cisco_cable_wideband_mib

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 Go to latest Published: Nov 2, 2023 License: Apache-2.0 Imports: 6 Imported by: 0

Documentation

Overview

This is the MIB module for the support of Channel Bonding Protocol for the Cable Modem Termination System (CMTS).

Wideband DOCSIS is a method of increasing downstream bandwidth by simultaneously transmitting DOCSIS data over multiple RF channels. This DOCSIS data is organized as a sequence of 188-byte MPEG-TS data packets.

A Wideband CMTS (WCMTS) is a CMTS that also transmits Wideband MPEG-TS packets.

An Edge QAM (Quadrature Amplitude Modulation) device is one which provides the QAM and used to couple the Wideband MPEG-TS packet onto the HFC plant.

A Wideband Cable Modem (WCM) is a CableModem (CM) that is able to receive Wideband MPEG-TS packets.

A wideband channel or Bonded Group (BG) is a logical grouping of one or more physical RF channels over which MPEG-TS packets are carried. Wideband channel carries DOCSIS bonded packets encapsulated in MPEG-TS packets from a WCMTS to one or more WCMs.

Packets outgoing from WCMTS to the WCM are formatted with the DOCSIS Header. The DOCSIS packets are then formatted into MPEG-TS data packets. These are 188 byte MPEG packets containing the DOCSIS information. Within DOCSIS Header of the WB Channel there is an extended header called, DOCSIS Bonding Extended Header, the format of which is shown below: 

--------------------------------------------------------

| ---------------------------------------------------- | | | TYPE | LEN | BSID | SEQ | | ---------------------------------------------------- | | | byte 0 | byte 1-2 | byte 3-4 | |--------------------------------------------------------| 

DOCSIS Bonding Extended Header

BSID is the Bonding Service IDentifier, it defines a sequence number for a Wideband channel. It is used by the WCM to re-sequence packets received over downstream channels to maintain packet order. SEQ is per service flow sequence number. Whereas TYPE is the type of the Bonding Extended Header and LEN specifies its length.

A Narrowband Channel is a standard DOCSIS downstream channel which contains exactly one RF channel. The wideband protocol utilizes the existing narrowband downstream channel for carrying the MAC management and signaling messages and the associated narrowband upstream for return data traffic and signaling.

The channel bonding protocol supports multiple wideband bonded groups. This will allow the WCM to listen to multiple bonded groups at the same time. This would support (for example) multicast video being sent to a CPE device on the LAN side of the WCM in addition to standard DOCSIS data.

Channel Bonding allows two types of Bonding Group (BG) interfaces. These are Secondary BG interface and non-Secondary BG interface. The Secondary BG interfaces will carry the multicast traffic, whereas, the non-Secondary BG interface will carry the non-multicast traffic. This MIB also allows for configuration of the RF channels on the WCMTS, as well as the association between the RF and narrowband downstream channels with the BG channel.

Fiber Node is an optical node which terminates the fiber based downstream signal as an electrical signal onto a coaxial RF cable.

DEPI: Downstream external physical interface. TSID: MPEG2 Transport Stream ID. SFP: Small Form-Factor Pluggable.

Index

Constants

This section is empty.

Variables

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Functions

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Types

type CISCOCABLEWIDEBANDMIB 

type CISCOCABLEWIDEBANDMIB struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	CiscoCableWidebandMIBObjects CISCOCABLEWIDEBANDMIB_CiscoCableWidebandMIBObjects

	// This table contains attributes of the physical RF channels. MPEG-TS packets
	// are sent across RF channels within a wideband channel.  These physical RF
	// channels might be present on a different system but the WCMTS entity
	// requires the knowledge of that system for its operation.
	CcwbRFChannelTable CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable

	// A wideband channel is a logical grouping of one or more physical RF
	// channels over which Wideband MPEG-TS packets are carried.  This table
	// contains association information of the wideband channels to the RF
	// channels that are available for the WCMTS.
	CcwbWBtoRFMappingTable CISCOCABLEWIDEBANDMIB_CcwbWBtoRFMappingTable

	// This table contains information of the mapping of the wideband channels to
	// the Narrowband channels that are available on the WCMTS.  The wideband
	// protocol utilizes the existing narrowband downstream channel for carrying
	// the MAC management and signaling messages and the associated narrowband
	// upstream for return data traffic and signaling.
	CcwbWBtoNBMappingTable CISCOCABLEWIDEBANDMIB_CcwbWBtoNBMappingTable

	// This table provides information about a Wideband BG interface, whether its
	// configured to carry multicast or non-multicast traffic. For multicast the
	// BG interface type is Secondary and for non-multicast its non-Secondary.
	// Other objects could be added to this later in the future.
	CcwbWBBondGrpTable CISCOCABLEWIDEBANDMIB_CcwbWBBondGrpTable

	// This table contains Wideband Cable Modem(WCM) connectivity state. A WCM
	// connectivity state can be associated with multiple Wideband interfaces.
	CcwbWBCmStatusTable CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable

