'HTTP/1.1', 'HTTP_ACCEPT' => 'text/plain;q=0.5', 'HTTP_ACCEPT_LANGUAGE' => '*;q=0.5', 'HTTP_ACCEPT_ENCODING' => '', 'HTTP_ACCEPT_CHARSET' => 'ISO-8859-1;q=0.5', 'SERVER_SIGNATURE' => 'Command-line PHP/' . phpversion(), 'SERVER_SOFTWARE' => 'PHP/' . phpversion(), 'SERVER_ADDR' => '127.0.0.1', 'REMOTE_ADDR' => '127.0.0.1', 'REQUEST_METHOD' => 'GET', 'HTTP_USER_AGENT' => 'CLI', ); $_SERVER = array_merge($serverDefaults, $_SERVER); /** * If we have an HTTP_HOST value, then we're being called from the webserver and there are some things that * need checking */ } else { /** * Fix magic quotes setting */ if (function_exists('get_magic_quotes_gpc') && get_magic_quotes_gpc()) { if($_REQUEST) stripslashes_recursively($_REQUEST); if($_GET) stripslashes_recursively($_GET); if($_POST) stripslashes_recursively($_POST); } /** * Fix HTTP_HOST from reverse proxies */ if (isset($_SERVER['HTTP_X_FORWARDED_HOST'])) { $_SERVER['HTTP_HOST'] = $_SERVER['HTTP_X_FORWARDED_HOST']; } } /** * Define system paths */ if(!defined('BASE_PATH')) { // Assuming that this file is sapphire/core/Core.php we can then determine the base path define('BASE_PATH', rtrim(dirname(dirname(dirname(__FILE__)))), DIRECTORY_SEPARATOR); } if(!defined('BASE_URL')) { // Determine the base URL by comparing SCRIPT_NAME to SCRIPT_FILENAME and getting common elements $path = realpath($_SERVER['SCRIPT_FILENAME']); if(substr($path, 0, strlen(BASE_PATH)) == BASE_PATH) { $urlSegmentToRemove = substr($path, strlen(BASE_PATH)); if(substr($_SERVER['SCRIPT_NAME'], -strlen($urlSegmentToRemove)) == $urlSegmentToRemove) { $baseURL = substr($_SERVER['SCRIPT_NAME'], 0, -strlen($urlSegmentToRemove)); define('BASE_URL', rtrim($baseURL, DIRECTORY_SEPARATOR)); } } // If that didn't work, failover to the old syntax. Hopefully this isn't necessary, and maybe // if can be phased out? if(!defined('BASE_URL')) { $dir = (strpos($_SERVER['SCRIPT_NAME'], 'index.php') !== false) ? dirname($_SERVER['SCRIPT_NAME']) : dirname(dirname($_SERVER['SCRIPT_NAME'])); define('BASE_URL', rtrim($dir, DIRECTORY_SEPARATOR)); } } define('MODULES_DIR', 'modules'); define('MODULES_PATH', BASE_PATH . '/' . MODULES_DIR); define('THIRDPARTY_DIR', 'sapphire/thirdparty'); define('THIRDPARTY_PATH', BASE_PATH . '/' . THIRDPARTY_DIR); define('THEMES_DIR', 'themes'); define('THEMES_PATH', BASE_PATH . '/' . THEMES_DIR); define('SAPPHIRE_DIR', 'sapphire'); define('SAPPHIRE_PATH', BASE_PATH . '/' . SAPPHIRE_DIR); define('CMS_DIR', 'cms'); define('CMS_PATH', BASE_PATH . '/' . CMS_DIR); define('ASSETS_DIR', 'assets'); define('ASSETS_PATH', BASE_PATH . '/' . ASSETS_DIR); /** * Define the temporary folder if it wasn't defined yet */ if(!defined('TEMP_FOLDER')) { define('TEMP_FOLDER', getTempFolder()); } /** * Priorities definition. These constants are used in calls to _t() as an optional argument */ define('PR_HIGH',100); define('PR_MEDIUM',50); define('PR_LOW',10); /** * Ensure we have enough memory */ increase_memory_limit_to('64M'); /////////////////////////////////////////////////////////////////////////////// // INCLUDES set_include_path(BASE_PATH . '/sapphire' . PATH_SEPARATOR . BASE_PATH . '/sapphire/parsers' . PATH_SEPARATOR . BASE_PATH . '/sapphire/thirdparty' . PATH_SEPARATOR . get_include_path()); /** * Sapphire class autoloader. Requires the ManifestBuilder to work. * $_CLASS_MANIFEST must have been loaded up by ManifestBuilder for this to successfully load * classes. Classes will be loaded from any PHP file within the application. * If your class contains an underscore, for example, Page_Controller, then the filename is * expected to be the stuff before the underscore. In this case, Page.php. * * Class names are converted to lowercase for lookup to adhere to PHP's case-insensitive * way of dealing with them. */ function sapphire_autoload($className) { global $_CLASS_MANIFEST; $lClassName = strtolower($className); if(isset($_CLASS_MANIFEST[$lClassName])) include_once($_CLASS_MANIFEST[$lClassName]); else if(isset($_CLASS_MANIFEST[$className])) include_once($_CLASS_MANIFEST[$className]); } spl_autoload_register('sapphire_autoload'); require_once("core/ManifestBuilder.php"); require_once("core/ClassInfo.php"); require_once('core/Object.php'); require_once('core/control/Director.php'); require_once('filesystem/Filesystem.php'); require_once("core/Session.php"); /////////////////////////////////////////////////////////////////////////////// // MANIFEST /** * Include the manifest */ ManifestBuilder::include_manifest(); /** * ?debugmanifest=1 hook */ if(isset($_GET['debugmanifest'])) Debug::show(file_get_contents(MANIFEST_FILE)); // If this is a dev site, enable php error reporting // This is necessary to force developers to acknowledge and fix // notice level errors (you can override this directive in your _config.php) if (Director::isLive()) { if(defined('E_DEPRECATED')) error_reporting((E_ALL ^ E_NOTICE) ^ E_DEPRECATED); else error_reporting(E_ALL ^ E_NOTICE); } /////////////////////////////////////////////////////////////////////////////// // POST-MANIFEST COMMANDS /** * Load error handlers */ Debug::loadErrorHandlers(); /////////////////////////////////////////////////////////////////////////////// // HELPER FUNCTIONS function getSysTempDir() { if(function_exists('sys_get_temp_dir')) { $sysTmp = sys_get_temp_dir(); } elseif(isset($_ENV['TMP'])) { $sysTmp = $_ENV['TMP']; } else { $tmpFile = tempnam('adfadsfdas',''); unlink($tmpFile); $sysTmp = dirname($tmpFile); } return $sysTmp; } /** * Returns the temporary folder that sapphire/silverstripe should use for its cache files * This is loaded into the TEMP_FOLDER define on start up * * @param $base The base path to use as the basis for the temp folder name. Defaults to BASE_PATH, * which is usually fine; however, the $base argument can be used to help test. */ function getTempFolder($base = null) { if(!$base) $base = BASE_PATH; if($base) { $cachefolder = "silverstripe-cache" . str_replace(array(' ', "/", ":", "\\"), "-", $base); } else { $cachefolder = "silverstripe-cache"; } $ssTmp = BASE_PATH . "/silverstripe-cache"; if(@file_exists($ssTmp)) { return $ssTmp; } $sysTmp = getSysTempDir(); $worked = true; $ssTmp = "$sysTmp/$cachefolder"; if(!@file_exists($ssTmp)) { @$worked = mkdir($ssTmp); } if(!$worked) { $ssTmp = BASE_PATH . "/silverstripe-cache"; $worked = true; if(!@file_exists($ssTmp)) { @$worked = mkdir($ssTmp); } } if(!$worked) { user_error("Permission problem gaining access to a temp folder. " . "Please create a folder named silverstripe-cache in the base folder " . "of the installation and ensure it has the correct permissions", E_USER_ERROR); } return $ssTmp; } /** * Return the file where that class is stored. * * @param String $className Case-insensitive lookup. * @return String */ function getClassFile($className) { global $_CLASS_MANIFEST; $lClassName = strtolower($className); if(isset($_CLASS_MANIFEST[$lClassName])) return $_CLASS_MANIFEST[$lClassName]; else if(isset($_CLASS_MANIFEST[$className])) return $_CLASS_MANIFEST[$className]; } /** * Creates a class instance by the "singleton" design pattern. * It will always return the same instance for this class, * which can be used for performance reasons and as a simple * way to access instance methods which don't rely on instance * data (e.g. the custom SilverStripe static handling). * * @uses Object::strong_create() * * @param string $className * @return Object */ function singleton($className) { global $_SINGLETONS; if(!isset($className)) user_error("singleton() Called without a class", E_USER_ERROR); if(!is_string($className)) user_error("singleton() passed bad class_name: " . var_export($className,true), E_USER_ERROR); if(!isset($_SINGLETONS[$className])) { if(!class_exists($className)) user_error("Bad class to singleton() - $className", E_USER_ERROR); $_SINGLETONS[$className] = Object::strong_create($className,null, true); if(!$_SINGLETONS[$className]) user_error("singleton() Unknown class '$className'", E_USER_ERROR); } return $_SINGLETONS[$className]; } function project() { global $project; return $project; } function stripslashes_recursively(&$array) { foreach($array as $k => $v) { if(is_array($v)) stripslashes_recursively($array[$k]); else $array[$k] = stripslashes($v); } } /** * @see i18n::_t() */ function _t($entity, $string = "", $priority = 40, $context = "") { return i18n::_t($entity, $string, $priority, $context); } /** * Increase the memory limit to the given level if it's currently too low. * @param A memory limit string, such as "64M". If omitted, unlimited memory will be set. */ function increase_memory_limit_to($memoryLimit = -1) { $curLimit = ini_get('memory_limit'); // Can't go higher than infinite if($curLimit == -1) return; // Increase the memory limit if it's too low if($memoryLimit == -1 || translate_memstring($memoryLimit) > translate_memstring($curLimit)) { ini_set('memory_limit', $memoryLimit); } } /** * Turn a memory string, such as 512M into an actual number of bytes. * @param A memory limit string, such as "64M" */ function translate_memstring($memString) { switch(strtolower(substr($memString, -1))) { case "k": return round(substr($memString, 0, -1)*1024); case "m": return round(substr($memString, 0, -1)*1024*1024); case "g": return round(substr($memString, 0, -1)*1024*1024*1024); default: return round($memString); } } /** * Increase the time limit of this script. By default, the time will be unlimited. * @param $timeLimit The time limit in seconds. If omitted, no time limit will be set. */ function increase_time_limit_to($timeLimit = null) { if(!ini_get('safe_mode')) { if(!$timeLimit) { set_time_limit(0); } else { $currTimeLimit = ini_get('max_execution_time'); if($currTimeLimit && $currTimeLimit < $timeLimit) { set_time_limit($timeLimit); } } } }