PradoBase::localize() - Code Metrics - Inspection of "TAPCCache: update for APCu extension, fixed tests" - pradosoft/prado - Measure and Improve Code Quality continuously with Scrutinizer

Completed
Push — master ( 43ed01...e90eeb )

by Fabio
created 2019-07-19 15:30 UTC
PradoBase::localize() B

↳ Parent: PradoBase
Complexity

Conditions	9
Paths	66
Size

Total Lines
Duplication

Lines	0
Ratio	0 %
Code Coverage

Tests	0
CRAP Score	90
Importance

Changes
Metric	Value
cc	9
nc	66
nop	4
dl	0
loc	36
ccs	0
cts	17
cp	0
crap	90
rs	8.0555
c	0
b	0
f	0
<?php
/**
 * PradoBase class file.
 *
 * This is the file that establishes the PRADO component model
 * and error handling mechanism.
 *
 * @author Qiang Xue <[email protected]>
 * @link https://github.com/pradosoft/prado
 * @license https://github.com/pradosoft/prado/blob/master/LICENSE
 * @package Prado
 */

namespace Prado;

use Prado\Exceptions\TInvalidDataValueException;
use Prado\Exceptions\TInvalidOperationException;
use Prado\Exceptions\TPhpErrorException;
use Prado\Exceptions\TPhpFatalErrorException;
use Prado\Util\TLogger;
use Prado\Util\TVarDumper;
use Prado\I18N\Translation;

// Defines the PRADO framework installation path.
if (!defined('PRADO_DIR')) {
	define('PRADO_DIR', __DIR__);
}

// Defines the default permission for writable directories and files
if (!defined('PRADO_CHMOD')) {
	define('PRADO_CHMOD', 0777);
}

// Defines the Composer's vendor/ path.
if (!defined('PRADO_VENDORDIR')) {
	$reflector = new \ReflectionClass('\Composer\Autoload\ClassLoader');
	define('PRADO_VENDORDIR', dirname($reflector->getFileName(), 2));
}

/**
 * PradoBase class.
 *
 * PradoBase implements a few fundamental static methods.
 *
 * To use the static methods, Use Prado as the class name rather than PradoBase.
 * PradoBase is meant to serve as the base class of Prado. The latter might be
 * rewritten for customization.
 *
 * @author Qiang Xue <[email protected]>
 * @package Prado
 * @since 3.0
 */
class PradoBase
{
	/**
	 * File extension for Prado class files.
	 */
	const CLASS_FILE_EXT = '.php';
	/**
	 * @var array list of path aliases
	 */
	private static $_aliases = [
		'Prado' => PRADO_DIR,
		'Vendor' => PRADO_VENDORDIR
		];
	/**
	 * @var array list of namespaces currently in use
	 */
	private static $_usings = [
		'Prado' => PRADO_DIR
		];
	/**
	 * @var array list of namespaces currently in use
	 */
	public static $classMap = [];
	/**
	 * @var TApplication the application instance
	 */
	private static $_application = null;
	/**
	 * @var TLogger logger instance
	 */
	private static $_logger = null;
	/**
	 * @var array list of class exists checks
	 */
	protected static $classExists = [];
	/**
	 * @return string the version of Prado framework
	 */
	public static function getVersion()
	{
		return '4.1.0';
	}

	public static function init()
	{
		static::initAutoloader();
		static::initErrorHandlers();
	}

	/**
	 * Loads the static classmap and registers the autoload function.
	 */
	public static function initAutoloader()
	{
		self::$classMap = require(__DIR__ . '/classes.php');

		spl_autoload_register([get_called_class(), 'autoload']);
	}

	/**
	 * Initializes error handlers.
	 * This method set error and exception handlers to be functions
	 * defined in this class.
	 */
	public static function initErrorHandlers()
	{
		/**
		 * Sets error handler to be Prado::phpErrorHandler
		 */
		set_error_handler(['\Prado\PradoBase', 'phpErrorHandler']);
		/**
		 * Sets shutdown function to be Prado::phpFatalErrorHandler
		 */
		register_shutdown_function(['PradoBase', 'phpFatalErrorHandler']);
		/**
		 * Sets exception handler to be Prado::exceptionHandler
		 */
		set_exception_handler(['\Prado\PradoBase', 'exceptionHandler']);
		/**
		 * Disable php's builtin error reporting to avoid duplicated reports
		 */
		ini_set('display_errors', 0);
	}

	/**
	 * Class autoload loader.
	 * This method is provided to be invoked within an __autoload() magic method.
	 * @param string $className class name
	 */
	public static function autoload($className)
	{
		static::using($className);
	}

