of10/message.go

/*
 * Copyright (c) 2008 The Board of Trustees of The Leland Stanford Junior University
 * Copyright (c) 2011, 2012 Open Networking Foundation
 * Copyright 2013, Big Switch Networks, Inc. This library was generated by the LoxiGen Compiler.
 * Copyright 2018, Red Hat, Inc.
 */
// Automatically generated by LOXI from template module.go
// Do not modify

package of10

import (
	"bytes"
	"encoding/binary"
	"fmt"
	"net"

	"github.com/opencord/goloxi"
)

type Header struct {
	Version uint8
	Type    uint8
	Length  uint16
	Xid     uint32
}

type IHeader interface {
	goloxi.Serializable
	GetVersion() uint8
	GetType() uint8
	GetLength() uint16
	GetXid() uint32
}

func (self *Header) GetVersion() uint8 {
	return self.Version
}

func (self *Header) SetVersion(v uint8) {
	self.Version = v
}

func (self *Header) GetType() uint8 {
	return self.Type
}

func (self *Header) SetType(v uint8) {
	self.Type = v
}

func (self *Header) GetLength() uint16 {
	return self.Length
}

func (self *Header) SetLength(v uint16) {
	self.Length = v
}

func (self *Header) GetXid() uint32 {
	return self.Xid
}

func (self *Header) SetXid(v uint32) {
	self.Xid = v
}

func (self *Header) Serialize(encoder *goloxi.Encoder) error {

	encoder.PutUint8(uint8(1))
	encoder.PutUint8(uint8(self.Type))
	encoder.PutUint16(uint16(self.Length))
	encoder.PutUint32(uint32(self.Xid))

	return nil
}
func (self *Header) Decode(decoder *goloxi.Decoder) error {
	if decoder.Length() < 8 {
		return fmt.Errorf("Header packet too short: %d < 8", decoder.Length())
	}

	self.Version = uint8(decoder.ReadByte())
	self.Type = uint8(decoder.ReadByte())
	self.Length = uint16(decoder.ReadUint16())
	oldDecoder := decoder
	defer func() { decoder = oldDecoder }()
	decoder = decoder.SliceDecoder(int(self.Length), 2+2)
	self.Xid = uint32(decoder.ReadUint32())

	return nil
}
func DecodeHeader(decoder *goloxi.Decoder) (IHeader, error) {
	_header := &Header{}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("Header packet too short: %d < 8", decoder.Length())
	}
	_header.Version = uint8(decoder.ReadByte())
	_header.Type = uint8(decoder.ReadByte())
	_header.Length = uint16(decoder.ReadUint16())
	oldDecoder := decoder
	defer func() { decoder = oldDecoder }()
	decoder = decoder.SliceDecoder(int(_header.Length), 2+2)
	_header.Xid = uint32(decoder.ReadUint32())

	switch _header.Type {
	case 0:
		return DecodeHello(_header, decoder)
	case 1:
		return DecodeErrorMsg(_header, decoder)
	case 2:
		return DecodeEchoRequest(_header, decoder)
	case 3:
		return DecodeEchoReply(_header, decoder)
	case 4:
		return DecodeExperimenter(_header, decoder)
	case 5:
		return DecodeFeaturesRequest(_header, decoder)
	case 6:
		return DecodeFeaturesReply(_header, decoder)
	case 7:
		return DecodeGetConfigRequest(_header, decoder)
	case 8:
		return DecodeGetConfigReply(_header, decoder)
	case 9:
		return DecodeSetConfig(_header, decoder)
	case 10:
		return DecodePacketIn(_header, decoder)
	case 11:
		return DecodeFlowRemoved(_header, decoder)
	case 12:
		return DecodePortStatus(_header, decoder)
	case 13:
		return DecodePacketOut(_header, decoder)
	case 14:
		return DecodeFlowMod(_header, decoder)
	case 15:
		return DecodePortMod(_header, decoder)
	case 16:
		return DecodeStatsRequest(_header, decoder)
	case 17:
		return DecodeStatsReply(_header, decoder)
	case 18:
		return DecodeBarrierRequest(_header, decoder)
	case 19:
		return DecodeBarrierReply(_header, decoder)
	case 20:
		return DecodeQueueGetConfigRequest(_header, decoder)
	case 21:
		return DecodeQueueGetConfigReply(_header, decoder)
	case 22:
		return DecodeTableMod(_header, decoder)
	default:
		return nil, fmt.Errorf("Invalid type '%d' for 'Header'", _header.Type)
	}
}

func NewHeader(_type uint8) *Header {
	obj := &Header{}
	obj.Type = _type
	return obj
}

type StatsReply struct {
	*Header
	StatsType uint16
	Flags     StatsReplyFlags
}

type IStatsReply interface {
	IHeader
	GetStatsType() uint16
	GetFlags() StatsReplyFlags
}

func (self *StatsReply) GetStatsType() uint16 {
	return self.StatsType
}

func (self *StatsReply) SetStatsType(v uint16) {
	self.StatsType = v
}

func (self *StatsReply) GetFlags() StatsReplyFlags {
	return self.Flags
}

func (self *StatsReply) SetFlags(v StatsReplyFlags) {
	self.Flags = v
}

func (self *StatsReply) Serialize(encoder *goloxi.Encoder) error {
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint16(uint16(self.StatsType))
	encoder.PutUint16(uint16(self.Flags))

	return nil
}

func DecodeStatsReply(parent *Header, decoder *goloxi.Decoder) (IStatsReply, error) {
	_statsreply := &StatsReply{Header: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("StatsReply packet too short: %d < 4", decoder.Length())
	}
	_statsreply.StatsType = uint16(decoder.ReadUint16())
	_statsreply.Flags = StatsReplyFlags(decoder.ReadUint16())

	switch _statsreply.StatsType {
	case 0:
		return DecodeDescStatsReply(_statsreply, decoder)
	case 1:
		return DecodeFlowStatsReply(_statsreply, decoder)
	case 2:
		return DecodeAggregateStatsReply(_statsreply, decoder)
	case 3:
		return DecodeTableStatsReply(_statsreply, decoder)
	case 4:
		return DecodePortStatsReply(_statsreply, decoder)
	case 5:
		return DecodeQueueStatsReply(_statsreply, decoder)
	case 65535:
		return DecodeExperimenterStatsReply(_statsreply, decoder)
	default:
		return nil, fmt.Errorf("Invalid type '%d' for 'StatsReply'", _statsreply.StatsType)
	}
}

func NewStatsReply(_stats_type uint16) *StatsReply {
	obj := &StatsReply{
		Header: NewHeader(17),
	}
	obj.StatsType = _stats_type
	return obj
}

type AggregateStatsReply struct {
	*StatsReply
	PacketCount uint64
	ByteCount   uint64
	FlowCount   uint32
}

type IAggregateStatsReply interface {
	IStatsReply
	GetPacketCount() uint64
	GetByteCount() uint64
	GetFlowCount() uint32
}

func (self *AggregateStatsReply) GetPacketCount() uint64 {
	return self.PacketCount
}

func (self *AggregateStatsReply) SetPacketCount(v uint64) {
	self.PacketCount = v
}

func (self *AggregateStatsReply) GetByteCount() uint64 {
	return self.ByteCount
}

func (self *AggregateStatsReply) SetByteCount(v uint64) {
	self.ByteCount = v
}

func (self *AggregateStatsReply) GetFlowCount() uint32 {
	return self.FlowCount
}

func (self *AggregateStatsReply) SetFlowCount(v uint32) {
	self.FlowCount = v
}

func (self *AggregateStatsReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.StatsReply.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint64(uint64(self.PacketCount))
	encoder.PutUint64(uint64(self.ByteCount))
	encoder.PutUint32(uint32(self.FlowCount))
	encoder.Write(bytes.Repeat([]byte{0}, 4))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeAggregateStatsReply(parent *StatsReply, decoder *goloxi.Decoder) (*AggregateStatsReply, error) {
	_aggregatestatsreply := &AggregateStatsReply{StatsReply: parent}
	if decoder.Length() < 24 {
		return nil, fmt.Errorf("AggregateStatsReply packet too short: %d < 24", decoder.Length())
	}
	_aggregatestatsreply.PacketCount = uint64(decoder.ReadUint64())
	_aggregatestatsreply.ByteCount = uint64(decoder.ReadUint64())
	_aggregatestatsreply.FlowCount = uint32(decoder.ReadUint32())
	decoder.Skip(4)
	return _aggregatestatsreply, nil
}

func NewAggregateStatsReply() *AggregateStatsReply {
	obj := &AggregateStatsReply{
		StatsReply: NewStatsReply(2),
	}
	return obj
}

type StatsRequest struct {
	*Header
	StatsType uint16
	Flags     StatsRequestFlags
}

type IStatsRequest interface {
	IHeader
	GetStatsType() uint16
	GetFlags() StatsRequestFlags
}

func (self *StatsRequest) GetStatsType() uint16 {
	return self.StatsType
}

func (self *StatsRequest) SetStatsType(v uint16) {
	self.StatsType = v
}

func (self *StatsRequest) GetFlags() StatsRequestFlags {
	return self.Flags
}

func (self *StatsRequest) SetFlags(v StatsRequestFlags) {
	self.Flags = v
}

func (self *StatsRequest) Serialize(encoder *goloxi.Encoder) error {
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint16(uint16(self.StatsType))
	encoder.PutUint16(uint16(self.Flags))

	return nil
}

func DecodeStatsRequest(parent *Header, decoder *goloxi.Decoder) (IStatsRequest, error) {
	_statsrequest := &StatsRequest{Header: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("StatsRequest packet too short: %d < 4", decoder.Length())
	}
	_statsrequest.StatsType = uint16(decoder.ReadUint16())
	_statsrequest.Flags = StatsRequestFlags(decoder.ReadUint16())

	switch _statsrequest.StatsType {
	case 0:
		return DecodeDescStatsRequest(_statsrequest, decoder)
	case 1:
		return DecodeFlowStatsRequest(_statsrequest, decoder)
	case 2:
		return DecodeAggregateStatsRequest(_statsrequest, decoder)
	case 3:
		return DecodeTableStatsRequest(_statsrequest, decoder)
	case 4:
		return DecodePortStatsRequest(_statsrequest, decoder)
	case 5:
		return DecodeQueueStatsRequest(_statsrequest, decoder)
	case 65535:
		return DecodeExperimenterStatsRequest(_statsrequest, decoder)
	default:
		return nil, fmt.Errorf("Invalid type '%d' for 'StatsRequest'", _statsrequest.StatsType)
	}
}

func NewStatsRequest(_stats_type uint16) *StatsRequest {
	obj := &StatsRequest{
		Header: NewHeader(16),
	}
	obj.StatsType = _stats_type
	return obj
}

type AggregateStatsRequest struct {
	*StatsRequest
	Match   Match
	TableId uint8
	OutPort Port
}

type IAggregateStatsRequest interface {
	IStatsRequest
	GetMatch() Match
	GetTableId() uint8
	GetOutPort() Port
}

func (self *AggregateStatsRequest) GetMatch() Match {
	return self.Match
}

func (self *AggregateStatsRequest) SetMatch(v Match) {
	self.Match = v
}

func (self *AggregateStatsRequest) GetTableId() uint8 {
	return self.TableId
}

func (self *AggregateStatsRequest) SetTableId(v uint8) {
	self.TableId = v
}

func (self *AggregateStatsRequest) GetOutPort() Port {
	return self.OutPort
}

func (self *AggregateStatsRequest) SetOutPort(v Port) {
	self.OutPort = v
}

func (self *AggregateStatsRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.StatsRequest.Serialize(encoder); err != nil {
		return err
	}

	if err := self.Match.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.TableId))
	encoder.Write(bytes.Repeat([]byte{0}, 1))
	self.OutPort.Serialize(encoder)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeAggregateStatsRequest(parent *StatsRequest, decoder *goloxi.Decoder) (*AggregateStatsRequest, error) {
	_aggregatestatsrequest := &AggregateStatsRequest{StatsRequest: parent}
	if decoder.Length() < 44 {
		return nil, fmt.Errorf("AggregateStatsRequest packet too short: %d < 44", decoder.Length())
	}
	if err := _aggregatestatsrequest.Match.Decode(decoder); err != nil {
		return nil, err
	}

	_aggregatestatsrequest.TableId = uint8(decoder.ReadByte())
	decoder.Skip(1)
	_aggregatestatsrequest.OutPort.Decode(decoder)
	return _aggregatestatsrequest, nil
}

func NewAggregateStatsRequest() *AggregateStatsRequest {
	obj := &AggregateStatsRequest{
		StatsRequest: NewStatsRequest(2),
	}
	return obj
}

type ErrorMsg struct {
	*Header
	ErrType uint16
}

type IErrorMsg interface {
	IHeader
	GetErrType() uint16
}

func (self *ErrorMsg) GetErrType() uint16 {
	return self.ErrType
}

func (self *ErrorMsg) SetErrType(v uint16) {
	self.ErrType = v
}

func (self *ErrorMsg) Serialize(encoder *goloxi.Encoder) error {
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint16(uint16(self.ErrType))

	return nil
}

func DecodeErrorMsg(parent *Header, decoder *goloxi.Decoder) (IErrorMsg, error) {
	_errormsg := &ErrorMsg{Header: parent}
	if decoder.Length() < 2 {
		return nil, fmt.Errorf("ErrorMsg packet too short: %d < 2", decoder.Length())
	}
	_errormsg.ErrType = uint16(decoder.ReadUint16())

	switch _errormsg.ErrType {
	case 0:
		return DecodeHelloFailedErrorMsg(_errormsg, decoder)
	case 1:
		return DecodeBadRequestErrorMsg(_errormsg, decoder)
	case 2:
		return DecodeBadActionErrorMsg(_errormsg, decoder)
	case 3:
		return DecodeFlowModFailedErrorMsg(_errormsg, decoder)
	case 4:
		return DecodePortModFailedErrorMsg(_errormsg, decoder)
	case 5:
		return DecodeQueueOpFailedErrorMsg(_errormsg, decoder)
	default:
		return nil, fmt.Errorf("Invalid type '%d' for 'ErrorMsg'", _errormsg.ErrType)
	}
}

func NewErrorMsg(_err_type uint16) *ErrorMsg {
	obj := &ErrorMsg{
		Header: NewHeader(1),
	}
	obj.ErrType = _err_type
	return obj
}

type BadActionErrorMsg struct {
	*ErrorMsg
	Code BadActionCode
	Data []byte
}

type IBadActionErrorMsg interface {
	IErrorMsg
	GetCode() BadActionCode
	GetData() []byte
}

func (self *BadActionErrorMsg) GetCode() BadActionCode {
	return self.Code
}

func (self *BadActionErrorMsg) SetCode(v BadActionCode) {
	self.Code = v
}

func (self *BadActionErrorMsg) GetData() []byte {
	return self.Data
}

func (self *BadActionErrorMsg) SetData(v []byte) {
	self.Data = v
}

func (self *BadActionErrorMsg) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.ErrorMsg.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint16(uint16(self.Code))
	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBadActionErrorMsg(parent *ErrorMsg, decoder *goloxi.Decoder) (*BadActionErrorMsg, error) {
	_badactionerrormsg := &BadActionErrorMsg{ErrorMsg: parent}
	if decoder.Length() < 2 {
		return nil, fmt.Errorf("BadActionErrorMsg packet too short: %d < 2", decoder.Length())
	}
	_badactionerrormsg.Code = BadActionCode(decoder.ReadUint16())
	_badactionerrormsg.Data = decoder.Read(int(decoder.Length()))
	return _badactionerrormsg, nil
}

func NewBadActionErrorMsg() *BadActionErrorMsg {
	obj := &BadActionErrorMsg{
		ErrorMsg: NewErrorMsg(2),
	}
	return obj
}

type BadRequestErrorMsg struct {
	*ErrorMsg
	Code BadRequestCode
	Data []byte
}

type IBadRequestErrorMsg interface {
	IErrorMsg
	GetCode() BadRequestCode
	GetData() []byte
}

func (self *BadRequestErrorMsg) GetCode() BadRequestCode {
	return self.Code
}

func (self *BadRequestErrorMsg) SetCode(v BadRequestCode) {
	self.Code = v
}

func (self *BadRequestErrorMsg) GetData() []byte {
	return self.Data
}

func (self *BadRequestErrorMsg) SetData(v []byte) {
	self.Data = v
}

func (self *BadRequestErrorMsg) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.ErrorMsg.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint16(uint16(self.Code))
	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBadRequestErrorMsg(parent *ErrorMsg, decoder *goloxi.Decoder) (*BadRequestErrorMsg, error) {
	_badrequesterrormsg := &BadRequestErrorMsg{ErrorMsg: parent}
	if decoder.Length() < 2 {
		return nil, fmt.Errorf("BadRequestErrorMsg packet too short: %d < 2", decoder.Length())
	}
	_badrequesterrormsg.Code = BadRequestCode(decoder.ReadUint16())
	_badrequesterrormsg.Data = decoder.Read(int(decoder.Length()))
	return _badrequesterrormsg, nil
}

func NewBadRequestErrorMsg() *BadRequestErrorMsg {
	obj := &BadRequestErrorMsg{
		ErrorMsg: NewErrorMsg(1),
	}
	return obj
}

type BarrierReply struct {
	*Header
}

type IBarrierReply interface {
	IHeader
}

func (self *BarrierReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBarrierReply(parent *Header, decoder *goloxi.Decoder) (*BarrierReply, error) {
	_barrierreply := &BarrierReply{Header: parent}
	return _barrierreply, nil
}

func NewBarrierReply() *BarrierReply {
	obj := &BarrierReply{
		Header: NewHeader(19),
	}
	return obj
}

