function dce_convert_1_43($data, $input_format, $output_format = "none", $output_log = false)
{
if ($input_format == "legacy_cdce") {
$strict = false;
} else {
if ($input_format == "cdce_lstrict") {
$strict = true;
}
}
$html_opening = '<html><head><title></title></head><body>';
$html_closing = '</body></html>';
$onestep = false;
$final = '';
//echo $output_format;
/* if ($output_format == 'utf32') {
header('Content-type: text/plain; charset=utf-32');
} else {
header('Content-type: text/plain');
} */
//Ideally how this works: Convert the input into an array of Dc IDs, and then write that out using the selected translator.
switch ($input_format) {
case 'dc':
$dc = $data;
break;
case 'utf8_base64':
$dc = dce_convert(base64_decode($data), 'utf8', 'dc');
break;
case 'utf8_dc64':
$dc = dce_convert(base64_3_01a_to_unicode($data), 'utf8', 'dc');
break;
case 'hex_dce':
$dc = dce_convert(hex2bin($data), 'dce', 'dc');
break;
case 'hex_3_0a':
$dc = dce_convert(hex2bin($data), '3_0a', 'dc');
break;
case 'hex_3_01a':
$dc = dce_convert(hex2bin($data), '3_01a', 'dc');
break;
case 'dce2txt':
return dce2txt($data);
break;
case 'dce2hex':
return dce2hex($data);
break;
case 'hex2dce':
return hex2dce($data);
break;
case '3_0a_old':
//This next block is the old decoder.
//######################################################
//This is a DCE 3.0a file. It doesn't need to be updated. This case will though!
global $dce3_0a_core;
$counter = 14;
$txt = '';
while ($counter < strlen($hex)) {
$txt = $txt . $dce3_0a_core[hexdec(substr($hex, $counter, 2))];
if (substr($hex, $counter, 4) == 'fd03') {
break;
}
$counter = $counter + 2;
}
r:
return $txt;
$data = $data;
break;
case 'dce':
$hex = strtolower(bin2hex($data));
if (substr($hex, 0, 12) !== '444345650201') {
return 'This document is not stored using a supported format.';
break;
}
switch (get_dce_version_1_43($data)) {
case '3_0a':
//######################################################
//This is a DCE 3.0a file.
global $DcMap_dce3_0a_Core;
$counter = 14;
$txt = '';
while ($counter < strlen($hex)) {
$txt = $txt . $DcMap_dce3_0a_Core[strtoupper(substr($hex, $counter, 2))] . ',';
//echo $txt;
//$txt=$txt;
if (substr($hex, $counter, 4) == 'fd03') {
break;
}
$counter = $counter + 2;
}
//echo $txt;
//echo '<br>';
//echo '<br>';
$txt = substr($txt, 3, strlen($txt) - 6);
//echo $txt;echo '<br>';echo '<br>';
// return $txt;
$dc = $txt;
break;
case '3_01a':
//######################################################
//This is a DCE 3.01a file.
global $DcMap_dce3_01a_Core;
global $DcMap_dce3_01a_Variant_Selectors;
global $DcMap_dce3_01a_Semantic_Records;
global $DcMap_dce3_01a_Mathematics;
global $DcMap_dce3_01a_Whitespace_and_Punctuation;
global $Dc_to_Base64;
$counter = 14;
$txt = '';
$state = 'Core';
$varAppend = 'DcMap_dce3_01a_';
while ($counter < strlen($hex)) {
$action_last = $action;
log_add('<br><font color="red">' . (($counter - 14) / 2 + 1) . ': </font><br>State: ' . $state . '<br>Hex position: ' . substr($hex, $counter, 2) . '<br>Dc ID: ' . $DcMap_dce3_01a_Core[strtoupper(substr($hex, $counter, 2))] . '<br>Appending: ');
//echo $state; echo '<br>';
//echo ''; echo '<br>';
$data_array_name = $varAppend . $state;
$data_array = ${$data_array_name};
switch ($state) {
case 'Core':
if (substr($DcMap_dce3_01a_Core[strtoupper(substr($hex, $counter, 2))], 0, 1) == '>') {
//Switch states
$state = substr($DcMap_dce3_01a_Core[strtoupper(substr($hex, $counter, 2))], 1, strlen($DcMap_dce3_01a_Core[strtoupper(substr($hex, $counter, 2))]) - 1);
$append = '';
$action = 'State switch out of Core) <br>';
//echo 'hit';
break;
} else {
////////////////////////////////This is of no concern. Embedded Unicode should be preserved in its embedded state until being converted *out* of Dc. D'oh.
