/**
* @param ExposedTemplateParser $parser
* @param ParsedTemplateInterface $parsedTemplate
* @return Metric[]
*/
public function count(ExposedTemplateParser $parser, ParsedTemplateInterface $parsedTemplate)
{
$splitTemplate = $parser->getSplitTemplate();
$parsingState = $parser->buildObjectTree($splitTemplate);
$objectTree = $parsingState->getRootNode()->getChildNodes();
if (FALSE === $parsedTemplate->isCompilable()) {
$this->get(self::METRIC_CACHED_SIZE)->setValue(0)->addMessage(new UncompilableMessage());
} else {
/** @var ExposedTemplateCompiler $compiler */
$compiler = $this->objectManager->get('FluidTYPO3\\Builder\\Parser\\ExposedTemplateCompiler');
$code = $compiler->compile($parsingState);
$this->set(self::METRIC_CACHED_SIZE, round(mb_strlen($code) / 1024, 1));
}
// traversals, cumulatively increments $this->nodeCounter values.
$this->determineTotalNodeCount($objectTree);
$this->determineMaximumArgumentCount($objectTree);
$this->determineMaximumNestingLevel($objectTree);
$this->analyzePossibleSectionNodes($objectTree);
// counting, integers which we set directly into $this->nodeCounter values.
$this->set(self::METRIC_TOTAL_SPLITS, count($splitTemplate));
$this->evaluate();
return $this->metrics;
}
/**
* @param ExposedTemplateParser $parser
* @param mixed $parsedTemplate
* @return Metric[]
*/
public function count(ExposedTemplateParser $parser, $parsedTemplate)
{
$method = new \ReflectionMethod($parser, 'buildObjectTree');
$method->setAccessible(true);
$splitTemplate = $parser->getSplitTemplate();
$parsingState = $method->invokeArgs($parser, [$splitTemplate, new RenderingContext()]);
$objectTree = $parsingState->getRootNode()->getChildNodes();
try {
if (false === $parsedTemplate->isCompilable()) {
$this->get(self::METRIC_CACHED_SIZE)->setValue(0)->addMessage(new UncompilableMessage());
} else {
/** @var ExposedTemplateCompiler $compiler */
$compiler = $this->getTemplateCompiler();
if (method_exists($compiler, 'store')) {
$code = $compiler->store('testcompile_' . sha1(microtime(true)), $parsingState);
} else {
$code = $compiler->compile($parsingState);
}
$this->set(self::METRIC_CACHED_SIZE, round(mb_strlen($code) / 1024, 1));
}
} catch (\TYPO3Fluid\Fluid\Core\StopCompilingException $error) {
$this->get(self::METRIC_CACHED_SIZE)->setValue(0)->addMessage(new UncompilableMessage());
}
// traversals, cumulatively increments $this->nodeCounter values.
$this->determineTotalNodeCount($objectTree);
$this->determineMaximumArgumentCount($objectTree);
$this->determineMaximumNestingLevel($objectTree);
$this->analyzePossibleSectionNodes($objectTree);
// counting, integers which we set directly into $this->nodeCounter values.
$this->set(self::METRIC_TOTAL_SPLITS, count($splitTemplate));
$this->evaluate();
return $this->metrics;
}
/**
* @param string $input
* @test
* @dataProvider getInvalidTemplateStringTestValues
*/
public function testParseThrowsExceptionOnInvalidTemplateString($input)
{
$parser = new ExposedTemplateParser();
$this->setExpectedException('TYPO3\\CMS\\Fluid\\Core\\Parser\\Exception');
$parser->parse($input);
}
/**
* @return ExposedTemplateParser
*/
protected function getTemplateParser()
{
if (VersionUtility::assertExtensionVersionIsAtLeastVersion('core', 8)) {
$exposedTemplateParser = new ExposedTemplateParser();
$exposedTemplateParser->setRenderingContext(new RenderingContext());
} else {
$exposedTemplateParser = new ExposedTemplateParserLegacy();
}
return $exposedTemplateParser;
}
