Package org.apache.directory.shared.kerberos.messages

Examples of org.apache.directory.shared.kerberos.messages.Authenticator

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        EncTicketPart encPart = KerberosDecoder.decodeEncTicketPart( encTicketPartData );
        ticket.setEncTicketPart( encPart );

        byte[] authenticatorData = lockBox.decrypt( ticket.getEncTicketPart().getKey(),  authHeader.getAuthenticator(), authenticatorKeyUsage );
       
        Authenticator authenticator = KerberosDecoder.decodeAuthenticator( authenticatorData );

        if ( !authenticator.getCName().getNameString().equals( ticket.getEncTicketPart().getCName().getNameString() ) )
        {
            throw new KerberosException( ErrorType.KRB_AP_ERR_BADMATCH );
        }

        if ( ticket.getEncTicketPart().getClientAddresses() != null )
        {
            if ( !ticket.getEncTicketPart().getClientAddresses().contains( new HostAddress( clientAddress ) ) )
            {
                throw new KerberosException( ErrorType.KRB_AP_ERR_BADADDR );
            }
        }
        else
        {
            if ( !emptyAddressesAllowed )
            {
                throw new KerberosException( ErrorType.KRB_AP_ERR_BADADDR );
            }
        }

        KerberosPrincipal serverPrincipal = KerberosUtils.getKerberosPrincipal( ticket.getSName(), ticket.getRealm() );
        KerberosPrincipal clientPrincipal = KerberosUtils.getKerberosPrincipal( authenticator.getCName(), authenticator.getCRealm() );
        KerberosTime clientTime = authenticator.getCtime();
        int clientMicroSeconds = authenticator.getCusec();

        if ( replayCache != null )
        {
            if ( replayCache.isReplay( serverPrincipal, clientPrincipal, clientTime, clientMicroSeconds ) )
            {
                throw new KerberosException( ErrorType.KRB_AP_ERR_REPEAT );
            }
   
            replayCache.save( serverPrincipal, clientPrincipal, clientTime, clientMicroSeconds );
        }

        if ( !authenticator.getCtime().isInClockSkew( clockSkew ) )
        {
            throw new KerberosException( ErrorType.KRB_AP_ERR_SKEW );
        }

        /*
 
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            EncTicketPart encPart = KerberosDecoder.decodeEncTicketPart( encTicketPartData );
            ticket.setEncTicketPart( encPart );
   
            byte[] authenticatorData = lockBox.decrypt( ticket.getEncTicketPart().getKey(),  authHeader.getAuthenticator(), authenticatorKeyUsage );
           
            Authenticator authenticator = KerberosDecoder.decodeAuthenticator( authenticatorData );
   
            if ( !authenticator.getCName().getNameString().equals( ticket.getEncTicketPart().getCName().getNameString() ) )
            {
                throw new KerberosException( ErrorType.KRB_AP_ERR_BADMATCH );
            }
   
            if ( ticket.getEncTicketPart().getClientAddresses() != null )
            {
                if ( !ticket.getEncTicketPart().getClientAddresses().contains( new HostAddress( clientAddress ) ) )
                {
                    throw new KerberosException( ErrorType.KRB_AP_ERR_BADADDR );
                }
            }
            else
            {
                if ( !emptyAddressesAllowed )
                {
                    throw new KerberosException( ErrorType.KRB_AP_ERR_BADADDR );
                }
            }
   
            KerberosPrincipal serverPrincipal = getKerberosPrincipal( ticket.getSName(), ticket.getRealm() );
            KerberosPrincipal clientPrincipal = getKerberosPrincipal( authenticator.getCName(), authenticator.getCRealm() );
            KerberosTime clientTime = authenticator.getCtime();
            int clientMicroSeconds = authenticator.getCusec();
   
            if ( replayCache != null )
            {
                if ( replayCache.isReplay( serverPrincipal, clientPrincipal, clientTime, clientMicroSeconds ) )
                {
                    throw new KerberosException( ErrorType.KRB_AP_ERR_REPEAT );
                }
       
                replayCache.save( serverPrincipal, clientPrincipal, clientTime, clientMicroSeconds );
            }
   
            if ( !authenticator.getCtime().isInClockSkew( clockSkew ) )
            {
                throw new KerberosException( ErrorType.KRB_AP_ERR_SKEW );
            }
   
            /*
 
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        ReplayCache replayCache = tgsContext.getReplayCache();
        boolean emptyAddressesAllowed = tgsContext.getConfig().isEmptyAddressesAllowed();
        InetAddress clientAddress = tgsContext.getClientAddress();
        CipherTextHandler cipherTextHandler = tgsContext.getCipherTextHandler();

