/**
* @access public
*/
protected function runTest()
{
$timer = new Benchmark_Timer();
$timer->start();
parent::runTest();
$timer->stop();
if ($this->fMaxRunningTime != 0 && $timer->timeElapsed() > $this->fMaxRunningTime) {
PHPUnit_Framework_Assert::fail(sprintf('expected running time: <= %s but was: %s', $this->fMaxRunningTime, $timer->timeElapsed()));
}
}
/**
* Cleanly end the current test
*/
protected function endCurrentTest()
{
if (!$this->currentTest || !$this->currentSuite) {
return;
}
// Time the current test
$testDuration = microtime(true) - $this->startTestTime;
$this->testSpeeds[$this->currentSuite['suite']->getName() . '.' . $this->currentTest['name']] = $testDuration;
if ($this->hasTimer) {
$this->timer->stop();
$this->currentTest['timeElapsed'] = $this->timer->timeElapsed();
}
// Save and reset current state
array_push($this->currentSuite['tests'], $this->currentTest);
$this->currentTest = null;
}
function sparql($I)
{
##Parse the query and build the dataset
#global $timer;
if (is_file(S3DB_SERVER_ROOT . '/pearlib/Benchmark/Timer.php')) {
require_once S3DB_SERVER_ROOT . '/pearlib/Benchmark/Timer.php';
$timer = new Benchmark_Timer();
$timer->start();
}
extract($I);
##To use SPARQL with ARC library, we will need it to work with a remote endpoint. That means that we do not want to configure ARC as a datastore, but rather to retrieve the data from s3db deployments, convert it to RDF and then use ARC to run the query on it
/* ARC2 static class inclusion */
ini_set("include_path", S3DB_SERVER_ROOT . "/pearlib/arc" . PATH_SEPARATOR . ini_get("include_path"));
include_once "ARC2.php";
$s3ql['url'] = $in['url'] != '' ? $in['url'] : $default_uri;
$s3ql['key'] = $in['key'] != '' ? $in['key'] : get_user_key($user_id, $db);
$q = $in['query'];
list($query, $triples, $prefixes) = parse_sparql_query($q, $s3ql);
$bq .= "PREFIX " . implode("\n PREFIX ", $query['prefix']) . "\n ";
$bq .= "SELECT " . $query['select'][0] . "\n ";
$bq .= "FROM" . implode(" FROM ", $query['from']) . "\n ";
$bq .= "WHERE " . $query['where'][0] . "\n ";
preg_match_all('(\\?[A-Za-z0-9]+) ', $bq, $vars);
if ($vars[0]) {
$vars = array_unique($vars[0]);
$sparql_vars = implode(" ", $vars);
}
if ($query['select'][0] != "" && $query['select'][0] != "*") {
$outputCols = explode(" ", trim($query['select'][0]));
$outputCols = array_filter($outputCols);
$outputCols = array_intersect($vars, $outputCols);
}
$sparql = ereg_replace("FROM(.*)WHERE", "WHERE", $bq);
#lets preprocess the order by which the must be queries must be performed to optimize speedness
list($iterations, $scrambled) = iterationOrder($triples, $prefixes, true);
##$rdf_results will contain the totality of triples retrieved from s3db;
##Start a rdf-api model
$iterations = array_values($iterations);
$rdf = S3DB_URI_BASE . '/s3dbcore/model.n3';
#base s3db rdf model
$filename = md5($rdf);
$file_place = $GLOBALS['uploads'] . '/';
#$queryModel = rdf2php($rdf);
#$data = $queryModel->sparqlQuery($sparql);
#echo '<pre>';print_r($data);exit;
