/**
* Checks if the EJB class implements the TimedObject interface
*
* @param descriptor the Enterprise Java Bean deployment descriptor
* @return <code>Result</code> the results for this assertion
*/
public Result check(EjbDescriptor descriptor) {
Result result = getInitializedResult();
ComponentNameConstructor compName = getVerifierContext().getComponentNameConstructor();
boolean isEjb30 = descriptor.getEjbBundleDescriptor().getSpecVersion().equalsIgnoreCase("3.0");
if (descriptor.isTimedObject()) {
// Timers can be created for stateless session beans, message-driven beans,
// and 2.1 entity beans.Timers cannot be created for stateful session beans or EJB 3.0
// entities.
if (((descriptor instanceof EjbEntityDescriptor) && isEjb30)
|| ((descriptor instanceof EjbSessionDescriptor)
&& ((((EjbSessionDescriptor) descriptor).getSessionType())
.equals(EjbSessionDescriptor.STATEFUL)))) {
addErrorDetails(result, compName);
result.failed(
smh.getLocalString(
getClass().getName() + ".failed1",
"[ {0} ] must not implement the TimedObject interface."
+ "Only 2.1 entity beans or stateless session beans may "
+ "implement the TimedObject interface",
new Object[] {descriptor.getEjbClassName()}));
}
}
if (result.getStatus() != Result.FAILED) {
addGoodDetails(result, compName);
result.passed(
smh.getLocalString(
getClass().getName() + ".passed",
"[ {0} ] properly implements the TimedObject interface",
new Object[] {descriptor.getEjbClassName()}));
}
return result;
}
/**
* All methods should have a
*
* @param descriptor the Enterprise Java Bean deployment descriptor
* @return <code>Result</code> the results for this assertion
*/
public Result check(EjbDescriptor descriptor) {
result = getInitializedResult();
// boolean oneFailed = false;
try {
if (descriptor instanceof EjbSessionDescriptor || descriptor instanceof EjbEntityDescriptor) {
Set methods = descriptor.getMethodDescriptors();
// Set methodPermissions = new HashSet();
boolean noPermissions = false;
for (Iterator i = methods.iterator(); i.hasNext(); ) {
MethodDescriptor md = (MethodDescriptor) i.next();
Set permissions = descriptor.getMethodPermissionsFor(md);
if (permissions.isEmpty() || (permissions == null)) {
result.addWarningDetails(
smh.getLocalString(
getClass().getName() + ".failed",
"Warning: Method [ {0} ] of EJB [ {1} ] does not have assigned security-permissions",
new Object[] {md.getName(), descriptor.getName()}));
result.setStatus(result.WARNING);
noPermissions = true;
}
}
if (!noPermissions) {
result.passed(
smh.getLocalString(
getClass().getName() + ".passed",
"Valid: All [ {0} ]EJB interfaces methods have security-permissions assigned.",
new Object[] {descriptor.getName()}));
}
} else {
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable",
"The bean [ {0} ] is neither a Session nor Entity Bean",
new Object[] {descriptor.getName()}));
return result;
}
} catch (Exception e) {
result.failed(
smh.getLocalString(
getClass().getName() + ".exception",
"The test generated the following exception [ {0} ]",
new Object[] {e.getLocalizedMessage()}));
}
return result;
}
public Result check(EjbDescriptor descriptor) {
Result result = getInitializedResult();
ComponentNameConstructor compName = getVerifierContext().getComponentNameConstructor();
boolean oneFailed = false;
try {
Set resRef = descriptor.getResourceReferenceDescriptors();
if (!(resRef.isEmpty())) {
Iterator it = resRef.iterator();
while (it.hasNext()) {
ResourceReferenceDescriptor resDesc = ((ResourceReferenceDescriptor) it.next());
String refName = resDesc.getName();
if (refName == null || refName.length() == 0) {
addErrorDetails(result, compName);
result.failed(
smh.getLocalString(
getClass().getName() + ".failed",
"FAILED [AS-EJB resource-ref] : resource-ref has empty res-ref-name"));
} else {
addGoodDetails(result, compName);
result.passed(
smh.getLocalString(
getClass().getName() + ".passed",
"PASSED [AS-EJB resource-ref] : res-ref-name is {0}",
new Object[] {refName}));
}
}
} else {
addNaDetails(result, compName);
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable",
"{0} Does not define any resource-ref Elements",
new Object[] {descriptor.getName()}));
}
} catch (Exception ex) {
addErrorDetails(result, compName);
result.addErrorDetails(
smh.getLocalString(
getClass().getName() + ".notRun",
"NOT RUN [AS-EJB] : Could not create the descriptor object"));
}
return result;
}
private void commonToBothInterfaces(String intf, EjbDescriptor descriptor) {
try {
Class intfClass = Class.forName(intf, false, getVerifierContext().getClassLoader());
for (Method remoteMethod : intfClass.getMethods()) {
// we don't test the EJB methods
if (remoteMethod.getDeclaringClass().getName().equals("javax.ejb.EJBObject")) continue;
Class beanClass =
Class.forName(
descriptor.getEjbClassName(), false, getVerifierContext().getClassLoader());
for (Method method : beanClass.getMethods()) {
if (method.getName().equals(remoteMethod.getName())
&& !RmiIIOPUtils.isValidRmiIIOPReturnType(method.getReturnType())) {
// The methods arguments types must be legal types for
// RMI-IIOP. This means that their return values must
// be of valid types for RMI-IIOP,
addErrorDetails(result, compName);
result.failed(
smh.getLocalString(
getClass().getName() + ".failed",
"Error: business method [ {0} ] was found, but "
+ "business method has invalid return type [ {1} ]. Business "
+ "method return type must be a valid type for RMI-IIOP.",
new Object[] {method.getName(), method.getReturnType()}));
}
}
}
} catch (ClassNotFoundException e) {
Verifier.debug(e);
addErrorDetails(result, compName);
result.failed(
smh.getLocalString(
getClass().getName() + ".failedException",
"Error: Remote interface [ {0} ] or bean class [ {1} ] does "
+ "not exist or is not loadable within bean [ {2} ].",
new Object[] {
descriptor.getRemoteClassName(), descriptor.getEjbClassName(), descriptor.getName()
}));
}
}
protected HandlerProcessingResult processAnnotation(
AnnotationInfo ainfo, EjbContext[] ejbContexts) throws AnnotationProcessorException {
TransactionManagement tmAn = (TransactionManagement) ainfo.getAnnotation();
String tmType =
TransactionManagementType.CONTAINER.equals(tmAn.value())
? EjbDescriptor.CONTAINER_TRANSACTION_TYPE
: EjbDescriptor.BEAN_TRANSACTION_TYPE;
for (EjbContext ejbContext : ejbContexts) {
EjbDescriptor ejbDesc = ejbContext.getDescriptor();
// override by xml
if (ejbDesc.getTransactionType() == null) {
ejbDesc.setTransactionType(tmType);
}
}
return getDefaultProcessedResult();
}
/**
* Enterprise Bean's business(...) methods argument RMI IIOP test. Each enterprise Bean class must
* define zero or more business(...) methods. The method signatures must follow these rules:
*
* <p>The methods return value must be legal types for RMI-IIOP.