/* if ($DcMap_dce3_01a_Core[strtoupper(substr($hex, $counter, 2)) ] == '191') { //Unicode embedded
while (substr($hex, $counter + 2, 2) != 'C4') {
$counter = $counter + 2;
// $unicode_decode = $unicode_decode . $Dc_to_Base64[$DcMap_dce3_01a_Core[substr($hex, $counter, 2) ]];
}
// $unicode = base64_decode($unicode_decode);
// $txt = $txt . '' . $unicode . '';
} else */
$append = $DcMap_dce3_01a_Core[strtoupper(substr($hex, $counter, 2))] . ',';
$action = 'Append from Core) <br>';
}
break;
case 'Variant_Selectors':
if (substr($hex, $counter, 2) == 'fd' || substr($hex, $counter, 2) == 'fe') {
$state = 'Core';
$append = '';
$action = 'State switch out of Variant_Selectors) <br>';
} else {
$append = $DcMap_dce3_01a_Variant_Selectors[strtoupper(substr($hex, $counter, 2))] . ',';
$action = 'Append from Variant_Selectors) <br>';
}
break;
case 'Semantic_Records':
if (substr($hex, $counter, 2) == 'fd' || substr($hex, $counter, 2) == 'fe') {
$state = 'Core';
$append = '';
$action = 'State switch out of Semantic_Records) <br>';
} else {
$append = $DcMap_dce3_01a_Semantic_Records[strtoupper(substr($hex, $counter, 2))] . ',';
$action = 'Append from Semantic_Records) <br>';
}
break;
case 'Mathematics':
if (substr($hex, $counter, 2) == 'fd' || substr($hex, $counter, 2) == 'fe') {
$state = 'Core';
$append = '';
$action = 'State switch out of Mathematics) <br>';
} else {
$append = $DcMap_dce3_01a_Mathematics[strtoupper(substr($hex, $counter, 2))] . ',';
$action = 'Append from Mathematics) . <br>';
}
break;
case 'Whitespace_and_Punctuation':
if (substr($hex, $counter, 2) == 'fd' || substr($hex, $counter, 2) == 'fe') {
$state = 'Core';
$append = '';
$action = 'State switch out of Whitespace_and_Punctuation) <br>';
} else {
$append = $DcMap_dce3_01a_Whitespace_and_Punctuation[strtoupper(substr($hex, $counter, 2))] . ',';
$action = 'Append from Whitespace_and_Punctuation) <br>';
}
break;
}
//echo $txt;
//$txt=$txt;
//echo '<br>' . substr($hex, $counter + 2, 4) . '<br>' . $txt . '<br>';
if (substr($hex, $counter + 2, 4) == 'fd03') {
$action = '<br>Halting. <br>';
break;
}
$txt = $txt . $append;
// echo '<br><font color="red">' . ((($counter - 14) / 2) + 1) . ': ' . substr($hex, $counter, 2) . '</font> → ' . $txt . ' (Action: ' . $action;
$counter = $counter + 2;
log_add(rtrim($append, ',') . '<br>Action: ' . substr($action, 0, strlen($action) - 6) . '<br><font color="green">→ ' . $txt . '</font><br><br>');
//echo $action;echo '<br>';
}
log_add(rtrim($append, ',') . '<br>Action: ' . substr($action, 4, strlen($action) - 5) . '<br><br><br><br>');
//echo $txt;
//echo '<br>';
//echo '<br>';
$txt = substr($txt, 3, strlen($txt) - 4);
//echo '<br>';echo $txt;echo '<br>';
//echo $txt;echo '<br>';echo '<br>';
// return $txt;
$dc = $txt;
break;
default:
return 'This document is not stored using a supported version of DCE.';
break;
}
break;
case 'utf32':
$unicode = iconv('UTF-32BE', 'UTF-8', $data);
return dce_convert($unicode, 'utf8', $output_format);
break;
case 'utf8':
ini_set("display_errors", 0);
$unicode = iconv('UTF-8', 'UTF-32BE', $data);
$hex = bin2hex($unicode);
//echo $hex;
global $DcMap_Unicode_Lossy;
$counter = 0;
$txt = '';
while ($counter < strlen($hex)) {
// $byte=strtoupper(ltrim(substr($hex, $counter, 8),'0'));
// echo'<br>';echo $byte;echo'<br>';
//echo $txt;
//echo '<br>';
//echo $counter;
