private void createMessage(String paramName, Object value, XmlElement inputMsgElem)
throws ComponentRegistryException {
XmlElement paramsElem = builder.newFragment(this.requestNS, paramName);
if (value instanceof String) {
paramsElem.addChild(value);
} else if (value instanceof Collection) {
Collection list = (Collection) value;
Iterator arrayValues = list.iterator();
while (arrayValues.hasNext()) {
XmlElement item = builder.newFragment("value");
item.addChild(arrayValues.next());
paramsElem.addChild(item);
}
} else if (value instanceof ArrayList) {
Collection list = (Collection) value;
Iterator arrayValues = list.iterator();
while (arrayValues.hasNext()) {
XmlElement item = builder.newFragment("value");
item.addChild(arrayValues.next());
paramsElem.addChild(item);
}
} else if (value instanceof String[]) {
String[] list = (String[]) value;
for (int i = 0; i < list.length; i++) {
XmlElement item = builder.newFragment("value");
item.addChild(list[i]);
paramsElem.addChild(item);
}
} else {
throw new ComponentRegistryException(
"Simple WS Client can not handle the value of type " + value);
}
inputMsgElem.addElement(paramsElem);
}
/**
* @param wclient
* @param args
* @param opName
* @return The output
* @throws ComponentRegistryException
*/
public WSIFMessage sendSOAPMessage(WSIFClient wclient, Object[][] args, String opName)
throws ComponentRegistryException {
WSIFPort port = wclient.getPort();
WSIFOperation operation = port.createOperation(opName);
WSIFMessage outputMessage = operation.createOutputMessage();
WSIFMessage faultMessage = operation.createFaultMessage();
String messageName = operation.createInputMessage().getName();
XmlElement inputMsgElem = builder.newFragment(this.requestNS, messageName);
for (int i = 0; i < args.length; i++) {
createMessage((String) args[i][0], args[i][1], inputMsgElem);
}
WSIFMessageElement inputMessage = new WSIFMessageElement(inputMsgElem);
boolean success =
operation.executeRequestResponseOperation(inputMessage, outputMessage, faultMessage);
if (success) {
logger.debug("" + outputMessage);
return outputMessage;
} else {
throw new ComponentRegistryException("Excpetion at server " + faultMessage);
}
}
public XmlElement processMessage(XmlElement message) {
// System.err.println(getClass().getName()+
logger.finest("received message " + builder.serializeToString(message));
final XmlElement response; // send no repsonse - one way
try {
response = (XmlElement) message.clone();
} catch (CloneNotSupportedException e) {
throw new XsulException("internal error", e);
}
int value = Integer.parseInt(message.requiredTextContent());
response.setName(message.getName() + "Response");
response.replaceChildrenWithText(Integer.toString(value + 1));
return response;
}
public XmlElement generateSoapFault(
XmlNamespace faultCodeValueNs,
String faultCodeValueName,
String reasonTextEnglish,
Throwable ex)
throws XsulException {
XmlElement faultEl = builder.newFragment(SOAP11_NS, "Fault");
if (!NS_URI_SOAP11.equals(faultCodeValueNs.getNamespaceName())) {
faultEl.declareNamespace("n", faultCodeValueNs.getNamespaceName());
}
XmlElement faultCodeEl = faultEl.addElement("faultcode");
faultCodeEl.addChild(
new QNameElText(faultCodeEl, faultCodeValueNs.getNamespaceName(), faultCodeValueName));
if (reasonTextEnglish == null) reasonTextEnglish = "{null}";
faultEl.addElement("faultstring").addChild(reasonTextEnglish);
XmlElement detail = faultEl.addElement("detail");
if (ex != null) {
final XmlNamespace axisNs = faultEl.newNamespace("n", "http://xml.apache.org/axis/");
String msg = ex.getMessage();
if (msg != null) {
XmlElement exName = detail.addElement(axisNs, "exceptionName");
exName.declareNamespace(axisNs);
exName.addChild(msg);
}
XmlElement stackTrace = detail.addElement(axisNs, "stackTrace");
stackTrace.declareNamespace(axisNs);
StringWriter sw = new StringWriter();
ex.printStackTrace(new PrintWriter(sw));
stackTrace.addChild(sw.toString());
}
return faultEl;
// XmlDocument envelope = wrapBodyContent(faultEl);
// // resolve prefix to use in fault code (it MUST be done after SOAP:Envelope is
// constructed!
