RAPID-CITY: View SNMP OID List / Download MIB

Enterprise MIB for the Accelar product family.

This entity's IP address.

This entity's subnet mask.

This entity's broadcast address.

When an SNMP message is received by this entity, the community string in the message is compared with this string first. If it matches, read-write access is granted to all items in the MIB. If it doesn't match, the rcSysCommReadWrite string is compared next.

When an SNMP message is received by this entity, the community string in the message is compared with this string second. If it matches, read-write access is granted to all items in the MIB except community strings. (Community strings appear empty when read and return a no such name error when an attempt is made to write them.) If it doesn't match, the rcSysCommReadWriteLayer3 string is compared next.

When an SNMP message is received by this entity, the community string in the message is compared with this string third. If it matches, read-only access is granted to all items in the MIB except community strings. (Community strings appear empty when read.) If it doesn't match, no access is granted, no response is sent back to the SNMP requester, and SNMP traps are sent to the SNMP trap receiver(s) if configured.

Software version running on device

Initiate a system action. Enumeration: 'hardReset': 2, 'none': 1, 'saveToNVRAM': 4, 'softReset': 3, 'saveRuntimeConfig': 13, 'saveBootConfig': 15, 'cpuSwitchOver': 7, 'resetIstStatCounters': 17, 'saveToStandbyNVRAM': 6, 'resetConsole': 10, 'flushIpRouteTbl': 12, 'checkSwInFlash': 8, 'saveSlaveBootConfig': 16, 'saveRuntimeConfigToSlave': 14, 'resetCounters': 5, 'resetModem': 11, 'checkSwInPcmcia': 9.

Result from the last system action. Enumeration: 'pcmciaReadFailed': 6, 'success': 3, 'noStandbyCp': 8, 'none': 1, 'flashReadFailed': 5, 'crcCheckFailed': 7, 'fail': 4, 'inProgress': 2.

Last management initiated configuration change since sysUpTime.

Last management initiated VLAN configuration change since sysUpTime.

Last management initiated statistics reset since sysUpTime.

Buffer utilization as a percentage of the total amount of buffer space in the system. A high value indicates congestion.

The largest buffer utilization since sysUpTime

Timestamp for rcSysPeakBandwidth

Total Non-volatile RAM in Kbytes

Non-volatile RAM in use in Kbytes

SysUpTime of the last time when NVRAM was written to. This could be a save of the system configuration or via a file transfer of a configuration file.

SysUpTime of the last time when the standby NVRAM (on the back-up CPU board) was written to.

Percentage of CPU utilization

Percentage of Switching Fabric utilization

Amount of RAM in bytes to allocate for RMON to use when rcSysRmonEnable is TRUE.

Control whether the RMON feature should be enabled. To enable the RMON feature, set this variable to true. The RMON agent in the device will get started immediately if the amount of memory specified by rcSysRmonMemSize is currently available in the device. To disable the RMON feature, set this variable to false, save the new setting to NVRAM, and reboot the device. After the device is rebooted the RMON agent will not be operational.

Control whether RMON configuration information should be saved to NVRAM so RMON settings can be automatically reinstalled after a system reboot. Setting rcSysRmonSaveConfig to true does not immediately save the configuration information. The save happens when the rcSysAction variable is set to 'saveToNVRAM(4)'. This option is only meaningful when the rcSysRmonEnable variable is set to true.

Used to indicate whether RMON traps should be sent to only the owner of the RMON alarm (i.e., the manager that created the alarm entry) or all trap recipients in the system trap receiver table. Enumeration: 'toAll': 2, 'toOwner': 1.

Used to indicate whether routing is supported in this product.

Used to indicate whether WebServer is supported in this product.

Last management initiated IP address change since sysUpTime. Any addition or deletion of an IP address to a single routable port or a VLAN is time-stamped by this variable.

When an SNMP message is received by this entity, the community string in the message is compared with this string third. If it matches, read-write access is granted to all Layer-3 items in the MIB except community strings. (Community strings appear empty when read and return a no such name error when an attempt is made to write them.) If it doesn't match, the rcSysCommReadWriteLayer2 string is compared next.

When an SNMP message is received by this entity, the community string in the message is compared with this string fourth. If it matches, read-write access is granted to all Layer-2 items in the MIB except community strings. (Community strings appear empty when read and return a no such name error when an attempt is made to write them.) If it doesn't match, the rcSysCommReadOnly string is compared next.

Used to configure the system access policy feature. if 'true', the rcSysAccessPolicyTable is examined to determine which packets should be allowed or denied access to this device.

default config.

default boot config.

File name used in conjunction with rcSysAction. If rcSysAction is set to 'saveRuntimeConfig' or 'saveRuntimeConfigToSlave' then this file name will be used instead of the file name specified in rcSysDefaultRuntimeConfigFileName. If rcSysAction is set to 'saveBootConfig' or 'saveBootConfigToSlave' then this file name will be used insteaad of the file name specified in rcSysDefaultBootConfigFileName. If the file name is blank (i.e., nothing is entered) then the default file name will be used.

SysUpTime of the last time when the run time configuration was written to.

SysUpTime of the last time when the run time configuration was written to slave NVRAM.

SysUpTime of the last time when the boot configuration was written to.

SysUpTime of the last time when the boot configuration was written on the slave NVRAM.

Used to control whether RMON should use a half-duplex or full-duplex formula to calculate port utilization. When set to 'halfDuplex', RMON will use InOctets and the port's speed to calculate port utilization (this is the standard RMON rfc1271 convention). When set to 'fullDuplex', RMON will use InOctets and OutOctets and 2X the port's speed to calculate port utilization. Furthermore, if this variable is set to 'fullDuplex', but the port is operating in a half-duplex mode, the calculation defaults back to the rfc1271 convention. Enumeration: 'fullDuplex': 2, 'halfDuplex': 1.

read-write L1 access

bw currently consumed

peak bw since reset

timestamp for rcSysPeakBw

% cpu utilization

% switch fabric util

Dram size in mega-bytes

Dram used in percentage

Dram free size in kilo-bytes

Dram max block free size in kilo-bytes

Virtual IP is an IP address that owned and advertised only by the master CPU. So whichever CPU is master registers this IP address. Unlike the management IP address, this address goes in the switch config file and not the boot config

Net mask of the management virtual Ip address

The status of the read/write level

This is the maximum transmission size of frames that all the ports on the chassis support. Enumeration: 'mtu1522': 3, 'mtu1950': 1, 'mtu9600': 2.

Time interval at which RTC and system clocks are synchronized.

This is a flag that if user wants to configured CLIP (Circuit Less IP) as trap originator.

enable or disable mroute stream limit in system.

The trap receiver table (0 to 25 entries). This table lists the addresses of Network Management Stations that should receive trap messages from this entity when an exception condition occurs.

A trap receiver table entry.

IP address for trap receiver.

The version of trap receiver. Enumeration: 'v2c': 2, 'v1': 1.

Community string used for trap messages to this trap receiver.

Source IP address to use when sending traps. This IP address will be inserted into the source IP address field in the UDP trap packet.

Used to create/delete entries

Management access policy table. This table is used to permit or deny access to this device via the specified source Id.

An access policy table entry.

Policy Id.

Name of this policy.

Indicate whether this policy is currently active.

Used to indicate whether a packet having a source IP address that matches this entry should be permitted to enter the device or denied access. Enumeration: 'deny': 2, 'allow': 1.

Is represented as bitset to indicate which protocol this entry should be applied to. Value is one of multiple(logical 'OR') of the following values: telnet(1), snmp(2), tftp(4), ftp(8), http(16), rlogin(32), ssh(64), snmp-v3(128) telnet(1): enables telnet service snmp(2): enables snmp service tftp(4): enables tftp service ftp(8): enables ftp service http(16): enables http service rlogin(32): enables rlogin service ssh(64): enables ssh service snmp-v3(128): enables snmp service for v3 groups Value 0 means no service enabled.

Used to indicate the precedence of this policy. The Lower the number the higher the precedence.

Source network IP address.

Source network mask.

Trusted IP address of host performing a rlogin into the device.

User name on the trusted host performing a rlogin into the device.

Access level of trusted host. Enumeration: 'readWrite': 2, 'readOnly': 1, 'readWriteAll': 3.

Used to indicate whether logging should be performed if this policy was applied.

Usage Counter

Used to create/delete an entry

Used to restrict the access level specified in the system access policy table to exactly the same access level as specified by user. If TRUE then only the access level in the policy table is allowed access. If FALSE, then the default behavior is to assume the access level specified in policy table as the floor.

Source network Inet Address Type. Enumeration: 'ipv6': 2, 'any': 0, 'ipv4': 1.

Source network Inet Address (prefix/network).

Source network Inet Address Prefix-Length/Mask.

Trusted Inet address of host performing a rlogin into the device.

The trap sender table (0 to 25 entries). This table lists the addresses of Network Management Stations and the Source Address that should receive trap messages from this entity when an exception condition occurs.

A trap sender table entry.

IP address for trap receiver.

IP address for trap sender.

DNS serever list table used to store the details of the DNS server configured.

table entry.

Type of the DNS server Enumeration: 'primary': 0, 'tertiary': 2, 'secondary': 1.

