/**
* Determine the type converter to be used. If no converter has been found, an exception is raised.
*
* @param mixed $source
* @param string $targetType
* @param PropertyMappingConfigurationInterface $configuration
* @return TypeConverterInterface Type Converter which should be used to convert between $source and $targetType.
* @throws Exception\TypeConverterException
* @throws Exception\InvalidTargetException
*/
protected function findTypeConverter($source, $targetType, PropertyMappingConfigurationInterface $configuration)
{
if ($configuration->getTypeConverter() !== null) {
return $configuration->getTypeConverter();
}
if (!is_string($targetType)) {
throw new Exception\InvalidTargetException('The target type was no string, but of type "' . gettype($targetType) . '"', 1297941727);
}
$normalizedTargetType = TypeHandling::normalizeType($targetType);
$truncatedTargetType = TypeHandling::truncateElementType($normalizedTargetType);
$converter = null;
$sourceTypes = $this->determineSourceTypes($source);
foreach ($sourceTypes as $sourceType) {
if (TypeHandling::isSimpleType($truncatedTargetType)) {
if (isset($this->typeConverters[$sourceType][$truncatedTargetType])) {
$converter = $this->findEligibleConverterWithHighestPriority($this->typeConverters[$sourceType][$truncatedTargetType], $source, $normalizedTargetType);
}
} else {
$converter = $this->findFirstEligibleTypeConverterInObjectHierarchy($source, $sourceType, $normalizedTargetType);
}
if ($converter !== null) {
return $converter;
}
}
throw new Exception\TypeConverterException('No converter found which can be used to convert from "' . implode('" or "', $sourceTypes) . '" to "' . $normalizedTargetType . '".');
}
/**
* Constructs this controller argument
*
* @param string $name Name of this argument
* @param string $dataType The data type of this argument
* @throws \InvalidArgumentException if $name is not a string or empty
* @api
*/
public function __construct($name, $dataType)
{
if (!is_string($name)) {
throw new \InvalidArgumentException('$name must be of type string, ' . gettype($name) . ' given.', 1187951688);
}
if (strlen($name) === 0) {
throw new \InvalidArgumentException('$name must be a non-empty string, ' . strlen($name) . ' characters given.', 1232551853);
}
$this->name = $name;
$this->dataType = TypeHandling::normalizeType($dataType);
}
/**
* @param string $operand
* @param string $value
* @return boolean TRUE if $value is of type $operand; FALSE otherwise
*/
protected function handleSimpleTypeOperand($operand, $value)
{
$operand = TypeHandling::normalizeType($operand);
if ($operand === 'object') {
return is_object($value);
} elseif ($operand === 'string') {
return is_string($value);
} elseif ($operand === 'integer') {
return is_integer($value);
} elseif ($operand === 'boolean') {
return is_bool($value);
} elseif ($operand === 'float') {
return is_float($value);
} elseif ($operand === 'array') {
return is_array($value);
}
return false;
}
/**
* @test
* @dataProvider normalizeTypes
*/
public function normalizeTypesReturnsNormalizedType($type, $normalized)
{
$this->assertEquals(TypeHandling::normalizeType($type), $normalized);
}
/**
* Expand shortened class names in "var" and "param" annotations, taking use statements into account.
*
* @param ClassReflection $class
* @param string $type the type inside var/param annotation
* @return string the possibly expanded type
*/
protected function expandType(ClassReflection $class, $type)
{
// expand "SomeType<SomeElementType>" to "\SomeTypeNamespace\SomeType<\ElementTypeNamespace\ElementType>"
if (strpos($type, '<') !== false) {
$typeParts = explode('<', $type);
$type = $typeParts[0];
$elementType = rtrim($typeParts[1], '>');
return $this->expandType($class, $type) . '<' . $this->expandType($class, $elementType) . '>';
}
// skip simple types and types with fully qualified namespaces
if ($type === 'mixed' || $type[0] === '\\' || TypeHandling::isSimpleType($type)) {
return TypeHandling::normalizeType($type);
}
// we try to find the class relative to the current namespace...
$possibleFullyQualifiedClassName = sprintf('%s\\%s', $class->getNamespaceName(), $type);
if (class_exists($possibleFullyQualifiedClassName) || interface_exists($possibleFullyQualifiedClassName)) {
return $possibleFullyQualifiedClassName;
}
// and then we try to find "use" statements for the class.
$className = $class->getName();
if (!isset($this->useStatementsForClassCache[$className])) {
$this->useStatementsForClassCache[$className] = $this->getDoctrinePhpParser()->parseClass($class);
}
$useStatementsForClass = $this->useStatementsForClassCache[$className];
// ... and try to expand them
$typeParts = explode('\\', $type, 2);
$lowercasedFirstTypePart = strtolower($typeParts[0]);
if (isset($useStatementsForClass[$lowercasedFirstTypePart])) {
$typeParts[0] = $useStatementsForClass[$lowercasedFirstTypePart];
return implode('\\', $typeParts);
}
return $type;
}
/**
* @param mixed $propertyValue
* @param string $dataType
* @return mixed
* @throws PropertyException
*/
protected function convertValue($propertyValue, $dataType)
{
$rawType = TypeHandling::truncateElementType($dataType);
// This hardcoded handling is to circumvent rewriting PropertyMappers that convert objects. Usually they expect the source to be an object already and break if not.
if (!TypeHandling::isSimpleType($rawType) && !is_object($propertyValue) && !is_array($propertyValue)) {
return null;
}
if ($rawType === 'array') {
$conversionTargetType = 'array<string>';
} elseif (TypeHandling::isSimpleType($rawType)) {
$conversionTargetType = TypeHandling::normalizeType($rawType);
} else {
$conversionTargetType = 'array';
}
$propertyMappingConfiguration = $this->createConfiguration($dataType);
$convertedValue = $this->propertyMapper->convert($propertyValue, $conversionTargetType, $propertyMappingConfiguration);
if ($convertedValue instanceof \Neos\Error\Messages\Error) {
throw new PropertyException($convertedValue->getMessage(), $convertedValue->getCode());
}
return $convertedValue;
}
