/**
* Function to write 'sig model' for a given wsdl
* $wsdl_location location of the WSDL
* returns none
*/
function wsf_wsdl2sig($wsdl_location)
{
require_once 'dynamic_invocation/wsf_wsdl_consts.php';
require_once 'dynamic_invocation/wsf_wsdl_util.php';
global $written_classes;
global $operations;
$code = "";
$wsdl_dom = new DomDocument();
$sig_model_dom = new DOMDocument();
$xslt_location = "./xslt/";
$sig_model_dom->preserveWhiteSpace = false;
$wsdl_dom->preserveWhiteSpace = false;
if (!$wsdl_location) {
echo "WSDL is not found";
return NULL;
}
$is_multiple_interfaces = FALSE;
// load WSDL as DOM
if (!$wsdl_dom->load($wsdl_location)) {
echo "WSDL could not be loaded.";
return NULL;
}
$wsdl_dom->preserveWhiteSpace = false;
// changing code for processing mutiple port types in wsdl 1.1
$is_multiple_interfaces = wsf_is_mutiple_port_types($wsdl_dom);
if ($is_multiple_interfaces == FALSE) {
$wsdl_dom = wsf_get_wsdl_dom($wsdl_dom, $xslt_location);
if (!$wsdl_dom) {
echo "Error creating WSDL DOM document";
return NULL;
}
$wsdl_dom = wsf_clear_wsdl_imports($wsdl_dom);
$sig_model_dom = wsf_get_sig_model_dom($wsdl_dom, $xslt_location);
} else {
$wsdl_dom = wsf_clear_wsdl_imports($wsdl_dom);
$wsdl_dom = wsf_get_wsdl_dom($wsdl_dom, $xslt_location);
$sig_model_dom = wsf_process_multiple_interfaces($wsdl_dom, $sig_model_dom, $xslt_location);
}
if (!$sig_model_dom) {
echo "Error creating intermediate service operations signature model";
return NULL;
}
echo $sig_model_dom->saveXML();
}
/**
* Function to write classes. Does the WSDL to PHP conversion using a 'sig model'.
* $wsdl_location location of the WSDL
* returns code segment corresponding to classes as a string
*/
function wsf_wsdl2php($wsdl_location)
{
require_once 'dynamic_invocation/wsf_wsdl_consts.php';
require_once 'dynamic_invocation/wsf_wsdl_util.php';
global $written_classes;
global $operations;
global $actions;
$written_classes[WSF_XSD_ANYTYPE] = TRUE;
$code = "";
$wsdl_dom = new DomDocument();
$sig_model_dom = new DOMDocument();
$xslt_location = "./xslt/";
$sig_model_dom->preserveWhiteSpace = false;
$wsdl_dom->preserveWhiteSpace = false;
if (!$wsdl_location) {
echo "WSDL is not found";
return NULL;
}
$is_multiple_interfaces = FALSE;
// load WSDL as DOM
if (!$wsdl_dom->load($wsdl_location)) {
echo "WSDL could not be loaded.";
return NULL;
}
$wsdl_dom->preserveWhiteSpace = false;
// changing code for processing mutiple port types in wsdl 1.1
$is_multiple_interfaces = wsf_is_mutiple_port_types($wsdl_dom);
$is_wsdl_11 = $wsdl_11_dom = NULL;
if ($is_multiple_interfaces == FALSE) {
//wsdl1.1 to wsdl2 conversion
$wsdl_dom = wsf_get_wsdl_dom($wsdl_dom, $wsdl_location, $is_wsdl_11, $wsdl_11_dom);
if (!$wsdl_dom) {
echo "Error creating WSDL DOM document";
return NULL;
}
$sig_model_dom = wsf_get_sig_model_dom($wsdl_dom);
} else {
//wsdl1.1 to wsdl2 conversion
$wsdl_dom = wsf_get_wsdl_dom($wsdl_dom, $wsdl_location, $is_wsdl_11, $wsdl_11_dom);
$sig_model_dom = wsf_process_multiple_interfaces($wsdl_dom, $sig_model_dom);
}
if (!$sig_model_dom) {
echo "Error creating intermediate service operations signature model";
return NULL;
}
// get the list of operations
$op_nodes = $sig_model_dom->getElementsByTagName(WSF_OPERATION);
// process each operation
foreach ($op_nodes as $op_node) {
// get operation name
$op_attr = $op_node->attributes;
if ($op_attr == NULL || $op_attr->getNamedItem(WSF_NAME) == NULL) {
continue;
