/**
* @param $tag
* @param $query
* @return mixed
* @throws \Desarrolla2\Cache\Exception\FileCacheException
*/
public function cache($tag, $query)
{
$adapter = new File(__DIR__ . '/../../../../../../src/Storage/cache');
$adapter->setOption('ttl', $this->duration);
$cache = new Cache($adapter);
$cache->set($tag, $query, $this->duration);
return $cache->get($tag);
}
/**
* Get an instance of the cache helper
* @return Desarrolla2\Cache\Cache
*/
public function cache_driver()
{
if (!$this->_cache) {
$adapter = new DCache_Adapter\File(realpath(__DIR__ . '../../../' . static::CACHE_DIR));
$adapter->setOption('ttl', static::CACHE_LIFETIME);
$this->_cache = new DCache\Cache($adapter);
}
return $this->_cache;
}
public static function write($arreglo, $root, $archivo)
{
if (!self::$instance instanceof self) {
self::$instance = new self();
}
$_xml = new \SimpleXMLElement("<?xml version=\"1.0\"?><" . $root . "></" . $root . ">");
self::array_to_xml($arreglo, $_xml);
$adapter = new File(PATH_CACHE);
$adapter->setOption('ttl', 86400);
$cache = new Cache($adapter);
$cache->set('config', $arreglo, 86400);
return $_xml->asXML($archivo);
}
private function __construct()
{
$adapter = new File(PATH_CACHE);
$adapter->setOption('ttl', 8640000);
$this->cache = new Cache($adapter);
if (is_null($this->cache->get('translations'))) {
$translations = [];
$available = array_slice(scandir(PATH_LOCALE), 2);
foreach ($available as $locale) {
$data = file(PATH_LOCALE . '/' . $locale);
foreach ($data as $_trans) {
$translations[basename($locale, ".dat")][] = explode('|', $_trans);
}
}
$this->cache->set('translations', $translations, 8640000);
}
}
private function __construct()
{
$adapter = new File(PATH_CACHE);
$adapter->setOption('ttl', 86400);
$this->cache = new Cache($adapter);
if (is_null($this->cache->get('config'))) {
$file = PATH_CONFIG . "/config.xml";
if (file_exists(PATH_CONFIG . "/config_local.xml")) {
$file = PATH_CONFIG . "/config_local.xml";
}
if (!file_exists($file)) {
$_config = array();
} else {
$_config = self::xml2array(new \SimpleXMLElement(file_get_contents($file)));
$this->cache->set('config', $_config, 86400);
}
}
}
private function _token($type)
{
if ($type == 'Generic') {
$adapter = new File(PATH_CACHE);
$adapter->setOption('ttl', 10800);
$cache = new Cache($adapter);
$token = $cache->get('token');
if (is_null($token)) {
$token = Tokenizer::create(['GENERIC_API' => true], APP_KEY, 180);
$cache->set('token', $token, 10800);
}
return $token;
}
if ($type == 'User') {
//var_dump(Session::get());
return Session::get('sincco\\login\\token');
}
}
/**
* Create a cache to store the broker session id.
*
* @return Cache
*/
protected function createCacheAdapter()
{
$adapter = new Adapter\File('/tmp');
$adapter->setOption('ttl', 10 * 3600);
return new Cache($adapter);
}
function buildChain($cert, $certPath, $includeRoot = false)
{
if (isExpired($cert)) {
throw new Exception("Certificate has expired");
}
if (areCertsLinked($cert, $cert)) {
throw new Exception("Self-signed or CA cert");
}
$uris = $cert["issuers"];
if (!$uris) {
throw new Exception("Certificate doesn't specify issuers");
}
$c = $cert;
$chain = [];
while (sizeof($uris) > 0) {
$old = $c;
$uri = array_shift($uris);
$path = downloadIssuer($uri);
list($inform, $format) = detectCertFormat($path);
$c = parseFormattedCert(readCertificate($path, $inform, $format));
if (isExpired($c)) {
throw new Exception("Expired intermediate in the chain");
}
if (areCertsLinked($c, $c)) {
break;
}
if (!areCertsLinked($c, $old)) {
$msg = "Intermediate doesn't match previous certificate in the chain";
throw new Exception($msg);
}
$chain[] = $path;
if (isset($c["issuers"])) {
foreach ($c["issuers"] as $i) {
$uris[] = $i;
// we don't currently have a good way of handling multiple
// issuers
break;
}
}
}
// we are at the end of the chain, see if there's matching root CA
$cacheDir = __DIR__ . '/cache';
$adapter = new File($cacheDir);
$adapter->setOption('ttl', 600);
$cache = new Cache($adapter);
if (!$cache->get(md5($path) . "-root")) {
$root = findMatchingRoot($c);
$chain[] = $root;
$cache->set(md5($path) . "-root", $root);
} else {
$chain[] = $cache->get(md5($path) . "-root");
}
// build certificate bundle
foreach ($chain as $i => $path) {
list($inform, $format) = detectCertFormat($path);
$cmd = sprintf("openssl x509 -inform %s -outform pem -in %s -out %s", escapeshellarg($inform), escapeshellarg($path), escapeshellarg(__DIR__ . "/tmp/" . sha1($cert["subject"]) . "-{$i}.pem"));
exec($cmd);
}
unlink(__DIR__ . "/tmp/bundle.crt");
foreach ($chain as $i => $path) {
file_put_contents(__DIR__ . "/tmp/bundle.crt", file_get_contents(__DIR__ . "/tmp/" . sha1($cert["subject"]) . "-{$i}.pem"), FILE_APPEND);
}
// verify the chain is valid
$cmd = sprintf("openssl verify -verbose -purpose sslserver -CAfile %s/tmp/bundle.crt %s", __DIR__, escapeshellarg($certPath));
try {
execute($cmd);
} catch (Exception $e) {
$err = implode("\n", $e->output);
throw new Exception("Can't verify the bundle: {$err}");
}
// extract the original cert (it might contain some, or all, parts of the
// chain already)
$cmd = sprintf("openssl x509 -inform pem -outform pem -in %s", $certPath);
$out = implode("\n", execute($cmd));
$out .= "\n";
if (!$includeRoot) {
array_pop($chain);
}
foreach ($chain as $i => $path) {
$out .= file_get_contents(__DIR__ . "/tmp/" . sha1($cert["subject"]) . "-{$i}.pem");
unlink(__DIR__ . "/tmp/" . sha1($cert["subject"]) . "-{$i}.pem");
}
return $out;
}
/**
* Create a cache to store the broker session id.
*
* @return Cache
*/
protected function createCacheAdapter()
{
$adapter = new Adapter\File($this->options['files_cache_directory']);
$adapter->setOption('ttl', $this->options['files_cache_ttl']);
return new Cache($adapter);
}
<?php
session_start();
require_once 'vendor/autoload.php';
// Setup caching
use Desarrolla2\Cache\Cache;
use Desarrolla2\Cache\Adapter\File as FileCache;
$adapter = new FileCache('cache');
$adapter->setOption('ttl', 3600);
$adapter = new Desarrolla2\Cache\Adapter\NotCache();
$cache = new Cache($adapter);
// Gather the data
$crawler = new Ratb\Scraper($cache);
dump($crawler->getLines());
