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Path: / / opt / alt / php55 / usr / share / pear / Symfony / Component / ClassLoader

Full Path (server): /opt/alt/php55/usr/share/pear/Symfony/Component/ClassLoader

📄 ApcClassLoader.php [E] [D]
📄 ApcUniversalClassLoader.php [E] [D]
📄 ClassCollectionLoader.php [E] [D]
📄 ClassLoader.php [E] [D]
📄 ClassMapGenerator.php [E] [D]
📄 DebugClassLoader.php [E] [D]
📄 DebugUniversalClassLoader.php [E] [D]
📄 MapClassLoader.php [E] [D]
📄 UniversalClassLoader.php [E] [D]
📄 WinCacheClassLoader.php [E] [D]
📄 XcacheClassLoader.php [E] [D]
📄 autoloader.php [E] [D]

Editing: ClassCollectionLoader.php

<?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\ClassLoader;

/**
 * ClassCollectionLoader.
 *
 * @author Fabien Potencier <fabien@symfony.com>
 */
class ClassCollectionLoader
{
    private static $loaded;
    private static $seen;
    private static $useTokenizer = true;

/**
     * Loads a list of classes and caches them in one big file.
     *
     * @param array   $classes    An array of classes to load
     * @param string  $cacheDir   A cache directory
     * @param string  $name       The cache name prefix
     * @param Boolean $autoReload Whether to flush the cache when the cache is stale or not
     * @param Boolean $adaptive   Whether to remove already declared classes or not
     * @param string  $extension  File extension of the resulting file
     *
     * @throws \InvalidArgumentException When class can't be loaded
     */
    public static function load($classes, $cacheDir, $name, $autoReload, $adaptive = false, $extension = '.php')
    {
        // each $name can only be loaded once per PHP process
        if (isset(self::$loaded[$name])) {
            return;
        }

self::$loaded[$name] = true;

$declared = array_merge(get_declared_classes(), get_declared_interfaces());
        if (function_exists('get_declared_traits')) {
            $declared = array_merge($declared, get_declared_traits());
        }

if ($adaptive) {
            // don't include already declared classes
            $classes = array_diff($classes, $declared);

// the cache is different depending on which classes are already declared
            $name = $name.'-'.substr(hash('sha256', implode('|', $classes)), 0, 5);
        }

$classes = array_unique($classes);

$cache = $cacheDir.'/'.$name.$extension;

// auto-reload
        $reload = false;
        if ($autoReload) {
            $metadata = $cache.'.meta';
            if (!is_file($metadata) || !is_file($cache)) {
                $reload = true;
            } else {
                $time = filemtime($cache);
                $meta = unserialize(file_get_contents($metadata));

sort($meta[1]);
                sort($classes);

if ($meta[1] != $classes) {
                    $reload = true;
                } else {
                    foreach ($meta[0] as $resource) {
                        if (!is_file($resource) || filemtime($resource) > $time) {
                            $reload = true;

break;
                        }
                    }
                }
            }
        }

if (!$reload && is_file($cache)) {
            require_once $cache;

return;
        }

$files = array();
        $content = '';
        foreach (self::getOrderedClasses($classes) as $class) {
            if (in_array($class->getName(), $declared)) {
                continue;
            }

$files[] = $class->getFileName();

$c = preg_replace(array('/^\s*<\?php/', '/\?>\s*$/'), '', file_get_contents($class->getFileName()));

// fakes namespace declaration for global code
            if (!$class->inNamespace()) {
                $c = "\nnamespace\n{\n".$c."\n}\n";
            }

$c = self::fixNamespaceDeclarations('<?php '.$c);
            $c = preg_replace('/^\s*<\?php/', '', $c);

$content .= $c;
        }

// cache the core classes
        if (!is_dir(dirname($cache))) {
            mkdir(dirname($cache), 0777, true);
        }
        self::writeCacheFile($cache, '<?php '.$content);

if ($autoReload) {
            // save the resources
            self::writeCacheFile($metadata, serialize(array($files, $classes)));
        }
    }

/**
     * Adds brackets around each namespace if it's not already the case.
     *
     * @param string $source Namespace string
     *
     * @return string Namespaces with brackets
     */
    public static function fixNamespaceDeclarations($source)
    {
        if (!function_exists('token_get_all') || !self::$useTokenizer) {
            if (preg_match('/namespace(.*?)\s*;/', $source)) {
                $source = preg_replace('/namespace(.*?)\s*;/', "namespace$1\n{", $source)."}\n";
            }

return $source;
        }

$rawChunk = '';
        $output = '';
        $inNamespace = false;
        $tokens = token_get_all($source);

for (reset($tokens); false !== $token = current($tokens); next($tokens)) {
            if (is_string($token)) {
                $rawChunk .= $token;
            } elseif (in_array($token[0], array(T_COMMENT, T_DOC_COMMENT))) {
                // strip comments
                continue;
            } elseif (T_NAMESPACE === $token[0]) {
                if ($inNamespace) {
                    $rawChunk .= "}\n";
                }
                $rawChunk .= $token[1];