// XmlNamespace ns = faultCodeEl.lookupNamespaceByName(faultCodeNs);
// if(ns == null || ns.getPrefix() == null) {
// // declare prefix if does nto exist
// final XmlNamespace faultNs = builder.newNamespace("ns", faultCodeNs);
// ns = faultCodeEl.declareNamespace(faultNs);
// }
// String faultcode = ns.getPrefix() + ':' + faultCodeName;
// faultCodeEl.addChild(faultcode);
// return envelope;
}
public XmlDocument wrapBodyContent(XmlElement bodyContent) throws XsulException {
if (bodyContent == null) {
return null;
}
if (bodyContent.getParent() != null) {
XmlContainer top = bodyContent.getRoot();
if (top instanceof XmlDocument) {
return (XmlDocument) top;
}
}
XmlDocument doc = builder.newDocument();
final XmlNamespace soapNs = builder.newNamespace("S", NS_URI_SOAP11);
XmlElement envelope = doc.addDocumentElement(soapNs, ELEM_ENVELOPE);
envelope.declareNamespace(soapNs);
// declare prefixes for some common namespaces
envelope.declareNamespace(XmlConstants.XS_NS);
envelope.declareNamespace(XmlConstants.XSI_NS);
XmlElement body = envelope.addElement(soapNs, "Body");
body.addElement(bodyContent);
return doc;
}
/**
* Check, parse, verify the <code>req</code>. Attribute a client thread to serve the client.
*
* @see xsul.http_server.HttpMiniServlet#service(xsul.http_server.HttpServerRequest,
* xsul.http_server.HttpServerResponse)
*/
public void service(HttpServerRequest req, HttpServerResponse resp) throws HttpServerException {
// Thread allocation for the new client
try {
XmlElement el = builder.parseFragmentFromInputStream(req.getInputStream());
// FIXME XmlElement el =
// builder.parseFragmentFromInputStream(req.getInputStream(),
// req.getCharset());
SoapUtil soapUtil = SoapUtil.selectSoapFragrance(el, soapFragrances);
String path = req.getPath();
// Path Treatment to get arguments
String arguments = null;
if (path != null) {
// Analysiing path
if (path.startsWith("/")) {
path = path.substring(1);
}
String method = req.getMethod();
if (method.equals("GET")) {
// Remove arguments from path
int argStart = path.indexOf('?');
if (argStart != -1) {
// There are some arguments
arguments = path.substring(argStart, path.length());
path = path.replaceAll("\\?.*", "");
}
}
}
ClientConnection client = new ClientConnection(path, arguments, el, soapUtil);
pool.execute(
client); // NOTE: pool will now "execute" client (the sentence may be delayed ...)
// Successful HTTP message transmission
// Send Ok to the client
this.sendHttpOk(resp);
} catch (Exception e) {
SendError.send(resp, "500", "Thread Interrupted Exception");
logger.warning("Couldn't allocate a thread to the client", e);
}
}
public XmlDocument processSoapEnvelope(XmlElement envelope, final SoapUtil soapFragrance) {
// concert envelope to String
// System.err.println(getClass().getName()+" received envelope="
// +builder.serializeToString(envelope));
logger.finest("received envelope=" + builder.serializeToString(envelope));
// this XML string could be convertedto DOM ot whatever API one preferes (like JDOM, DOM4J, ...)
// XmlElement soapHeader = envelope.element(null, XmlConstants.S_HEADER_EL);
// if(soapHeader == null) {
// throw new XsulException("SOAP message must have headers");
// }
final WsaMessageInformationHeaders wsah = new WsaMessageInformationHeaders(envelope);
// System.err.println(getClass().getName()+" message destinaiton="+wsah.getTo());
String location = getServer().getLocation();
// assertEquals(location, wsah.getTo().toString());
if (!location.equals(wsah.getTo().toString())) {
throw new IllegalStateException();
}
final XmlElement message = soapFragrance.requiredBodyContent(envelope);
final XmlElement responseMessage = processMessage(message);
// TODO: fire new thread to send response if replyTo is to not use current HTTP connection
if (wsah.getReplyTo() != null) {
// if(wsah.getReplyTo().getAddress().equals(WsAddressing.URI_ROLE_ANONYMOUS)) {
if (false == WsaUtil.isAsyncReplyRequired(envelope)) {
// to send back response wrapped in SOAP envelope
return soapFragrance.wrapBodyContent(responseMessage);
} else {
Runnable r =
new Runnable() {
public void run() {
try {
XmlDocument responseEnvelope = soapFragrance.wrapBodyContent(responseMessage);
// now we need to add all WSA headers etc ...
