in modules/interface-wsdl/src/main/java/org/apache/tuscany/sca/interfacedef/wsdl/xml/WSDLInterfaceProcessor.java [387:507]
public void resolve(WSDLInterfaceContract wsdlInterfaceContract, ModelResolver resolver, ProcessorContext context) throws ContributionResolveException {
Monitor monitor = context.getMonitor();
WSDLInterface wsdlInterface = (WSDLInterface)wsdlInterfaceContract.getInterface();
// if the contract has a location but no WSDL definition yet we need to read the WSDL
// from the specified location and create an interface based on the first port type
// this is required if the user uses the @WebService(wsdlLocation="") or
// @WebServiceProvider(wsdlLocation="") annotation in a Java component implementation.
if (wsdlInterfaceContract.getLocation() != null &&
wsdlInterface.getWsdlDefinition() == null){
WSDLDefinition wsdlDefinition = null;
URI wsdlFileURI = null;
try {
wsdlFileURI = new URI(wsdlInterfaceContract.getLocation());
} catch (Exception ex) {
Monitor.error(context.getMonitor(),
WSDLInterfaceProcessor.class.getName(),
"interface-wsdlxml-validation-messages",
"wsdliLocationException",
ex.getMessage() );
return;
}
// We need to find a portType from the user specified WSDL (the first one?) from which to defined
// the service interface. We can't just use the Tuscany resolution mechanism to find the WSDL file
// as that lumps together all WSDL in the same namespace. That's fine if you already know what portType
// your after. In this case we don't so we have to get the WSDL specified, find out what it's first portType
// is and then go from there with the usual Tuscany resolution mechanism
try {
if (wsdlFileURI.isAbsolute()){
// use the wsdli:wsdlLocation mechanism in the WSDLModelResolver to
// load the WSDL from an absolute location
wsdlDefinition = wsdlFactory.createWSDLDefinition();
wsdlDefinition.setUnresolved(true);
wsdlDefinition.setNamespace("nonamespace");
wsdlDefinition.getWsdliLocations().put("nonamespace", wsdlInterfaceContract.getLocation());
wsdlDefinition.setLocation(new URI(wsdlInterfaceContract.getLocation()));
} else {
// Find the wsdl in the contribution ready for further resolution
for (Artifact artifact : context.getContribution().getArtifacts()) {
if (artifact.getLocation().endsWith(wsdlInterfaceContract.getLocation())){
WSDLDefinition artifactWSDLDefinition = artifact.getModel();
wsdlDefinition = wsdlFactory.createWSDLDefinition();
wsdlDefinition.setUnresolved(true);
wsdlDefinition.setNamespace(artifactWSDLDefinition.getNamespace());
wsdlDefinition.getWsdliLocations().put(artifactWSDLDefinition.getNamespace(),
artifact.getLocation());
wsdlDefinition.setLocation(new URI(artifact.getLocation()));
break;
}
}
if (wsdlDefinition == null){
Monitor.error(context.getMonitor(),
WSDLInterfaceProcessor.class.getName(),
"interface-wsdlxml-validation-messages",
"wsdliLocationException",
"WSDL not found inside contribution at relative URI " + wsdlFileURI );
return;
}
}
} catch (Exception ex) {
Monitor.error(context.getMonitor(),
WSDLInterfaceProcessor.class.getName(),
"interface-wsdlxml-validation-messages",
"wsdliLocationException",
ex.getMessage() );
return;
}
wsdlDefinition.setUnresolved(true);
wsdlDefinition = resolver.resolveModel(WSDLDefinition.class, wsdlDefinition, context);
// create the interface based on the first port type
PortType portType = (PortType)wsdlDefinition.getDefinition().getAllPortTypes().values().iterator().next();
try {
WSDLInterface newWSDLInterface = wsdlFactory.createWSDLInterface(portType, wsdlDefinition, resolver, monitor);
newWSDLInterface.getRequiredIntents().addAll(wsdlInterface.getRequiredIntents());
newWSDLInterface.getPolicySets().addAll(wsdlInterface.getPolicySets());
wsdlInterface = newWSDLInterface;
} catch (InvalidInterfaceException e) {
String message = context.getMonitor().getMessageString(WSDLInterfaceProcessor.class.getName(),
"interface-wsdlxml-validation-messages",
"InvalidInterface");
message = message.replace("{0}", portType.toString());
ContributionResolveException ce = new ContributionResolveException(message, e);
error(monitor, "ContributionResolveException", wsdlFactory, ce);
}
wsdlInterface.setWsdlDefinition(wsdlDefinition);
wsdlInterfaceContract.setInterface(wsdlInterface);
}
// Resolve the interface and callback interface
wsdlInterface = resolveWSDLInterface(wsdlInterface, resolver, context);
wsdlInterfaceContract.setInterface(wsdlInterface);
// The forward interface (portType) may have a callback interface declared on it using an sca:callback attribute
WSDLInterface intrinsicWSDLCallbackInterface = wsdlInterface.getCallbackInterface();
// There may be a callback interface explicitly declared on the <interface.wsdl .../> element
WSDLInterface wsdlCallbackInterface = resolveWSDLInterface((WSDLInterface)wsdlInterfaceContract.getCallbackInterface(), resolver, context);
if( intrinsicWSDLCallbackInterface != null ) {
if( wsdlCallbackInterface != null ) {
// If there is both a callback interface declared on the forward interface and also one declared on the
// interface.wsdl element, then the two interfaces must match [ASM80011]
if( !interfaceContractMapper.isMutuallyCompatible(intrinsicWSDLCallbackInterface, wsdlCallbackInterface) ) {
Monitor.error(context.getMonitor(), WSDLInterfaceProcessor.class.getName(),
"interface-wsdlxml-validation-messages", "IncompatibleCallbacks",
intrinsicWSDLCallbackInterface.getName().toString(),
wsdlCallbackInterface.getName().toString() );
} // end if
} // end if
wsdlInterfaceContract.setCallbackInterface(intrinsicWSDLCallbackInterface);
} else {
wsdlInterfaceContract.setCallbackInterface(wsdlCallbackInterface);
} // end if
} // end method resolve( WSDLInterfaceContract, ModelResolver)