/**
* @inheritdoc
*/
public function terminate(ResultCollection $collection, ResultCollection $groupedResults)
{
$output = new BufferedOutput(OutputInterface::VERBOSITY_NORMAL, true);
// $output->write(str_pad("\x0D", 80, "\x20"));
// $output->writeln('');
// overview
$total = $this->bound->calculate($collection);
$output->writeln(sprintf('<info>%d</info> files have been analyzed. Read and understand these <info>%s</info> lines of code will take around <info>%s</info>.', sizeof($collection, COUNT_NORMAL), $total->getSum('loc'), $this->formatTime($total->getSum('time'))));
$output->writeln('<info>Average for each module:</info>');
$output->writeln('');
$hasOOP = null !== $total->getSum('instability');
$table = new \Symfony\Component\Console\Helper\Table($output);
$table->setHeaders(array_merge(array('Name', 'Complexity', 'Myer Distance', 'Maintainability', 'LLOC', 'Comment weight', 'Vocabulary', 'Volume', 'Bugs', 'Difficulty'), $hasOOP ? array('lcom', 'SysComplexity', 'Instability', 'Abstractness', 'ce', 'ca') : array()));
foreach ($groupedResults as $result) {
$table->addRow(array_merge(array(str_repeat(' ', $result->getDepth()) . $result->getName(), $this->getRow($result->getBounds(), 'cyclomaticComplexity', 'average', 0), $this->getRow($result->getBounds(), 'myerDistance', 'average', 0), $this->getRow($result->getBounds(), 'maintainabilityIndex', 'average', 0), $this->getRow($result->getBounds(), 'logicalLoc', 'sum', 0), $this->getRow($result->getBounds(), 'commentWeight', 'average', 0), $this->getRow($result->getBounds(), 'vocabulary', 'average', 0), $this->getRow($result->getBounds(), 'volume', 'average', 0), $this->getRow($result->getBounds(), 'bugs', 'sum', 2), $this->getRow($result->getBounds(), 'difficulty', 'average', 0)), $hasOOP ? array($this->getRow($result->getBounds(), 'lcom', 'average', 2), $this->getRow($result->getBounds(), 'rsysc', 'average', 2), $result->getInstability()->getInstability(), $result->getAbstractness()->getAbstractness(), $this->getRow($result->getBounds(), 'efferentCoupling', 'average', 2), $this->getRow($result->getBounds(), 'afferentCoupling', 'average', 2)) : array()));
}
$table->render();
return $output->fetch();
}
function run()
{
$this->dmx = new \DmxHttp\Controller\DMXPost();
$this->dmx->addDevice(new Spot(6));
$this->dmx->addDevice(new Spot(12));
$this->dmx->addDevice(new Spot(18));
$this->dmx->addDevice(new Spot(24));
$this->dmx->addDevice(new Spot(30));
$this->dmx->addDevice(new Spot(36));
$this->dmx->addDevice(new Spot(42));
$this->dmx->addDevice(new Spot(48));
$this->dmx->addDevice(new Scanner(300));
$this->dmx->addDevice(new Scanner(305));
$this->dmx->addDevice(new Scanner(310));
$this->dmx->addDevice(new Scanner(314));
$console = new \Symfony\Component\Console\Application();
$console->register("ls")->setDefinition(array())->setDescription("list devices")->setCode(function (\Symfony\Component\Console\Input\InputInterface $input, \Symfony\Component\Console\Output\OutputInterface $output) {
$table = new \Symfony\Component\Console\Helper\Table($output);
$table->setHeaders(array('Start Channel', 'Type', 'status'));
foreach ($this->dmx->getDevices() as $device) {
$table->addRow([$device->getStartChannel(), get_class($device), '[' . implode(',', $device->getChannels()) . ']']);
}
$table->render();
});
$console->register("run")->setDefinition(array(new InputArgument('device', InputArgument::REQUIRED, 'start channel of a device'), new InputArgument('method', InputArgument::REQUIRED, 'method'), new InputArgument('args', InputArgument::IS_ARRAY, 'arguments')))->setDescription("set command")->setCode(function (InputInterface $input, \Symfony\Component\Console\Output\OutputInterface $output) {
$device = null;
foreach ($this->dmx->getDevices() as $_device) {
if ($_device->getStartChannel() == $input->getArgument("device")) {
$device = $_device;
break;
}
}
if ($device === null) {
$output->writeln("<error>can't find device</error>");
return 1;
}
$method = $input->getArgument("method");
$args = $input->getArgument("args");
call_user_func_array([$device, $method], $args);
$this->dmx->send();
});
$console->run();
}
/**
* @inheritdoc
*/
public function terminate(ResultCollection $collection, ResultCollection $groupedResults)
{
$output = new BufferedOutput(OutputInterface::VERBOSITY_NORMAL, true);
// $output->write(str_pad("\x0D", 80, "\x20"));
// $output->writeln('');
// overview
$total = $this->bound->calculate($collection);