WsaMessageInformationHeaders responseHeaders =
new WsaMessageInformationHeaders(responseEnvelope);
responseHeaders.explodeEndpointReference(wsah.getReplyTo());
URI messageId = wsah.getMessageId();
if (messageId != null) {
responseHeaders.addRelatesTo(new WsaRelatesTo(wsah.getMessageId()));
}
WsaInvoker invoker = new WsaInvoker();
invoker.setDefaultAction(URI.create(MESSAGE_URI + "Response"));
invoker.sendXml(responseEnvelope);
} catch (Exception e) {
logger.finest("could not send response to " + wsah.getReplyTo(), e);
}
}
};
// LATER: use Executor
new Thread(r).start();
// no response sent - actual response will be sent later over new connection
return null;
}
} else {
// no response needed
return null;
}
}
/**
* Tests simple interaction with WS-MsgBox.
*
* @version $Revision: 1.6 $
* @author <a href="http://www.extreme.indiana.edu/~aslom/">Aleksander Slominski</a>
*/
public class AddOneService extends SoapHttpDynamicInfosetProcessor {
private static final MLogger logger = MLogger.getLogger();
private static final XmlInfosetBuilder builder = XmlConstants.BUILDER;
static final String MESSAGE_URI = "http://example.com/AddOne";
private static final XmlNamespace MESSAGE_URI_NS = builder.newNamespace(MESSAGE_URI);
public static void main(String[] args) {}
public AddOneService() {}
public XmlDocument processSoapEnvelope(XmlElement envelope, final SoapUtil soapFragrance) {
// concert envelope to String
// System.err.println(getClass().getName()+" received envelope="
// +builder.serializeToString(envelope));
logger.finest("received envelope=" + builder.serializeToString(envelope));
// this XML string could be convertedto DOM ot whatever API one preferes (like JDOM, DOM4J, ...)
// XmlElement soapHeader = envelope.element(null, XmlConstants.S_HEADER_EL);
// if(soapHeader == null) {
// throw new XsulException("SOAP message must have headers");
// }
final WsaMessageInformationHeaders wsah = new WsaMessageInformationHeaders(envelope);
// System.err.println(getClass().getName()+" message destinaiton="+wsah.getTo());
String location = getServer().getLocation();
// assertEquals(location, wsah.getTo().toString());
if (!location.equals(wsah.getTo().toString())) {
throw new IllegalStateException();
}
final XmlElement message = soapFragrance.requiredBodyContent(envelope);
final XmlElement responseMessage = processMessage(message);
// TODO: fire new thread to send response if replyTo is to not use current HTTP connection
if (wsah.getReplyTo() != null) {
// if(wsah.getReplyTo().getAddress().equals(WsAddressing.URI_ROLE_ANONYMOUS)) {
if (false == WsaUtil.isAsyncReplyRequired(envelope)) {
// to send back response wrapped in SOAP envelope
return soapFragrance.wrapBodyContent(responseMessage);
} else {
Runnable r =
new Runnable() {
public void run() {
try {
XmlDocument responseEnvelope = soapFragrance.wrapBodyContent(responseMessage);
// now we need to add all WSA headers etc ...
WsaMessageInformationHeaders responseHeaders =
new WsaMessageInformationHeaders(responseEnvelope);
responseHeaders.explodeEndpointReference(wsah.getReplyTo());
URI messageId = wsah.getMessageId();
if (messageId != null) {
responseHeaders.addRelatesTo(new WsaRelatesTo(wsah.getMessageId()));
}
WsaInvoker invoker = new WsaInvoker();
invoker.setDefaultAction(URI.create(MESSAGE_URI + "Response"));
invoker.sendXml(responseEnvelope);
} catch (Exception e) {
logger.finest("could not send response to " + wsah.getReplyTo(), e);
}
}
};
// LATER: use Executor
new Thread(r).start();
// no response sent - actual response will be sent later over new connection
return null;
}
} else {
// no response needed
return null;
}
}
public XmlElement processMessage(XmlElement message) {
// System.err.println(getClass().getName()+
logger.finest("received message " + builder.serializeToString(message));
final XmlElement response; // send no repsonse - one way
try {
response = (XmlElement) message.clone();
} catch (CloneNotSupportedException e) {
throw new XsulException("internal error", e);
}
int value = Integer.parseInt(message.requiredTextContent());
response.setName(message.getName() + "Response");
response.replaceChildrenWithText(Integer.toString(value + 1));
return response;
}
}
/**
* SOAP 1.1 envelope manipulations utility methods.
