protected function tearDown()
{
wfProfileIn(__METHOD__);
// Cleaning up temporary files
foreach ($this->tmpfiles as $fname) {
if (is_file($fname) || is_link($fname)) {
unlink($fname);
} elseif (is_dir($fname)) {
wfRecursiveRemoveDir($fname);
}
}
if ($this->needsDB() && $this->db) {
// Clean up open transactions
while ($this->db->trxLevel() > 0) {
$this->db->rollback();
}
// don't ignore DB errors
$this->db->ignoreErrors(false);
}
// Restore mw globals
foreach ($this->mwGlobals as $key => $value) {
$GLOBALS[$key] = $value;
}
$this->mwGlobals = array();
$phpErrorLevel = intval(ini_get('error_reporting'));
if ($phpErrorLevel !== $this->phpErrorLevel) {
ini_set('error_reporting', $this->phpErrorLevel);
$oldHex = strtoupper(dechex($this->phpErrorLevel));
$newHex = strtoupper(dechex($phpErrorLevel));
$message = "PHP error_reporting setting was left dirty: was 0x{$oldHex} before test, 0x{$newHex} after test!";
$this->fail($message);
}
parent::tearDown();
wfProfileOut(__METHOD__);
}
protected function tearDown()
{
wfProfileIn(__METHOD__);
// Cleaning up temporary files
foreach ($this->tmpfiles as $fname) {
if (is_file($fname) || is_link($fname)) {
unlink($fname);
} elseif (is_dir($fname)) {
wfRecursiveRemoveDir($fname);
}
}
if ($this->needsDB() && $this->db) {
// Clean up open transactions
while ($this->db->trxLevel() > 0) {
$this->db->rollback();
}
// don't ignore DB errors
$this->db->ignoreErrors(false);
}
// Restore mw globals
foreach ($this->mwGlobals as $key => $value) {
$GLOBALS[$key] = $value;
}
$this->mwGlobals = array();
parent::tearDown();
wfProfileOut(__METHOD__);
}
protected function tearDown()
{
$this->called['tearDown'] = true;
// Cleaning up temporary files
foreach ($this->tmpFiles as $fileName) {
if (is_file($fileName) || is_link($fileName)) {
unlink($fileName);
} elseif (is_dir($fileName)) {
wfRecursiveRemoveDir($fileName);
}
}
if ($this->needsDB() && $this->db) {
// Clean up open transactions
while ($this->db->trxLevel() > 0) {
$this->db->rollback();
}
}
// Restore mw globals
foreach ($this->mwGlobals as $key => $value) {
$GLOBALS[$key] = $value;
}
$this->mwGlobals = array();
RequestContext::resetMain();
MediaHandler::resetCache();
$phpErrorLevel = intval(ini_get('error_reporting'));
if ($phpErrorLevel !== $this->phpErrorLevel) {
ini_set('error_reporting', $this->phpErrorLevel);
$oldHex = strtoupper(dechex($this->phpErrorLevel));
$newHex = strtoupper(dechex($phpErrorLevel));
$message = "PHP error_reporting setting was left dirty: " . "was 0x{$oldHex} before test, 0x{$newHex} after test!";
$this->fail($message);
}
parent::tearDown();
}
protected function tearDown()
{
global $wgRequest;
$status = ob_get_status();
if (isset($status['name']) && $status['name'] === 'MediaWikiTestCase::wfResetOutputBuffersBarrier') {
ob_end_flush();
}
$this->called['tearDown'] = true;
// Cleaning up temporary files
foreach ($this->tmpFiles as $fileName) {
if (is_file($fileName) || is_link($fileName)) {
unlink($fileName);
} elseif (is_dir($fileName)) {
wfRecursiveRemoveDir($fileName);
}
}
if ($this->needsDB() && $this->db) {
// Clean up open transactions
while ($this->db->trxLevel() > 0) {
$this->db->rollback(__METHOD__, 'flush');
}
}
// Restore mw globals
foreach ($this->mwGlobals as $key => $value) {
$GLOBALS[$key] = $value;
}
$this->mwGlobals = [];
$this->restoreLoggers();
if (self::$serviceLocator && MediaWikiServices::getInstance() !== self::$serviceLocator) {
MediaWikiServices::forceGlobalInstance(self::$serviceLocator);
}
// TODO: move global state into MediaWikiServices
RequestContext::resetMain();
MediaHandler::resetCache();
if (session_id() !== '') {
session_write_close();
session_id('');
}
$wgRequest = new FauxRequest();
MediaWiki\Session\SessionManager::resetCache();
MediaWiki\Auth\AuthManager::resetCache();
$phpErrorLevel = intval(ini_get('error_reporting'));
if ($phpErrorLevel !== $this->phpErrorLevel) {
ini_set('error_reporting', $this->phpErrorLevel);