*
* @param descriptor the Enterprise Java Bean deployment descriptor
* @return <code>Result</code> the results for this assertion
*/
public Result check(EjbDescriptor descriptor) {
result = getInitializedResult();
compName = getVerifierContext().getComponentNameConstructor();
if ((descriptor instanceof EjbSessionDescriptor)
|| (descriptor instanceof EjbEntityDescriptor)) {
if (descriptor.getRemoteClassName() != null && !"".equals(descriptor.getRemoteClassName()))
commonToBothInterfaces(descriptor.getRemoteClassName(), descriptor);
Set<String> remoteInterfaces = descriptor.getRemoteBusinessClassNames();
for (String remoteIntf : remoteInterfaces) commonToBothInterfaces(remoteIntf, descriptor);
}
if (result.getStatus() != Result.FAILED) {
addGoodDetails(result, compName);
result.passed(
smh.getLocalString(
getClass().getName() + ".passed", "Proper declaration of business method(s) found."));
}
return result;
}
public Result check(EjbDescriptor descriptor) {
Result result = getInitializedResult();
ComponentNameConstructor compName = getVerifierContext().getComponentNameConstructor();
Set<String> remoteAndLocalIntfs = descriptor.getRemoteBusinessClassNames();
remoteAndLocalIntfs.addAll(descriptor.getLocalBusinessClassNames());
for (String remoteOrLocalIntf : remoteAndLocalIntfs) {
try {
Class c = Class.forName(remoteOrLocalIntf, false, getVerifierContext().getClassLoader());
if (javax.ejb.EJBObject.class.isAssignableFrom(c)
|| javax.ejb.EJBLocalObject.class.isAssignableFrom(c)) {
addErrorDetails(result, compName);
result.failed(
smh.getLocalString(
getClass().getName() + ".failed",
"[ {0} ] extends either javax.ejb.EJBObject " + "or javax.ejb.EJBLocalObject.",
new Object[] {remoteOrLocalIntf}));
}
} catch (ClassNotFoundException e) {
Verifier.debug(e);
addErrorDetails(result, compName);
result.failed(
smh.getLocalString(
getClass().getName() + ".failed1",
"Business Interface class [ {0} ] not found.",
new Object[] {remoteOrLocalIntf}));
}
}
if (result.getStatus() != Result.FAILED) {
addGoodDetails(result, compName);
result.passed(
smh.getLocalString(getClass().getName() + ".passed", "Business Interface(s) are valid."));
}
return result;
}
/**
* Entity bean's Primary Key Class test. If the enterprise bean is a Entity Bean, the Bean
* provider specifies the fully qualified name of the Entity bean's primary key class in the
* "primary-class" element. The Bean provider 'must' specify the primary key class for an Entity
* with bean managed persistence, and 'may' (but is not required to) specify the primary key class
* for an Entity with Container-managed persistence.
*
* @param descriptor the Enterprise Java Bean deployment descriptor
* @return <code>Result</code> the results for this assertion
*/
public Result check(EjbDescriptor descriptor) {
Result result = getInitializedResult();
ComponentNameConstructor compName = getVerifierContext().getComponentNameConstructor();
if (descriptor instanceof EjbEntityDescriptor) {
String persistence = ((EjbEntityDescriptor) descriptor).getPersistenceType();
if (EjbEntityDescriptor.BEAN_PERSISTENCE.equals(persistence)) {
logger.log(
Level.FINE,
getClass().getName() + ".debug1",
new Object[] {descriptor.getName(), "bean"});
String primkey = ((EjbEntityDescriptor) descriptor).getPrimaryKeyClassName();
if (!primkey.equals("java.lang.String")) {
try {
Class c = Class.forName(primkey, false, getVerifierContext().getClassLoader());
result.addGoodDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.passed(
smh.getLocalString(
getClass().getName() + ".passed",
"Primary Key Class [ {0} ] exist and is loadable",
new Object[] {primkey}));
} catch (Exception e) {
Verifier.debug(e);
result.addErrorDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.failed(
smh.getLocalString(
getClass().getName() + ".failedException",
"Error: Loading Primary Key Class [ {0} ]",
new Object[] {primkey}));
return result;
}
} else {
result.addGoodDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.passed(
smh.getLocalString(
getClass().getName() + ".passed1",
"Primary Key Class is [ {0} ]",
new Object[] {primkey}));
}
return result;
} else if (EjbEntityDescriptor.CONTAINER_PERSISTENCE.equals(persistence)) {
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable1",
"Entity Bean [ {0} ] with [ {1} ] managed persistence, primkey optional.",
new Object[] {descriptor.getName(), persistence}));
return result;
} else {
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable2",
"Expected [ {0} ] managed persistence, but [ {1} ] bean has [ {2} ] managed persistence.",
new Object[] {
EjbEntityDescriptor.BEAN_PERSISTENCE, descriptor.getName(), persistence
}));
return result;
}
} else {
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor", "For [ {0} ]", new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable",
"[ {0} ] expected {1} bean, but called with {2} bean.",
new Object[] {getClass(), "Entity", "Session"}));
return result;
}
}
/**
* Entity Bean's ejbCreate(...) methods return test. Each entity Bean class may define zero or
* more ejbCreate(...) methods. The number and signatures of a entity Bean's create methods are
* specific to each EJB class. The method signatures must follow these rules:
*
* <p>The method name must be ejbCreate.
*
* <p>The return type must be primary key type.
*
* @param descriptor the Enterprise Java Bean deployment descriptor
* @return <code>Result</code> the results for this assertion
*/
public Result check(EjbDescriptor descriptor) {
Result result = getInitializedResult();
ComponentNameConstructor compName = getVerifierContext().getComponentNameConstructor();
if (descriptor instanceof EjbEntityDescriptor) {
String persistence = ((EjbEntityDescriptor) descriptor).getPersistenceType();
if (EjbEntityDescriptor.BEAN_PERSISTENCE.equals(persistence)) {
boolean oneFailed = false;
boolean oneWarning = false;
int foundAtLeastOne = 0;
try {
Context context = getVerifierContext();
ClassLoader jcl = context.getClassLoader();
Class c =
Class.forName(
descriptor.getEjbClassName(), false, getVerifierContext().getClassLoader());
String primaryKeyType = ((EjbEntityDescriptor) descriptor).getPrimaryKeyClassName();
boolean ejbCreateFound = false;
boolean returnsPrimaryKeyType = false;
// start do while loop here....
do {
Method[] methods = c.getDeclaredMethods();
for (int i = 0; i < methods.length; i++) {
// reset flags from last time thru loop
ejbCreateFound = false;
returnsPrimaryKeyType = false;
// The method name must be ejbCreate.
if (methods[i].getName().startsWith("ejbCreate")) {
foundAtLeastOne++;
ejbCreateFound = true;
// The return type must be primary key type.
