nusoap.php

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	* serialize the schema
	*
	* @access   public
	*/
	function serializeSchema(){

		$schemaPrefix = $this->getPrefixFromNamespace($this->XMLSchemaVersion);
		$xml = '';
		// complex types
		foreach($this->complexTypes as $typeName => $attrs){
			$contentStr = '';
			// serialize child elements
			if(count($attrs['elements']) > 0){
				foreach($attrs['elements'] as $element => $eParts){
					if(isset($eParts['ref'])){
						$contentStr .= "<element ref=\"$element\"/>";
					} else {
						$contentStr .= "<element name=\"$element\" type=\"$eParts[type]\"/>";
					}
				}
			}
			// attributes
			if(count($attrs['attrs']) >= 1){
				foreach($attrs['attrs'] as $attr => $aParts){
					$contentStr .= '<attribute ref="'.$aParts['ref'].'"';
					if(isset($aParts['wsdl:arrayType'])){
						$contentStr .= ' wsdl:arrayType="'.$aParts['wsdl:arrayType'].'"';
					}
					$contentStr .= '/>';
				}
			}
			// if restriction
			if( isset($attrs['restrictionBase']) && $attrs['restrictionBase'] != ''){
				$contentStr = "<$schemaPrefix:restriction base=\"".$attrs['restrictionBase']."\">".$contentStr."</$schemaPrefix:restriction>";
			}
			// "all" compositor obviates complex/simple content
			if(isset($attrs['compositor']) && $attrs['compositor'] == 'all'){
				$contentStr = "<$schemaPrefix:$attrs[compositor]>".$contentStr."</$schemaPrefix:$attrs[compositor]>";
			}
			// complex or simple content
			elseif( count($attrs['elements']) > 0 || count($attrs['attrs']) > 0){
				$contentStr = "<$schemaPrefix:complexContent>".$contentStr."</$schemaPrefix:complexContent>";
			}
			// compositors
			if(isset($attrs['compositor']) && $attrs['compositor'] != '' && $attrs['compositor'] != 'all'){
				$contentStr = "<$schemaPrefix:$attrs[compositor]>".$contentStr."</$schemaPrefix:$attrs[compositor]>";
			}
			// finalize complex type
			if($contentStr != ''){
				$contentStr = "<$schemaPrefix:complexType name=\"$typeName\">".$contentStr."</$schemaPrefix:complexType>";
			} else {
				$contentStr = "<$schemaPrefix:complexType name=\"$typeName\"/>";
			}
			$xml .= $contentStr;
		}
		// elements
		if(isset($this->elements) && count($this->elements) > 0){
			foreach($this->elements as $element => $eParts){
				$xml .= "<$schemaPrefix:element name=\"$element\" type=\"".$eParts['type']."\"/>";
			}
		}
		// attributes
		if(isset($this->attributes) && count($this->attributes) > 0){
			foreach($this->attributes as $attr => $aParts){
				$xml .= "<$schemaPrefix:attribute name=\"$attr\" type=\"".$aParts['type']."\"/>";
			}
		}
		// finish 'er up
		$xml = "<$schemaPrefix:schema xmlns=\"$this->XMLSchemaVersion\" targetNamespace=\"$this->schemaTargetNamespace\">".$xml."</$schemaPrefix:schema>";
		return $xml;
	}

	/**
	* expands a qualified name
	*
	* @param    string $string qname
	* @return	string expanded qname
	* @access   private
	*/
	function expandQname($qname){
		// get element prefix
		if(strpos($qname,':') && !ereg('^http://',$qname)){
			// get unqualified name
			$name = substr(strstr($qname,':'),1);
			// get ns prefix
			$prefix = substr($qname,0,strpos($qname,':'));
			if(isset($this->namespaces[$prefix])){
				return $this->namespaces[$prefix].':'.$name;
			} else {
				return $qname;
			}
		} else {
			return $qname;
		}
	}

	/**
	* adds debug data to the clas level debug string
	*
	* @param    string $string debug data
	* @access   private
	*/
	function xdebug($string){
		$this->debug(' xmlschema: '.$string);
	}

