/**
* @param ProcessResultInterface $process
*
* @return bool True if chain should continue
*/
public function parseAndContinue(ProcessResultInterface $process)
{
$results = $this->getResultsFromOutput($process->getOutput());
if ($results != '') {
$cleanResults = preg_replace('/[^FIESR.]+/', '', $results);
$process->setTestResults(str_split($cleanResults));
}
return true;
}
/**
* @param ProcessResultInterface $process
*
* @return bool True if chain should continue
*/
public function parseAndContinue(ProcessResultInterface $process)
{
if ($process->isToBeRetried()) {
$process->setTestResults(array('R'));
return false;
} else {
return true;
}
}
/**
* @param ProcessResultInterface $process
*
* @return bool True if chain should continue
*/
public function parseAndContinue(ProcessResultInterface $process)
{
$fatalError = array();
preg_match(self::FATAL_ERROR_REGEX, $process->getOutput(), $fatalError);
if (!empty($fatalError)) {
$process->addFatalError($fatalError[0]);
return false;
} else {
return true;
}
}
/**
* @param ProcessResultInterface $process
*
* @return bool True if chain should continue
*/
public function parseAndContinue(ProcessResultInterface $process)
{
$output = $process->getOutput();
// SEGFAULT
$segFault = array();
preg_match(self::SEGFAULT_REGEX, $output, $segFault);
if (!empty($segFault)) {
$process->addSegmentationFault($process->getFilename() . ' - ' . $segFault[0]);
return false;
}
return true;
}
/**
* @param ProcessResultInterface $process
*
* @return bool True if chain should continue
*/
public function parseAndContinue(ProcessResultInterface $process)
{
$errorsBlob = array();
preg_match(self::ERROR_REGEX, $process->getOutput(), $errorsBlob);
if (isset($errorsBlob[1])) {
$errors = preg_split('/^\\d+\\) /m', $errorsBlob[1]);
// il primo è sempre vuoto a causa dello split
unset($errors[0]);
foreach ($errors as $singleError) {
$process->addError(trim($singleError));
}
}
return true;
}
/**
* @param ProcessResultInterface $process
*
* @return bool True if chain should continue
*/
public function parseAndContinue(ProcessResultInterface $process)
{
$failuresBlob = array();
preg_match(self::FAILURE_REGEX, $process->getOutput(), $failuresBlob);
if (isset($failuresBlob[1])) {
$failures = preg_split('/^\\d+\\) /m', $failuresBlob[1]);
// il primo è sempre vuoto a causa dello split
unset($failures[0]);
foreach ($failures as $singleFailure) {
$process->addFailure(trim($singleFailure));
}
}
return true;
}
/**
* @param ProcessResultInterface $process
*/
protected function analyzeProcess(ProcessResultInterface $process)
{
$filename = $process->getFilename();
if ($process->hasSegmentationFaults()) {
$this->segmentationFaults->addFileName($filename);
}
if (in_array('X', $process->getTestResults())) {
$this->unknownStatus->addFileName($filename);
$this->unknownStatus->addToOutputBuffer($process->getOutput());
}
if ($process->hasFatalErrors()) {
$this->fatalErrors->addFileName($filename);
$this->fatalErrors->addToOutputBuffer($process->getFatalErrors());
}
if ($process->hasErrors()) {
$this->errors->addFileName($filename);
$this->errors->addToOutputBuffer($process->getErrors());
}
if ($process->hasFailures()) {
$this->failures->addFileName($filename);
$this->failures->addToOutputBuffer($process->getFailures());
}
if (in_array('S', $process->getTestResults())) {
$this->skipped->addFileName($filename);
}
if (in_array('I', $process->getTestResults())) {
$this->incomplete->addFileName($filename);
}
}