Class rt = methods[i].getReturnType();
if (rt.getName().equals(primaryKeyType)) {
returnsPrimaryKeyType = true;
}
// now display the appropriate results for this particular ejbCreate
// method
if (ejbCreateFound && !returnsPrimaryKeyType) {
if (primaryKeyType.equals("java.lang.Object")) {
oneWarning = true;
result.addWarningDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.addWarningDetails(
smh.getLocalString(
getClass().getName() + ".debug1",
"For EJB Class [ {0} ] method [ {1} ]",
new Object[] {descriptor.getEjbClassName(), methods[i].getName()}));
result.addWarningDetails(
smh.getLocalString(
getClass().getName() + ".warning",
"Warning: An [ {0} ] method was found, but [ {1} ] method has [ {2} ] return type. Deployment descriptor primary key type [ {3} ]. Definition of the primary key type is deferred to deployment time ?",
new Object[] {
methods[i].getName(),
methods[i].getName(),
methods[i].getReturnType().getName(),
primaryKeyType
}));
} else {
oneFailed = true;
result.addErrorDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.addErrorDetails(
smh.getLocalString(
getClass().getName() + ".debug1",
"For EJB Class [ {0} ] method [ {1} ]",
new Object[] {descriptor.getEjbClassName(), methods[i].getName()}));
result.addErrorDetails(
smh.getLocalString(
getClass().getName() + ".failed",
"Error: An [ {0} ] method was found, but [ {1} ] method has illegal return value. [ {2} ] methods must return primary key type [ {3} ].",
new Object[] {
methods[i].getName(),
methods[i].getName(),
methods[i].getName(),
primaryKeyType
}));
break;
}
}
}
}
if (oneFailed == true) break;
} while (((c = c.getSuperclass()) != null) && (foundAtLeastOne == 0));
if (foundAtLeastOne == 0) {
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable0",
"[ {0} ] does not declare any ejbCreate(...) methods.",
new Object[] {descriptor.getEjbClassName()}));
}
if (oneFailed == false && foundAtLeastOne > 0) {
result.addGoodDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.addGoodDetails(
smh.getLocalString(
getClass().getName() + ".debug1",
"For EJB Class [ {0} ]",
new Object[] {descriptor.getEjbClassName()}));
result.addGoodDetails(
smh.getLocalString(
getClass().getName() + ".passed",
"[ {0} ] properly declares ejbCreate<method> method to return primary key type [ {1} ].",
new Object[] {descriptor.getEjbClassName(), primaryKeyType}));
}
} catch (ClassNotFoundException e) {
Verifier.debug(e);
result.addErrorDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.failed(
smh.getLocalString(
getClass().getName() + ".failedException",
"Error: [ {0} ] class not found.",
new Object[] {descriptor.getEjbClassName()}));
oneFailed = true;
}
if (oneFailed) {
result.setStatus(result.FAILED);
} else if (foundAtLeastOne == 0) {
result.setStatus(result.NOT_APPLICABLE);
} else {
if (oneWarning) {
result.setStatus(result.WARNING);
} else {
result.setStatus(result.PASSED);
}
}
return result;
} else { // if (CONTAINER_PERSISTENCE.equals(persistence)) {
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable1",
"Expected [ {0} ] managed persistence, but [ {1} ] bean has [ {2} ] managed persistence.",
new Object[] {
EjbEntityDescriptor.BEAN_PERSISTENCE, descriptor.getName(), persistence
}));
return result;
}
} else {
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor", "For [ {0} ]", new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable",
"[ {0} ] expected {1} bean, but called with {2} bean.",
new Object[] {getClass(), "Entity", "Session"}));
return result;
}
}
/**
* Entity Bean's ejbPostCreate(...) methods test. Each entity Bean class may define zero or more
* ejbPostCreate(...) methods. The number and signatures of a entity Bean's create methods are
* specific to each EJB class. The method signatures must follow these rules:
*
* <p>The method name must be ejbPostCreate.
*
* <p>The method must not be declared as static.
*
* @param descriptor the Enterprise Java Bean deployment descriptor
* @return <code>Result</code> the results for this assertion
*/
public Result check(EjbDescriptor descriptor) {
Result result = getInitializedResult();
ComponentNameConstructor compName = getVerifierContext().getComponentNameConstructor();
if (descriptor instanceof EjbEntityDescriptor) {
boolean oneFailed = false;
int foundAtLeastOne = 0;
try {
Context context = getVerifierContext();
ClassLoader jcl = context.getClassLoader();
Class c =
Class.forName(
descriptor.getEjbClassName(), false, getVerifierContext().getClassLoader());
boolean ejbPostCreateFound = false;
boolean isStatic = false;
// start do while loop here....
do {
Method[] methods = c.getDeclaredMethods();
for (int i = 0; i < methods.length; i++) {
// reset flags from last time thru loop
ejbPostCreateFound = false;
isStatic = false;
// The method name must be ejbPostCreate.
if (methods[i].getName().startsWith("ejbPostCreate")) {
foundAtLeastOne++;
ejbPostCreateFound = true;
// The method must not be declared as final or static.
int modifiers = methods[i].getModifiers();
if (Modifier.isStatic(modifiers)) {
isStatic = true;
}
// now display the appropriate results for this particular
// ejbPostCreate method
if (ejbPostCreateFound && (!isStatic)) {
result.addGoodDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.addGoodDetails(
smh.getLocalString(
getClass().getName() + ".debug1",
"For EJB Class [ {0} ] method [ {1} ]",
new Object[] {descriptor.getEjbClassName(), methods[i].getName()}));
result.addGoodDetails(
smh.getLocalString(
getClass().getName() + ".passed",
"[ {0} ] properly declares non-static [ {1} ] method.",
new Object[] {descriptor.getEjbClassName(), methods[i].getName()}));
} else if (ejbPostCreateFound && isStatic) {
oneFailed = true;
result.addErrorDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.addErrorDetails(
smh.getLocalString(
getClass().getName() + ".debug1",
"For EJB Class [ {0} ] ejbPostCreate(...) Method [ {1} ]",
new Object[] {descriptor.getEjbClassName(), methods[i].getName()}));
result.addErrorDetails(
smh.getLocalString(
getClass().getName() + ".failed",
"Error: A static [ {0} ] method was found, but [ {1} ] cannot be declared as static.",
new Object[] {methods[i].getName(), methods[i].getName()}));
}
}
}
} while (((c = c.getSuperclass()) != null) && (foundAtLeastOne == 0));
if (foundAtLeastOne == 0) {
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable1",
"[ {0} ] does not declare any ejbPostCreate(...) methods.",
new Object[] {descriptor.getEjbClassName()}));
}
} catch (ClassNotFoundException e) {
Verifier.debug(e);
result.addErrorDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.failed(
smh.getLocalString(
getClass().getName() + ".failedException",
"Error: [ {0} ] class not found.",
new Object[] {descriptor.getEjbClassName()}));
oneFailed = true;
}
if (oneFailed) {
result.setStatus(result.FAILED);
} else if (foundAtLeastOne == 0) {
result.setStatus(result.NOT_APPLICABLE);
} else {
result.setStatus(result.PASSED);
}
return result;
} else {
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor", "For [ {0} ]", new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable",
"[ {0} ] expected {1} bean, but called with {2} bean.",
new Object[] {getClass(), "Entity", "Session"}));
return result;
}
}
/**
* Entity bean's Primary Key Class type test. If the enterprise bean is a Entity Bean, the Bean
* provider specifies the fully qualified name of the Entity bean's primary key class in the
* "primary-class" element. The Bean provider 'must' specify the primary key class for an Entity
* with bean managed persistence, and 'may' (but is not required to) specify the primary key class
* for an Entity with Container-managed persistence.
