/*

 * This Java file has been generated by smidump 0.4.5. It

 * is intended to be edited by the application programmer and

 * to be used within a Java AgentX sub-agent environment.

 *

 * $Id: SerialConfigEntryImpl.java 4432 2006-05-29 16:21:11Z strauss $

 */

/**

    This class extends the Java AgentX (JAX) implementation of

    the table row serialConfigEntry defined in RMON2-MIB.

 */

import jax.AgentXOID;

import jax.AgentXSetPhase;

import jax.AgentXResponsePDU;

import jax.AgentXEntry;

public class SerialConfigEntryImpl extends SerialConfigEntry

{

    // constructor

    public SerialConfigEntryImpl(int ifIndex)

    {

        super(ifIndex);

    }

    public int get_serialMode()

    {

        return serialMode;

    }

    public int set_serialMode(AgentXSetPhase phase, int value)

    {

        switch (phase.getPhase()) {

        case AgentXSetPhase.TEST_SET:

            break;

        case AgentXSetPhase.COMMIT:

            undo_serialMode = serialMode;

            serialMode = value;

            break;

        case AgentXSetPhase.UNDO:

            serialMode = undo_serialMode;

            break;

        case AgentXSetPhase.CLEANUP:

            break;

        default:

            return AgentXResponsePDU.PROCESSING_ERROR;

        }

        return AgentXResponsePDU.NO_ERROR;

    }

    public int get_serialProtocol()

    {

        return serialProtocol;

    }

    public int set_serialProtocol(AgentXSetPhase phase, int value)

    {

        switch (phase.getPhase()) {

        case AgentXSetPhase.TEST_SET:

            break;

        case AgentXSetPhase.COMMIT:

            undo_serialProtocol = serialProtocol;

            serialProtocol = value;

            break;

        case AgentXSetPhase.UNDO:

            serialProtocol = undo_serialProtocol;

            break;

        case AgentXSetPhase.CLEANUP:

            break;

        default:

            return AgentXResponsePDU.PROCESSING_ERROR;

        }

        return AgentXResponsePDU.NO_ERROR;

    }

    public int get_serialTimeout()

    {

        return serialTimeout;

    }

    public int set_serialTimeout(AgentXSetPhase phase, int value)

    {

        switch (phase.getPhase()) {

        case AgentXSetPhase.TEST_SET:

            break;

        case AgentXSetPhase.COMMIT:

            undo_serialTimeout = serialTimeout;

            serialTimeout = value;

            break;

        case AgentXSetPhase.UNDO:

            serialTimeout = undo_serialTimeout;

            break;

        case AgentXSetPhase.CLEANUP:

            break;

        default:

            return AgentXResponsePDU.PROCESSING_ERROR;

        }

        return AgentXResponsePDU.NO_ERROR;

    }

    public byte[] get_serialModemInitString()

    {

        return serialModemInitString;

    }

    public int set_serialModemInitString(AgentXSetPhase phase, byte[] value)

    {

        switch (phase.getPhase()) {

        case AgentXSetPhase.TEST_SET:

            break;

        case AgentXSetPhase.COMMIT:

            undo_serialModemInitString = serialModemInitString;

            serialModemInitString = new byte[value.length];

            for(int i = 0; i < value.length; i++)

                serialModemInitString[i] = value[i];

            break;

        case AgentXSetPhase.UNDO:

            serialModemInitString = undo_serialModemInitString;

            break;

        case AgentXSetPhase.CLEANUP:

            undo_serialModemInitString = null;

            break;

        default:

            return AgentXResponsePDU.PROCESSING_ERROR;

        }

        return AgentXResponsePDU.NO_ERROR;

    }

    public byte[] get_serialModemHangUpString()

    {

        return serialModemHangUpString;

    }

    public int set_serialModemHangUpString(AgentXSetPhase phase, byte[] value)

