public function __construct()
{
parent::__construct();
// Set the module configuration file, based on the CLASS name, adding a .cfg;
$this->setModuleConfigFile($this->getObjectCLASS()->appendString('.cfg'));
if (!TheFactoryMethodOfSingleton::checkHasInstance(__CLASS__)) {
self::setExeTime(new S(__CLASS__));
if ($this->objIdentificationString == __CLASS__) {
// Instantiate some types;
self::$objRegisteredModules = new A();
self::$objRegisteredClasses = new A();
// Scan for module directory, in the MOD_DIR dir;
if (!isset($_SESSION[PROJECT_NAME]['RA_mod_reg'])) {
$scannedModuleDirectory = new FileDirectory(MOD_DIR);
$_SESSION[PROJECT_NAME]['RA_mod_reg']['scandir'] = $scannedModuleDirectory->scanDirectory($_SESSION[PROJECT_NAME]['RA_mod_reg']['f_count']);
}
// Do the FOR;
for ($i = 0; $i < $_SESSION[PROJECT_NAME]['RA_mod_reg']['f_count']; ++$i) {
// Register new module;
$this->registerModule(new FileDirectory(MOD_DIR . _S . $_SESSION[PROJECT_NAME]['RA_mod_reg']['scandir'][$i]));
}
}
} else {
// Return the instantiated object;
return TheFactoryMethodOfSingleton::getInstance(__CLASS__);
}
}
public function __construct(S $databaseIndex = NULL)
{
parent::__construct();
// Do the rest ...
if (!TheFactoryMethodOfSingleton::checkHasInstance(__CLASS__)) {
// Set execution time for SQLHandler;
self::setExeTime(new S(__CLASS__));
// Make a default databaseIndex ...
switch ($databaseIndex == NULL) {
case TRUE:
// Yes, we set the default ...
$databaseIndex = new S('db_0');
break;
}
# Set ALL object properties to some defaults ...
self::$objSQLH = new S($GLOBALS['H'][$databaseIndex->toString()]);
self::$objSQLU = new S($GLOBALS['U'][$databaseIndex->toString()]);
self::$objSQLP = new S($GLOBALS['P'][$databaseIndex->toString()]);
self::$objSQLD = new S($GLOBALS['D'][$databaseIndex->toString()]);
self::$objSQLR = new S($GLOBALS['R'][$databaseIndex->toString()]);
// Use a switch, to clean the code;
if (SQL_PERSISTENT_CONNECTION == 1) {
// Do return ...
return (mysql_pconnect(self::$objSQLH, self::$objSQLU, self::$objSQLP) or self::renderSQLScreenOfDeath()) && (mysql_select_db(self::$objSQLD) or self::renderSQLScreenOfDeath());
} else {
// Do return ...
return (mysql_connect(self::$objSQLH, self::$objSQLU, self::$objSQLP) or self::renderSQLScreenOfDeath()) && (mysql_select_db(self::$objSQLD) or self::renderSQLScreenOfDeath());
}
} else {
// Return the instantiated object;
return TheFactoryMethodOfSingleton::getInstance(__CLASS__);
}
}
public function __construct()
{
parent::__construct();
if (!TheFactoryMethodOfSingleton::checkHasInstance(__CLASS__)) {
self::setExeTime(new S(__CLASS__));
// Make required containers;
self::$objFormErrorField = new A();
self::$objUpdateTableFields = new A();
self::$objOtherSQLData = new A();
// Make the data container;
self::$objDataContainer = new A();
self::$objFormDataContainer = new A();
self::$objDataToForm = new I(0);
self::$objDataCountInput = new I(0);
self::$objPostPassedToSession = new I(0);
self::$objFormInFieldSet = new I(0);
self::$objFormStarted = new I(0);
self::$objFormPassedExecution = new I(1);
self::$objOptGroupOpen = new I(0);
self::$objUpdateTableName = new S(_NONE);
self::$objUpdateUpdateField = new S(_NONE);
self::$objUpdateUpdateId = new S(_NONE);
self::$objUpdateWhere = new S(_NONE);
self::$objUpdateSELECTData = new A();
self::$objRegisteredFunctionArray = new A();
// Set POST to SESSION['POST'];
if (!empty($_POST)) {
// Convert _POST to an A, get ALL HTML processed;
$_SESSION['POST'] = new A();
foreach ($_POST as $k => $v) {
// Do the samba ...
