/**
    * User-defined push-down method ejbCreate.
    * If the bean already exists in the backend datastore, then you should
    * throw a javax.ejb.DuplicateKeyException.
    *
    * @param bean Reference to the bean implementation class
    * @param accessIntent Reference to the access intent settings to be used for this method
    * @param connection The CCI connection to the back-end system.  This
    * connection was previously obtained (by the EJBToRAAdapter implementation)
    * via connectionFactory.getConnection(connectionSpec).  For non-relational,
    * non-CCI based beans, this will be null and the user will have to manually
    * connect to the back-end system and close the connection before returning.
    *
    * @exception javax.ejb.CreateException Thrown if an exception occurs creating bean data
    * @exception ResourceException Any other exceptions are wrapped in a
    * ResourceException.
    **/
   public void ejbCreate(
      AccountBean bean,
      AccessIntent accessIntent,
      Object connection)
      throws javax.ejb.CreateException, ResourceException
   {
      log.entering("AccountBeanUserDefinedPushDownMethodsImpl",
         "ejbCreate(AccountBean, AccessIntent, Object)",
         new Object[] {bean, accessIntent, connection});
      //The following code uses the JAX-RPC Dynamic Invocation Interface (DII).
      //You can replace it with code that uses static (strongly-typed) JAX-RPC
      //stubs (produced by a tool such as wscompile or WSDL2Java) if desired.
      if (service == null) init();
      javax.ejb.DuplicateKeyException dupKey = null;
      try {
         javax.xml.namespace.QName operation = new javax.xml.namespace.QName("createAccount");
         // Change line below if operation returns a response (that is, if it is non-void)
         // For example, if it returns a float, then set returnType as follows:
         // returnType = new QName("http://www.w3.org/2001/XMLSchema", "float");
         javax.xml.namespace.QName returnType = new javax.xml.namespace.QName(
           "http://www.w3.org/2001/XMLSchema", "boolean");
         int paramCount = 2; //change to actual param count
         Object[] params = new Object[paramCount];
         // Begin customer-written code to populate params array
         params[0] = bean.getId();
         params[1] = new Float(bean.getBalance());
         // End customer-written code to populate params array
         Object result = helper.invokeJAXRPCCall(
            service, port, operation, returnType, endpointAddress, params);
         boolean success = ((Boolean) result).booleanValue();
         if (!success) dupKey = new javax.ejb.DuplicateKeyException(bean.getId().toString());
      } catch (ResourceException re) {
         log.throwing("AccountBeanUserDefinedPushDownMethodsImpl",
            "ejbCreate(AccountBean, AccessIntent, Object)", re);
         throw re;
      } catch (Exception e) {
         ResourceException re = helper.createResourceException(e, this.getClass());
         log.throwing("AccountBeanUserDefinedPushDownMethodsImpl",
            "ejbCreate(AccountBean, AccessIntent, Object)", re);
         throw re;
      }
      //Note that if the return code from the back-end datastore interaction
      //indicated that a user-defined exception (declared in the push-down
      //method's signature) should be thrown, then throw it here.
      if (dupKey != null) {
         log.throwing("AccountBeanUserDefinedPushDownMethodsImpl",
            "ejbCreate(AccountBean, AccessIntent, Object)", dupKey);
         throw dupKey;
      }
      log.exiting("AccountBeanUserDefinedPushDownMethodsImpl",
         "ejbCreate(AccountBean, AccessIntent, Object)");
   }

				/**
    * User-defined push-down method ejbFindByPrimaryKey.
    * For single object finders, if the bean does not exist in the backend
    * datastore, then you should throw a javax.ejb.ObjectNotFoundException.
    * For multi-object finders, if no results are found in the backend
    * datastore, then you should return an empty Record.
    *
    * @param arg0 Push-down method Parameter #0
    * @param accessIntent Reference to the access intent settings to be used for this method
    * @param connection The CCI connection to the back-end system.  This
    * connection was previously obtained (by the EJBToRAAdapter implementation)
    * via connectionFactory.getConnection(connectionSpec).  For non-relational,
    * non-CCI based beans, this will be null and the user will have to manually
    * connect to the back-end system and close the connection before returning.
    *
    * @return The return type of this finder method is a Record of Records,
    * each inner record of which contains the values of the bean's CMP fields,
    * with primitives wrapped (such as a java.lang.Integer for an int).