type BarrierRequest struct {
	*Header
}

type IBarrierRequest interface {
	IHeader
}

func (self *BarrierRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBarrierRequest(parent *Header, decoder *goloxi.Decoder) (*BarrierRequest, error) {
	_barrierrequest := &BarrierRequest{Header: parent}
	return _barrierrequest, nil
}

func NewBarrierRequest() *BarrierRequest {
	obj := &BarrierRequest{
		Header: NewHeader(18),
	}
	return obj
}

type Experimenter struct {
	*Header
	Experimenter uint32
}

type IExperimenter interface {
	IHeader
	GetExperimenter() uint32
}

func (self *Experimenter) GetExperimenter() uint32 {
	return self.Experimenter
}

func (self *Experimenter) SetExperimenter(v uint32) {
	self.Experimenter = v
}

func (self *Experimenter) Serialize(encoder *goloxi.Encoder) error {
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Experimenter))

	return nil
}

func DecodeExperimenter(parent *Header, decoder *goloxi.Decoder) (IExperimenter, error) {
	_experimenter := &Experimenter{Header: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("Experimenter packet too short: %d < 4", decoder.Length())
	}
	_experimenter.Experimenter = uint32(decoder.ReadUint32())

	switch _experimenter.Experimenter {
	case 8992:
		return DecodeNiciraHeader(_experimenter, decoder)
	case 6035143:
		return DecodeBsnHeader(_experimenter, decoder)
	default:
		return nil, fmt.Errorf("Invalid type '%d' for 'Experimenter'", _experimenter.Experimenter)
	}
}

func NewExperimenter(_experimenter uint32) *Experimenter {
	obj := &Experimenter{
		Header: NewHeader(4),
	}
	obj.Experimenter = _experimenter
	return obj
}

type BsnHeader struct {
	*Experimenter
	Subtype uint32
}

type IBsnHeader interface {
	IExperimenter
	GetSubtype() uint32
}

func (self *BsnHeader) GetSubtype() uint32 {
	return self.Subtype
}

func (self *BsnHeader) SetSubtype(v uint32) {
	self.Subtype = v
}

func (self *BsnHeader) Serialize(encoder *goloxi.Encoder) error {
	if err := self.Experimenter.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Subtype))

	return nil
}

func DecodeBsnHeader(parent *Experimenter, decoder *goloxi.Decoder) (IBsnHeader, error) {
	_bsnheader := &BsnHeader{Experimenter: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnHeader packet too short: %d < 4", decoder.Length())
	}
	_bsnheader.Subtype = uint32(decoder.ReadUint32())

	switch _bsnheader.Subtype {
	case 0:
		return DecodeBsnSetIpMask(_bsnheader, decoder)
	case 1:
		return DecodeBsnGetIpMaskRequest(_bsnheader, decoder)
	case 2:
		return DecodeBsnGetIpMaskReply(_bsnheader, decoder)
	case 3:
		return DecodeBsnSetMirroring(_bsnheader, decoder)
	case 4:
		return DecodeBsnGetMirroringRequest(_bsnheader, decoder)
	case 5:
		return DecodeBsnGetMirroringReply(_bsnheader, decoder)
	case 6:
		return DecodeBsnShellCommand(_bsnheader, decoder)
	case 7:
		return DecodeBsnShellOutput(_bsnheader, decoder)
	case 8:
		return DecodeBsnShellStatus(_bsnheader, decoder)
	case 9:
		return DecodeBsnGetInterfacesRequest(_bsnheader, decoder)
	case 10:
		return DecodeBsnGetInterfacesReply(_bsnheader, decoder)
	case 11:
		return DecodeBsnSetPktinSuppressionRequest(_bsnheader, decoder)
	case 12:
		return DecodeBsnSetL2TableRequest(_bsnheader, decoder)
	case 13:
		return DecodeBsnGetL2TableRequest(_bsnheader, decoder)
	case 14:
		return DecodeBsnGetL2TableReply(_bsnheader, decoder)
	case 15:
		return DecodeBsnVirtualPortCreateRequest(_bsnheader, decoder)
	case 16:
		return DecodeBsnVirtualPortCreateReply(_bsnheader, decoder)
	case 17:
		return DecodeBsnVirtualPortRemoveRequest(_bsnheader, decoder)
	case 18:
		return DecodeBsnBwEnableSetRequest(_bsnheader, decoder)
	case 19:
		return DecodeBsnBwEnableGetRequest(_bsnheader, decoder)
	case 20:
		return DecodeBsnBwEnableGetReply(_bsnheader, decoder)
	case 21:
		return DecodeBsnBwClearDataRequest(_bsnheader, decoder)
	case 22:
		return DecodeBsnBwClearDataReply(_bsnheader, decoder)
	case 23:
		return DecodeBsnBwEnableSetReply(_bsnheader, decoder)
	case 24:
		return DecodeBsnSetL2TableReply(_bsnheader, decoder)
	case 25:
		return DecodeBsnSetPktinSuppressionReply(_bsnheader, decoder)
	case 26:
		return DecodeBsnVirtualPortRemoveReply(_bsnheader, decoder)
	case 27:
		return DecodeBsnHybridGetRequest(_bsnheader, decoder)
	case 28:
		return DecodeBsnHybridGetReply(_bsnheader, decoder)
	case 31:
		return DecodeBsnPduTxRequest(_bsnheader, decoder)
	case 32:
		return DecodeBsnPduTxReply(_bsnheader, decoder)
	case 33:
		return DecodeBsnPduRxRequest(_bsnheader, decoder)
	case 34:
		return DecodeBsnPduRxReply(_bsnheader, decoder)
	case 35:
		return DecodeBsnPduRxTimeout(_bsnheader, decoder)
	default:
		return nil, fmt.Errorf("Invalid type '%d' for 'BsnHeader'", _bsnheader.Subtype)
	}
}

func NewBsnHeader(_subtype uint32) *BsnHeader {
	obj := &BsnHeader{
		Experimenter: NewExperimenter(6035143),
	}
	obj.Subtype = _subtype
	return obj
}

type BsnBwClearDataReply struct {
	*BsnHeader
	Status uint32
}

type IBsnBwClearDataReply interface {
	IBsnHeader
	GetStatus() uint32
}

func (self *BsnBwClearDataReply) GetStatus() uint32 {
	return self.Status
}

func (self *BsnBwClearDataReply) SetStatus(v uint32) {
	self.Status = v
}

func (self *BsnBwClearDataReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Status))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnBwClearDataReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnBwClearDataReply, error) {
	_bsnbwcleardatareply := &BsnBwClearDataReply{BsnHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnBwClearDataReply packet too short: %d < 4", decoder.Length())
	}
	_bsnbwcleardatareply.Status = uint32(decoder.ReadUint32())
	return _bsnbwcleardatareply, nil
}

func NewBsnBwClearDataReply() *BsnBwClearDataReply {
	obj := &BsnBwClearDataReply{
		BsnHeader: NewBsnHeader(22),
	}
	return obj
}

type BsnBwClearDataRequest struct {
	*BsnHeader
}

type IBsnBwClearDataRequest interface {
	IBsnHeader
}

func (self *BsnBwClearDataRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnBwClearDataRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnBwClearDataRequest, error) {
	_bsnbwcleardatarequest := &BsnBwClearDataRequest{BsnHeader: parent}
	return _bsnbwcleardatarequest, nil
}

func NewBsnBwClearDataRequest() *BsnBwClearDataRequest {
	obj := &BsnBwClearDataRequest{
		BsnHeader: NewBsnHeader(21),
	}
	return obj
}

type BsnBwEnableGetReply struct {
	*BsnHeader
	Enabled uint32
}

type IBsnBwEnableGetReply interface {
	IBsnHeader
	GetEnabled() uint32
}

func (self *BsnBwEnableGetReply) GetEnabled() uint32 {
	return self.Enabled
}

func (self *BsnBwEnableGetReply) SetEnabled(v uint32) {
	self.Enabled = v
}

func (self *BsnBwEnableGetReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Enabled))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnBwEnableGetReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnBwEnableGetReply, error) {
	_bsnbwenablegetreply := &BsnBwEnableGetReply{BsnHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnBwEnableGetReply packet too short: %d < 4", decoder.Length())
	}
	_bsnbwenablegetreply.Enabled = uint32(decoder.ReadUint32())
	return _bsnbwenablegetreply, nil
}

func NewBsnBwEnableGetReply() *BsnBwEnableGetReply {
	obj := &BsnBwEnableGetReply{
		BsnHeader: NewBsnHeader(20),
	}
	return obj
}

type BsnBwEnableGetRequest struct {
	*BsnHeader
}

type IBsnBwEnableGetRequest interface {
	IBsnHeader
}

func (self *BsnBwEnableGetRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnBwEnableGetRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnBwEnableGetRequest, error) {
	_bsnbwenablegetrequest := &BsnBwEnableGetRequest{BsnHeader: parent}
	return _bsnbwenablegetrequest, nil
}

func NewBsnBwEnableGetRequest() *BsnBwEnableGetRequest {
	obj := &BsnBwEnableGetRequest{
		BsnHeader: NewBsnHeader(19),
	}
	return obj
}

type BsnBwEnableSetReply struct {
	*BsnHeader
	Enable uint32
	Status uint32
}

type IBsnBwEnableSetReply interface {
	IBsnHeader
	GetEnable() uint32
	GetStatus() uint32
}

func (self *BsnBwEnableSetReply) GetEnable() uint32 {
	return self.Enable
}

func (self *BsnBwEnableSetReply) SetEnable(v uint32) {
	self.Enable = v
}

func (self *BsnBwEnableSetReply) GetStatus() uint32 {
	return self.Status
}

func (self *BsnBwEnableSetReply) SetStatus(v uint32) {
	self.Status = v
}

func (self *BsnBwEnableSetReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Enable))
	encoder.PutUint32(uint32(self.Status))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnBwEnableSetReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnBwEnableSetReply, error) {
	_bsnbwenablesetreply := &BsnBwEnableSetReply{BsnHeader: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("BsnBwEnableSetReply packet too short: %d < 8", decoder.Length())
	}
	_bsnbwenablesetreply.Enable = uint32(decoder.ReadUint32())
	_bsnbwenablesetreply.Status = uint32(decoder.ReadUint32())
	return _bsnbwenablesetreply, nil
}

func NewBsnBwEnableSetReply() *BsnBwEnableSetReply {
	obj := &BsnBwEnableSetReply{
		BsnHeader: NewBsnHeader(23),
	}
	return obj
}

type BsnBwEnableSetRequest struct {
	*BsnHeader
	Enable uint32
}

type IBsnBwEnableSetRequest interface {
	IBsnHeader
	GetEnable() uint32
}

func (self *BsnBwEnableSetRequest) GetEnable() uint32 {
	return self.Enable
}

func (self *BsnBwEnableSetRequest) SetEnable(v uint32) {
	self.Enable = v
}

func (self *BsnBwEnableSetRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Enable))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnBwEnableSetRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnBwEnableSetRequest, error) {
	_bsnbwenablesetrequest := &BsnBwEnableSetRequest{BsnHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnBwEnableSetRequest packet too short: %d < 4", decoder.Length())
	}
	_bsnbwenablesetrequest.Enable = uint32(decoder.ReadUint32())
	return _bsnbwenablesetrequest, nil
}

func NewBsnBwEnableSetRequest() *BsnBwEnableSetRequest {
	obj := &BsnBwEnableSetRequest{
		BsnHeader: NewBsnHeader(18),
	}
	return obj
}

type BsnGetInterfacesReply struct {
	*BsnHeader
	Interfaces []*BsnInterface
}

type IBsnGetInterfacesReply interface {
	IBsnHeader
	GetInterfaces() []*BsnInterface
}

func (self *BsnGetInterfacesReply) GetInterfaces() []*BsnInterface {
	return self.Interfaces
}

func (self *BsnGetInterfacesReply) SetInterfaces(v []*BsnInterface) {
	self.Interfaces = v
}

func (self *BsnGetInterfacesReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	for _, obj := range self.Interfaces {
		if err := obj.Serialize(encoder); err != nil {
			return err
		}
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnGetInterfacesReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnGetInterfacesReply, error) {
	_bsngetinterfacesreply := &BsnGetInterfacesReply{BsnHeader: parent}

	for decoder.Length() >= 32 {
		item, err := DecodeBsnInterface(decoder)
		if err != nil {
			return nil, err
		}
		if item != nil {
			_bsngetinterfacesreply.Interfaces = append(_bsngetinterfacesreply.Interfaces, item)
		}
	}
	return _bsngetinterfacesreply, nil
}

func NewBsnGetInterfacesReply() *BsnGetInterfacesReply {
	obj := &BsnGetInterfacesReply{
		BsnHeader: NewBsnHeader(10),
	}
	return obj
}

type BsnGetInterfacesRequest struct {
	*BsnHeader
}

type IBsnGetInterfacesRequest interface {
	IBsnHeader
}

func (self *BsnGetInterfacesRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnGetInterfacesRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnGetInterfacesRequest, error) {
	_bsngetinterfacesrequest := &BsnGetInterfacesRequest{BsnHeader: parent}
	return _bsngetinterfacesrequest, nil
}

func NewBsnGetInterfacesRequest() *BsnGetInterfacesRequest {
	obj := &BsnGetInterfacesRequest{
		BsnHeader: NewBsnHeader(9),
	}
	return obj
}

type BsnGetIpMaskReply struct {
	*BsnHeader
	Index uint8
	Mask  uint32
}

type IBsnGetIpMaskReply interface {
	IBsnHeader
	GetIndex() uint8
	GetMask() uint32
}

func (self *BsnGetIpMaskReply) GetIndex() uint8 {
	return self.Index
}

func (self *BsnGetIpMaskReply) SetIndex(v uint8) {
	self.Index = v
}

func (self *BsnGetIpMaskReply) GetMask() uint32 {
	return self.Mask
}

func (self *BsnGetIpMaskReply) SetMask(v uint32) {
	self.Mask = v
}

func (self *BsnGetIpMaskReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.Index))
	encoder.Write(bytes.Repeat([]byte{0}, 3))
	encoder.PutUint32(uint32(self.Mask))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnGetIpMaskReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnGetIpMaskReply, error) {
	_bsngetipmaskreply := &BsnGetIpMaskReply{BsnHeader: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("BsnGetIpMaskReply packet too short: %d < 8", decoder.Length())
	}
	_bsngetipmaskreply.Index = uint8(decoder.ReadByte())
	decoder.Skip(3)
	_bsngetipmaskreply.Mask = uint32(decoder.ReadUint32())
	return _bsngetipmaskreply, nil
}

func NewBsnGetIpMaskReply() *BsnGetIpMaskReply {
	obj := &BsnGetIpMaskReply{
		BsnHeader: NewBsnHeader(2),
	}
	return obj
}

type BsnGetIpMaskRequest struct {
	*BsnHeader
	Index uint8
}

type IBsnGetIpMaskRequest interface {
	IBsnHeader
	GetIndex() uint8
}

func (self *BsnGetIpMaskRequest) GetIndex() uint8 {
	return self.Index
}

func (self *BsnGetIpMaskRequest) SetIndex(v uint8) {
	self.Index = v
}

func (self *BsnGetIpMaskRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.Index))
	encoder.Write(bytes.Repeat([]byte{0}, 7))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnGetIpMaskRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnGetIpMaskRequest, error) {
	_bsngetipmaskrequest := &BsnGetIpMaskRequest{BsnHeader: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("BsnGetIpMaskRequest packet too short: %d < 8", decoder.Length())
	}
	_bsngetipmaskrequest.Index = uint8(decoder.ReadByte())
	decoder.Skip(7)
	return _bsngetipmaskrequest, nil
}

func NewBsnGetIpMaskRequest() *BsnGetIpMaskRequest {
	obj := &BsnGetIpMaskRequest{
		BsnHeader: NewBsnHeader(1),
	}
	return obj
}

type BsnGetL2TableReply struct {
	*BsnHeader
	L2TableEnable   uint8
	L2TablePriority uint16
}

type IBsnGetL2TableReply interface {
	IBsnHeader
	GetL2TableEnable() uint8
	GetL2TablePriority() uint16
}

func (self *BsnGetL2TableReply) GetL2TableEnable() uint8 {
	return self.L2TableEnable
}

func (self *BsnGetL2TableReply) SetL2TableEnable(v uint8) {
	self.L2TableEnable = v
}

func (self *BsnGetL2TableReply) GetL2TablePriority() uint16 {
	return self.L2TablePriority
}

func (self *BsnGetL2TableReply) SetL2TablePriority(v uint16) {
	self.L2TablePriority = v
}

func (self *BsnGetL2TableReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.L2TableEnable))
	encoder.Write(bytes.Repeat([]byte{0}, 1))
	encoder.PutUint16(uint16(self.L2TablePriority))
	encoder.Write(bytes.Repeat([]byte{0}, 4))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnGetL2TableReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnGetL2TableReply, error) {
	_bsngetl2tablereply := &BsnGetL2TableReply{BsnHeader: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("BsnGetL2TableReply packet too short: %d < 8", decoder.Length())
	}
	_bsngetl2tablereply.L2TableEnable = uint8(decoder.ReadByte())
	decoder.Skip(1)
	_bsngetl2tablereply.L2TablePriority = uint16(decoder.ReadUint16())
	decoder.Skip(4)
	return _bsngetl2tablereply, nil
}

func NewBsnGetL2TableReply() *BsnGetL2TableReply {
	obj := &BsnGetL2TableReply{
		BsnHeader: NewBsnHeader(14),
	}
	return obj
}

