/**
* Add an ArrayOfType based on the xsd:complexType syntax if type[] is detected in return value doc comment.
*
* @param string $type
* @return string tns:xsd-type
*/
public function addComplexType($type)
{
if (in_array($type, $this->_inProcess)) {
throw new WSDL\Exception("Infinite recursion, cannot nest '{$type}' into itself.");
}
$this->_inProcess[$type] = $type;
$nestingLevel = $this->_getNestedCount($type);
if ($nestingLevel > 1) {
throw new WSDL\Exception('ArrayOfTypeComplex cannot return nested ArrayOfObject deeper than ' . 'one level. Use array object properties to return deep nested data.');
}
$singularType = $this->_getSingularPhpType($type);
if (!class_exists($singularType)) {
throw new WSDL\Exception(sprintf('Cannot add a complex type %s that is not an object or where ' . 'class could not be found in \'DefaultComplexType\' strategy.', $type));
}
if ($nestingLevel == 1) {
// The following blocks define the Array of Object structure
$xsdComplexTypeName = $this->_addArrayOfComplexType($singularType, $type);
} else {
$xsdComplexTypeName = $singularType;
}
// The array for the objects has been created, now build the object definition:
if (!in_array($singularType, $this->getContext()->getTypes())) {
parent::addComplexType($singularType);
}
unset($this->_inProcess[$type]);
return 'tns:' . $xsdComplexTypeName;
}
/**
* Add an ArrayOfType based on the xsd:complexType syntax if type[] is detected in return value doc comment.
*
* @param string $singularType e.g. '\MyNamespace\MyClassname'
* @param string $type e.g. '\MyNamespace\MyClassname[]'
* @return string tns:xsd-type e.g. 'tns:ArrayOfMyNamespace.MyClassname'
*/
protected function _addArrayOfComplexType($singularType, $type)
{
if (($soapType = $this->scanRegisteredTypes($type)) !== null) {
return $soapType;
}
$xsdComplexTypeName = 'ArrayOf' . Wsdl::translateType($singularType);
$xsdComplexType = 'tns:' . $xsdComplexTypeName;
// Register type here to avoid recursion
$this->getContext()->addType($type, $xsdComplexType);
// Process singular type using DefaultComplexType strategy
parent::addComplexType($singularType);
// Add array type structure to WSDL document
$dom = $this->getContext()->toDomDocument();
$complexType = $dom->createElement('xsd:complexType');
$complexType->setAttribute('name', $xsdComplexTypeName);
$complexContent = $dom->createElement('xsd:complexContent');
$complexType->appendChild($complexContent);
$xsdRestriction = $dom->createElement('xsd:restriction');
$xsdRestriction->setAttribute('base', 'soap-enc:Array');
$complexContent->appendChild($xsdRestriction);
$xsdAttribute = $dom->createElement('xsd:attribute');
$xsdAttribute->setAttribute('ref', 'soap-enc:arrayType');
$xsdAttribute->setAttribute('wsdl:arrayType', 'tns:' . Wsdl::translateType($singularType) . '[]');
$xsdRestriction->appendChild($xsdAttribute);
$this->getContext()->getSchema()->appendChild($complexType);
return $xsdComplexType;
}
/**
* Add an unbounded ArrayOfType based on the xsd:sequence syntax if type[] is detected in return value doc comment.
*
* @param string $type
* @return string tns:xsd-type
*/
public function addComplexType($type)
{
$nestedCounter = $this->_getNestedCount($type);
if ($nestedCounter > 0) {
$singularType = $this->_getSingularType($type);
for ($i = 1; $i <= $nestedCounter; $i++) {
$complexType = $this->_getTypeBasedOnNestingLevel($singularType, $i);
$complexTypePhp = $singularType . str_repeat('[]', $i);
$childType = $this->_getTypeBasedOnNestingLevel($singularType, $i - 1);
$this->_addSequenceType($complexType, $childType, $complexTypePhp);
}
return $complexType;
} else {
if (($soapType = $this->scanRegisteredTypes($type)) !== null) {
// Existing complex type
return $soapType;
} else {
// New singular complex type
return parent::addComplexType($type);
}
}
}