*
* <p>Special case: Unknown primary key class In special situations, the Bean Provider may choose
* not to specify the primary key class for an entity bean with container-managed persistence.
* This case happens if the Bean Provider wants to allow the Deployer to select the primary key
* fields at deployment time. The Deployer uses instructions supplied by the Bean Provider (these
* instructions are beyond the scope of the EJB spec.) to define a suitable primary key class.
*
* <p>In this special case, the type of the argument of the findByPrimaryKey method must be
* declared as java.lang.Object, and the return value of ejbCreate() must be declared as
* java.lang.Object. The Bean Provider must specify the primary key class in the deployment
* descriptor as of the type java.lang.Object.
*
* <p>The primary key class is specified at deployment time when the Bean Provider develops
* enterprise beans that is intended to be used with multiple back-ends that provide persistence,
* and when these multiple back-ends require different primary key structures.
*
* @param descriptor the Enterprise Java Bean deployment descriptor
* @return <code>Result</code> the results for this assertion
*/
public Result check(EjbDescriptor descriptor) {
Result result = getInitializedResult();
ComponentNameConstructor compName = getVerifierContext().getComponentNameConstructor();
if (descriptor instanceof EjbEntityDescriptor) {
String persistence = ((EjbEntityDescriptor) descriptor).getPersistenceType();
if (EjbEntityDescriptor.CONTAINER_PERSISTENCE.equals(persistence)) {
String primkey = ((EjbEntityDescriptor) descriptor).getPrimaryKeyClassName();
// primkey can be not set, via setting xml element
// <prim-key-class> to "java.lang.Object"
if (primkey.equals("java.lang.Object")) {
result.addGoodDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.passed(
smh.getLocalString(
getClass().getName() + ".passed",
"Properly defined primary key class type [ {0} ]",
new Object[] {"java.lang.Object"}));
} else {
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable1",
"Primary Key Class is [ {0} ]",
new Object[] {primkey}));
}
return result;
} else if (EjbEntityDescriptor.BEAN_PERSISTENCE.equals(persistence)) {
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable2",
"Entity Bean with [ {0} ] managed persistence, primkey mandatory.",
new Object[] {persistence}));
return result;
} else {
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable3",
"Expected [ {0} ] managed persistence, but [ {1} ] bean has [ {2} ] managed persistence.",
new Object[] {
EjbEntityDescriptor.CONTAINER_PERSISTENCE, descriptor.getName(), persistence
}));
return result;
}
} else {
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor", "For [ {0} ]", new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable",
"[ {0} ] expected {1} bean, but called with {2} bean.",
new Object[] {getClass(), "Entity", "Session"}));
return result;
}
}
/**
* Define ejbFindByPrimaryKey method arguments test.
*
* <p>Every entity enterprise Bean class must define the ejbFindByPrimaryKey method.
*
* <p>The methods arguments types must be legal types for RMI-IIOP.
*
* @param descriptor the Enterprise Java Bean deployment descriptor
* @return <code>Result</code> the results for this assertion
*/
public Result check(EjbDescriptor descriptor) {
Result result = getInitializedResult();
ComponentNameConstructor compName = getVerifierContext().getComponentNameConstructor();
if (descriptor instanceof EjbEntityDescriptor) {
String persistentType = ((EjbEntityDescriptor) descriptor).getPersistenceType();
if (EjbEntityDescriptor.BEAN_PERSISTENCE.equals(persistentType)) {
Class[] ejbFinderMethodParameterTypes;
boolean ejbFindByPrimaryKeyMethodFound = false;
boolean oneFailed = false;
boolean isLegalRMIIIOP = false;
try {
// retrieve the EJB Class Methods
Context context = getVerifierContext();
ClassLoader jcl = context.getClassLoader();
Class EJBClass =
Class.forName(
descriptor.getEjbClassName(), false, getVerifierContext().getClassLoader());
// start do while loop here....
do {
Method[] ejbFinderMethods = EJBClass.getDeclaredMethods();
for (int j = 0; j < ejbFinderMethods.length; ++j) {
if (ejbFinderMethods[j].getName().equals("ejbFindByPrimaryKey")) {
// Every entity enterprise Bean class must define the
// ejbFindByPrimaryKey method.
ejbFindByPrimaryKeyMethodFound = true;
// The methods arguments types must be legal types for RMI-IIOP.
