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Edit File : MoFileLoader.php \| Size : 4.19 KB
<?php /* * This file is part of the Symfony package. * * (c) Fabien Potencier <fabien@symfony.com> * * For the full copyright and license information, please view the LICENSE * file that was distributed with this source code. / namespace Symfony\Component\Translation\Loader; use Symfony\Component\Translation\Exception\InvalidResourceException; /* * @copyright Copyright (c) 2010, Union of RAD http://union-of-rad.org (http://lithify.me/) / class MoFileLoader extends FileLoader { /* * Magic used for validating the format of an MO file as well as * detecting if the machine used to create that file was little endian. / public const MO_LITTLE_ENDIAN_MAGIC = 0x950412de; /* * Magic used for validating the format of an MO file as well as * detecting if the machine used to create that file was big endian. / public const MO_BIG_ENDIAN_MAGIC = 0xde120495; /* * The size of the header of an MO file in bytes. / public const MO_HEADER_SIZE = 28; /* * Parses machine object (MO) format, independent of the machine's endian it * was created on. Both 32bit and 64bit systems are supported. * * {@inheritdoc} / protected function loadResource($resource) { $stream = fopen($resource, 'r'); $stat = fstat($stream); if ($stat['size'] < self::MO_HEADER_SIZE) { throw new InvalidResourceException('MO stream content has an invalid format.'); } $magic = unpack('V1', fread($stream, 4)); $magic = hexdec(substr(dechex(current($magic)), -8)); if (self::MO_LITTLE_ENDIAN_MAGIC == $magic) { $isBigEndian = false; } elseif (self::MO_BIG_ENDIAN_MAGIC == $magic) { $isBigEndian = true; } else { throw new InvalidResourceException('MO stream content has an invalid format.'); } // formatRevision $this->readLong($stream, $isBigEndian); $count = $this->readLong($stream, $isBigEndian); $offsetId = $this->readLong($stream, $isBigEndian); $offsetTranslated = $this->readLong($stream, $isBigEndian); // sizeHashes $this->readLong($stream, $isBigEndian); // offsetHashes $this->readLong($stream, $isBigEndian); $messages = []; for ($i = 0; $i < $count; ++$i) { $pluralId = null; $translated = null; fseek($stream, $offsetId + $i 8); $length = $this->readLong($stream, $isBigEndian); $offset = $this->readLong($stream, $isBigEndian); if ($length < 1) { continue; } fseek($stream, $offset); $singularId = fread($stream, $length); if (false !== strpos($singularId, "\000")) { [$singularId, $pluralId] = explode("\000", $singularId); } fseek($stream, $offsetTranslated + $i * 8); $length = $this->readLong($stream, $isBigEndian); $offset = $this->readLong($stream, $isBigEndian); if ($length < 1) { continue; } fseek($stream, $offset); $translated = fread($stream, $length); if (false !== strpos($translated, "\000")) { $translated = explode("\000", $translated); } $ids = ['singular' => $singularId, 'plural' => $pluralId]; $item = compact('ids', 'translated'); if (!empty($item['ids']['singular'])) { $id = $item['ids']['singular']; if (isset($item['ids']['plural'])) { $id .= '\|'.$item['ids']['plural']; } $messages[$id] = stripcslashes(implode('\|', (array) $item['translated'])); } } fclose($stream); return array_filter($messages); } /** * Reads an unsigned long from stream respecting endianness. * * @param resource $stream */ private function readLong($stream, bool $isBigEndian): int { $result = unpack($isBigEndian ? 'N1' : 'V1', fread($stream, 4)); $result = current($result); return (int) substr($result, -8); } } Back

Edit File : MoFileLoader.php | Size : 4.19 KB

<?php

/*
 * This file is part of the Symfony package.
 *
 * (c) Fabien Potencier <fabien@symfony.com>
 *
 * For the full copyright and license information, please view the LICENSE
 * file that was distributed with this source code.
 */

namespace Symfony\Component\Translation\Loader;

use Symfony\Component\Translation\Exception\InvalidResourceException;

/**
 * @copyright Copyright (c) 2010, Union of RAD http://union-of-rad.org (http://lithify.me/)
 */
class MoFileLoader extends FileLoader
{
    /**
     * Magic used for validating the format of an MO file as well as
     * detecting if the machine used to create that file was little endian.
     */
    public const MO_LITTLE_ENDIAN_MAGIC = 0x950412de;

/**
     * Magic used for validating the format of an MO file as well as
     * detecting if the machine used to create that file was big endian.
     */
    public const MO_BIG_ENDIAN_MAGIC = 0xde120495;

/**
     * The size of the header of an MO file in bytes.
     */
    public const MO_HEADER_SIZE = 28;

/**
     * Parses machine object (MO) format, independent of the machine's endian it
     * was created on. Both 32bit and 64bit systems are supported.
     *
     * {@inheritdoc}
     */
    protected function loadResource($resource)
    {
        $stream = fopen($resource, 'r');

$stat = fstat($stream);

if ($stat['size'] < self::MO_HEADER_SIZE) {
            throw new InvalidResourceException('MO stream content has an invalid format.');
        }
        $magic = unpack('V1', fread($stream, 4));
        $magic = hexdec(substr(dechex(current($magic)), -8));

if (self::MO_LITTLE_ENDIAN_MAGIC == $magic) {
            $isBigEndian = false;
        } elseif (self::MO_BIG_ENDIAN_MAGIC == $magic) {
            $isBigEndian = true;
        } else {
            throw new InvalidResourceException('MO stream content has an invalid format.');
        }

// formatRevision
        $this->readLong($stream, $isBigEndian);
        $count = $this->readLong($stream, $isBigEndian);
        $offsetId = $this->readLong($stream, $isBigEndian);
        $offsetTranslated = $this->readLong($stream, $isBigEndian);
        // sizeHashes
        $this->readLong($stream, $isBigEndian);
        // offsetHashes
        $this->readLong($stream, $isBigEndian);

$messages = [];

for ($i = 0; $i < $count; ++$i) {
            $pluralId = null;
            $translated = null;

fseek($stream, $offsetId + $i * 8);

$length = $this->readLong($stream, $isBigEndian);
            $offset = $this->readLong($stream, $isBigEndian);

if ($length < 1) {
                continue;
            }

fseek($stream, $offset);
            $singularId = fread($stream, $length);

if (false !== strpos($singularId, "\000")) {
                [$singularId, $pluralId] = explode("\000", $singularId);
            }

fseek($stream, $offsetTranslated + $i * 8);
            $length = $this->readLong($stream, $isBigEndian);
            $offset = $this->readLong($stream, $isBigEndian);

if ($length < 1) {
                continue;
            }

fseek($stream, $offset);
            $translated = fread($stream, $length);

if (false !== strpos($translated, "\000")) {
                $translated = explode("\000", $translated);
            }

$ids = ['singular' => $singularId, 'plural' => $pluralId];
            $item = compact('ids', 'translated');

if (!empty($item['ids']['singular'])) {
                $id = $item['ids']['singular'];
                if (isset($item['ids']['plural'])) {
                    $id .= '|'.$item['ids']['plural'];
                }
                $messages[$id] = stripcslashes(implode('|', (array) $item['translated']));
            }
        }

fclose($stream);

return array_filter($messages);
    }

/**
     * Reads an unsigned long from stream respecting endianness.
     *
     * @param resource $stream
     */
    private function readLong($stream, bool $isBigEndian): int
    {
        $result = unpack($isBigEndian ? 'N1' : 'V1', fread($stream, 4));
        $result = current($result);

return (int) substr($result, -8);
    }
}

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