use constant TESTDIR => 'testdir';
use constant INPUTZIP => 'testin.zip';
use constant OUTPUTZIP => 'testout.zip';
use constant ZIP => 'zip ';
use constant ZIPTEST => 'unzip -t ';
use constant TESTSTRING => join ( "\n", 1 .. 102 ) . "\n";
use constant TESTSTRINGLENGTH => length(TESTSTRING);
use constant TESTSTRINGCRC => Archive::Zip::computeCRC32(TESTSTRING);
use constant CAT => $^X . ' -pe "BEGIN{binmode(STDIN);binmode(STDOUT)}"';
use constant CATPIPE => '| ' . CAT . ' >';
use vars qw($zipWorks $testZipDoesntWork $catWorks);
local ( $zipWorks, $testZipDoesntWork, $catWorks );
sub testZip
{
my $zipName = shift || OUTPUTZIP;
if ($testZipDoesntWork)
{
return wantarray ? ( 0, '' ) : 0;
}
my $cmd = ZIPTEST . $zipName . ( $^O eq 'MSWin32' ? '' : ' 2>&1' );
my $zipout = `$cmd`;
return wantarray ? ( $?, $zipout ) : $?;
}
sub fileCRC
{
my $fileName = shift;
local $/ = undef;
my $fh = IO::File->new( $fileName, "r" );
binmode($fh);
return 0 if not defined($fh);
my $contents = <$fh>;
return Archive::Zip::computeCRC32($contents);
}
sub testCat
{
my $fh = IO::File->new( CATPIPE . OUTPUTZIP );
binmode($fh);
my $testString = pack( 'C256', 0 .. 255 );
my $testCrc = Archive::Zip::computeCRC32($testString);
$fh->write( $testString, length($testString) ) or return 0;
$fh->close();
( -f OUTPUTZIP ) or return 0;
my @stat = stat(OUTPUTZIP);
$stat[7] == length($testString) or return 0;
fileCRC(OUTPUTZIP) == $testCrc or return 0;
unlink(OUTPUTZIP);
return 1;
}
BEGIN
{
$catWorks = testCat();
warn( 'warning: ', CAT, " doesn't seem to work, may skip some tests" )
if !$catWorks;
}
BEGIN
{
unlink(INPUTZIP);
my $cmd = ZIP . INPUTZIP . ' *' . ( $^O eq 'MSWin32' ? '' : ' 2>&1' );
my $zipout = `$cmd`;
$zipWorks = not $?;
warn( 'warning: ', ZIP, " doesn't seem to work, may skip some tests" )
if not $zipWorks;
}
BEGIN
{
$testZipDoesntWork = 0;
my ( $status, $zipout ) = testZip(INPUTZIP);
$testZipDoesntWork = $status;
warn( 'warning: ', ZIPTEST, " doesn't seem to work, may skip some tests" )
if $testZipDoesntWork;
}
1;