IP address of the DNS server

Status of DNS server Enumeration: 'active': 0, 'in-active': 1.

Number of request send to this server

Number of request send to this server which are successful

Used to create/delete DNS server entries in rcSysDnsServerListTable.

The address type of DNS Server.

The address of the DNS Server

DNS Host table.

table entry.

Host Name or Host IP Address.

Host Name.

Host IP Address.

DNS Server IP or /etc/host file.

Address Type of the Host.

Address of the Host.

Used to specify the maximum frequency/count of the occurence of the Log Message.

A textual string containing the first four characters of the Log Message.

Flag to decide if IP header source address will be matched with SNMP header sender networks.

Default domain used for querying the DNS Server.

DNS server's IP address

DNS Type: Whether it was Dns Request or a Response Enumeration: 'request': 0, 'response': 1.

This object indicates the current spanning-tree mode of the system. The meaning of specific values is: nortelStpg(1) .. The older proprietary mode which supports multiple spanning tree groups. pvst(2) ..Emulation of C***O spanning tree mode rstp(3) ..IEEE 802.1w mode mstp(4) ..IEEE 802.1s mode . Enumeration: 'nortelStpg': 1, 'pvst': 2, 'mstp': 4, 'rstp': 3.

This object indicates the desired spanning-tree mode of the system. The meaning of specific values is: nortelStpg(1) .. The older proprietary mode which supports multiple spanning tree groups. pvst(2) ..Emulation of C***O spanning tree mode rstp(3) ..IEEE 802.1w mode mstp(4) ..IEEE 802.1s mode . Note that depending on the current value of rcSysSpanningTreeOperMode and the value to which this object is set, the operational mode may be immediately changed, or the change may not take effect until the next system reboot. Enumeration: 'nortelStpg': 1, 'pvst': 2, 'mstp': 4, 'rstp': 3.

Time interval in seconds after which auto-recovery runs on ports to clear action taken by cp-limit, link flap or loop detect

Time limit in milliseconds for MAC flapping for loop-detect feature

Number of times mac flapping can happen for loop-detect feature

enable or disable extended CP-LIMIT in system.

Minimum time for which System octapid should be congested to trigger congestion algorithm for extended CP-LIMIT in mSecs

Maximum number of ports which need to be monitored for congestion in Extended CP-LIMIT

Minimum time for which ingress traffic utilization rate of a monitored port should stay more than the allowed limits in order to disable the port for extended CP-LIMIT in Secs

Indicates the trap level for extended CP-LIMIT Enumeration: 'none': 1, 'verbose': 3, 'normal': 2.

Indicates whether system octapid congestion detected for extended cp-limit

Indicates whether ports has been shutdown due to extended cp-limit

Indicates whether ports has been shutdown due to extended Cp-limit

Initiate a system action for layer1 user Enumeration: 'none': 1, 'saveToNVRAM': 3, 'saveRuntimeConfig': 7, 'saveBootConfig': 9, 'saveToStandbyNVRAM': 4, 'checkSwInPcmcia': 6, 'loadLicense': 11, 'saveSlaveBootConfig': 10, 'saveRuntimeConfigToSlave': 8, 'resetCounters': 2, 'checkSwInFlash': 5.

Initiate a system action for layer2 user Enumeration: 'none': 1, 'resetIstStatCounters': 2.

Initiate a system action for layer3 user Enumeration: 'none': 1, 'flushIpRouteTbl': 2.

Initiate a system action. Enumeration: 'hardReset': 2, 'none': 1, 'softReset': 3, 'cpuSwitchOver': 4, 'resetModem': 6, 'resetConsole': 5.

The current power usage for the whole chassis.

The current power available for the whole chassis.

Management Force-msg Control table. This table is used to specify the pattern for Force-msg Control

A Force-msg Control table entry.

Pattern Id.

Pattern for filtering the force-msg for msg control

Used to create/delete an entry

SNMP group list for access policy

The table entry which covers the groups under snmp service.

The snmp-v3 group name

The snmp model

Row status

Virtual IP is an IP address that owned and advertised only by the master CPU. So whichever CPU is master registers this IP address.

The length of the virtual ipv6 addr prefix (in bits).

This is used in conjunction with rcSysAction inorder to decide the mode in which the config file is going to be saved in. Enumeration: 'cli': 2, 'nncli': 1.

This indicates days left before License Trial Period will expire.

Name of source/destination host for the TFTP transfer.

Name of file for the TFTP transfer.

The action for the TFTP transfer. Enumeration: 'none': 1, 'downloadSwToFlash': 4, 'uploadSw': 6, 'downloadSwToPcmcia': 5, 'uploadConfig': 3, 'downloadSwToDram': 7, 'downloadConfig': 2.

Contains result of the last Tftp action request. Enumeration: 'pcmciaEraseFailed': 7, 'invalidFile': 17, 'flashEraseFailed': 6, 'fail': 9, 'noPcmciaDetect': 15, 'fileAccessError': 4, 'imageFileTooBig': 14, 'readNvramFailed': 21, 'crcError': 20, 'noMemory': 18, 'pcmciaNotSupported': 16, 'xferError': 19, 'pcmciaWriteFailed': 12, 'flashWriteFailed': 11, 'noResponse': 3, 'writeToNvramFailed': 10, 'pcmciaWriteProtect': 22, 'none': 1, 'success': 8, 'badFlash': 5, 'configFileTooBig': 13, 'inProgress': 2.

The number of VLANs currently defined in the switch.

A list of Virtual LAN entries. The number of entries is given by rcVlanNumVlans.

Entry containing configuration information for a particular Virtual LAN. The relationship between the various port sets in a VLAN Entry are : o The set of ports defined by PortMembers must be a subset of the set of ports in the underlying STG of the VLAN. o The bitwise AND of PortMembers and NotAllowToJoin must be the empty set. o The bitwise OR of PortMembers and NotAllowToJoin must be the set of ports in the underlying STG of the VLAN. o The set of ports defined by StaticMembers must be a subset of the set of ports defined by PortMembers. o The bitwise XOR of PortMembers and StaticMembers defines the set of dynamic (potential) members of the VLAN. o The set of ports defined by ActiveMembers must be a subset of the set of ports defined by PortMembers.

A value that uniquely identifies the Virtual LAN associated with this entry. This value corresponds to the lower 12 bits in the IEEE 802.1Q VLAN Tag.

An administratively-assigned name for this VLAN.

An administratively-assigned color code for this VLAN. The value of this object is used by the VLAN Manager GUI tool to select a color when it draws this VLAN on the screen.

A flag to note whether frames in this VLAN should be assigned a high switching priority.

A flag to note whether IP routing is enabled in this VLAN.

When rcVlanRoutingEnable is set to true(1), this value indicates the 'logical' ifIndex assigned to this VLAN. Otherwise, this value is meaningless and should be set to zero.

VLAN related actions. Enumeration: 'none': 1, 'all': 6, 'flushIp': 4, 'flushDynMemb': 5, 'flushMacFdb': 2, 'flushSnoopMRtr': 9, 'flushSnoopMemb': 7, 'flushArp': 3, 'triggerRipUpdate': 8.

The result from the last VLAN action. Enumeration: 'fail': 4, 'none': 1, 'inProgress': 2, 'success': 3.

Indicates the Spanning Tree Group (STG) used by this VLAN to determine the state of its ports. If this VLAN is not associated with any STG, this value should be set to zero.

The type of VLAN, distinguished according to the policy used to define its port membership. Enumeration: 'bySrcMac': 4, 'spbm-bvlan': 11, 'byPort': 1, 'bySvlan': 6, 'byProtocolId': 3, 'byDstMcast': 5, 'byIpSubnet': 2, 'byIds': 7.

The set of ports that are members (static or dynamic) of this VLAN.

The set of ports that are currently active in this VLAN. Active ports include all static ports and any dynamic ports where the VLAN policy was met.

The set of ports that are static members of this VLAN. A static member of a VLAN is always active and is never aged out.

The set of ports that are not allowed to become members of this VLAN.

The protocol identifier of this VLAN. This value is meaningful only if rcVlanType is equal to byProtocolId(3). For other VLAN types it should have the value none(0). Enumeration: 'none': 0, 'usrDefined': 15, 'snaEthernet2': 10, 'ip': 1, 'xns': 12, 'ipxSnap': 4, 'sna802dot2': 9, 'appleTalk': 6, 'decLat': 7, 'decOther': 8, 'ipV6': 14, 'vines': 13, 'ipxEthernet2': 5, 'netBios': 11, 'rarp': 16, 'pPPoE': 17, 'ipx802dot2': 3, 'ipx802dot3': 2.

The IP subnet address of this VLAN. This value is meaningful only if rcVlanType is equal to byIpSubnet(2). For other VLAN types it should have the value 0.0.0.0.

The IP subnet mask of this VLAN. This value is meaningful only if rcVlanType is equal to byIpSubnet(2). For other VLAN types it should have the value 0.0.0.0.

The timeout period (in seconds) used for aging out dynamic members of this VLAN. This field is only relevant for policy-based VLANs.

The MAC address assigned to the virtual router interface of this VLAN. This field is meaningful only if rcVlanRoutingEnable is equal to true(1).