if ($timer) {
$timer->setMarker('Core model read into results');
}
$rdf_results = array();
$performedQueries = array();
$r = 0;
foreach ($iterations as $it => $triples2query) {
$S3QL = array();
$S3QLfinal = array();
foreach ($triples2query as $i => $tripleInd) {
$tripleString = $tripleInd;
list($subject, $predicate, $object) = explode(' ', trim($tripleString));
$subject = ereg_replace('^<|>$', '', $subject);
$predicate = ereg_replace('^<|>$', '', $predicate);
$object = ereg_replace('^<|>$', '', $object);
$triple = compact('subject', 'predicate', 'object');
#sparql triple is used to calculate the values of the variables in the triple
#$sparql_triple = $sparql_prefixes_default.' SELECT * WHERE { '.ltrim($tripleString).' . }';
#now lets interpret the triple to explore the space of possible queries on S3QL
$pack = compact('triple', 's3ql', 'user_id', 'db', 'prefixes', 'varType', 'discoveredData', 'it', 'varTypeWhere', 'collected_data', 'performedQueries');
$sp = sparql_navigator($pack);
extract($sp);
# if($timer) $timer->setMarker('Built query '.$i);
##Remove queries that were already performed
if ($S3QL[0]) {
foreach ($S3QL as $s => $q) {
$S3QLfinal[] = $q;
$queried_elements[] = $element[$s];
}
$localQueries[$tripleString] = $localQueries[0];
$remoteQueries[$tripleString] = $remoteQueries[0];
$localQueries = array_filter($localQueries);
$remoteQueries = array_filter($remoteQueries);
}
}
$S3QL = $S3QLfinal;
##Remove repeated queries
$S3QL = array_unique($S3QL);
#if only the s3ql is requested, we can return it now
if ($in['output'] == 'S3QL') {
foreach ($localQueries as $sparqlVersion => $s3qlVersion) {
$Q[]['S3QL'] = S3QLQuery($s3qlVersion);
}
foreach ($remoteQueries as $rq) {
$Q[]['S3QL'] = $rq;
}
$root = 's3ql';
#root is just the word that xml should parse as the root for each entry
$data = $Q;
$cols = array('S3QL');
$format = $in['format'] == '' ? 'html' : $in['format'];
$z = compact('data', 'cols', 'format', 'root');
$out = outputFormat($z);
return array(true, $out);
}
#If paralel library is activated, use it for the data. Otherwise use the custom version
#$query_answers_file = 'sparql_query_ans'.rand(100,200); $a=fopen($query_answers_file, 'a');
if (!empty($S3QL)) {
if (extension_loaded('curl') && $goparallel) {
// Create cURL handlers
if ($timer) {
$timer->setMarker('Starting queries from group ' . $it);
}
foreach ($S3QL as $k => $url) {
$qURL = $url;
$ch[$k] = curl_init();
// Set options
curl_setopt($ch[$k], CURLOPT_URL, $qURL . '&format=php');
curl_setopt($ch[$k], CURLOPT_RETURNTRANSFER, 1);
}
$mh = curl_multi_init();
foreach ($S3QL as $k => $url) {
curl_multi_add_handle($mh, $ch[$k]);
}
$running = null;
do {
curl_multi_exec($mh, $running);
if ($timer) {
$timer->setMarker('Query ' . $k . ' of group ' . $it . ' executed');
}
} while ($running > 0);
foreach ($S3QL as $k => $url) {
$answer[$k] = curl_multi_getcontent($ch[$k]);
if (!empty($answer[$k])) {
#@fwrite($a, $answer[$k]);
##This is what takes the longest after the query, can it be replaced?
