304 lines
11 KiB
Perl
304 lines
11 KiB
Perl
# Before "make install", this script should be runnable with "make test".
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# After "make install" it should work as "perl t/PDF.t".
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BEGIN {
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$| = 1; print "1..26\n"; $Image::ExifTool::configFile = '';
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require './t/TestLib.pm'; t::TestLib->import();
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}
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END {print "not ok 1\n" unless $loaded;}
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# test 1: Load the module(s)
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use Image::ExifTool 'ImageInfo';
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use Image::ExifTool::PDF;
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$loaded = 1;
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print "ok 1\n";
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my $testname = 'PDF';
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my $testnum = 1;
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#------------------------------------------------------------------------------
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# PDF decryption test
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# Inputs: 0) Encrypt object reference, plus additional entries (see below),
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# 1) Test number, 2) encrypt flag (false for decryption)
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# Returns: nothing, but prints test result
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# Additional encrypt hash entries used by this routine:
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# _id - PDF file ID
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# _ref - PDF object reference string
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# _req - other module required for this test
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# _ciphertext - encrypted data
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# _plaintext - expected decryption result
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# _password - password for decryption (if used)
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sub CryptTest($$;$)
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{
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my ($cryptInfo, $testNum, $encrypt) = @_;
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my $skip = '';
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if (eval "require $$cryptInfo{_req}") {
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my $exifTool = Image::ExifTool->new;
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$exifTool->Options('Password', $$cryptInfo{_password});
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my $err = Image::ExifTool::PDF::DecryptInit($exifTool, $cryptInfo, $$cryptInfo{_id});
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unless ($err) {
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my $data = $$cryptInfo{$encrypt ? '_plaintext' : '_ciphertext'};
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Image::ExifTool::PDF::Crypt(\$data, $$cryptInfo{_ref} || '1 0 R', $encrypt);
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$err = $$cryptInfo{_error};
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if (not $err and $data ne $$cryptInfo{$encrypt ? '_ciphertext' : '_plaintext'}) {
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$err = "Test $testnum (decryption) returned wrong value:\n " . unpack('H*',$data);
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}
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}
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if ($err) {
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warn "\n $err\n";
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notOK();
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}
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} else {
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$skip = " # skip Requires $$cryptInfo{_req}";
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}
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print "ok $testnum$skip\n";
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}
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# test 2: Extract information from PDF.pdf
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{
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++$testnum;
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my $exifTool = Image::ExifTool->new;
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my $info = $exifTool->ImageInfo('t/images/PDF.pdf');
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notOK() unless check($exifTool, $info, $testname, $testnum);
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print "ok $testnum\n";
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}
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# test 3: Test Standard PDF decryption
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{
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++$testnum;
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my %cryptInfo = (
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Filter => '/Standard',
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P => -60,
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V => 1,
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R => 0,
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O => '<2055c756c72e1ad702608e8196acad447ad32d17cff583235f6dd15fed7dab67>',
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U => '<7150bd1da9d292af3627fca6a8dde1d696e25312041aed09059f9daee04353ae>',
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_id => pack('H*','12116a1a124ae4cd8179e8978f6ac88b'),
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_req => 'Digest::MD5',
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_ref => '4 0 R',
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_ciphertext => pack('N', 0x34a290d3),
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_plaintext => pack('N', 0x5924d335),
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);
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CryptTest(\%cryptInfo, $testNum);
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}
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# tests 4-21: Test writing, deleting and reverting two different files
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{
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# do a bunch of edits
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my @edits = ([ # (on file containing both PDF Info and XMP)
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[ # test 4: write PDF and XMP information
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[ 'PDF:Creator' => 'me'],
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[ 'XMP:Creator' => 'you' ],
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[ 'AllDates' => '2:30', Shift => -1 ],
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],[ # test 5: delete all PDF
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[ 'PDF:all' ],
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],[ # test 6: write some XMP
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[ 'XMP:Author' => 'them' ],
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],[ # test 7: create new PDF
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[ 'PDF:Keywords' => 'one' ],
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[ 'PDF:Keywords' => 'two' ],
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[ 'AppleKeywords' => 'three' ],
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[ 'AppleKeywords' => 'four' ],
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],[ # test 8: delete all XMP