Used to create/delete entries in the rcVlanTable.

A flag to note whether IGMP Snooping is enabled on this VLAN.

A flag to note whether IGMP Report Proxy is enabled on this VLAN.

This variable allows tuning for the expected packet loss on a subnet. If a subnet is expected to be lossy, the Robustness variable may be increased. IGMP is robust to (Robustness - 1) packet losses.

The interval (in seconds) between IGMP Host-Query packets transmitted on this interface.

The set of ports in this VLAN that provide connectivity to an IP Multicast router.

When rcVlanProtocolId is set to usrDefined(15) in a protocol-based VLAN, this field represents the 16-bit user defined protocol identifier.

Active ports.

Bitfield of protocol ids.

IP address of multicast querier router.

Multicast querier router aging time out.

The port on which the multicast querier router was heard.

User priority level. Enumeration: 'level0': 0, 'level1': 1, 'level2': 2, 'level3': 3, 'level4': 4, 'level5': 5, 'level6': 6, 'level7': 7.

Used to specify the Qos level packets, carried in this VLAN, should be processed with. Enumeration: 'level0': 0, 'level1': 1, 'level2': 2, 'level3': 3, 'level4': 4, 'level5': 5, 'level6': 6, 'level7': 7.

Tos value.

This is the encapsulation type for userdefined protocol based vlans. This is not meaningful for other types of vlan. The default value is null. Enumeration: 'ethernet2': 1, 'llc': 2, 'all': 4, 'notapplicable': 5, 'snap': 3.

This is the firewall vlan type for port based vlans. Enumeration: 'none': 1, 'peering': 4, 'naap': 2, 'enforceable': 3.

The timeout period (in seconds) used for aging out fdb entries of this VLAN.

Firewall cluster Id

The set of ports in the vlan that are designated as ospf passive

Enable/disable Unknown Destination Mac Discard on Vlan

NLB mode set on a VLAN. Enumeration: 'nlbAdminMulticast': 2, 'nlbAdminIgmpMcast': 1, 'nlbAdminDisable': 0, 'nlbAdminUnicast': 4.

Indicates the Virtual Router to which the VLAN belongs

The Name of the Virtual Router to which the VLAN belongs

List of nodal Meps assigned to this vlan. A mep consists of Domain Name, Association name and Mep Id separated by '.'. Each meps is separated by ',': ..,..,... The maximum number of nodal Mep for each vlan is 8.

Number of nodal meps assigned to this vlan

List of nodal Mip levels assigned to this vlan that allows Mip functionality to be enabled on a per level per vlan basis. A mip level is represented by an integer ranging from 0 to 7. The mip levels are separated by ',': <0...7>,<0...7>,... The maximum number of nodal Mip levels for each vlan is 8.

Number of nodal mip levels assigned to this vlan that allows MIP functionality to be enabled on a per level per vlan basis.

Indicate if the vlan is an Ip Multinetting vlan. If enabled, rcVlanAssociatedIpMultinettingVlan should be set to 0

Associated Ip Multinetting vlan Id whose rcVlanIpMultinettingEnable attribute is set

Plsb i-sid number assigned to a C-vlan. Default 0 value indicates that no i-sid has been assinged.

A table used to maintain VLAN port related information.

Entry containing VLAN information regarding a particular port.

An unique index used to identify a particular port in the system. This index is equal to the ifIndex of the port.

Used to indicate the number of VLAN IDs that are stored in the rcVlanPortVlanIds variable.

An array used to identify which VLANs this port is assigned to. Each VLAN ID is stored as a two octet value. The first octet in the pair holds bits 15-8 of the VLAN ID, while the second octet holds bits 7-0 of the VLAN ID. This object is now replaced by rcVlanPortVlanIdList.

The type of port: access(1) or trunk(2). Enumeration: 'access': 1, 'trunk': 2.

A flag used to determine how to process tagged frames received on this access port. When the flag is set, these frames are discarded by the forwarding process. When the flag is reset, these frames are processed normally. This field is meaningless when the port is not an access port and should be set to false(2).

A flag used to determine how to process untagged frames received on this trunk port. When the flag is set, these frames are discarded by the forwarding process. When the flag is reset, these frames are assigned to the VLAN specified by rcVlanPortDefaultVlanId. This field is meaningless when the port is not a trunk port and should be set to false(2).

The VLAN ID assigned to untagged frames received on this trunk port. This field is meaningless when the port is not a trunk port.

Enable/disable the port on the current vlan to perform tagging on the incoming and outgoing traffic.

The type of port. Enumeration: 'uni': 2, 'nni': 3, 'normal': 1.

Enable/disable loop detection on this port

This value gives the IfIndex of the first port in the octapid. This value is used to generate an error message when changing port type from normal to uni/nni and viceversa

This value gives the IfIndex of the first port in the octapid. This value is used to generate an error message when changing port type from normal to uni/nni and viceversa

enable/disable Egress Tagging on the Default Vlan of the port.

This value is used to specify the action which needs to be taken once a loop is detected on a specific port. Enumeration: 'macDiscard': 3, 'portDown': 1, 'vlanBlock': 2.

Enable/disable Arp detection on this port

Enable/disable spoof detection on this port

This bitfield is used to identify which VLANs this port is assigned to. Each VLAN ID is stored as a bit. The most-significant (left-most) bit represents Vlan Id 1.

A table used to maintain MAC addresses assigned to a particular VLAN by MAC address.

Entry containing VLAN information regarding a particular port.

An unique index used to identify a VLAN (by MAC address) in the system.

An unique index used to identify a MAC address assigned to a particular VLAN.

Row status for this entry.

The number of entries (rows) in the rcVlanIgmpSnoopTable.

The (conceptual) table listing the IP multicast groups for which there are members on a particular interface on a particular VLAN (i.e., a list known multicast receivers). A row is created by the system when it receives an IGMP Join messages on a port.

An entry (row) in the rcVlanIgmpSnoopTable.

The VLAN for which this entry contains information.

The IP multicast group address for which this entry contains information.

The interface for which this entry contains information for this IP multicast group address (i.e., the port the Join message was received).

The IP Address of the source of the membership report received for this IP Multicast group address on this interface (i.e., the address of the host sending the Join message).

The minimum amount of time remaining before this entry will be aged out.

The type of entry: dynamic(1) entries are created by snooping IGMP messages, static(2) entries are created via management. Enumeration: 'static': 2, 'dynamic': 1, 'blocked': 3.

The (conceptual) table listing the statically- defined IP multicast groups for which there are members on a particular interface on a particular VLAN.

An entry (row) in the rcVlanIgmpSnoopStaticTable.

The VLAN for which this entry contains information.

The IP multicast group address for which this entry contains information. The address must fall within 224.0.1.0 to 239.255.255.255.

The set of ports in this VLAN multicast traffic for the rcVlanIgmpSnoopStaticIpAddress is to be forwarded to.

Used to create/delete entries in the rcVlanIgmpSnoopStaticTable.

Not allowed to join

Table used to specify which host(s) can send and/or receive IP Multicast traffic.

An entry (row) in the rcVlanIgmpSnoopAccessTable.

The VLAN for which this entry contains information.

The IP multicast group address for which this entry contains information.

The IP address of a host for which this entry contains information.

The IP netmask of a host for which this entry contains information.

Used to specify whether the host identified by rcVlanIgmpSnoopAccessHostAddr should be denied IP multicast transmit, receive, or both. Enumeration: 'denyBoth': 3, 'denyTx': 1, 'denyRx': 2.

Row status

The (conceptual) table listing the IP multicast groups for which there are members on a particular interface on a particular VLAN (i.e., a list known multicast senders). A row is created by the system when it receives an IGMP Join messages on a port.

An entry (row) in the rcVlanIgmpSnoopSenderTable.

The VLAN for which this entry contains information.

The IP multicast group address for which this entry contains information.

The interface for which this entry contains information for this IP multicast group address (i.e., the port the multicast traffic was received).

The IP Address of the host sending the multicast traffic.

Used to specify an action to perform on this group. Enumeration: 'flushEntry': 1, 'none': 0, 'flushGrp': 2.

A list of Vlans the port belongs to and the corresponding loop detected status.

Loop-Detected Entry.

Port Number.

Gives the VlanId to which the port belongs.

Gives the Loop Detected status of the port in a vlan. Enumeration: 'yes': 1, 'no': 0.

A table used to maintain DSAP/SSAP values assigned to a sna802dot2 or userdefined vlan.

An entry in the rcVlanDsapSsap table.

A unique index to identify a vlan.

Values of DSAP/SSAP assigned to a particular vlan.

Row Status.

A list of Vlans the port belongs to and the corresponding loop detected status.

Loop-Detected Entry.

Port Number.

Gives the VlanId to which the port belongs.

Mac address

This value is used to specify the action which needs to be taken once a loop is detected on a specific port. Enumeration: 'macDiscard': 3, 'portDown': 1, 'vlanBlock': 2.

A MAC address indicate for remote learnt, either local or remote.

Table used to clear a Vlan MAC Record.

Vlan Clear Mac Record Table Entry

Mac Address that needs to be cleared.