$ans = unserialize($answer[$k]);
$letter = $queried_elements[$r][0];
if (empty($ans)) {
##is this query part is not optional, then the result will be null
##TO BE DEVELOPED SOON
} else {
$rdf_results[$letter][] = $ans;
}
$r++;
##Add the triples to already existing triples
#Line up the answer with the model
if ($timer) {
$timer->setMarker('Query ' . $it . '=>' . $k . ' converted to php ');
}
}
}
curl_multi_close($mh);
####Time count
#$time_end = microtime(true);
#$time = $time_end - $time_start;
#echo "Query took ".$time." seconds\n";exit;
###
} else {
#Now solve the remaining triples with the constants found in this one
if (is_array($localQueries) && !empty($localQueries)) {
foreach ($localQueries as $sparql_triple => $s3ql) {
$s3ql = array_filter(array_diff_key($s3ql, array('url' => '')));
$answer = localQ($s3ql);
if (!empty($answer)) {
$rdfanswer = rdf2php($answer);
#Line up the answer with the model
$queryModel->addModel($rdfanswer);
#Now perform the query on the small model to find a constant for the remaining queries
#list($data,$discovered, $discoveredData,$queryModel) = executeQuery($queryModel,$sparql_triple,$discovered,$format);
}
}
}
if (is_array($remoteQueries) && !empty($remoteQueries)) {
foreach ($remoteQueries as $remoteQuery) {
$answer = remoteQ($remoteQuery);
if (!empty($answer)) {
$rdfanswer = rdf2php($answer);
#Line up the answer with the model
$queryModel->addModel($rdfanswer);
#Now perform the query on the small model to find a constant for the remaining queries
#list($data,$discovered, $discoveredData,$queryModel) = executeQuery($queryModel,$sparql_triple,$discovered,$format);
}
}
}
}
}
}
##Get the data from the file
##Now, add the dictionary data
if ($complete) {
include_once S3DB_SERVER_ROOT . '/s3dbcore/dictionary.php';
$s3qlN = compact('user_id', 'db');
$s3qlN['from'] = 'link';
$s3qlN['format'] = 'php';
$links = query_user_dictionaries($s3qlN, $db, $user_id);
$links = unserialize($links);
$rdf_results['E'][0] = $links;
$s3qlN = compact('user_id', 'db');
$s3qlN['from'] = 'namespaces';
$s3qlN['format'] = 'php';
$ns = query_user_dictionaries($s3qlN, $db, $user_id);
$ns = unserialize($ns);
if ($timer) {
$timer->setMarker('Dictionary links retrieved');
}
}
##Convert the result into an RDF file
$data_triples = array();
if (is_array($rdf_results)) {
foreach ($rdf_results as $letter => $results2rdfize) {
$dont_skip_core_name = false;
$dont_skip_serialized = true;
if (ereg('S', $letter)) {
$dont_skip_serialized = false;
}
if (ereg('C|R|P', $letter)) {
$dont_skip_core_name = true;
}
foreach ($results2rdfize as $k => $data) {
$tmp_triples = rdf_encode($data, $letter, 'array', $s3ql['db'], $ns, $collected_data, $dont_skip_serialized, $dont_skip_core_name);
if (is_array($tmp_triples)) {
$data_triples = array_merge($data_triples, $tmp_triples);
}
}
}
}
if (!empty($data_triples)) {
$tmp['ns'] = $prefixes;
/*
#this one for turtle
$parser = ARC2::getComponent('TurtleParser', $a);
$index = ARC2::getSimpleIndex($triples, false) ; # false -> non-flat version
$rdf_doc = $parser->toTurtle($index,$prefixes);
*/
$parser = ARC2::getComponent('RDFXMLParser', $tmp);
$index = ARC2::getSimpleIndex($data_triples, false);
/* false -> non-flat version */
$rdf_doc = $parser->toRDFXML($index, $prefixes);
$filename = S3DB_SERVER_ROOT . '/tmp/' . random_string(15) . '.rdf';
$rr = fopen($filename, 'a+');
fwrite($rr, $rdf_doc);
fclose($rr);
if ($timer) {
$timer->setMarker(count($data_triples) . ' triples written to file ' . $filename);
}
##The better strategy would be to let the client cpu resolve the query; return the graphs with the rdf so that a sparql on the client can handle it
if ($return_file_name) {
if (filesize($filename) > 0) {
return array(true, $filename);
} else {
return array(false);
}
exit;
}
if ($redirect) {
##And now use an external service ( I gave up with ARC) to parse the query
$url2search = str_replace(S3DB_SERVER_ROOT, S3DB_URI_BASE, $filename);
##Giving up on ARC, surrender to sparql.com
$remote_endpoint = "http://sparql.org/sparql?query=";
$bq = ereg_replace("FROM <.*>", "FROM <" . $url2search . ">", $bq);
$bq = urlencode($bq);
$remote_endpoint .= $bq . '&default-graph-uri=&stylesheet=/xml-to-html.xsl';
return array(true, $remote_endpoint);
}
#echo $filename;exit;
#And finally perform the query on the model.