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[ 'XMP:all' ],
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],[ # test 9: write some PDF
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[ 'PDF:Keywords' => 'another one', AddValue => 1 ],
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[ 'AppleKeywords' => 'three', DelValue => 1 ],
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],[ # test 10: create new XMP
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[ 'XMP:Author' => 'us' ],
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],[ # test 11: write some PDF
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[ 'PDF:Keywords' => 'two', DelValue => 1 ],
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[ 'AppleKeywords' => 'five', AddValue => 1 ],
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],[ # test 12: delete re-added XMP
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[ 'XMP:all' ],
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],
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],[ # (on file without PDF Info or XMP)
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[ # test 14: create new XMP
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[ 'XMP:Author' => 'him' ],
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],[ # test 15: create new PDF
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[ 'PDF:Author' => 'her' ],
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],[ # test 16: delete XMP and PDF
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[ 'XMP:all' ],
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[ 'PDF:all' ],
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],[ # test 17: delete XMP and PDF again
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[ 'XMP:all' ],
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[ 'PDF:all' ],
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],[ # test 18: create new PDF
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[ 'PDF:Author' => 'it' ],
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],[ # test 19: create new XMP
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[ 'XMP:Author' => 'thing' ],
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],[ # test 20: delete all
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[ 'all' ],
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],
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]);
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my $testSet;
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foreach $testSet (0,1) {
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my ($edit, $testfile2, $lastOK);
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my $testfile = 't/images/' . ($testSet ? 'PDF2.pdf' : 'PDF.pdf');
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my $testfile1 = $testfile;
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my $exifTool = Image::ExifTool->new;
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$exifTool->Options(PrintConv => 0);
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foreach $edit (@{$edits[$testSet]}) {
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++$testnum;
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$exifTool->SetNewValue();
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$exifTool->SetNewValue(@$_) foreach @$edit;
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$testfile2 = "t/${testname}_${testnum}_failed.pdf";
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unlink $testfile2;
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$exifTool->WriteInfo($testfile1, $testfile2);
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my $info = $exifTool->ImageInfo($testfile2,
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qw{Filesize PDF:all XMP:Creator XMP:Author AllDates});
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my $ok = check($exifTool, $info, $testname, $testnum);
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notOK() unless $ok;
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print "ok $testnum\n";
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# erase source file if previous test was OK
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unlink $testfile1 if $lastOK;
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$lastOK = $ok;
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$testfile1 = $testfile2; # use this file for the next test
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}
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# revert all edits and compare with original file
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++$testnum;
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$exifTool->SetNewValue('PDF-update:all');
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$testfile2 = "t/${testname}_${testnum}_failed.pdf";
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unlink $testfile2;
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$exifTool->WriteInfo($testfile1, $testfile2);
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if (binaryCompare($testfile2, $testfile)) {
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unlink $testfile2;
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} else {
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notOK();
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}
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print "ok $testnum\n";
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unlink $testfile1 if $lastOK;
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}
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}
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# test 22: Delete all tags
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{
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++$testnum;
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my $exifTool = Image::ExifTool->new;
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my $testfile = "t/${testname}_${testnum}_failed.pdf";
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unlink $testfile;
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$exifTool->Options(IgnoreMinorErrors => 1);
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$exifTool->SetNewValue(all => undef);
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my $ok = writeInfo($exifTool, 't/images/PDF.pdf', $testfile);
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$exifTool->Options(IgnoreMinorErrors => 0);
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my $info = $exifTool->ImageInfo($testfile,'pdf:all','xmp:all',{Duplicates=>1,Unknown=>1});
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if ($ok and check($exifTool, $info, $testname, $testnum)) {
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unlink $testfile;
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} else {
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notOK();
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}
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print "ok $testnum\n";
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}
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# test 23: Test AES decryption alone (tests 24-26 require Digest::MD5 or Digest::SHA)
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{
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++$testnum;
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require Image::ExifTool::AES;
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my $data = pack('H*','6fdc3ca684348bc8f31379aa46455d7b60c0989e027c1d82e746f136d6e95b7485735793ff64310e5b9e367dcc26f564');
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my $err = Image::ExifTool::AES::Crypt(\$data, '11223344556677889900112233445566');
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if ($err) {
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warn "\n $err\n";
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notOK();