}
$op_name = $op_attr->getNamedItem(WSF_NAME)->value;
if (array_key_exists($op_name, $operations) == FALSE || $operations[$op_name] == NULL) {
// it operation is already found in an earlier parse, should not re-set it
$operations[$op_name] = array();
$operations[$op_name][WSF_CLIENT] = "";
$operations[$op_name][WSF_SERVICE] = "";
} else {
continue;
//no need to record same operation multiple times
}
// get the nodes describing operation characteristics
$op_child_list = $op_node->childNodes;
//first we have to have a good idea about headers, so processing headers first
$in_headers = 0;
$out_headers = 0;
$in_header_objects = array();
$in_header_objects[WSF_CLIENT] = "";
$in_header_objects[WSF_SERVICE] = "";
$out_header_objects = array();
$out_header_objects[WSF_CLIENT] = "";
$out_header_objects[WSF_SERVICE] = "";
$service_function_doc_comment = "";
$service_function_doc_comment .= "/**\n";
$service_function_doc_comment .= " * Service function {$op_name}\n";
// doc comments for input types
foreach ($op_child_list as $op_child) {
// process the signature node
if ($op_child->nodeName == WSF_SIGNATURE) {
// get the nodes representing operation parameters and return types within signature
$param_list = $op_child->childNodes;
foreach ($param_list as $param_node) {
if ($param_node) {
// look for params and returns nodes
if ($param_node->nodeName == WSF_PARAMS) {
if ($param_node->hasAttributes()) {
// Wrapper element
$params_attr = $param_node->attributes;
// get wrapper element name, this is going to be the class name
$ele_name = $params_attr->getNamedItem(WSF_WRAPPER_ELEMENT)->value;
$service_function_doc_comment .= " * @param object of {$ele_name} \$input \n";
} else {
// No wrapper element, there won't be any class generated for this
$child_array = array();
$param_child_list = $param_node->childNodes;
foreach ($param_child_list as $param_child) {
$param_attr = $param_child->attributes;
$ele_name = $param_attr->getNamedItem(WSF_NAME)->value;
$content_model = "";
if ($param_attr->getNamedItem(WSF_CONTENT_MODEL)) {
$content_model = $param_attr->getNamedItem(WSF_CONTENT_MODEL)->value;
}
$param_type = $param_attr->getNamedItem(WSF_TYPE)->value;
if ($content_model == WSF_SIMPLE_CONTENT) {
$service_function_doc_comment .= " * @param object of {$ele_name} \$input \n";
} else {
$service_function_doc_comment .= " * @param {$param_type} \$input \n";
}
}
}
}
}
}
}
}
foreach ($op_child_list as $op_child) {
if ($op_child->nodeName == WSF_W2P_BINDING_DETAILS) {
$op_binding_childs = $op_child->childNodes;
foreach ($op_binding_childs as $op_binding_child) {
if ($op_binding_child->nodeName == WSF_SOAPHEADER) {
if ($op_binding_child->attributes->getNamedItem(WSF_HEADER_FOR_ATTRIBUTE)) {
if ($op_binding_child->attributes->getNamedItem(WSF_HEADER_FOR_ATTRIBUTE)->value == WSF_WSDL_OUTPUT) {
$direction = WSF_WSDL_OUTPUT;
} else {
$direction = WSF_WSDL_INPUT;
}
} else {
$direction = WSF_WSDL_INPUT;
}
}
if ($op_binding_child->attributes->getNamedItem(WSF_TYPE)) {
$param_node = $op_binding_child->firstChild;
if ($param_node && $param_node->attributes->getNamedItem(WSF_TYPE)) {
$class_name = $param_node->attributes->getNamedItem(WSF_TYPE)->value;
if ($direction == WSF_WSDL_INPUT) {
if ($param_node->attributes && $param_node->attributes->getNamedItem(WSF_WSDL_SIMPLE) && $param_node->attributes->getNamedItem(WSF_WSDL_SIMPLE)->value == 'no' || $param_node->attributes->getNamedItem(WSF_CONTENT_MODEL) && $param_node->attributes->getNamedItem(WSF_CONTENT_MODEL)->value == WSF_SIMPLE_CONTENT) {
