Examples of org.apache.directory.server.core.entry.ClonedServerEntry$EmptyEntry

Package org.apache.directory.server.core.entry

Examples of org.apache.directory.server.core.entry.ClonedServerEntry$EmptyEntry

org.apache.directory.server.core.entry.ClonedServerEntry
A ServerEntry refers to the original entry before being modified by EntryFilters or operations. @author Apache Directory Project @version $Rev$, $Date$

    {
        DN adminDn = new DN( "uid=admin,ou=system" ).normalize( schemaManager.getNormalizerMapping() );
        CoreSession session = new MockCoreSession( new LdapPrincipal( adminDn, AuthenticationLevel.STRONG ), new MockDirectoryService( 1 ) );
        AddOperationContext addCtx = new AddOperationContext( session );
        
        ClonedServerEntry rootEntry = createEntry( "ou=test,ou=system" );
        rootEntry.put( "ObjectClass", "top", "domain" );
        rootEntry.put( "ou", "test" );
        addCtx.setEntry( rootEntry );
        
        partition.add( addCtx );


        ClonedServerEntry childEntry1 = createEntry( "dc=child1,ou=test,ou=system" );
        childEntry1.put( "ObjectClass", "top", "domain" );
        childEntry1.put( "dc", "child1" );
        addCtx.setEntry( childEntry1 );


        partition.add( addCtx );


        ClonedServerEntry childEntry2 = createEntry( "dc=child2,ou=test,ou=system" );
        childEntry2.put( "ObjectClass", "top", "domain" );
        childEntry2.put( "dc", "child2" );
        addCtx.setEntry( childEntry2 );


        partition.add( addCtx );
        
        
        ClonedServerEntry grandChild11 = createEntry( "dc=grandChild11,dc=child1,ou=test,ou=system" );
        grandChild11.put( "ObjectClass", "top", "domain" );
        grandChild11.put( "dc", "grandChild11" );
        addCtx.setEntry( grandChild11 );


        partition.add( addCtx );


        ClonedServerEntry grandChild12 = createEntry( "dc=grandChild12,dc=child1,ou=test,ou=system" );
        grandChild12.put( "ObjectClass", "top", "domain" );
        grandChild12.put( "dc", "grandChild12" );
        addCtx.setEntry( grandChild12 );


        partition.add( addCtx );


        ClonedServerEntry greatGrandChild111 = createEntry( "dc=greatGrandChild111,dc=grandChild11,dc=child1,ou=test,ou=system" );
        greatGrandChild111.put( "ObjectClass", "top", "domain" );
        greatGrandChild111.put( "dc", "greatGrandChild111" );
        addCtx.setEntry( greatGrandChild111 );


        partition.add( addCtx );
        
        assertTrue( new File( wkdir, "ou=test,ou=system" ).exists() );

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            SchemaConstants.OBJECT_CLASS_AT, 
            KerberosAttribute.KRB5_PRINCIPAL_NAME_AT, 
            KerberosAttribute.KRB5_KEY_VERSION_NUMBER_AT 
        } );
        
        ClonedServerEntry userEntry = modContext.lookup( lookupContext );


        if ( userEntry == null )
        {
            throw new LdapAuthenticationException( I18n.err( I18n.ERR_512, principalDn ) );
        }


        EntryAttribute objectClass = userEntry.getOriginalEntry().get( SchemaConstants.OBJECT_CLASS_AT );
        
        if ( !objectClass.contains( SchemaConstants.KRB5_PRINCIPAL_OC ) )
        {
            return;
        }
        else
        {
            subContext.isPrincipal( true );
            log.debug( "DN {} is a Kerberos principal.  Will attempt key derivation.", principalDn.getName() );
        }


        if ( subContext.getPrincipalName() == null )
        {
            EntryAttribute principalAttribute = userEntry.getOriginalEntry().get( KerberosAttribute.KRB5_PRINCIPAL_NAME_AT );
            String principalName = principalAttribute.getString();
            subContext.setPrincipalName( principalName );
            log.debug( "Found principal '{}' from lookup.", principalName );
        }


        EntryAttribute keyVersionNumberAttr = userEntry.getOriginalEntry().get( KerberosAttribute.KRB5_KEY_VERSION_NUMBER_AT );


        if ( keyVersionNumberAttr == null )
        {
            subContext.setNewKeyVersionNumber( 0 );
            log.debug( "Key version number was null, setting to 0." );

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        EntryFilteringCursor cursor = session.search( dn, SearchScope.SUBTREE, filter, AliasDerefMode.NEVER_DEREF_ALIASES, new HashSet() );
    
        while( cursor.next() )
        {
            ClonedServerEntry entry = cursor.get();
            session.delete( entry.getDn(), true );
        }
        
        cursor.close();
    }

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                AliasDerefMode.DEREF_ALWAYS, 
                returningAttributes );
            
            cursor.beforeFirst();
            
            ClonedServerEntry entry = null;
            
            while ( cursor.next() )
            {
                entry = cursor.get();
                LdapPrincipal ldapPrincipal = new LdapPrincipal( 
                    entry.getDn(), 
                    AuthenticationLevel.STRONG, 
                    entry.get( SchemaConstants.USER_PASSWORD_AT ).getBytes() );
                ldapSession.putSaslProperty( SaslConstants.SASL_AUTHENT_USER, ldapPrincipal );
            }


            return entry.get( passwordAT );
        }
        catch ( Exception e )
        {
            return null;
        }