if (strlen($DcMap_Unicode_Lossy[strtoupper(ltrim(substr($hex, $counter, 8), '0'))]) != 0) {
$append = $DcMap_Unicode_Lossy[strtoupper(ltrim(substr($hex, $counter, 8), '0'))] . ',';
} else {
$append = '';
}
// $txt = $txt . $DcMap_Unicode_Lossy[strtoupper(ltrim(substr($hex, $counter, 8), '0')) ] . ',';
$txt = $txt . $append;
//echo $txt;
//$txt=$txt;
//if (substr($hex, $counter, 4) == 'fd03') {
// break;
// }
$counter = $counter + 8;
}
//echo $txt;
//echo '<br>';
//echo '<br>';
//$txt = substr($txt, 3, (strlen($txt) - 6));
//echo $txt;echo '<br>';echo '<br>';
// return $txt;
$dc = $txt;
break;
case 'cdce':
break;
case 'legacy_cdce':
// global $output_format;
// global $onestep;
// global $finished;
// global $html_opening;
// global $html_closing;
switch ($output_format) {
case 'html_l':
// global $onestep;
// global $finished;
$onestep = 1;
$finished = $html_opening . legacy_cdce_to_html_snippet($data) . $html_closing;
//echo $onestep;
//echo $finished;
//echo $html_opening;
break;
case 'html_snippet_l':
// global $onestep;
// global $finished;
// global $html_opening;
// global $html_closing;
$onestep = 1;
$finished = legacy_cdce_to_html_snippet($data);
break;
default:
$dc = legacy_cdce_parse($data, $strict);
break;
}
case 'cdce_lstrict':
// global $output_format;
// global $onestep;
// global $finished;
// global $html_opening;
// global $html_closing;
switch ($output_format) {
case 'html_l':
// global $onestep;
// global $finished;
$onestep = 1;
$finished = $html_opening . legacy_cdce_to_html_snippet($data) . $html_closing;
return $finished;
//echo $onestep;
//echo $finished;
//echo $html_opening;
break;
case 'html_snippet_l':
// global $onestep;
// global $finished;
// global $html_opening;
// global $html_closing;
$onestep = 1;
$finished = legacy_cdce_to_html_snippet($data);
return $finished;
break;
default:
$dc = legacy_cdce_parse($data, $strict);
break;
}
break;
default:
$dc = '';
//echo $dc;
return 'Unknown input format: ' . $input_format . '. Available: dc, dce, 3_0a, 3_01a, legacy_cdce, cdce_lstrict, utf8, utf32';
break;
}
//global $onestep;
//$onestep="meuou";
//echo $onestep;
if ($onestep == "1") {
return $finished;
//echo 'test';
//echo 'doom';
//#####################################################################
//OUTPUT TRANSLATORS BEGIN HERE
} else {
// echo 'doom 2';
$dc = preg_replace('/,\\Z/', '', $dc);
$dc = str_replace(',,', ',0,', $dc);
// echo '<br>';
// echo $dc;
// echo '<br>';
$dc_array = explode_escaped(',', $dc);
// print_r($dc_array);
// echo '<br>';
$dc_size = count($dc_array);
// echo $dc_size;
// echo '<br>';
switch ($output_format) {
case 'none':
break;
case 'utf8_base64':
return base64_encode(dce_convert($dc, 'dc', 'utf8'));
break;
case 'utf8_dc64':
if ($input_format == 'utf8') {
return unicode_to_base64_3_01a($data);
} else {
if ($input_format == 'ucs32') {
return iconv('UTF-32BE', 'UTF-8', unicode_to_base64_3_01a($data));
} else {
echo dce_convert($data), $input_format, 'utf8';
return unicode_to_base64_3_01a(dce_convert($data), $input_format, 'utf8');
}
}
break;
case 'utf8_dc64_bin':
$dc64 = dce_convert($data, $input_format, 'utf8_dc64');
//Unless the layout of the base64 encapsulation characters changes, the following line doesn't need to be updated with new DCE versions, I don't think…
//global $DcMapSend_dce3_01a_Core;
//$dcarray = explode_escaped(',', $dc64);
// print_r($dcarray);
//$dcarray_size = count($dcarray);