$queryModel = rdf2php($filename);
$format = $in['format'] != '' ? $in['format'] : 'html';
unlink($filename);
if ($timer) {
$timer->setMarker('Data converted to a model the rdf-api can query');
}
if (eregi('^(sparql-xml|sparql-html)$', $format)) {
switch ($format) {
case 'sparql-xml':
$result = $queryModel->sparqlQuery($sparql, 'XML');
break;
case 'sparql-html':
$result = $queryModel->sparqlQuery($sparql, 'HTML');
if ($_REQUEST['su3d']) {
$timer->stop();
$profiling = $timer->getProfiling();
echo "Query took " . $profiling[count($profiling) - 1]['total'] . ' sec';
}
break;
}
if ($result) {
return array(true, $result);
} else {
return false;
}
} elseif ($format == 'html.form') {
$form .= '
<html>
<head>
</head><body>
<form method="GET" action="sparql.php" id="sparqlform">
<h5>Target Deployment(s)</h5>
<input type="hidden" name="key" value="' . $s3ql['key'] . '"/>
<input type="hidden" name="format" value="' . $_REQUEST['format'] . '"/>
<input type = "text" id="url" size = "100%" value="' . $GLOBALS['url'] . '" name="url">
<h5>SPARQL <a href="http://www.w3.org/TR/rdf-sparql-query/" target="_blank">(help!!)</a></h5>
<br />
<textarea cols="100" id="sparql" rows="10" name = "query">' . stripslashes($sparql) . '</textarea><br />
<input type="submit" value="SPARQL this!" id="submitsparql"></body>
</form>
';
$form .= '<br />' . count($data) . " rows";
$form .= '<br />Query took ' . (strtotime(date('His')) - $start) . ' sec';
if (count($data) > 0) {
return array(true, $form);
} else {
return array(false);
}
} else {
#and output the result according to requested format
$data = $queryModel->sparqlQuery($sparql);
if ($timer) {
$timer->setMarker('Query on SPARQL data executed by rdf-api.');
}
if (is_array($outputCols) && !empty($outputCols)) {
##only this one are to be shown in the final result
$vars = $outputCols;
}
$cleanCols = array();
foreach ($vars as $varname) {
$cleanCols[] = ereg_replace('^\\?', '', $varname);
}
$outputData = array();
if (is_array($data)) {
foreach ($data as $s => $sparql_line) {
foreach ($sparql_line as $sparql_var => $sparql_var_value) {
if ($sparql_var_value->uri != '') {
$outputData[$s][ereg_replace('^\\?', '', $sparql_var)] = $sparql_var_value->uri;
} elseif ($sparql_var_value->label != '') {
$outputData[$s][ereg_replace('^\\?', '', $sparql_var)] = $sparql_var_value->label;
} else {
$outputData[$s][ereg_replace('^\\?', '', $sparql_var)] = "";
}
}
}
}
if ($timer) {
$timer->setMarker('Data converted in a format that fun outputformat can read');
}
#$timer ->display();
#root is just the word that xml should parse as the root for each entry
$root = 'sparql';
if ($timer) {
$timer->setMarker('All variables fitted into their places to represent in the final output');
}
$data = $outputData;
$cols = $cleanCols;
if ($_REQUEST['su3d']) {
$timer->stop();
$profiling = $timer->getProfiling();
echo "Query took " . $profiling[count($profiling) - 1]['total'] . ' sec<br>';
