List of usage examples for javax.xml.namespace QName equals
public final boolean equals(Object objectToTest)
Test this QName for equality with another Object.
If the Object to be tested is not a QName or is null, then this method returns false.
Two QNames are considered equal if and only if both the Namespace URI and local part are equal.
From source file:org.apache.ode.bpel.elang.xpath10.runtime.JaxenContexts.java
/** * @see org.jaxen.FunctionContext#getFunction(java.lang.String, * java.lang.String, java.lang.String) *//*from w ww . j a va 2 s . c o m*/ public Function getFunction(String namespaceURI, String prefix, String localName) throws UnresolvableException { if (__log.isDebugEnabled()) { __log.debug("getFunction(" + namespaceURI + "," + prefix + "," + localName); } if ((namespaceURI != null)) { QName fnQName = new QName(namespaceURI, localName); if (fnQName.equals(_oxpath.qname_getVariableProperty)) return _getVariableProperty; if (fnQName.equals(_oxpath.qname_getVariableData)) return _getVariableData; if (fnQName.equals(_oxpath.qname_getLinkStatus)) return _getLinkStatus; if (_oxpath instanceof OXPath10ExpressionBPEL20) { OXPath10ExpressionBPEL20 oxpath20 = (OXPath10ExpressionBPEL20) _oxpath; if (fnQName.equals(oxpath20.qname_doXslTransform)) { return _doXslTransform; } } Function f = (Function) _extensionFunctions.get(localName); if (f != null) { return f; } } // Defer to the default XPath context. return __defaultXPathFunctions.getFunction(null, prefix, localName); }
From source file:org.apache.ode.bpel.engine.BpelProcess.java
public ReplacementMap getReplacementMap(QName processName) { try {/*from ww w .ja v a 2 s. c om*/ _hydrationLatch.latch(1); if (processName.equals(_pid)) return _replacementMap; else try { // We're asked for an older version of this process, fetching it OProcess oprocess = _engine.getOProcess(processName); if (oprocess == null) { String errmsg = "The process " + _pid + " is not available anymore."; __log.error(errmsg); throw new InvalidProcessException(errmsg, InvalidProcessException.RETIRED_CAUSE_CODE); } // Older versions may ventually need more expression languages registerExprLang(oprocess); return new ReplacementMapImpl(oprocess); } catch (Exception e) { String errmsg = "The process " + _pid + " is not available anymore."; __log.error(errmsg, e); throw new InvalidProcessException(errmsg, InvalidProcessException.RETIRED_CAUSE_CODE); } } finally { _hydrationLatch.release(1); } }
From source file:org.apache.ode.bpel.epr.EndpointFactory.java
/** * Convert an EPR element into another EPR using the provided target type. * The target type is actually the qualified name of the root element for * the target EPR (i.e wsa:MutableEndpoint, wsdl:service) or null to convert * to a simple URL.// www .j a v a 2s . c o m * * @param targetElmtType * QName to convert to * @param sourceEndpoint * @return the converted MutableEndpoint */ public static MutableEndpoint convert(QName targetElmtType, Element sourceEndpoint) { MutableEndpoint targetEpr; MutableEndpoint sourceEpr = EndpointFactory.createEndpoint(sourceEndpoint); Map transfoMap = sourceEpr.toMap(); if (targetElmtType == null) { targetEpr = new URLEndpoint(); } else if (targetElmtType.equals(EndpointFactory.WSDL20_ELMT_QNAME)) { targetEpr = new WSDL20Endpoint(); } else if (targetElmtType.equals(EndpointFactory.WSDL11_ELMT_QNAME)) { targetEpr = new WSDL11Endpoint(); } else if (targetElmtType.equals(EndpointFactory.WSA_ELMT_QNAME)) { targetEpr = new WSAEndpoint(); } else if (targetElmtType.equals(EndpointFactory.SOAP_ADDR_ELMT_QNAME)) { targetEpr = new URLEndpoint(); } else { // When everything fails, shooting for the most simple EPR format targetEpr = new URLEndpoint(); } targetEpr.fromMap(transfoMap); if (__log.isDebugEnabled()) { __log.debug("Converted endpoint to type " + targetElmtType); __log.debug("Source endpoint " + DOMUtils.domToString(sourceEndpoint)); __log.debug("Destination endpoint " + DOMUtils.domToString(targetEpr.toXML())); } return targetEpr; }
From source file:org.apache.ode.bpel.rtrep.v1.PICK.java