	// An entry in this table exists for each Wideband Cable Modem which links to
	// one or more WB interface.
	CcwbWBCmStatusExtTable CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusExtTable

	// This table contains the description of a Fiber Node on a CMTS. An entry in
	// this table exists for each FiberNode ID.
	CcwbFiberNodeDescrTable CISCOCABLEWIDEBANDMIB_CcwbFiberNodeDescrTable

	// This table provides configuration information of each Fiber node. It will
	// provide topology information of each Fiber node, which includes information
	// such as, Narrowband and Wideband QAMs.
	CcwbFiberNodeTable CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable
}

CISCOCABLEWIDEBANDMIB

func (*CISCOCABLEWIDEBANDMIB) GetEntityData 

func (cISCOCABLEWIDEBANDMIB *CISCOCABLEWIDEBANDMIB) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbFiberNodeDescrTable 

type CISCOCABLEWIDEBANDMIB_CcwbFiberNodeDescrTable struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// This entry provides the description of each fiber node on the CMTS and it
	// is part of the Fiber node configuration. The type is slice of
	// CISCOCABLEWIDEBANDMIB_CcwbFiberNodeDescrTable_CcwbFiberNodeDescrEntry.
	CcwbFiberNodeDescrEntry []*CISCOCABLEWIDEBANDMIB_CcwbFiberNodeDescrTable_CcwbFiberNodeDescrEntry
}

CISCOCABLEWIDEBANDMIB_CcwbFiberNodeDescrTable This table contains the description of a Fiber Node on a CMTS. An entry in this table exists for each FiberNode ID.

func (*CISCOCABLEWIDEBANDMIB_CcwbFiberNodeDescrTable) GetEntityData 

func (ccwbFiberNodeDescrTable *CISCOCABLEWIDEBANDMIB_CcwbFiberNodeDescrTable) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbFiberNodeDescrTable_CcwbFiberNodeDescrEntry 

type CISCOCABLEWIDEBANDMIB_CcwbFiberNodeDescrTable_CcwbFiberNodeDescrEntry struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. The type is string with range: 1..1000. Refers to
	// cisco_cable_wideband_mib.CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable_CcwbFiberNodeEntry_CcwbFiberNodeID
	CcwbFiberNodeID interface{}

	// This object contains the user configured description string of the fiber
	// node. The type is string with length: 0..80.
	CcwbFiberNodeDescription interface{}

	// The storage type for this conceptual row. The type is StorageType.
	CcwbFiberNodeDescrStorageType interface{}

	// Controls and reflects the status of rows in this table. It can be used for
	// creating and deleting entries in this table. ccwbFiberNodeDescription must
	// not be null in order for row to be created. The type is RowStatus.
	CcwbFiberNodeDescrRowStatus interface{}
}

CISCOCABLEWIDEBANDMIB_CcwbFiberNodeDescrTable_CcwbFiberNodeDescrEntry This entry provides the description of each fiber node on the CMTS and it is part of the Fiber node configuration.

func (*CISCOCABLEWIDEBANDMIB_CcwbFiberNodeDescrTable_CcwbFiberNodeDescrEntry) GetEntityData 

func (ccwbFiberNodeDescrEntry *CISCOCABLEWIDEBANDMIB_CcwbFiberNodeDescrTable_CcwbFiberNodeDescrEntry) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable 

type CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// An entry in this table exists for each FiberNode ID that is in use. It uses
	// two indices, i.e. ccwbFiberNodeID which is the Fiber node ID, and
	// ccwbFiberNodeGlobRFID, which is the combined bit mask of Narrowband RF
	// channels and Wideband rf-ports(rf-channels). The type is slice of
	// CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable_CcwbFiberNodeEntry.
	CcwbFiberNodeEntry []*CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable_CcwbFiberNodeEntry
}

CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable This table provides configuration information of each Fiber node. It will provide topology information of each Fiber node, which includes information such as, Narrowband and Wideband QAMs.

func (*CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable) GetEntityData 

func (ccwbFiberNodeTable *CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable_CcwbFiberNodeEntry 

type CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable_CcwbFiberNodeEntry struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. This object represents the Fiber node ID. Each
	// Fiber node configuration on the CMTS is assigned a unique Fiber node ID.
	// The type is interface{} with range: 1..1000.
	CcwbFiberNodeID interface{}

	// This attribute is a key. This is the RF ID of both Narrowband and Wideband
	// QAMs(rf-channels) combined. The type is interface{} with range:
	// 0..4294967295.
	CcwbFiberNodeGlobRFID interface{}

	// This object represents the Narrowband Ifindex of the  RF downstream channel
	// which is part of the Fiber node configuation. The type is interface{} with
	// range: 0..2147483647.
	CcwbFiberNodeNBIfIndx interface{}

