use of org.apache.cxf.tools.common.model.JAnnotation in project cxf by apache.
the class OperationProcessor method addCallbackMethod.
private void addCallbackMethod(JavaMethod method) throws ToolException {
JavaMethod callbackMethod = new JavaMethod(method.getInterface());
callbackMethod.setAsync(true);
callbackMethod.setName(method.getName() + ToolConstants.ASYNC_METHOD_SUFFIX);
callbackMethod.setStyle(method.getStyle());
callbackMethod.setWrapperStyle(method.isWrapperStyle());
callbackMethod.setSoapAction(method.getSoapAction());
callbackMethod.setOperationName(method.getOperationName());
JavaReturn future = new JavaReturn();
future.setClassName("Future<?>");
callbackMethod.setReturn(future);
// REVISIT: test the operation name in the annotation
callbackMethod.annotate(new WebMethodAnnotator());
callbackMethod.addAnnotation("ResponseWrapper", method.getAnnotationMap().get("ResponseWrapper"));
callbackMethod.addAnnotation("RequestWrapper", method.getAnnotationMap().get("RequestWrapper"));
callbackMethod.addAnnotation("SOAPBinding", method.getAnnotationMap().get("SOAPBinding"));
boolean convertOutToAsync = !method.isWrapperStyle() && "void".equals(method.getReturn().getClassName());
String asyncCname = null;
for (JavaParameter param : method.getParameters()) {
if (convertOutToAsync) {
if (param.isHolder()) {
if (param.isINOUT()) {
JavaParameter p2 = new JavaParameter();
p2.setName(param.getName());
p2.setClassName(param.getHolderName());
p2.setStyle(JavaType.Style.IN);
callbackMethod.addParameter(p2);
for (String s : param.getAnnotationTags()) {
JAnnotation ann = param.getAnnotation(s);
p2.addAnnotation(s, ann);
}
} else if (!param.isHeader() && asyncCname == null) {
asyncCname = param.getClassName();
}
} else {
callbackMethod.addParameter(param);
}
} else {
callbackMethod.addParameter(param);
}
}
JavaParameter asyncHandler = new JavaParameter();
asyncHandler.setName("asyncHandler");
asyncHandler.setCallback(true);
asyncHandler.setClassName(getAsyncClassName(method, "AsyncHandler", asyncCname));
asyncHandler.setStyle(JavaType.Style.IN);
callbackMethod.addParameter(asyncHandler);
JAnnotation asyncHandlerAnnotation = new JAnnotation(WebParam.class);
asyncHandlerAnnotation.addElement(new JAnnotationElement("name", "asyncHandler"));
asyncHandlerAnnotation.addElement(new JAnnotationElement("targetNamespace", ""));
asyncHandler.addAnnotation("WebParam", asyncHandlerAnnotation);
method.getInterface().addImport("javax.jws.WebParam");
method.getInterface().addMethod(callbackMethod);
}
use of org.apache.cxf.tools.common.model.JAnnotation in project cxf by apache.
the class WebParamAnnotatorTest method testAnnotateDOCBare.
@Test
public void testAnnotateDOCBare() throws Exception {
init(method, parameter, SOAPBinding.Style.DOCUMENT, false);
parameter.annotate(new WebParamAnnotator());
JAnnotation annotation = parameter.getAnnotation("WebParam");
assertEquals("@WebParam(partName = \"y\", name = \"x\", " + "targetNamespace = \"http://apache.org/cxf\")", annotation.toString());
List<JAnnotationElement> elements = annotation.getElements();
assertEquals(3, elements.size());
}
use of org.apache.cxf.tools.common.model.JAnnotation in project cxf by apache.
the class XmlSeeAlsoAnnotator method annotate.