        Authenticator authenticator = KerberosUtils.verifyAuthHeader( authHeader, tgt, serverKey, clockSkew, replayCache,
            emptyAddressesAllowed, clientAddress, cipherTextHandler, KeyUsage.TGS_REQ_PA_TGS_REQ_PADATA_AP_REQ_TGS_SESS_KEY, isValidate );

        tgsContext.setAuthenticator( authenticator );
    }
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    private static void generateTicket( TicketGrantingContext tgsContext ) throws KerberosException,
        InvalidTicketException
    {
        KdcReq request = tgsContext.getRequest();
        Ticket tgt = tgsContext.getTgt();
        Authenticator authenticator = tgsContext.getAuthenticator();
        CipherTextHandler cipherTextHandler = tgsContext.getCipherTextHandler();
        KerberosPrincipal ticketPrincipal = KerberosUtils.getKerberosPrincipal(
            request.getKdcReqBody().getSName(), request.getKdcReqBody().getRealm() );

        EncryptionType encryptionType = tgsContext.getEncryptionType();
        EncryptionKey serverKey = tgsContext.getRequestPrincipalEntry().getKeyMap().get( encryptionType );

        KerberosConfig config = tgsContext.getConfig();

        tgsContext.getRequest().getKdcReqBody().getAdditionalTickets();
       
        EncTicketPart newTicketPart = new EncTicketPart();

        newTicketPart.setClientAddresses( tgt.getEncTicketPart().getClientAddresses() );

        processFlags( config, request, tgt, newTicketPart );

        EncryptionKey sessionKey = RandomKeyFactory.getRandomKey( tgsContext.getEncryptionType() );
        newTicketPart.setKey( sessionKey );

        newTicketPart.setCName( tgt.getEncTicketPart().getCName() );
        newTicketPart.setCRealm( tgt.getEncTicketPart().getCRealm() );

        if ( request.getKdcReqBody().getEncAuthorizationData() != null )
        {
            byte[] authorizationData = cipherTextHandler.decrypt( authenticator.getSubKey(), request.getKdcReqBody()
                .getEncAuthorizationData(), KeyUsage.TGS_REQ_KDC_REQ_BODY_AUTHZ_DATA_ENC_WITH_TGS_SESS_KEY );
            AuthorizationData authData = KerberosDecoder.decodeAuthorizationData( authorizationData );
            authData.addEntry( tgt.getEncTicketPart().getAuthorizationData().getCurrentAD() );
            newTicketPart.setAuthorizationData( authData );
        }
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        }

        EncTgsRepPart encTgsRepPart = new EncTgsRepPart();
        encTgsRepPart.setEncKdcRepPart( encKdcRepPart );

        Authenticator authenticator = tgsContext.getAuthenticator();

        EncryptedData encryptedData;

        if ( authenticator.getSubKey() != null )
        {
            encryptedData = cipherTextHandler.seal( authenticator.getSubKey(), encTgsRepPart,
                KeyUsage.TGS_REP_ENC_PART_TGS_AUTHNT_SUB_KEY );
        }
        else
        {
            encryptedData = cipherTextHandler.seal( tgt.getEncTicketPart().getKey(), encTgsRepPart,
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        ReplayCache replayCache = tgsContext.getReplayCache();
        boolean emptyAddressesAllowed = tgsContext.getConfig().isEmptyAddressesAllowed();
        InetAddress clientAddress = tgsContext.getClientAddress();
        CipherTextHandler cipherTextHandler = tgsContext.getCipherTextHandler();

        Authenticator authenticator = KerberosUtils.verifyAuthHeader( authHeader, tgt, serverKey, clockSkew,
            replayCache,
            emptyAddressesAllowed, clientAddress, cipherTextHandler,
            KeyUsage.TGS_REQ_PA_TGS_REQ_PADATA_AP_REQ_TGS_SESS_KEY, isValidate );

        tgsContext.setAuthenticator( authenticator );
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    private static void generateTicket( TicketGrantingContext tgsContext ) throws KerberosException,
        InvalidTicketException
    {
        KdcReq request = tgsContext.getRequest();
        Ticket tgt = tgsContext.getTgt();
        Authenticator authenticator = tgsContext.getAuthenticator();
        CipherTextHandler cipherTextHandler = tgsContext.getCipherTextHandler();
        KerberosPrincipal ticketPrincipal = KerberosUtils.getKerberosPrincipal(
            request.getKdcReqBody().getSName(), request.getKdcReqBody().getRealm() );

        EncryptionType encryptionType = tgsContext.getEncryptionType();
        EncryptionKey serverKey = tgsContext.getRequestPrincipalEntry().getKeyMap().get( encryptionType );

        KerberosConfig config = tgsContext.getConfig();

        tgsContext.getRequest().getKdcReqBody().getAdditionalTickets();

        EncTicketPart newTicketPart = new EncTicketPart();

        newTicketPart.setClientAddresses( tgt.getEncTicketPart().getClientAddresses() );

        processFlags( config, request, tgt, newTicketPart );

