format(\DateTime::ATOM); } elseif (is_array($data)) { foreach ($data as $property => $value) { $data[$property] = self::sanitizeForSerialization($value); } return $data; } elseif (is_object($data)) { $values = []; foreach (array_keys($data::swaggerTypes()) as $property) { $getter = $data::getters()[$property]; if ($data->$getter() !== null) { $values[$data::attributeMap()[$property]] = self::sanitizeForSerialization($data->$getter()); } } return (object)$values; } else { return (string)$data; } } /** * Sanitize filename by removing path. * e.g. ../../sun.gif becomes sun.gif * * @param string $filename filename to be sanitized * * @return string the sanitized filename */ public function sanitizeFilename($filename) { if (preg_match("/.*[\/\\\\](.*)$/", $filename, $match)) { return $match[1]; } else { return $filename; } } /** * Take value and turn it into a string suitable for inclusion in * the path, by url-encoding. * * @param string $value a string which will be part of the path * * @return string the serialized object */ public function toPathValue($value) { return rawurlencode($this->toString($value)); } /** * Take value and turn it into a string suitable for inclusion in * the query, by imploding comma-separated if it's an object. * If it's a string, pass through unchanged. It will be url-encoded * later. * * @param string[]|string|\DateTime $object an object to be serialized to a string * * @return string the serialized object */ public function toQueryValue($object) { if (is_array($object)) { return implode(',', $object); } else { return $this->toString($object); } } /** * Take value and turn it into a string suitable for inclusion in * the header. If it's a string, pass through unchanged * If it's a datetime object, format it in ISO8601 * * @param string $value a string which will be part of the header * * @return string the header string */ public function toHeaderValue($value) { return $this->toString($value); } /** * Take value and turn it into a string suitable for inclusion in * the http body (form parameter). If it's a string, pass through unchanged * If it's a datetime object, format it in ISO8601 * * @param string|\SplFileObject $value the value of the form parameter * * @return string the form string */ public function toFormValue($value) { if ($value instanceof \SplFileObject) { return $value->getRealPath(); } else { return $this->toString($value); } } /** * Take value and turn it into a string suitable for inclusion in * the parameter. If it's a string, pass through unchanged * If it's a datetime object, format it in ISO8601 * * @param string|\DateTime $value the value of the parameter * * @return string the header string */ public function toString($value) { if ($value instanceof \DateTime) { // datetime in ISO8601 format return $value->format(\DateTime::ATOM); } else { return $value; } } /** * Serialize an array to a string. * * @param array $collection collection to serialize to a string * @param string $collectionFormat the format use for serialization (csv, * ssv, tsv, pipes, multi) * @param bool $allowCollectionFormatMulti allow collection format to be a multidimensional array * * @return string */ public function serializeCollection(array $collection, $collectionFormat, $allowCollectionFormatMulti = false) { if ($allowCollectionFormatMulti && ('multi' === $collectionFormat)) { // http_build_query() almost does the job for us. We just // need to fix the result of multidimensional arrays. return preg_replace('/%5B[0-9]+%5D=/', '=', http_build_query($collection, '', '&')); } switch ($collectionFormat) { case 'pipes': return implode('|', $collection); case 'tsv': return implode("\t", $collection); case 'ssv': return implode(' ', $collection); case 'csv': // Deliberate fall through. CSV is default format. default: return implode(',', $collection); } } /** * Deserialize a JSON string into an object * * @param mixed $data object or primitive to be deserialized * @param string $class class name is passed as a string * @param string[] $httpHeaders HTTP headers * @param string $discriminator discriminator if polymorphism is used * * @return object|array|null an single or an array of $class instances */ public static function deserialize($data, $class, $httpHeaders = null, $discriminator = null) { if (null === $data) { return null; } elseif (substr($class, 0, 4) === 'map[') { // for associative array e.g. map[string,int] $inner = substr($class, 4, -1); $deserialized = []; if (strrpos($inner, ",") !== false) { $subClass_array = explode(',', $inner, 2); $subClass = $subClass_array[1]; foreach ($data as $key => $value) { $deserialized[$key] = self::deserialize($value, $subClass, null, $discriminator); } } return $deserialized; } elseif (strcasecmp(substr($class, -2), '[]') === 0) { $subClass = substr($class, 0, -2); $values = []; foreach ($data as $key => $value) { $values[] = self::deserialize($value, $subClass, null, $discriminator); } return $values; } elseif ($class === 'object') { settype($data, 'array'); return $data; } elseif ($class === '\DateTime') { // Some API's return an invalid, empty string as a // date-time property. DateTime::__construct() will return // the current time for empty input which is probably not // what is meant. The invalid empty string is probably to // be interpreted as a missing field/value. Let's handle // this graceful. if (!empty($data)) { return new \DateTime($data); } else { return null; } } elseif (in_array($class, ['DateTime', 'bool', 'boolean', 'byte', 'double', 'float', 'int', 'integer', 'mixed', 'number', 'object', 'string', 'void'], true)) { settype($data, $class); return $data; } elseif ($class === '\SplFileObject') { // determine file name if (array_key_exists('Content-Disposition', $httpHeaders) && preg_match('/inline; filename=[\'"]?([^\'"\s]+)[\'"]?$/i', $httpHeaders['Content-Disposition'], $match)) { $filename = Configuration::getDefaultConfiguration()->getTempFolderPath() . sanitizeFilename($match[1]); } else { $filename = tempnam(Configuration::getDefaultConfiguration()->getTempFolderPath(), ''); } $deserialized = new \SplFileObject($filename, "w"); $byte_written = $deserialized->fwrite($data); if (Configuration::getDefaultConfiguration()->getDebug()) { error_log("[DEBUG] Written $byte_written byte to $filename. Please move the file to a proper folder or delete the temp file after processing.".PHP_EOL, 3, Configuration::getDefaultConfiguration()->getDebugFile()); } return $deserialized; } else { // If a discriminator is defined and points to a valid subclass, use it. if (!empty($discriminator) && isset($data->{$discriminator}) && is_string($data->{$discriminator})) { $subclass = '\Swagger\Client\Model\\' . $data->{$discriminator}; if (is_subclass_of($subclass, $class)) { $class = $subclass; } } $instance = new $class(); foreach ($instance::swaggerTypes() as $property => $type) { $propertySetter = $instance::setters()[$property]; if (!isset($propertySetter) || !isset($data->{$instance::attributeMap()[$property]})) { continue; } $propertyValue = $data->{$instance::attributeMap()[$property]}; if (isset($propertyValue)) { $instance->$propertySetter(self::deserialize($propertyValue, $type, null, $discriminator)); } } return $instance; } } }