type BsnGetL2TableRequest struct {
	*BsnHeader
}

type IBsnGetL2TableRequest interface {
	IBsnHeader
}

func (self *BsnGetL2TableRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnGetL2TableRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnGetL2TableRequest, error) {
	_bsngetl2tablerequest := &BsnGetL2TableRequest{BsnHeader: parent}
	return _bsngetl2tablerequest, nil
}

func NewBsnGetL2TableRequest() *BsnGetL2TableRequest {
	obj := &BsnGetL2TableRequest{
		BsnHeader: NewBsnHeader(13),
	}
	return obj
}

type BsnGetMirroringReply struct {
	*BsnHeader
	ReportMirrorPorts uint8
}

type IBsnGetMirroringReply interface {
	IBsnHeader
	GetReportMirrorPorts() uint8
}

func (self *BsnGetMirroringReply) GetReportMirrorPorts() uint8 {
	return self.ReportMirrorPorts
}

func (self *BsnGetMirroringReply) SetReportMirrorPorts(v uint8) {
	self.ReportMirrorPorts = v
}

func (self *BsnGetMirroringReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.ReportMirrorPorts))
	encoder.Write(bytes.Repeat([]byte{0}, 3))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnGetMirroringReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnGetMirroringReply, error) {
	_bsngetmirroringreply := &BsnGetMirroringReply{BsnHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnGetMirroringReply packet too short: %d < 4", decoder.Length())
	}
	_bsngetmirroringreply.ReportMirrorPorts = uint8(decoder.ReadByte())
	decoder.Skip(3)
	return _bsngetmirroringreply, nil
}

func NewBsnGetMirroringReply() *BsnGetMirroringReply {
	obj := &BsnGetMirroringReply{
		BsnHeader: NewBsnHeader(5),
	}
	return obj
}

type BsnGetMirroringRequest struct {
	*BsnHeader
	ReportMirrorPorts uint8
}

type IBsnGetMirroringRequest interface {
	IBsnHeader
	GetReportMirrorPorts() uint8
}

func (self *BsnGetMirroringRequest) GetReportMirrorPorts() uint8 {
	return self.ReportMirrorPorts
}

func (self *BsnGetMirroringRequest) SetReportMirrorPorts(v uint8) {
	self.ReportMirrorPorts = v
}

func (self *BsnGetMirroringRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.ReportMirrorPorts))
	encoder.Write(bytes.Repeat([]byte{0}, 3))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnGetMirroringRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnGetMirroringRequest, error) {
	_bsngetmirroringrequest := &BsnGetMirroringRequest{BsnHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnGetMirroringRequest packet too short: %d < 4", decoder.Length())
	}
	_bsngetmirroringrequest.ReportMirrorPorts = uint8(decoder.ReadByte())
	decoder.Skip(3)
	return _bsngetmirroringrequest, nil
}

func NewBsnGetMirroringRequest() *BsnGetMirroringRequest {
	obj := &BsnGetMirroringRequest{
		BsnHeader: NewBsnHeader(4),
	}
	return obj
}

type BsnHybridGetReply struct {
	*BsnHeader
	HybridEnable  uint8
	HybridVersion uint16
}

type IBsnHybridGetReply interface {
	IBsnHeader
	GetHybridEnable() uint8
	GetHybridVersion() uint16
}

func (self *BsnHybridGetReply) GetHybridEnable() uint8 {
	return self.HybridEnable
}

func (self *BsnHybridGetReply) SetHybridEnable(v uint8) {
	self.HybridEnable = v
}

func (self *BsnHybridGetReply) GetHybridVersion() uint16 {
	return self.HybridVersion
}

func (self *BsnHybridGetReply) SetHybridVersion(v uint16) {
	self.HybridVersion = v
}

func (self *BsnHybridGetReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.HybridEnable))
	encoder.Write(bytes.Repeat([]byte{0}, 1))
	encoder.PutUint16(uint16(self.HybridVersion))
	encoder.Write(bytes.Repeat([]byte{0}, 4))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnHybridGetReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnHybridGetReply, error) {
	_bsnhybridgetreply := &BsnHybridGetReply{BsnHeader: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("BsnHybridGetReply packet too short: %d < 8", decoder.Length())
	}
	_bsnhybridgetreply.HybridEnable = uint8(decoder.ReadByte())
	decoder.Skip(1)
	_bsnhybridgetreply.HybridVersion = uint16(decoder.ReadUint16())
	decoder.Skip(4)
	return _bsnhybridgetreply, nil
}

func NewBsnHybridGetReply() *BsnHybridGetReply {
	obj := &BsnHybridGetReply{
		BsnHeader: NewBsnHeader(28),
	}
	return obj
}

type BsnHybridGetRequest struct {
	*BsnHeader
}

type IBsnHybridGetRequest interface {
	IBsnHeader
}

func (self *BsnHybridGetRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnHybridGetRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnHybridGetRequest, error) {
	_bsnhybridgetrequest := &BsnHybridGetRequest{BsnHeader: parent}
	return _bsnhybridgetrequest, nil
}

func NewBsnHybridGetRequest() *BsnHybridGetRequest {
	obj := &BsnHybridGetRequest{
		BsnHeader: NewBsnHeader(27),
	}
	return obj
}

type BsnPduRxReply struct {
	*BsnHeader
	Status  uint32
	PortNo  Port
	SlotNum uint8
}

type IBsnPduRxReply interface {
	IBsnHeader
	GetStatus() uint32
	GetPortNo() Port
	GetSlotNum() uint8
}

func (self *BsnPduRxReply) GetStatus() uint32 {
	return self.Status
}

func (self *BsnPduRxReply) SetStatus(v uint32) {
	self.Status = v
}

func (self *BsnPduRxReply) GetPortNo() Port {
	return self.PortNo
}

func (self *BsnPduRxReply) SetPortNo(v Port) {
	self.PortNo = v
}

func (self *BsnPduRxReply) GetSlotNum() uint8 {
	return self.SlotNum
}

func (self *BsnPduRxReply) SetSlotNum(v uint8) {
	self.SlotNum = v
}

func (self *BsnPduRxReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Status))
	self.PortNo.Serialize(encoder)
	encoder.PutUint8(uint8(self.SlotNum))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnPduRxReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnPduRxReply, error) {
	_bsnpdurxreply := &BsnPduRxReply{BsnHeader: parent}
	if decoder.Length() < 7 {
		return nil, fmt.Errorf("BsnPduRxReply packet too short: %d < 7", decoder.Length())
	}
	_bsnpdurxreply.Status = uint32(decoder.ReadUint32())
	_bsnpdurxreply.PortNo.Decode(decoder)
	_bsnpdurxreply.SlotNum = uint8(decoder.ReadByte())
	return _bsnpdurxreply, nil
}

func NewBsnPduRxReply() *BsnPduRxReply {
	obj := &BsnPduRxReply{
		BsnHeader: NewBsnHeader(34),
	}
	return obj
}

type BsnPduRxRequest struct {
	*BsnHeader
	TimeoutMs uint32
	PortNo    Port
	SlotNum   uint8
	Data      []byte
}

type IBsnPduRxRequest interface {
	IBsnHeader
	GetTimeoutMs() uint32
	GetPortNo() Port
	GetSlotNum() uint8
	GetData() []byte
}

func (self *BsnPduRxRequest) GetTimeoutMs() uint32 {
	return self.TimeoutMs
}

func (self *BsnPduRxRequest) SetTimeoutMs(v uint32) {
	self.TimeoutMs = v
}

func (self *BsnPduRxRequest) GetPortNo() Port {
	return self.PortNo
}

func (self *BsnPduRxRequest) SetPortNo(v Port) {
	self.PortNo = v
}

func (self *BsnPduRxRequest) GetSlotNum() uint8 {
	return self.SlotNum
}

func (self *BsnPduRxRequest) SetSlotNum(v uint8) {
	self.SlotNum = v
}

func (self *BsnPduRxRequest) GetData() []byte {
	return self.Data
}

func (self *BsnPduRxRequest) SetData(v []byte) {
	self.Data = v
}

func (self *BsnPduRxRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.TimeoutMs))
	self.PortNo.Serialize(encoder)
	encoder.PutUint8(uint8(self.SlotNum))
	encoder.Write(bytes.Repeat([]byte{0}, 3))
	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnPduRxRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnPduRxRequest, error) {
	_bsnpdurxrequest := &BsnPduRxRequest{BsnHeader: parent}
	if decoder.Length() < 10 {
		return nil, fmt.Errorf("BsnPduRxRequest packet too short: %d < 10", decoder.Length())
	}
	_bsnpdurxrequest.TimeoutMs = uint32(decoder.ReadUint32())
	_bsnpdurxrequest.PortNo.Decode(decoder)
	_bsnpdurxrequest.SlotNum = uint8(decoder.ReadByte())
	decoder.Skip(3)
	_bsnpdurxrequest.Data = decoder.Read(int(decoder.Length()))
	return _bsnpdurxrequest, nil
}

func NewBsnPduRxRequest() *BsnPduRxRequest {
	obj := &BsnPduRxRequest{
		BsnHeader: NewBsnHeader(33),
	}
	return obj
}

type BsnPduRxTimeout struct {
	*BsnHeader
	PortNo  Port
	SlotNum uint8
}

type IBsnPduRxTimeout interface {
	IBsnHeader
	GetPortNo() Port
	GetSlotNum() uint8
}

func (self *BsnPduRxTimeout) GetPortNo() Port {
	return self.PortNo
}

func (self *BsnPduRxTimeout) SetPortNo(v Port) {
	self.PortNo = v
}

func (self *BsnPduRxTimeout) GetSlotNum() uint8 {
	return self.SlotNum
}

func (self *BsnPduRxTimeout) SetSlotNum(v uint8) {
	self.SlotNum = v
}

func (self *BsnPduRxTimeout) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	self.PortNo.Serialize(encoder)
	encoder.PutUint8(uint8(self.SlotNum))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnPduRxTimeout(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnPduRxTimeout, error) {
	_bsnpdurxtimeout := &BsnPduRxTimeout{BsnHeader: parent}
	if decoder.Length() < 3 {
		return nil, fmt.Errorf("BsnPduRxTimeout packet too short: %d < 3", decoder.Length())
	}
	_bsnpdurxtimeout.PortNo.Decode(decoder)
	_bsnpdurxtimeout.SlotNum = uint8(decoder.ReadByte())
	return _bsnpdurxtimeout, nil
}

func NewBsnPduRxTimeout() *BsnPduRxTimeout {
	obj := &BsnPduRxTimeout{
		BsnHeader: NewBsnHeader(35),
	}
	return obj
}

type BsnPduTxReply struct {
	*BsnHeader
	Status  uint32
	PortNo  Port
	SlotNum uint8
}

type IBsnPduTxReply interface {
	IBsnHeader
	GetStatus() uint32
	GetPortNo() Port
	GetSlotNum() uint8
}

func (self *BsnPduTxReply) GetStatus() uint32 {
	return self.Status
}

func (self *BsnPduTxReply) SetStatus(v uint32) {
	self.Status = v
}

func (self *BsnPduTxReply) GetPortNo() Port {
	return self.PortNo
}

func (self *BsnPduTxReply) SetPortNo(v Port) {
	self.PortNo = v
}

func (self *BsnPduTxReply) GetSlotNum() uint8 {
	return self.SlotNum
}

func (self *BsnPduTxReply) SetSlotNum(v uint8) {
	self.SlotNum = v
}

func (self *BsnPduTxReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Status))
	self.PortNo.Serialize(encoder)
	encoder.PutUint8(uint8(self.SlotNum))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnPduTxReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnPduTxReply, error) {
	_bsnpdutxreply := &BsnPduTxReply{BsnHeader: parent}
	if decoder.Length() < 7 {
		return nil, fmt.Errorf("BsnPduTxReply packet too short: %d < 7", decoder.Length())
	}
	_bsnpdutxreply.Status = uint32(decoder.ReadUint32())
	_bsnpdutxreply.PortNo.Decode(decoder)
	_bsnpdutxreply.SlotNum = uint8(decoder.ReadByte())
	return _bsnpdutxreply, nil
}

func NewBsnPduTxReply() *BsnPduTxReply {
	obj := &BsnPduTxReply{
		BsnHeader: NewBsnHeader(32),
	}
	return obj
}

type BsnPduTxRequest struct {
	*BsnHeader
	TxIntervalMs uint32
	PortNo       Port
	SlotNum      uint8
	Data         []byte
}

type IBsnPduTxRequest interface {
	IBsnHeader
	GetTxIntervalMs() uint32
	GetPortNo() Port
	GetSlotNum() uint8
	GetData() []byte
}

func (self *BsnPduTxRequest) GetTxIntervalMs() uint32 {
	return self.TxIntervalMs
}

func (self *BsnPduTxRequest) SetTxIntervalMs(v uint32) {
	self.TxIntervalMs = v
}

func (self *BsnPduTxRequest) GetPortNo() Port {
	return self.PortNo
}

func (self *BsnPduTxRequest) SetPortNo(v Port) {
	self.PortNo = v
}

func (self *BsnPduTxRequest) GetSlotNum() uint8 {
	return self.SlotNum
}

func (self *BsnPduTxRequest) SetSlotNum(v uint8) {
	self.SlotNum = v
}

func (self *BsnPduTxRequest) GetData() []byte {
	return self.Data
}

func (self *BsnPduTxRequest) SetData(v []byte) {
	self.Data = v
}

func (self *BsnPduTxRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.TxIntervalMs))
	self.PortNo.Serialize(encoder)
	encoder.PutUint8(uint8(self.SlotNum))
	encoder.Write(bytes.Repeat([]byte{0}, 3))
	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnPduTxRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnPduTxRequest, error) {
	_bsnpdutxrequest := &BsnPduTxRequest{BsnHeader: parent}
	if decoder.Length() < 10 {
		return nil, fmt.Errorf("BsnPduTxRequest packet too short: %d < 10", decoder.Length())
	}
	_bsnpdutxrequest.TxIntervalMs = uint32(decoder.ReadUint32())
	_bsnpdutxrequest.PortNo.Decode(decoder)
	_bsnpdutxrequest.SlotNum = uint8(decoder.ReadByte())
	decoder.Skip(3)
	_bsnpdutxrequest.Data = decoder.Read(int(decoder.Length()))
	return _bsnpdutxrequest, nil
}

func NewBsnPduTxRequest() *BsnPduTxRequest {
	obj := &BsnPduTxRequest{
		BsnHeader: NewBsnHeader(31),
	}
	return obj
}

type BsnSetIpMask struct {
	*BsnHeader
	Index uint8
	Mask  uint32
}

type IBsnSetIpMask interface {
	IBsnHeader
	GetIndex() uint8
	GetMask() uint32
}

func (self *BsnSetIpMask) GetIndex() uint8 {
	return self.Index
}

func (self *BsnSetIpMask) SetIndex(v uint8) {
	self.Index = v
}

func (self *BsnSetIpMask) GetMask() uint32 {
	return self.Mask
}

func (self *BsnSetIpMask) SetMask(v uint32) {
	self.Mask = v
}

func (self *BsnSetIpMask) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.Index))
	encoder.Write(bytes.Repeat([]byte{0}, 3))
	encoder.PutUint32(uint32(self.Mask))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnSetIpMask(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnSetIpMask, error) {
	_bsnsetipmask := &BsnSetIpMask{BsnHeader: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("BsnSetIpMask packet too short: %d < 8", decoder.Length())
	}
	_bsnsetipmask.Index = uint8(decoder.ReadByte())
	decoder.Skip(3)
	_bsnsetipmask.Mask = uint32(decoder.ReadUint32())
	return _bsnsetipmask, nil
}

func NewBsnSetIpMask() *BsnSetIpMask {
	obj := &BsnSetIpMask{
		BsnHeader: NewBsnHeader(0),
	}
	return obj
}

type BsnSetL2TableReply struct {
	*BsnHeader
	L2TableEnable   uint8
	L2TablePriority uint16
	Status          uint32
}

type IBsnSetL2TableReply interface {
	IBsnHeader
	GetL2TableEnable() uint8
	GetL2TablePriority() uint16
	GetStatus() uint32
}

func (self *BsnSetL2TableReply) GetL2TableEnable() uint8 {
	return self.L2TableEnable
}

func (self *BsnSetL2TableReply) SetL2TableEnable(v uint8) {
	self.L2TableEnable = v
}

func (self *BsnSetL2TableReply) GetL2TablePriority() uint16 {
	return self.L2TablePriority
}

func (self *BsnSetL2TableReply) SetL2TablePriority(v uint16) {
	self.L2TablePriority = v
}

func (self *BsnSetL2TableReply) GetStatus() uint32 {
	return self.Status
}

func (self *BsnSetL2TableReply) SetStatus(v uint32) {
	self.Status = v
}

func (self *BsnSetL2TableReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.L2TableEnable))
	encoder.Write(bytes.Repeat([]byte{0}, 1))
	encoder.PutUint16(uint16(self.L2TablePriority))
	encoder.PutUint32(uint32(self.Status))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnSetL2TableReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnSetL2TableReply, error) {
	_bsnsetl2tablereply := &BsnSetL2TableReply{BsnHeader: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("BsnSetL2TableReply packet too short: %d < 8", decoder.Length())
	}
	_bsnsetl2tablereply.L2TableEnable = uint8(decoder.ReadByte())
	decoder.Skip(1)
	_bsnsetl2tablereply.L2TablePriority = uint16(decoder.ReadUint16())
	_bsnsetl2tablereply.Status = uint32(decoder.ReadUint32())
	return _bsnsetl2tablereply, nil
}

func NewBsnSetL2TableReply() *BsnSetL2TableReply {
	obj := &BsnSetL2TableReply{
		BsnHeader: NewBsnHeader(24),
	}
	return obj
}

type BsnSetL2TableRequest struct {
	*BsnHeader
	L2TableEnable   uint8
	L2TablePriority uint16
}