Vlan Id where the Mac record has to be cleared.

When set to true, this will clear the MAC record on all the Vlan Ids it exists.

By default, when ForceDelete is set to false, MAC record will not be cleared if an ARP record is associated with this Mac Address. If ForceDelete is set to True, MAC record will be removed even when an ARP is associated with this record.

By default, when LCForceDelete (Line Card Force Delete) is set to false, if the MAC record is not found on the CP, then no message will be sent to the line-card. When LCForceDelete is set to true, a message will be sent to the line-card even when the MAC record is not found on the CP.

Chassis Type Enumeration: 'a1050': 9, 'a1200': 8, 'a8010': 280887562, 'unknown': 1, 'a8006': 280887558, 'a8003': 280887555, 'a1150': 7, 'a1100': 2, 'a8010co': 1623064842, 'a8003r': 280891651, 'a1250': 6.

Unique serial number for this chassis.

Device hardware revision level

The number of slots in the chassis available for plug-in cards.

The total number of ports currently installed in the chassis.

Chassis start-up diagnostic tests. Enumeration: 'led': 6, 'loopback': 10, 'procdram': 5, 'timer': 4, 'asiccpuaccess': 8, 'other': 1, 'formaccpuaccess': 7, 'memory': 9, 'ok': 2, 'crceeprom': 3.

This table contains information about Fans

Contains information regarding a Fan Unit

The chassis fan Id.

Actual status of the Fan: - unknown(1) - status can not be determined. - up(2) - present and supplying power. - down(3) - present, but failure indicated. Enumeration: 'down': 3, 'unknown': 1, 'up': 2.

Used to indicate the temperature of the air entering the fan.

Type of the Fan: - unknown(1) - type can not be determined. - regularSpeed(2) - regular speed fan is present. - highSpeed(3) - high speed fan is present. Enumeration: 'unknown': 1, 'highSpeed': 3, 'regularSpeed': 2.

This table contains information about power supplies.

Contains information regarding a power supply unit.

The power supply Id.

Actual status of the power supply: - unknown(1) - status can not be determined. - empty(2) - power supply not installed. - up(3) - present and supplying power. - down(4) - present, but failure indicated. Enumeration: 'down': 4, 'unknown': 1, 'up': 3, 'empty': 2.

This table contains detailed information about power supplies.

Contains detailed info regarding a power supply unit.

The power supply Id.

The power supply type. Enumeration: 'unknown': 0, 'ac': 1, 'dc': 2.

The power supply serial number.

The hardware revision of the power supply.

The power supply part number.

The detail description of power supply.

The power supply Input Line voltage. Enumeration: 'unknown': 0, 'minus48v': 3, 'high220v': 2, 'low110v': 1.

The power supply Line voltage considered for Power Management calculation. Enumeration: 'unknown': 0, 'minus48v': 3, 'high220v': 2, 'low110v': 1.

A table that contains information about the cards in this chassis. For those slots that do not contain a physical card, the table may be implemented to contain a conceptual row with the type of physical module set to 'chasCardEmpty', or it may be implemented to have no conceptual row instance.

Card attributes

A unique value for each module within the chassis. This value is determined by the chassis slot number where the module is inserted. Valid entries are 1 to the value of rcChasNumSlots

Used to indicate a card types in the Accelar 1000 product families. For Accelar 1000 devices, gigabit cards use an encoded value according to the following rule: +-----+--+-+---+---+---+ bits : |31-11|10|9|8-7|6-4|3-0| +-----+--+-+---+---+---+ field : | a | b|c| d | e | f | +-----+--+-+---+---+---+ a : not-used b : 1=gigabit c : 0=non-redundant, 1=redundant d : 0=short-haul, 1=long-haul, 2=extra-distance, e : 0=work-group(a1100 & a1150) 1=back-bone(a1200 & f1250 & f2000), f : 1=1-port, 2=2-port, 4=4-port, 8=8-port Enumeration: 'rc1xOC12POSBaseMMF': 27, 'rc1xOC12': 25, 'rc8x100BaseTX': 3, 'rc1x1000BaseLXBB': 1169, 'rc2x1000BaseXDWG': 1282, 'rc1x1000BaseLXWG': 1153, 'rc16x100BaseFBB': 21, 'rc1xOC12POSBaseSMF': 28, 'rc16x100BaseTXWG': 13, 'rcRMON': 26, 'rc1x1000BaseSXWG': 1025, 'rc2x1000BaseSXRBB': 1554, 'rc12x100BaseTXWG': 15, 'rc4x100BaseFWG': 14, 'rc4x1000BaseSXWG': 1028, 'rc2x155BaseFBB': 19, 'rc12x100BaseFBB': 16, 'rc8x100BaseFWG': 17, 'rc8x10BaseFBB': 23, 'other': 1, 'rc4xOC3': 24, 'rc2x1000BaseLXBB': 1170, 'rc2x1000BaseLXRWG': 1666, 'rc8x100BaseF': 5, 'rc2x1000BaseLXRBB': 1682, 'rc1x1000BaseLXRBB': 1681, 'rc14x100BaseTX-2x100BaseFBB': 22, 'rc1x1000BaseLXRWG': 1665, 'rc12x100BaseTX-2x100BaseFBB': 18, 'rc1x1000BaseSXBB': 1041, 'rc1x1000BaseSXRWG': 1537, 'rc1x1000BaseSXRBB': 1553, 'rcCPU': 2, 'rc2x1000BaseLXWG': 1154, 'rc2x1000BaseSXRWG': 1538, 'rc2x1000BaseSXWG': 1026, 'rc2x1000BaseXDBB': 1298, 'rc8x100BaseTXWG': 12, 'rc2x1000BaseSXBB': 1042, 'rc8x100BaseT2': 4, 'rc4x155BaseFBB': 20, 'rc16x100BaseTX': 6.

Unique serial number for this card.

Hardware Version

Used to indicate the administrative status of this card Enumeration: 'down': 2, 'testing': 3, 'up': 1.

Used to indicate the operational status of this card. Enumeration: 'down': 2, 'unknown': 4, 'testing': 3, 'up': 1, 'dormant': 5.

Used to indicate the type of PCMCIA card currently installed in this CPU card, if any. For non-CPU cards, this variable has no meaning and will always be set to none. Enumeration: 'modem28kbs': 2, 'flash2meg': 3, 'none': 1, 'flash4meg': 4.

Card Part Number

Port table

Entry containing info. for a particular port

An index value that uniquely identifies a port. This value is similar to ifIndex in MIB2.

Port type Enumeration: 'rc1000BaseTXPOE': 63, 'rcGbic1300SeFx': 104, 'rc10BaseF': 6, 'rcGbic1570Zx': 80, 'rcOc3cPosSM': 29, 'rcGbic1470Xd': 67, 'rcGbic1570': 38, 'rcGbic1470': 33, 'rcGbic1570APD': 47, 'rc10GbNone': 56, 'rcGbic1610Zx': 82, 'rcGbic1510Xd': 69, 'rcGbic1490Zx': 76, 'rc100BaseF': 3, 'rcGbic1490Bx': 85, 'rcGbicNone': 22, 'rcGbic1510Zx': 77, 'rcGbic1300Lx': 89, 'rcGbic1510APD': 44, 'rcOc3cPosMM': 30, 'rcGbic1530Zx': 78, 'rcPosMMF': 7, 'rcGbic1530APD': 45, 'rcGbicLx': 10, 'rc10GbLRM': 95, 'rc10GbOther': 62, 'rc1GbFD': 94, 'rcGbic1590': 39, 'rcGbic1610': 40, 'rcOc3cAtmSM': 25, 'rcGbic1470Zx': 75, 'rcGbic1550Xd': 71, 'rcGbic1570Xd': 72, 'rcGbic1510': 35, 'rc100BaseTX': 1, 'rcGbic1610APD': 49, 'rcGbic1590Xd': 73, 'rc10GbDWDMR': 96, 'rcGbicBx': 55, 'rc10GbDWDMW': 97, 'rcGbic1200Lx': 88, 'rcGbic1530Xd': 70, 'rc100BaseT2': 2, 'rcGbic1310Lx': 90, 'rcRmon': 41, 'other': 0, 'rcOc12cSM': 18, 'rc10GbLW': 50, 'rc1000BaseF': 4, 'rc10GbLR': 51, 'rcOc3cCOPPER': 17, 'rcGbicSx': 11, 'rc1000BaseT': 23, 'rcGbic1590APD': 48, 'rcGbic1470APD': 42, 'rcOc12cAtmMM': 28, 'rcGbic1590Zx': 81, 'rcOc3cMM': 16, 'rcGbic1530': 36, 'rcGbic1550Zx': 79, 'rcGbic1490APD': 43, 'rcGbicZx': 24, 'rcOc12cMM': 19, 'rc1000BaseTX': 53, 'rcGbicEx': 86, 'rcGbic1490': 34, 'rc10GbER': 60, 'rc10GbEW': 61, 'rcGbic1310Bx': 84, 'rcGbic1550APD': 46, 'rc1000BaseDualF': 5, 'rcGbic1550Lx': 92, 'rcOc12cPosSM': 31, 'rcDs3': 20, 'rc10GbSR': 58, 'rc10GbSW': 59, 'rcGbic1550Ex': 93, 'rc10GbZR': 64, 'rc10GbZW': 65, 'rcGbic850Sx': 87, 'rcGbic1310Xd': 66, 'rcGbic1550': 37, 'rcGbic1690Zx': 83, 'rcGbic1610Xd': 74, 'rcOc3cAtmMM': 26, 'rc10GbCX': 106, 'rcOc12cPosMM': 32, 'rcGbicXd': 12, 'rcAtm': 9, 'rcOc3cSM': 15, 'rcGbicOther': 14, 'rcGbicC': 13, 'rcGbic1490Lx': 91, 'rcPosSMF': 8, 'rcE3': 21, 'rcOc12cAtmSM': 27, 'rcGbic1490Xd': 68.