// echo $dcarray_size;
//$counter = 0;
//$dcb64 = '';
//while ($counter < $dcarray_size) {
//echo $Dc_to_Base64[$dcarray[$counter]];
//$dcb64 = $dcb64 . $DcMapSend_dce3_01a_Core[$dcarray[$counter]];
//$counter++;
//}
return DcMapSendSimple($dc64);
break;
case 'hex_dce':
return bin2hex(dce_convert($dc, 'dc', 'dce'));
break;
case 'hex_3_0a':
return bin2hex(dce_convert($dc, 'dc', '3_0a'));
break;
case 'hex_3_01a':
return bin2hex(dce_convert($dc, 'dc', '3_01a'));
break;
case 'dc':
return $dc;
break;
case 'dce':
return dce_convert($dc, 'dc', '3_0a');
break;
case '3_0a':
//echo $dc;
global $DcMapSend_dce3_0a;
$counter = 0;
$txt = '44434565020101fd';
// echo '<br>';
while ($counter < $dc_size) {
$txt = $txt . strtolower($DcMapSend_dce3_0a[$dc_array[$counter]]);
// echo $counter;
// echo ': ';
// echo $txt;
//$txt=$txt;
// echo '<br>';
$counter++;
}
$txt = $txt . 'fd03';
//echo $txt;
//$txt = substr($txt, 0, (strlen($txt) - 1));
return hex2bin($txt);
// $dc = $txt;
break;
case '3_01a':
/* global $DcMapSend_dce3_01a;
$counter = 0;
$txt = '44434565020102fd';
// echo '<br>';
while ($counter < $dc_size) {
$txt = $txt . strtolower($DcMapSend_dce3_01a[$dc_array[$counter]]);
// echo $counter;
// echo ': ';
// echo $txt;
//$txt=$txt;
// echo '<br>';
$counter++;
}
$txt = $txt . 'fd03';
//$txt = substr($txt, 0, (strlen($txt) - 1));
// $dc = $txt;*/
//echo $dc;
$Encoded = DcMapSendSimple($dc, '3_01a');
$txt = '44434565020102fd' . $Encoded . 'fd03';
return hex2bin($txt);
break;
case 'utf8':
global $DcMapSend_Unicode;
$counter = 0;
$txt = '';
// echo '<br>';
while ($counter < $dc_size) {
$txt = $txt . str_pad(strtolower($DcMapSend_Unicode[$dc_array[$counter]]), 8, "0", STR_PAD_LEFT);
//echo '<br>';
//echo $dc_array[$counter] . ': ' . $txt;
//echo '<br>';
// echo $counter;
// echo ': ';
// echo $txt;
//$txt=$txt;
// echo '<br>';
$counter++;
}
// $txt = $txt . 'fd03';
//$txt = substr($txt, 0, (strlen($txt) - 1));
return iconv('UTF-32BE', 'utf8', hex2bin($txt));
// $dc = $txt;
// break;
// return dce2txt($data);
break;
case 'utf32':
$unicode = bin2hex(iconv('UTF-8', 'UTF-32BE', dce_convert($dc, 'dc', 'utf8')));
//echo dce_convert($dc, 'dc', 'utf8');
//echo $unicode;
return hex2bin($unicode);
break;
case 'html_l':
break;
case 'cdce':
break;
case 'legacy_cdce':
break;
break;
default:
return 'Unknown output format: ' . $output_format . '. Available: dc, dce, 3_0a, 3_01a, utf8, html_l, html_snippet_l';
}
}
if ($output_log) {
global $log;
echo $log;
}
}
function dce_convert($data, $input_format, $output_format, $output_log = false)
{
if ($input_format == "legacy_cdce") {
$strict = false;
} else {
if ($input_format == "cdce_lstrict") {
$strict = true;
}
}
$html_opening = '<html><head><title></title></head><body>';
$html_closing = '</body></html>';
$onestep = false;
$final = '';
//echo $output_format;
/* if ($output_format == 'utf32') {
header('Content-type: text/plain; charset=utf-32');
} else {
header('Content-type: text/plain');
} */
//Ideally how this works: Convert the input into an array of Dc IDs, and then write that out using the selected translator.
switch ($input_format) {
case 'dc':
$dc = $data;
break;
case 'dce':
$hex = strtolower(bin2hex($data));
if (substr($hex, 0, 12) !== '444345650201') {
return 'This document is not stored using a supported format.';
break;
}
switch (get_dce_version($data)) {
//This next block is the old method.