	/**
	 * @param int $logoType the type of "powered logo". Valid values include 0 and 1.
	 * @return string a string that can be displayed on your Web page showing powered-by-PRADO information
	 */
	public static function poweredByPrado($logoType = 0)
	{
		$logoName = $logoType == 1 ? 'powered2' : 'powered';
		if (self::$_application !== null) {
			$am = self::$_application->getAssetManager();
			$url = $am->publishFilePath(self::getPathOfNamespace('Prado\\' . $logoName, '.gif'));
		} else {
			$url = 'http://pradosoft.github.io/docs/' . $logoName . '.gif';
		}
		return '<a title="Powered by PRADO" href="https://github.com/pradosoft/prado" target="_blank"><img src="' . $url . '" style="border-width:0px;" alt="Powered by PRADO" /></a>';
	}

	/**
	 * PHP error handler.
	 * This method should be registered as PHP error handler using
	 * {@link set_error_handler}. The method throws an exception that
	 * contains the error information.
	 * @param int $errno the level of the error raised
	 * @param string $errstr the error message
	 * @param string $errfile the filename that the error was raised in
	 * @param int $errline the line number the error was raised at
	 */
	public static function phpErrorHandler($errno, $errstr, $errfile, $errline)
	{
		if (error_reporting() & $errno) {
			throw new TPhpErrorException($errno, $errstr, $errfile, $errline);
		}
	}

	/**
	 * PHP shutdown function used to catch fatal errors.
	 * This method should be registered as PHP error handler using
	 * {@link register_shutdown_function}. The method throws an exception that
	 * contains the error information.
	 */
	public static function phpFatalErrorHandler()
	{
		$error = error_get_last();
		if ($error &&

			TPhpErrorException::isFatalError($error) &&
			error_reporting() & $error['type']) {
			self::exceptionHandler(new TPhpFatalErrorException($error['type'], $error['message'], $error['file'], $error['line']));
		}
	}

	/**
	 * Default exception handler.
	 * This method should be registered as default exception handler using
	 * {@link set_exception_handler}. The method tries to use the errorhandler
	 * module of the Prado application to handle the exception.
	 * If the application or the module does not exist, it simply echoes the
	 * exception.
	 * @param Exception $exception exception that is not caught
	 */
	public static function exceptionHandler($exception)
	{
		if (self::$_application !== null && ($errorHandler = self::$_application->getErrorHandler()) !== null) {
			$errorHandler->handleError(null, $exception);
		} else {
			echo $exception;
		}
		exit(1);
	}

	/**
	 * Stores the application instance in the class static member.
	 * This method helps implement a singleton pattern for TApplication.
	 * Repeated invocation of this method or the application constructor
	 * will cause the throw of an exception.
	 * This method should only be used by framework developers.
	 * @param TApplication $application the application instance
	 * @throws TInvalidOperationException if this method is invoked twice or more.
	 */
	public static function setApplication($application)
	{
		if (self::$_application !== null && !defined('PRADO_TEST_RUN')) {
			throw new TInvalidOperationException('prado_application_singleton_required');
		}
		self::$_application = $application;
	}

	/**
	 * @return TApplication the application singleton, null if the singleton has not be created yet.
	 */
	public static function getApplication()
	{
		return self::$_application;
	}

	/**
	 * @return string the path of the framework
	 */
	public static function getFrameworkPath()
	{
		return PRADO_DIR;
	}

	/**
	 * Convert old Prado namespaces to PHP namespaces
	 * @param string $type old class name in Prado3 namespace format
	 * @return string Equivalent class name in PHP namespace format
	 */
	protected static function prado3NamespaceToPhpNamespace($type)
	{
		if (substr($type, 0, 6) === 'System') {
			$type = 'Prado' . substr($type, 6);
		}

		if (false === strpos($type, '\\')) {
			return str_replace('.', '\\', $type);
		} else {
			return $type;
		}
	}

	/**
	 * Creates a component with the specified type.
	 * A component type can be either the component class name
	 * or a namespace referring to the path of the component class file.
	 * For example, 'TButton', '\Prado\Web\UI\WebControls\TButton' are both
	 * valid component type.
	 * This method can also pass parameters to component constructors.
	 * All parameters passed to this method except the first one (the component type)
	 * will be supplied as component constructor parameters.
	 * @param string $requestedType component type
	 * @param array $params
	 * @throws TInvalidDataValueException if the component type is unknown
	 * @return TComponent component instance of the specified type
	 */
	public static function createComponent($requestedType, ...$params)
	{
		$type = static::prado3NamespaceToPhpNamespace($requestedType);
		if (!isset(self::$classExists[$type])) {
			self::$classExists[$type] = class_exists($type, false);
		}

		if (!isset(self::$_usings[$type]) && !self::$classExists[$type]) {
			static::using($type);
			self::$classExists[$type] = class_exists($type, false);
		}