	// This object represents the entity physical index of Wideband controller
	// card. This card contains the RF port which is part of the
	// ccwbFiberNodeGlobRFID bit mask. A value of zero means the index is invalid.
	// ccwbFiberNodeWBRFPort and ccwbFiberNodeWBContlrPhyIndx are mutually
	// inclusive. The type is interface{} with range: 0..2147483647.
	CcwbFiberNodeWBContlrPhyIndx interface{}

	// This object represents the RF downstream channel IDs (rf-ports) of the
	// wideband controller card. Each Wideband controller can have 24 RF channels.
	// ccwbFiberNodeWBRFPort and ccwbFiberNodeWBContlrPhyIndx are mutually
	// inclusive. The type is interface{} with range: 0..1024.
	CcwbFiberNodeWBRFPort interface{}

	// The storage type for this conceptual row. The type is StorageType.
	CcwbFiberNodeStorageType interface{}

	// Controls and reflects the status of rows in this table. It can be used for
	// creating and deleting entries in this table. The type is RowStatus.
	CcwbFiberNodeRowStatus interface{}
}

CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable_CcwbFiberNodeEntry An entry in this table exists for each FiberNode ID that is in use. It uses two indices, i.e. ccwbFiberNodeID which is the Fiber node ID, and ccwbFiberNodeGlobRFID, which is the combined bit mask of Narrowband RF channels and Wideband rf-ports(rf-channels).

func (*CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable_CcwbFiberNodeEntry) GetEntityData 

func (ccwbFiberNodeEntry *CISCOCABLEWIDEBANDMIB_CcwbFiberNodeTable_CcwbFiberNodeEntry) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable 

type CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// An entry provides a list of attributes for a single downstream RF channel
	// per WCMTS entity.  An entry in this table exists for each configured RF
	// channel on the WCMTS entity that provides the wideband DOCSIS
	// functionality. The index, entPhysicalIndex, used here is the physical index
	// of the wideband controller card. Since RF channels are considered part of
	// the Wideband controller card, hence entPhysicalIndex is used for
	// associating RF channels. The type is slice of
	// CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry.
	CcwbRFChannelEntry []*CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry
}

CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable This table contains attributes of the physical RF channels. MPEG-TS packets are sent across RF channels within a wideband channel.

These physical RF channels might be present on a different system but the WCMTS entity requires the knowledge of that system for its operation.

func (*CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable) GetEntityData 

func (ccwbRFChannelTable *CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry 

type CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. The type is string with range: 1..2147483647.
	// Refers to
	// entity_mib.ENTITYMIB_EntPhysicalTable_EntPhysicalEntry_EntPhysicalIndex
	EntPhysicalIndex interface{}

	// This attribute is a key. The WCMTS identification of the RF channel. The
	// range of this object is limited to 0-18 in the case of annex A/256qam, and
	// 0-23 for Annex B and C. The type is interface{} with range: 0..255.
	CcwbRFChannelNum interface{}

	// The center of the downstream frequency associated with this RF channel. The
	// final downstream RF frequency may be provided by an edge QAM device or the
	// CMTS itself. See the associated compliance object for a description of
	// valid frequencies that may be written to this object.  If the downstream
	// frequency associated with this RF channel is greater than the maximum value
	// reportable by this object then this object should report its maximum value
	// (1,000,000,000) and ccwbRFChannelFrequencyRev1 must be used to report the
	// downstream frequency.  This object is deprecated and replaced by
	// ccwbRFChannelFrequencyRev1. The type is interface{} with range:
	// 0..1000000000. Units are hertz.
	CcwbRFChannelFrequency interface{}

	// The bandwidth of this downstream RF channel. Most implementations are
	// expected to support a channel width of 6 MHz (North America) and/or 8 MHz
	// (Europe). See the associated compliance object for a description of the
	// valid channel widths for this object. The type is interface{} with range:
	// 0..16000000. Units are hertz.
	CcwbRFChannelWidth interface{}

	// The modulation type associated with this downstream RF channel. See the
	// associated conformance object for write conditions an limitations. See the
	// DOCSIS specification for specifics on the modulation profiles implied by
	// qam64 qam256 and qam1024. qam64, qam256 and qam1024 are various modulation
	// schemes often used in digital cable and cable modem applications. The
	// numbers 64/256/1024 in qam represent constellation points, which is the
	// measurement of qam transmission capability, the higher the number, higher
	// the bits that can be transmitted. The type is CcwbRFChannelModulation.
	CcwbRFChannelModulation interface{}

	// The value of this object indicates the conformance of the implementation to
	// important regional cable standards. annexA : Annex A from ITU-J83 is used.
	// annexB : Annex B from ITU-J83 is used. annexC : Annex C from ITU-J83 is
	// used. The type is CcwbRFChannelAnnex.
	CcwbRFChannelAnnex interface{}

	// The number of MPEG packets transmitted on this RF channel. The type is
	// interface{} with range: 0..18446744073709551615. Units are Packets.
	CcwbRFChannelMpegPkts interface{}

	// The storage type for this conceptual row. The type is StorageType.
	CcwbRFChannelStorageType interface{}