*
* @version $Revision: 1.14 $
* @author <a href="http://www.extreme.indiana.edu/~aslom/">Aleksander Slominski</a>
*/
public class Soap11Util extends SoapUtil {
private static final XmlInfosetBuilder builder = XmlConstants.BUILDER;
public static final String SOAP11_ENC_PREFIX = "SOAP-ENC";
public static final String NS_URI_SOAP11 = XmlConstants.NS_URI_SOAP11;
public static final String SOAP11_NEXT_ACTOR = "http://schemas.xmlsoap.org/soap/actor/next";
public static final XmlNamespace SOAP11_NS = XmlConstants.SOAP11_NS;
public static final XmlNamespace SOAP11_ENC_NS =
builder.newNamespace(SOAP11_ENC_PREFIX, "http://schemas.xmlsoap.org/soap/encoding/");
public static final String ELEM_ENVELOPE = XmlConstants.S_ENVELOPE;
public static final String ELEM_HEADER = XmlConstants.S_HEADER;
public static final String ELEM_BODY = XmlConstants.S_BODY;
public static final String ATTR_MUST_UNDERSTAND = "mustUnderstand";
public static final String ATTR_ACTOR = "actor";
public static final String ATTR_ROLE = "role";
private static final Soap11Util instance = new Soap11Util();
Soap11Util() {}
public static Soap11Util getInstance() {
return instance;
}
public String getSoapVersion() {
return "1.1";
}
public boolean isSoapEnvelopeSupported(XmlElement root) {
if (NS_URI_SOAP11.equals(root.getNamespace().getNamespaceName())
&& ELEM_ENVELOPE.equals(root.getName())) {
return true;
} else {
return false;
}
}
public XmlDocument wrapBodyContent(XmlElement bodyContent) throws XsulException {
if (bodyContent == null) {
return null;
}
if (bodyContent.getParent() != null) {
XmlContainer top = bodyContent.getRoot();
if (top instanceof XmlDocument) {
return (XmlDocument) top;
}
}
XmlDocument doc = builder.newDocument();
final XmlNamespace soapNs = builder.newNamespace("S", NS_URI_SOAP11);
XmlElement envelope = doc.addDocumentElement(soapNs, ELEM_ENVELOPE);
envelope.declareNamespace(soapNs);
// declare prefixes for some common namespaces
envelope.declareNamespace(XmlConstants.XS_NS);
envelope.declareNamespace(XmlConstants.XSI_NS);
XmlElement body = envelope.addElement(soapNs, "Body");
body.addElement(bodyContent);
return doc;
}
public XmlElement generateSoapFault(
XmlNamespace faultCodeValueNs,
String faultCodeValueName,
String reasonTextEnglish,
Throwable ex)
throws XsulException {
XmlElement faultEl = builder.newFragment(SOAP11_NS, "Fault");
if (!NS_URI_SOAP11.equals(faultCodeValueNs.getNamespaceName())) {
faultEl.declareNamespace("n", faultCodeValueNs.getNamespaceName());
}
XmlElement faultCodeEl = faultEl.addElement("faultcode");
faultCodeEl.addChild(
new QNameElText(faultCodeEl, faultCodeValueNs.getNamespaceName(), faultCodeValueName));
if (reasonTextEnglish == null) reasonTextEnglish = "{null}";
faultEl.addElement("faultstring").addChild(reasonTextEnglish);
XmlElement detail = faultEl.addElement("detail");
if (ex != null) {
final XmlNamespace axisNs = faultEl.newNamespace("n", "http://xml.apache.org/axis/");
String msg = ex.getMessage();
if (msg != null) {
XmlElement exName = detail.addElement(axisNs, "exceptionName");
exName.declareNamespace(axisNs);
exName.addChild(msg);
}
XmlElement stackTrace = detail.addElement(axisNs, "stackTrace");
stackTrace.declareNamespace(axisNs);
StringWriter sw = new StringWriter();
ex.printStackTrace(new PrintWriter(sw));
stackTrace.addChild(sw.toString());
}
return faultEl;
// XmlDocument envelope = wrapBodyContent(faultEl);
// // resolve prefix to use in fault code (it MUST be done after SOAP:Envelope is
// constructed!
