/**
* 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 $complexType;
} elseif (($soapType = $this->scanRegisteredTypes($type)) !== null) {
// Existing complex type
return $soapType;
} else {
// New singular complex type
return parent::addComplexType($type);
}
}
/**
* 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++) {
$complexTypeName = substr($this->_getTypeNameBasedOnNestingLevel($singularType, $i), 4);
$childTypeName = $this->_getTypeNameBasedOnNestingLevel($singularType, $i - 1);
$this->_addElementFromWSDLAndChildTypes($complexTypeName, $childTypeName);
}
// adding the PHP type which is resolved to a nested XSD type. therefore add only once.
$this->getContext()->addType($complexTypeName);
return "tns:{$complexTypeName}";
} else {
if (!in_array($type, $this->getContext()->getTypes())) {
// New singular complex type
return parent::addComplexType($type);
} else {
// Existing complex type
return $this->getContext()->getType($type);
}
}
}
