my ($plan, $test, $failed, $no_diag, $done_testing);
+our @EXPORT = qw<
+ plan
+ skip
+ done_testing
+ pass
+ fail
+ ok
+ is
+ isnt
+ like
+ unlike
+ cmp_ok
+ is_deeply
+ diag
+ note
+ BAIL_OUT
+>;
+
+=head1 ENVIRONMENT
+
+=head2 C<PERL_TEST_LEANER_USES_TEST_MORE>
+
+If this environment variable is set, L<Test::Leaner> will replace its functions by those from L<Test::More>.
+Moreover, the symbols that are imported you C<use Test::Leaner> will be those from L<Test::More>, but you can still only import the symbols originally defined in L<Test::Leaner> (hence the functions from L<Test::More> that are not implemented in L<Test::Leaner> will not be imported).
+If your version of L<Test::More> is too old and doesn't have some symbols (like L</note> or L</done_testing>), they will be replaced in L<Test::Leaner> by croaking stubs.
+
+This may be useful if your L<Test::Leaner>-based test script fails and you want extra diagnostics.
+
+=cut
+
+sub _handle_import_args {
+ my @imports;
+
+ my $i = 0;
+ while ($i <= $#_) {
+ my $item = $_[$i];
+ my $splice;
+ if (defined $item) {
+ if ($item eq 'import') {
+ push @imports, @{ $_[$i+1] };
+ $splice = 2;
+ } elsif ($item eq 'no_diag') {
+ lock $plan if THREADSAFE;
+ $no_diag = 1;
+ $splice = 1;
+ }
+ }
+ if ($splice) {
+ splice @_, $i, $splice;
+ } else {
+ ++$i;
+ }
+ }
+
+ return @imports;
+}
+
+if ($ENV{PERL_TEST_LEANER_USES_TEST_MORE}) {
+ require Test::More;
+
+ my $leaner_stash = \%Test::Leaner::;
+ my $more_stash = \%Test::More::;
+
+ my %valid_imports;
+
+ for (@EXPORT) {
+ my $replacement = exists $more_stash->{$_} ? *{$more_stash->{$_}}{CODE}
+ : undef;
+ if (defined $replacement) {
+ $valid_imports{$_} = 1;
+ } else {
+ $replacement = sub {
+ @_ = ("$_ is not implemented in this version of Test::More");
+ goto &croak;
+ };
+ }
+ no warnings 'redefine';
+ $leaner_stash->{$_} = $replacement;
+ }
+
+ my $import = sub {
+ shift;
+ my @imports = &_handle_import_args;
+ @imports = @EXPORT unless @imports;
+ my @test_more_imports;
+ for (@imports) {
+ if ($valid_imports{$_}) {
+ push @test_more_imports, $_;
+ } else {
+ my $pkg = caller;
+ no strict 'refs';
+ *{$pkg."::$_"} = $leaner_stash->{$_};
+ }
+ }
+ my $test_more_import = 'Test::More'->can('import');
+ @_ = (
+ 'Test::More',
+ @_,
+ import => \@test_more_imports,
+ );
+ {
+ lock $plan if THREADSAFE;
+ push @_, 'no_diag' if $no_diag;
+ }
+ goto $test_more_import;
+ };
+
+ no warnings 'redefine';
+ *import = $import;
+
+ return 1;
+}
+
sub NO_PLAN () { -1 }
sub SKIP_ALL () { -2 }
sub carp {
my $level = 1 + ($Test::Builder::Level || 0);
- my ($file, $line) = (caller $level)[1, 2];
+ my @caller;
+ do {
+ @caller = caller $level--;
+ } while (!@caller and $level >= 0);
+ my ($file, $line) = @caller[1, 2];
warn @_, " at $file line $line.\n";
}
sub croak {
my $level = 1 + ($Test::Builder::Level || 0);
- my ($file, $line) = (caller $level)[1, 2];
+ my @caller;
+ do {
+ @caller = caller $level--;
+ } while (!@caller and $level >= 0);
+ my ($file, $line) = @caller[1, 2];
die @_, " at $file line $line.\n";
}
=head2 C<< plan [ tests => $count | 'no_plan' | skip_all => $reason ] >>
+See L<Test::More/plan>.
+
=cut
sub plan {
return 1;
}
-our @EXPORT = qw<
- plan
- skip
- done_testing
- pass
- fail
- ok
- is
- isnt
- like
- unlike
- cmp_ok
- is_deeply
- diag
- note
- BAIL_OUT
->;
-
sub import {
my $class = shift;
- my @imports;
- my $i = 0;
- while ($i <= $#_) {
- my $item = $_[$i];
- my $splice;
- if (defined $item) {
- if ($item eq 'import') {
- push @imports, @{ $_[$i+1] };
- $splice = 2;
- } elsif ($item eq 'no_diag') {
- lock $plan if THREADSAFE;
- $no_diag = 1;
- $splice = 1;
- }
- }
- if ($splice) {
- splice @_, $i, $splice;
- } else {
- ++$i;
- }
- }
+ my @imports = &_handle_import_args;
if (@_) {
local $Test::Builder::Level = ($Test::Builder::Level || 0) + 1;
=head2 C<< skip $reason => $count >>
+See L<Test::More/skip>.