type IBsnSetL2TableRequest interface {
	IBsnHeader
	GetL2TableEnable() uint8
	GetL2TablePriority() uint16
}

func (self *BsnSetL2TableRequest) GetL2TableEnable() uint8 {
	return self.L2TableEnable
}

func (self *BsnSetL2TableRequest) SetL2TableEnable(v uint8) {
	self.L2TableEnable = v
}

func (self *BsnSetL2TableRequest) GetL2TablePriority() uint16 {
	return self.L2TablePriority
}

func (self *BsnSetL2TableRequest) SetL2TablePriority(v uint16) {
	self.L2TablePriority = v
}

func (self *BsnSetL2TableRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.L2TableEnable))
	encoder.Write(bytes.Repeat([]byte{0}, 1))
	encoder.PutUint16(uint16(self.L2TablePriority))
	encoder.Write(bytes.Repeat([]byte{0}, 4))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnSetL2TableRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnSetL2TableRequest, error) {
	_bsnsetl2tablerequest := &BsnSetL2TableRequest{BsnHeader: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("BsnSetL2TableRequest packet too short: %d < 8", decoder.Length())
	}
	_bsnsetl2tablerequest.L2TableEnable = uint8(decoder.ReadByte())
	decoder.Skip(1)
	_bsnsetl2tablerequest.L2TablePriority = uint16(decoder.ReadUint16())
	decoder.Skip(4)
	return _bsnsetl2tablerequest, nil
}

func NewBsnSetL2TableRequest() *BsnSetL2TableRequest {
	obj := &BsnSetL2TableRequest{
		BsnHeader: NewBsnHeader(12),
	}
	return obj
}

type BsnSetMirroring struct {
	*BsnHeader
	ReportMirrorPorts uint8
}

type IBsnSetMirroring interface {
	IBsnHeader
	GetReportMirrorPorts() uint8
}

func (self *BsnSetMirroring) GetReportMirrorPorts() uint8 {
	return self.ReportMirrorPorts
}

func (self *BsnSetMirroring) SetReportMirrorPorts(v uint8) {
	self.ReportMirrorPorts = v
}

func (self *BsnSetMirroring) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.ReportMirrorPorts))
	encoder.Write(bytes.Repeat([]byte{0}, 3))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnSetMirroring(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnSetMirroring, error) {
	_bsnsetmirroring := &BsnSetMirroring{BsnHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnSetMirroring packet too short: %d < 4", decoder.Length())
	}
	_bsnsetmirroring.ReportMirrorPorts = uint8(decoder.ReadByte())
	decoder.Skip(3)
	return _bsnsetmirroring, nil
}

func NewBsnSetMirroring() *BsnSetMirroring {
	obj := &BsnSetMirroring{
		BsnHeader: NewBsnHeader(3),
	}
	return obj
}

type BsnSetPktinSuppressionReply struct {
	*BsnHeader
	Status uint32
}

type IBsnSetPktinSuppressionReply interface {
	IBsnHeader
	GetStatus() uint32
}

func (self *BsnSetPktinSuppressionReply) GetStatus() uint32 {
	return self.Status
}

func (self *BsnSetPktinSuppressionReply) SetStatus(v uint32) {
	self.Status = v
}

func (self *BsnSetPktinSuppressionReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Status))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnSetPktinSuppressionReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnSetPktinSuppressionReply, error) {
	_bsnsetpktinsuppressionreply := &BsnSetPktinSuppressionReply{BsnHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnSetPktinSuppressionReply packet too short: %d < 4", decoder.Length())
	}
	_bsnsetpktinsuppressionreply.Status = uint32(decoder.ReadUint32())
	return _bsnsetpktinsuppressionreply, nil
}

func NewBsnSetPktinSuppressionReply() *BsnSetPktinSuppressionReply {
	obj := &BsnSetPktinSuppressionReply{
		BsnHeader: NewBsnHeader(25),
	}
	return obj
}

type BsnSetPktinSuppressionRequest struct {
	*BsnHeader
	Enabled     uint8
	IdleTimeout uint16
	HardTimeout uint16
	Priority    uint16
	Cookie      uint64
}

type IBsnSetPktinSuppressionRequest interface {
	IBsnHeader
	GetEnabled() uint8
	GetIdleTimeout() uint16
	GetHardTimeout() uint16
	GetPriority() uint16
	GetCookie() uint64
}

func (self *BsnSetPktinSuppressionRequest) GetEnabled() uint8 {
	return self.Enabled
}

func (self *BsnSetPktinSuppressionRequest) SetEnabled(v uint8) {
	self.Enabled = v
}

func (self *BsnSetPktinSuppressionRequest) GetIdleTimeout() uint16 {
	return self.IdleTimeout
}

func (self *BsnSetPktinSuppressionRequest) SetIdleTimeout(v uint16) {
	self.IdleTimeout = v
}

func (self *BsnSetPktinSuppressionRequest) GetHardTimeout() uint16 {
	return self.HardTimeout
}

func (self *BsnSetPktinSuppressionRequest) SetHardTimeout(v uint16) {
	self.HardTimeout = v
}

func (self *BsnSetPktinSuppressionRequest) GetPriority() uint16 {
	return self.Priority
}

func (self *BsnSetPktinSuppressionRequest) SetPriority(v uint16) {
	self.Priority = v
}

func (self *BsnSetPktinSuppressionRequest) GetCookie() uint64 {
	return self.Cookie
}

func (self *BsnSetPktinSuppressionRequest) SetCookie(v uint64) {
	self.Cookie = v
}

func (self *BsnSetPktinSuppressionRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.Enabled))
	encoder.Write(bytes.Repeat([]byte{0}, 1))
	encoder.PutUint16(uint16(self.IdleTimeout))
	encoder.PutUint16(uint16(self.HardTimeout))
	encoder.PutUint16(uint16(self.Priority))
	encoder.PutUint64(uint64(self.Cookie))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnSetPktinSuppressionRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnSetPktinSuppressionRequest, error) {
	_bsnsetpktinsuppressionrequest := &BsnSetPktinSuppressionRequest{BsnHeader: parent}
	if decoder.Length() < 16 {
		return nil, fmt.Errorf("BsnSetPktinSuppressionRequest packet too short: %d < 16", decoder.Length())
	}
	_bsnsetpktinsuppressionrequest.Enabled = uint8(decoder.ReadByte())
	decoder.Skip(1)
	_bsnsetpktinsuppressionrequest.IdleTimeout = uint16(decoder.ReadUint16())
	_bsnsetpktinsuppressionrequest.HardTimeout = uint16(decoder.ReadUint16())
	_bsnsetpktinsuppressionrequest.Priority = uint16(decoder.ReadUint16())
	_bsnsetpktinsuppressionrequest.Cookie = uint64(decoder.ReadUint64())
	return _bsnsetpktinsuppressionrequest, nil
}

func NewBsnSetPktinSuppressionRequest() *BsnSetPktinSuppressionRequest {
	obj := &BsnSetPktinSuppressionRequest{
		BsnHeader: NewBsnHeader(11),
	}
	return obj
}

type BsnShellCommand struct {
	*BsnHeader
	Service uint32
	Data    []byte
}

type IBsnShellCommand interface {
	IBsnHeader
	GetService() uint32
	GetData() []byte
}

func (self *BsnShellCommand) GetService() uint32 {
	return self.Service
}

func (self *BsnShellCommand) SetService(v uint32) {
	self.Service = v
}

func (self *BsnShellCommand) GetData() []byte {
	return self.Data
}

func (self *BsnShellCommand) SetData(v []byte) {
	self.Data = v
}

func (self *BsnShellCommand) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Service))
	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnShellCommand(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnShellCommand, error) {
	_bsnshellcommand := &BsnShellCommand{BsnHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnShellCommand packet too short: %d < 4", decoder.Length())
	}
	_bsnshellcommand.Service = uint32(decoder.ReadUint32())
	_bsnshellcommand.Data = decoder.Read(int(decoder.Length()))
	return _bsnshellcommand, nil
}

func NewBsnShellCommand() *BsnShellCommand {
	obj := &BsnShellCommand{
		BsnHeader: NewBsnHeader(6),
	}
	return obj
}

type BsnShellOutput struct {
	*BsnHeader
	Data []byte
}

type IBsnShellOutput interface {
	IBsnHeader
	GetData() []byte
}

func (self *BsnShellOutput) GetData() []byte {
	return self.Data
}

func (self *BsnShellOutput) SetData(v []byte) {
	self.Data = v
}

func (self *BsnShellOutput) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnShellOutput(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnShellOutput, error) {
	_bsnshelloutput := &BsnShellOutput{BsnHeader: parent}
	_bsnshelloutput.Data = decoder.Read(int(decoder.Length()))
	return _bsnshelloutput, nil
}

func NewBsnShellOutput() *BsnShellOutput {
	obj := &BsnShellOutput{
		BsnHeader: NewBsnHeader(7),
	}
	return obj
}

type BsnShellStatus struct {
	*BsnHeader
	Status uint32
}

type IBsnShellStatus interface {
	IBsnHeader
	GetStatus() uint32
}

func (self *BsnShellStatus) GetStatus() uint32 {
	return self.Status
}

func (self *BsnShellStatus) SetStatus(v uint32) {
	self.Status = v
}

func (self *BsnShellStatus) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Status))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnShellStatus(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnShellStatus, error) {
	_bsnshellstatus := &BsnShellStatus{BsnHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnShellStatus packet too short: %d < 4", decoder.Length())
	}
	_bsnshellstatus.Status = uint32(decoder.ReadUint32())
	return _bsnshellstatus, nil
}

func NewBsnShellStatus() *BsnShellStatus {
	obj := &BsnShellStatus{
		BsnHeader: NewBsnHeader(8),
	}
	return obj
}

type ExperimenterStatsReply struct {
	*StatsReply
	Experimenter uint32
}

type IExperimenterStatsReply interface {
	IStatsReply
	GetExperimenter() uint32
}

func (self *ExperimenterStatsReply) GetExperimenter() uint32 {
	return self.Experimenter
}

func (self *ExperimenterStatsReply) SetExperimenter(v uint32) {
	self.Experimenter = v
}

func (self *ExperimenterStatsReply) Serialize(encoder *goloxi.Encoder) error {
	if err := self.StatsReply.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Experimenter))

	return nil
}

func DecodeExperimenterStatsReply(parent *StatsReply, decoder *goloxi.Decoder) (IExperimenterStatsReply, error) {
	_experimenterstatsreply := &ExperimenterStatsReply{StatsReply: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("ExperimenterStatsReply packet too short: %d < 4", decoder.Length())
	}
	_experimenterstatsreply.Experimenter = uint32(decoder.ReadUint32())

	switch _experimenterstatsreply.Experimenter {
	case 8992:
		return DecodeNiciraStatsReply(_experimenterstatsreply, decoder)
	case 6035143:
		return DecodeBsnStatsReply(_experimenterstatsreply, decoder)
	default:
		return nil, fmt.Errorf("Invalid type '%d' for 'ExperimenterStatsReply'", _experimenterstatsreply.Experimenter)
	}
}

func NewExperimenterStatsReply(_experimenter uint32) *ExperimenterStatsReply {
	obj := &ExperimenterStatsReply{
		StatsReply: NewStatsReply(65535),
	}
	obj.Experimenter = _experimenter
	return obj
}

type BsnStatsReply struct {
	*ExperimenterStatsReply
	Subtype uint32
}

type IBsnStatsReply interface {
	IExperimenterStatsReply
	GetSubtype() uint32
}

func (self *BsnStatsReply) GetSubtype() uint32 {
	return self.Subtype
}

func (self *BsnStatsReply) SetSubtype(v uint32) {
	self.Subtype = v
}

func (self *BsnStatsReply) Serialize(encoder *goloxi.Encoder) error {
	if err := self.ExperimenterStatsReply.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Subtype))

	return nil
}

func DecodeBsnStatsReply(parent *ExperimenterStatsReply, decoder *goloxi.Decoder) (IBsnStatsReply, error) {
	_bsnstatsreply := &BsnStatsReply{ExperimenterStatsReply: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnStatsReply packet too short: %d < 4", decoder.Length())
	}
	_bsnstatsreply.Subtype = uint32(decoder.ReadUint32())
	return _bsnstatsreply, nil
}

func NewBsnStatsReply(_subtype uint32) *BsnStatsReply {
	obj := &BsnStatsReply{
		ExperimenterStatsReply: NewExperimenterStatsReply(6035143),
	}
	obj.Subtype = _subtype
	return obj
}

type ExperimenterStatsRequest struct {
	*StatsRequest
	Experimenter uint32
}

type IExperimenterStatsRequest interface {
	IStatsRequest
	GetExperimenter() uint32
}

func (self *ExperimenterStatsRequest) GetExperimenter() uint32 {
	return self.Experimenter
}

func (self *ExperimenterStatsRequest) SetExperimenter(v uint32) {
	self.Experimenter = v
}

func (self *ExperimenterStatsRequest) Serialize(encoder *goloxi.Encoder) error {
	if err := self.StatsRequest.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Experimenter))

	return nil
}

func DecodeExperimenterStatsRequest(parent *StatsRequest, decoder *goloxi.Decoder) (IExperimenterStatsRequest, error) {
	_experimenterstatsrequest := &ExperimenterStatsRequest{StatsRequest: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("ExperimenterStatsRequest packet too short: %d < 4", decoder.Length())
	}
	_experimenterstatsrequest.Experimenter = uint32(decoder.ReadUint32())

	switch _experimenterstatsrequest.Experimenter {
	case 8992:
		return DecodeNiciraFlowStatsRequest(_experimenterstatsrequest, decoder)
	case 6035143:
		return DecodeBsnStatsRequest(_experimenterstatsrequest, decoder)
	default:
		return nil, fmt.Errorf("Invalid type '%d' for 'ExperimenterStatsRequest'", _experimenterstatsrequest.Experimenter)
	}
}

func NewExperimenterStatsRequest(_experimenter uint32) *ExperimenterStatsRequest {
	obj := &ExperimenterStatsRequest{
		StatsRequest: NewStatsRequest(65535),
	}
	obj.Experimenter = _experimenter
	return obj
}

type BsnStatsRequest struct {
	*ExperimenterStatsRequest
	Subtype uint32
}

type IBsnStatsRequest interface {
	IExperimenterStatsRequest
	GetSubtype() uint32
}

func (self *BsnStatsRequest) GetSubtype() uint32 {
	return self.Subtype
}

func (self *BsnStatsRequest) SetSubtype(v uint32) {
	self.Subtype = v
}

func (self *BsnStatsRequest) Serialize(encoder *goloxi.Encoder) error {
	if err := self.ExperimenterStatsRequest.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Subtype))

	return nil
}

func DecodeBsnStatsRequest(parent *ExperimenterStatsRequest, decoder *goloxi.Decoder) (IBsnStatsRequest, error) {
	_bsnstatsrequest := &BsnStatsRequest{ExperimenterStatsRequest: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnStatsRequest packet too short: %d < 4", decoder.Length())
	}
	_bsnstatsrequest.Subtype = uint32(decoder.ReadUint32())
	return _bsnstatsrequest, nil
}

func NewBsnStatsRequest(_subtype uint32) *BsnStatsRequest {
	obj := &BsnStatsRequest{
		ExperimenterStatsRequest: NewExperimenterStatsRequest(6035143),
	}
	obj.Subtype = _subtype
	return obj
}

type BsnVirtualPortCreateReply struct {
	*BsnHeader
	Status  uint32
	VportNo uint32
}

type IBsnVirtualPortCreateReply interface {
	IBsnHeader
	GetStatus() uint32
	GetVportNo() uint32
}

func (self *BsnVirtualPortCreateReply) GetStatus() uint32 {
	return self.Status
}

func (self *BsnVirtualPortCreateReply) SetStatus(v uint32) {
	self.Status = v
}

func (self *BsnVirtualPortCreateReply) GetVportNo() uint32 {
	return self.VportNo
}

func (self *BsnVirtualPortCreateReply) SetVportNo(v uint32) {
	self.VportNo = v
}

func (self *BsnVirtualPortCreateReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Status))
	encoder.PutUint32(uint32(self.VportNo))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnVirtualPortCreateReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnVirtualPortCreateReply, error) {
	_bsnvirtualportcreatereply := &BsnVirtualPortCreateReply{BsnHeader: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("BsnVirtualPortCreateReply packet too short: %d < 8", decoder.Length())
	}
	_bsnvirtualportcreatereply.Status = uint32(decoder.ReadUint32())
	_bsnvirtualportcreatereply.VportNo = uint32(decoder.ReadUint32())
	return _bsnvirtualportcreatereply, nil
}

func NewBsnVirtualPortCreateReply() *BsnVirtualPortCreateReply {
	obj := &BsnVirtualPortCreateReply{
		BsnHeader: NewBsnHeader(16),
	}
	return obj
}

type BsnVirtualPortCreateRequest struct {
	*BsnHeader
	Vport BSNVport
}

type IBsnVirtualPortCreateRequest interface {
	IBsnHeader
	GetVport() BSNVport
}

func (self *BsnVirtualPortCreateRequest) GetVport() BSNVport {
	return self.Vport
}

func (self *BsnVirtualPortCreateRequest) SetVport(v BSNVport) {
	self.Vport = v
}

func (self *BsnVirtualPortCreateRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	if err := self.Vport.Serialize(encoder); err != nil {
		return err
	}