	// Controls and reflects the status of rows in this table. It can be used for
	// creating and deleting entries in this table.  The ccwbRFChannelAnnex and
	// ccwbRFChannelModulation must be valid for a row to be created. The type is
	// RowStatus.
	CcwbRFChannelRowStatus interface{}

	// The calculated and truncated utilization for this RF channel over the
	// previous complete measuring interval. The configured duration of the
	// measurement intervals is defined in the ccwbRFChanUtilInterval object.  The
	// utilization index is a percentage expressing the ratio between bytes used
	// to transmit data versus the total number of bytes transmitted in the raw
	// bandwidth of the RF channel. The type is interface{} with range: 0..100.
	// Units are percent.
	CcwbRFChannelUtilization interface{}

	// The center of the downstream frequency associated with this RF channel. The
	// final downstream RF frequency may be provided by an edge QAM device or the
	// CMTS itself. See the associated compliance object for a description of
	// valid frequencies that may be written to this object. The type is
	// interface{} with range: 55000000..1050000000. Units are hertz.
	CcwbRFChannelFrequencyRev1 interface{}

	// The type of internet address. This object identifies the internet address
	// type specified by ccwbRFChanQamIPAddress object. The type is
	// InetAddressType.
	CcwbRFChanQamIPAddressType interface{}

	// The IP address of the edge QAM device or the CMTS cable interface which
	// provides the physical RF channel. The IP address will be of the type
	// represented by object ccwbRFChanQamIPAddressType. The type is string with
	// length: 0..255.
	CcwbRFChanQamIPAddress interface{}

	// The MAC address of the edge QAM device or next hop router which might be
	// present between the WCMTS and the edge QAM. The type is string with
	// pattern: [0-9a-fA-F]{2}(:[0-9a-fA-F]{2}){5}.
	CcwbRFChanQamMacAddress interface{}

	// The port number on the edge QAM associated with this RF channel. The type
	// is interface{} with range: 0..65535.
	CcwbRFChanQamUdpPort interface{}

	// The value of the TOS field in the IP header for all Ethernet frames
	// destined for the given RF channel. The type is interface{} with range:
	// 0..255.
	CcwbRFChanQamTos interface{}

	// The VLAN ID to be inserted in the Ethernet frames when using 802.1q frames
	// instead of normal 802.1 frames for the given RF channel. The value of 0
	// indicates that 802.1 frames are being used and is not supported in setting
	// this object. The type is interface{} with range: 0..4095.
	CcwbRFChanQamVlanId interface{}

	// The priority bits used when inserting Ethernet 802.1q VLAN tags into the
	// Ethernet frames destined for a given RF channel. Priority Bits (0=Best
	// effort, 1=background, 2=spare, 3=excellent effort, 4=controlled load,
	// 5=video, 6=voice, 7=network control). The type is interface{} with range:
	// 0..7.
	CcwbRFChanQamPriorityBits interface{}

	// The DEPI remote ID on edge QAM associated with this RF channel. The type is
	// interface{} with range: 0..4294967295.
	CcwbRFChanQamDepiRemoteId interface{}

	// This object specifies the name of the DEPI tunnel which determines the DEPI
	// data session configuration associated with this RF channel. The type is
	// string with length: 0..255.
	CcwbRFChanQamDepiTunnel interface{}

	// This object specifies the MPEG2 transport stream ID which is associated
	// with this RF channel. The type is interface{} with range: 0..65535.
	CcwbRFChanQamTsid interface{}
}

CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry An entry provides a list of attributes for a single downstream RF channel per WCMTS entity.

An entry in this table exists for each configured RF channel on the WCMTS entity that provides the wideband DOCSIS functionality. The index, entPhysicalIndex, used here is the physical index of the wideband controller card. Since RF channels are considered part of the Wideband controller card, hence entPhysicalIndex is used for associating RF channels.

func (*CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry) GetEntityData 

func (ccwbRFChannelEntry *CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelAnnex 

type CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelAnnex string

CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelAnnex represents annexC : Annex C from ITU-J83 is used. 

const (
	CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelAnnex_annexA CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelAnnex = "annexA"

	CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelAnnex_annexB CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelAnnex = "annexB"

	CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelAnnex_annexC CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelAnnex = "annexC"
)

type CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelModulation 

type CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelModulation string

CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelModulation represents can be transmitted. 

const (
	CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelModulation_qam64 CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelModulation = "qam64"

	CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelModulation_qam256 CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelModulation = "qam256"

	CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelModulation_qam1024 CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelModulation = "qam1024"
)

type CISCOCABLEWIDEBANDMIB_CcwbWBBondGrpTable 

type CISCOCABLEWIDEBANDMIB_CcwbWBBondGrpTable struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// An entry in this table provides information about each Wideband BG
	// interface whose ifType is ciscoDocsCableWBDownstream(224). The type is
	// slice of CISCOCABLEWIDEBANDMIB_CcwbWBBondGrpTable_CcwbWBBondGrpEntry.
	CcwbWBBondGrpEntry []*CISCOCABLEWIDEBANDMIB_CcwbWBBondGrpTable_CcwbWBBondGrpEntry
}