    /**
    * get the PHP type of a user defined type in the schema
    * PHP type is kind of a misnomer since it actually returns 'struct' for assoc. arrays
    * returns false if no type exists, or not w/ the given namespace
    * else returns a string that is either a native php type, or 'struct'
    *
    * @param string $type, name of defined type
    * @param string $ns, namespace of type
    * @return mixed
    * @access public
    */
	function getPHPType($type,$ns){
		global $typemap;
		if(isset($typemap[$ns][$type])){
			//print "found type '$type' and ns $ns in typemap<br />";
			return $typemap[$ns][$type];
		} elseif(isset($this->complexTypes[$type])){
			//print "getting type '$type' and ns $ns from complexTypes array<br />";
			return $this->complexTypes[$type]['phpType'];
		}
		return false;
	}

    /**
    * returns the local part of a prefixed string
    * returns the original string, if not prefixed
    *
    * @param string
    * @return string
    * @access public
    */
	function getLocalPart($str){
		if($sstr = strrchr($str,':')){
			// get unqualified name
			return substr( $sstr, 1 );
		} else {
			return $str;
		}
	}

	/**
    * returns the prefix part of a prefixed string
    * returns false, if not prefixed
    *
    * @param string
    * @return mixed
    * @access public
    */
	function getPrefix($str){
		if($pos = strrpos($str,':')){
			// get prefix
			return substr($str,0,$pos);
		}
		return false;
	}

	/**
    * pass it a prefix, it returns a namespace
	* returns false if no namespace registered with the given prefix
    *
    * @param string
    * @return mixed
    * @access public
    */
	function getNamespaceFromPrefix($prefix){
		if(isset($this->namespaces[$prefix])){
			return $this->namespaces[$prefix];
		}
		//$this->setError("No namespace registered for prefix '$prefix'");
		return false;
	}

	/**
    * returns the prefix for a given namespace (or prefix)
    * or false if no prefixes registered for the given namespace
    *
    * @param string
    * @return mixed
    * @access public
    */
	function getPrefixFromNamespace($ns){
		foreach($this->namespaces as $p => $n){
			if($ns == $n || $ns == $p){
			    $this->usedNamespaces[$p] = $n;
				return $p;
			}
		}
		return false;
	}

	/**
    * returns an array of information about a given type
    * returns false if no type exists by the given name
    *
	*	 typeDef = array(
	*	 'elements' => array(), // refs to elements array
	*	'restrictionBase' => '',
	*	'phpType' => '',
	*	'order' => '(sequence|all)',
	*	'attrs' => array() // refs to attributes array
	*	)
    *
    * @param string
    * @return mixed
    * @access public
    */
	function getTypeDef($type){
		if(isset($this->complexTypes[$type])){
			return $this->complexTypes[$type];
		} elseif(isset($this->elements[$type])){
			return $this->elements[$type];
		} elseif(isset($this->attributes[$type])){
			return $this->attributes[$type];
		}
		return false;
	}

	/**
    * returns a sample serialization of a given type, or false if no type by the given name
    *
    * @param string $type, name of type
    * @return mixed
    * @access public
    */
    function serializeTypeDef($type){
    	//print "in sTD() for type $type<br />";
	if($typeDef = $this->getTypeDef($type)){
		$str .= '<'.$type;
	    if(is_array($typeDef['attrs'])){
		foreach($attrs as $attName => $data){
		    $str .= " $attName=\"{type = ".$data['type']."}\"";
		}
	    }
	    $str .= " xmlns=\"".$this->schema['targetNamespace']."\"";
	    if(count($typeDef['elements']) > 0){
		$str .= ">";
		foreach($typeDef['elements'] as $element => $eData){
		    $str .= $this->serializeTypeDef($element);
		}
		$str .= "</$type>";
	    } elseif($typeDef['typeClass'] == 'element') {
		$str .= "></$type>";
	    } else {
		$str .= "/>";
	    }
			return $str;
	}
    	return false;
    }

    /**
    * returns HTML form elements that allow a user
    * to enter values for creating an instance of the given type.
    *
    * @param string $name, name for type instance
    * @param string $type, name of type
    * @return string
    * @access public
	*/
	function typeToForm($name,$type){
		// get typedef
		if($typeDef = $this->getTypeDef($type)){
			// if struct
			if($typeDef['phpType'] == 'struct'){
				$buffer .= '<table>';
				foreach($typeDef['elements'] as $child => $childDef){
					$buffer .= "
					<tr><td align='right'>$childDef[name] (type: ".$this->getLocalPart($childDef['type'])."):</td>
					<td><input type='text' name='parameters[".$name."][$childDef[name]]'></td></tr>";
				}
				$buffer .= '</table>';
			// if array
			} elseif($typeDef['phpType'] == 'array'){
				$buffer .= '<table>';
				for($i=0;$i < 3; $i++){
					$buffer .= "
					<tr><td align='right'>array item (type: $typeDef[arrayType]):</td>
					<td><input type='text' name='parameters[".$name."][]'></td></tr>";
				}
				$buffer .= '</table>';
			// if scalar
			} else {
				$buffer .= "<input type='text' name='parameters[$name]'>";
			}
		} else {
			$buffer .= "<input type='text' name='parameters[$name]'>";
		}
		return $buffer;
	}
	