	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnVirtualPortCreateRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnVirtualPortCreateRequest, error) {
	_bsnvirtualportcreaterequest := &BsnVirtualPortCreateRequest{BsnHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnVirtualPortCreateRequest packet too short: %d < 4", decoder.Length())
	}
	if err := _bsnvirtualportcreaterequest.Vport.Decode(decoder); err != nil {
		return nil, err
	}

	return _bsnvirtualportcreaterequest, nil
}

func NewBsnVirtualPortCreateRequest() *BsnVirtualPortCreateRequest {
	obj := &BsnVirtualPortCreateRequest{
		BsnHeader: NewBsnHeader(15),
	}
	return obj
}

type BsnVirtualPortRemoveReply struct {
	*BsnHeader
	Status uint32
}

type IBsnVirtualPortRemoveReply interface {
	IBsnHeader
	GetStatus() uint32
}

func (self *BsnVirtualPortRemoveReply) GetStatus() uint32 {
	return self.Status
}

func (self *BsnVirtualPortRemoveReply) SetStatus(v uint32) {
	self.Status = v
}

func (self *BsnVirtualPortRemoveReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Status))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnVirtualPortRemoveReply(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnVirtualPortRemoveReply, error) {
	_bsnvirtualportremovereply := &BsnVirtualPortRemoveReply{BsnHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnVirtualPortRemoveReply packet too short: %d < 4", decoder.Length())
	}
	_bsnvirtualportremovereply.Status = uint32(decoder.ReadUint32())
	return _bsnvirtualportremovereply, nil
}

func NewBsnVirtualPortRemoveReply() *BsnVirtualPortRemoveReply {
	obj := &BsnVirtualPortRemoveReply{
		BsnHeader: NewBsnHeader(26),
	}
	return obj
}

type BsnVirtualPortRemoveRequest struct {
	*BsnHeader
	VportNo uint32
}

type IBsnVirtualPortRemoveRequest interface {
	IBsnHeader
	GetVportNo() uint32
}

func (self *BsnVirtualPortRemoveRequest) GetVportNo() uint32 {
	return self.VportNo
}

func (self *BsnVirtualPortRemoveRequest) SetVportNo(v uint32) {
	self.VportNo = v
}

func (self *BsnVirtualPortRemoveRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.BsnHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.VportNo))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeBsnVirtualPortRemoveRequest(parent *BsnHeader, decoder *goloxi.Decoder) (*BsnVirtualPortRemoveRequest, error) {
	_bsnvirtualportremoverequest := &BsnVirtualPortRemoveRequest{BsnHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("BsnVirtualPortRemoveRequest packet too short: %d < 4", decoder.Length())
	}
	_bsnvirtualportremoverequest.VportNo = uint32(decoder.ReadUint32())
	return _bsnvirtualportremoverequest, nil
}

func NewBsnVirtualPortRemoveRequest() *BsnVirtualPortRemoveRequest {
	obj := &BsnVirtualPortRemoveRequest{
		BsnHeader: NewBsnHeader(17),
	}
	return obj
}

type DescStatsReply struct {
	*StatsReply
	MfrDesc   string
	HwDesc    string
	SwDesc    string
	SerialNum string
	DpDesc    string
}

type IDescStatsReply interface {
	IStatsReply
	GetMfrDesc() string
	GetHwDesc() string
	GetSwDesc() string
	GetSerialNum() string
	GetDpDesc() string
}

func (self *DescStatsReply) GetMfrDesc() string {
	return self.MfrDesc
}

func (self *DescStatsReply) SetMfrDesc(v string) {
	self.MfrDesc = v
}

func (self *DescStatsReply) GetHwDesc() string {
	return self.HwDesc
}

func (self *DescStatsReply) SetHwDesc(v string) {
	self.HwDesc = v
}

func (self *DescStatsReply) GetSwDesc() string {
	return self.SwDesc
}

func (self *DescStatsReply) SetSwDesc(v string) {
	self.SwDesc = v
}

func (self *DescStatsReply) GetSerialNum() string {
	return self.SerialNum
}

func (self *DescStatsReply) SetSerialNum(v string) {
	self.SerialNum = v
}

func (self *DescStatsReply) GetDpDesc() string {
	return self.DpDesc
}

func (self *DescStatsReply) SetDpDesc(v string) {
	self.DpDesc = v
}

func (self *DescStatsReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.StatsReply.Serialize(encoder); err != nil {
		return err
	}

	encoder.Write([]byte(self.MfrDesc))
	encoder.Write([]byte(self.HwDesc))
	encoder.Write([]byte(self.SwDesc))
	encoder.Write([]byte(self.SerialNum))
	encoder.Write([]byte(self.DpDesc))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeDescStatsReply(parent *StatsReply, decoder *goloxi.Decoder) (*DescStatsReply, error) {
	_descstatsreply := &DescStatsReply{StatsReply: parent}
	if decoder.Length() < 1056 {
		return nil, fmt.Errorf("DescStatsReply packet too short: %d < 1056", decoder.Length())
	}
	_descstatsreply.MfrDesc = string(bytes.Trim(decoder.Read(256), "\x00"))
	_descstatsreply.HwDesc = string(bytes.Trim(decoder.Read(256), "\x00"))
	_descstatsreply.SwDesc = string(bytes.Trim(decoder.Read(256), "\x00"))
	_descstatsreply.SerialNum = string(bytes.Trim(decoder.Read(32), "\x00"))
	_descstatsreply.DpDesc = string(bytes.Trim(decoder.Read(256), "\x00"))
	return _descstatsreply, nil
}

func NewDescStatsReply() *DescStatsReply {
	obj := &DescStatsReply{
		StatsReply: NewStatsReply(0),
	}
	return obj
}

type DescStatsRequest struct {
	*StatsRequest
}

type IDescStatsRequest interface {
	IStatsRequest
}

func (self *DescStatsRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.StatsRequest.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeDescStatsRequest(parent *StatsRequest, decoder *goloxi.Decoder) (*DescStatsRequest, error) {
	_descstatsrequest := &DescStatsRequest{StatsRequest: parent}
	return _descstatsrequest, nil
}

func NewDescStatsRequest() *DescStatsRequest {
	obj := &DescStatsRequest{
		StatsRequest: NewStatsRequest(0),
	}
	return obj
}

type EchoReply struct {
	*Header
	Data []byte
}

type IEchoReply interface {
	IHeader
	GetData() []byte
}

func (self *EchoReply) GetData() []byte {
	return self.Data
}

func (self *EchoReply) SetData(v []byte) {
	self.Data = v
}

func (self *EchoReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeEchoReply(parent *Header, decoder *goloxi.Decoder) (*EchoReply, error) {
	_echoreply := &EchoReply{Header: parent}
	_echoreply.Data = decoder.Read(int(decoder.Length()))
	return _echoreply, nil
}

func NewEchoReply() *EchoReply {
	obj := &EchoReply{
		Header: NewHeader(3),
	}
	return obj
}

type EchoRequest struct {
	*Header
	Data []byte
}

type IEchoRequest interface {
	IHeader
	GetData() []byte
}

func (self *EchoRequest) GetData() []byte {
	return self.Data
}

func (self *EchoRequest) SetData(v []byte) {
	self.Data = v
}

func (self *EchoRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeEchoRequest(parent *Header, decoder *goloxi.Decoder) (*EchoRequest, error) {
	_echorequest := &EchoRequest{Header: parent}
	_echorequest.Data = decoder.Read(int(decoder.Length()))
	return _echorequest, nil
}

func NewEchoRequest() *EchoRequest {
	obj := &EchoRequest{
		Header: NewHeader(2),
	}
	return obj
}

type FeaturesReply struct {
	*Header
	DatapathId   uint64
	NBuffers     uint32
	NTables      uint8
	Capabilities Capabilities
	Actions      uint32
	Ports        []*PortDesc
}

type IFeaturesReply interface {
	IHeader
	GetDatapathId() uint64
	GetNBuffers() uint32
	GetNTables() uint8
	GetCapabilities() Capabilities
	GetActions() uint32
	GetPorts() []*PortDesc
}

func (self *FeaturesReply) GetDatapathId() uint64 {
	return self.DatapathId
}

func (self *FeaturesReply) SetDatapathId(v uint64) {
	self.DatapathId = v
}

func (self *FeaturesReply) GetNBuffers() uint32 {
	return self.NBuffers
}

func (self *FeaturesReply) SetNBuffers(v uint32) {
	self.NBuffers = v
}

func (self *FeaturesReply) GetNTables() uint8 {
	return self.NTables
}

func (self *FeaturesReply) SetNTables(v uint8) {
	self.NTables = v
}

func (self *FeaturesReply) GetCapabilities() Capabilities {
	return self.Capabilities
}

func (self *FeaturesReply) SetCapabilities(v Capabilities) {
	self.Capabilities = v
}

func (self *FeaturesReply) GetActions() uint32 {
	return self.Actions
}

func (self *FeaturesReply) SetActions(v uint32) {
	self.Actions = v
}

func (self *FeaturesReply) GetPorts() []*PortDesc {
	return self.Ports
}

func (self *FeaturesReply) SetPorts(v []*PortDesc) {
	self.Ports = v
}

func (self *FeaturesReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint64(uint64(self.DatapathId))
	encoder.PutUint32(uint32(self.NBuffers))
	encoder.PutUint8(uint8(self.NTables))
	encoder.Write(bytes.Repeat([]byte{0}, 3))
	encoder.PutUint32(uint32(self.Capabilities))
	encoder.PutUint32(uint32(self.Actions))
	for _, obj := range self.Ports {
		if err := obj.Serialize(encoder); err != nil {
			return err
		}
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeFeaturesReply(parent *Header, decoder *goloxi.Decoder) (*FeaturesReply, error) {
	_featuresreply := &FeaturesReply{Header: parent}
	if decoder.Length() < 24 {
		return nil, fmt.Errorf("FeaturesReply packet too short: %d < 24", decoder.Length())
	}
	_featuresreply.DatapathId = uint64(decoder.ReadUint64())
	_featuresreply.NBuffers = uint32(decoder.ReadUint32())
	_featuresreply.NTables = uint8(decoder.ReadByte())
	decoder.Skip(3)
	_featuresreply.Capabilities = Capabilities(decoder.ReadUint32())
	_featuresreply.Actions = uint32(decoder.ReadUint32())

	for decoder.Length() >= 48 {
		item := &PortDesc{}
		if err := item.Decode(decoder); err != nil {
			return nil, err
		}
		if item != nil {
			_featuresreply.Ports = append(_featuresreply.Ports, item)
		}
	}
	return _featuresreply, nil
}

func NewFeaturesReply() *FeaturesReply {
	obj := &FeaturesReply{
		Header: NewHeader(6),
	}
	return obj
}

type FeaturesRequest struct {
	*Header
}

type IFeaturesRequest interface {
	IHeader
}

func (self *FeaturesRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeFeaturesRequest(parent *Header, decoder *goloxi.Decoder) (*FeaturesRequest, error) {
	_featuresrequest := &FeaturesRequest{Header: parent}
	return _featuresrequest, nil
}

func NewFeaturesRequest() *FeaturesRequest {
	obj := &FeaturesRequest{
		Header: NewHeader(5),
	}
	return obj
}

type FlowMod struct {
	*Header
	Match       Match
	Cookie      uint64
	Command     FmCmd
	IdleTimeout uint16
	HardTimeout uint16
	Priority    uint16
	BufferId    uint32
	OutPort     Port
	Flags       FlowModFlags
	Actions     []goloxi.IAction
}

type IFlowMod interface {
	IHeader
	GetMatch() Match
	GetCookie() uint64
	GetCommand() FmCmd
	GetIdleTimeout() uint16
	GetHardTimeout() uint16
	GetPriority() uint16
	GetBufferId() uint32
	GetOutPort() Port
	GetFlags() FlowModFlags
	GetActions() []goloxi.IAction
}

func (self *FlowMod) GetMatch() Match {
	return self.Match
}

func (self *FlowMod) SetMatch(v Match) {
	self.Match = v
}

func (self *FlowMod) GetCookie() uint64 {
	return self.Cookie
}

func (self *FlowMod) SetCookie(v uint64) {
	self.Cookie = v
}

func (self *FlowMod) GetCommand() FmCmd {
	return self.Command
}

func (self *FlowMod) SetCommand(v FmCmd) {
	self.Command = v
}

func (self *FlowMod) GetIdleTimeout() uint16 {
	return self.IdleTimeout
}

func (self *FlowMod) SetIdleTimeout(v uint16) {
	self.IdleTimeout = v
}

func (self *FlowMod) GetHardTimeout() uint16 {
	return self.HardTimeout
}

func (self *FlowMod) SetHardTimeout(v uint16) {
	self.HardTimeout = v
}

func (self *FlowMod) GetPriority() uint16 {
	return self.Priority
}

func (self *FlowMod) SetPriority(v uint16) {
	self.Priority = v
}

func (self *FlowMod) GetBufferId() uint32 {
	return self.BufferId
}

func (self *FlowMod) SetBufferId(v uint32) {
	self.BufferId = v
}

func (self *FlowMod) GetOutPort() Port {
	return self.OutPort
}

func (self *FlowMod) SetOutPort(v Port) {
	self.OutPort = v
}

func (self *FlowMod) GetFlags() FlowModFlags {
	return self.Flags
}

func (self *FlowMod) SetFlags(v FlowModFlags) {
	self.Flags = v
}

func (self *FlowMod) GetActions() []goloxi.IAction {
	return self.Actions
}

func (self *FlowMod) SetActions(v []goloxi.IAction) {
	self.Actions = v
}

func (self *FlowMod) Serialize(encoder *goloxi.Encoder) error {
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	if err := self.Match.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint64(uint64(self.Cookie))
	self.Command.Serialize(encoder)
	encoder.PutUint16(uint16(self.IdleTimeout))
	encoder.PutUint16(uint16(self.HardTimeout))
	encoder.PutUint16(uint16(self.Priority))
	encoder.PutUint32(uint32(self.BufferId))
	self.OutPort.Serialize(encoder)
	encoder.PutUint16(uint16(self.Flags))
	for _, obj := range self.Actions {
		if err := obj.Serialize(encoder); err != nil {
			return err
		}
	}

	return nil
}

func DecodeFlowMod(parent *Header, decoder *goloxi.Decoder) (IFlowMod, error) {
	_flowmod := &FlowMod{Header: parent}
	if decoder.Length() < 64 {
		return nil, fmt.Errorf("FlowMod packet too short: %d < 64", decoder.Length())
	}
	if err := _flowmod.Match.Decode(decoder); err != nil {
		return nil, err
	}

	_flowmod.Cookie = uint64(decoder.ReadUint64())
	_flowmod.Command.Decode(decoder)
	_flowmod.IdleTimeout = uint16(decoder.ReadUint16())
	_flowmod.HardTimeout = uint16(decoder.ReadUint16())
	_flowmod.Priority = uint16(decoder.ReadUint16())
	_flowmod.BufferId = uint32(decoder.ReadUint32())
	_flowmod.OutPort.Decode(decoder)
	_flowmod.Flags = FlowModFlags(decoder.ReadUint16())

	for decoder.Length() >= 8 {
		item, err := DecodeAction(decoder)
		if err != nil {
			return nil, err
		}
		if item != nil {
			_flowmod.Actions = append(_flowmod.Actions, item)
		}
	}

	switch _flowmod.Command {
	case 0:
		return DecodeFlowAdd(_flowmod, decoder)
	case 1:
		return DecodeFlowModify(_flowmod, decoder)
	case 2:
		return DecodeFlowModifyStrict(_flowmod, decoder)
	case 3:
		return DecodeFlowDelete(_flowmod, decoder)
	case 4:
		return DecodeFlowDeleteStrict(_flowmod, decoder)
	default:
		return nil, fmt.Errorf("Invalid type '%d' for 'FlowMod'", _flowmod.Command)
	}
}

func NewFlowMod(__command FmCmd) *FlowMod {
	obj := &FlowMod{
		Header: NewHeader(14),
	}
	obj.Command = __command
	return obj
}

type FlowAdd struct {
	*FlowMod
}

type IFlowAdd interface {
	IFlowMod
}

func (self *FlowAdd) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.FlowMod.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeFlowAdd(parent *FlowMod, decoder *goloxi.Decoder) (*FlowAdd, error) {
	_flowadd := &FlowAdd{FlowMod: parent}
	return _flowadd, nil
}

func NewFlowAdd() *FlowAdd {
	obj := &FlowAdd{
		FlowMod: NewFlowMod(0),
	}
	return obj
}

type FlowDelete struct {
	*FlowMod
}

type IFlowDelete interface {
	IFlowMod
}

func (self *FlowDelete) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.FlowMod.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeFlowDelete(parent *FlowMod, decoder *goloxi.Decoder) (*FlowDelete, error) {
	_flowdelete := &FlowDelete{FlowMod: parent}
	return _flowdelete, nil
}

func NewFlowDelete() *FlowDelete {
	obj := &FlowDelete{
		FlowMod: NewFlowMod(3),
	}
	return obj
}

type FlowDeleteStrict struct {
	*FlowMod
}

type IFlowDeleteStrict interface {
	IFlowMod
}

func (self *FlowDeleteStrict) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.FlowMod.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeFlowDeleteStrict(parent *FlowMod, decoder *goloxi.Decoder) (*FlowDeleteStrict, error) {
	_flowdeletestrict := &FlowDeleteStrict{FlowMod: parent}
	return _flowdeletestrict, nil
}

func NewFlowDeleteStrict() *FlowDeleteStrict {
	obj := &FlowDeleteStrict{
		FlowMod: NewFlowMod(4),
	}
	return obj
}

type FlowModFailedErrorMsg struct {
	*ErrorMsg
	Code FlowModFailedCode
	Data []byte
}

type IFlowModFailedErrorMsg interface {
	IErrorMsg
	GetCode() FlowModFailedCode
	GetData() []byte
}

func (self *FlowModFailedErrorMsg) GetCode() FlowModFailedCode {
	return self.Code
}