    {

        switch (phase.getPhase()) {

        case AgentXSetPhase.TEST_SET:

            break;

        case AgentXSetPhase.COMMIT:

            undo_serialModemHangUpString = serialModemHangUpString;

            serialModemHangUpString = new byte[value.length];

            for(int i = 0; i < value.length; i++)

                serialModemHangUpString[i] = value[i];

            break;

        case AgentXSetPhase.UNDO:

            serialModemHangUpString = undo_serialModemHangUpString;

            break;

        case AgentXSetPhase.CLEANUP:

            undo_serialModemHangUpString = null;

            break;

        default:

            return AgentXResponsePDU.PROCESSING_ERROR;

        }

        return AgentXResponsePDU.NO_ERROR;

    }

    public byte[] get_serialModemConnectResp()

    {

        return serialModemConnectResp;

    }

    public int set_serialModemConnectResp(AgentXSetPhase phase, byte[] value)

    {

        switch (phase.getPhase()) {

        case AgentXSetPhase.TEST_SET:

            break;

        case AgentXSetPhase.COMMIT:

            undo_serialModemConnectResp = serialModemConnectResp;

            serialModemConnectResp = new byte[value.length];

            for(int i = 0; i < value.length; i++)

                serialModemConnectResp[i] = value[i];

            break;

        case AgentXSetPhase.UNDO:

            serialModemConnectResp = undo_serialModemConnectResp;

            break;

        case AgentXSetPhase.CLEANUP:

            undo_serialModemConnectResp = null;

            break;

        default:

            return AgentXResponsePDU.PROCESSING_ERROR;

        }

        return AgentXResponsePDU.NO_ERROR;

    }

    public byte[] get_serialModemNoConnectResp()

    {

        return serialModemNoConnectResp;

    }

    public int set_serialModemNoConnectResp(AgentXSetPhase phase, byte[] value)

    {

        switch (phase.getPhase()) {

        case AgentXSetPhase.TEST_SET:

            break;

        case AgentXSetPhase.COMMIT:

            undo_serialModemNoConnectResp = serialModemNoConnectResp;

            serialModemNoConnectResp = new byte[value.length];

            for(int i = 0; i < value.length; i++)

                serialModemNoConnectResp[i] = value[i];

            break;

        case AgentXSetPhase.UNDO:

            serialModemNoConnectResp = undo_serialModemNoConnectResp;

            break;

        case AgentXSetPhase.CLEANUP:

            undo_serialModemNoConnectResp = null;

            break;

        default:

            return AgentXResponsePDU.PROCESSING_ERROR;

        }

        return AgentXResponsePDU.NO_ERROR;

    }

    public int get_serialDialoutTimeout()

    {

        return serialDialoutTimeout;

    }

    public int set_serialDialoutTimeout(AgentXSetPhase phase, int value)

    {

        switch (phase.getPhase()) {

        case AgentXSetPhase.TEST_SET:

            break;

        case AgentXSetPhase.COMMIT:

            undo_serialDialoutTimeout = serialDialoutTimeout;

            serialDialoutTimeout = value;

            break;

        case AgentXSetPhase.UNDO:

            serialDialoutTimeout = undo_serialDialoutTimeout;

            break;

        case AgentXSetPhase.CLEANUP:

            break;

        default:

            return AgentXResponsePDU.PROCESSING_ERROR;

        }

        return AgentXResponsePDU.NO_ERROR;

    }

    public int get_serialStatus()

    {

        return serialStatus;

    }

    public int set_serialStatus(AgentXSetPhase phase, int value)

    {

        switch (phase.getPhase()) {

        case AgentXSetPhase.TEST_SET:

            break;

        case AgentXSetPhase.COMMIT:

            undo_serialStatus = serialStatus;

            serialStatus = value;

            break;

        case AgentXSetPhase.UNDO:

            serialStatus = undo_serialStatus;

            break;

        case AgentXSetPhase.CLEANUP:

            break;

        default:

            return AgentXResponsePDU.PROCESSING_ERROR;

        }

        return AgentXResponsePDU.NO_ERROR;

    }

}