public function GetValue()
{
$result = $this->value;
if (ord($result[0]) == 0x0) {
$result = CUtil::BinSubstr($result, 1);
}
return $result;
}
function CRCCryptData($data, $pwdString, $type)
{
$type = strtoupper($type);
if ($type != "D") {
$type = "E";
}
$res_data = "";
if ($type == 'D') {
$data = urldecode($data);
}
$key[] = "";
$box[] = "";
$temp_swap = "";
$pwdLength = CUtil::BinStrlen($pwdString);
for ($i = 0; $i <= 255; $i++) {
$key[$i] = ord(CUtil::BinSubstr($pwdString, $i % $pwdLength, 1));
$box[$i] = $i;
}
$x = 0;
for ($i = 0; $i <= 255; $i++) {
$x = ($x + $box[$i] + $key[$i]) % 256;
$temp_swap = $box[$i];
$box[$i] = $box[$x];
$box[$x] = $temp_swap;
}
$temp = "";
$k = "";
$cipherby = "";
$cipher = "";
$a = 0;
$j = 0;
for ($i = 0, $n = CUtil::BinStrlen($data); $i < $n; $i++) {
$a = ($a + 1) % 256;
$j = ($j + $box[$a]) % 256;
$temp = $box[$a];
$box[$a] = $box[$j];
$box[$j] = $temp;
$k = $box[($box[$a] + $box[$j]) % 256];
$cipherby = ord(CUtil::BinSubstr($data, $i, 1)) ^ $k;
$cipher .= chr($cipherby);
}
if ($type == 'D') {
$res_data = urldecode(urlencode($cipher));
} else {
$res_data = urlencode($cipher);
}
return $res_data;
}
public function getPayload()
{
$sJSONPayload = str_replace('"' . self::APPLE_RESERVED_NAMESPACE . '":[]', '"' . self::APPLE_RESERVED_NAMESPACE . '":{}', CPushManager::_MakeJson($this->_getPayload(), "", false));
$nJSONPayloadLen = CUtil::BinStrlen($sJSONPayload);
if ($nJSONPayloadLen > $this->payloadMaxSize) {
if ($this->_bAutoAdjustLongPayload) {
$nMaxTextLen = $nTextLen = CUtil::BinStrlen($this->text) - ($nJSONPayloadLen - $this->payloadMaxSize);
if ($nMaxTextLen > 0) {
while (CUtil::BinStrlen($this->text = CUtil::BinSubstr($this->text, 0, --$nTextLen)) > $nMaxTextLen) {
}
return $this->getPayload();
} else {
return false;
}
} else {
return false;
}
}
return $sJSONPayload;
}
public function getPayload()
{
$sJSONPayload = str_replace('"' . self::APPLE_RESERVED_NAMESPACE . '":[]', '"' . self::APPLE_RESERVED_NAMESPACE . '":{}', CPushManager::_MakeJson($this->_getPayload(), "", false));
$nJSONPayloadLen = CUtil::BinStrlen($sJSONPayload);
if ($nJSONPayloadLen > self::PAYLOAD_MAXIMUM_SIZE) {
if ($this->_bAutoAdjustLongPayload) {
$nMaxTextLen = $nTextLen = CUtil::BinStrlen($this->text) - ($nJSONPayloadLen - self::PAYLOAD_MAXIMUM_SIZE);
if ($nMaxTextLen > 0) {
while (CUtil::BinStrlen($this->text = CUtil::BinSubstr($this->text, 0, --$nTextLen)) > $nMaxTextLen) {
}
return $this->getPayload();
} else {
throw new Exception("JSON Payload is too long: {$nJSONPayloadLen} bytes. Maximum size is " . self::PAYLOAD_MAXIMUM_SIZE . " bytes. The message text can not be auto-adjusted.");
}
} else {
throw new Exception("JSON Payload is too long: {$nJSONPayloadLen} bytes. Maximum size is " . self::PAYLOAD_MAXIMUM_SIZE . " bytes");
}
}
return $sJSONPayload;
}
function PrintHTTP($strRequest, $strHeaders, $strRes)
{
echo
"== Request ==\n".
(($l = CUtil::BinStrlen($strRequest)) > 1000 ? CUtil::BinSubstr($strRequest, 0, 1000).' ... ('.$l.' bytes)' : $strRequest)."\n".
"== Response ==\n".
$strHeaders."\n".
"== Body ==\n".
