/**
* Aggregates the required metrics from the registered analyzers.
*
* @return array(string => mixed)
* @throws RuntimeException If one of the required analyzers isn't set.
*/
private function collectMetrics()
{
if ($this->coupling === null) {
throw new RuntimeException('Missing Coupling analyzer.');
}
if ($this->cyclomaticComplexity === null) {
throw new RuntimeException('Missing Cyclomatic Complexity analyzer.');
}
if ($this->inheritance === null) {
throw new RuntimeException('Missing Inheritance analyzer.');
}
if ($this->nodeCount === null) {
throw new RuntimeException('Missing Node Count analyzer.');
}
if ($this->nodeLoc === null) {
throw new RuntimeException('Missing Node LOC analyzer.');
}
$coupling = $this->coupling->getProjectMetrics();
$cyclomatic = $this->cyclomaticComplexity->getProjectMetrics();
$inheritance = $this->inheritance->getProjectMetrics();
$nodeCount = $this->nodeCount->getProjectMetrics();
$nodeLoc = $this->nodeLoc->getProjectMetrics();
return array('cyclo' => $cyclomatic['ccn2'], 'loc' => $nodeLoc['eloc'], 'nom' => $nodeCount['nom'] + $nodeCount['nof'], 'noc' => $nodeCount['noc'], 'nop' => $nodeCount['nop'], 'ahh' => round($inheritance['ahh'], 3), 'andc' => round($inheritance['andc'], 3), 'fanout' => $coupling['fanout'], 'calls' => $coupling['calls']);
}
/**
* testCalculatesExpectedMaxDepthOfInheritanceTreeMetric
*
* @return void
*/
public function testCalculatesExpectedMaxDepthOfInheritanceTreeMetric()
{
$analyzer = new PHP_Depend_Metrics_Inheritance_Analyzer();
$analyzer->analyze(self::parseTestCaseSource(__METHOD__));
$metrics = $analyzer->getProjectMetrics();
self::assertEquals(3, $metrics['maxDIT']);
}