Type of connector installed on this port. Enumeration: 'nonRedundant': 1, 'redundant': 2.

Indicate whether this port should perform routing

Indicate whether this port should be treated with high priority

Port related actions. Enumeration: 'none': 1, 'clearLoopDetectAlarm': 7, 'flushIp': 4, 'flushMacFdb': 2, 'flushArp': 3, 'triggerRipUpdate': 6, 'flushAll': 5.

Result from the last Vlan action. Enumeration: 'fail': 4, 'none': 1, 'inProgress': 2, 'success': 3.

For ports configured with redundant connectors, this value is used to indicate which connector should be used as the 'active' connector on this port the next time the port is placed into the ifAdminStatus=Up. Enumeration: 'right': 2, 'other': 3, 'left': 1.

For ports configured with redundant connectors, this value is used to indicate which connector is currently the active one. Only one connector can be active an anytime. Enumeration: 'right': 2, 'other': 3, 'left': 1.

Indicate the status of the link attached to the back-up (non-active) connector. Enumeration: 'down': 2, 'other': 3, 'up': 1.

Indicate whether this port enabled for auto negotiations or not.

Indicates the port duplex type Enumeration: 'full': 2, 'half': 1.

Indicate this port's current duplex value. Enumeration: 'full': 2, 'half': 1.

Indicate this port's speed. Enumeration: 'mbps1000': 3, 'none': 0, 'mbps100': 2, 'mbps10000': 4, 'mbps10': 1.

Indicate this port's current speed value.

Indicate which multi-link trunk (MLT) this port is assigned to. If this port is not associated with any MLT, this value will be set to zero(0).

Indicate whether this port is locked.

Indicate whether this port can support auto-negotiation.

Indicate whether this port is a single routable port. If this value is true, the port functions like a traditional router port.

If rcUnknownMacDiscard is set to True, then a packet with an unknown source MAC address is dropped on that port, and other ports then will discard any packets with this MAC address in the destination field. For example, suppose 11:22:33:44:55:66 is an unknown source MAC, packets with source MAC 11:22:33:44:55 coming from this port is discarded, further more, packets with destination MAC 11:22:33:44:55:66 coming from other ports are also discarded, unless this address is later learned on another port or the restriction ages out.

# state transitions.

User priority level. Enumeration: 'level0': 0, 'level1': 1, 'level2': 2, 'level3': 3, 'level4': 4, 'level5': 5, 'level6': 6, 'level7': 7.

Used to specify whether over-size frames should be processed or dropped.

Used to specify the Qos level packets, carried on this port, should be processed with. Enumeration: 'level0': 0, 'level1': 1, 'level2': 2, 'level3': 3, 'level4': 4, 'level5': 5, 'level6': 6, 'level7': 7.

Used to enable/disable the Differentiated Service feature on this port.

Used to specify the Differentiated Service type for this port. Enumeration: 'access': 1, 'core': 2, 'none': 0.

Used to enable/disable the Differentiated Service IEEE 802.1P over-ride feature.

Used to show the name of the vendor of this port's connector. Only applicable to ports on a GBIC cards.

This port's name.

The octapid id of the mirrored port.

Indicatie this port's current WAN/LAN mode. Valid for 10 GE only Enumeration: 'wan': 1, 'none': 0, 'lan': 2.

Indicatie this port's current tranport layer. Valid for 10 GE only Enumeration: 'none': 0, 'sdh': 2, 'sonet': 1.

Used to enable/disable the Telephony device selected on this port

Used to set/get the selected Multimedia & Telephony Devices on this port. The String is the name of the device in the rcIpFilterMediaDevTable

Indicate whether the port is routable.

The status of the port whether is routable.

The pid of the mirrored port.

Used to enable/disable IEEE 802.1P override. If it is enabled, 802.1p value from a tagged frame may not be honored.

A TRUE value indicates if CP Limit shut down the interface.

Enable/Disable high secure feature.

maximum number of multicast streams that are allowed to ingress to CPU through this port.

sampling period to check number of multicast streams that has ingressed CPU through this port in seconds.

enable or disable mroute stream limit on port.

This object is used to specify the port speed and duplex abilities to be advertised during link negotiation. bit 0 - 10 half duplex advertised bit 1 - 10 full duplex advertised bit 2 - 100 half duplex advertised bit 3 - 100 full duplex advertised bit 4 - 1000 half duplex advertised bit 5 - 1000 full duplex advertised bit 6 - Mac PAUSE frame support advertised bit 7 - Asymmetric PAUSE frame support advertised bit 8 - No advertisements The abilities specified in this object are only used when auto-negotiation is enabled on the port. If all bits in this object are disabled, and auto-negotiation is enabled on the port, then the physical link process on the port will be disabled (if hardware supports this ability). Any change in the value of this bit map will force the PHY to restart the auto-negotiation process. This will have the same effect as physically unplugging and reattaching the cable plant attached to this port. The capabilities being advertised are either all the capabilities supported by the hardware or the user- configured capabilities which is a subset of all the capability supported by hardware. The default value for this object will be all the capabilities supported by the hardware. Note that bit 6 and bit 7 are currently not supported in ERS8600/ERS8800. Bits: 'advertise10Full': 1, 'advertiseMacPause': 6, 'advertise1000Half': 4, 'advertise100Half': 2, 'advertise10Half': 0, 'advertiseAsymPause': 7, 'advertiseNone': 8, 'advertise1000Full': 5, 'advertise100Full': 3.

enable or disable auto recovery of port from action taken by cp-limit, link flap or loop detect features

Indicates the port configuration for extended CP-LIMIT Enumeration: 'none': 1, 'softDown': 2, 'hardDown': 3.

Threshold for Ingress traffic utilization rate of the port for extended CP-LIMIT

Egress Rate Limit.

Used to enable/disable shape/egress-rate-limit functionality.

The remaining time the port will be disabled due to a BPDU received when BPDU filtering is enabled.

The time the port will be disabled when a BPDU is received when BPDU filtering is enabled.

Used to enable/disable BPDU filtering.

Indicates whether BPDU filtering is actually enabled or disabled.

Used to enable/disable the control packet rate limit. Specifies whether or not rate limiting is currently in operation for multicast and broadcast packets for the specified port.

Used to limit Multicast traffic on the specified port. Sets the limit in packets per second.

Used to limit Broadcast traffic on the specified port. Sets the limit in packets per second.

Indicates this port's current WAN clock source. Valid for 10 GE WAN only Enumeration: 'none': 0, 'internal': 2, 'line': 1.

Limits the amount of traffic from this Ingress port.

Used to enable/disable police/ingress-rate-limit functionality.

The set of VRF ids to which this port belongs.

The set of VRF names to which this port belongs.

Gives the VRF Id for this Brouter port.

Gives the VRF Name for this Brouter port.

The total number of VRFs this port is associated to.

Port pcap Table

Entry containing pcap info. for a particular port

An index value that uniquely identifies a port. This value is similar to ifIndex in MIB2.

To enable pcap for the port

Mode in which pcap is enabled Enumeration: 'both': 3, 'txFilter': 5, 'tx': 1, 'rx': 2, 'rxFilter': 4, 'bothFilter': 6.

Used to indicate the number of filter list(s) that are assigned to this port.

Used to indicate zero or more filter lists that are associated with this port for pcap. Each filter list identifier is stored as two bytes in this array starting from offset zero. Any unused bytes should be set to zero.

Used to indicate the number of ACL filter(s) that are assigned to this port which has mirror set as global-action.

Used to indicate zero or more ACL filter lists that are associated with this port for pcap (has mirror set as global-action). Each ACL filter list identifier is stored as two bytes in this array starting from offset zero. Any unused bytes should be set to zero.

Port LACP table

Entry containing info. for a particular port

Administratively enable/disable LACP on a port

Indicates if LACP is operationally enabled or disabled on a port

The number of miliseconds between periodic transmissions using Short Timeouts.

The number of miliseconds between periodic transmissions using LONG Timeouts.

Scalar value used to calculate timeout time from periodic time. Timeout = PeriodicTime * TimeoutScale

The number of mili seconds to delay aggregation to allow multiple links to aggregate simultaneously.

The operating value of fast periodic timer on the port.

The operating value of slow periodic timer on the port.

The operating value of timeout scale on the port.

The operating value of aggreagate wait time on port.

