I creaed one user defined exception and using this exception in the session bean when I am trying use this bean at the client side and cathing this exception it is not catching it properly while server side it is throwing this exception.
server is throwing ValidationException but it is cathing in the RemoteException.
stack trace is given below
java.rmi.ServerException: RemoteException occurred in server thread; nested exception is: java.rmi.RemoteException: com.ss.sms.common.exception.ValidationException: name should be unique at com.sisl.snms.server.esc.common.SmsEscBean.checkDuplicateNeName(SnmsEscBean.java:56) at com.sisl.snms.server.esc.escatm.SessionBean1.modifyNe(EscAtmBean.java:219) at com.pramati.ejb.runtime.EscAtmBean_LocalObject_Impl_785398532._pramati_impl_modifyNe(EscAtmBean_LocalObject_Impl_785398532.java:285) at com.pramati.ejb.runtime.EscAtmBean_LocalObject_Impl_785398532$3.run(EscAtmBean_LocalObject_Impl_785398532.java:238) at com.pramati.security.util.JAASSecurityHelper.doAs(JAASSecurityHelper.java:158) at com.pramati.security.util.JAASSecurityHelper.doAs(JAASSecurityHelper.java:266) at sun.reflect.GeneratedMethodAccessor85.invoke(Unknown Source) \
Following is a brief description about how EJB container handles exceptions. I found it from some site, dont remember the source though.
How the EJB container handles exceptions:
The EJB container intercepts every method call on the EJB component. As a result, every exception that results in a method call is also intercepted by the EJB container. The EJB specification deals only with handling two types of exception: application exceptions and system exceptions.
An application exception is defined by the EJB spec as any exception declared on the method signatures in the remote interface (other than RemoteException). An application exception is a special scenario in the business workflow. When this type of exception is thrown, the client is given a recovery option, usually one that entails processing the request in a different way. This does not, however, mean that any unchecked exception declared in the throws clause of a remote-interface method would be treated as an application exception. The spec states clearly that application exceptions should not extend RuntimeException or its subclasses.
When an application exception occurs, the EJB container doesn't roll back the transaction unless it is asked to do so explicitly, with a call to the setRollbackOnly() method on the associated EJBContext object. In fact, application exceptions are guaranteed to be delivered to the client as is: the EJB container does not wrap or massage the exception in any way.
A system exception is defined as either a checked exception or an unchecked exception, from which an EJB method cannot recover. When the EJB container intercepts an unchecked exception, it rolls back the transaction and does any necessary cleanup. Then the container wraps the unchecked exception in a RemoteException and throws it to the client. Thus the EJB container presents all unchecked system exceptions to the client as RemoteExceptions (or as a subclass thereof, such as TransactionRolledbackException).
In the case of a checked exception, the container does not automatically perform the housekeeping described above. To use the EJB container's internal housekeeping, you will have to have your checked exceptions thrown as unchecked exceptions. Whenever a checked system exception (such as a NamingException) occurs, you should throw javax.ejb.EJBException , or a subclass thereof, by wrapping the original exception. Because EJBException itself is an unchecked exception, there is no need to declare it in the throws clause of the method. The EJB container catches the EJBException or its subclass, wraps it in a RemoteException, and throws the RemoteException to the client.