@SuppressWarnings("unchecked") private void initVariable(String mexId, OPickReceive.OnMessage onMessage) { // This is allowed, if there is no parts in the message for example. if (onMessage.variable == null) return;//from w w w . j a v a2 s. co m Element msgEl; try { // At this point, not being able to get the request is most probably // a mex that hasn't properly replied to (process issue). msgEl = getBpelRuntime().getMyRequest(mexId); } catch (BpelEngineException e) { __log.error("The message exchange seems to be in an unconsistent state, you're " + "probably missing a reply on a request/response interaction."); _self.parent.failure(e.toString(), null); return; } Collection<String> partNames = (Collection<String>) onMessage.operation.getInput().getMessage().getParts() .keySet(); // Let's do some sanity checks here so that we don't get weird errors in assignment later. // The engine should have checked to make sure that the messages that are delivered conform // to the correct format; but you know what they say, don't trust anyone. if (!(onMessage.variable.type instanceof OMessageVarType)) { String errmsg = "Non-message variable for receive: should have been picked up by static analysis."; __log.fatal(errmsg); throw new InvalidProcessException(errmsg); } OMessageVarType vartype = (OMessageVarType) onMessage.variable.type; // Check that each part contains what we expect. for (String pName : partNames) { QName partName = new QName(null, pName); Element msgPart = DOMUtils.findChildByName(msgEl, partName); Part part = vartype.parts.get(pName); if (part == null) { String errmsg = "Inconsistent WSDL, part " + pName + " not found in message type " + vartype.messageType; __log.fatal(errmsg); throw new InvalidProcessException(errmsg); } if (msgPart == null) { String errmsg = "Message missing part: " + pName; __log.fatal(errmsg); throw new InvalidContextException(errmsg); } if (part.type instanceof OElementVarType) { OElementVarType ptype = (OElementVarType) part.type; Element e = DOMUtils.getFirstChildElement(msgPart); if (e == null) { String errmsg = "Message (element) part " + pName + " did not contain child element."; __log.fatal(errmsg); throw new InvalidContextException(errmsg); } QName qn = new QName(e.getNamespaceURI(), e.getLocalName()); if (!qn.equals(ptype.elementType)) { String errmsg = "Message (element) part " + pName + " did not contain correct child element: expected " + ptype.elementType + " but got " + qn; __log.fatal(errmsg); throw new InvalidContextException(errmsg); } } } VariableInstance vinst = _scopeFrame.resolve(onMessage.variable); try { initializeVariable(vinst, msgEl); } catch (ExternalVariableModuleException e) { __log.error("Exception while initializing external variable", e); _self.parent.failure(e.toString(), null); return; } // Generating event VariableModificationEvent se = new VariableModificationEvent(vinst.declaration.name); se.setNewValue(msgEl); if (_opick.debugInfo != null) se.setLineNo(_opick.debugInfo.startLine); sendEvent(se); }
From source file:org.apache.ode.bpel.rtrep.v1.SCOPE.java
private static OCatch findCatch(OFaultHandler fh, QName faultName, OVarType faultType) { OCatch bestMatch = null;//from ww w .j a v a 2 s .c o m for (OCatch c : fh.catchBlocks) { // First we try to eliminate this catch block based on fault-name mismatches: if (c.faultName != null) { if (faultName == null) continue; if (!faultName.equals(c.faultName)) continue; } // Then we try to eliminate this catch based on type incompatibility: if (c.faultVariable != null) { if (faultType == null) continue; else if (c.faultVariable.type instanceof OMessageVarType) { if (faultType instanceof OMessageVarType && ((OMessageVarType) faultType).equals(c.faultVariable.type)) { // Don't eliminate. } else if (faultType instanceof OElementVarType && ((OMessageVarType) c.faultVariable.type).docLitType != null && !