		/*
		 * Old apps compatibility support: if the component name has been specified using the
		 * old namespace syntax (eg. Application.Common.MyDataModule), assume that the calling
		 * code expects the class not to be php5.3-namespaced (eg: MyDataModule instead of
		 * \Application\Common\MyDataModule)
		 * Skip this if the class is inside the Prado\* namespace, since all Prado classes are now namespaced
		 */
		if (($pos = strrpos($type, '\\')) !== false && ($requestedType != $type) && strpos($type, 'Prado\\') !== 0) {
			$type = substr($type, $pos + 1);
		}

		if (count($params) > 0) {
			return new $type(...$params);
		} else {
			return new $type;
		}
	}

	/**
	 * Uses a namespace.
	 * A namespace ending with an asterisk '*' refers to a directory, otherwise it represents a PHP file.
	 * If the namespace corresponds to a directory, the directory will be appended
	 * to the include path. If the namespace corresponds to a file, it will be included (include_once).
	 * @param string $namespace namespace to be used
	 * @param bool $checkClassExistence whether to check the existence of the class after the class file is included
	 * @throws TInvalidDataValueException if the namespace is invalid
	 */
	public static function using($namespace, $checkClassExistence = true)
	{
		$namespace = static::prado3NamespaceToPhpNamespace($namespace);

		if (isset(self::$_usings[$namespace]) || class_exists($namespace, false)) {
			return;
		}

		if (array_key_exists($namespace, self::$classMap)) {
			// fast autoload a Prado3 class name
			$phpNamespace = self::$classMap[$namespace];
			if (class_exists($phpNamespace, true) || interface_exists($phpNamespace, true)) {

				if (!class_exists($namespace) && !interface_exists($namespace)) {
					class_alias($phpNamespace, $namespace);
				}
				return;
			}
		} elseif (($pos = strrpos($namespace, '\\')) === false) {
			// trying to autoload an old class name
			foreach (self::$_usings as $k => $v) {
				$path = $v . DIRECTORY_SEPARATOR . $namespace . self::CLASS_FILE_EXT;
				if (file_exists($path)) {
					$phpNamespace = '\\' . $k . '\\' . $namespace;
					if (class_exists($phpNamespace, true) || interface_exists($phpNamespace, true)) {

						if (!class_exists($namespace) && !interface_exists($namespace)) {
							class_alias($phpNamespace, $namespace);
						}
						return;
					}
				}
			}

			if ($checkClassExistence && !class_exists($namespace, false) && !interface_exists($namespace, false)) {
				throw new TInvalidOperationException('prado_component_unknown', $namespace, '');
			}
		} elseif (($path = self::getPathOfNamespace($namespace, self::CLASS_FILE_EXT)) !== null) {
			$className = substr($namespace, $pos + 1);
			if ($className === '*') {  // a directory
				self::$_usings[substr($namespace, 0, $pos)] = $path;
			} else {  // a file
				//self::$_usings[$namespace]=$path;
				if (!$checkClassExistence || (!class_exists($className, false) && !interface_exists($className, false))) {
					try {
						include_once($path);
						if (class_exists($namespace, false) || interface_exists($namespace, false)) {
							class_alias($namespace, $className);
						}
					} catch (\Exception $e) {
						if ($checkClassExistence && !class_exists($className, false)) {
							throw new TInvalidOperationException('prado_component_unknown', $className, $e->getMessage());
						} else {
							throw $e;
						}
					}
				}
			}
		}
	}

	/**
	 * Translates a namespace into a file path.
	 * The first segment of the namespace is considered as a path alias
	 * which is replaced with the actual path. The rest segments are
	 * subdirectory names appended to the aliased path.
	 * If the namespace ends with an asterisk '*', it represents a directory;
	 * Otherwise it represents a file whose extension name is specified by the second parameter (defaults to empty).
	 * Note, this method does not ensure the existence of the resulting file path.
	 * @param string $namespace namespace
	 * @param string $ext extension to be appended if the namespace refers to a file
	 * @return string file path corresponding to the namespace, null if namespace is invalid
	 */
	public static function getPathOfNamespace($namespace, $ext = '')
	{
		$namespace = static::prado3NamespaceToPhpNamespace($namespace);

		if (self::CLASS_FILE_EXT === $ext || empty($ext)) {
			if (isset(self::$_usings[$namespace])) {
				return self::$_usings[$namespace];
			}

			if (isset(self::$_aliases[$namespace])) {
				return self::$_aliases[$namespace];
			}
		}