Port Virtual LACP table

Entry containing info. for a particular port

Administratively enable/disable Virtual LACP on a port

Indicates if Virtual LACP is operationally enabled or disabled on a port

The number of miliseconds between periodic transmissions using Short Timeouts

The number of miliseconds between periodic transmissions using LONG Timeouts.

Timeout control value. Long or Short Timeout Enumeration: 'short': 1, 'long': 2.

Scalar value used to calculate timeout time from periodic time. Timeout = PeriodicTime * TimeoutScale

VLACP Protocol Identification. The id value is in Hex. The acceptable values for this MIB is 0x0 to 0xffff

Multicast Mac Address exclusively used for VLACPDU's

Display the Vlacp Port State. Enumeration: 'down': 2, 'up': 1.

Administratively enable/disable VLACP flap detection on a port

The number of VLACP Flaps on a port, that if they occure within rcPortVLacpFlapInterval seconds, the port is shutdown.

The time inteval in seconds within which VLACP flaps on a port are monitored.

Total Number of VLACP flaps detected on this port since either enabling VLACP or clearing the counter.

Timestamp for the first VLACP flap detected on this port since either enabling VLACP or clearing the timer.

Timestamp for the latest VLACP flap detected on this port since either enabling VLACP or clearing the timer.

Clears all VLACP flap counters and timers.

Port Remote Mirroring Table

Entry containing remote mirroring info. for a particular port

An index value that uniquely identifies a port. This value is similar to ifIndex in MIB2.

To enable remote Mirroring for the port

Mode in which remote mirroring is enabled Enumeration: 'source': 1, 'termination': 2.

Source Mac of the remote mirrored packet. Remote mirroring packet will be send with this source mac address

Destination Mac of the remote mirrored packet. Packets will be bridged to this mac address. Remote mirroring packet will be send to this mac address

Ethertype of the remote mirrored packet. Packets will be send with this ethertype

Used to indicate the number of VLAN IDs that are assigned to this port.

This field is used only if the port is assigned as remote mirroring termination port. Represents zero or more filter lists vlan in which the Destination Mac address resides. Each VLAN ID is stored as two bytes in this array starting from offset zero. Any unused bytes should be set to zero.

RowStatus

Port card mgmt port link table

Entry containing info. for a particular mgmt port in I/O card

IfIndex of the port.

Port description

admin status of the mgmt port Enumeration: 'down': 2, 'unknown': 3, 'up': 1.

Auto-negotiation status of the port

duplex setting for the port Enumeration: 'full': 2, 'half': 1.

speed setting for this port. Enumeration: 'mbps1000': 3, 'none': 0, 'mbps100': 2, 'mbps10': 1.

Flush MAC entry on a port.

Port mac flush table entry.

Port number where the mac record exists.

Mac Address that needs to be removed.

Vlan Id associated with the Mac Address.

Indicate whether the port lock feature is enabled.

The set of ports that are administratively locked. Locked ports cannot be modified in anyway until the port is unlocked first.

The ARU mode the chassis is operating in. Enumeration: 'aruOne': 1, 'aruThree': 3, 'aruTwo': 2.

The Quid mode the chassis is operating in. Enumeration: 'quidFour': 4, 'quidTwo': 2, 'quidMixed': 1, 'quidFive': 5, 'quidThree': 3.

Used to specify the Enforce Operational Configuration Mode(EOC) of the system. When a device is configured with hardware of different revisions, the system will initialize in some deterministic manner (e.g., the lowest common denominator that makes sense based on the hardware configuration). This is the 'default(0)' mode. The user can override this behavior by manually specifying the EOC Mode they would like. Enumeration: 'aru2Quid4': 2, 'aru2Quid5': 3, 'aru1Quid4': 1, 'default': 0, 'aru3Quid5': 5, 'aru3Quid4': 4.

Used to indicate the Enforce Operational Configuration Mode(EOC) of the system. Enumeration: 'aru2Quid4': 2, 'aru2Quid5': 3, 'aru1Quid4': 1, 'default': 0, 'aru3Quid5': 5, 'aru3Quid4': 4.

Agents in a chassis table

Entry containing info. for a particular agent

entry id

slot agent is in.

agent's ip address.

Used to indicate which ports in the system are configured as Brouter ports.

Used to enable/disable global filters in the system. This variable is currently not supported.

Used to enable/disable source MAC based VLANs in the system.

Used to enable/disable the Explicit Congestion Notification(ECN) compatibility feature. When set to FALSE , the system will mask the ECN bits in the DS field while re-marking DSCP and will not match on ECN capable flows if filter is set on DSmatch. When set to TRUE, it will preserve the ECN bits in the DS field while re-marking and will match on full 8-bit DS field.

Enhanced operational mode.

This configuration is for enabling/disabling 128K mode. The change will take effect upon reboot.

Used to indicate the Em-mode error status Enumeration: 'slave8690EmIncompatGoingOffline': 8, 'none': 1, 'cpu8690DisableEm': 9, 'mismatchResetForEmMode': 4, 'putSlaveOffEmImcompat': 7, 'checkSlaveConfigNResetForEmMMode': 3, 'non128KCardOffLine': 2, 'mismatchEmModeMasterSlave': 5, 'incompatMasterResetForEmMode': 6.

Enhanced Operational mode the switch currently has booted and will remain the same until the next reboot.

EM mode the switch currently has booted and will remain the same until the next reboot.

Used to enable/disable FTP daemon in 2nd cpu.

Enable SMLT on single CP feature in the switch

Vlan Optimization mode.

Vlan Optimization mode the switch currently has booted and will remain the same until the next reboot.

Launch Pad in a chassis table

Entry containing Launch pad card info

Launch Pad card id

Launch pad mini card id.

Launch Pad application type. Enumeration: 'none': 1, 'firewall': 2, 'ids': 4, 'ssl': 3, 'tps': 6, 'vpn': 5.

Launch Pad mini card's ip address.

Enable/Disable naap Ip state.

Launch Pad mini card's SW version.

for identifying the ISD Enumeration: 'none': 3, 'tps': 2, 'fw': 1.

Launch Pad Cluster Table

Entry containing Launch pad cluster info

Launch pad cluster id.

Launch Pad cluster type. Enumeration: 'firewall': 1, 'ssl': 2, 'is': 3, 'vpn': 4.

Launch pad cluster size.

Launch pad cluster members

Launch pad cluster Row Status

Launch pad cluster management vlan Id.

Launch pad cluster cp sync vlan Id.

Launch pad cluster TPS size.

Launch pad cluster TPS members

IS cluster user port list that needs to be monitored

To enable/disbale to napp feature.

Global Filter ordering in the system.

This configuration is for enabling/disabling global filter ordering. The change will take effect upon reboot.

This is for enabling/disabling configuration of same community strings on the WSM and 8600/8800. This is for allowing users to connect directly via SNMP to the WSM blade.

This configuration is for enabling/disabling 256K mode. The change will take effect upon reboot.

R-mode the switch currently has booted and will remain the same until the next reboot.

Used to indicate the r-mode error status Enumeration: 'non256KCardOffLine': 2, 'none': 1.

Used to enable/disable Multicast check packet in the system. This change will take effect upon reboot.

Enable/Disable System monitoring in the switch

Dyanamically Enable/Disable SystemMonitor monitoring engine in the switch

System Monitor Detection time in seconds

Used to reserve MGIDs for IP Multicast. The change will take effect upon reboot.

MGIDs the switch currently has reserved for IP Multicast; will remain the same until the next reboot.

A mode where all MGIDs are reserved for VLAN use only; no IPMC. The change will take effect upon reboot.

Tells if all MGIDs are reserved for VLAN use. Will remain the same until the next reboot.

Number of MGIDs currently used for VLAN, including SMLT

Number of MGIDs remaining allocated for VLAN

Number of MGIDs currently used for IPMC

Number of MGIDs remaining allocated for IPMC

Turn on or off Chassis Power Management. The configuration will take effect upon reboot.

Used to enable/disable flag which is used to set the CLIP-ip as topology ip

The Clip-Id set by the user to be used as Topology-ip

On or off value of Chassis Power Management which the switch has currently booted. It will remain the same until the next reboot.

Turn on or off the Fan Check functionility of Chassis Power Management. The value takes effect only on reboot.

The on or off value of fan check which the switch has booted with. The value does not take effect till the next reboot.

Enable/Disable IO Card to go offline when F2E sees excessive resets.

Enable/Disable fabric to be reset automatically on fab mem full error.

Control whether Mirror configuration information should be saved to NVRAM so mirror settings can be automatically reinstalled after a system reboot. Setting rcMirrorSaveConfig to true does not immediately save the configuration information. The save happens when the rcSysAction variable is set to 'saveToNVRAM(4)'.

Used to indicate whether the mirror by port feature is active. The system can only support mirroring on two ports. When this feature is active, all packets received on the port(s) specified by rcMirrorSrcPortOne and/or rcMirrorSrcPortTwo are copied to rcMirrorDstPort. The mirroring operation is non-intrusive.

The ifIndex of the port to forward mirrored frames to.

Used to indicate whether the port specified in rcMirrorByPortMirroredPortOne should be mirrored.

The ifIndex of the port to be mirrored. That is, traffic received on this port will be sent to the mirror port.