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} elsif ($data ne 'ExifTool AES Test') {
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my $hex = unpack 'H*', $data;
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warn "\n Incorrect result from AES decryption:\n";
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warn " $hex\n";
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notOK();
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}
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print "ok $testnum\n";
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}
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# test 24-26: Test AESV2 and AESV3 decryption
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{
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my @encrypt = (
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# AESV2 without password
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{
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Filter => '/Standard',
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V => 4,
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R => 4,
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P => -1340,
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Length => 128,
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StmF => '/StdCF',
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StrF => '/StdCF',
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CF => {
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StdCF => {
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AuthEvent => '/DocOpen',
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CFM => '/AESV2',
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Length => 16,
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},
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},
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EncryptMetadata => 'false',
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O => '<181ee8e93a99fa1c2a534dd68a5ab07c54268cfe8fbf28c468316b6f732674c1>',
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U => '<a3525aef4143f4419c78b109317f0e5200000000000000000000000000000000>',
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_req => 'Digest::MD5',
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_ref => '4 0 R',
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_id => pack('H*','d0a736f05faf64c6b52dea82a2ad53e0'),
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_plaintext => 'This was a test',
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_ciphertext => pack('H*', 'a86b5e00d9c7e4455cf5d8cedf195c2060e1467ea6d698876a77e9a66cb7867c'),
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},
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# AESV3 without password
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{
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Filter => '/Standard',
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V => 5,
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R => 5,
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P => -1028,
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Length => 256,
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StmF => '/StdCF',
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StrF => '/StdCF',
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CF => {
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StdCF => {
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AuthEvent => '/DocOpen',
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CFM => '/AESV3',
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Length => 32,
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},
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},
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Perms => '<014ee28fe2b91e2198a593b7c3b22f50>',
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O => '<83e5edfcdecbe2ebe6d519dbafe80fd453028dda119eb76d0216e1344392320d60e1467ea6d698876a77e9a66cb7867c>',
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U => '<e5e7ade8aebdc9413a0fd176efc4081bdbad3b16a67ece7a01fadb24010a003ea86b5e00d9c7e4455cf5d8cedf195c20>',
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OE => '<a29f37f1f085b575d9016daad05ca466dd073ba5d067cc7ffa8ef7d1605e460e>',
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UE => '<47ea891b25af77aaceccf8f2fdeff0c09e9d0f67275f059dbfabbb18fcbf848d>',
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_req => 'Digest::SHA',
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_ref => 'dummy',
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_id => pack('H*','618cb5be1d82fceea9a501b62d408296'),
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_plaintext => 'This was a test',
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_ciphertext => pack('H*', 'e90756e8fd60fb7390c34d931e3e3d61898cd133e613e8cf86cd40f7b207a62d'),
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},
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# AESV3 with a password
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{
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Filter => '/Standard',
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V => 5,
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R => 5,
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P => -1028,
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Length => 256,
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StmF => '/StdCF',
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StrF => '/StdCF',
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CF => {
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StdCF => {
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AuthEvent => '/DocOpen',
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CFM => '/AESV3',
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Length => 32,
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},
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},
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Perms => '<014ee28fe2b91e2198a593b7c3b22f50>',
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O => '<31eefe924a298d8bf19eafc9be6abdfa65a97478f94e907dccff5ac000b83fa521167b86cf70bf77d4a054bc9a59573d>',
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U => '<6525a788c2ebf27baa45f526bcdb9d2f96c3c67ae1c62324135cac0b823451ba9ad8edb68d167d2d8370d799c41d17d7>',
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OE => '<ea58e3c731999cdc0f8a395c7391836c2b2db0b4ac86439b3fe5692ddc71671a>',
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UE => '<f6818f43e176dfe8912f62717032169cf48854f540f7b7641be363ef50371f07>',
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_req => 'Digest::SHA',
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_ref => 'dummy',
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_id => pack('H*','b5f9d17b07152a45bc0a939727c389ad'),
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_plaintext => 'This was a test',
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_password => 'ExifTool',
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_ciphertext => pack('H*', '8bb3565d8c4b9df8cc350954d9f91a46aa47e40eeb5a0cff559acd5ec3e94244'),
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});
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my $exifTool = Image::ExifTool->new;
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my $cryptInfo;
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foreach $cryptInfo (@encrypt) {
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++$testnum;
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my $encrypt = 0; # (set to 1 to generate ciphertext strings)
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CryptTest($cryptInfo, $testNum, $encrypt);
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}
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}
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done(); # end
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