// for the complex types and simple contnet
$in_header_objects[WSF_CLIENT] .= " \$header_in{$in_headers} = new {$class_name}();\n // TODO: fill in the class fields of \$header_in{$in_headers} object which is of type {$class_name} to match your business logic\n\n";
$in_header_objects[WSF_SERVICE] .= " // NOTE: \$header_in{$in_headers} object is of type {$class_name}\n";
$service_function_doc_comment .= " * @param object of {$class_name} \$header_in{$in_headers} input header\n";
} else {
// for the simple types
$in_header_objects[WSF_CLIENT] .= " // TODO: fill in the \$header_in{$in_headers} which is of type {$class_name} to match your business logic\n\n";
$in_header_objects[WSF_SERVICE] .= " // NOTE: \$header_in{$in_headers} header is of type {$class_name}\n";
$service_function_doc_comment .= " * @param {$class_name} \$header_in{$in_headers} input header\n";
}
$in_headers++;
} else {
if ($param_node->attributes && $param_node->attributes->getNamedItem(WSF_WSDL_SIMPLE) && $param_node->attributes->getNamedItem(WSF_WSDL_SIMPLE)->value == 'no' || $param_node->attributes->getNamedItem(WSF_CONTENT_MODEL) && $param_node->attributes->getNamedItem(WSF_CONTENT_MODEL)->value == WSF_SIMPLE_CONTENT) {
// for the complex types and simple contnet
$out_header_objects[WSF_CLIENT] .= "\n // TODO: Implement business logic to consume \$header_out{$out_headers} object, which is of type class {$class_name}\n";
$out_header_objects[WSF_SERVICE] .= " // NOTE: you should assign an object of type {$class_name} to \$header_out{$out_headers}\n";
$service_function_doc_comment .= " * @param reference object of {$class_name} \$header_out{$out_headers} object output header\n";
} else {
// for the simple types
$out_header_objects[WSF_CLIENT] .= "\n // TODO: Implement business logic to consume \$header_out{$out_headers}, which is of type {$class_name}\n";
$out_header_objects[WSF_SERVICE] .= " // NOTE: you should assign an object of type {$class_name} to \$header_out{$out_headers}\n";
$service_function_doc_comment .= " * @param reference {$class_name} \$header_out{$out_headers} output header\n";
}
$out_headers++;
}
if ($param_node->attributes && $param_node->attributes->getNamedItem(WSF_WSDL_SIMPLE) && $param_node->attributes->getNamedItem(WSF_WSDL_SIMPLE)->value == 'no' || $param_node->attributes->getNamedItem(WSF_CONTENT_MODEL) && $param_node->attributes->getNamedItem(WSF_CONTENT_MODEL)->value == WSF_SIMPLE_CONTENT) {
$code_for_header = wsf_write_sub_classes($param_node);
$code .= $code_for_header;
}
}
}
}
}
}
// doc comments for the return type
foreach ($op_child_list as $op_child) {
// process the signature node
if ($op_child->nodeName == WSF_SIGNATURE) {
// get the nodes representing operation parameters and return types within signature
$param_list = $op_child->childNodes;
foreach ($param_list as $param_node) {
if ($param_node) {
// look for params and returns nodes
if ($param_node->nodeName == WSF_RETURNS) {
if ($param_node->hasAttributes()) {
// Wrapper element
$params_attr = $param_node->attributes;
// get wrapper element name, this is going to be the class name
$ele_name = $params_attr->getNamedItem(WSF_WRAPPER_ELEMENT)->value;
$service_function_doc_comment .= " * @return object of {$ele_name} \n";
} else {
// No wrapper element, there won't be any class generated for this