func (self *FlowModFailedErrorMsg) SetCode(v FlowModFailedCode) {
	self.Code = v
}

func (self *FlowModFailedErrorMsg) GetData() []byte {
	return self.Data
}

func (self *FlowModFailedErrorMsg) SetData(v []byte) {
	self.Data = v
}

func (self *FlowModFailedErrorMsg) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.ErrorMsg.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint16(uint16(self.Code))
	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeFlowModFailedErrorMsg(parent *ErrorMsg, decoder *goloxi.Decoder) (*FlowModFailedErrorMsg, error) {
	_flowmodfailederrormsg := &FlowModFailedErrorMsg{ErrorMsg: parent}
	if decoder.Length() < 2 {
		return nil, fmt.Errorf("FlowModFailedErrorMsg packet too short: %d < 2", decoder.Length())
	}
	_flowmodfailederrormsg.Code = FlowModFailedCode(decoder.ReadUint16())
	_flowmodfailederrormsg.Data = decoder.Read(int(decoder.Length()))
	return _flowmodfailederrormsg, nil
}

func NewFlowModFailedErrorMsg() *FlowModFailedErrorMsg {
	obj := &FlowModFailedErrorMsg{
		ErrorMsg: NewErrorMsg(3),
	}
	return obj
}

type FlowModify struct {
	*FlowMod
}

type IFlowModify interface {
	IFlowMod
}

func (self *FlowModify) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.FlowMod.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeFlowModify(parent *FlowMod, decoder *goloxi.Decoder) (*FlowModify, error) {
	_flowmodify := &FlowModify{FlowMod: parent}
	return _flowmodify, nil
}

func NewFlowModify() *FlowModify {
	obj := &FlowModify{
		FlowMod: NewFlowMod(1),
	}
	return obj
}

type FlowModifyStrict struct {
	*FlowMod
}

type IFlowModifyStrict interface {
	IFlowMod
}

func (self *FlowModifyStrict) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.FlowMod.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeFlowModifyStrict(parent *FlowMod, decoder *goloxi.Decoder) (*FlowModifyStrict, error) {
	_flowmodifystrict := &FlowModifyStrict{FlowMod: parent}
	return _flowmodifystrict, nil
}

func NewFlowModifyStrict() *FlowModifyStrict {
	obj := &FlowModifyStrict{
		FlowMod: NewFlowMod(2),
	}
	return obj
}

type FlowRemoved struct {
	*Header
	Match        Match
	Cookie       uint64
	Priority     uint16
	Reason       FlowRemovedReason
	DurationSec  uint32
	DurationNsec uint32
	IdleTimeout  uint16
	PacketCount  uint64
	ByteCount    uint64
}

type IFlowRemoved interface {
	IHeader
	GetMatch() Match
	GetCookie() uint64
	GetPriority() uint16
	GetReason() FlowRemovedReason
	GetDurationSec() uint32
	GetDurationNsec() uint32
	GetIdleTimeout() uint16
	GetPacketCount() uint64
	GetByteCount() uint64
}

func (self *FlowRemoved) GetMatch() Match {
	return self.Match
}

func (self *FlowRemoved) SetMatch(v Match) {
	self.Match = v
}

func (self *FlowRemoved) GetCookie() uint64 {
	return self.Cookie
}

func (self *FlowRemoved) SetCookie(v uint64) {
	self.Cookie = v
}

func (self *FlowRemoved) GetPriority() uint16 {
	return self.Priority
}

func (self *FlowRemoved) SetPriority(v uint16) {
	self.Priority = v
}

func (self *FlowRemoved) GetReason() FlowRemovedReason {
	return self.Reason
}

func (self *FlowRemoved) SetReason(v FlowRemovedReason) {
	self.Reason = v
}

func (self *FlowRemoved) GetDurationSec() uint32 {
	return self.DurationSec
}

func (self *FlowRemoved) SetDurationSec(v uint32) {
	self.DurationSec = v
}

func (self *FlowRemoved) GetDurationNsec() uint32 {
	return self.DurationNsec
}

func (self *FlowRemoved) SetDurationNsec(v uint32) {
	self.DurationNsec = v
}

func (self *FlowRemoved) GetIdleTimeout() uint16 {
	return self.IdleTimeout
}

func (self *FlowRemoved) SetIdleTimeout(v uint16) {
	self.IdleTimeout = v
}

func (self *FlowRemoved) GetPacketCount() uint64 {
	return self.PacketCount
}

func (self *FlowRemoved) SetPacketCount(v uint64) {
	self.PacketCount = v
}

func (self *FlowRemoved) GetByteCount() uint64 {
	return self.ByteCount
}

func (self *FlowRemoved) SetByteCount(v uint64) {
	self.ByteCount = v
}

func (self *FlowRemoved) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	if err := self.Match.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint64(uint64(self.Cookie))
	encoder.PutUint16(uint16(self.Priority))
	encoder.PutUint8(uint8(self.Reason))
	encoder.Write(bytes.Repeat([]byte{0}, 1))
	encoder.PutUint32(uint32(self.DurationSec))
	encoder.PutUint32(uint32(self.DurationNsec))
	encoder.PutUint16(uint16(self.IdleTimeout))
	encoder.Write(bytes.Repeat([]byte{0}, 2))
	encoder.PutUint64(uint64(self.PacketCount))
	encoder.PutUint64(uint64(self.ByteCount))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeFlowRemoved(parent *Header, decoder *goloxi.Decoder) (*FlowRemoved, error) {
	_flowremoved := &FlowRemoved{Header: parent}
	if decoder.Length() < 80 {
		return nil, fmt.Errorf("FlowRemoved packet too short: %d < 80", decoder.Length())
	}
	if err := _flowremoved.Match.Decode(decoder); err != nil {
		return nil, err
	}

	_flowremoved.Cookie = uint64(decoder.ReadUint64())
	_flowremoved.Priority = uint16(decoder.ReadUint16())
	_flowremoved.Reason = FlowRemovedReason(decoder.ReadByte())
	decoder.Skip(1)
	_flowremoved.DurationSec = uint32(decoder.ReadUint32())
	_flowremoved.DurationNsec = uint32(decoder.ReadUint32())
	_flowremoved.IdleTimeout = uint16(decoder.ReadUint16())
	decoder.Skip(2)
	_flowremoved.PacketCount = uint64(decoder.ReadUint64())
	_flowremoved.ByteCount = uint64(decoder.ReadUint64())
	return _flowremoved, nil
}

func NewFlowRemoved() *FlowRemoved {
	obj := &FlowRemoved{
		Header: NewHeader(11),
	}
	return obj
}

type FlowStatsReply struct {
	*StatsReply
	Entries []*FlowStatsEntry
}

type IFlowStatsReply interface {
	IStatsReply
	GetEntries() []*FlowStatsEntry
}

func (self *FlowStatsReply) GetEntries() []*FlowStatsEntry {
	return self.Entries
}

func (self *FlowStatsReply) SetEntries(v []*FlowStatsEntry) {
	self.Entries = v
}

func (self *FlowStatsReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.StatsReply.Serialize(encoder); err != nil {
		return err
	}

	for _, obj := range self.Entries {
		if err := obj.Serialize(encoder); err != nil {
			return err
		}
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeFlowStatsReply(parent *StatsReply, decoder *goloxi.Decoder) (*FlowStatsReply, error) {
	_flowstatsreply := &FlowStatsReply{StatsReply: parent}

	for decoder.Length() >= 88 {
		item, err := DecodeFlowStatsEntry(decoder)
		if err != nil {
			return nil, err
		}
		if item != nil {
			_flowstatsreply.Entries = append(_flowstatsreply.Entries, item)
		}
	}
	return _flowstatsreply, nil
}

func NewFlowStatsReply() *FlowStatsReply {
	obj := &FlowStatsReply{
		StatsReply: NewStatsReply(1),
	}
	return obj
}

type FlowStatsRequest struct {
	*StatsRequest
	Match   Match
	TableId uint8
	OutPort Port
}

type IFlowStatsRequest interface {
	IStatsRequest
	GetMatch() Match
	GetTableId() uint8
	GetOutPort() Port
}

func (self *FlowStatsRequest) GetMatch() Match {
	return self.Match
}

func (self *FlowStatsRequest) SetMatch(v Match) {
	self.Match = v
}

func (self *FlowStatsRequest) GetTableId() uint8 {
	return self.TableId
}

func (self *FlowStatsRequest) SetTableId(v uint8) {
	self.TableId = v
}

func (self *FlowStatsRequest) GetOutPort() Port {
	return self.OutPort
}

func (self *FlowStatsRequest) SetOutPort(v Port) {
	self.OutPort = v
}

func (self *FlowStatsRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.StatsRequest.Serialize(encoder); err != nil {
		return err
	}

	if err := self.Match.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.TableId))
	encoder.Write(bytes.Repeat([]byte{0}, 1))
	self.OutPort.Serialize(encoder)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeFlowStatsRequest(parent *StatsRequest, decoder *goloxi.Decoder) (*FlowStatsRequest, error) {
	_flowstatsrequest := &FlowStatsRequest{StatsRequest: parent}
	if decoder.Length() < 44 {
		return nil, fmt.Errorf("FlowStatsRequest packet too short: %d < 44", decoder.Length())
	}
	if err := _flowstatsrequest.Match.Decode(decoder); err != nil {
		return nil, err
	}

	_flowstatsrequest.TableId = uint8(decoder.ReadByte())
	decoder.Skip(1)
	_flowstatsrequest.OutPort.Decode(decoder)
	return _flowstatsrequest, nil
}

func NewFlowStatsRequest() *FlowStatsRequest {
	obj := &FlowStatsRequest{
		StatsRequest: NewStatsRequest(1),
	}
	return obj
}

type GetConfigReply struct {
	*Header
	Flags       ConfigFlags
	MissSendLen uint16
}

type IGetConfigReply interface {
	IHeader
	GetFlags() ConfigFlags
	GetMissSendLen() uint16
}

func (self *GetConfigReply) GetFlags() ConfigFlags {
	return self.Flags
}

func (self *GetConfigReply) SetFlags(v ConfigFlags) {
	self.Flags = v
}

func (self *GetConfigReply) GetMissSendLen() uint16 {
	return self.MissSendLen
}

func (self *GetConfigReply) SetMissSendLen(v uint16) {
	self.MissSendLen = v
}

func (self *GetConfigReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint16(uint16(self.Flags))
	encoder.PutUint16(uint16(self.MissSendLen))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeGetConfigReply(parent *Header, decoder *goloxi.Decoder) (*GetConfigReply, error) {
	_getconfigreply := &GetConfigReply{Header: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("GetConfigReply packet too short: %d < 4", decoder.Length())
	}
	_getconfigreply.Flags = ConfigFlags(decoder.ReadUint16())
	_getconfigreply.MissSendLen = uint16(decoder.ReadUint16())
	return _getconfigreply, nil
}

func NewGetConfigReply() *GetConfigReply {
	obj := &GetConfigReply{
		Header: NewHeader(8),
	}
	return obj
}

type GetConfigRequest struct {
	*Header
}

type IGetConfigRequest interface {
	IHeader
}

func (self *GetConfigRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeGetConfigRequest(parent *Header, decoder *goloxi.Decoder) (*GetConfigRequest, error) {
	_getconfigrequest := &GetConfigRequest{Header: parent}
	return _getconfigrequest, nil
}

func NewGetConfigRequest() *GetConfigRequest {
	obj := &GetConfigRequest{
		Header: NewHeader(7),
	}
	return obj
}

type Hello struct {
	*Header
}

type IHello interface {
	IHeader
}

func (self *Hello) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeHello(parent *Header, decoder *goloxi.Decoder) (*Hello, error) {
	_hello := &Hello{Header: parent}
	return _hello, nil
}

func NewHello() *Hello {
	obj := &Hello{
		Header: NewHeader(0),
	}
	return obj
}

type HelloFailedErrorMsg struct {
	*ErrorMsg
	Code HelloFailedCode
	Data []byte
}

type IHelloFailedErrorMsg interface {
	IErrorMsg
	GetCode() HelloFailedCode
	GetData() []byte
}

func (self *HelloFailedErrorMsg) GetCode() HelloFailedCode {
	return self.Code
}

func (self *HelloFailedErrorMsg) SetCode(v HelloFailedCode) {
	self.Code = v
}

func (self *HelloFailedErrorMsg) GetData() []byte {
	return self.Data
}

func (self *HelloFailedErrorMsg) SetData(v []byte) {
	self.Data = v
}

func (self *HelloFailedErrorMsg) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.ErrorMsg.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint16(uint16(self.Code))
	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeHelloFailedErrorMsg(parent *ErrorMsg, decoder *goloxi.Decoder) (*HelloFailedErrorMsg, error) {
	_hellofailederrormsg := &HelloFailedErrorMsg{ErrorMsg: parent}
	if decoder.Length() < 2 {
		return nil, fmt.Errorf("HelloFailedErrorMsg packet too short: %d < 2", decoder.Length())
	}
	_hellofailederrormsg.Code = HelloFailedCode(decoder.ReadUint16())
	_hellofailederrormsg.Data = decoder.Read(int(decoder.Length()))
	return _hellofailederrormsg, nil
}

func NewHelloFailedErrorMsg() *HelloFailedErrorMsg {
	obj := &HelloFailedErrorMsg{
		ErrorMsg: NewErrorMsg(0),
	}
	return obj
}

type NiciraHeader struct {
	*Experimenter
	Subtype uint32
}

type INiciraHeader interface {
	IExperimenter
	GetSubtype() uint32
}

func (self *NiciraHeader) GetSubtype() uint32 {
	return self.Subtype
}

func (self *NiciraHeader) SetSubtype(v uint32) {
	self.Subtype = v
}

func (self *NiciraHeader) Serialize(encoder *goloxi.Encoder) error {
	if err := self.Experimenter.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Subtype))

	return nil
}

func DecodeNiciraHeader(parent *Experimenter, decoder *goloxi.Decoder) (INiciraHeader, error) {
	_niciraheader := &NiciraHeader{Experimenter: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("NiciraHeader packet too short: %d < 4", decoder.Length())
	}
	_niciraheader.Subtype = uint32(decoder.ReadUint32())

	switch _niciraheader.Subtype {
	case 10:
		return DecodeNiciraControllerRoleRequest(_niciraheader, decoder)
	case 11:
		return DecodeNiciraControllerRoleReply(_niciraheader, decoder)
	default:
		return nil, fmt.Errorf("Invalid type '%d' for 'NiciraHeader'", _niciraheader.Subtype)
	}
}

func NewNiciraHeader(_subtype uint32) *NiciraHeader {
	obj := &NiciraHeader{
		Experimenter: NewExperimenter(8992),
	}
	obj.Subtype = _subtype
	return obj
}

type NiciraControllerRoleReply struct {
	*NiciraHeader
	Role NiciraControllerRole
}

type INiciraControllerRoleReply interface {
	INiciraHeader
	GetRole() NiciraControllerRole
}

func (self *NiciraControllerRoleReply) GetRole() NiciraControllerRole {
	return self.Role
}

func (self *NiciraControllerRoleReply) SetRole(v NiciraControllerRole) {
	self.Role = v
}

func (self *NiciraControllerRoleReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.NiciraHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Role))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeNiciraControllerRoleReply(parent *NiciraHeader, decoder *goloxi.Decoder) (*NiciraControllerRoleReply, error) {
	_niciracontrollerrolereply := &NiciraControllerRoleReply{NiciraHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("NiciraControllerRoleReply packet too short: %d < 4", decoder.Length())
	}
	_niciracontrollerrolereply.Role = NiciraControllerRole(decoder.ReadUint32())
	return _niciracontrollerrolereply, nil
}

func NewNiciraControllerRoleReply() *NiciraControllerRoleReply {
	obj := &NiciraControllerRoleReply{
		NiciraHeader: NewNiciraHeader(11),
	}
	return obj
}

type NiciraControllerRoleRequest struct {
	*NiciraHeader
	Role NiciraControllerRole
}

type INiciraControllerRoleRequest interface {
	INiciraHeader
	GetRole() NiciraControllerRole
}

func (self *NiciraControllerRoleRequest) GetRole() NiciraControllerRole {
	return self.Role
}

func (self *NiciraControllerRoleRequest) SetRole(v NiciraControllerRole) {
	self.Role = v
}

func (self *NiciraControllerRoleRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.NiciraHeader.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Role))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeNiciraControllerRoleRequest(parent *NiciraHeader, decoder *goloxi.Decoder) (*NiciraControllerRoleRequest, error) {
	_niciracontrollerrolerequest := &NiciraControllerRoleRequest{NiciraHeader: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("NiciraControllerRoleRequest packet too short: %d < 4", decoder.Length())
	}
	_niciracontrollerrolerequest.Role = NiciraControllerRole(decoder.ReadUint32())
	return _niciracontrollerrolerequest, nil
}

func NewNiciraControllerRoleRequest() *NiciraControllerRoleRequest {
	obj := &NiciraControllerRoleRequest{
		NiciraHeader: NewNiciraHeader(10),
	}
	return obj
}

type NiciraStatsReply struct {
	*ExperimenterStatsReply
	Subtype uint32
}

type INiciraStatsReply interface {
	IExperimenterStatsReply
	GetSubtype() uint32
}

func (self *NiciraStatsReply) GetSubtype() uint32 {
	return self.Subtype
}

func (self *NiciraStatsReply) SetSubtype(v uint32) {
	self.Subtype = v
}

func (self *NiciraStatsReply) Serialize(encoder *goloxi.Encoder) error {
	if err := self.ExperimenterStatsReply.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Subtype))