ejbFinderMethodParameterTypes = ejbFinderMethods[j].getParameterTypes();
if (RmiIIOPUtils.isValidRmiIIOPParameters(ejbFinderMethodParameterTypes)) {
// these method parameters are valid, continue
isLegalRMIIIOP = true;
}
if (ejbFindByPrimaryKeyMethodFound && isLegalRMIIIOP) {
result.addGoodDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.addGoodDetails(
smh.getLocalString(
getClass().getName() + ".debug1",
"For EJB Class [ {0} ] Finder Method [ {1} ]",
new Object[] {EJBClass.getName(), ejbFinderMethods[j].getName()}));
result.addGoodDetails(
smh.getLocalString(
getClass().getName() + ".passed",
"An [ {0} ] method with valid RMI-IIOP argument types was found.",
new Object[] {ejbFinderMethods[j].getName()}));
} else if (ejbFindByPrimaryKeyMethodFound && (!isLegalRMIIIOP)) {
oneFailed = true;
result.addErrorDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.addErrorDetails(
smh.getLocalString(
getClass().getName() + ".debug1",
"For EJB Class [ {0} ] Finder Method [ {1} ]",
new Object[] {EJBClass.getName(), ejbFinderMethods[j].getName()}));
result.addErrorDetails(
smh.getLocalString(
getClass().getName() + ".failed",
"Error: An [ {0} ] method was found, but [ {1} ] method has illegal parameter values. [ {2} ] methods arguments types must be legal types for RMI-IIOP.",
new Object[] {
ejbFinderMethods[j].getName(),
ejbFinderMethods[j].getName(),
ejbFinderMethods[j].getName()
}));
}
// found one, and there should only be one, break out
break;
}
}
} while (((EJBClass = EJBClass.getSuperclass()) != null)
&& (!ejbFindByPrimaryKeyMethodFound));
if (!ejbFindByPrimaryKeyMethodFound) {
oneFailed = true;
result.addErrorDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.addErrorDetails(
smh.getLocalString(
getClass().getName() + ".debug3",
"For EJB Class [ {0} ]",
new Object[] {descriptor.getEjbClassName()}));
result.addErrorDetails(
smh.getLocalString(
getClass().getName() + ".failed1",
"Error: No ejbFindByPrimaryKey method was found in bean class."));
}
} catch (ClassNotFoundException e) {
Verifier.debug(e);
result.addErrorDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.failed(
smh.getLocalString(
getClass().getName() + ".failedException",
"Error: EJB Class [ {0} ] does not exist or is not loadable.",
new Object[] {descriptor.getEjbClassName()}));
oneFailed = true;
}
if (oneFailed) {
result.setStatus(result.FAILED);
} else {
result.setStatus(result.PASSED);
}
} else { // (CONTAINER_PERSISTENCE.equals(persistentType))
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor",
"For [ {0} ]",
new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable2",
"Expected persistence type [ {0} ], but bean [ {1} ] has persistence type [ {2} ]",
new Object[] {
EjbEntityDescriptor.BEAN_PERSISTENCE, descriptor.getName(), persistentType
}));
}
return result;
} else {
result.addNaDetails(
smh.getLocalString(
"tests.componentNameConstructor", "For [ {0} ]", new Object[] {compName.toString()}));
result.notApplicable(
smh.getLocalString(
getClass().getName() + ".notApplicable",
"[ {0} ] expected {1} bean, but called with {2} bean.",
new Object[] {getClass(), "Entity", "Session"}));
return result;
}
}
/**
* Optionally implemented SessionSynchronization interface transaction demarcation test. If an
* enterprise bean implements the javax.ejb.SessionSynchronization interface, the Application
* Assembler can specify only the following values for the transaction attributes of the bean's
* methods: Required RequiresNew Mandatory
*
* @param descriptor the Enterprise Java Bean deployment descriptor
* @return <code>Result</code> the results for this assertion
*/
public Result check(EjbDescriptor descriptor) {
Result result = getInitializedResult();
ComponentNameConstructor compName = getVerifierContext().getComponentNameConstructor();
boolean oneFound = false;
if (descriptor instanceof EjbSessionDescriptor) {
try {
Context context = getVerifierContext();
ClassLoader jcl = context.getClassLoader();
Class c =
Class.forName(
descriptor.getEjbClassName(), false, getVerifierContext().getClassLoader());
// walk up the class tree
do {
Class[] interfaces = c.getInterfaces();
for (int i = 0; i < interfaces.length; i++) {
if (interfaces[i].getName().equals("javax.ejb.SessionSynchronization")) {
oneFound = true;
break;
}
}
} while ((c = c.getSuperclass()) != null);
} catch (ClassNotFoundException e) {
Verifier.debug(e);
addErrorDetails(result, compName);
result.failed(
smh.getLocalString(
getClass().getName() + ".failedException1",
"Error: [ {0} ] class not found.",
new Object[] {descriptor.getEjbClassName()}));
return result;
}
// If an enterprise bean implements the javax.ejb.SessionSynchronization
// interface, the Application Assembler can specify only the following
// values for the transaction attributes of the bean's methods:
// Required, RequiresNew, Mandatory
if (oneFound) {
String transactionAttribute = "";
ContainerTransaction containerTransaction = null;
boolean oneFailed = false;
if (!descriptor.getMethodContainerTransactions().isEmpty()) {
for (Enumeration ee = descriptor.getMethodContainerTransactions().keys();
ee.hasMoreElements(); ) {
MethodDescriptor methodDescriptor = (MethodDescriptor) ee.nextElement();
containerTransaction =
(ContainerTransaction)
descriptor.getMethodContainerTransactions().get(methodDescriptor);
if (!(containerTransaction != null && properAttribDefined(containerTransaction))) {
transactionAttribute = containerTransaction.getTransactionAttribute();
addErrorDetails(result, compName);
result.failed(
smh.getLocalString(
getClass().getName() + ".failed",
"Error: TransactionAttribute [ {0} ] for method [ {1} ] is not valid.",
new Object[] {transactionAttribute, methodDescriptor.getName()}));
}
}
}
}
}
if (result.getStatus() != Result.FAILED) {
addGoodDetails(result, compName);
result.passed(
smh.getLocalString(
getClass().getName() + ".passed",
"TransactionAttributes are defined properly for the bean"));
}
return result;
}
/**
* run an individual home method test
*
* @param method the home method to test
* @param descriptor the deployment descriptor for the entity bean
* @param result the result object
*/
protected void runIndividualHomeMethodTest(
Method method, EjbDescriptor descriptor, Result result) {
Method m;
ComponentNameConstructor compName = getVerifierContext().getComponentNameConstructor();
try {
// retrieve the remote interface methods
ClassLoader jcl = getVerifierContext().getClassLoader();
Class ejbClass = Class.forName(descriptor.getEjbClassName(), false, jcl);
// Bug: 4952890. first character of this name should be converted to UpperCase.