public void annotate(JavaAnnotatable ja) {
if (collector == null || collector.getTypesPackages().isEmpty()) {
return;
}
final JavaInterface intf;
if (ja instanceof JavaInterface) {
intf = (JavaInterface) ja;
} else {
throw new RuntimeException("XmlSeeAlso can only annotate JavaInterface");
}
JAnnotation jaxbAnnotation = new JAnnotation(XmlSeeAlso.class);
intf.addImports(jaxbAnnotation.getImports());
List<JavaType> types = new ArrayList<>();
for (String pkg : collector.getTypesPackages()) {
if (pkg.equals(intf.getPackageName())) {
types.add(new JavaType(null, "ObjectFactory", null));
} else {
types.add(new JavaType(null, pkg + ".ObjectFactory", null));
}
}
jaxbAnnotation.addElement(new JAnnotationElement(null, types));
intf.addAnnotation(jaxbAnnotation);
}
use of org.apache.cxf.tools.common.model.JAnnotation in project cxf by apache.
the class ServiceProcessor method processOperation.
private void processOperation(JavaModel model, BindingOperationInfo bop, BindingInfo binding) throws ToolException {
boolean enableOpMime = false;
JAXWSBinding bind = binding.getExtensor(JAXWSBinding.class);
if (bind != null && bind.isEnableMime()) {
enableOpMime = true;
}
JAXWSBinding bopBinding = bop.getExtensor(JAXWSBinding.class);
if (bopBinding != null && bopBinding.isEnableMime()) {
enableOpMime = true;
if (bopBinding.getJaxwsParas() != null) {
jaxwsBinding.setJaxwsParas(bopBinding.getJaxwsParas());
}
}
JavaInterface jf = null;
for (JavaInterface jf2 : model.getInterfaces().values()) {
if (binding.getInterface().getName().getLocalPart().equals(jf2.getWebServiceName())) {
jf = jf2;
}
}
if (jf == null) {
throw new ToolException("No Java Interface available");
}
if (isSoapBinding()) {
SoapBinding soapBinding = (SoapBinding) bindingObj;
if (SOAPBindingUtil.getSoapStyle(soapBinding.getStyle()) == null) {
jf.setSOAPStyle(javax.jws.soap.SOAPBinding.Style.DOCUMENT);
} else {
jf.setSOAPStyle(SOAPBindingUtil.getSoapStyle(soapBinding.getStyle()));
}
} else {
// REVISIT: fix for xml binding
jf.setSOAPStyle(javax.jws.soap.SOAPBinding.Style.DOCUMENT);
}
Object[] methods = jf.getMethods().toArray();
for (int i = 0; i < methods.length; i++) {
JavaMethod jm = (JavaMethod) methods[i];
if (jm.getOperationName() != null && jm.getOperationName().equals(bop.getName().getLocalPart())) {
if (isSoapBinding()) {
// TODO: add customize here
// doCustomizeOperation(jf, jm, bop);
Map<String, Object> prop = getSoapOperationProp(bop);
String soapAction = prop.get(soapOPAction) == null ? "" : (String) prop.get(soapOPAction);
String soapStyle = prop.get(soapOPStyle) == null ? "" : (String) prop.get(soapOPStyle);
jm.setSoapAction(soapAction);
if (SOAPBindingUtil.getSoapStyle(soapStyle) == null && this.bindingObj == null) {
org.apache.cxf.common.i18n.Message msg = new org.apache.cxf.common.i18n.Message("BINDING_STYLE_NOT_DEFINED", LOG);
throw new ToolException(msg);
}
if (SOAPBindingUtil.getSoapStyle(soapStyle) == null) {
jm.setSoapStyle(jf.getSOAPStyle());
} else {
jm.setSoapStyle(SOAPBindingUtil.getSoapStyle(soapStyle));
}
} else {
// REVISIT: fix for xml binding
jm.setSoapStyle(jf.getSOAPStyle());
}
if (jm.getSoapStyle().equals(javax.jws.soap.SOAPBinding.Style.RPC)) {
jm.getAnnotationMap().remove("SOAPBinding");
}
OperationProcessor processor = new OperationProcessor(context);
int headerType = isNonWrappable(bop);
OperationInfo opinfo = bop.getOperationInfo();