}
$z = compact('data', 'cols', 'format', 'root');
$out = outputFormat($z);
echo $out;
exit;
if (count($data) > 0) {
return array(true, $out);
} else {
return array(false);
}
}
} else {
return array(false);
}
#else {
#$out= formatReturn($GLOBALS['error_codes']['no_results'], 'Your query did not return any results.', $format,'');
#}
}
$t->start();
// メモ化していないパーサ
$a = PEG::ref($a_ref);
$p = PEG::ref($p_ref);
$a_ref = PEG::choice(PEG::seq($p, '+', $a), PEG::seq($p, '-', $a), $p);
$p_ref = PEG::choice(PEG::seq('(', $a, ')'), '1');
$a->parse(PEG::context($str));
$t->setMarker('no memoize');
// メモ化しているパーサ
$a = PEG::ref($a_ref);
$p = PEG::ref($p_ref);
$a_ref = PEG::memo(PEG::choice(PEG::seq($p, '+', $a), PEG::seq($p, '-', $a), $p));
$p_ref = PEG::memo(PEG::choice(PEG::seq('(', $a, ')'), '1'));
$a->parse($c = PEG::context($str));
$t->setMarker('memoize');
$t->stop();
$t->display();
/* 結果
---------------------------------------------------------
marker time index ex time perct
---------------------------------------------------------
Start 1242400475.10093900 - 0.00%
---------------------------------------------------------
no memoize 1242400476.30805000 1.207111 99.74%
---------------------------------------------------------
memoize 1242400476.31115500 0.003105 0.26%
---------------------------------------------------------
Stop 1242400476.31117700 0.000022 0.00%
---------------------------------------------------------
total - 1.210238 100.00%
---------------------------------------------------------
print "Attempting to delete publisher [id = {$morrow_id}]: ";
PublisherPeer::doDelete($morrow_id);
print boolTest(true);
print "Attempting to delete publisher [id = {$penguin_id}]: ";
PublisherPeer::doDelete($penguin_id);
print boolTest(true);
print "Attempting to delete publisher [id = {$vintage_id}]: ";
$vintage->delete();
print boolTest(true);
// These have to be deleted manually also since we have onDelete
// set to SETNULL in the foreign keys in book. Is this correct?
print "Attempting to delete author [lastname = 'Rowling']: ";
$rowling->delete();
print boolTest(true);
print "Attempting to delete publisher [lastname = 'Scholastic']: ";
$scholastic->delete();
print boolTest(true);
print "Attempting to delete BookClubList 1: ";
$blc1->delete();
print boolTest(true);
print "Attempting to delete BookClubList 2: ";
$blc2->delete();
print boolTest(true);
} catch (Exception $e) {
die("Error deleting book: " . $e->__toString());
}
// Check again to make sure that tables are empty
// ----------------------------------------------
check_tables_empty();
$timer->stop();
print $timer->display();
/**
* Выполнение sql-запроса
*
* @param string запрос
*
* @global $nc_core
*
* @return bool выполнился запрос или нет
*/
function ExecuteSQLQuery($Query)
{
global $nc_core;
$SHOW_MYSQL_ERRORS = $nc_core->SHOW_MYSQL_ERRORS;