$child_array = array();
$param_child_list = $param_node->childNodes;
foreach ($param_child_list as $param_child) {
$param_attr = $param_child->attributes;
$ele_name = $param_type = "";
if ($param_attr->getNamedItem(WSF_NAME)) {
$ele_name = $param_attr->getNamedItem(WSF_NAME)->value;
}
if ($param_attr->getNamedItem(WSF_TYPE)) {
$param_type = $param_attr->getNamedItem(WSF_TYPE)->value;
}
$content_model = "";
if ($param_attr->getNamedItem(WSF_CONTENT_MODEL)) {
$content_model = $param_attr->getNamedItem(WSF_CONTENT_MODEL)->value;
}
if ($content_model == WSF_SIMPLE_CONTENT) {
$service_function_doc_comment .= " * @return object of {$ele_name} \n";
} else {
$service_function_doc_comment .= " * @return {$param_type} \n";
}
}
}
}
}
}
}
}
$service_function_doc_comment .= " */\n";
/*
if($out_headers > 0) {
$in_header_objects[WSF_CLIENT] .= " // Declration of variables for the output headers\n";
$in_header_objects[WSF_CLIENT] .= " // NOTE: don't set any value to these objects, rather the call to proxy will assign values for them\n";
for($i = 0; $i < $out_headers; $i ++) {
$in_header_objects[WSF_CLIENT] .= " \$header_out{$i} = NULL;\n";
}
$in_header_objects[WSF_CLIENT] .= "\n";
$out_header_objects[WSF_SERVICE] .= "\n";
}
*/
if ($in_header_objects[WSF_CLIENT] != "") {
$in_header_objects[WSF_CLIENT] = substr_replace($in_header_objects[WSF_CLIENT], "", -1);
}
if ($in_header_objects[WSF_SERVICE] != "") {
$in_header_objects[WSF_SERVICE] .= "\n";
}
/* function declration variables for headers */
$header_function_decl = "";
for ($i = 0; $i < $in_headers; $i++) {
$header_function_decl .= ", \$header_in" . $i;
}
for ($i = 0; $i < $out_headers; $i++) {
$header_function_decl .= ", &\$header_out" . $i;
}
/* function call variables for headers */
$header_function_call = "";
for ($i = 0; $i < $in_headers; $i++) {
$header_function_call .= ", \$header_in" . $i;
}
for ($i = 0; $i < $out_headers; $i++) {
$header_function_call .= ", &\$header_out" . $i;
}
//put the doc comment
//declare the start of service function
$operations[$op_name][WSF_SERVICE] = $service_function_doc_comment;
$operations[$op_name][WSF_SERVICE] .= "function " . $op_name . "(\$input{$header_function_decl}) {\n";
foreach ($op_child_list as $op_child) {
// process the signature node
if ($op_child->nodeName == WSF_SIGNATURE) {
// get the nodes representing operation parameters and return types within signature
$param_list = $op_child->childNodes;
foreach ($param_list as $param_node) {
if ($param_node) {
// look for params and returns nodes
if ($param_node->nodeName == WSF_PARAMS || $param_node->nodeName == WSF_RETURNS) {
if ($param_node->hasAttributes()) {
// Wrapper element
$params_attr = $param_node->attributes;
// get wrapper element name, this is going to be the class name
$ele_name = $params_attr->getNamedItem(WSF_WRAPPER_ELEMENT)->value;
// array to hold child elements corresponding to sub classes
$child_array = array();
// check if the class is already written
if (array_key_exists($ele_name, $written_classes) && $written_classes[$ele_name] == TRUE) {
continue;
}
// write the extension code..
$extension_code = wsf_write_extension($param_node, $code);
$derives_arr = wsf_write_derives($param_node, $code);
// start writing class
$code = $code . "class " . $ele_name . $extension_code . " {\n";
$written_classes[$ele_name] = TRUE;
// prepare the demo code that the user could use for testing client.