    * Note that with single-bean finders, like ejbFindByPrimaryKey, the outer
    * record will contain exactly one inner record, whereas with multi-bean
    * finders the outer record will contain zero or more inner records.  The
    * order of the fields of the inner record must be as follows:
    *    Position #0: id
    *    Position #1: balance
    *
    * @exception javax.ejb.FinderException Thrown if an exception occurs retrieving bean data
    * @exception ResourceException Any other exceptions are wrapped in a
    * ResourceException.
    */
   public Record ejbFindByPrimaryKey(
      java.lang.Integer arg0,
      AccessIntent accessIntent,
      Object connection)
      throws javax.ejb.FinderException, ResourceException
   {
      log.entering("AccountBeanUserDefinedPushDownMethodsImpl",
         "ejbFindByPrimaryKey(java.lang.Integer, AccessIntent, Object)",
         new Object[] {arg0, accessIntent, connection});
      //The following code uses the JAX-RPC Dynamic Invocation Interface (DII).
      //You can replace it with code that uses static (strongly-typed) JAX-RPC
      //stubs (produced by a tool such as wscompile or WSDL2Java) if desired.
      if (service == null) init();
      javax.ejb.ObjectNotFoundException notFound = null;
      IndexedRecord returnValue = helper.createCCIIndexedRecord();
      try {
         javax.xml.namespace.QName operation = new javax.xml.namespace.QName("retrieveAccount");
         // Change line below if operation returns a response (that is, if it is non-void)
         // For example, if it returns a float, then set returnType as follows:
         // returnType = new QName("http://www.w3.org/2001/XMLSchema", "float");
         javax.xml.namespace.QName returnType = new javax.xml.namespace.QName(
            "http://www.w3.org/2001/XMLSchema", "float");
         int paramCount = 1; //change to actual param count
         Object[] params = new Object[paramCount];
         // Begin customer-written code to populate params array
         params[0] = arg0;
         // End customer-written code to populate params array
         Object result = helper.invokeJAXRPCCall(
            service, port, operation, returnType, endpointAddress, params);
         // Add records to returnValue record as described in this method's JavaDoc
         if (result == null) {
            notFound = new javax.ejb.ObjectNotFoundException(arg0.toString());
         } else {
            IndexedRecord account = helper.createCCIIndexedRecord();
            account.add(0, arg0);     //id
            account.add(1, result);   //balance
            returnValue.add(0, arg0); //single object finder
         }
      } catch (ResourceException re) {
         log.throwing("AccountBeanUserDefinedPushDownMethodsImpl",
            "ejbFindByPrimaryKey(java.lang.Integer, AccessIntent, Object)", re);
         throw re;
      } catch (Exception e) {
         ResourceException re = helper.createResourceException(e, this.getClass());
         log.throwing("AccountBeanUserDefinedPushDownMethodsImpl",
            "ejbFindByPrimaryKey(java.lang.Integer, AccessIntent, Object)", re);
         throw re;
      }
      //Note that if the return code from the back-end datastore interaction
      //indicated that a user-defined exception (declared in the push-down
      //method's signature) should be thrown, then throw it here.
      if (notFound != null) {
         log.throwing("AccountBeanUserDefinedPushDownMethodsImpl",
            "ejbFindByPrimaryKey(java.lang.Integer, AccessIntent, Object)", notFound);
         throw notFound;
      }
      log.exiting("AccountBeanUserDefinedPushDownMethodsImpl",
         "ejbFindByPrimaryKey(java.lang.Integer, AccessIntent, Object)", returnValue);
      return returnValue;
   }

				/**
    * User-defined push-down method ejbStore.
    * If the bean no longer exists in the backend datastore, then you should
    * throw a javax.ejb.NoSuchEntityException.
    *
    * @param bean Reference to the bean implementation class, containing the "new" field values
    * @param accessIntent Reference to the access intent settings to be used for this method
    * @param oldValues IndexedRecord holding original values of CMP fields.  If
    * the accessIntent indicates that optimistic concurrency control is being
    * used, then this holds the values of the CMP fields as they were when the
    * bean was loaded.  If the values have changed since then in the backend
    * datastore, then you should throw a javax.ejb.NoSuchEntityException.