+
=cut
sub skip {
=head2 C<done_testing [ $count ]>
+See L<Test::More/done_testing>.
+
=cut
sub done_testing {
=head2 C<ok $ok [, $desc ]>
+See L<Test::More/ok>.
+
=cut
sub ok ($;$) {
=head2 C<pass [ $desc ]>
+See L<Test::More/pass>.
+
=cut
sub pass (;$) {
=head2 C<fail [ $desc ]>
+See L<Test::More/fail>.
+
=cut
sub fail (;$) {
=head2 C<is $got, $expected [, $desc ]>
+See L<Test::More/is>.
+
=cut
sub is ($$;$) {
=head2 C<isnt $got, $expected [, $desc ]>
+See L<Test::More/isnt>.
+
=cut
sub isnt ($$;$) {
=head2 C<like $got, $regexp_expected [, $desc ]>
-=cut
+See L<Test::More/like>.
=head2 C<unlike $got, $regexp_expected, [, $desc ]>
+See L<Test::More/unlike>.
+
=cut
{
=head2 C<cmp_ok $got, $op, $expected [, $desc ]>
+See L<Test::More/cmp_ok>.
+
=cut
sub cmp_ok ($$$;$) {
=head2 C<is_deeply $got, $expected [, $desc ]>
+See L<Test::More/is_deeply>.
+
=cut
+sub _deep_ref_check {
+ my ($x, $y, $ry) = @_;
+
+ no warnings qw<numeric uninitialized>;
+
+ if ($ry eq 'ARRAY') {
+ return 0 unless $#$x == $#$y;
+
+ my ($ex, $ey);
+ for (0 .. $#$y) {
+ $ex = $x->[$_];
+ $ey = $y->[$_];
+
+ # Inline the beginning of _deep_check
+ return 0 if defined $ex xor defined $ey;
+
+ next if not(ref $ex xor ref $ey) and $ex eq $ey;
+
+ $ry = Scalar::Util::reftype($ey);
+ return 0 if Scalar::Util::reftype($ex) ne $ry;
+
+ return 0 unless $ry and _deep_ref_check($ex, $ey, $ry);
+ }
+
+ return 1;
+ } elsif ($ry eq 'HASH') {
+ return 0 unless keys(%$x) == keys(%$y);
+
+ my ($ex, $ey);
+ for (keys %$y) {
+ return 0 unless exists $x->{$_};
+ $ex = $x->{$_};
+ $ey = $y->{$_};
+
+ # Inline the beginning of _deep_check
+ return 0 if defined $ex xor defined $ey;
+
+ next if not(ref $ex xor ref $ey) and $ex eq $ey;
+
+ $ry = Scalar::Util::reftype($ey);
+ return 0 if Scalar::Util::reftype($ex) ne $ry;
+
+ return 0 unless $ry and _deep_ref_check($ex, $ey, $ry);
+ }
+
+ return 1;
+ } elsif ($ry eq 'SCALAR' or $ry eq 'REF') {
+ return _deep_check($$x, $$y);
+ }
+
+ return 0;
+}
+
sub _deep_check {
my ($x, $y) = @_;
no warnings qw<numeric uninitialized>;
- return 0 if defined($x) xor defined($y);
+ return 0 if defined $x xor defined $y;
# Try object identity/eq overloading first. It also covers the case where
# $x and $y are both undefined.
# If either $x or $y is overloaded but none has eq overloading, the test will
# break at that point.
- return 1 if not(ref($x) xor ref($y)) and $x eq $y;
+ return 1 if not(ref $x xor ref $y) and $x eq $y;
# Test::More::is_deeply happily breaks encapsulation if the objects aren't
# overloaded.
# $x eq $y test.
return 0 unless $ry;
- if ($ry eq 'ARRAY') {
- if ($#$x == $#$y) {
- # Prevent vivification of deleted elements by fetching the array values.
- my ($ex, $ey);
- _deep_check($ex = $x->[$_], $ey = $y->[$_]) or return 0 for 0 .. $#$x;
- return 1;
- }
- } elsif ($ry eq 'HASH') {
- if (keys(%$x) == keys(%$y)) {
- (exists $x->{$_} and _deep_check($x->{$_}, $y->{$_}))
- or return 0 for keys %$y;
- return 1;
- }
- } elsif ($ry eq 'SCALAR' or $ry eq 'REF') {
- return _deep_check($$x, $$y);
- }
-
- return 0;
-};
+ # We know that $x and $y are both references of type $ry, without overloading.
+ _deep_ref_check($x, $y, $ry);
+}
sub is_deeply {
@_ = (
=head2 C<diag @text>
+See L<Test::More/diag>.
+
=cut
sub diag {
=head2 C<note @text>
+See L<Test::More/note>.
+
=cut
sub note {
=head2 C<BAIL_OUT [ $desc ]>
+See L<Test::More/BAIL_OUT>.
+
=cut
sub BAIL_OUT {
$? = $failed <= 254 ? $failed : 254;
} elsif ($plan >= 0) {
$? = $test == $plan ? 0 : 255;
- } elsif ($plan == NO_PLAN) {
+ }
+ if ($plan == NO_PLAN) {
local $\;
print $TAP_STREAM "1..$test\n";
}
projects / perl / modules / Test-Leaner.git / blobdiff