CISCOCABLEWIDEBANDMIB_CcwbWBBondGrpTable This table provides information about a Wideband BG interface, whether its configured to carry multicast or non-multicast traffic. For multicast the BG interface type is Secondary and for non-multicast its non-Secondary. Other objects could be added to this later in the future.

func (*CISCOCABLEWIDEBANDMIB_CcwbWBBondGrpTable) GetEntityData 

func (ccwbWBBondGrpTable *CISCOCABLEWIDEBANDMIB_CcwbWBBondGrpTable) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbWBBondGrpTable_CcwbWBBondGrpEntry 

type CISCOCABLEWIDEBANDMIB_CcwbWBBondGrpTable_CcwbWBBondGrpEntry struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. The type is string with range: 1..2147483647.
	// Refers to if_mib.IFMIB_IfTable_IfEntry_IfIndex
	IfIndex interface{}

	// This object has the value 'true(1)' if the WB interface(BG) is Seconday and
	// the value 'false(2)' for non-Secondary. The type is bool.
	CcwbWBBondGrpSecondary interface{}
}

CISCOCABLEWIDEBANDMIB_CcwbWBBondGrpTable_CcwbWBBondGrpEntry An entry in this table provides information about each Wideband BG interface whose ifType is ciscoDocsCableWBDownstream(224).

func (*CISCOCABLEWIDEBANDMIB_CcwbWBBondGrpTable_CcwbWBBondGrpEntry) GetEntityData 

func (ccwbWBBondGrpEntry *CISCOCABLEWIDEBANDMIB_CcwbWBBondGrpTable_CcwbWBBondGrpEntry) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusExtTable 

type CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusExtTable struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// This entry exists for each Wideband Cable Modem(WCM) which links to one or
	// more WB interface. The type is slice of
	// CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusExtTable_CcwbWBCmStatusExtEntry.
	CcwbWBCmStatusExtEntry []*CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusExtTable_CcwbWBCmStatusExtEntry
}

CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusExtTable An entry in this table exists for each Wideband Cable Modem which links to one or more WB interface.

func (*CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusExtTable) GetEntityData 

func (ccwbWBCmStatusExtTable *CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusExtTable) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusExtTable_CcwbWBCmStatusExtEntry 

type CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusExtTable_CcwbWBCmStatusExtEntry struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. The type is string with range: 1..2147483647.
	// Refers to
	// docs_if_mib.DOCSIFMIB_DocsIfCmtsCmStatusTable_DocsIfCmtsCmStatusEntry_DocsIfCmtsCmStatusIndex
	DocsIfCmtsCmStatusIndex interface{}

	// This attribute is a key. The value of this object uniquely identifies an
	// association between a WCM and a BG. The type is interface{} with range:
	// 1..2147483647.
	CcwbWBCmStatusExtIndex interface{}

	// ifIndex of the wideband channel associated with the WCM. The type is
	// interface{} with range: 1..2147483647.
	CcwbWBCmWBIfindex interface{}
}

CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusExtTable_CcwbWBCmStatusExtEntry This entry exists for each Wideband Cable Modem(WCM) which links to one or more WB interface.

func (*CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusExtTable_CcwbWBCmStatusExtEntry) GetEntityData 

func (ccwbWBCmStatusExtEntry *CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusExtTable_CcwbWBCmStatusExtEntry) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable 

type CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// Status information for a single Wideband Cable Modem. An entry in this
	// table exists for each Wideband Cable Modem that is connected to the WCMTS.
	// The type is slice of
	// CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry.
	CcwbWBCmStatusEntry []*CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry
}

CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable This table contains Wideband Cable Modem(WCM) connectivity state. A WCM connectivity state can be associated with multiple Wideband interfaces.

func (*CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable) GetEntityData 

func (ccwbWBCmStatusTable *CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry 

type CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. The type is string with range: 1..2147483647.
	// Refers to
	// docs_if_mib.DOCSIFMIB_DocsIfCmtsCmStatusTable_DocsIfCmtsCmStatusEntry_DocsIfCmtsCmStatusIndex
	DocsIfCmtsCmStatusIndex interface{}