$v = new S($v);
$_SESSION['POST'][$k] = $v->entityEncode(ENT_QUOTES)->doToken("\r\n", new S());
$_SESSION['POST'][$k] = $_SESSION['POST'][$k]->trimLeft();
$_SESSION['POST'][$k] = $_SESSION['POST'][$k]->trimRight();
}
// Yes, we did;
self::$objPostPassedToSession = new I(1);
} else {
if (self::checkPOST()->toBoolean() == TRUE && count($_SESSION['POST']) > 0) {
self::$objPostPassedToSession = new I(1);
} else {
self::$objPostPassedToSession = new I(0);
}
}
} else {
// Return the instantiated object;
return TheFactoryMethodOfSingleton::getInstance(__CLASS__);
}
}
/**
* Sets anything that's needed to make the RA PHP Framework work as expected. Usually we don't document __constructors as the name
* of the method says it all, but in this case we need to document that the 'ERR' __constructor is called to initialize the RA
* PHP Framework as it's the first non-abstract inherited CLASS. For this purpose only, it will set the default configuration
* options, the Ouput Buffering mechanis, the Error Handling mechanism and other properties;
*
* @return B Returns true if the object has been constructed properly
* @author Catalin Z. Alexandru <*****@*****.**>
* @copyright Under the terms of the GNU General Public License v3
* @version $Id: 08_ERR.php 313 2009-10-09 13:27:52Z catalin.zamfir $
* @since Version 1.0
* @access public
*/
public function __construct()
{
if (!TheFactoryMethodOfSingleton::checkHasInstance(__CLASS__)) {
self::$objErrorHappened = new I(0);
self::$objHT = new A();
self::$objExecutionTime = new A();
self::$objTokensReplace = new A();
self::$objStringReplace = new A();
self::$objOutputBuffer = new A();
self::$objOutputBufferCount = new I(0);
if (self::setRAPHPFrameworkINIObjectProps()->toBoolean()) {
self::setExeTime(new S(__CLASS__));
self::setOutputStreamCallbackWorker(new S(__CLASS__ . _DC . 'executionStreamedOutput'));
self::setOutputErrorCatcherCallback(new S(__CLASS__ . _DC . 'executionCatchPHPErrors'));
self::executeOutputStream();
self::setCacheHeaderKeys();
self::setHTAutoPHP();
// If the LOAD is ok, go on!
if (self::getRAPHPFrameworkAverageLoading()->toInt() > SYSTEM_LOAD_MAX) {
// SYSTEM_LOAD_TO_HIGH, show an error screen;
self::renderScreenOfDeath(new S(__CLASS__), new S(SYSTEM_LOAD_TOO_HIGH), new S(SYSTEM_LOAD_TOO_HIGH_FIX));
} else {
// If an attempt to re-open the session is made, output an error;
if (!self::checkSessionVar(new S('in_session'), new O(TRUE))->toBoolean()) {
if (self::openSession()) {
// Set _SESSION variables;
if (self::setSessionVar(new S('in_session'), new O(TRUE)) && self::setSessionVar(new S('skin'), new O(SKIN)) && self::setSessionVar(new S('language'), new O(LANGUAGE)) && self::setSessionVar(new S('default_timezone'), new O(DATE_TIMEZONE))) {
// Do return;
return new B(TRUE);
} else {
// Error me proudly;
self::renderScreenOfDeath(new S(__CLASS__), new S(CANNOT_START_SESSION), new S(CANNOT_START_SESSION_FIX));
}
}
} else {
// Error me proudly;
self::renderScreenOfDeath(new S(__CLASS__), new S(CANNOT_START_SESSION), new S(CANNOT_START_SESSION_FIX));
}
}
}
} else {
// Return the object instance, from the array;
return TheFactoryMethodOfSingleton::getInstance(__CLASS__);
}
}
public function __construct()
{
parent::__construct();
// Register this object with the chain;
ChainOfCommand::registerExecutor($this);
// Do the Factory-Singleton method;
if (!TheFactoryMethodOfSingleton::checkHasInstance(__CLASS__)) {
// Set specific TPL object properties;
self::setExeTime(new S(__CLASS__));
self::$objPageTitle = new A();
self::$objPageCSS = new A();
self::$objPageJSS = new A();
self::$objMetaTAG = new A();
self::$objMetaEQV = new A();
self::$objMetaLNK = new A();
self::$objUserAgentCapability = new A();
self::$objPageTitleBackward = new I(0);
self::$objContainerHTML = new I(1);
self::$objTPLLoaded = new B(TRUE);
self::$objRequestIsPHP = new I(1);
self::$objTpEXECounter = new I(0);
// If this is a CSS File, then setupCSSEnvironmentIfCSSFile for it;
self::setupCSSEnvironmentIfCSSFile();
self::setupJSSEnvironmentIfJSSFile();
self::activateDeactiveAjax();
// Output Gzipped content, if that's the case for it;
self::setGzippedOutputRequest(new S('set_header_information'));
// Set document type, UserAgent stats and more ...
if (self::$objRequestIsPHP->toInt() == 1) {
// Set the document type to a default;
self::setDocumentType(new S('xhtml_strict'));
// Set an array of 'f_path' (file path);
self::$objFilePathArray = new A();
self::getUserAgentStats();
}
} else {
// Return the instantiated object;
return TheFactoryMethodOfSingleton::getInstance(__CLASS__);
}
}