$db = $nc_core->db;
// таймер
$nccttimer = new Benchmark_Timer();
$Query = trim(stripslashes($Query));
$db->query("DELETE FROM `SQLQueries` WHERE MD5(`SQL_text`) = '" . md5($Query) . "' ");
// если в истории запросов больше 15, то нужно удалить
if ($db->get_var("SELECT COUNT(`SQL_ID`) FROM `SQLQueries`") >= 15) {
$db->query("DELETE FROM `SQLQueries` ORDER BY `SQL_ID` LIMIT 1");
}
$db->query("INSERT INTO SQLQueries (SQL_ID, SQL_text) VALUES ('', '" . $db->escape($Query) . "')");
// скроем ошибки в случае неправильного запроса, чтобы вывести свое сообщение об ошибке
$db->hide_errors();
// выполение запроса
$nccttimer->start();
$res = $db->get_results(stripslashes($Query), ARRAY_A);
$nccttimer->stop();
// если показ ошибок MySQL включен, то включим его обратно
if ($SHOW_MYSQL_ERRORS == 'on') {
$db->show_errors();
}
if ($db->captured_errors) {
echo "<br /><b>Query:</b> " . $db->captured_errors[0][query] . "<br><br><b>Error:</b> " . $db->captured_errors[0][error_str] . "<br /><br />";
return false;
}
$count = $db->num_rows;
// вывод таблицы с результатом, если нет ошибок
if ($res && $count) {
echo "<br /><b>" . htmlspecialchars(stripslashes($Query)) . "</b><br /><br />";
$data = $res;
echo "<table border='0' cellpadding='0' cellspacing='0' width='100%'>\n <tr><td>\n <table class='admin_table sql_table' width='100%'><tr>";
//вывод полей
while (list($key, $val) = each($res[0])) {
echo "<td><font>" . $key . "</td>";
}
echo "</tr>";
reset($res[0]);
for ($i = 0; $i < $count; $i++) {
echo "<tr>";
while (list($key, $val) = each($res[$i])) {
echo "<td><font> " . htmlspecialchars($res[$i][$key]) . "</td>";
}
echo "</tr>";
}
echo "</table></td></tr></table><br>";
$res_num = $count ? $count : $db->rows_affected;
} elseif (!$res) {
if (preg_match("/^(insert|delete|update|replace)\\s+/i", $db->last_query)) {
$res_num = $db->rows_affected;
} else {
$res_num = $db->num_rows;
}
}
echo "<div>" . TOOLS_SQL_OK . "</div>";
echo "<div>" . TOOLS_SQL_TOTROWS . ": " . $res_num . "</div>";
echo "<div>" . TOOLS_SQL_BENCHMARK . ": " . $nccttimer->timeElapsed() . "</div>";
echo "<br />";
}
/**
* @param PHPUnit2_Framework_Test $suite
* @param boolean $wait
* @return PHPUnit2_Framework_TestResult
* @access public
*/
public function doRun(PHPUnit2_Framework_Test $suite, $wait = false)
{
$result = $this->createTestResult();
if ($this->printer === null) {
$this->printer = new PHPUnit2_TextUI_ResultPrinter();
}
$this->printer->write(PHPUnit2_Runner_Version::getVersionString() . "\n\n");
$result->addListener($this->printer);
if (class_exists('Benchmark_Timer')) {
$timer = new Benchmark_Timer();
}
if (isset($timer)) {
$timer->start();
}
$suite->run($result);
if (isset($timer)) {
$timer->stop();
$timeElapsed = $timer->timeElapsed();
} else {
$timeElapsed = false;
}
$this->pause($wait);
$this->printer->printResult($result, $timeElapsed);
return $result;
}
/**
* A test ended.