/*case '3_0a':
//######################################################
//This is a DCE 3.0a file. It doesn't need to be updated. This case will though!
global $dce3_0a_core;
$counter = 14;
$txt = '';
while ($counter < strlen($hex)) {
$txt = $txt . $dce3_0a_core[hexdec(substr($hex, $counter, 2)) ];
if (substr($hex, $counter, 4) == 'fd03') {
break;
}
$counter = $counter + 2;
}
r:
return $txt;
$data = $data;
break;
*/
case '3_0a':
//######################################################
//This is a DCE 3.0a file.
global $DcMap_dce3_0a_Core;
$counter = 14;
$txt = '';
while ($counter < strlen($hex)) {
$txt = $txt . $DcMap_dce3_0a_Core[strtoupper(substr($hex, $counter, 2))] . ',';
//echo $txt;
//$txt=$txt;
if (substr($hex, $counter, 4) == 'fd03') {
break;
}
$counter = $counter + 2;
}
//echo $txt;
//echo '<br>';
//echo '<br>';
$txt = substr($txt, 3, strlen($txt) - 6);
//echo $txt;echo '<br>';echo '<br>';
// return $txt;
$dc = $txt;
break;
case '3_01a':
//######################################################
//This is a DCE 3.01a file.
global $DcMap_dce3_01a_Core;
global $DcMap_dce3_01a_Variant_Selectors;
global $DcMap_dce3_01a_Semantic_Records;
global $DcMap_dce3_01a_Mathematics;
global $DcMap_dce3_01a_Whitespace_and_Punctuation;
$counter = 14;
$txt = '';
while ($counter < strlen($hex)) {
$txt = $txt . $DcMap_dce3_01a_Core[strtoupper(substr($hex, $counter, 2))] . ',';
//echo $txt;
//$txt=$txt;
if (substr($hex, $counter, 4) == 'fd03') {
break;
}
$counter = $counter + 2;
}
//echo $txt;
//echo '<br>';
//echo '<br>';
$txt = substr($txt, 3, strlen($txt) - 6);
//echo $txt;echo '<br>';echo '<br>';
// return $txt;
$dc = $txt;
break;
default:
return 'This document is not stored using a supported version of DCE.';
break;
}
break;
case 'utf32':
$unicode = iconv('UTF-32BE', 'UTF-8', $data);
return dce_convert($unicode, 'utf8', $output_format);
break;
case 'utf8':
ini_set("display_errors", 0);
$unicode = iconv('UTF-8', 'UTF-32BE', $data);
$hex = bin2hex($unicode);
//echo $hex;
global $DcMap_Unicode_Lossy;
$counter = 0;
$txt = '';
while ($counter < strlen($hex)) {
// $byte=strtoupper(ltrim(substr($hex, $counter, 8),'0'));
// echo'<br>';echo $byte;echo'<br>';
//echo $txt;
//echo '<br>';
//echo $counter;
if (strlen($DcMap_Unicode_Lossy[strtoupper(ltrim(substr($hex, $counter, 8), '0'))]) != 0) {
$append = $DcMap_Unicode_Lossy[strtoupper(ltrim(substr($hex, $counter, 8), '0'))] . ',';
} else {
$append = '';
}
// $txt = $txt . $DcMap_Unicode_Lossy[strtoupper(ltrim(substr($hex, $counter, 8), '0')) ] . ',';
$txt = $txt . $append;
//echo $txt;
//$txt=$txt;
//if (substr($hex, $counter, 4) == 'fd03') {
// break;
// }
$counter = $counter + 8;
}
//echo $txt;
//echo '<br>';
//echo '<br>';
//$txt = substr($txt, 3, (strlen($txt) - 6));
//echo $txt;echo '<br>';echo '<br>';
// return $txt;
$dc = $txt;
break;
case 'cdce':
break;
case 'legacy_cdce':
// global $output_format;
// global $onestep;
// global $finished;
// global $html_opening;
// global $html_closing;
switch ($output_format) {
case 'html':
// global $onestep;
// global $finished;
$onestep = 1;
$finished = $html_opening . legacy_cdce_to_html_snippet($data) . $html_closing;
//echo $onestep;
//echo $finished;
//echo $html_opening;
break;
case 'html_snippet':
// global $onestep;
// global $finished;