	return nil
}

func DecodeNiciraStatsReply(parent *ExperimenterStatsReply, decoder *goloxi.Decoder) (INiciraStatsReply, error) {
	_nicirastatsreply := &NiciraStatsReply{ExperimenterStatsReply: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("NiciraStatsReply packet too short: %d < 4", decoder.Length())
	}
	_nicirastatsreply.Subtype = uint32(decoder.ReadUint32())

	switch _nicirastatsreply.Subtype {
	case 0:
		return DecodeNiciraFlowStatsReply(_nicirastatsreply, decoder)
	case 2:
		return DecodeNiciraFlowMonitorReply(_nicirastatsreply, decoder)
	default:
		return nil, fmt.Errorf("Invalid type '%d' for 'NiciraStatsReply'", _nicirastatsreply.Subtype)
	}
}

func NewNiciraStatsReply(_subtype uint32) *NiciraStatsReply {
	obj := &NiciraStatsReply{
		ExperimenterStatsReply: NewExperimenterStatsReply(8992),
	}
	obj.Subtype = _subtype
	return obj
}

type NiciraFlowMonitorReply struct {
	*NiciraStatsReply
	Updates []INiciraFlowUpdateEvent
}

type INiciraFlowMonitorReply interface {
	INiciraStatsReply
	GetUpdates() []INiciraFlowUpdateEvent
}

func (self *NiciraFlowMonitorReply) GetUpdates() []INiciraFlowUpdateEvent {
	return self.Updates
}

func (self *NiciraFlowMonitorReply) SetUpdates(v []INiciraFlowUpdateEvent) {
	self.Updates = v
}

func (self *NiciraFlowMonitorReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.NiciraStatsReply.Serialize(encoder); err != nil {
		return err
	}

	encoder.Write(bytes.Repeat([]byte{0}, 4))
	for _, obj := range self.Updates {
		if err := obj.Serialize(encoder); err != nil {
			return err
		}
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeNiciraFlowMonitorReply(parent *NiciraStatsReply, decoder *goloxi.Decoder) (*NiciraFlowMonitorReply, error) {
	_niciraflowmonitorreply := &NiciraFlowMonitorReply{NiciraStatsReply: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("NiciraFlowMonitorReply packet too short: %d < 4", decoder.Length())
	}
	decoder.Skip(4)

	for decoder.Length() >= 4 {
		item, err := DecodeNiciraFlowUpdateEvent(decoder)
		if err != nil {
			return nil, err
		}
		if item != nil {
			_niciraflowmonitorreply.Updates = append(_niciraflowmonitorreply.Updates, item)
		}
	}
	return _niciraflowmonitorreply, nil
}

func NewNiciraFlowMonitorReply() *NiciraFlowMonitorReply {
	obj := &NiciraFlowMonitorReply{
		NiciraStatsReply: NewNiciraStatsReply(2),
	}
	return obj
}

type NiciraFlowMonitorRequest struct {
	*ExperimenterStatsRequest
	Subtype      uint32
	MonitorId    uint32
	MonitorFlags NxFlowMonitorFlags
	OutPort      Port
	MatchLen     uint16
	TableId      uint8
	Match        NiciraMatch
}

type INiciraFlowMonitorRequest interface {
	IExperimenterStatsRequest
	GetSubtype() uint32
	GetMonitorId() uint32
	GetMonitorFlags() NxFlowMonitorFlags
	GetOutPort() Port
	GetMatchLen() uint16
	GetTableId() uint8
	GetMatch() NiciraMatch
}

func (self *NiciraFlowMonitorRequest) GetSubtype() uint32 {
	return self.Subtype
}

func (self *NiciraFlowMonitorRequest) SetSubtype(v uint32) {
	self.Subtype = v
}

func (self *NiciraFlowMonitorRequest) GetMonitorId() uint32 {
	return self.MonitorId
}

func (self *NiciraFlowMonitorRequest) SetMonitorId(v uint32) {
	self.MonitorId = v
}

func (self *NiciraFlowMonitorRequest) GetMonitorFlags() NxFlowMonitorFlags {
	return self.MonitorFlags
}

func (self *NiciraFlowMonitorRequest) SetMonitorFlags(v NxFlowMonitorFlags) {
	self.MonitorFlags = v
}

func (self *NiciraFlowMonitorRequest) GetOutPort() Port {
	return self.OutPort
}

func (self *NiciraFlowMonitorRequest) SetOutPort(v Port) {
	self.OutPort = v
}

func (self *NiciraFlowMonitorRequest) GetMatchLen() uint16 {
	return self.MatchLen
}

func (self *NiciraFlowMonitorRequest) SetMatchLen(v uint16) {
	self.MatchLen = v
}

func (self *NiciraFlowMonitorRequest) GetTableId() uint8 {
	return self.TableId
}

func (self *NiciraFlowMonitorRequest) SetTableId(v uint8) {
	self.TableId = v
}

func (self *NiciraFlowMonitorRequest) GetMatch() NiciraMatch {
	return self.Match
}

func (self *NiciraFlowMonitorRequest) SetMatch(v NiciraMatch) {
	self.Match = v
}

func (self *NiciraFlowMonitorRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.ExperimenterStatsRequest.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Subtype))
	encoder.Write(bytes.Repeat([]byte{0}, 4))
	encoder.PutUint32(uint32(self.MonitorId))
	encoder.PutUint16(uint16(self.MonitorFlags))
	self.OutPort.Serialize(encoder)
	encoder.PutUint16(uint16(self.MatchLen))
	encoder.PutUint8(uint8(self.TableId))
	encoder.Write(bytes.Repeat([]byte{0}, 5))
	if err := self.Match.Serialize(encoder); err != nil {
		return err
	}

	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeNiciraFlowMonitorRequest(parent *ExperimenterStatsRequest, decoder *goloxi.Decoder) (*NiciraFlowMonitorRequest, error) {
	_niciraflowmonitorrequest := &NiciraFlowMonitorRequest{ExperimenterStatsRequest: parent}
	if decoder.Length() < 24 {
		return nil, fmt.Errorf("NiciraFlowMonitorRequest packet too short: %d < 24", decoder.Length())
	}
	_niciraflowmonitorrequest.Subtype = uint32(decoder.ReadUint32())
	decoder.Skip(4)
	_niciraflowmonitorrequest.MonitorId = uint32(decoder.ReadUint32())
	_niciraflowmonitorrequest.MonitorFlags = NxFlowMonitorFlags(decoder.ReadUint16())
	_niciraflowmonitorrequest.OutPort.Decode(decoder)
	_niciraflowmonitorrequest.MatchLen = uint16(decoder.ReadUint16())
	_niciraflowmonitorrequest.TableId = uint8(decoder.ReadByte())
	decoder.Skip(5)
	if err := _niciraflowmonitorrequest.Match.Decode(decoder); err != nil {
		return nil, err
	}

	decoder.SkipAlign()
	return _niciraflowmonitorrequest, nil
}

func NewNiciraFlowMonitorRequest() *NiciraFlowMonitorRequest {
	obj := &NiciraFlowMonitorRequest{
		ExperimenterStatsRequest: NewExperimenterStatsRequest(8992),
	}
	return obj
}

type NiciraFlowStatsReply struct {
	*NiciraStatsReply
	Stats []*NiciraFlowStats
}

type INiciraFlowStatsReply interface {
	INiciraStatsReply
	GetStats() []*NiciraFlowStats
}

func (self *NiciraFlowStatsReply) GetStats() []*NiciraFlowStats {
	return self.Stats
}

func (self *NiciraFlowStatsReply) SetStats(v []*NiciraFlowStats) {
	self.Stats = v
}

func (self *NiciraFlowStatsReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.NiciraStatsReply.Serialize(encoder); err != nil {
		return err
	}

	encoder.Write(bytes.Repeat([]byte{0}, 4))
	for _, obj := range self.Stats {
		if err := obj.Serialize(encoder); err != nil {
			return err
		}
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeNiciraFlowStatsReply(parent *NiciraStatsReply, decoder *goloxi.Decoder) (*NiciraFlowStatsReply, error) {
	_niciraflowstatsreply := &NiciraFlowStatsReply{NiciraStatsReply: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("NiciraFlowStatsReply packet too short: %d < 4", decoder.Length())
	}
	decoder.Skip(4)

	for decoder.Length() >= 48 {
		item, err := DecodeNiciraFlowStats(decoder)
		if err != nil {
			return nil, err
		}
		if item != nil {
			_niciraflowstatsreply.Stats = append(_niciraflowstatsreply.Stats, item)
		}
	}
	return _niciraflowstatsreply, nil
}

func NewNiciraFlowStatsReply() *NiciraFlowStatsReply {
	obj := &NiciraFlowStatsReply{
		NiciraStatsReply: NewNiciraStatsReply(0),
	}
	return obj
}

type NiciraFlowStatsRequest struct {
	*ExperimenterStatsRequest
	Subtype  uint32
	OutPort  Port
	MatchLen uint16
	TableId  uint8
}

type INiciraFlowStatsRequest interface {
	IExperimenterStatsRequest
	GetSubtype() uint32
	GetOutPort() Port
	GetMatchLen() uint16
	GetTableId() uint8
}

func (self *NiciraFlowStatsRequest) GetSubtype() uint32 {
	return self.Subtype
}

func (self *NiciraFlowStatsRequest) SetSubtype(v uint32) {
	self.Subtype = v
}

func (self *NiciraFlowStatsRequest) GetOutPort() Port {
	return self.OutPort
}

func (self *NiciraFlowStatsRequest) SetOutPort(v Port) {
	self.OutPort = v
}

func (self *NiciraFlowStatsRequest) GetMatchLen() uint16 {
	return self.MatchLen
}

func (self *NiciraFlowStatsRequest) SetMatchLen(v uint16) {
	self.MatchLen = v
}

func (self *NiciraFlowStatsRequest) GetTableId() uint8 {
	return self.TableId
}

func (self *NiciraFlowStatsRequest) SetTableId(v uint8) {
	self.TableId = v
}

func (self *NiciraFlowStatsRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.ExperimenterStatsRequest.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.Subtype))
	encoder.Write(bytes.Repeat([]byte{0}, 4))
	self.OutPort.Serialize(encoder)
	encoder.PutUint16(uint16(self.MatchLen))
	encoder.PutUint8(uint8(self.TableId))
	encoder.Write(bytes.Repeat([]byte{0}, 3))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeNiciraFlowStatsRequest(parent *ExperimenterStatsRequest, decoder *goloxi.Decoder) (*NiciraFlowStatsRequest, error) {
	_niciraflowstatsrequest := &NiciraFlowStatsRequest{ExperimenterStatsRequest: parent}
	if decoder.Length() < 16 {
		return nil, fmt.Errorf("NiciraFlowStatsRequest packet too short: %d < 16", decoder.Length())
	}
	_niciraflowstatsrequest.Subtype = uint32(decoder.ReadUint32())
	decoder.Skip(4)
	_niciraflowstatsrequest.OutPort.Decode(decoder)
	_niciraflowstatsrequest.MatchLen = uint16(decoder.ReadUint16())
	_niciraflowstatsrequest.TableId = uint8(decoder.ReadByte())
	decoder.Skip(3)
	return _niciraflowstatsrequest, nil
}

func NewNiciraFlowStatsRequest() *NiciraFlowStatsRequest {
	obj := &NiciraFlowStatsRequest{
		ExperimenterStatsRequest: NewExperimenterStatsRequest(8992),
	}
	return obj
}

type PacketIn struct {
	*Header
	BufferId uint32
	TotalLen uint16
	InPort   Port
	Reason   uint8
	Data     []byte
}

type IPacketIn interface {
	IHeader
	GetBufferId() uint32
	GetTotalLen() uint16
	GetInPort() Port
	GetReason() uint8
	GetData() []byte
}

func (self *PacketIn) GetBufferId() uint32 {
	return self.BufferId
}

func (self *PacketIn) SetBufferId(v uint32) {
	self.BufferId = v
}

func (self *PacketIn) GetTotalLen() uint16 {
	return self.TotalLen
}

func (self *PacketIn) SetTotalLen(v uint16) {
	self.TotalLen = v
}

func (self *PacketIn) GetInPort() Port {
	return self.InPort
}

func (self *PacketIn) SetInPort(v Port) {
	self.InPort = v
}

func (self *PacketIn) GetReason() uint8 {
	return self.Reason
}

func (self *PacketIn) SetReason(v uint8) {
	self.Reason = v
}

func (self *PacketIn) GetData() []byte {
	return self.Data
}

func (self *PacketIn) SetData(v []byte) {
	self.Data = v
}

func (self *PacketIn) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.BufferId))
	encoder.PutUint16(uint16(self.TotalLen))
	self.InPort.Serialize(encoder)
	encoder.PutUint8(uint8(self.Reason))
	encoder.Write(bytes.Repeat([]byte{0}, 1))
	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodePacketIn(parent *Header, decoder *goloxi.Decoder) (*PacketIn, error) {
	_packetin := &PacketIn{Header: parent}
	if decoder.Length() < 10 {
		return nil, fmt.Errorf("PacketIn packet too short: %d < 10", decoder.Length())
	}
	_packetin.BufferId = uint32(decoder.ReadUint32())
	_packetin.TotalLen = uint16(decoder.ReadUint16())
	_packetin.InPort.Decode(decoder)
	_packetin.Reason = uint8(decoder.ReadByte())
	decoder.Skip(1)
	_packetin.Data = decoder.Read(int(decoder.Length()))
	return _packetin, nil
}

func NewPacketIn() *PacketIn {
	obj := &PacketIn{
		Header: NewHeader(10),
	}
	return obj
}

type PacketOut struct {
	*Header
	BufferId   uint32
	InPort     Port
	ActionsLen uint16
	Actions    []goloxi.IAction
	Data       []byte
}

type IPacketOut interface {
	IHeader
	GetBufferId() uint32
	GetInPort() Port
	GetActionsLen() uint16
	GetActions() []goloxi.IAction
	GetData() []byte
}

func (self *PacketOut) GetBufferId() uint32 {
	return self.BufferId
}

func (self *PacketOut) SetBufferId(v uint32) {
	self.BufferId = v
}

func (self *PacketOut) GetInPort() Port {
	return self.InPort
}

func (self *PacketOut) SetInPort(v Port) {
	self.InPort = v
}

func (self *PacketOut) GetActionsLen() uint16 {
	return self.ActionsLen
}

func (self *PacketOut) SetActionsLen(v uint16) {
	self.ActionsLen = v
}

func (self *PacketOut) GetActions() []goloxi.IAction {
	return self.Actions
}

func (self *PacketOut) SetActions(v []goloxi.IAction) {
	self.Actions = v
}

func (self *PacketOut) GetData() []byte {
	return self.Data
}

func (self *PacketOut) SetData(v []byte) {
	self.Data = v
}

func (self *PacketOut) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint32(uint32(self.BufferId))
	self.InPort.Serialize(encoder)
	encoder.PutUint16(uint16(self.ActionsLen))
	for _, obj := range self.Actions {
		if err := obj.Serialize(encoder); err != nil {
			return err
		}
	}
	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodePacketOut(parent *Header, decoder *goloxi.Decoder) (*PacketOut, error) {
	_packetout := &PacketOut{Header: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("PacketOut packet too short: %d < 8", decoder.Length())
	}
	_packetout.BufferId = uint32(decoder.ReadUint32())
	_packetout.InPort.Decode(decoder)
	_packetout.ActionsLen = uint16(decoder.ReadUint16())

	end := decoder.Offset() + int(_packetout.ActionsLen)
	for decoder.Offset() < end {
		item, err := DecodeAction(decoder)
		if err != nil {
			return nil, err
		}
		if item != nil {
			_packetout.Actions = append(_packetout.Actions, item)
		}
	}
	_packetout.Data = decoder.Read(int(decoder.Length()))
	return _packetout, nil
}

func NewPacketOut() *PacketOut {
	obj := &PacketOut{
		Header: NewHeader(13),
	}
	return obj
}

type PortMod struct {
	*Header
	PortNo    Port
	HwAddr    net.HardwareAddr
	Config    PortConfig
	Mask      PortConfig
	Advertise uint32
}

type IPortMod interface {
	IHeader
	GetPortNo() Port
	GetHwAddr() net.HardwareAddr
	GetConfig() PortConfig
	GetMask() PortConfig
	GetAdvertise() uint32
}

func (self *PortMod) GetPortNo() Port {
	return self.PortNo
}

func (self *PortMod) SetPortNo(v Port) {
	self.PortNo = v
}

func (self *PortMod) GetHwAddr() net.HardwareAddr {
	return self.HwAddr
}

func (self *PortMod) SetHwAddr(v net.HardwareAddr) {
	self.HwAddr = v
}

func (self *PortMod) GetConfig() PortConfig {
	return self.Config
}

func (self *PortMod) SetConfig(v PortConfig) {
	self.Config = v
}

func (self *PortMod) GetMask() PortConfig {
	return self.Mask
}

func (self *PortMod) SetMask(v PortConfig) {
	self.Mask = v
}

func (self *PortMod) GetAdvertise() uint32 {
	return self.Advertise
}

func (self *PortMod) SetAdvertise(v uint32) {
	self.Advertise = v
}

func (self *PortMod) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	self.PortNo.Serialize(encoder)
	encoder.Write(self.HwAddr)
	encoder.PutUint32(uint32(self.Config))
	encoder.PutUint32(uint32(self.Mask))
	encoder.PutUint32(uint32(self.Advertise))
	encoder.Write(bytes.Repeat([]byte{0}, 4))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodePortMod(parent *Header, decoder *goloxi.Decoder) (*PortMod, error) {
	_portmod := &PortMod{Header: parent}
	if decoder.Length() < 24 {
		return nil, fmt.Errorf("PortMod packet too short: %d < 24", decoder.Length())
	}
	_portmod.PortNo.Decode(decoder)
	_portmod.HwAddr = net.HardwareAddr(decoder.Read(6))
	_portmod.Config = PortConfig(decoder.ReadUint32())
	_portmod.Mask = PortConfig(decoder.ReadUint32())
	_portmod.Advertise = uint32(decoder.ReadUint32())
	decoder.Skip(4)
	return _portmod, nil
}