String methodName =
method
.getName()
.replaceFirst(
method.getName().substring(0, 1), method.getName().substring(0, 1).toUpperCase());
String expectedMethodName = "ejbHome" + methodName;
do {
// retrieve the EJB Class Methods
m = getMethod(ejbClass, expectedMethodName, method.getParameterTypes());
} while (((ejbClass = ejbClass.getSuperclass()) != null) && (m == null));
if (m != null) {
int modifiers = m.getModifiers();
if (Modifier.isPublic(modifiers) && !Modifier.isStatic(modifiers)) {
addGoodDetails(result, compName);
result.addGoodDetails(
smh.getLocalString(
getClass().getName() + ".passed",
"For method [ {1} ] in Home Interface [ {0} ], ejbHome method is public and not static",
new Object[] {method.getDeclaringClass().getName(), method.getName()}));
result.setStatus(Result.PASSED);
// return true;
} else {
addErrorDetails(result, compName);
result.addErrorDetails(
smh.getLocalString(
getClass().getName() + ".notApplicable",
"Error : For method [ {1} ] defined in Home Interface [ {0} ], the ejbHome method is either static or not public",
new Object[] {method.getDeclaringClass().getName(), method.getName()}));
result.setStatus(Result.FAILED);
// return false;
}
} else {
addErrorDetails(result, compName);
result.addErrorDetails(
smh.getLocalString(
getClass().getName() + ".failed",
"Error : For method [ {1} ] defined in Home Interface [ {0} ], no ejbHome name matching method was found",
new Object[] {method.getDeclaringClass().getName(), method.getName()}));
result.setStatus(Result.FAILED);
// return true;
}
} catch (ClassNotFoundException e) {
Verifier.debug(e);
addErrorDetails(result, compName);
result.failed(
smh.getLocalString(
getClass().getName() + ".failedException",
"Error: Home interface [ {0} ] does not exist or is not loadable within bean [ {1} ]",
new Object[] {getClassName(descriptor), descriptor.getName()}));
// return false;
result.setStatus(Result.FAILED);
}
}
@Override
public HandlerProcessingResult processAnnotation(AnnotationInfo annInfo)
throws AnnotationProcessorException {
AnnotatedElementHandler annCtx = annInfo.getProcessingContext().getHandler();
AnnotatedElement annElem = annInfo.getAnnotatedElement();
AnnotatedElement origAnnElem = annElem;
boolean ejbInWar = ignoreWebserviceAnnotations(annElem, annCtx);
// Bug http://monaco.sfbay/detail.jsf?cr=6956406
// When there is an ejb webservice packaged in a war
// ignore the annotation processing for WebBundleDescriptor
// In Ejb webservice in a war there are 2 bundle descriptors
// so we should just allow the processing for the EjbBundleDescriptor
// and add webservices to that BundleDescriptor
if (ejbInWar) {
return HandlerProcessingResultImpl.getDefaultResult(
getAnnotationType(), ResultType.PROCESSED);
}
// sanity check
if (!(annElem instanceof Class)) {
AnnotationProcessorException ape =
new AnnotationProcessorException(
wsLocalStrings.getLocalString(
"enterprise.deployment.annotation.handlers.wrongannotationlocation",
"WS00022: symbol annotation can only be specified on TYPE"),
annInfo);
annInfo.getProcessingContext().getErrorHandler().error(ape);
return HandlerProcessingResultImpl.getDefaultResult(getAnnotationType(), ResultType.FAILED);
}
// Ignore @WebService annotation on an interface; process only those in an actual service impl
// class
if (((Class) annElem).isInterface()) {
return HandlerProcessingResultImpl.getDefaultResult(
getAnnotationType(), ResultType.PROCESSED);
}
if (isJaxwsRIDeployment(annInfo)) {
// Looks like JAX-WS RI specific deployment, do not process Web Service annotations otherwise
// would end up as two web service endpoints
conLogger.log(
Level.INFO,
LogUtils.DEPLOYMENT_DISABLED,
new Object[] {
annInfo.getProcessingContext().getArchive().getName(), "WEB-INF/sun-jaxws.xml"
});
return HandlerProcessingResultImpl.getDefaultResult(
getAnnotationType(), ResultType.PROCESSED);
}
// let's get the main annotation of interest.
javax.jws.WebService ann = (javax.jws.WebService) annInfo.getAnnotation();
BundleDescriptor bundleDesc = null;
// Ensure that an EJB endpoint is packaged in EJBJAR and a servlet endpoint is packaged in a WAR
try {
/* TODO These conditions will change since ejb in war will be supported
//uncomment if needed
if(annCtx instanceof EjbContext && (provider !=null) &&
(provider.getType("javax.ejb.Stateless") == null)) {
AnnotationProcessorException ape = new AnnotationProcessorException(
localStrings.getLocalString("enterprise.deployment.annotation.handlers.webeppkgwrong",
"Class {0} is annotated with @WebService and without @Stateless
but is packaged in a JAR." +
" If it is supposed to be a servlet endpoint, it should be
packaged in a WAR; Deployment will continue assuming this " +
"class to be just a POJO used by other classes in the JAR being deployed",
new Object[] {((Class)annElem).getName()}),annInfo);
ape.setFatal(false);
throw ape;
}
if(annCtx instanceof EjbBundleContext && (provider !=null) &&
(provider.getType("javax.ejb.Stateless") == null)) {
AnnotationProcessorException ape = new AnnotationProcessorException(
localStrings.getLocalString ("enterprise.deployment.annotation.handlers.webeppkgwrong",
"Class {0} is annotated with @WebService and without @Stateless but is packaged in a JAR." +
" If it is supposed to be a servlet endpoint, it should be packaged in a WAR; Deployment will continue assuming this " +
"class to be just a POJO used by other classes in the JARbeing deployed",
new Object[] {((Class)annElem).getName()}),annInfo);
ape.setFatal(false);
throw ape;
}
if(annCtx instanceof WebBundleContext && (provider !=null) &&
(provider.getType("javax.ejb.Stateless") != null)) {
AnnotationProcessorException ape = new AnnotationProcessorException(
localStrings.getLocalString
("enterprise.deployment.annotation.handlers.ejbeppkgwrong",
"Class {0} is annotated with @WebService and @Stateless but is packaged in a WAR." +" If it is supposed to be an EJB endpoint, it should be packaged in a JAR; Deployment will continue assuming this "
+" class to be just a POJO used by other classes in the WAR being deployed",
new Object[] {((Class)annElem).getName()}),annInfo);
ape.setFatal(false);
throw ape;
}*/
// let's see the type of web service we are dealing with...
if ((ejbProvider != null)
&& ejbProvider.getType("javax.ejb.Stateless") != null
&& (annCtx instanceof EjbContext)) {
// this is an ejb !
EjbContext ctx = (EjbContext) annCtx;
bundleDesc = ctx.getDescriptor().getEjbBundleDescriptor();
bundleDesc.setSpecVersion("3.0");
} else {
// this has to be a servlet since there is no @Servlet annotation yet
if (annCtx instanceof WebComponentContext) {
bundleDesc = ((WebComponentContext) annCtx).getDescriptor().getWebBundleDescriptor();
} else if (!(annCtx instanceof WebBundleContext)) {
return getInvalidAnnotatedElementHandlerResult(
annInfo.getProcessingContext().getHandler(), annInfo);
}
bundleDesc = ((WebBundleContext) annCtx).getDescriptor();
bundleDesc.setSpecVersion("2.5");
}
} catch (Exception e) {
throw new AnnotationProcessorException(
wsLocalStrings.getLocalString(
"webservice.annotation.exception",
"WS00023: Exception in processing @Webservice : {0}",
e.getMessage()));
}
// WebService.name in the impl class identifies port-component-name
// If this is specified in impl class, then that takes precedence
String portComponentName = ann.name();
// As per JSR181, the serviceName is either specified in the deployment descriptor
// or in @WebSErvice annotation in impl class; if neither service name implclass+Service
String svcNameFromImplClass = ann.serviceName();
String implClassName = ((Class) annElem).getSimpleName();
String implClassFullName = ((Class) annElem).getName();
// In case user gives targetNameSpace in the Impl class, that has to be used as
// the namespace for service, port; typically user will do this in cases where
// port_types reside in a different namespace than that of server/port.