    * The order of the CMP fields in the IndexedRecord is as follows:
    *    Position #0: id
    *    Position #1: balance
    * @param connection The CCI connection to the back-end system.  This
    * connection was previously obtained (by the EJBToRAAdapter implementation)
    * via connectionFactory.getConnection(connectionSpec).  For non-relational,
    * non-CCI based beans, this will be null and the user will have to manually
    * connect to the back-end system and close the connection before returning.
    *
    * @exception javax.ejb.NoSuchEntityException Thrown if bean no longer exists
    * @exception ResourceException Any other exceptions are wrapped in a
    * ResourceException.
    */
   public void ejbStore(
      AccountBean bean,
      AccessIntent accessIntent,
      IndexedRecord oldValues,
      Object connection)
      throws javax.ejb.NoSuchEntityException, ResourceException
   {
      log.entering("AccountBeanUserDefinedPushDownMethodsImpl",
         "ejbStore(AccountBean, AccessIntent, IndexedRecord, Object)",
         new Object[] {bean, accessIntent, oldValues, connection});
      //The following code uses the JAX-RPC Dynamic Invocation Interface (DII).
      //You can replace it with code that uses static (strongly-typed) JAX-RPC
      //stubs (produced by a tool such as wscompile or WSDL2Java) if desired.
      if (service == null) init();
      javax.ejb.NoSuchEntityException noSuchEntity = null;
      try {
         javax.xml.namespace.QName operation = new javax.xml.namespace.QName("updateAccount");
         // Change line below if operation returns a response (that is, if it is non-void)
         // For example, if it returns a float, then set returnType as follows:
         // returnType = new QName("http://www.w3.org/2001/XMLSchema", "float");
         javax.xml.namespace.QName returnType = new javax.xml.namespace.QName(
            "http://www.w3.org/2001/XMLSchema", "boolean");
         int paramCount = 2; //change to actual param count
         Object[] params = new Object[paramCount];
         // Begin customer-written code to populate params array
         params[0] = bean.getId();
         params[1] = new Float(bean.getBalance());
         // End customer-written code to populate params array
         Object result = helper.invokeJAXRPCCall(
            service, port, operation, returnType, endpointAddress, params);
         boolean success = ((Boolean) result).booleanValue();
         if (!success) {
            noSuchEntity = new javax.ejb.NoSuchEntityException(bean.getId().toString());
         }
      } catch (ResourceException re) {
         log.throwing("AccountBeanUserDefinedPushDownMethodsImpl",
            "ejbStore(AccountBean, AccessIntent, IndexedRecord, Object)", re);
         throw re;
      } catch (Exception e) {
         ResourceException re = helper.createResourceException(e, this.getClass());
         log.throwing("AccountBeanUserDefinedPushDownMethodsImpl",
            "ejbStore(AccountBean, AccessIntent, IndexedRecord, Object)", re);
         throw re;
      }
      //Note that if the return code from the back-end datastore interaction
      //indicated that a user-defined exception (declared in the push-down
      //method's signature) should be thrown, then throw it here.
      if (noSuchEntity != null) {
         log.throwing("AccountBeanUserDefinedPushDownMethodsImpl",
            "ejbStore(AccountBean, AccessIntent, IndexedRecord, Object)", noSuchEntity);
         throw noSuchEntity;
      }
      log.exiting("AccountBeanUserDefinedPushDownMethodsImpl",
         "ejbStore(AccountBean, AccessIntent, IndexedRecord, Object)");
   }

				 /**
    * User-defined push-down method ejbRemove.
    * If the bean does not exist in the backend datastore, then you should
    * throw a javax.ejb.RemoveException.
    *
    * @param bean Reference to the bean implementation class
    * @param accessIntent Reference to the access intent settings to be used for this method
    * @param connection The CCI connection to the back-end system.  This
    * connection was previously obtained (by the EJBToRAAdapter implementation)
    * via connectionFactory.getConnection(connectionSpec).  For non-relational,
    * non-CCI based beans, this will be null and the user will have to manually
    * connect to the back-end system and close the connection before returning.
    *
    * @exception javax.ejb.RemoveException Thrown if an exception occurs deleting bean data
    * @exception ResourceException Any other exceptions are wrapped in a
    * ResourceException.