*
* @param PHPUnit2_Framework_Test $test
* @access public
*/
public function endTest(PHPUnit2_Framework_Test $test)
{
$this->timer->stop();
$time = $this->timer->timeElapsed();
$this->currentTestCase->setAttribute('time', $time);
$this->testSuiteTimes[$this->testSuiteLevel] += $time;
$this->currentTestCase = NULL;
}
/**
* @param PHPUnit2_Framework_Test $suite
* @param mixed $coverageDataFile
* @param mixed $coverageHTMLFile
* @param mixed $coverageTextFile
* @param mixed $testdoxHTMLFile
* @param mixed $testdoxTextFile
* @param mixed $xmlLogfile
* @param boolean $wait
* @return PHPUnit2_Framework_TestResult
* @access public
*/
public function doRun(PHPUnit2_Framework_Test $suite, $coverageDataFile = FALSE, $coverageHTMLFile = FALSE, $coverageTextFile = FALSE, $testdoxHTMLFile = FALSE, $testdoxTextFile = FALSE, $xmlLogfile = FALSE, $wait = FALSE)
{
$result = $this->createTestResult();
$timer = new Benchmark_Timer();
if ($this->printer === NULL) {
$this->printer = new PHPUnit2_TextUI_ResultPrinter();
}
$this->printer->write(PHPUnit2_Runner_Version::getVersionString() . "\n\n");
$result->addListener($this->printer);
if ($testdoxHTMLFile !== FALSE || $testdoxTextFile !== FALSE) {
require_once 'PHPUnit2/Util/TestDox/ResultPrinter.php';
if ($testdoxHTMLFile !== FALSE) {
$result->addListener(PHPUnit2_Util_TestDox_ResultPrinter::factory('HTML', $testdoxHTMLFile));
}
if ($testdoxTextFile !== FALSE) {
$result->addListener(PHPUnit2_Util_TestDox_ResultPrinter::factory('Text', $testdoxTextFile));
}
}
if ($xmlLogfile !== FALSE) {
require_once 'PHPUnit2/Util/Log/XML.php';
$result->addListener(new PHPUnit2_Util_Log_XML($xmlLogfile));
}
if ($coverageDataFile !== FALSE || $coverageHTMLFile !== FALSE || $coverageTextFile !== FALSE) {
$result->collectCodeCoverageInformation(TRUE);
}
$timer->start();
$suite->run($result);
$timer->stop();
$timeElapsed = $timer->timeElapsed();
$this->pause($wait);
$this->printer->printResult($result, $timeElapsed);
$this->handleCodeCoverageInformation($result, $coverageDataFile, $coverageHTMLFile, $coverageTextFile);
return $result;
}
/**
* Perform mySQL query and try to determine result value
*
* @param string $query
* @param string $output
* @param string $index_field if set, the resulting array will have the value
* of the $index_field as a key
* (use with caution if a get_row() call will follow!)
* @return bool|int
*/
public function query($query, $output = OBJECT, $index_field = null)
{
global $MODULE_VARS;
// Keep track of the time the query took?
$sql_time = is_array($MODULE_VARS['default']) && array_key_exists('NC_DEBUG_SQL_TIME', $MODULE_VARS['default']) && $MODULE_VARS['default']['NC_DEBUG_SQL_TIME'];
// Keep track of from where the method was executed?
$sql_func = is_array($MODULE_VARS['default']) && array_key_exists('NC_DEBUG_SQL_FUNC', $MODULE_VARS['default']) && $MODULE_VARS['default']['NC_DEBUG_SQL_FUNC'];
if ($sql_time && !class_exists('Benchmark_Timer')) {
require_once "Benchmark/Timer.php";
}
if ($this->benchmark || $sql_time) {
$timer = new Benchmark_Timer();
$timer->start();
}
// For reg expressions
$query = trim($query);
// Initialise return
$return_val = 0;
$this->is_error = 0;
$func = '';
$this->errno = 0;
// Flush cached values..
$this->flush();
// Log how the function was called
// $this->func_call = "\$db->query(\"$query\")";
// Keep track of the last query for debug..
$this->last_query = $query;
// Perform the query via std mysql_query function..