((OMessageVarType) c.faultVariable.type).docLitType.equals(faultType)) { // Don't eliminate. } else { continue; // Eliminate. } } else if (c.faultVariable.type instanceof OElementVarType) { if (faultType instanceof OElementVarType && faultType.equals(c.faultVariable.type)) { // Don't eliminate } else if (faultType instanceof OMessageVarType && ((OMessageVarType) faultType).docLitType != null && ((OMessageVarType) faultType).docLitType.equals(c.faultVariable.type)) { // Don't eliminate } else { continue; // eliminate } } else { continue; // Eliminate } } // If we got to this point we did not eliminate this catch block. However, we don't just // use the first non-eliminated catch, we instead try to find the best match. if (bestMatch == null) { // Obviously something is better then nothing. bestMatch = c; } else { // Otherwise we prefer name and variable matches but prefer name-only matches to // variable-only matches. int existingScore = (bestMatch.faultName == null ? 0 : 2) + (bestMatch.faultVariable == null ? 0 : 1); int currentScore = (c.faultName == null ? 0 : 2) + (c.faultVariable == null ? 0 : 1); if (currentScore > existingScore) { bestMatch = c; } } } return bestMatch; }
From source file:org.apache.ode.bpel.rtrep.v2.PICK.java
@SuppressWarnings("unchecked") private void initVariable(String mexId, OPickReceive.OnMessage onMessage) { // This is allowed, if there is no parts in the message for example. if (onMessage.variable == null) return;/*from w w w.j a v a 2s .co m*/ Element msgEl; try { // At this point, not being able to get the request is most probably // a mex that hasn't properly replied to (process issue). msgEl = getBpelRuntime().getMyRequest(mexId); } catch (BpelEngineException e) { __log.error("The message exchange seems to be in an unconsistent state, you're " + "probably missing a reply on a request/response interaction."); _self.parent.failure(e.toString(), null); return; } Collection<String> partNames = (Collection<String>) onMessage.operation.getInput().getMessage().getParts() .keySet(); // Let's do some sanity checks here so that we don't get weird errors in assignment later. // The engine should have checked to make sure that the messages that are delivered conform // to the correct format; but you know what they say, don't trust anyone. if (!(onMessage.variable.type instanceof OMessageVarType)) { String errmsg = "Non-message variable for receive: should have been picked up by static analysis."; __log.fatal(errmsg); throw new InvalidProcessException(errmsg); } OMessageVarType vartype = (OMessageVarType) onMessage.variable.type; // Check that each part contains what we expect. for (String pName : partNames) { QName partName = new QName(null, pName); Element msgPart = DOMUtils.findChildByName(msgEl, partName); OMessageVarType.Part part = vartype.parts.get(pName); if (part == null) { String errmsg = "Inconsistent WSDL, part " + pName + " not found in message type " + vartype.messageType; __log.fatal(errmsg); throw new InvalidProcessException(errmsg); } if (msgPart == null) { String errmsg = "Message missing part: " + pName; __log.fatal(errmsg); throw new InvalidContextException(errmsg); } if (part.type instanceof OElementVarType) { OElementVarType ptype = (OElementVarType) part.type; Element e = DOMUtils.getFirstChildElement(msgPart); if (e == null) { String errmsg = "Message (element) part " + pName + " did not contain child element."; __log.fatal(errmsg); throw new InvalidContextException(errmsg); } // Relaxing that check a bit for SimPEL if (!ptype.elementType.getLocalPart().equals("simpelWrapper")) { QName qn = new QName(e.getNamespaceURI(), e.getLocalName()); if (!qn.equals(ptype.elementType)) { String errmsg = "Message (element) part " + pName + " did not contain correct child element: expected " + ptype.elementType + " but got " + qn; __log.fatal(errmsg); throw new InvalidContextException(errmsg); } } } } VariableInstance vinst = _scopeFrame.resolve(onMessage.variable); try { initializeVariable(vinst, msgEl); } catch (ExternalVariableModuleException e) { __log.error("Exception while initializing external variable", e); _self.parent.failure(e.toString(), null); return; } // Generating event VariableModificationEvent se = new VariableModificationEvent(vinst.declaration.name); se.setNewValue(msgEl); if (_opick.debugInfo != null) se.setLineNo(_opick.debugInfo.startLine); sendEvent(se); }