$oldHex = strtoupper(dechex($this->phpErrorLevel));
$newHex = strtoupper(dechex($phpErrorLevel));
$message = "PHP error_reporting setting was left dirty: " . "was 0x{$oldHex} before test, 0x{$newHex} after test!";
$this->fail($message);
}
parent::tearDown();
}
protected function tearDown()
{
// Cleaning up temporary files
foreach ($this->tmpfiles as $fname) {
if (is_file($fname) || is_link($fname)) {
unlink($fname);
} elseif (is_dir($fname)) {
wfRecursiveRemoveDir($fname);
}
}
// clean up open transactions
if ($this->needsDB() && $this->db) {
while ($this->db->trxLevel() > 0) {
$this->db->rollback();
}
}
parent::tearDown();
}
/**
* @param DatabaseBase $dbw
* @param int $id
*/
public function __construct($dbw, $id)
{
$this->dbw = $dbw;
$this->id = $id;
$this->didbegin = false;
/* If we are not in a transaction, we need to be for savepoint trickery */
if (!$dbw->trxLevel()) {
$dbw->begin("FOR SAVEPOINT");
$this->didbegin = true;
}
}
/**
* Update the query cache as needed
*
* @param DatabaseBase $dbw
* @param int $days How many days user must be idle before he is considered inactive
* @param int $window Maximum time range of new data to scan (in seconds)
* @return int|bool UNIX timestamp the cache is now up-to-date as of (false on error)
*/
protected static function doQueryCacheUpdate(DatabaseBase $dbw, $days, $window)
{
$lockKey = wfWikiID() . '-activeusers';
if (!$dbw->lock($lockKey, __METHOD__, 1)) {
return false;
// exclusive update (avoids duplicate entries)
}
$now = time();
$cTime = $dbw->selectField('querycache_info', 'qci_timestamp', array('qci_type' => 'activeusers'));
$cTimeUnix = $cTime ? wfTimestamp(TS_UNIX, $cTime) : 1;
// Pick the date range to fetch from. This is normally from the last
// update to till the present time, but has a limited window for sanity.
// If the window is limited, multiple runs are need to fully populate it.
$sTimestamp = max($cTimeUnix, $now - $days * 86400);
$eTimestamp = min($sTimestamp + $window, $now);
// Get all the users active since the last update
$res = $dbw->select(array('recentchanges'), array('rc_user_text', 'lastedittime' => 'MAX(rc_timestamp)'), array('rc_user > 0', 'rc_type != ' . $dbw->addQuotes(RC_EXTERNAL), 'rc_log_type IS NULL OR rc_log_type != ' . $dbw->addQuotes('newusers'), 'rc_timestamp >= ' . $dbw->addQuotes($dbw->timestamp($sTimestamp)), 'rc_timestamp <= ' . $dbw->addQuotes($dbw->timestamp($eTimestamp))), __METHOD__, array('GROUP BY' => array('rc_user_text'), 'ORDER BY' => 'NULL'));
$names = array();
foreach ($res as $row) {
$names[$row->rc_user_text] = $row->lastedittime;
}
// Rotate out users that have not edited in too long (according to old data set)
$dbw->delete('querycachetwo', array('qcc_type' => 'activeusers', 'qcc_value < ' . $dbw->addQuotes($now - $days * 86400)), __METHOD__);
// Find which of the recently active users are already accounted for
if (count($names)) {
$res = $dbw->select('querycachetwo', array('user_name' => 'qcc_title'), array('qcc_type' => 'activeusers', 'qcc_namespace' => NS_USER, 'qcc_title' => array_keys($names)), __METHOD__);
foreach ($res as $row) {
unset($names[$row->user_name]);
}
}
// Insert the users that need to be added to the list (which their last edit time
if (count($names)) {
$newRows = array();
foreach ($names as $name => $lastEditTime) {
$newRows[] = array('qcc_type' => 'activeusers', 'qcc_namespace' => NS_USER, 'qcc_title' => $name, 'qcc_value' => wfTimestamp(TS_UNIX, $lastEditTime), 'qcc_namespacetwo' => 0, 'qcc_titletwo' => '');
}
foreach (array_chunk($newRows, 500) as $rowBatch) {
$dbw->insert('querycachetwo', $rowBatch, __METHOD__);
if (!$dbw->trxLevel()) {
wfWaitForSlaves();
}
}
}
// Touch the data freshness timestamp
$dbw->replace('querycache_info', array('qci_type'), array('qci_type' => 'activeusers', 'qci_timestamp' => $dbw->timestamp($eTimestamp)), __METHOD__);
$dbw->unlock($lockKey, __METHOD__);
return $eTimestamp;
}