		$segs = explode('\\', $namespace);
		$alias = array_shift($segs);

		if (null !== ($file = array_pop($segs)) && null !== ($root = self::getPathOfAlias($alias))) {
			return rtrim($root . DIRECTORY_SEPARATOR . implode(DIRECTORY_SEPARATOR, $segs), '/\\') . (($file === '*') ? '' : DIRECTORY_SEPARATOR . $file . $ext);
		}

		return null;
	}

	/**
	 * @param string $alias alias to the path
	 * @return string the path corresponding to the alias, null if alias not defined.
	 */
	public static function getPathOfAlias($alias)
	{
		return isset(self::$_aliases[$alias]) ? self::$_aliases[$alias] : null;
	}

	protected static function getPathAliases()
	{
		return self::$_aliases;
	}

	/**
	 * @param string $alias alias to the path
	 * @param string $path the path corresponding to the alias
	 * @throws TInvalidOperationException $alias if the alias is already defined
	 * @throws TInvalidDataValueException $path if the path is not a valid file path
	 */
	public static function setPathOfAlias($alias, $path)
	{
		if (isset(self::$_aliases[$alias]) && !defined('PRADO_TEST_RUN')) {
			throw new TInvalidOperationException('prado_alias_redefined', $alias);
		} elseif (($rp = realpath($path)) !== false && is_dir($rp)) {
			if (strpos($alias, '.') === false) {
				self::$_aliases[$alias] = $rp;
			} else {
				throw new TInvalidDataValueException('prado_aliasname_invalid', $alias);
			}
		} else {
			throw new TInvalidDataValueException('prado_alias_invalid', $alias, $path);
		}
	}

	/**
	 * Fatal error handler.
	 * This method displays an error message together with the current call stack.
	 * The application will exit after calling this method.
	 * @param string $msg error message
	 */
	public static function fatalError($msg)
	{
		echo '<h1>Fatal Error</h1>';
		echo '<p>' . $msg . '</p>';
		if (!function_exists('debug_backtrace')) {
			return;
		}
		echo '<h2>Debug Backtrace</h2>';
		echo '<pre>';
		$index = -1;
		foreach (debug_backtrace() as $t) {
			$index++;
			if ($index == 0) {  // hide the backtrace of this function
				continue;
			}
			echo '#' . $index . ' ';
			if (isset($t['file'])) {
				echo basename($t['file']) . ':' . $t['line'];
			} else {
				echo '<PHP inner-code>';
			}
			echo ' -- ';
			if (isset($t['class'])) {
				echo $t['class'] . $t['type'];
			}
			echo $t['function'] . '(';
			if (isset($t['args']) && count($t['args']) > 0) {
				$count = 0;
				foreach ($t['args'] as $item) {
					if (is_string($item)) {
						$str = htmlentities(str_replace("\r\n", "", $item), ENT_QUOTES);
						if (strlen($item) > 70) {
							echo "'" . substr($str, 0, 70) . "...'";
						} else {
							echo "'" . $str . "'";
						}
					} elseif (is_int($item) || is_float($item)) {
						echo $item;
					} elseif (is_object($item)) {
						echo get_class($item);
					} elseif (is_array($item)) {
						echo 'array(' . count($item) . ')';
					} elseif (is_bool($item)) {
						echo $item ? 'true' : 'false';
					} elseif ($item === null) {
						echo 'NULL';
					} elseif (is_resource($item)) {
						echo get_resource_type($item);
					}
					$count++;
					if (count($t['args']) > $count) {
						echo ', ';
					}
				}
			}
			echo ")\n";
		}
		echo '</pre>';
		exit(1);
	}

	/**
	 * Returns a list of user preferred languages.
	 * The languages are returned as an array. Each array element
	 * represents a single language preference. The languages are ordered
	 * according to user preferences. The first language is the most preferred.
	 * @return array list of user preferred languages.
	 */
	public static function getUserLanguages()
	{
		static $languages = null;
		if ($languages === null) {
			if (!isset($_SERVER['HTTP_ACCEPT_LANGUAGE'])) {
				$languages[0] = 'en';
			} else {
				$languages = [];
				foreach (explode(',', $_SERVER['HTTP_ACCEPT_LANGUAGE']) as $language) {
					$array = explode(';q=', trim($language));
					$languages[trim($array[0])] = isset($array[1]) ? (float) $array[1] : 1.0;
				}
				arsort($languages);
				$languages = array_keys($languages);
				if (empty($languages)) {
					$languages[0] = 'en';
				}
			}
		}
		return $languages;
	}