From source file:org.apache.ode.bpel.rtrep.v2.SCOPE.java
private static OCatch findCatch(OFaultHandler fh, QName faultName, OVarType faultType) { OCatch bestMatch = null;/*from w ww . ja v a 2 s . co m*/ for (OCatch c : fh.catchBlocks) { // First we try to eliminate this catch block based on fault-name mismatches: if (c.faultName != null) { if (faultName == null) continue; if (!faultName.equals(c.faultName)) continue; } // Then we try to eliminate this catch based on type incompatibility: if (c.faultVariable != null) { if (faultType == null) continue; else if (c.faultVariable.type instanceof OMessageVarType) { if (faultType instanceof OMessageVarType && faultType.equals(c.faultVariable.type)) { // Don't eliminate. } else if (faultType instanceof OElementVarType && ((OMessageVarType) c.faultVariable.type).docLitType != null && !((OMessageVarType) c.faultVariable.type).docLitType.equals(faultType)) { // Don't eliminate. } else { continue; // Eliminate. } } else if (c.faultVariable.type instanceof OElementVarType) { if (faultType instanceof OElementVarType && faultType.equals(c.faultVariable.type)) { // Don't eliminate } else if (faultType instanceof OMessageVarType && ((OMessageVarType) faultType).docLitType != null && ((OMessageVarType) faultType).docLitType.equals(c.faultVariable.type)) { // Don't eliminate } else { continue; // eliminate } } else { continue; // Eliminate } } // If we got to this point we did not eliminate this catch block. However, we don't just // use the first non-eliminated catch, we instead try to find the best match. if (bestMatch == null) { // Obviously something is better then nothing. bestMatch = c; } else { // Otherwise we prefer name and variable matches but prefer name-only matches to // variable-only matches. int existingScore = (bestMatch.faultName == null ? 0 : 2) + (bestMatch.faultVariable == null ? 0 : 1); int currentScore = (c.faultName == null ? 0 : 2) + (c.faultVariable == null ? 0 : 1); if (currentScore > existingScore) { bestMatch = c; } } } return bestMatch; }
From source file:org.apache.ode.bpel.runtime.PICK.java
@SuppressWarnings("unchecked") private void initVariable(String mexId, OPickReceive.OnMessage onMessage) { // This is allowed, if there is no parts in the message for example. if (onMessage.variable == null) return;//from w ww.jav a 2 s .c o m Element msgEl; try { // At this point, not being able to get the request is most probably // a mex that hasn't properly replied to (process issue). msgEl = getBpelRuntimeContext().getMyRequest(mexId); } catch (BpelEngineException e) { __log.error("The message exchange seems to be in an unconsistent state, you're " + "probably missing a reply on a request/response interaction."); _self.parent.failure(e.toString(), null); return; } Collection<String> partNames = (Collection<String>) onMessage.operation.getInput().getMessage().getParts() .keySet(); // Let's do some sanity checks here so that we don't get weird errors in assignment later. // The engine should have checked to make sure that the messages that are delivered conform // to the correct format; but you know what they say, don't trust anyone. if (!(onMessage.variable.type instanceof OMessageVarType)) { String errmsg = "Non-message variable for receive: should have been picked up by static analysis."; __log.fatal(errmsg); throw new InvalidProcessException(errmsg); } OMessageVarType vartype = (OMessageVarType) onMessage.variable.type; // Check that each part contains what we expect. for (String pName : partNames) { QName partName = new QName(null, pName); Element msgPart = DOMUtils.findChildByName(msgEl, partName); Part part = vartype.parts.get(pName); if (part == null) { String errmsg = "Inconsistent WSDL, part " + pName + " not found in message type " + vartype.messageType; __log.fatal(errmsg); throw new InvalidProcessException(errmsg); } if (msgPart == null) { String errmsg = "Message missing part: " + pName; __log.fatal(errmsg); throw new InvalidContextException(errmsg); } if (part.type instanceof