// shows how to create the input and receive the response
if ($param_node->nodeName == WSF_PARAMS) {
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . " \$input = new {$ele_name}();\n";
if (count($derives_arr) > 0) {
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . " /**\n * Here you can replace {$ele_name} with a following class(es)\n";
foreach ($derives_arr as $derive) {
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . " * {$derive}\n";
}
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . " */\n";
}
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . " //TODO: fill in the class fields of \$input to match your business logic\n";
$operations[$op_name][WSF_CLIENT] .= $in_header_objects[WSF_CLIENT];
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . " // TODO: fill in the business logic\n // NOTE: \$input is of type {$ele_name}\n";
if (count($derives_arr) > 0) {
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . " /**\n * You can expect \$input to be an instance of following class(es) in addition to {$ele_name}\n";
foreach ($derives_arr as $derive) {
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . " * {$derive}\n";
}
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . " */\n";
}
$operations[$op_name][WSF_SERVICE] .= $in_header_objects[WSF_SERVICE];
}
if ($param_node->nodeName == WSF_RETURNS) {
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . "\n // call the operation\n \$response = \$proxy->" . $op_node->attributes->getNamedItem('name')->value . "(\$input{$header_function_call});\n //TODO: Implement business logic to consume \$response, which is of type {$ele_name}\n";
if (count($derives_arr) > 0) {
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . " /**\n * You can expect \$response to be an instance of following class(es) in addition to {$ele_name}\n";
foreach ($derives_arr as $derive) {
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . " * {$derive}\n";
}
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . " */\n";
}
$operations[$op_name][WSF_CLIENT] .= $out_header_objects[WSF_CLIENT];
$operations[$op_name][WSF_SERVICE] .= $out_header_objects[WSF_SERVICE];
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . " // NOTE: should return an object of type {$ele_name}\n";
if (count($derives_arr) > 0) {
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . " /**\n * Here you can replace {$ele_name} with a following class(es)\n";
foreach ($derives_arr as $derive) {
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . " * {$derive}\n";
}
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . " */\n";
}
}
$child_array = array();
$derived_classes_code = "";
$code .= wsf_write_content_model($param_node, $child_array, $derived_classes_code);
$code = $code . "\n}\n\n";
// done writing the current class, now go and write the sub classes
foreach ($child_array as $child) {
$code = $code . wsf_write_sub_classes($child);
}
$code .= $derived_classes_code;
} else {
// TODO: No wrapper element, there won't be any class generated for this
$child_array = array();
$param_child_list = $param_node->childNodes;
foreach ($param_child_list as $param_child) {
$param_attr = $param_child->attributes;
$ele_name = $param_attr->getNamedItem(WSF_NAME)->value;
$param_type = $param_attr->getNamedItem(WSF_TYPE)->value;
$content_model = "";
if ($param_attr->getNamedItem(WSF_CONTENT_MODEL)) {
$content_model = $param_attr->getNamedItem(WSF_CONTENT_MODEL)->value;
}
//resolving lists
$is_list = FALSE;
if ($param_attr->getNamedItem(WSF_LIST)) {
$is_list = $param_attr->getNamedItem(WSF_LIST)->value;
}
$type_prefix = "";
if ($is_list) {
$type_prefix = "array of ";
}
//resolving unions
$is_union = FALSE;
if ($param_attr->getNamedItem(WSF_UNION)) {
$is_union = $param_attr->getNamedItem(WSF_UNION)->value;
}
if ($is_union) {
$union_type_array = array();
$union_childs = $param_child->childNodes;
foreach ($union_childs as $union_child) {
if ($union_child->nodeName == "union") {
$union_type = $union_child->attributes->getNamedItem(WSF_TYPE)->value;
$union_type_array[] = $union_type;
}
}
$param_type = implode("/", $union_type_array);
}
if ($content_model == WSF_SIMPLE_CONTENT) {
// start writing class
if (!array_key_exists($ele_name, $written_classes) || !$written_classes[$ele_name]) {
$written_classes[$ele_name] = TRUE;
$code = $code . "class " . $ele_name . " {\n";
$derived_classes_code = "";
$code .= wsf_write_content_model($param_child, $child_array, $derived_classes_code);
$code = $code . "\n}\n\n";
$code .= $derived_classes_code;
}
if ($param_node->nodeName == WSF_PARAMS) {
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . " \$input = new {$ele_name}();\n //TODO: fill in the class fields of \$input to match your business logic\n";
$operations[$op_name][WSF_CLIENT] .= $in_header_objects[WSF_CLIENT];
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . " // TODO: fill in the business logic\n // NOTE: \$input is of type {$ele_name}\n";
$operations[$op_name][WSF_SERVICE] .= $in_header_objects[WSF_SERVICE];
}
if ($param_node->nodeName == WSF_RETURNS) {
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . "\n // call the operation\n \$response = \$proxy->" . $op_node->attributes->getNamedItem('name')->value . "(\$input{$header_function_call});\n //TODO: Implement business logic to consume \$response, which is of type {$ele_name}\n";
$operations[$op_name][WSF_CLIENT] .= $out_header_objects[WSF_CLIENT];
$operations[$op_name][WSF_SERVICE] .= $out_header_objects[WSF_SERVICE];
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . " // NOTE: should return an object of type {$ele_name}\n";
}
} else {
// prepare the demo code that the user could use for testing client.