	// Current WB Cable Modem connectivity state, as specified in the RF Interface
	// Specification. Returned status information is the WCM status as assumed by
	// the WCMTS, and indicates the following events:  The enumerations are:
	// offline(1)                : modem considered offline. others(2)
	// : states is in                             ccwbWBCmStatusValue.
	// initRangingRcvd(3)        : modem sent initial ranging. initDhcpReqRcvd(4)
	// : dhcp request received. onlineNetAccessDisabled(5): modem registered, but
	// network                             access for the WCM is disabled.
	// onlineKekAssigned(6)      : modem registered, BPI enabled
	// and KEK assigned. onlineTekAssigned(7)      : modem registered, BPI enabled
	// and TEK assigned. rejectBadMic(8)           : modem did attempt to register
	// but registration was refused                             due to bad mic.
	// rejectBadCos(9)           : modem did attempt to register
	// but registration was refused                             due to bad COS.
	// kekRejected(10)           : KEK modem key assignment
	// rejected. tekRejected(11)           : TEK modem key assignment
	// rejected. online(12)                : modem registered, enabled for
	// data. initTftpPacketRcvd(13)    : tftp packet received and option
	// file transfer started. initTodRquestRcvd(14)     : Time of the Day (TOD)
	// request                             received. reset(15)                 :
	// modem is resetting. rangingInProgress(16)     : initial ranging is in
	// progress. dhcpGotIpAddr(17)         : modem has got an IP address
	// rejStaleConfig(18)        : modem did attempt to register
	// but registration was refused                             due to stale
	// Config. rejIpSpoof(19)            : modem did attempt to register
	// but registration was refused                             due to IP Spoof.
	// rejClassFail(20)          : modem did attempt to register
	// but registration was refused                             due to Class
	// failure. rejRegNack(21)            : modem did attempt to register
	// but no acknowledgement was                             received.
	// bpiKekExpired(22)         : KEK modem key assignment
	// expired. bpiTekExpired(23)         : TEK modem key assignment
	// expired. shutdown(24)              : modem is in shutdown state.
	// channelChgInitRangingRcvd(25)  : modem sent initial ranging
	// during channel change. channelChgRangingInProgress(26) : initial ranging is
	// in                                   progress during channel
	// change. wbOnline(27)               : Wideband modem is online.
	// wbOnlinePrivacy(28)        : Wideband modem is online Privacy
	// enabled. wbOnlineKekAssigned(29)    : Wideband modem is online
	// and KEK assigned. wbOnlineTekAssigned(30)    : Wideband modem is online
	// and TEK assigned. wbOnlineNetAccessDis(31)   : Wideband modem registered
	// but                              Network access disabled. wbKekReject(32)
	// : KEK wideband modem key assignment                              rejected.
	// wbTekReject(33)            : TEK wideband modem key assignment
	// rejected. wbNetAccessDisReject(34)   : wideband modem rejected -
	// Net access disabled. wbPrivacyEnabReject(35)    : wideband modem rejected
	// Privacy enabled. wbKekExpire(36)            : KEK Wideband modem key
	// assignment                              expired. wbTekExpire(37)
	// : TEK wideband modem key assignment                              rejected.
	// wbNetAccessDisExpire(38)   : wideband modem expire - Network
	// access disabled. wbPrivacyEnabExpire(39)    : wideband modem expire -
	// Privacy                              enabled.   This ccwbWBCmStatusValue
	// could return initRangingRcvd(3) or rangingInProgress(16) when the
	// ccwbWBCmStatusValue is ranging(2).  This ccwbWBCmStatusValue will return
	// others(2) when the ccwbWBCmStatusValue states is either rangingAborted(3),
	// rangingComplete(4), and ipComplete(5).  This ccwbWBCmStatusValue could
	// return wbonline(27), or onlineNetAccessDisabled(5) for WCM with BPI
	// disabled, or onlineNetAccessDisabled(5) or onlineTekAssigned(7) for WCM
	// with BPI enabled, when the ccwbWBCmStatusValue is registrationComplete(6).
	// This ccwbWBCmStatusValue could return either rejectBadMic(8),
	// rejectBadCos(9) rejStaleConfig(19) or rejRegNack(22) when the
	// ccwbWBCmStatusValue is accessDenied(7) for possible reasons of cable modem
	// registration abort.  This ccwbWBCmStatusValue could return either
	// onlineKekAssigned(6), kekRejected(10), tekRejected(11), or online(12) for
	// the WCM with BPI enabled when the ccwbWBCmStatusValue is
	// registeredBPIInitializing(9).  The state rejectBadCos(9) is not applicable
	// for DOCSIS1.1 modems. The WCMTS only needs to report states it is able to
	// detect. The type is CcwbWBCmStatusValue.
	CcwbWBCmStatusValue interface{}
}

CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry Status information for a single Wideband Cable Modem. An entry in this table exists for each Wideband Cable Modem that is connected to the WCMTS.

func (*CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry) GetEntityData 

func (ccwbWBCmStatusEntry *CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue 

type CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue string

CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue represents The WCMTS only needs to report states it is able to detect. 