// global $html_opening;
// global $html_closing;
$onestep = 1;
$finished = legacy_cdce_to_html_snippet($data);
break;
default:
$dc = legacy_cdce_parse($data, $strict);
break;
}
case 'cdce_lstrict':
// global $output_format;
// global $onestep;
// global $finished;
// global $html_opening;
// global $html_closing;
switch ($output_format) {
case 'html':
// global $onestep;
// global $finished;
$onestep = 1;
$finished = $html_opening . legacy_cdce_to_html_snippet($data) . $html_closing;
//echo $onestep;
//echo $finished;
//echo $html_opening;
break;
case 'html_snippet':
// global $onestep;
// global $finished;
// global $html_opening;
// global $html_closing;
$onestep = 1;
$finished = legacy_cdce_to_html_snippet($data);
break;
default:
$dc = legacy_cdce_parse($data, $strict);
break;
}
break;
default:
$dc = '';
//echo $dc;
return 'Unknown input format: ' . $input_format . '. Available: dc, dce, 3_0a, legacy_cdce, cdce_lstrict, utf8, utf32';
break;
}
//global $onestep;
//$onestep="meuou";
//echo $onestep;
if ($onestep == "1") {
return $finished;
//echo 'test';
//echo 'doom';
} else {
// echo 'doom 2';
$dc = preg_replace('/,\\Z/', '', $dc);
$dc = str_replace(',,', ',0,', $dc);
// echo '<br>';
// echo $dc;
// echo '<br>';
$dc_array = explode_escaped(',', $dc);
// print_r($dc_array);
// echo '<br>';
$dc_size = count($dc_array);
// echo $dc_size;
// echo '<br>';
switch ($output_format) {
case 'dc':
return $dc;
break;
case 'dce':
return dce_convert($dc, 'dc', '3_0a');
break;
case '3_0a':
global $DcMapSend_dce3_0a;
$counter = 0;
$txt = '44434565020101fd';
// echo '<br>';
while ($counter < $dc_size) {
$txt = $txt . strtolower($DcMapSend_dce3_0a[$dc_array[$counter]]);
// echo $counter;
// echo ': ';
// echo $txt;
//$txt=$txt;
// echo '<br>';
$counter++;
}
$txt = $txt . 'fd03';
//$txt = substr($txt, 0, (strlen($txt) - 1));
return hex2bin($txt);
// $dc = $txt;
break;
case '3_01a':
/* global $DcMapSend_dce3_01a;
$counter = 0;
$txt = '44434565020102fd';
// echo '<br>';
while ($counter < $dc_size) {
$txt = $txt . strtolower($DcMapSend_dce3_01a[$dc_array[$counter]]);
// echo $counter;
// echo ': ';
// echo $txt;
//$txt=$txt;
// echo '<br>';
$counter++;
}
$txt = $txt . 'fd03';
//$txt = substr($txt, 0, (strlen($txt) - 1));
// $dc = $txt;*/
return hex2bin($txt);
break;
case 'utf8':
global $DcMapSend_Unicode;
$counter = 0;
$txt = '';
// echo '<br>';
while ($counter < $dc_size) {
$txt = $txt . str_pad(strtolower($DcMapSend_Unicode[$dc_array[$counter]]), 8, "0", STR_PAD_LEFT);
//echo '<br>';
//echo $dc_array[$counter] . ': ' . $txt;
//echo '<br>';
// echo $counter;
// echo ': ';
// echo $txt;
//$txt=$txt;
// echo '<br>';
$counter++;
}
// $txt = $txt . 'fd03';
//$txt = substr($txt, 0, (strlen($txt) - 1));
return iconv('UTF-32BE', 'utf8', hex2bin($txt));
// $dc = $txt;
// break;
// return dce2txt($data);
break;
case 'utf32':
$unicode = bin2hex(iconv('UTF-8', 'UTF-32BE', dce_convert($dc, 'dc', 'utf8')));
//echo dce_convert($dc, 'dc', 'utf8');
//echo $unicode;
return hex2bin($unicode);
break;
case 'html':
break;
case 'cdce':
break;
case 'legacy_cdce':
break;
break;
default:
return 'Unknown output format: ' . $output_format . '. Available: dc, dce, 3_0a, utf8, html, html_snippet';
}
}
if ($output_log) {
global $log;
echo $log;
}
}