    */
   public void ejbRemove(
      AccountBean bean,
      AccessIntent accessIntent,
      Object connection)
      throws javax.ejb.RemoveException, ResourceException
   {
      log.entering("AccountBeanUserDefinedPushDownMethodsImpl",
         "ejbRemove(AccountBean, AccessIntent, Object)",
         new Object[] {bean, accessIntent, connection});
      //The following code uses the JAX-RPC Dynamic Invocation Interface (DII).
      //You can replace it with code that uses static (strongly-typed) JAX-RPC
      //stubs (produced by a tool such as wscompile or WSDL2Java) if desired.
      if (service == null) init();
      javax.ejb.RemoveException removeEx = null;
      try {
         javax.xml.namespace.QName operation = new javax.xml.namespace.QName("deleteAccount");
         // Change line below if operation returns a response (that is, if it is non-void)
         // For example, if it returns a float, then set returnType as follows:
         // returnType = new QName("http://www.w3.org/2001/XMLSchema", "float");
         javax.xml.namespace.QName returnType = new javax.xml.namespace.QName(
            "http://www.w3.org/2001/XMLSchema", "boolean");
         int paramCount = 1; //change to actual param count
         Object[] params = new Object[paramCount];
         // Begin customer-written code to populate params array
         params[0] = bean.getId();
         // End customer-written code to populate params array
         Object result = helper.invokeJAXRPCCall(
            service, port, operation, returnType, endpointAddress, params);
         boolean success = ((Boolean) result).booleanValue();
         if (!success) removeEx = new javax.ejb.RemoveException(bean.getId().toString());
      } catch (ResourceException re) {
         log.throwing("AccountBeanUserDefinedPushDownMethodsImpl",
            "ejbRemove(AccountBean, AccessIntent, Object)", re);
         throw re;
      } catch (Exception e) {
         ResourceException re = helper.createResourceException(e, this.getClass());
         log.throwing("AccountBeanUserDefinedPushDownMethodsImpl",
            "ejbRemove(AccountBean, AccessIntent, Object)", re);
         throw re;
      }
      //Note that if the return code from the back-end datastore interaction
      //indicated that a user-defined exception (declared in the push-down
      //method's signature) should be thrown, then throw it here.
      if (removeEx != null) {
         log.throwing("AccountBeanUserDefinedPushDownMethodsImpl",
            "ejbRemove(AccountBean, AccessIntent, Object)", removeEx);
         throw removeEx;
      }
      log.exiting("AccountBeanUserDefinedPushDownMethodsImpl",
         "ejbRemove(AccountBean, AccessIntent, Object)");
   }

				/**
    * User-defined push-down method ejbFindEmployees&ByDepartmentKey.
    * For single object finders, if the bean does not exist in the backend
    * datastore, then you should throw a javax.ejb.ObjectNotFoundException.
    * For multi-object finders, if no results are found in the backend
    * datastore, then you should return an empty Record.
    *
    * @param arg0 Push-down method Parameter #0
    * @param accessIntent Reference to the access intent settings to be used for this method
    * @param connection The CCI connection to the back-end system.  This
    * connection was previously obtained (by the EJBToRAAdapter implementation)
    * via connectionFactory.getConnection(connectionSpec).  For non-relational,
    * non-CCI based beans, this will be null and the user will have to manually
    * connect to the back-end system and close the connection before returning.
    *
    * @return The return type of this finder method is a Record of Records,
    * each inner record of which contains the values of the bean's CMP fields,
    * with primitives wrapped (such as a java.lang.Integer for an int).
    * Note that with single-bean finders, like ejbFindByPrimaryKey, the outer
    * record will contain exactly one inner record, whereas with multi-bean
    * finders the outer record will contain zero or more inner records.  The
    * order of the fields of the inner record must be as follows:
    *    Position #0: id
    *    Position #1: name
    *    Position #2: salary
    *    Position #3: department_id
    *
    * @exception javax.ejb.FinderException Thrown if an exception occurs retrieving bean data
    * @exception ResourceException Any other exceptions are wrapped in a
    * ResourceException.
    */
   public Record ejbFindEmployeesByDepartmentKey(
      java.lang.Integer arg0,
      AccessIntent accessIntent,
      Object connection)
      throws javax.ejb.FinderException, ResourceException
   {
      log.entering("EmployeeBeanUserDefinedPushDownMethodsImpl",
         "ejbFindEmployeesByDepartmentKey(java.lang.Integer, AccessIntent, Object)",
         new Object[] {arg0, accessIntent, connection});
      //The following code uses the SCA Dynamic Invocation Interface (DII).