// shows how to create the input and receive the response
if ($param_node->nodeName == WSF_PARAMS) {
$simple_type_comment = wsf_comment_on_simple_type_wrapper($param_child, "\$input", $param_type);
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . " //TODO: fill \$input with (data type: {$type_prefix}{$param_type}) data to match your business logic\n";
if ($param_child->getAttribute("simple") == "yes") {
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . $simple_type_comment . "\n";
}
$operations[$op_name][WSF_CLIENT] .= $in_header_objects[WSF_CLIENT];
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . " // TODO: fill in the business logic\n // NOTE: \$input is of type {$type_prefix}{$param_type}\n";
if ($param_child->getAttribute("simple") == "yes") {
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . $simple_type_comment . "\n";
}
$operations[$op_name][WSF_SERVICE] .= $in_header_objects[WSF_SERVICE];
}
if ($param_node->nodeName == WSF_RETURNS) {
$simple_type_comment = wsf_comment_on_simple_type_wrapper($param_child, "output ", $param_type);
$operations[$op_name][WSF_CLIENT] = $operations[$op_name][WSF_CLIENT] . "\n // call the operation\n \$response = \$proxy->" . $op_node->attributes->getNamedItem('name')->value . "(\$input{$header_function_call});\n //TODO: Implement business logic to consume \$response, which is of type {$type_prefix}{$param_type}\n";
$operations[$op_name][WSF_CLIENT] .= $out_header_objects[WSF_CLIENT];
$operations[$op_name][WSF_SERVICE] .= $out_header_objects[WSF_SERVICE];
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . " // NOTE: should return an object of (type: {$type_prefix}{$param_type})\n";
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . $simple_type_comment . "\n";
}
}
}
}
}
}
}
} else {
if ($op_child->nodeName == WSF_W2P_BINDING_DETAILS) {
/* action is default to wsa waction */
$action = $op_child->getAttribute('wsawaction');
if ($action == NULL) {
$action = $op_child->getAttribute('soapaction');
}
if ($action != NULL) {
/* we feeding the actions to the global variable */
if ($actions == NULL) {
$actions = array();
}
$actions[$action] = $op_name;
}
}
}
}
$operations[$op_name][WSF_SERVICE] = $operations[$op_name][WSF_SERVICE] . "\n}\n\n";
}
return $code;
}
/**
* This function is called from call_user_function in C level.
* Once this function is called, it will fill in the WSDL information,
* such as sig model, and the wsdl string
* into an array and return that array.