$this->result = @mysql_query($query, $this->dbh);
$this->num_queries++;
$q = ['query' => $query];
// таймер
if ($this->benchmark || $sql_time) {
$timer->stop();
if ($this->benchmark) {
$timer->display();
}
$sql_time = $timer->timeElapsed();
$q['sql_time'] = $sql_time;
}
if ($sql_func) {
$backtrace = debug_backtrace();
$func = ($backtrace[2]['class'] ? $backtrace[2]['class'] . '::' : '') . $backtrace[2]['function'];
$q['sql_func'] = $func;
}
$this->queries_arr[] = $q;
// If there is an error then take note of it..
if ($str = @mysql_error($this->dbh)) {
$this->register_error($str);
$this->is_error = 1;
$this->show_errors ? trigger_error($str, E_USER_WARNING) : null;
$this->errno = mysql_errno();
if ($this->debug_all || $this->trace) {
echo "<div style='border: 2pt solid red; margin: 10px; padding:10px; font-size:13px; color:black;'><br/>\n";
echo "Query: <b>" . $query . "</b><br/>\n";
echo "Error: <b>" . $str . "</b><br/>\n";
echo "</div>\n";
}
}
$this->debugMessage($this->num_queries . ". " . $query, $func, $sql_time, $this->is_error ? 'error' : 'ok');
if ($this->is_error) {
return false;
}
// Query was an insert, delete, update, replace
if (preg_match("/^(insert|delete|update|replace)\\s+/i", $query)) {
$this->rows_affected = @mysql_affected_rows($this->dbh);
// Take note of the insert_id
// NB: не нужно заменять на nc_preg_match(), поскольку запрос не обязательно
// является корректной UTF строкой - в этом случае условие не будет выполнено!
if (preg_match("/^(insert|replace)\\s+/i", $query)) {
$this->insert_id = @mysql_insert_id($this->dbh);
}
// Return number of rows affected
$return_val = $this->rows_affected;
} else {
// Take note of column info
if ($this->fill_col_info) {
$this->col_info = array();
$i = 0;
while ($i < @mysql_num_fields($this->result)) {
$this->col_info[$i] = @mysql_fetch_field($this->result);
$i++;
}
} else {
$this->col_info = false;
}
// mysql_query returns TRUE for INSERT/UPDATE/DROP queries and FALSE on error
if (!is_bool($this->result)) {
// Store Query Results
$this->result_output_type = $output;
if ($output == ARRAY_N) {
$fetch_function = 'mysql_fetch_row';
} elseif ($output == ARRAY_A) {
$fetch_function = 'mysql_fetch_assoc';
} else {
$fetch_function = 'mysql_fetch_object';
}
// Store results as an objects within main array
$num_rows = 0;
while ($row = $fetch_function($this->result)) {
$key = $index_field !== null ? is_array($row) ? $row[$index_field] : $row->{$index_field} : $num_rows;
$this->last_result[$key] = $row;
$num_rows++;
}
mysql_free_result($this->result);
// Log number of rows the query returned
$this->num_rows = $num_rows;
}
// Return number of rows selected
$return_val = $this->num_rows;
}
// If debug ALL queries
$this->trace || $this->debug_all ? $this->debug() : null;
if (1 || $this->debug_all) {
preg_match("/(from\\s+\\w+)/si", $query, $regs);
$from = preg_replace("/\\s+/s", " ", $regs[1]);
$from = preg_replace("/from /i", "FROM ", $from);
$this->groupped_queries[$from][$this->num_queries] = $query;
}
if ($this->benchmark && $GLOBALS["nccttimer"] instanceof Benchmark_Timer) {
$GLOBALS["nccttimer"]->setMarker("QRY {$this->num_queries}<br />");
}
return $return_val;
}
/**
* Runs a test suite.
*
* @param PHPUnit_Framework_Test $suite
* @param optional boolean $wait
* @return PHPUnit_Framework_TestResult
* @access public
*/
public function doRun(PHPUnit_Framework_Test $suite, $wait = false)
{
printf("PHPUnit %s by Sebastian Bergmann.\n\n", PHPUnit_Framework_Version);
$result = new PHPUnit_Framework_TestResult();
$result->addListener($this->fPrinter);
$timer = new Benchmark_Timer();
$timer->start();
$suite->run($result);
$timer->stop();
$this->pause($wait);
$this->fPrinter->printResult($result, $timer->timeElapsed());
return $result;
}