const (
	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_offline CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "offline"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_others CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "others"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_initRangingRcvd CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "initRangingRcvd"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_initDhcpReqRcvd CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "initDhcpReqRcvd"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_onlineNetAccessDisabled CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "onlineNetAccessDisabled"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_onlineKekAssigned CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "onlineKekAssigned"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_onlineTekAssigned CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "onlineTekAssigned"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_rejectBadMic CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "rejectBadMic"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_rejectBadCos CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "rejectBadCos"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_kekRejected CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "kekRejected"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_tekRejected CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "tekRejected"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_online CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "online"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_initTftpPacketRcvd CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "initTftpPacketRcvd"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_initTodRequestRcvd CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "initTodRequestRcvd"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_reset CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "reset"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_rangingInProgress CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "rangingInProgress"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_dhcpGotIpAddr CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "dhcpGotIpAddr"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_rejStaleConfig CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "rejStaleConfig"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_rejIpSpoof CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "rejIpSpoof"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_rejClassFail CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "rejClassFail"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_rejRegNack CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "rejRegNack"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_bpiKekExpired CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "bpiKekExpired"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_bpiTekExpired CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "bpiTekExpired"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_shutdown CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "shutdown"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_channelChgInitRangingRcvd CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "channelChgInitRangingRcvd"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_channelChgRangingInProgress CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "channelChgRangingInProgress"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_wbOnline CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "wbOnline"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_wbOnlinePrivacy CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "wbOnlinePrivacy"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_wbOnlineKekAssigned CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "wbOnlineKekAssigned"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_wbOnlineTekAssigned CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "wbOnlineTekAssigned"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_wbOnlineNetAccessDis CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "wbOnlineNetAccessDis"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_wbKekReject CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "wbKekReject"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_wbTekReject CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "wbTekReject"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_wbNetAccessDisReject CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "wbNetAccessDisReject"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_wbPrivacyEnabReject CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "wbPrivacyEnabReject"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_wbKekExpire CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "wbKekExpire"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_wbTekExpire CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "wbTekExpire"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_wbNetAccessDisExpire CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "wbNetAccessDisExpire"

	CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue_wbPrivacyEnabExpire CISCOCABLEWIDEBANDMIB_CcwbWBCmStatusTable_CcwbWBCmStatusEntry_CcwbWBCmStatusValue = "wbPrivacyEnabExpire"
)

type CISCOCABLEWIDEBANDMIB_CcwbWBtoNBMappingTable 

type CISCOCABLEWIDEBANDMIB_CcwbWBtoNBMappingTable struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// An entry provides a list of attributes for a association between a wideband
	// channel and a narrowband channel.  An entry in this table exists for each
	// association between a wideband channel and narrowband channel on the WCMTS.
	// The valid ifType for the ifIndex used here is,
	// ciscoDocsCableWBDownstream(224). The type is slice of
	// CISCOCABLEWIDEBANDMIB_CcwbWBtoNBMappingTable_CcwbWBtoNBMappingEntry.
	CcwbWBtoNBMappingEntry []*CISCOCABLEWIDEBANDMIB_CcwbWBtoNBMappingTable_CcwbWBtoNBMappingEntry
}

CISCOCABLEWIDEBANDMIB_CcwbWBtoNBMappingTable This table contains information of the mapping of the wideband channels to the Narrowband channels that are available on the WCMTS.

The wideband protocol utilizes the existing narrowband downstream channel for carrying the MAC management and signaling messages and the associated narrowband upstream for return data traffic and signaling.

func (*CISCOCABLEWIDEBANDMIB_CcwbWBtoNBMappingTable) GetEntityData 

func (ccwbWBtoNBMappingTable *CISCOCABLEWIDEBANDMIB_CcwbWBtoNBMappingTable) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbWBtoNBMappingTable_CcwbWBtoNBMappingEntry 

type CISCOCABLEWIDEBANDMIB_CcwbWBtoNBMappingTable_CcwbWBtoNBMappingEntry struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. The type is string with range: 1..2147483647.
	// Refers to if_mib.IFMIB_IfTable_IfEntry_IfIndex
	IfIndex interface{}

	// This attribute is a key. The ifIndex of the narrowband cable interface
	// associated with this wideband channel. The type is interface{} with range:
	// 1..2147483647.
	CcwbWBtoNBifIndexForNB interface{}

	// The storage type for this conceptual row. The type is StorageType.
	CcwbWBtoNBStorageType interface{}

	// Controls and reflects the status of rows in this table. It can be used for
	// creating and deleting entries in this table. The object
	// ccwbWBtoNBifIndexForNB must be valid in order for row to be created. The
	// type is RowStatus.
	CcwbWBtoNBRowStatus interface{}
}

CISCOCABLEWIDEBANDMIB_CcwbWBtoNBMappingTable_CcwbWBtoNBMappingEntry An entry provides a list of attributes for a association between a wideband channel and a narrowband channel.

