHIVE' ); is( $MM->{PERL_ARCHIVE_AFTER}, $after, 'PERL_ARCHIVE_AFTER' ); is( $MM->{EXPORT_LIST}, $export, 'EXPORT_LIST' ); } # canonpath() { my $path = 'c:\\Program Files/SomeApp\\Progje.exe'; is( $MM->canonpath( $path ), File::Spec->canonpath( $path ), 'canonpath() eq File::Spec->canonpath' ); } # perl_script() my $script_ext = ''; my $script_name = 'mm_w32tmp'; SKIP: { local *SCRIPT; skip( "Can't create temp file: $!", 4 ) unless open SCRIPT, "> $script_name"; print SCRIPT <<'EOSCRIPT'; #! perl __END__ EOSCRIPT skip( "Can't write to temp file: $!", 4 ) unless close SCRIPT; # now start tests: is( $MM->perl_script( $script_name ), "${script_name}$script_ext", "perl_script ($script_ext)" ); skip( "Can't rename temp file: $!", 3 ) unless rename $script_name, "${script_name}.pl"; $script_ext = '.pl'; is( $MM->perl_script( $script_name ), "${script_name}$script_ext", "perl_script ($script_ext)" ); skip( "Can't rename temp file: $!", 2 ) unless rename "${script_name}$script_ext", "${script_name}.bat"; $script_ext = '.bat'; is( $MM->perl_script( $script_name ), "${script_name}$script_ext", "perl_script ($script_ext)" ); skip( "Can't rename temp file: $!", 1 ) unless rename "${script_name}$script_ext", "${script_name}.noscript"; $script_ext = '.noscript'; isnt( $MM->perl_script( $script_name ), "${script_name}$script_ext", "not a perl_script anymore ($script_ext)" ); is( $MM->perl_script( $script_name ), undef, "perl_script ($script_ext) returns empty" ); } unlink "${script_name}$script_ext" if -f "${script_name}$script_ext"; # is_make_type() { # Check for literal nmake SKIP: { skip("Not using 'nmake'", 2) unless $Config{make} eq 'nmake'; ok( $MM->is_make_type('nmake'), '->is_make_type(nmake) true' ); ok( ! $MM->is_make_type('dmake'), '->is_make_type(dmake) false' ); } # Check for literal nmake SKIP: { skip("Not using /nmake/", 2) unless $Config{make} =~ /nmake/; ok( $MM->is_make_type('nmake'), '->is_make_type(nmake) true' ); ok( ! $MM->is_make_type('dmake'), '->is_make_type(dmake) false' ); } # Check for literal dmake SKIP: { skip("Not using 'dmake'", 2) unless $Config{make} eq 'dmake'; ok( $MM->is_make_type('dmake'), '->is_make_type(dmake) true' ); ok( ! $MM->is_make_type('nmake'), '->is_make_type(nmake) false' ); } # Check for literal dmake SKIP: { skip("Not using /dmake/", 2) unless $Config{make} =~ /dmake/; ok( $MM->is_make_type('dmake'), '->is_make_type(dmake) true' ); ok( ! $MM->is_make_type('nmake'), '->is_make_type(nmake) false' ); } } # xs_o() should look into that # top_targets() should look into that # dist_ci() should look into that # dist_core() should look into that # _identify_compiler_environment() { sub _run_cc_id { my ( $config ) = @_; $config->{cc} ||= ''; my @cc_env = ExtUtils::MM_Win32::_identify_compiler_environment( $config ); my %cc_env = ( BORLAND => $cc_env[0], GCC => $cc_env[1], MSVC => $cc_env[2] ); return \%cc_env; } sub _check_cc_id_value { my ( $test ) = @_; my $res = _run_cc_id( $test->{config} ); fail( "unknown key '$test->{key}'" ) if !exists $res->{$test->{key}}; my $val = $res->{$test->{key}}; is( $val, $test->{expect}, $test->{desc} ); return; } my @tests = ( { config => {}, key => 'GCC', expect => 0, desc => 'empty cc is not recognized as gcc', }, { config => { cc => 'gcc' }, key => 'GCC', expect => 1, desc => 'plain "gcc" is recognized', }, { config => { cc => 'C:/MinGW/bin/gcc.exe' }, key => 'GCC', expect => 1, desc => 'fully qualified "gcc" is recognized', }, { config => { cc => 'C:/MinGW/bin/gcc-1.exe' }, key => 'GCC', expect => 1, desc => 'dash-extended gcc is recognized', }, { config => { cc => 'C:/MinGW/bin/gcc_1.exe' }, key => 'GCC', expect => 0, desc => 'underscore-extended gcc is not recognized', }, { config => {}, key => 'BORLAND', expect => 0, desc => 'empty cc is not recognized as borland', }, { config => { cc => 'bcc' }, key => 'BORLAND', expect => 1, desc => 'plain "bcc" is recognized', }, { config => { cc => 'C:/Borland/bin/bcc.exe' }, key => 'BORLAND', expect => 1, desc => 'fully qualified borland cc is recognized', }, { config => { cc => 'bcc-1.exe' }, key => 'BORLAND', expect => 1, desc => 'dash-extended borland cc is recognized', }, { config => { cc => 'bcc_1.exe' }, key => 'BORLAND', expect => 1, desc => 'underscore-extended borland cc is recognized', }, ); _check_cc_id_value($_) for @tests; } package FakeOut; sub TIEHANDLE { bless(\(my $scalar), $_[0]); } sub PRINT { my $self = shift; $$self .= shift; }