$output->writeln(sprintf('<info>%d</info> files have been analyzed. Read and understand these <info>%s</info> lines of code will take around <info>%s</info>.', sizeof($collection, COUNT_NORMAL), $total->getSum('loc'), $this->formatTime($total->getSum('time'))));
$output->writeln('<info>Average for each module:</info>');
$output->writeln('');
$hasOOP = null !== $total->getSum('instability');
$output->writeln('1 - Complexity');
$output->writeln('2 - Myer Distance: derivated from Cyclomatic complexity');
$output->writeln('3 - Maintainability');
$output->writeln('4 - LLOC: Number of logical lines of code');
$output->writeln('5 - Comment weight: measure the ratio between logical code and comments');
$output->writeln('6 - Vocabulary used in code');
$output->writeln('7 - Volume');
$output->writeln('8 - Bugs: Number of estimated bugs by file');
$output->writeln('9 - Difficulty of the code');
$output->writeln('A - LCOM: Lack of cohesion of methods measures the cohesiveness of a class');
$output->writeln('B - System complexity');
$output->writeln('C - Instability: Indicates the class is resilience to change');
$output->writeln('D - Abstractness: Number of abstract classes');
$output->writeln('E - Efferent coupling (CE): Number of classes that the class depend');
$output->writeln('F - Afferent coupling (CA): Number of classes affected by this class');
$output->writeln('');
$output->writeln('More details about metrics: http://www.phpmetrics.org/documentation/index.html');
$table = new \Symfony\Component\Console\Helper\Table($output);
$table->setHeaders(array_merge(array('1', '2', '3', '4', '5', '6', '7', '8', '9'), $hasOOP ? array('A', 'B', 'C', 'D', 'E', 'F') : array()));
foreach ($groupedResults as $key => $result) {
if ($result->getDepth() > 1) {
$table->addRow(new TableSeparator());
}
$table->addRow(array(new TableCell($result->getName(), array('colspan' => 15))));
$table->addRow(new TableSeparator());
$table->addRow(array_merge(array($this->getRow($result->getBounds(), 'cyclomaticComplexity', 'average', 0), $this->getRow($result->getBounds(), 'myerDistance', 'average', 0), $this->getRow($result->getBounds(), 'maintainabilityIndex', 'average', 0), $this->getRow($result->getBounds(), 'logicalLoc', 'sum', 0), $this->getRow($result->getBounds(), 'commentWeight', 'average', 0), $this->getRow($result->getBounds(), 'vocabulary', 'average', 0), $this->getRow($result->getBounds(), 'volume', 'average', 0), $this->getRow($result->getBounds(), 'bugs', 'sum', 2), $this->getRow($result->getBounds(), 'difficulty', 'average', 0)), $hasOOP ? array($this->getRow($result->getBounds(), 'lcom', 'average', 2), $this->getRow($result->getBounds(), 'rsysc', 'average', 2), $result->getInstability()->getInstability(), $result->getAbstractness()->getAbstractness(), $this->getRow($result->getBounds(), 'efferentCoupling', 'average', 2), $this->getRow($result->getBounds(), 'afferentCoupling', 'average', 2)) : array()));
}
$table->render();
return $output->fetch();
}
}
return $post;
}
$serializer = \Kcs\Serializer\SerializerBuilder::create()->setEventDispatcher(new \Symfony\Component\EventDispatcher\EventDispatcher())->build();
$collection = createCollection();
$metrics = [];
$f = function ($format) use($serializer, $collection) {
$serializer->serialize($collection, $format);
};
// Load all necessary classes into memory.
$f('array');
$table = new \Symfony\Component\Console\Helper\Table($output);
$table->setHeaders(['Format', 'Direction', 'Time']);
$progressBar = new \Symfony\Component\Console\Helper\ProgressBar($output, 8);
$progressBar->start();
foreach (['array', 'json', 'yml', 'xml'] as $format) {
$table->addRow([$format, 'serialize', benchmark($f, $format)]);
$progressBar->advance();
}
$serialized = ['array' => $serializer->serialize($collection, 'array'), 'json' => $serializer->serialize($collection, 'json'), 'yml' => $serializer->serialize($collection, 'yml'), 'xml' => $serializer->serialize($collection, 'xml')];
$type = new \Kcs\Serializer\Type\Type('array', [\Kcs\Serializer\Type\Type::from(\Kcs\Serializer\Tests\Fixtures\BlogPost::class)]);
$d = function ($format) use($serializer, $serialized, $type) {
$serializer->deserialize($serialized[$format], $type, $format);
};
foreach (['array', 'json', 'yml', 'xml'] as $format) {
$table->addRow([$format, 'deserialize', benchmark($d, $format)]);
$progressBar->advance();
}
$progressBar->finish();
$progressBar->clear();
$table->render();