* @param array $user_parameters the details of WSDL endpoint, service address
* and class map
* @param array $function_parameters details of the invoked function
* @return array $return_value array of details to be passed to C level
*/
function wsf_extract_wsdl_info($wsdata)
{
require_once 'dynamic_invocation/wsf_wsdl_consts.php';
require_once 'dynamic_invocation/wsf_wsdl_util.php';
ws_log_write(__FILE__, __LINE__, WSF_LOG_DEBUG, "calling for the wsdl info");
$user_parameters = $wsdata->WSDL_UserParameters;
$is_wsdl_11 = TRUE;
$wsdl_11_dom = NULL;
/** https client auth */
$cacert = NULL;
$clientcert = NULL;
$passphrase = NULL;
$stream_ctx = NULL;
/** wsf_get_wsdl_function using an stream context object */
if (!is_null($cacert) && !is_null($clientcert)) {
$stream_ctx = stream_context_create(array("ssl" => array('cafile' => $cacert, 'local_cert' => $clientcert, 'verify_peer' => false)));
}
$return_value = array();
/* retrieving the user parameters */
$service = NULL;
$port = NULL;
if (array_key_exists(WSF_SERVICE_NAME, $user_parameters)) {
$service = $user_parameters[WSF_SERVICE_NAME];
}
if (array_key_exists(WSF_PORT_NAME, $user_parameters)) {
$port = $user_parameters[WSF_PORT_NAME];
}
$wsdl_location = $user_parameters[WSF_WSDL];
$wsdl_dom = new DomDocument();
$sig_model_dom = new DOMDocument();
$sig_model_dom->preserveWhiteSpace = FALSE;
$wsdl_dom->preserveWhiteSpace = FALSE;
if (!$wsdl_location) {
ws_log_write(__FILE__, __LINE__, WSF_LOG_ERROR, "WSDL location uri is not found");
return "WSDL location uri is not found";
}
$is_multiple_interfaces = FALSE;
// Load WSDL as DOM
$wsdl_str = wsf_get_wsdl_str_from_url($wsdl_location, $user_parameters);
if (is_null($wsdl_str)) {
ws_log_write(__FILE__, __LINE__, WSF_LOG_ERROR, "Reading WSDL from {$wsdl_location} failed ");
return "Reading WSDL from {$wsdl_location} failed.";
}
if (!$wsdl_dom->loadXML($wsdl_str)) {
ws_log_write(__FILE__, __LINE__, WSF_LOG_ERROR, "WSDL {$wsdl_location} could not be loaded");
return "WSDL {$wsdl_location} could not be loaded.";
}
$wsdl_dom->preserveWhiteSpace = FALSE;
/* changing code for processing mutiple port types in wsdl 1.1 */
$is_multiple_interfaces = wsf_is_mutiple_port_types($wsdl_dom);
if ($is_multiple_interfaces == FALSE) {
// this will return the wsdl2.0 dom and the information
// about is_wsdl_11 and wsdl_11_dom + bundles the imports, includes
$wsdl_dom = wsf_get_wsdl_dom($wsdl_dom, $wsdl_location, $is_wsdl_11, $wsdl_11_dom, $stream_ctx);
if (!$wsdl_dom) {
ws_log_write(__FILE__, __LINE__, WSF_LOG_ERROR, "Error creating WSDL Dom Document," . "Please check whether the wsdl is an valid XML");
return "Error creating WSDL Dom Document" . "Please check whether the wsdl is an valid XML";
}
$sig_model_dom = wsf_get_sig_model_dom($wsdl_dom);
} else {
// this will return the wsdl2.0 dom and the information
// about is_wsdl_11 and wsdl_11_dom + bundles the imports, includes
$wsdl_dom = wsf_get_wsdl_dom($wsdl_dom, $wsdl_location, $is_wsdl_11, $wsdl_11_dom, $stream_ctx);
$sig_model_dom = wsf_process_multiple_interfaces($wsdl_dom);
}
if (!$sig_model_dom) {
ws_log_write(__FILE__, __LINE__, WSF_LOG_ERROR, "Error creating intermediate sig model");
return "Error creating intermediate model";
}
$sig_model_string = $sig_model_dom->saveXML();
if ($is_wsdl_11 == TRUE && $wsdl_11_dom) {
$wsdl_dom = $wsdl_11_dom;
}
$wsdl_dom_string = $wsdl_dom->saveXML();
$return_value = array(WSF_IS_WSDL_11 => $is_wsdl_11, WSF_SIG_MODEL_STRING => $sig_model_string, WSF_WSDL_DOM => $wsdl_dom_string, WSF_IS_MULTI_INTERFACES => $is_multiple_interfaces);
return $return_value;
}