      //You can replace it with code that uses static (strongly-typed) SCA
      //stubs (similar to an RMI client) if desired.
      IndexedRecord returnValue = helper.createCCIIndexedRecord();
      try {
         commonj.sdo.DataObject sdo = helper.createSDO(
            "Example2Backend", "cmrFinder");
         // Begin customer-written code to populate SDO
         sdo.set(0, arg0);
         // End customer-written code to populate SDO
         Object result = helper.invokeSCAService(
            "Example2Backend", "cmrFinder", sdo);
         // Add records to returnValue record as described in this method's JavaDoc
         java.util.Vector employees = (java.util.Vector) result;
         for (int index = 0; index < employees.size(); index++) {
            com.ibm.cmpa.example2.EmployeeData empData =
               (com.ibm.cmpa.example2.EmployeeData) employees.get(index);
            IndexedRecord employee = helper.createCCIIndexedRecord();
            employee.set(0, empData.getId());
            employee.set(1, empData.getName());
            employee.set(2, empData.getSalary());
            employee.set(3, empData.getDeptId());
            returnValue.add(employee);
         }
      } catch (ResourceException re) {
         log.throwing("EmployeeBeanUserDefinedPushDownMethodsImpl",
            "ejbFindEmployeesByDepartmentKey(java.lang.Integer, AccessIntent, Object)", re);
         throw re;
      } catch (Exception e) {
         ResourceException re = helper.createResourceException(e, this.getClass());
         log.throwing("EmployeeBeanUserDefinedPushDownMethodsImpl",
            "ejbFindEmployeesByDepartmentKey(java.lang.Integer, AccessIntent, Object)", re);
         throw re;
      }
      //Note that if the return code from the back-end datastore interaction
      //indicated that a user-defined exception (declared in the push-down
      //method's signature) should be thrown, then throw it here.
      log.exiting("EmployeeBeanUserDefinedPushDownMethodsImpl",
         "ejbFindEmployeesByDepartmentKey(java.lang.Integer, AccessIntent, Object)", returnValue);
      return returnValue;
   }

				/**
    * User-defined push-down method ejbFindByPrimaryKey.
    * For single object finders, if the bean does not exist in the backend
    * datastore, then you should throw a javax.ejb.ObjectNotFoundException.
    * For multi-object finders, if no results are found in the backend
    * datastore, then you should return an empty Record.
    *
    * @param arg0 Push-down method Parameter #0
    * @param accessIntent Reference to the access intent settings to be used for this method
    * @param connection The CCI connection to the back-end system.  This
    * connection was previously obtained (by the EJBToRAAdapter implementation)
    * via connectionFactory.getConnection(connectionSpec).  For non-relational,
    * non-CCI based beans, this will be null and the user will have to manually
    * connect to the back-end system and close the connection before returning.
    *
    * @return The return type of this finder method is a Record of Records,
    * each inner record of which contains the values of the bean's CMP fields,
    * with primitives wrapped (such as a java.lang.Integer for an int).
    * Note that with single-bean finders, like ejbFindByPrimaryKey, the outer
    * record will contain exactly one inner record (unless this bean has a
    * 1-to-many CMR and read-ahead has been enabled), whereas with multi-bean
    * finders the outer record will contain zero or more inner records.  The
    * order of the fields of the inner record must be as follows:
    *    Position #0: id
    *    Position #1: description
    *    Position #2: EmployeeBean.id
    *    Position #3: EmployeeBean.name
    *    Position #4: EmployeeBean.salary
    *    Position #5: EmployeeBean.department_id
    *
    * @exception javax.ejb.FinderException Thrown if an exception occurs retrieving bean data
    * @exception ResourceException Any other exceptions are wrapped in a
    * ResourceException.
    */
   public Record ejbFindByPrimaryKey(
      java.lang.Integer arg0,
      AccessIntent accessIntent,
      Object connection)
      throws javax.ejb.FinderException, ResourceException
   {
      log.entering("DepartmentBeanUserDefinedPushDownMethodsImpl",
         "ejbFindByPrimaryKey(java.lang.Integer, AccessIntent, Object)",
         new Object[] {arg0, accessIntent, connection});
      //The following code uses the SCA Dynamic Invocation Interface (DII).