// XmlNamespace ns = faultCodeEl.lookupNamespaceByName(faultCodeNs);
// if(ns == null || ns.getPrefix() == null) {
// // declare prefix if does nto exist
// final XmlNamespace faultNs = builder.newNamespace("ns", faultCodeNs);
// ns = faultCodeEl.declareNamespace(faultNs);
// }
// String faultcode = ns.getPrefix() + ':' + faultCodeName;
// faultCodeEl.addChild(faultcode);
// return envelope;
}
public XmlElement generateSoapClientFault(String reasonTextEnglish, Throwable ex)
throws XsulException {
return generateSoapFault(SOAP11_NS, "Client", reasonTextEnglish, ex);
}
public XmlElement generateSoapServerFault(String reasonTextEnglish, Throwable ex)
throws XsulException {
return generateSoapFault(SOAP11_NS, "Server", reasonTextEnglish, ex);
}
public XmlElement requiredBodyContent(XmlDocument respDoc) throws XsulException {
// check if response has Envelope/Body
XmlElement root = respDoc.getDocumentElement();
return requiredBodyContent(root);
}
public XmlElement requiredBodyContent(XmlElement root) throws XsulException {
if (!NS_URI_SOAP11.equals(root.getNamespaceName())) {
throw new XsulException("expected SOAP 1.1 Envelope not " + root);
}
if (!ELEM_ENVELOPE.equals(root.getName())) {
throw new XsulException(
"expected top level SOAP 1.1 element name to be Envelope not " + root);
}
XmlElement body = root.findElementByName(NS_URI_SOAP11, "Body");
if (body == null) {
throw new XsulException("missing required Body element in SOAP 1.1 Envelope" + root);
}
// TODO get first non ignorable child element
// add XPath to make it easier
if (!body.hasChildren()) {
throw new XsulException(
"SOAP message must have body " // FIXME //TODO //ALEK throw new SoapClientFault
+ "- got "
+ XsulUtil.safeXmlToString(root));
}
XmlElement content = (XmlElement) body.requiredElementContent().iterator().next();
return content;
}
// public XmlElement findBodyContent(XmlElement message, boolean rpc) {
// Util.removeIgnorableSpace(message);
//
// if (NS_URI_SOAP11.equals(message.getNamespace().getNamespaceName())) {
// if ("Envelope".equals(message.getName())) {
// XmlElement envelope = message;
//
// XmlElement body = envelope.findElementByName(NS_URI_SOAP11, "Body");
//
// if (body != null) {
// XmlElement payload = (XmlElement) body.children().next();
// if (rpc) {
// return (XmlElement) payload.children().next();
// }
// return payload;
// } else
// //todo: process faults nicely
// return envelope;
// }
// }
//
// return message;
// }
// /**
// * Wrap XML message (this should be XmlElement correspondingto WSDL 1.1 message with parts)
// * inside SOAP 1.1 Body and return whole SOAP 1.1 Envelope as XML document.
// * If operation name is not null RPC style is assumend and message is element
// * name is changed to operationName (and provided namespace if notn null).
// * If operation name is null the first message child is extracted and put directly
// * into SOAP Bpody elment. In this case if message must have exactly onechild
// * or exception is thrown.
// */
// public XmlDocument wrapMessageContent(XmlElement message,
// String operationNamespace,
// String operationName)
// throws XsulException
// {
// try {
// if (operationName != null) {
// //logger.info("adding rpc style operation name and namespace");
// message.setName(operationName); //operation.getLocalPart());
// //String operationNamespace = operation.getNamespaceURI();
// //XmlNamespace ns = null;
// //if (!("".equals(operationNamespace))) {
// // ns = message.lookupNamespaceByName(operationNamespace);
// // ns = message.declareNamespace("ns0", operationNamespace);
// //}
//
// //deep-set of ns
// //setNs(message, null);
// if(operationNamespace != null) {
// message.setNamespace(message.newNamespace(operationNamespace));
// }
// //result = message;
// } else {
// // extract the ony one parameter as described in doc/lit binding
// Iterator c = message.children();
// Object child = c.next();
// if(c.hasNext()) {
// throw new IllegalArgumentException("expected only one part in message for
// doc/lit");
// }
// if(child instanceof XmlElement) {
// message = (XmlElement) child;
// message.setParent(null);
// } else {
// throw new IllegalArgumentException(
// "illegal state: message part expected to be element not "+child);
// }
// }
//
// XmlDocument envelope = wrapBodyContent(message);
// return envelope;
// //return wrapBodyContent(message);
// } catch(XmlBuilderException e) {
// throw new XsulException("could not create SOAP 1.1 envelope", e);
// }
// }
//
}