JAXWSBinding opBinding = opinfo.getExtensor(JAXWSBinding.class);
JAXWSBinding infBinding = opinfo.getInterface().getExtensor(JAXWSBinding.class);
boolean enableMime = enableOpMime;
boolean enableWrapperStyle = true;
if (infBinding != null && infBinding.isSetEnableWrapperStyle()) {
enableWrapperStyle = infBinding.isEnableWrapperStyle();
}
if (infBinding != null && infBinding.isSetEnableMime()) {
enableMime = infBinding.isEnableMime();
}
if (opBinding != null && opBinding.isSetEnableWrapperStyle()) {
enableWrapperStyle = opBinding.isEnableWrapperStyle();
}
if (opBinding != null && opBinding.isSetEnableMime()) {
enableMime = opBinding.isEnableMime();
}
if (jaxwsBinding.isEnableMime() || enableMime) {
jm.setMimeEnable(true);
}
if ((jm.isWrapperStyle() && headerType > NO_HEADER) || !jaxwsBinding.isEnableWrapperStyle() || (jm.enableMime() && jm.isWrapperStyle()) || !enableWrapperStyle) {
// changed wrapper style
jm.setWrapperStyle(false);
processor.processMethod(jm, bop.getOperationInfo());
jm.getAnnotationMap().remove("ResponseWrapper");
jm.getAnnotationMap().remove("RequestWrapper");
} else {
processor.processMethod(jm, bop.getOperationInfo());
}
if (headerType == RESULT_HEADER) {
JAnnotation resultAnno = jm.getAnnotationMap().get("WebResult");
if (resultAnno != null) {
resultAnno.addElement(new JAnnotationElement("header", true, true));
}
}
processParameter(jm, bop);
}
}
}
use of org.apache.cxf.tools.common.model.JAnnotation in project cxf by apache.
the class WSActionAnnotator method annotate.
public void annotate(JavaAnnotatable ja) {
JavaMethod method;
if (ja instanceof JavaMethod) {
method = (JavaMethod) ja;
} else {
throw new RuntimeException("Action can only annotate JavaMethod");
}
boolean required = false;
JavaInterface intf = method.getInterface();
MessageInfo inputMessage = operation.getInput();
MessageInfo outputMessage = operation.getOutput();
JAnnotation actionAnnotation = new JAnnotation(Action.class);
if (inputMessage.getExtensionAttributes() != null) {
String inputAction = getAction(inputMessage);
if (inputAction != null) {
actionAnnotation.addElement(new JAnnotationElement("input", inputAction));
required = true;
}
}
if (outputMessage != null && outputMessage.getExtensionAttributes() != null) {
String outputAction = getAction(outputMessage);
if (outputAction != null) {
actionAnnotation.addElement(new JAnnotationElement("output", outputAction));
required = true;
}
}
if (operation.hasFaults()) {
List<JAnnotation> faultAnnotations = new ArrayList<>();
for (FaultInfo faultInfo : operation.getFaults()) {
if (faultInfo.getExtensionAttributes() != null) {
String faultAction = getAction(faultInfo);
if (faultAction == null) {
continue;
}
JavaException exceptionClass = getExceptionClass(method, faultInfo);
if (!StringUtils.isEmpty(exceptionClass.getPackageName()) && !exceptionClass.getPackageName().equals(intf.getPackageName())) {
intf.addImport(exceptionClass.getClassName());
}
JAnnotation faultAnnotation = new JAnnotation(FaultAction.class);
faultAnnotation.addElement(new JAnnotationElement("className", exceptionClass));
faultAnnotation.addElement(new JAnnotationElement("value", faultAction));
faultAnnotations.add(faultAnnotation);
required = true;
}
}
actionAnnotation.addElement(new JAnnotationElement("fault", faultAnnotations));
}
if (required) {
method.addAnnotation("Action", actionAnnotation);
}
}
Aggregations