Used to indicate whether the port specified in rcMirrorByPortMirroredPortTwo should be mirrored.

The ifIndex of the port to be mirrored. That is, traffic received on this port will be sent to the mirror port.

Used to indicate whether ports that are unconfigured should be assigned to the 'isolated' VLAN. Ports assigned to the 'isolated' VLAN can only communicate with the CP port. If this option is not specified, unconfigured ports will be assigned to the 'default' VLAN

Used to indicate whether the system should ignore the configuration information stored in NVRAM when the system is booted.

Used to indicate whether the system is configured to operate in a high priority mode. The switch can operate in either a 'best effort' or 'high priority' mode. In the 'best effort' setting, the maximum queue thresholds for the QUIDs are set to 768/768 buffers. In the 'high priority' mode the setting is 512/768. This means that in 'high priority' mode the normal priority queue can't have more than 512 buffers, while the high priority queue can have up to 768.

Used to indicate the current size of the RMON Statistic table.

Used to indicate the current size of the RMON History Control table.

Used to indicate the current size of the RMON History Ethernet table.

Used to indicate the current size of the RMON Alarm table.

Used to indicate the current size of the RMON Event table.

Used to indicate the current size of the RMON Log table.

Used to indicate the size of the Address Translation (AR) table.

Used to indicate the number of free entries that are available in the Address Translation (AR) table.

Used to indicate the number of entries that could not be added to the Address Translation (AR) table due to lack of space.

Used to indicate the number of entries added to the Address Translation (AR) table.

Used to indicate the number of entries deleted to the Address Translation (AR) table.

Used to indicate the number of MAC entries added to the Address Translation (AR) table.

Used to indicate the number of MAC entries deleted to the Address Translation (AR) table.

Used to indicate the number of MAC entries moved in the Address Translation (AR) table.

Used to indicate the number of IP entries added to the Address Translation (AR) table.

Used to indicate the number of IP entries deleted to the Address Translation (AR) table.

Used to indicate the size of the Multicast Address Translation (AR) table.

Used to indicate the number of free multicast groups availabe in the Address Translation (AR) table.

Used to indicate the number of Ip multicast entries that are added to the Address Translation (AR) table.

Used to indicate the number of Ip multicast entries that are deleted from the Address Translation (AR) table.

Used to indicate the number of VLAN by port entries that are added to the Address Translation (AR) table.

Used to indicate the number of VLAN by port entries that are deleted from the Address Translation (AR) table.

Used to indicate the number of Vlans by Protocol Type entries that are added to the Address Translation (AR) table.

Used to indicate the number of Vlans by Protocol Type entries that are deleted from the Address Translation (AR) table.

Used to indicate the number of VLAN by Ip entries that are added to the Address Translation (AR) table.

Used to indicate the number of VLAN by Ip entries that are deleted from the Address Translation (AR) table.

Used to indicate the number of Ip subnet entries that are added to the Address Translation (AR) table.

Used to indicate the number of Ip subnet entries that are deleted from the Address Translation (AR) table.

Used to indicate the number of RSVP entries that are added to the Address Translation (AR) table.

Used to indicate the number of RSVP entries that are deleted from the Address Translation (AR) table.

Used to indicate the number of entries in the dot1d forwarding database table.

Used to indicate the number of entries in the dot1d Static Address Filtering table.

Used to indicate the number of entries in the IP Address table.

Used to indicate the number of entries in the IP Forwarding/Best Route table.

Used to indicate the number of entries in the IP Net-to-media table.

A table used to maintain IP routing information for a particular interface.

Entry containing IP routing information. An entry is automatically created in this table when routing is enabled for an interface -or- when an ip address is configured on an interface.

An unique value to identify a physical interface or a logical interface (VLAN).

Used to indicate whether this interface should advertize a RIP default route.

Used to indicate whether this interface should accept a RIP default route.

Row status for this entry.

Enable or disable RIP routing on the specified interface.

Enable or disable OSPF routing on the specified interface.

Enable or disable IGMP on the specified interface.

Indicate whether IpAddress has been assigned for this interface.

Enable or disable DHCP on the specified interface.

Used to indicate whether the RIP triggered update feature should be enabled on this interface.

Used to indicate whether the auto aggregation feature should be enabled on this interface.

Used to indicate whether to generate a default RIP route on this interface.

The value is used indicated whether vlan state change should be notified to layer 3 or not, provided the vlan is configured as routable interface. Also used for single routable ports, in that case the criteria for state is PortOperStatus. Vlan is considered as UP if atleast one member of the port based vlan has link up, or atleast one port member of the policy based has an entry in the MGID or atleast one static member of the policy based vlan has link up. Otherwise, vlan is considered as DOWN. If the value is 'true' then the interface state change will not be notified to layer 3. (i.e., it always stays up). If the value is 'false' then the vlan state change will be notified to layer 3 so that IP related status reflects routable interface state.

Used to indicate whether this interface should forward direct broadcast traffic

Used to indicate whether this interface should advertize a RIP default route.

Used to indicate whether this interface should accept a RIP default route.

OSPF Interface Type. Enumeration: 'broadcast': 1, 'passive': 99, 'nbma': 2, 'pointToPoint': 3, 'pointToMultipoint': 5.

Used to indicate the rip cost for this interface.

Used to indicate the rip holddown timer for this interface

Used to indicate the rip timeout interval for this interface

Used to enable Route Smlt feature.

Used to indicate whether this interface should perform Reverse Path Check

Reverse Path Checking mode. Enumeration: 'strict': 2, 'exist-only': 1.

Enable/disable ISIS protocol for this IP entry

Enable or disable BFD on the specified interface.

Enable or disable ipvpn-lite capability on the specified circuitless ip interface.

A table used to maintain OSPF information for a particular interface.

Entry containing OSPF information. An entry is automatically created in this table when routing is enabled for an interface -or- when an ip address is configured on an interface.

An unique value to identify a physical interface or a logical interface (VLAN).

The priority of this interface. Used in multi- access networks, this field is used in the designated router election algorithm. The value 0 signifies that the router is not eligible to become the designated router on this particular network. In the event of a tie in this value, routers will use their router id as a tie breaker.

The metric for this type of service (TOS) on this interface. The default value of the TOS 0 Metric is (10^9 / ifSpeed). The value FFFF means 'no route via this TOS'. A value of 0 means the interface speed (rcIpConfOspfDefaultMetric) will be used as metric value, when the state of the interface is up.

The Authentication Key. If the Area's Authorization Type is simplePassword, and the key length is shorter than 8 octets, the agent will left adjust and zero fill to 8 octets. Note that unauthenticated interfaces need no authentication key, and simple password authen- tication cannot use a key of more than 8 oc- tets. Larger keys are useful only with authen- tication mechanisms not specified in this docu- ment. When read, ospfIfAuthKey always returns an Octet String of length zero.

Row status for this entry.

The length of time, in seconds, between the Hello packets that the router sends on the interface. This value must be the same for all routers attached to a common network.

The number of seconds that a router's Hello packets have not been seen before it's neighbors declare the router down. This should be some multiple of the Hello interval. This value must be the same for all routers attached to a common network.

A 32-bit integer uniquely identifying the area to which the interface connects. Area ID 0.0.0.0 is used for the OSPF backbone.

The authentication type specified for an interface. Additional authentication types may be assigned locally. Enumeration: 'none': 0, 'simplePassword': 1, 'md5': 2.

OSPF NBMA Interface Poll Interval.

Mtu-ignore flag is for ignoring the mtu checking in ospf bdb Enumeration: 'enable': 1, 'disable': 2.

Used to enable/disable BFD for OSPF.

Used to indicate the cost associated with 10Meg Interface(Port).

Used to indicate the cost associated with 100Meg Interface(Port).

Used to indicate the cost associated with 1000Meg Interface(Port).

Used to indicate the cost associated with 10000Meg Interface(Port).

Used to indicate whether Ospf Traps should be sent.

Used to indicate whether auto virtual link creation is enabled or not. If set to true OSPF will create virtual links between ABRs whether it is needed or not, but adjacency will established only when one of the ABR losses connection to backbone area. If set to false then it is user resposibity to create virtual link whenever needed.

The SPF Hold Down Timer value. The SPF will run at most once per hold down timer value.

Enumeration: 'none': 0, 'runSpf': 1.

Controls the preference rules used when choosing among multiple AS-External-LSAs advertising the same destination. When this is enabled, the preference rule will be same as specified by RFC1583. When disabled, the new preference rule as described in RFC2328 will be applicable, which potentially prevents the routing loops when AS-External-LSAs for the same destination have been originated from different areas.

Used to set the system-wide RIP hold down time in seconds.

Used to set the icmp net unreach feature enable/disable.

Used to set the ecmp enable/disable.

Used to globally configure maximum ECMP paths number.

Used to globally configure alternative enable.

Enable/disable ICMP Route Discovery feature

Rip TimeOut Interval in seconds

Rip def import metric

Routes to networks specified in this prefix-list can have upto 1 ECMP path, irrespective of ecmp-max-path configuration

Routes to networks specified in this prefix-list can have upto 2 ECMP path, irrespective of ecmp-max-path configuration.