// Store the targetNameSpace, if any, in the impl class for later use
String targetNameSpace = ann.targetNamespace();
// As per JSR181, the portName is either specified in deployment desc or in @WebService
// in impl class; if neither, it will @WebService.name+Port; if @WebService.name is not there,
// then port name is implClass+Port
String portNameFromImplClass = ann.portName();
if ((portNameFromImplClass == null) || (portNameFromImplClass.length() == 0)) {
if ((portComponentName != null) && (portComponentName.length() != 0)) {
portNameFromImplClass = portComponentName + "Port";
} else {
portNameFromImplClass = implClassName + "Port";
}
}
// Store binding type specified in Impl class
String userSpecifiedBinding = null;
javax.xml.ws.BindingType bindingAnn =
(javax.xml.ws.BindingType) ((Class) annElem).getAnnotation(javax.xml.ws.BindingType.class);
if (bindingAnn != null) {
userSpecifiedBinding = bindingAnn.value();
}
// Store wsdlLocation in the impl class (if any)
String wsdlLocation = null;
if (ann.wsdlLocation() != null && ann.wsdlLocation().length() != 0) {
wsdlLocation = ann.wsdlLocation();
}
// At this point, we need to check if the @WebService points to an SEI
// with the endpointInterface attribute, if that is the case, the
// remaining attributes should be extracted from the SEI instead of SIB.
if (ann.endpointInterface() != null && ann.endpointInterface().length() > 0) {
Class endpointIntf;
try {
endpointIntf = ((Class) annElem).getClassLoader().loadClass(ann.endpointInterface());
} catch (java.lang.ClassNotFoundException cfne) {
throw new AnnotationProcessorException(
localStrings.getLocalString(
"enterprise.deployment.annotation.handlers.classnotfound",
"class {0} referenced from annotation symbol cannot be loaded",
new Object[] {ann.endpointInterface()}),
annInfo);
}
annElem = endpointIntf;
ann = annElem.getAnnotation(javax.jws.WebService.class);
if (ann == null) {
throw new AnnotationProcessorException(
wsLocalStrings.getLocalString(
"no.webservice.annotation",
"WS00025: SEI {0} referenced from the @WebService annotation on {1} does not contain a @WebService annotation",
((javax.jws.WebService) annInfo.getAnnotation()).endpointInterface(),
((Class) annElem).getName()));
}
// SEI cannot have @BindingType
if (annElem.getAnnotation(javax.xml.ws.BindingType.class) != null) {
throw new AnnotationProcessorException(
wsLocalStrings.getLocalString(
"cannot.have.bindingtype",
"WS00026: SEI {0} cannot have @BindingType",
((javax.jws.WebService) annInfo.getAnnotation()).endpointInterface()));
}
}
WebServicesDescriptor wsDesc = bundleDesc.getWebServices();
// WebService.name not found; as per 109, default port-component-name
// is the simple class name as long as the simple class name will be a
// unique port-component-name for this module
if (portComponentName == null || portComponentName.length() == 0) {
portComponentName = implClassName;
}
// Check if this port-component-name is unique for this module
WebServiceEndpoint wep = wsDesc.getEndpointByName(portComponentName);
if (wep != null) {
// there is another port-component by this name in this module;
// now we have to look at the SEI/impl of that port-component; if that SEI/impl
// is the same as the current SEI/impl then it means we have to override values;
// If the SEI/impl classes do not match, then no overriding should happen; we should
// use fully qualified class name as port-component-name for the current endpoint
if ((wep.getServiceEndpointInterface() != null)
&& (wep.getServiceEndpointInterface().length() != 0)
&& (!((Class) annElem).getName().equals(wep.getServiceEndpointInterface()))) {
portComponentName = implClassFullName;
}
}
// Check if the same endpoint is already defined in webservices.xml
// This has to be done again after applying the 109 rules as above
// for port-component-name
WebServiceEndpoint endpoint = wsDesc.getEndpointByName(portComponentName);
WebService newWS;
if (endpoint == null) {
if (DOLUtils.warType().equals(bundleDesc.getModuleType())) {
// http://java.net/jira/browse/GLASSFISH-17204
WebComponentDescriptor[] wcByImplName =
((WebBundleDescriptor) bundleDesc).getWebComponentByImplName(implClassFullName);
for (WebComponentDescriptor wc : wcByImplName) {
if (!wsDesc.getEndpointsImplementedBy(wc).isEmpty()) {
// URL mapping for annotated service exists - it can be JAX-RPC service
// as well as some servlet or maybe only invalid port-component-name,
// so let user know about possible error
logger.log(
Level.SEVERE, LogUtils.WS_URLMAPPING_EXISTS, new Object[] {implClassFullName});
break;
}
}
}
// Check if a service with the same name is already present
// If so, add this endpoint to the existing service
if (svcNameFromImplClass != null && svcNameFromImplClass.length() != 0) {
newWS = wsDesc.getWebServiceByName(svcNameFromImplClass);
} else {
newWS = wsDesc.getWebServiceByName(implClassName + "Service");
}
if (newWS == null) {
newWS = new WebService();
// service name from annotation
if (svcNameFromImplClass != null && svcNameFromImplClass.length() != 0) {
newWS.setName(svcNameFromImplClass);
} else {
newWS.setName(implClassName + "Service");
}
wsDesc.addWebService(newWS);
}
endpoint = new WebServiceEndpoint();
if (portComponentName != null && portComponentName.length() != 0) {
endpoint.setEndpointName(portComponentName);
} else {
endpoint.setEndpointName(((Class) annElem).getName());
}
newWS.addEndpoint(endpoint);
wsDesc.setSpecVersion(WebServicesDescriptorNode.SPEC_VERSION);
} else {
newWS = endpoint.getWebService();
}
// If wsdl-service is specified in the descriptor, then the targetnamespace
// in wsdl-service should match the @WebService.targetNameSpace, if any.