      //You can replace it with code that uses static (strongly-typed) SCA
      //stubs (similar to an RMI client) if desired.
      javax.ejb.ObjectNotFoundException notFound = null;
      IndexedRecord returnValue = helper.createCCIIndexedRecord();
      try {
         commonj.sdo.DataObject sdo = helper.createSDO(
            "Example2Backend", "retrieveDepartment");
         // Begin customer-written code to populate SDO
         sdo.set(0, arg0);
         // End customer-written code to populate SDO
         Object result = helper.invokeSCAService(
            "Example2Backend", "retrieveDepartment", sdo);
         // Add records to returnValue record as described in this method's JavaDoc
         java.util.Vector employees = (java.util.Vector) result;
         String description = (String) employees.get(0); //first slot is for Department
         for (int index = 1; index < employees.size(); index++) {
            com.ibm.cmpa.example2.EmployeeData empData =
               (com.ibm.cmpa.example2.EmployeeData) employees.get(index);
            IndexedRecord employee = helper.createCCIIndexedRecord();
            employee.set(0, arg0);
            employee.set(1, description);
            employee.set(2, empData.getId());
            employee.set(3, empData.getName());
            employee.set(4, empData.getSalary());
            employee.set(5, empData.getDeptId());
            returnValue.add(employee);
         }
      } catch (ResourceException re) {
         Throwable cause = re.getCause();
         if (cause instanceof javax.ejb.ObjectNotFoundException) {
            notFound = (javax.ejb.ObjectNotFoundException) cause;
         } else {
            log.throwing("DepartmentBeanUserDefinedPushDownMethodsImpl",
               "ejbFindByPrimaryKey(java.lang.Integer, AccessIntent, Object)", re);
            throw re;
         }
      } catch (Exception e) {
         ResourceException re = helper.createResourceException(e, this.getClass());
         log.throwing("DepartmentBeanUserDefinedPushDownMethodsImpl",
            "ejbFindByPrimaryKey(java.lang.Integer, AccessIntent, Object)", re);
         throw re;
      }
      //Note that if the return code from the back-end datastore interaction
      //indicated that a user-defined exception (declared in the push-down
      //method's signature) should be thrown, then throw it here.
      if (notFound != null) {
         log.throwing("DepartmentBeanUserDefinedPushDownMethodsImpl",
            "ejbFindByPrimaryKey(java.lang.Integer, AccessIntent, Object)", notFound);
         throw notFound;
      }
      log.exiting("DepartmentBeanUserDefinedPushDownMethodsImpl",
         "ejbFindByPrimaryKey(java.lang.Integer, AccessIntent, Object)", returnValue);
      return returnValue;
   }

				/**
    * User-defined push-down method ejbSelectSalaries.
    * For single object finders, if the bean does not exist in the backend
    * datastore, then you should throw a javax.ejb.ObjectNotFoundException.
    * For multi-object finders, if no results are found in the backend
    * datastore, then you should return an empty Record.
    *
    * @param arg0 Push-down method Parameter #0
    * @param accessIntent Reference to the access intent settings to be used for this method
    * @param connection The CCI connection to the back-end system.  This
    * connection was previously obtained (by the EJBToRAAdapter implementation)
    * via connectionFactory.getConnection(connectionSpec).  For non-relational,
    * non-CCI based beans, this will be null and the user will have to manually
    * connect to the back-end system and close the connection before returning.
    *
    * @return The return type of this finder method is a Record of Records,
    * each inner record of which contains the values of the bean's CMP fields,
    * with primitives wrapped (such as a java.lang.Integer for an int).
    * Note that ejbSelect methods can be defined to return either individual
    * CMP fields or entire beans.  For the former type, the inner record
    * should only contain the single CMP field.  For the latter type, the
    * order of the fields of the inner record must be as follows:
    *    Position #0: id
    *    Position #1: name
    *    Position #2: salary
    *    Position #3: department_id
    *
    * @exception javax.ejb.FinderException Thrown if an exception occurs retrieving bean data
    * @exception ResourceException Any other exceptions are wrapped in a
    * ResourceException.