An entry in this table exists for each association between a wideband channel and narrowband channel on the WCMTS. The valid ifType for the ifIndex used here is, ciscoDocsCableWBDownstream(224).

func (*CISCOCABLEWIDEBANDMIB_CcwbWBtoNBMappingTable_CcwbWBtoNBMappingEntry) GetEntityData 

func (ccwbWBtoNBMappingEntry *CISCOCABLEWIDEBANDMIB_CcwbWBtoNBMappingTable_CcwbWBtoNBMappingEntry) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbWBtoRFMappingTable 

type CISCOCABLEWIDEBANDMIB_CcwbWBtoRFMappingTable struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// An entry provides a list of attributes for a single association between a
	// wideband channel and a RF channel.  An entry in this table exists for each
	// association between a wideband channel and RF channel on the WCMTS. It is
	// indexed by the ifIndex of the wideband channel and entPhysicalIndex and
	// ccwbRFChannelNum which represents the RF channel.  This object may be
	// modified or deleted once they are already created. The type is slice of
	// CISCOCABLEWIDEBANDMIB_CcwbWBtoRFMappingTable_CcwbWBtoRFMappingEntry.
	CcwbWBtoRFMappingEntry []*CISCOCABLEWIDEBANDMIB_CcwbWBtoRFMappingTable_CcwbWBtoRFMappingEntry
}

CISCOCABLEWIDEBANDMIB_CcwbWBtoRFMappingTable A wideband channel is a logical grouping of one or more physical RF channels over which Wideband MPEG-TS packets are carried.

This table contains association information of the wideband channels to the RF channels that are available for the WCMTS.

func (*CISCOCABLEWIDEBANDMIB_CcwbWBtoRFMappingTable) GetEntityData 

func (ccwbWBtoRFMappingTable *CISCOCABLEWIDEBANDMIB_CcwbWBtoRFMappingTable) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CcwbWBtoRFMappingTable_CcwbWBtoRFMappingEntry 

type CISCOCABLEWIDEBANDMIB_CcwbWBtoRFMappingTable_CcwbWBtoRFMappingEntry struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter
	YListKey   string

	// This attribute is a key. The type is string with range: 1..2147483647.
	// Refers to if_mib.IFMIB_IfTable_IfEntry_IfIndex
	IfIndex interface{}

	// This attribute is a key. The type is string with range: 1..2147483647.
	// Refers to
	// entity_mib.ENTITYMIB_EntPhysicalTable_EntPhysicalEntry_EntPhysicalIndex
	EntPhysicalIndex interface{}

	// This attribute is a key. The type is string with range: 0..255. Refers to
	// cisco_cable_wideband_mib.CISCOCABLEWIDEBANDMIB_CcwbRFChannelTable_CcwbRFChannelEntry_CcwbRFChannelNum
	CcwbRFChannelNum interface{}

	// The percentage of the RF channel bandwidth allocated for this wideband
	// channel. The type is interface{} with range: 1..100. Units are percent.
	CcwbWBtoRFBandwidth interface{}

	// The storage type for this conceptual row. The type is StorageType.
	CcwbWBtoRFStorageType interface{}

	// Controls and reflects the status of rows in this table. It can be used for
	// creating and deleting entries in this table.  The ccwbWBtoRFBandwidth must
	// be valid for a row to be created. When ccwbWBtoRFRowStatus is 'active', the
	// object ccwbWBtoRFBandwidth can be modified. The type is RowStatus.
	CcwbWBtoRFRowStatus interface{}
}

CISCOCABLEWIDEBANDMIB_CcwbWBtoRFMappingTable_CcwbWBtoRFMappingEntry An entry provides a list of attributes for a single association between a wideband channel and a RF channel.

An entry in this table exists for each association between a wideband channel and RF channel on the WCMTS. It is indexed by the ifIndex of the wideband channel and entPhysicalIndex and ccwbRFChannelNum which represents the RF channel.

This object may be modified or deleted once they are already created.

func (*CISCOCABLEWIDEBANDMIB_CcwbWBtoRFMappingTable_CcwbWBtoRFMappingEntry) GetEntityData 

func (ccwbWBtoRFMappingEntry *CISCOCABLEWIDEBANDMIB_CcwbWBtoRFMappingTable_CcwbWBtoRFMappingEntry) GetEntityData() *types.CommonEntityData

type CISCOCABLEWIDEBANDMIB_CiscoCableWidebandMIBObjects 

type CISCOCABLEWIDEBANDMIB_CiscoCableWidebandMIBObjects struct {
	EntityData types.CommonEntityData
	YFilter    yfilter.YFilter

	// The time interval in seconds over which the RF channels utilization index
	// is calculated. All RF channels use the same interval.  Setting a value of
	// zero disables utilization reporting.  This value should be persisted
	// accross CMTS reinitializations. The type is interface{} with range:
	// 0..86400. Units are seconds.
	CcwbRFChanUtilInterval interface{}

	// This object specifies whether ccwbSFPLinkDownNotification and
	// ccwbSFPLinkUpNotification are generated. The type is interface{} with
	// range: 0..1.
	CcwbSFPLinkTrapEnable interface{}
}

CISCOCABLEWIDEBANDMIB_CiscoCableWidebandMIBObjects

func (*CISCOCABLEWIDEBANDMIB_CiscoCableWidebandMIBObjects) GetEntityData 

func (ciscoCableWidebandMIBObjects *CISCOCABLEWIDEBANDMIB_CiscoCableWidebandMIBObjects) GetEntityData() *types.CommonEntityData

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