func NewPortMod() *PortMod {
	obj := &PortMod{
		Header: NewHeader(15),
	}
	return obj
}

type PortModFailedErrorMsg struct {
	*ErrorMsg
	Code PortModFailedCode
	Data []byte
}

type IPortModFailedErrorMsg interface {
	IErrorMsg
	GetCode() PortModFailedCode
	GetData() []byte
}

func (self *PortModFailedErrorMsg) GetCode() PortModFailedCode {
	return self.Code
}

func (self *PortModFailedErrorMsg) SetCode(v PortModFailedCode) {
	self.Code = v
}

func (self *PortModFailedErrorMsg) GetData() []byte {
	return self.Data
}

func (self *PortModFailedErrorMsg) SetData(v []byte) {
	self.Data = v
}

func (self *PortModFailedErrorMsg) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.ErrorMsg.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint16(uint16(self.Code))
	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodePortModFailedErrorMsg(parent *ErrorMsg, decoder *goloxi.Decoder) (*PortModFailedErrorMsg, error) {
	_portmodfailederrormsg := &PortModFailedErrorMsg{ErrorMsg: parent}
	if decoder.Length() < 2 {
		return nil, fmt.Errorf("PortModFailedErrorMsg packet too short: %d < 2", decoder.Length())
	}
	_portmodfailederrormsg.Code = PortModFailedCode(decoder.ReadUint16())
	_portmodfailederrormsg.Data = decoder.Read(int(decoder.Length()))
	return _portmodfailederrormsg, nil
}

func NewPortModFailedErrorMsg() *PortModFailedErrorMsg {
	obj := &PortModFailedErrorMsg{
		ErrorMsg: NewErrorMsg(4),
	}
	return obj
}

type PortStatsReply struct {
	*StatsReply
	Entries []*PortStatsEntry
}

type IPortStatsReply interface {
	IStatsReply
	GetEntries() []*PortStatsEntry
}

func (self *PortStatsReply) GetEntries() []*PortStatsEntry {
	return self.Entries
}

func (self *PortStatsReply) SetEntries(v []*PortStatsEntry) {
	self.Entries = v
}

func (self *PortStatsReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.StatsReply.Serialize(encoder); err != nil {
		return err
	}

	for _, obj := range self.Entries {
		if err := obj.Serialize(encoder); err != nil {
			return err
		}
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodePortStatsReply(parent *StatsReply, decoder *goloxi.Decoder) (*PortStatsReply, error) {
	_portstatsreply := &PortStatsReply{StatsReply: parent}

	for decoder.Length() >= 104 {
		item, err := DecodePortStatsEntry(decoder)
		if err != nil {
			return nil, err
		}
		if item != nil {
			_portstatsreply.Entries = append(_portstatsreply.Entries, item)
		}
	}
	return _portstatsreply, nil
}

func NewPortStatsReply() *PortStatsReply {
	obj := &PortStatsReply{
		StatsReply: NewStatsReply(4),
	}
	return obj
}

type PortStatsRequest struct {
	*StatsRequest
	PortNo Port
}

type IPortStatsRequest interface {
	IStatsRequest
	GetPortNo() Port
}

func (self *PortStatsRequest) GetPortNo() Port {
	return self.PortNo
}

func (self *PortStatsRequest) SetPortNo(v Port) {
	self.PortNo = v
}

func (self *PortStatsRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.StatsRequest.Serialize(encoder); err != nil {
		return err
	}

	self.PortNo.Serialize(encoder)
	encoder.Write(bytes.Repeat([]byte{0}, 6))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodePortStatsRequest(parent *StatsRequest, decoder *goloxi.Decoder) (*PortStatsRequest, error) {
	_portstatsrequest := &PortStatsRequest{StatsRequest: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("PortStatsRequest packet too short: %d < 8", decoder.Length())
	}
	_portstatsrequest.PortNo.Decode(decoder)
	decoder.Skip(6)
	return _portstatsrequest, nil
}

func NewPortStatsRequest() *PortStatsRequest {
	obj := &PortStatsRequest{
		StatsRequest: NewStatsRequest(4),
	}
	return obj
}

type PortStatus struct {
	*Header
	Reason PortReason
	Desc   PortDesc
}

type IPortStatus interface {
	IHeader
	GetReason() PortReason
	GetDesc() PortDesc
}

func (self *PortStatus) GetReason() PortReason {
	return self.Reason
}

func (self *PortStatus) SetReason(v PortReason) {
	self.Reason = v
}

func (self *PortStatus) GetDesc() PortDesc {
	return self.Desc
}

func (self *PortStatus) SetDesc(v PortDesc) {
	self.Desc = v
}

func (self *PortStatus) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.Reason))
	encoder.Write(bytes.Repeat([]byte{0}, 7))
	if err := self.Desc.Serialize(encoder); err != nil {
		return err
	}

	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodePortStatus(parent *Header, decoder *goloxi.Decoder) (*PortStatus, error) {
	_portstatus := &PortStatus{Header: parent}
	if decoder.Length() < 56 {
		return nil, fmt.Errorf("PortStatus packet too short: %d < 56", decoder.Length())
	}
	_portstatus.Reason = PortReason(decoder.ReadByte())
	decoder.Skip(7)
	if err := _portstatus.Desc.Decode(decoder); err != nil {
		return nil, err
	}

	return _portstatus, nil
}

func NewPortStatus() *PortStatus {
	obj := &PortStatus{
		Header: NewHeader(12),
	}
	return obj
}

type QueueGetConfigReply struct {
	*Header
	Port   Port
	Queues []*PacketQueue
}

type IQueueGetConfigReply interface {
	IHeader
	GetPort() Port
	GetQueues() []*PacketQueue
}

func (self *QueueGetConfigReply) GetPort() Port {
	return self.Port
}

func (self *QueueGetConfigReply) SetPort(v Port) {
	self.Port = v
}

func (self *QueueGetConfigReply) GetQueues() []*PacketQueue {
	return self.Queues
}

func (self *QueueGetConfigReply) SetQueues(v []*PacketQueue) {
	self.Queues = v
}

func (self *QueueGetConfigReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	self.Port.Serialize(encoder)
	encoder.Write(bytes.Repeat([]byte{0}, 6))
	for _, obj := range self.Queues {
		if err := obj.Serialize(encoder); err != nil {
			return err
		}
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeQueueGetConfigReply(parent *Header, decoder *goloxi.Decoder) (*QueueGetConfigReply, error) {
	_queuegetconfigreply := &QueueGetConfigReply{Header: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("QueueGetConfigReply packet too short: %d < 8", decoder.Length())
	}
	_queuegetconfigreply.Port.Decode(decoder)
	decoder.Skip(6)

	for decoder.Length() >= 8 {
		item, err := DecodePacketQueue(decoder)
		if err != nil {
			return nil, err
		}
		if item != nil {
			_queuegetconfigreply.Queues = append(_queuegetconfigreply.Queues, item)
		}
	}
	return _queuegetconfigreply, nil
}

func NewQueueGetConfigReply() *QueueGetConfigReply {
	obj := &QueueGetConfigReply{
		Header: NewHeader(21),
	}
	return obj
}

type QueueGetConfigRequest struct {
	*Header
	Port Port
}

type IQueueGetConfigRequest interface {
	IHeader
	GetPort() Port
}

func (self *QueueGetConfigRequest) GetPort() Port {
	return self.Port
}

func (self *QueueGetConfigRequest) SetPort(v Port) {
	self.Port = v
}

func (self *QueueGetConfigRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	self.Port.Serialize(encoder)
	encoder.Write(bytes.Repeat([]byte{0}, 2))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeQueueGetConfigRequest(parent *Header, decoder *goloxi.Decoder) (*QueueGetConfigRequest, error) {
	_queuegetconfigrequest := &QueueGetConfigRequest{Header: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("QueueGetConfigRequest packet too short: %d < 4", decoder.Length())
	}
	_queuegetconfigrequest.Port.Decode(decoder)
	decoder.Skip(2)
	return _queuegetconfigrequest, nil
}

func NewQueueGetConfigRequest() *QueueGetConfigRequest {
	obj := &QueueGetConfigRequest{
		Header: NewHeader(20),
	}
	return obj
}

type QueueOpFailedErrorMsg struct {
	*ErrorMsg
	Code QueueOpFailedCode
	Data []byte
}

type IQueueOpFailedErrorMsg interface {
	IErrorMsg
	GetCode() QueueOpFailedCode
	GetData() []byte
}

func (self *QueueOpFailedErrorMsg) GetCode() QueueOpFailedCode {
	return self.Code
}

func (self *QueueOpFailedErrorMsg) SetCode(v QueueOpFailedCode) {
	self.Code = v
}

func (self *QueueOpFailedErrorMsg) GetData() []byte {
	return self.Data
}

func (self *QueueOpFailedErrorMsg) SetData(v []byte) {
	self.Data = v
}

func (self *QueueOpFailedErrorMsg) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.ErrorMsg.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint16(uint16(self.Code))
	encoder.Write(self.Data)
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeQueueOpFailedErrorMsg(parent *ErrorMsg, decoder *goloxi.Decoder) (*QueueOpFailedErrorMsg, error) {
	_queueopfailederrormsg := &QueueOpFailedErrorMsg{ErrorMsg: parent}
	if decoder.Length() < 2 {
		return nil, fmt.Errorf("QueueOpFailedErrorMsg packet too short: %d < 2", decoder.Length())
	}
	_queueopfailederrormsg.Code = QueueOpFailedCode(decoder.ReadUint16())
	_queueopfailederrormsg.Data = decoder.Read(int(decoder.Length()))
	return _queueopfailederrormsg, nil
}

func NewQueueOpFailedErrorMsg() *QueueOpFailedErrorMsg {
	obj := &QueueOpFailedErrorMsg{
		ErrorMsg: NewErrorMsg(5),
	}
	return obj
}

type QueueStatsReply struct {
	*StatsReply
	Entries []*QueueStatsEntry
}

type IQueueStatsReply interface {
	IStatsReply
	GetEntries() []*QueueStatsEntry
}

func (self *QueueStatsReply) GetEntries() []*QueueStatsEntry {
	return self.Entries
}

func (self *QueueStatsReply) SetEntries(v []*QueueStatsEntry) {
	self.Entries = v
}

func (self *QueueStatsReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.StatsReply.Serialize(encoder); err != nil {
		return err
	}

	for _, obj := range self.Entries {
		if err := obj.Serialize(encoder); err != nil {
			return err
		}
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeQueueStatsReply(parent *StatsReply, decoder *goloxi.Decoder) (*QueueStatsReply, error) {
	_queuestatsreply := &QueueStatsReply{StatsReply: parent}

	for decoder.Length() >= 32 {
		item, err := DecodeQueueStatsEntry(decoder)
		if err != nil {
			return nil, err
		}
		if item != nil {
			_queuestatsreply.Entries = append(_queuestatsreply.Entries, item)
		}
	}
	return _queuestatsreply, nil
}

func NewQueueStatsReply() *QueueStatsReply {
	obj := &QueueStatsReply{
		StatsReply: NewStatsReply(5),
	}
	return obj
}

type QueueStatsRequest struct {
	*StatsRequest
	PortNo  Port
	QueueId uint32
}

type IQueueStatsRequest interface {
	IStatsRequest
	GetPortNo() Port
	GetQueueId() uint32
}

func (self *QueueStatsRequest) GetPortNo() Port {
	return self.PortNo
}

func (self *QueueStatsRequest) SetPortNo(v Port) {
	self.PortNo = v
}

func (self *QueueStatsRequest) GetQueueId() uint32 {
	return self.QueueId
}

func (self *QueueStatsRequest) SetQueueId(v uint32) {
	self.QueueId = v
}

func (self *QueueStatsRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.StatsRequest.Serialize(encoder); err != nil {
		return err
	}

	self.PortNo.Serialize(encoder)
	encoder.Write(bytes.Repeat([]byte{0}, 2))
	encoder.PutUint32(uint32(self.QueueId))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeQueueStatsRequest(parent *StatsRequest, decoder *goloxi.Decoder) (*QueueStatsRequest, error) {
	_queuestatsrequest := &QueueStatsRequest{StatsRequest: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("QueueStatsRequest packet too short: %d < 8", decoder.Length())
	}
	_queuestatsrequest.PortNo.Decode(decoder)
	decoder.Skip(2)
	_queuestatsrequest.QueueId = uint32(decoder.ReadUint32())
	return _queuestatsrequest, nil
}

func NewQueueStatsRequest() *QueueStatsRequest {
	obj := &QueueStatsRequest{
		StatsRequest: NewStatsRequest(5),
	}
	return obj
}

type SetConfig struct {
	*Header
	Flags       ConfigFlags
	MissSendLen uint16
}

type ISetConfig interface {
	IHeader
	GetFlags() ConfigFlags
	GetMissSendLen() uint16
}

func (self *SetConfig) GetFlags() ConfigFlags {
	return self.Flags
}

func (self *SetConfig) SetFlags(v ConfigFlags) {
	self.Flags = v
}

func (self *SetConfig) GetMissSendLen() uint16 {
	return self.MissSendLen
}

func (self *SetConfig) SetMissSendLen(v uint16) {
	self.MissSendLen = v
}

func (self *SetConfig) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint16(uint16(self.Flags))
	encoder.PutUint16(uint16(self.MissSendLen))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeSetConfig(parent *Header, decoder *goloxi.Decoder) (*SetConfig, error) {
	_setconfig := &SetConfig{Header: parent}
	if decoder.Length() < 4 {
		return nil, fmt.Errorf("SetConfig packet too short: %d < 4", decoder.Length())
	}
	_setconfig.Flags = ConfigFlags(decoder.ReadUint16())
	_setconfig.MissSendLen = uint16(decoder.ReadUint16())
	return _setconfig, nil
}

func NewSetConfig() *SetConfig {
	obj := &SetConfig{
		Header: NewHeader(9),
	}
	return obj
}

type TableMod struct {
	*Header
	TableId uint8
	Config  uint32
}

type ITableMod interface {
	IHeader
	GetTableId() uint8
	GetConfig() uint32
}

func (self *TableMod) GetTableId() uint8 {
	return self.TableId
}

func (self *TableMod) SetTableId(v uint8) {
	self.TableId = v
}

func (self *TableMod) GetConfig() uint32 {
	return self.Config
}

func (self *TableMod) SetConfig(v uint32) {
	self.Config = v
}

func (self *TableMod) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.Header.Serialize(encoder); err != nil {
		return err
	}

	encoder.PutUint8(uint8(self.TableId))
	encoder.Write(bytes.Repeat([]byte{0}, 3))
	encoder.PutUint32(uint32(self.Config))
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeTableMod(parent *Header, decoder *goloxi.Decoder) (*TableMod, error) {
	_tablemod := &TableMod{Header: parent}
	if decoder.Length() < 8 {
		return nil, fmt.Errorf("TableMod packet too short: %d < 8", decoder.Length())
	}
	_tablemod.TableId = uint8(decoder.ReadByte())
	decoder.Skip(3)
	_tablemod.Config = uint32(decoder.ReadUint32())
	return _tablemod, nil
}

func NewTableMod() *TableMod {
	obj := &TableMod{
		Header: NewHeader(22),
	}
	return obj
}

type TableStatsReply struct {
	*StatsReply
	Entries []*TableStatsEntry
}

type ITableStatsReply interface {
	IStatsReply
	GetEntries() []*TableStatsEntry
}

func (self *TableStatsReply) GetEntries() []*TableStatsEntry {
	return self.Entries
}

func (self *TableStatsReply) SetEntries(v []*TableStatsEntry) {
	self.Entries = v
}

func (self *TableStatsReply) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.StatsReply.Serialize(encoder); err != nil {
		return err
	}

	for _, obj := range self.Entries {
		if err := obj.Serialize(encoder); err != nil {
			return err
		}
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeTableStatsReply(parent *StatsReply, decoder *goloxi.Decoder) (*TableStatsReply, error) {
	_tablestatsreply := &TableStatsReply{StatsReply: parent}

	for decoder.Length() >= 64 {
		item, err := DecodeTableStatsEntry(decoder)
		if err != nil {
			return nil, err
		}
		if item != nil {
			_tablestatsreply.Entries = append(_tablestatsreply.Entries, item)
		}
	}
	return _tablestatsreply, nil
}

func NewTableStatsReply() *TableStatsReply {
	obj := &TableStatsReply{
		StatsReply: NewStatsReply(3),
	}
	return obj
}

type TableStatsRequest struct {
	*StatsRequest
}

type ITableStatsRequest interface {
	IStatsRequest
}

func (self *TableStatsRequest) Serialize(encoder *goloxi.Encoder) error {
	startIndex := len(encoder.Bytes())
	if err := self.StatsRequest.Serialize(encoder); err != nil {
		return err
	}
	length := len(encoder.Bytes()) - startIndex

	binary.BigEndian.PutUint16(encoder.Bytes()[startIndex+2:startIndex+4], uint16(length))

	return nil
}

func DecodeTableStatsRequest(parent *StatsRequest, decoder *goloxi.Decoder) (*TableStatsRequest, error) {
	_tablestatsrequest := &TableStatsRequest{StatsRequest: parent}
	return _tablestatsrequest, nil
}

func NewTableStatsRequest() *TableStatsRequest {
	obj := &TableStatsRequest{
		StatsRequest: NewStatsRequest(3),
	}
	return obj
}