use Test::Builder;
use File::Spec;
-use FindBin qw($Bin);
use File::Find;
+use Cwd qw/ cwd /;
use vars qw( $PERL $UNTAINT_PATTERN $PERL_PATTERN);
);
my $Test = Test::Builder->new;
-my $updir = File::Spec->updir();
+
+my $no_plan;
sub import {
my $self = shift;
*{$caller.'::all_perl_files_ok'} = \&all_perl_files_ok;
}
$Test->exported_to($caller);
+
+ if ($_[0] && $_[0] eq 'no_plan') {
+ shift;
+ $no_plan = 1;
+ }
$Test->plan(@_);
}
sub _all_perl_files {
my @all_files = _all_files(@_);
- return grep { _is_perl_module($_) || _is_perl_script($_) } @all_files;
+ return grep { _is_perl_module($_) || _is_perl_script($_) || _is_pod_file($_) } @all_files;
}
sub _all_files {
- my @base_dirs = @_ ? @_ : File::Spec->catdir($Bin, $updir);
+ my @base_dirs = @_ ? @_ : cwd();
+ my $options = pop(@base_dirs) if ref $base_dirs[-1] eq 'HASH';
my @found;
my $want_sub = sub {
- return if ($File::Find::dir =~ m![\\/]?CVS[\\/]|[\\/]?.svn[\\/]!); # Filter out cvs or subversion dirs/
+ return if ($File::Find::dir =~ m![\\/]?CVS[\\/]|[\\/]?\.svn[\\/]!); # Filter out cvs or subversion dirs/
return if ($File::Find::dir =~ m![\\/]?blib[\\/]libdoc$!); # Filter out pod doc in dist
return if ($File::Find::dir =~ m![\\/]?blib[\\/]man\d$!); # Filter out pod doc in dist
+ return if ($File::Find::dir =~ m![\\/]?inc!); # Filter out Module::Install stuff
return if ($File::Find::name =~ m!Build$!i); # Filter out autogenerated Build script
return unless (-f $File::Find::name && -r _);
push @found, File::Spec->no_upwards( $File::Find::name );
# Formats various human invisible symbols
# to similar visible ones.
-# Perhaps ^M or something like that
+# Perhaps ^M or something like that
# would be more appropriate?
-sub _show_whitespace {
+sub _show_whitespace {
my $string = shift;
$string =~ s/\r/[\\r]/g;
$string =~ s/\t/[\\t]/g;
# Format a line record for diagnostics.
-sub _debug_line {
+sub _debug_line {
my ( $options, $line ) = @_;
$line->[2] =~ s/\n\z//g;
- return "line $line->[1] : $line->[0] " . (
- $options->{show_lines} ? qq{: } . _show_whitespace( $line->[2] ) : q{}
+ return "line $line->[1]: $line->[0]" . (
+ $options->{show_lines} ? qq{: } . _show_whitespace( $line->[2] ) : q{}
);
}
my $file = shift;
my $test_txt;
$test_txt = shift if !ref $_[0];
- $test_txt ||= "No windows line endings in '$file'";
+ $test_txt ||= "No incorrect line endings in '$file'";
my $options = shift if ref $_[0] eq 'HASH';
$options ||= {
trailing_whitespace => 0,
all_reasons => 0,
};
$file = _module_to_path($file);
-
+
open my $fh, $file or do { $Test->ok(0, $test_txt); $Test->diag("Could not open $file: $!"); return; };
# Windows-- , default is :crlf, which hides \r\n -_-
- binmode( $fh, ':raw:utf8' );
+ binmode( $fh, ':raw' );
my $line = 0;
my @fails;
while (<$fh>) {
# once there's an err.
last if( @fails > 0 && !$options->{all_reasons} );
}
- if( @fails ){
+ if( @fails ){
$Test->ok( 0, $test_txt . " on " . _debug_line({ show_lines => 0 } , $fails[0] ) );
if ( $options->{all_reasons} || 1 ){
$Test->diag( " Problem Lines: ");
- for ( @fails ){
+ for ( @fails ){
$Test->diag(_debug_line({ show_lines => 1 } , $_ ) );
}
}
$_[0] =~ /\.pm$/i || $_[0] =~ /::/;
}
+sub _is_pod_file {
+ $_[0] =~ /\.pod$/i;
+}
+
sub _is_perl_script {
my $file = shift;
return 1 if $file =~ /\.pl$/i;
return 1 if $file =~ /\.t$/;
- open my $fh, $file or return;
+ open (my $fh, $file) or return;
my $first = <$fh>;
return 1 if defined $first && ($first =~ $PERL_PATTERN);
return;
}
sub _make_plan {
+ return if $no_plan;
unless ($Test->has_plan) {
$Test->plan( 'no_plan' );
}
=head1 SYNOPSIS
-C<Test::EOL> lets you check the presence of windows line endings in your
-perl code. It
-report its results in standard C<Test::Simple> fashion:
+C<Test::EOL> lets you check for the presence of trailing whitespace and/or
+windows line endings in your perl code. It reports its results in standard
+C<Test::Simple> fashion:
use Test::EOL tests => 1;
eol_unix_ok( 'lib/Module.pm', 'Module is ^M free');
use Test::EOL;
all_perl_files_ok({ trailing_whitespace => 1 }, @mydirs );
+or
+
+ use Test::More;
+ use Test::EOL 'no_test';
+ all_perl_files_ok();
+ done_testing;
+
=head1 DESCRIPTION
This module scans your project/distribution for any perl files (scripts,
A list of functions that can be exported. You can delete this section
if you don't export anything, such as for a purely object-oriented module.
-=func all_perl_files_ok( [ \%options ], [ @directories ] )
+=func all_perl_files_ok
+
+ all_perl_files_ok( [ \%options ], [ @directories ] )
Applies C<eol_unix_ok()> to all perl files found in C<@directories> (and sub
-directories). If no <@directories> is given, the starting point is one level
-above the current running script, that should cover all the files of a typical
-CPAN distribution. A perl file is *.pl or *.pm or *.t or a file starting
+directories). If no <@directories> is given, the starting point is the current
+working directory, as tests are usually run from the top directory in a typical
+CPAN distribution. A perl file is *.pl or *.pm or *.pod or *.t or a file starting
with C<#!...perl>
+Valid C<\%options> currently are:
+
+=over
+
+=item * trailing_whitespace
+
+By default Test::EOL only looks for Windows (CR/LF) line-endings. Set this
+to true to raise errors if any kind of trailing whitespace is present in
+the file.
+
+=item * all_reasons
+
+Normally Test::EOL reports only the first error in every file (given that
+a text file originated on Windows will fail every single line). Set this
+a true value to register a test failure for every line with an error.
+
+=back
+
If the test plan is defined:
use Test::EOL tests => 3;
the total number of files tested must be specified.
-=func eol_unix_ok( $file [, $text] [, \%options ] )
+=func eol_unix_ok
+
+ eol_unix_ok ( $file [, $text] [, \%options ] )
Run a unix EOL check on C<$file>. For a module, the path (lib/My/Module.pm) or the
-name (My::Module) can be both used.
+name (My::Module) can be both used. C<$text> is the diagnostic label emited after
+the C<ok>/C<not ok> TAP output. C<\%options> takes the same values as described in
+L</all_perl_files_ok>.
=head1 ACKNOWLEDGEMENTS