	/**
	 * Returns the most preferred language by the client user.
	 * @return string the most preferred language by the client user, defaults to English.
	 */
	public static function getPreferredLanguage()
	{
		static $language = null;
		if ($language === null) {
			$langs = Prado::getUserLanguages();
			$lang = explode('-', $langs[0]);
			if (empty($lang[0]) || !ctype_alpha($lang[0])) {
				$language = 'en';
			} else {
				$language = $lang[0];
			}
		}
		return $language;
	}

	/**
	 * Writes a log message.
	 * This method wraps {@link log()} by checking the application mode.
	 * When the application is in Debug mode, debug backtrace information is appended
	 * to the message and the message is logged at DEBUG level.
	 * When the application is in Performance mode, this method does nothing.
	 * Otherwise, the message is logged at INFO level.
	 * @param string $msg message to be logged
	 * @param string $category category of the message
	 * @param (string|TControl) $ctl control of the message
	 * @see log, getLogger
	 */
	public static function trace($msg, $category = 'Uncategorized', $ctl = null)
	{
		if (self::$_application && self::$_application->getMode() === TApplicationMode::Performance) {
			return;
		}
		if (!self::$_application || self::$_application->getMode() === TApplicationMode::Debug) {
			$trace = debug_backtrace();
			if (isset($trace[0]['file']) && isset($trace[0]['line'])) {
				$msg .= " (line {$trace[0]['line']}, {$trace[0]['file']})";
			}
			$level = TLogger::DEBUG;
		} else {
			$level = TLogger::INFO;
		}
		self::log($msg, $level, $category, $ctl);
	}

	/**
	 * Logs a message.
	 * Messages logged by this method may be retrieved via {@link TLogger::getLogs}
	 * and may be recorded in different media, such as file, email, database, using
	 * {@link TLogRouter}.
	 * @param string $msg message to be logged
	 * @param int $level level of the message. Valid values include
	 * TLogger::DEBUG, TLogger::INFO, TLogger::NOTICE, TLogger::WARNING,
	 * TLogger::ERROR, TLogger::ALERT, TLogger::FATAL.
	 * @param string $category category of the message
	 * @param (string|TControl) $ctl control of the message
	 */
	public static function log($msg, $level = TLogger::INFO, $category = 'Uncategorized', $ctl = null)
	{
		if (self::$_logger === null) {
			self::$_logger = new TLogger;
		}
		self::$_logger->log($msg, $level, $category, $ctl);
	}

	/**
	 * @return TLogger message logger
	 */
	public static function getLogger()
	{
		if (self::$_logger === null) {
			self::$_logger = new TLogger;
		}
		return self::$_logger;
	}

	/**
	 * Converts a variable into a string representation.
	 * This method achieves the similar functionality as var_dump and print_r
	 * but is more robust when handling complex objects such as PRADO controls.
	 * @param mixed $var variable to be dumped
	 * @param int $depth maximum depth that the dumper should go into the variable. Defaults to 10.
	 * @param bool $highlight whether to syntax highlight the output. Defaults to false.
	 * @return string the string representation of the variable
	 */
	public static function varDump($var, $depth = 10, $highlight = false)
	{
		return TVarDumper::dump($var, $depth, $highlight);
	}

	/**
	 * Localize a text to the locale/culture specified in the globalization handler.
	 * @param string $text text to be localized.
	 * @param array $parameters a set of parameters to substitute.
	 * @param string $catalogue a different catalogue to find the localize text.
	 * @param string $charset the input AND output charset.
	 * @return string localized text.
	 * @see TTranslate::formatter()
	 * @see TTranslate::init()
	 */
	public static function localize($text, $parameters = [], $catalogue = null, $charset = null)
	{
		$app = Prado::getApplication()->getGlobalization(false);

		$params = [];
		foreach ($parameters as $key => $value) {
			$params['{' . $key . '}'] = $value;
		}

		//no translation handler provided
		if ($app === null || ($config = $app->getTranslationConfiguration()) === null) {
			return strtr($text, $params);
		}

		if ($catalogue === null) {
			$catalogue = $config['catalogue'] ?? 'messages';
		}

		Translation::init($catalogue);

		//globalization charset
		$appCharset = $app === null ? '' : $app->getCharset();

		//default charset
		$defaultCharset = ($app === null) ? 'UTF-8' : $app->getDefaultCharset();

		//fall back
		if (empty($charset)) {
			$charset = $appCharset;
		}
		if (empty($charset)) {
			$charset = $defaultCharset;
		}

		return Translation::formatter($catalogue)->format($text, $params, $catalogue, $charset);
	}
}

pradosoft / prado

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