(($l = CUtil::BinStrlen($strRes)) > 1000 ? CUtil::BinSubstr($strRes, 0, 1000).' ... ('.$l.' bytes)' : $strRes)."\n".
"==========\n";
}
public static function Crypt($str, $key=false)
{
$res = '';
if($key===false)
$key = COption::GetOptionString("main", "pwdhashadd", "");
$key1 = CMailUtil::BinMD5($key);
while($str)
{
$m = CUtil::BinSubstr($str, 0, 16);
$str = CUtil::BinSubstr($str, 16);
$res .= CMailUtil::ByteXOR($m, $key1, 16);
$key1 = CMailUtil::BinMD5($key.$key1.$m);
}
return(base64_encode($res));
}
function PrepareSearchResult($str)
{
//$words - contains what we will highlight
$words = array();
foreach ($this->Query->m_words as $v)
{
$v = ToUpper($v);
$words[$v] = "KAV";
if(strpos($v, "\"")!==false)
$words[str_replace("\"", """, $v)] = "KAV";
}
foreach ($this->Query->m_stemmed_words as $v)
$words[ToUpper($v)]="STEM";
//Prepare upper case version of the string
if ($this->Query->bStemming)
{
//And add missing stemming words
$arStemInfo = stemming_init($this->Query->m_lang);
$a = stemming($this->Query->m_query, $this->Query->m_lang, true);
foreach ($a as $stem => $cnt)
{
if (!preg_match("/cut[56]/i", $stem))
$words[$stem] = "STEM";
}
$pcreLettersClass = "[".$arStemInfo["pcre_letters"]."]";
$strUpp = stemming_upper($str, $this->Query->m_lang);
}
else
{
$strUpp = ToUpper($str);
$pcreLettersClass = "";
}
$wordsCount = count($words);
//We'll use regexp to find positions of the words in the text
$pregMask = "";
foreach ($words as $search => $type)
{
if ($type == "STEM")
$pregMask = "(?<!".$pcreLettersClass.")".preg_quote($search, "/").$pcreLettersClass."*|".$pregMask;
else
$pregMask = $pregMask."|".preg_quote($search, "/");
}
$pregMask = trim($pregMask, "|");
$arPos = array(); //This will contain positions of the first occurrence
$arPosW = array(); //This is "running" words array
$arPosP = array(); //and their positions
$arPosLast = false; //Best found combination of the positions
$matches = array();
if (preg_match_all("/(".$pregMask.")/i".BX_UTF_PCRE_MODIFIER, $strUpp, $matches, PREG_SET_ORDER|PREG_OFFSET_CAPTURE))
{
foreach ($matches as $oneCase)
{
$search = null;
if (isset($words[$oneCase[0][0]]))
{
$search = $oneCase[0][0];
}
else
{
$a = stemming($oneCase[0][0], $this->Query->m_lang, true);
foreach ($a as $stem => $cnt)
{
if (isset($words[$stem]))
{
$search = $stem;
break;
}
}
}
if (isset($search))
{
$p = $oneCase[0][1];
if (!isset($arPos[$search]))
$arPos[$search] = $p;
//Add to the tail of the running window
$arPosP[] = $p;
$arPosW[] = $search;
$cc = count($arPosW);
if ($cc >= $wordsCount)
{
//This cuts the tail of the running window
while ($cc > $wordsCount)
{
array_shift($arPosW);
array_shift($arPosP);
$cc--;
}
//Check if all the words present in the current window
if (count(array_unique($arPosW)) == $wordsCount)
{
//And check if positions is the best
if (
!$arPosLast
|| (
(max($arPosP) - min($arPosP)) < (max($arPosLast) - min($arPosLast))
))
$arPosLast = $arPosP;
}
}
}
}
}
if ($arPosLast)
$arPos = $arPosLast;
//Nothing found just cut some text
if (empty($arPos))
{
$str_len = strlen($str);
$pos_end = 500;
while (($pos_end < $str_len) && (strpos(" ,.\n\r", substr($str, $pos_end, 1)) === false))
$pos_end++;
return substr($str, 0, $pos_end).($pos_end < $str_len? "...": "");
}
sort($arPos);
$str_len = CUtil::BinStrlen($str);
$delta = 250/count($arPos);
$arOtr = array();
//Have to do it two times because Positions eat each other
for ($i = 0; $i < 2; $i++)
{
$arOtr = array();
$last_pos = -1;
foreach ($arPos as $pos_mid)
{
//Find where sentence begins
$pos_beg = $pos_mid - $delta;
if($pos_beg <= 0)
$pos_beg = 0;
while(($pos_beg > 0) && (strpos(" ,.!?\n\r", CUtil::BinSubstr($str, $pos_beg, 1)) === false))
$pos_beg--;
//Find where sentence ends
$pos_end = $pos_mid + $delta;
if($pos_end > $str_len)
$pos_end = $str_len;
while(($pos_end < $str_len) && (strpos(" ,.!?\n\r", CUtil::BinSubstr($str, $pos_end, 1)) === false))
$pos_end++;
if($pos_beg <= $last_pos)
$arOtr[count($arOtr)-1][1] = $pos_end;
else
$arOtr[] = array($pos_beg, $pos_end);
$last_pos = $pos_end;
}
//Adjust length of the text
$delta = 250/count($arOtr);
}
$str_result = "";
foreach ($arOtr as $borders)
{
$str_result .= ($borders[0]<=0? "": " ...")