    */
   public Record ejbSelectSalaries(
      java.lang.Integer arg0,
      AccessIntent accessIntent,
      Object connection)
      throws javax.ejb.FinderException, ResourceException
   {
      log.entering("EmployeeBeanUserDefinedPushDownMethodsImpl",
         "ejbSelectSalaries(java.lang.Integer, AccessIntent, Object)",
         new Object[] {arg0, accessIntent, connection});
      //The following code uses the SCA Dynamic Invocation Interface (DII).
      //You can replace it with code that uses static (strongly-typed) SCA
      //stubs (similar to an RMI client) if desired.
      //EJB-QL: select e.salary from Employee e where e.department.id = ?1
      IndexedRecord returnValue = helper.createCCIIndexedRecord();
      try {
         commonj.sdo.DataObject sdo = helper.createSDO(
            "Example2Backend", "selectEmployeeSalaries");
         // Begin customer-written code to populate SDO
         sdo.set(0, arg0);
         // End customer-written code to populate SDO
         Object result = helper.invokeSCAService(
            "Example2Backend", "selectEmployeeSalaries", sdo);
         // Add records to returnValue record as described in this method's JavaDoc
         java.util.Vector salaries = (java.util.Vector) result;
         for (int index = 0; index < salaries.size(); index++) {
            Float salary = (Float) salaries.get(index);
            Record record = helper.createCCIRecord(salary);
            returnValue.add(record);
         }
      } catch (ResourceException re) {
         log.throwing("EmployeeBeanUserDefinedPushDownMethodsImpl",
            "ejbSelectSalaries(java.lang.Integer, AccessIntent, Object)", re);
         throw re;
      } catch (Exception e) {
         ResourceException re = helper.createResourceException(e, this.getClass());
         log.throwing("EmployeeBeanUserDefinedPushDownMethodsImpl",
            "ejbSelectSalaries(java.lang.Integer, AccessIntent, Object)", re);
         throw re;
      }
      //Note that if the return code from the back-end datastore interaction
      //indicated that a user-defined exception (declared in the push-down
      //method's signature) should be thrown, then throw it here.
      log.exiting("EmployeeBeanUserDefinedPushDownMethodsImpl",
         "ejbSelectSalaries(java.lang.Integer, AccessIntent, Object)", returnValue);
      return returnValue;
   }

				/**
    * User-defined push-down method awardRaises.
    * If the bean no longer exists in the backend datastore, then you should
    * throw a javax.ejb.NoSuchEntityException.
    *
    * @param arg0 Push-down method Parameter #0
    * @param bean Reference to the bean implementation class
    * @param accessIntent Reference to the access intent settings to be used for this method
    * @param connection The CCI connection to the back-end system.  This
    * connection was previously obtained (by the EJBToRAAdapter implementation)
    * via connectionFactory.getConnection(connectionSpec).  For non-relational,
    * non-CCI based beans, this will be null and the user will have to manually
    * connect to the back-end system and close the connection before returning.
    *
    * @exception ResourceException Any exceptions are wrapped in a
    * ResourceException.
    */
   public void awardRaises(
      float arg0,
      DepartmentBean bean,
      AccessIntent accessIntent,
      Object connection)
      throws ResourceException
   {
      log.entering("DepartmentBeanUserDefinedPushDownMethodsImpl",
         "awardRaises(float, DepartmentBean, AccessIntent, Object)",
         new Object[] {new Float(arg0), bean, accessIntent, connection});
      //The following code uses the SCA Dynamic Invocation Interface (DII).
      //You can replace it with code that uses static (strongly-typed) SCA
      //stubs (similar to an RMI client) if desired.
      javax.ejb.NoSuchEntityException noSuchEntity = null;
      try {
         commonj.sdo.DataObject sdo = helper.createSDO(
            "Example2Backend", "awardRaises");
         // Begin customer-written code to populate SDO
         sdo.set(0, bean.getId());
         sdo.set(1, new Float(arg0));
         // End customer-written code to populate SDO
         Object result = helper.invokeSCAService(
            "Example2Backend", "awardRaises", sdo);
      } catch (ResourceException re) {
         Throwable cause = re.getCause();
         if (cause instanceof javax.ejb.NoSu
                                                    
                                        

                    
                    

                                                    来自 “ ITPUB博客 ” ，链接：https://blog.itpub.net/374079/viewspace-130642/
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