OElementVarType) { OElementVarType ptype = (OElementVarType) part.type; Element e = DOMUtils.getFirstChildElement(msgPart); if (e == null) { String errmsg = "Message (element) part " + pName + " did not contain child element."; __log.fatal(errmsg); throw new InvalidContextException(errmsg); } QName qn = new QName(e.getNamespaceURI(), e.getLocalName()); if (!qn.equals(ptype.elementType)) { String errmsg = "Message (element) part " + pName + " did not contain correct child element: expected " + ptype.elementType + " but got " + qn; __log.fatal(errmsg); throw new InvalidContextException(errmsg); } } } VariableInstance vinst = _scopeFrame.resolve(onMessage.variable); try { initializeVariable(vinst, msgEl); } catch (ExternalVariableModuleException e) { __log.error("Exception while initializing external variable", e); _self.parent.failure(e.toString(), null); return; } // Generating event VariableModificationEvent se = new VariableModificationEvent(vinst.declaration.name); se.setNewValue(msgEl); if (_opick.debugInfo != null) se.setLineNo(_opick.debugInfo.startLine); sendEvent(se); }
From source file:org.apache.ode.bpel.runtime.SCOPE.java
private static OCatch findCatch(OFaultHandler fh, QName faultName, OVarType faultType) { OCatch bestMatch = null;//from ww w .j a v a 2 s. com for (OCatch c : fh.catchBlocks) { // First we try to eliminate this catch block based on fault-name mismatches: if (c.faultName != null) { if (faultName == null) continue; if (!faultName.equals(c.faultName)) continue; } // Then we try to eliminate this catch based on type incompatibility: if (c.faultVariable != null) { if (faultType == null) continue; else if (c.faultVariable.type instanceof OMessageVarType) { if (faultType instanceof OMessageVarType && ((OMessageVarType) faultType).equals(c.faultVariable.type)) { // Don't eliminate. } else if (faultType instanceof OElementVarType && ((OMessageVarType) c.faultVariable.type).docLitType != null && !((OMessageVarType) c.faultVariable.type).docLitType.equals(faultType)) { // Don't eliminate. } else { continue; // Eliminate. } } else if (c.faultVariable.type instanceof OElementVarType) { if (faultType instanceof OElementVarType && faultType.equals(c.faultVariable.type)) { // Don't eliminate } else if (faultType instanceof OMessageVarType && ((OMessageVarType) faultType).docLitType != null && ((OMessageVarType) faultType).docLitType.equals(c.faultVariable.type)) { // Don't eliminate } else { continue; // eliminate } } else { continue; // Eliminate } } // If we got to this point we did not eliminate this catch block. However, we don't just // use the first non-eliminated catch, we instead try to find the best match. if (bestMatch == null) { // Obviously something is better then nothing. bestMatch = c; } else { // Otherwise we prefer name and variable matches but prefer name-only matches to // variable-only matches. int existingScore = (bestMatch.faultName == null ? 0 : 2) + (bestMatch.faultVariable == null ? 0 : 1); int currentScore = (c.faultName == null ? 0 : 2) + (c.faultVariable == null ? 0 : 1); if (currentScore > existingScore) { bestMatch = c; } } } return bestMatch; }
From source file:org.apache.ode.jbi.EndpointReferenceContextImpl.java
public EndpointReference resolveEndpointReference(Element epr) { QName elname = new QName(epr.getNamespaceURI(), epr.getLocalName()); if (__log.isDebugEnabled()) { __log.debug("resolveEndpointReference:\n" + prettyPrint(epr)); }/*from w ww . j a v a 2s.co m*/ if (!elname.equals(EndpointReference.SERVICE_REF_QNAME)) throw new IllegalArgumentException( "EPR root element " + elname + " should be " + EndpointReference.SERVICE_REF_QNAME); Document doc = DOMUtils.newDocument(); DocumentFragment fragment = doc.createDocumentFragment(); NodeList children = epr.getChildNodes(); for (int i = 0; i < children.getLength(); ++i) if (children.item(i) instanceof Element) fragment.appendChild(doc.importNode(children.item(i), true)); ServiceEndpoint se = _ode.getContext().resolveEndpointReference(fragment); if (se == null) return null; return new JbiEndpointReference(se); }