.CUtil::BinSubstr($str, $borders[0], $borders[1] - $borders[0] + 1)
.($borders[1] >= $str_len? "": "... ")
;
}
foreach ($words as $search => $type)
$str_result = $this->repl($search, $type, $str_result);
$str_result = str_replace("%/^%", "</b>", str_replace("%^%","<b>", $str_result));
return $str_result;
}
function EncodeHeaderFrom($text, $charset)
{
$i = CUtil::BinStrlen($text);
while ($i > 0) {
if (ord(CUtil::BinSubstr($text, $i - 1, 1)) >> 7) {
break;
}
$i--;
}
if ($i == 0) {
return $text;
} else {
return "=?" . $charset . "?B?" . base64_encode(CUtil::BinSubstr($text, 0, $i)) . "?=" . CUtil::BinSubstr($text, $i);
}
}
/**
* @param string $content
* @return array|bool
*/
private static function getFrameIndexes($content)
{
$openTag = "<!--'start_frame_cache_";
$closingTag = "<!--'end_frame_cache_";
$ending = "'-->";
$areas = array();
$offset = 0;
while (($openTagStart = \CUtil::BinStrpos($content, $openTag, $offset)) !== false) {
$endingPos = \CUtil::BinStrpos($content, $ending, $openTagStart);
if ($endingPos === false) {
break;
}
$idStart = $openTagStart + strlen($openTag);
$idLength = $endingPos - $idStart;
$areaId = \CUtil::BinSubstr($content, $idStart, $idLength);
$openTagEnd = $endingPos + strlen($ending);
$realClosingTag = $closingTag . $areaId . $ending;
$closingTagStart = \CUtil::BinStrpos($content, $realClosingTag, $openTagEnd);
if ($closingTagStart === false) {
$offset = $openTagEnd;
continue;
}
$closingTagEnd = $closingTagStart + strlen($realClosingTag);
$area = new \stdClass();
$area->id = $areaId;
$area->openTagStart = $openTagStart;
$area->openTagEnd = $openTagEnd;
$area->closingTagStart = $closingTagStart;
$area->closingTagEnd = $closingTagEnd;
$areas[] = $area;
$offset = $closingTagEnd;
}
return count($areas) > 0 ? $areas : false;
}
/**
* Unpack values from string (something like rsplit).
* Simple example for separator ".":
* <code>
* // Unpack all values:
* unpack('test.all.values', 0) -> ['test', 'all', 'values']
*
* // Unpack 2 values (by default). First element containing the rest of string.
* unpack('test.all.values') -> ['test.all', 'values']
*
* // Exception if separator is missing
* unpack('test.all values', 3) -> throws BadSignatureException
* </code>
*
* @param string $value String for unpacking.
* @param int $limit If $limit === 0 - unpack all values, default - 2.
* @return array
* @throws BadSignatureException
*/
protected function unpack($value, $limit = 2)
{
// Some kind of optimization
if ($limit === 0) {
if (strpos($value, $this->separator) === false) {
throw new BadSignatureException('Separator not found in value');
}
return explode($this->separator, $value);
}
$result = array();
while (--$limit > 0) {
$pos = bxstrrpos($value, $this->separator);
if ($pos === false) {
throw new BadSignatureException('Separator not found in value');
}
$result[] = \CUtil::BinSubstr($value, $pos + 1);
$value = \CUtil::BinSubstr($value, 0, $pos);
}
$result[] = $value;
return array_reverse($result);
}