	/**
	* adds an XML Schema complex type to the WSDL types
	* 
	* example: array
	* 
	* addType(
	* 	'ArrayOfstring',
	* 	'complexType',
	* 	'array',
	* 	'',
	* 	'SOAP-ENC:Array',
	* 	array('ref'=>'SOAP-ENC:arrayType','wsdl:arrayType'=>'string[]'),
	* 	'xsd:string'
	* );
	* 
	* example: PHP associative array ( SOAP Struct )
	* 
	* addType(
	* 	'SOAPStruct',
	* 	'complexType',
	* 	'struct',
	* 	'all',
	* 	array('myVar'=> array('name'=>'myVar','type'=>'string')
	* );
	* 
	* @param name
	* @param typeClass (complexType|simpleType|attribute)
	* @param phpType: currently supported are array and struct (php assoc array)
	* @param compositor (all|sequence|choice)
	* @param restrictionBase namespace:name (http://schemas.xmlsoap.org/soap/encoding/:Array)
	* @param elements = array ( name = array(name=>'',type=>'') )
	* @param attrs = array(
	* 	array(
	*		'ref' => "http://schemas.xmlsoap.org/soap/encoding/:arrayType",
	*		"http://schemas.xmlsoap.org/wsdl/:arrayType" => "string[]"
	* 	)
	* )
	* @param arrayType: namespace:name (http://www.w3.org/2001/XMLSchema:string)
	*
	*/
	function addComplexType($name,$typeClass='complexType',$phpType='array',$compositor='',$restrictionBase='',$elements=array(),$attrs=array(),$arrayType=''){
		$this->complexTypes[$name] = array(
	    'name'		=> $name,
	    'typeClass'	=> $typeClass,
	    'phpType'	=> $phpType,
		'compositor'=> $compositor,
	    'restrictionBase' => $restrictionBase,
		'elements'	=> $elements,
	    'attrs'		=> $attrs,
	    'arrayType'	=> $arrayType
		);
	}
}



?><?php



/**
* for creating serializable abstractions of native PHP types
* NOTE: this is only really used when WSDL is not available.
*
* @author   Dietrich Ayala <[e-mail]>
* @version  v 0.6.3
* @access   public
*/
class soapval extends nusoap_base {
	/**
	* constructor
	*
	* @param    string $name optional name
	* @param    string $type optional type name
	* @param	mixed $value optional value
	* @param	string $namespace optional namespace of value
	* @param	string $type_namespace optional namespace of type
	* @param	array $attributes associative array of attributes to add to element serialization
	* @access   public
	*/
  	function soapval($name='soapval',$type=false,$value=-1,$element_ns=false,$type_ns=false,$attributes=false) {
		$this->name = $name;
		$this->value = $value;
		$this->type = $type;
		$this->element_ns = $element_ns;
		$this->type_ns = $type_ns;
		$this->attributes = $attributes;
    }

	/**
	* return serialized value
	*
	* @return	string XML data
	* @access   private
	*/
	function serialize($use='encoded') {
		return $this->serialize_val($this->value,$this->name,$this->type,$this->element_ns,$this->type_ns,$this->attributes,$use);
    }

	/**
	* decodes a soapval object into a PHP native type
	*
	* @param	object $soapval optional SOAPx4 soapval object, else uses self
	* @return	mixed
	* @access   public
	*/
	function decode(){
		return $this->value;
	}
}



?><?php



/**
* transport class for sending/receiving data via HTTP and HTTPS
* NOTE: PHP must be compiled with the CURL extension for HTTPS support
*
* @author   Dietrich Ayala <[e-mail]>
* @version  v 0.6.3
* @access public
*/
class soap_transport_http extends nusoap_base {

	var $username = '';
	var $password = '';
	var $url = '';
    var $proxyhost = '';
    var $proxyport = '';
	var $scheme = '';
	var $protocol_version = '1.0';
	var $encoding = '';
	var $outgoing_headers = array();
	var $incoming_headers = array();
	var $outgoing_payload = '';
	var $incoming_payload = '';
	
	/**