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    }




    public ClonedServerEntry lookup( NextInterceptor nextInterceptor, LookupOperationContext opContext ) throws Exception
    {
        ClonedServerEntry serverEntry = nextInterceptor.lookup( opContext );
        
        if ( opContext.getSession().getDirectoryService().isAccessControlEnabled() || ( serverEntry == null ) )
        {
            return serverEntry;
        }

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     * Search for an entry, using its DN. Binary attributes and ObjectClass attribute are removed.
     */
    public ClonedServerEntry lookup( NextInterceptor nextInterceptor, LookupOperationContext opContext )
        throws Exception
    {
        ClonedServerEntry result = nextInterceptor.lookup( opContext );


        if ( result == null )
        {
            return null;
        }

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            next.delete( deleteContext );
            return;
        }
        
        // Gather supplementary data.
        ClonedServerEntry deletedEntry = deleteContext.lookup( name , ByPassConstants.LOOKUP_BYPASS );
        
        StoredProcedureParameterInjector injector = new DeleteStoredProcedureParameterInjector( deleteContext, name );


        // Gather Trigger Specifications which apply to the entry being deleted.
        List<TriggerSpecification> triggerSpecs = new ArrayList<TriggerSpecification>();

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        }
        
        DN normName = opContext.getDn();
        
        // Gather supplementary data.
        ClonedServerEntry modifiedEntry = opContext.lookup( normName, ByPassConstants.LOOKUP_BYPASS );
        
        StoredProcedureParameterInjector injector = new ModifyStoredProcedureParameterInjector( opContext );


        // Gather Trigger Specifications which apply to the entry being modified.
        List<TriggerSpecification> triggerSpecs = new ArrayList<TriggerSpecification>();

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            next.moveAndRename( opContext );
            return;
        }
        
        // Gather supplementary data.        
        ClonedServerEntry movedEntry = opContext.lookup( oriChildName, ByPassConstants.LOOKUP_BYPASS );
        
        DN oldRDN = new DN( oriChildName.getRdn().getUpName() );
        DN oldSuperiorDN = ( DN ) oriChildName.clone();
        oldSuperiorDN.remove( oldSuperiorDN.size() - 1 );
        DN newSuperiorDN = ( DN ) parent.clone();
        DN oldDN = ( DN ) oriChildName.clone();
        DN newDN = ( DN ) parent.clone();
        newDN.add( newRdn.getUpName() );


        StoredProcedureParameterInjector injector = new ModifyDNStoredProcedureParameterInjector(
            opContext, deleteOldRn, oldRDN, newRdn, oldSuperiorDN, newSuperiorDN, oldDN, newDN );


        // Gather Trigger Specifications which apply to the entry being exported.
        List<TriggerSpecification> exportTriggerSpecs = new ArrayList<TriggerSpecification>();
        addPrescriptiveTriggerSpecs( opContext, exportTriggerSpecs, oriChildName, movedEntry );
        addEntryTriggerSpecs( exportTriggerSpecs, movedEntry );
        
        // Get the entry again without operational attributes
        // because access control subentry operational attributes
        // will not be valid at the new location.
        // This will certainly be fixed by the SubentryInterceptor,
        // but after this service.
        ClonedServerEntry importedEntry = opContext.lookup( oriChildName, 
            ByPassConstants.LOOKUP_EXCLUDING_OPR_ATTRS_BYPASS );
        
        // As the target entry does not exist yet and so
        // its subentry operational attributes are not there,
        // we need to construct an entry to represent it

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        DN oriChildName = opContext.getDn();
        DN newParentName = opContext.getParent();
        
        // Gather supplementary data.        
        ClonedServerEntry movedEntry = opContext.lookup( oriChildName, ByPassConstants.LOOKUP_BYPASS );
        
        DN oldRDN = new DN( oriChildName.getRdn().getUpName() );
        RDN newRDN = new RDN( oriChildName.getRdn().getUpName() );
        DN oldSuperiorDN = ( DN ) oriChildName.clone();
        oldSuperiorDN.remove( oldSuperiorDN.size() - 1 );
        DN newSuperiorDN = ( DN ) newParentName.clone();
        DN oldDN = ( DN ) oriChildName.clone();
        DN newDN = ( DN ) newParentName.clone();
        newDN.add( newRDN.getUpName() );


        StoredProcedureParameterInjector injector = new ModifyDNStoredProcedureParameterInjector(
            opContext, false, oldRDN, newRDN, oldSuperiorDN, newSuperiorDN, oldDN, newDN );


        // Gather Trigger Specifications which apply to the entry being exported.
        List<TriggerSpecification> exportTriggerSpecs = new ArrayList<TriggerSpecification>();
        addPrescriptiveTriggerSpecs( opContext, exportTriggerSpecs, oriChildName, movedEntry );
        addEntryTriggerSpecs( exportTriggerSpecs, movedEntry );
        
        // Get the entry again without operational attributes
        // because access control subentry operational attributes
        // will not be valid at the new location.
        // This will certainly be fixed by the SubentryInterceptor,
        // but after this service.
        ClonedServerEntry importedEntry = opContext.lookup( oriChildName, 
            ByPassConstants.LOOKUP_EXCLUDING_OPR_ATTRS_BYPASS );


        // As the target entry does not exist yet and so
        // its subentry operational attributes are not there,
        // we need to construct an entry to represent it

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