// namespace name and whitespaces
                while (($t = next($tokens)) && is_array($t) && in_array($t[0], array(T_WHITESPACE, T_NS_SEPARATOR, T_STRING))) {
                    $rawChunk .= $t[1];
                }
                if ('{' === $t) {
                    $inNamespace = false;
                    prev($tokens);
                } else {
                    $rawChunk = rtrim($rawChunk)."\n{";
                    $inNamespace = true;
                }
            } elseif (T_START_HEREDOC === $token[0]) {
                $output .= self::compressCode($rawChunk).$token[1];
                do {
                    $token = next($tokens);
                    $output .= is_string($token) ? $token : $token[1];
                } while ($token[0] !== T_END_HEREDOC);
                $output .= "\n";
                $rawChunk = '';
            } elseif (T_CONSTANT_ENCAPSED_STRING === $token[0]) {
                $output .= self::compressCode($rawChunk).$token[1];
                $rawChunk = '';
            } else {
                $rawChunk .= $token[1];
            }
        }

if ($inNamespace) {
            $rawChunk .= "}\n";
        }

return $output.self::compressCode($rawChunk);
    }

/**
     * This method is only useful for testing.
     */
    public static function enableTokenizer($bool)
    {
        self::$useTokenizer = (Boolean) $bool;
    }

/**
     * Strips leading & trailing ws, multiple EOL, multiple ws.
     *
     * @param string $code Original PHP code
     *
     * @return string compressed code
     */
    private static function compressCode($code)
    {
        return preg_replace(
            array('/^\s+/m', '/\s+$/m', '/([\n\r]+ *[\n\r]+)+/', '/[ \t]+/'),
            array('', '', "\n", ' '),
            $code
        );
    }

/**
     * Writes a cache file.
     *
     * @param string $file    Filename
     * @param string $content Temporary file content
     *
     * @throws \RuntimeException when a cache file cannot be written
     */
    private static function writeCacheFile($file, $content)
    {
        $tmpFile = tempnam(dirname($file), basename($file));
        if (false !== @file_put_contents($tmpFile, $content) && @rename($tmpFile, $file)) {
            @chmod($file, 0666 & ~umask());

return;
        }

throw new \RuntimeException(sprintf('Failed to write cache file "%s".', $file));
    }

/**
     * Gets an ordered array of passed classes including all their dependencies.
     *
     * @param array $classes
     *
     * @return \ReflectionClass[] An array of sorted \ReflectionClass instances (dependencies added if needed)
     *
     * @throws \InvalidArgumentException When a class can't be loaded
     */
    private static function getOrderedClasses(array $classes)
    {
        $map = array();
        self::$seen = array();
        foreach ($classes as $class) {
            try {
                $reflectionClass = new \ReflectionClass($class);
            } catch (\ReflectionException $e) {
                throw new \InvalidArgumentException(sprintf('Unable to load class "%s"', $class));
            }

$map = array_merge($map, self::getClassHierarchy($reflectionClass));
        }

return $map;
    }

private static function getClassHierarchy(\ReflectionClass $class)
    {
        if (isset(self::$seen[$class->getName()])) {
            return array();
        }

self::$seen[$class->getName()] = true;

$classes = array($class);
        $parent = $class;
        while (($parent = $parent->getParentClass()) && $parent->isUserDefined() && !isset(self::$seen[$parent->getName()])) {
            self::$seen[$parent->getName()] = true;

array_unshift($classes, $parent);
        }

$traits = array();

if (function_exists('get_declared_traits')) {
            foreach ($classes as $c) {
                foreach (self::resolveDependencies(self::computeTraitDeps($c), $c) as $trait) {
                    if ($trait !== $c) {
                        $traits[] = $trait;
                    }
                }
            }
        }

return array_merge(self::getInterfaces($class), $traits, $classes);
    }

private static function getInterfaces(\ReflectionClass $class)
    {
        $classes = array();

foreach ($class->getInterfaces() as $interface) {
            $classes = array_merge($classes, self::getInterfaces($interface));
        }

if ($class->isUserDefined() && $class->isInterface() && !isset(self::$seen[$class->getName()])) {
            self::$seen[$class->getName()] = true;

$classes[] = $class;
        }

return $classes;
    }

private static function computeTraitDeps(\ReflectionClass $class)
    {
        $traits = $class->getTraits();
        $deps = array($class->getName() => $traits);
        while ($trait = array_pop($traits)) {
            if ($trait->isUserDefined() && !isset(self::$seen[$trait->getName()])) {
                self::$seen[$trait->getName()] = true;
                $traitDeps = $trait->getTraits();
                $deps[$trait->getName()] = $traitDeps;
                $traits = array_merge($traits, $traitDeps);
            }
        }

return $deps;
    }

/**
     * Dependencies resolution.
     *
     * This function does not check for circular dependencies as it should never
     * occur with PHP traits.
     *
     * @param array             $tree       The dependency tree
     * @param \ReflectionClass  $node       The node
     * @param \ArrayObject      $resolved   An array of already resolved dependencies
     * @param \ArrayObject      $unresolved An array of dependencies to be resolved
     *
     * @return \ArrayObject The dependencies for the given node
     *
     * @throws \RuntimeException if a circular dependency is detected
     */
    private static function resolveDependencies(array $tree, $node, \ArrayObject $resolved = null, \ArrayObject $unresolved = null)
    {
        if (null === $resolved) {
            $resolved = new \ArrayObject();
        }
        if (null === $unresolved) {
            $unresolved = new \ArrayObject();
        }
        $nodeName = $node->getName();
        $unresolved[$nodeName] = $node;
        foreach ($tree[$nodeName] as $dependency) {
            if (!$resolved->offsetExists($dependency->getName())) {
                self::resolveDependencies($tree, $dependency, $resolved, $unresolved);
            }
        }
        $resolved[$nodeName] = $node;
        unset($unresolved[$nodeName]);

return $resolved;
    }
}