// make that assertion here - and the targetnamespace in wsdl-service, if
// present overrides everything else
if (endpoint.getWsdlService() != null) {
if ((targetNameSpace != null)
&& (targetNameSpace.length() != 0)
&& (!endpoint.getWsdlService().getNamespaceURI().equals(targetNameSpace))) {
AnnotationProcessorException ape =
new AnnotationProcessorException(
wsLocalStrings.getLocalString(
"mismatch.targetnamespace",
"WS00027: Target Namespace in wsdl-service element does not match @WebService.targetNamespace"),
annInfo);
annInfo.getProcessingContext().getErrorHandler().error(ape);
return HandlerProcessingResultImpl.getDefaultResult(getAnnotationType(), ResultType.FAILED);
}
targetNameSpace = endpoint.getWsdlService().getNamespaceURI();
}
// Service and port should reside in the same namespace - assert that
if ((endpoint.getWsdlService() != null) && (endpoint.getWsdlPort() != null)) {
if (!endpoint
.getWsdlService()
.getNamespaceURI()
.equals(endpoint.getWsdlPort().getNamespaceURI())) {
AnnotationProcessorException ape =
new AnnotationProcessorException(
wsLocalStrings.getLocalString(
"mismatch.port.targetnamespace",
"WS00028: Target Namespace for wsdl-service and wsdl-port should be the same"),
annInfo);
annInfo.getProcessingContext().getErrorHandler().error(ape);
return HandlerProcessingResultImpl.getDefaultResult(getAnnotationType(), ResultType.FAILED);
}
}
// Use annotated values only if the deployment descriptor equivalen has not been specified
// If wsdlLocation was not given in Impl class, see if it is present in SEI
// Set this in DOL if there is no Depl Desc entry
// Precedence given for wsdlLocation in impl class
if (newWS.getWsdlFileUri() == null) {
if (wsdlLocation != null) {
newWS.setWsdlFileUri(wsdlLocation);
} else {
if (ann.wsdlLocation() != null && ann.wsdlLocation().length() != 0) {
newWS.setWsdlFileUri(ann.wsdlLocation());
}
}
}
// Set binding id id @BindingType is specified by the user in the impl class
if ((!endpoint.hasUserSpecifiedProtocolBinding())
&& (userSpecifiedBinding != null)
&& (userSpecifiedBinding.length() != 0)) {
endpoint.setProtocolBinding(userSpecifiedBinding);
}
if (endpoint.getServiceEndpointInterface() == null) {
// take SEI from annotation
if (ann.endpointInterface() != null && ann.endpointInterface().length() != 0) {
endpoint.setServiceEndpointInterface(ann.endpointInterface());
} else {
endpoint.setServiceEndpointInterface(((Class) annElem).getName());
}
}
// at this point the SIB has to be used no matter what @WebService was used.
annElem = annInfo.getAnnotatedElement();
if (DOLUtils.warType().equals(bundleDesc.getModuleType())) {
if (endpoint.getServletImplClass() == null) {
// Set servlet impl class here
endpoint.setServletImplClass(((Class) annElem).getName());
}
// Servlet link name
WebBundleDescriptor webBundle = (WebBundleDescriptor) bundleDesc;
if (endpoint.getWebComponentLink() == null) {
// <servlet-link> = fully qualified name of the implementation class
endpoint.setWebComponentLink(implClassFullName);
}
if (endpoint.getWebComponentImpl() == null) {
WebComponentDescriptor webComponent =
(WebComponentDescriptor)
webBundle.getWebComponentByCanonicalName(endpoint.getWebComponentLink());
if (webComponent == null) {
// GLASSFISH-3297
WebComponentDescriptor[] wcs = webBundle.getWebComponentByImplName(implClassFullName);
if (wcs.length > 0) {
webComponent = wcs[0];
}
}
// if servlet is not known, we should add it now
if (webComponent == null) {
webComponent = new WebComponentDescriptorImpl();
webComponent.setServlet(true);
webComponent.setWebComponentImplementation(((Class) annElem).getCanonicalName());
webComponent.setName(endpoint.getEndpointName());
webComponent.addUrlPattern("/" + newWS.getName());
webBundle.addWebComponentDescriptor(webComponent);
}
endpoint.setWebComponentImpl(webComponent);
}
} else {
// TODO BM handle stateless
Stateless stateless = null;
try {
stateless = annElem.getAnnotation(javax.ejb.Stateless.class);
} catch (Exception e) {
if (logger.isLoggable(Level.FINE)) {
// This can happen in the web.zip installation where there is no ejb
// Just logging the error
conLogger.log(Level.FINE, LogUtils.EXCEPTION_THROWN, e);
}
}
Singleton singleton = null;
try {
singleton = annElem.getAnnotation(javax.ejb.Singleton.class);
} catch (Exception e) {
if (logger.isLoggable(Level.FINE)) {
// This can happen in the web.zip installation where there is no ejb
// Just logging the error
conLogger.log(Level.FINE, LogUtils.EXCEPTION_THROWN, e);
}
}
String name;
if ((stateless != null) && ((stateless).name() == null || stateless.name().length() > 0)) {
name = stateless.name();
} else if ((singleton != null)
&& ((singleton).name() == null || singleton.name().length() > 0)) {
name = singleton.name();
} else {
name = ((Class) annElem).getSimpleName();
}
EjbDescriptor ejb = ((EjbBundleDescriptor) bundleDesc).getEjbByName(name);
endpoint.setEjbComponentImpl(ejb);
ejb.setWebServiceEndpointInterfaceName(endpoint.getServiceEndpointInterface());
if (endpoint.getEjbLink() == null) endpoint.setEjbLink(ejb.getName());
}
if (endpoint.getWsdlPort() == null) {
// Use targetNameSpace given in wsdl-service/Impl class for port and service
// If none, derive the namespace from package name and this will be used for
// service and port - targetNamespace, if any, in SEI will be used for pprtType
// during wsgen phase
if (targetNameSpace == null || targetNameSpace.length() == 0) {
// No targerNameSpace anywhere; calculate targetNameSpace and set wsdl port
// per jax-ws 2.0 spec, the target name is the package name in
// the reverse order prepended with http://
if (((Class) annElem).getPackage() != null) {
StringTokenizer tokens =
new StringTokenizer(((Class) annElem).getPackage().getName(), ".", false);
if (tokens.hasMoreElements()) {
while (tokens.hasMoreElements()) {
if (targetNameSpace == null || targetNameSpace.length() == 0) {
targetNameSpace = tokens.nextElement().toString();
} else {
targetNameSpace = tokens.nextElement().toString() + "." + targetNameSpace;
}
}
} else {
targetNameSpace = ((Class) annElem).getPackage().getName();
}
} else {
throw new AnnotationProcessorException(
wsLocalStrings.getLocalString(
"missing.targetnamespace",
"WS00029: The javax.jws.WebService annotation targetNamespace must be used for classes or interfaces that are in no package"));
}
targetNameSpace = "http://" + (targetNameSpace == null ? "" : targetNameSpace + "/");
}
// WebService.portName = wsdl-port
endpoint.setWsdlPort(new QName(targetNameSpace, portNameFromImplClass, "ns1"));
}
if (endpoint.getWsdlService() == null) {
// Set wsdl-service properly; namespace is the same as that of wsdl port;
// service name derived from deployment desc / annotation / default
String serviceNameSpace = endpoint.getWsdlPort().getNamespaceURI();
String serviceName = null;
if ((svcNameFromImplClass != null) && (svcNameFromImplClass.length() != 0)) {
// Use the serviceName annotation if available
serviceName = svcNameFromImplClass;
} else {
serviceName = newWS.getName();
}
endpoint.setWsdlService(new QName(serviceNameSpace, serviceName, "ns1"));
}
// Now force a HandlerChain annotation processing
// This is to take care of the case where the endpoint Impl class does not
// have @HandlerChain but the SEI has one specified through JAXWS customization
if ((((Class) origAnnElem).getAnnotation(javax.jws.HandlerChain.class)) == null) {
return (new HandlerChainHandler())
.processHandlerChainAnnotation(annInfo, annCtx, origAnnElem, (Class) origAnnElem, true);
}
return HandlerProcessingResultImpl.getDefaultResult(getAnnotationType(), ResultType.PROCESSED);
}