        EncryptionKey sessionKey = RandomKeyFactory.getRandomKey( tgsContext.getEncryptionType() );
        newTicketPart.setKey( sessionKey );

        newTicketPart.setCName( tgt.getEncTicketPart().getCName() );
        newTicketPart.setCRealm( tgt.getEncTicketPart().getCRealm() );

        if ( request.getKdcReqBody().getEncAuthorizationData() != null )
        {
            byte[] authorizationData = cipherTextHandler.decrypt( authenticator.getSubKey(), request.getKdcReqBody()
                .getEncAuthorizationData(), KeyUsage.TGS_REQ_KDC_REQ_BODY_AUTHZ_DATA_ENC_WITH_TGS_SESS_KEY );
            AuthorizationData authData = KerberosDecoder.decodeAuthorizationData( authorizationData );
            authData.addEntry( tgt.getEncTicketPart().getAuthorizationData().getCurrentAD() );
            newTicketPart.setAuthorizationData( authData );
        }
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        }

        EncTgsRepPart encTgsRepPart = new EncTgsRepPart();
        encTgsRepPart.setEncKdcRepPart( encKdcRepPart );

        Authenticator authenticator = tgsContext.getAuthenticator();

        EncryptedData encryptedData;

        if ( authenticator.getSubKey() != null )
        {
            encryptedData = cipherTextHandler.seal( authenticator.getSubKey(), encTgsRepPart,
                KeyUsage.TGS_REP_ENC_PART_TGS_AUTHNT_SUB_KEY );
        }
        else
        {
            encryptedData = cipherTextHandler.seal( tgt.getEncTicketPart().getKey(), encTgsRepPart,
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        String serverPrincipal = srvTktReq.getServerPrincipal();
       
        // session key
        EncryptionKey sessionKey = srvTktReq.getTgt().getSessionKey();
       
        Authenticator authenticator = new Authenticator();
       
        try
        {
            authenticator.setCName( new PrincipalName( srvTktReq.getTgt().getClientName(), PrincipalNameType.KRB_NT_PRINCIPAL ) );
        }
        catch( ParseException e )
        {
            throw new IllegalArgumentException( "Couldn't parse the given principal", e );
        }
       
        authenticator.setCRealm( srvTktReq.getTgt().getRealm() );
        authenticator.setCTime( new KerberosTime() );
        authenticator.setCusec( 0 );

        if( srvTktReq.getSubSessionKey() != null )
        {
            sessionKey = srvTktReq.getSubSessionKey();
            authenticator.setSubKey( sessionKey );
        }
       
        EncryptedData authnData = cipherTextHandler.encrypt( sessionKey, getEncoded( authenticator ), KeyUsage.TGS_REQ_PA_TGS_REQ_PADATA_AP_REQ_TGS_SESS_KEY );
       
        ApReq apReq = new ApReq();
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            ApReq apReq = new ApReq();
            ApOptions options = new ApOptions();
            apReq.setApOptions( options );
            apReq.setTicket( tgt.getTicket() );
           
            Authenticator authenticator = new Authenticator();
            authenticator.setCName( new PrincipalName( tgt.getClientName(), PrincipalNameType.KRB_NT_PRINCIPAL ) );
            authenticator.setCRealm( tgt.getRealm() );
            KerberosTime ctime = new KerberosTime();
            authenticator.setCTime( ctime );
            authenticator.setCusec( 0 );
            authenticator.setSeqNumber( nonceGenerator.nextInt() );
           
            EncryptionKey subKey = RandomKeyFactory.getRandomKey( usedEType );
           
            authenticator.setSubKey( subKey );
           
            EncryptedData authData = cipherTextHandler.encrypt( tgt.getSessionKey(), getEncoded( authenticator ), KeyUsage.AP_REQ_AUTHNT_SESS_KEY );
            apReq.setAuthenticator( authData );
           
           
            KrbPriv privateMessage = new KrbPriv();
           
            EncKrbPrivPart part = new EncKrbPrivPart();
            part.setSenderAddress( new HostAddress( InetAddress.getLocalHost() ) );
            part.setSeqNumber( authenticator.getSeqNumber() );
            part.setTimestamp( authenticator.getCtime() );

            short changePwdPVNO = ChangePasswordRequest.PVNO;
           
            if( config.isUseLegacyChngPwdProtocol() )
            {
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Related Classes of org.apache.directory.shared.kerberos.messages.Authenticator

  • org.apache.directory.kerberos.client.KdcConnection
  • org.apache.directory.kerberos.client.KpasswdDecode
  • org.apache.directory.server.changepw.protocol.ChangepwProtocolHandlerTest
  • org.apache.directory.server.changepw.service.ChangePasswordService
  • org.apache.directory.server.changepw.service.CheckPasswordPolicy
  • org.apache.directory.server.kerberos.changepwd.service.ChangePasswordService
  • org.apache.directory.server.kerberos.kdc.ticketgrant.TicketGrantingService
  • org.apache.directory.server.kerberos.protocol.AbstractTicketGrantingServiceTest
  • org.apache.directory.server.kerberos.protocol.codec.KerberosDecoder
  • org.apache.directory.server.kerberos.protocol.KerberosDecoder
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