Routes to networks specified in this prefix-list can have upto 3 ECMP path, irrespective of ecmp-max-path configuration.

Routes to networks specified in this prefix-list can have upto 4 ECMP path, irrespective of ecmp-max-path configuration.

This is to apply any changes in ECMP path list configuration or in the prefix-lists configured to be used as path list

Defines the maximum number of outstanding arp request a switch can generate.

Used to determine whether more specific non local routes will go into the routing table.

Enable/disable UDP checksum calculation

Used to globally enable Supernetting/ CIDR routing for IP

A table used to maintain OSPF information for a particular Area.

Entry containing OSPF Area configuration information. An entry is automatically created in this table when an area is configured through ospfAreaTable in (rfc1253rcc.mib).

An unique value to identify an area. Area ID 0.0.0.0 is used for the OSPF backbone.

The area's support for importing Summary advertisements into a stub area. This field should be used only if ospfImportASExtern is set to FALSE

This variable displays the number of active interfaces configured in this area. An area cannot be deleted if this value is > 0.

A table used to maintain IP routing information for a particular interface.

Entry containing IP routing information. An entry is automatically created in this table when routing is enabled for an interface -or- when an ip address is configured on an interface.

An unique value to identify a physical interface or a logical interface (VLAN).

Ip interface address.

Row status for this entry.

Used to indicate whether this interface should advertize a RIP default route.

Used to indicate whether this interface should accept a RIP default route.

Enable or disable RIP routing on the specified interface.

Enable or disable OSPF routing on the specified interface.

Enable or disable IGMP on the specified interface.

Indicate whether IpAddress has been assigned for this interface.

Used to indicate whether the RIP triggered update feature should be enabled on this interface.

Used to indicate whether the auto aggregation feature should be enabled on this interface.

Used to indicate whether to generate a default RIP route on this interface.

The value is used indicated whether vlan state change should be notified to layer 3 or not, provided the vlan is configured as routable interface. Also used for single routable ports, in that case the criteria for state is PortOperStatus. Vlan is considered as UP if atleast one member of the port based vlan has link up, or atleast one port member of the policy based has an entry in the MGID or atleast one static member of the policy based vlan has link up. Otherwise, vlan is considered as DOWN. If the value is 'true' then the interface state change will not be notified to layer 3. (i.e., it always stays up). If the value is 'false' then the vlan state change will be notified to layer 3 so that IP related status reflects routable interface state.

A table used to maintain OSPF information for a particular interface.

Entry containing OSPF information. An entry is automatically created in this table when routing is enabled for an interface -or- when an ip address is configured on an interface.

An unique value to identify a physical interface or a logical interface (VLAN).

IpAddress of the IP interface.

The priority of this interface. Used in multi- access networks, this field is used in the designated router election algorithm. The value 0 signifies that the router is not eligible to become the designated router on this particular network. In the event of a tie in this value, routers will use their router id as a tie breaker.

The metric for this type of service (TOS) on this interface. The default value of the TOS 0 Metric is (10^9 / ifSpeed). The value FFFF means 'no route via this TOS'. A value of 0 means the interface speed (rcIpConfOspfV2DefaultMetric) will be used as metric value, when the state of the interface is up.

The Authentication Key. If the Area's Authorization Type is simplePassword, and the key length is shorter than 8 octets, the agent will left adjust and zero fill to 8 octets. When read, ospfIfAuthKey always returns an Octet String of length zero.

Row status for this entry.

The length of time, in seconds, between the Hello packets that the router sends on the interface. This value must be the same for all routers attached to a common network.

The number of seconds that a router's Hello packets have not been seen before it's neighbors declare the router down. This should be some multiple of the Hello interval. This value must be the same for all routers attached to a common network.

A 32-bit integer uniquely identifying the area to which the interface connects. Area ID 0.0.0.0 is used for the OSPF backbone.

The authentication type specified for an interface. Additional authentication types may be assigned locally. Enumeration: 'none': 0, 'simplePassword': 1, 'md5': 2.

A table used to maintain OSPF summary route metric parameter for a particular Area range.

Entry containing OSPF summary route metric parameter for a particular Area range. An entry is automatically created in this table when an area range is configured through ospfAreaAggregateTable in rfc1850rcc.mib

The Area the Address Aggregate is to be found within.

The type of the Address Aggregate. This field specifies the Lsdb type that this Address Ag- gregate applies to. Enumeration: 'nssaExternalLink': 7, 'summaryLink': 3.

The IP Address of the Net or Subnet indicated by the range.

The Subnet Mask that pertains to the Net or Subnet.

Used to specify a metric for a Summary LSA (type 3) generated by OSPF through an area range. If this metric is set to 0, OSPF uses the cost to the farthest point in the networks being summarized as the metric.

Subnets subsumed by ranges either trigger the advertisement of the indicated aggregate (ad- vertiseMatching), or result in the subnet's not being advertised at all outside the area. Enumeration: 'advertiseDoNotAggregate': 3, 'advertiseMatching': 1, 'doNotAdvertiseMatching': 2.

A table used to maintain OSPF summary route metric parameter for a particular Area range.

Entry containing OSPF summary route metric parameter for a particular Area range. An entry is automatically created in this table when an area range is configured through ospfAreaAggregateTable in rfc1850rcc.mib

Interface Index, this is an index of the table.

Timer value, the range of value is from 0 to 3600.

The range of value 0 to 3600 or 9999. 9999 means infinity.

Row Status.

BFD configuration table

Used to configure BFD on a particular interface. An entry is created automatically when the variable rcIpConfBfdEnable is set to TRUE. Once created this entry will only be deleted if the rcIpConfBfdRowStatus is set to 'destroy(6)'. In which case, the rcIpConfBfdEnable is automatically reset to the FALSE setting.

Interface number. The number can represent either a physical or logical(VLAN) interface.

the min rx interval in milliseconds

the desired tx interval in milliseconds

the multiplier BFD wait before rx timeout

Used to create/delete entries

This object specifies the hold off timer interval, in seconds. 0 means that hold off timer is disabled.

This object specifies the static-flag for bfd. When disabled, the static route will go down, when bfd is disabled

The table of addressing information relevant to this entity's IP addresses. This table is identical to the ipAddrTable in MIB2 except the columns rcIpAdEntIfIndex and rcIpAdEntAddr are reversed. Also, the table is indexed by both these variables.

The addressing information for one of this entity's IP addresses.

The index value which uniquely identifies the interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex.

The IP address to which this entry's addressing information pertains.

The subnet mask associated with the IP address of this entry. The value of the mask is an IP address with all the network bits set to 1 and all the hosts bits set to 0.

The IP broadcast address format used on this interface. Enumeration: 'ones': 1, 'zeros': 0.

The size of the largest IP datagram which this entity can re-assemble from incoming IP fragmented datagrams received on this interface.

Used to create/delete entries

A value that uniquely identifies the Virtual LAN associated with this entry. This value corresponds to the lower 12 bits in the IEEE 802.1Q VLAN Tag.

Used to indicate whether this entry correponds to a brouter port (as oppose to a routable VLAN). This value cannot be changed after the row is created.

Used to translate the ip address into mac address. The system has 512 mac addresses of which 0-507 are reserved for Boardwalk box. 508-511 is reserved for MG. One can either mention a mac offset while configuring an ip on the vlan or it can be alloted by the system within the above range.

The address entry IfType indicates the type of the interface. In the case of circuit-less-IP there is no association with any ports. In other words, it can be thought of as a virtual interface. The value 'brouter port' indicates this interface is associated with a specific physical port. The value 'vlan' indicates a logical port that contains one or physical ports/MLT ports. Enumeration: 'circuitLessIP': 1, 'brouterPort': 2, 'vlan': 3.

The VrfId used in this table is to associate VLANs or Brouter ports to a VRF after the creation of VLANs or Brouter ports. VRFID 0 is reserved for the Administrative VRF.

IpFlow Table. This table contain entries that correspond to RSVP records in the switching fabric Address Resolution table. A connection that has a matching entry in this table will be processed with a higher priority than connections that do not have an entry.

Proprietary flow control variables.

The source IP address of an IP packet.

The source port of an IP packet. A zero value in this field is used as a wildcard value.

The destination IP address of an IP packet.

The destination port of an IP packet. A zero value in this field is used as a wildcard value.

The protocol type of an IP packet. A zero value in this field is used as a wildcard value. Enumeration: 'ip': 4, 'udp': 17, 'tcp': 6.

Status of entry.

Used to indicate whether or not to Redistribute RIP routes to OSPF.

Value of metric that is used to translate the RIP route to OSPF.

Used to indicate whether or not to use the user specified default metric for redistributing RIP routes to OSPF.

Used to configure the metric type of the distributed routes to OSPF domain. type1 means the metric is comparable directly to the link state metric (cost = internal cost + external cost). type2 means the metric is considered larger than any link state metric (cost = external cost). Enumeration: 'type1': 1, 'type2': 2.

Used to indicate whether or not to redistribute OSPF routes to RIP.

Value of metric that is used to translate the OSPF route to RIP.

Used to indicate whether or not to use the user specified default metric for redistributing OSPF routes to RIP.

Used to indicate whether directly connected networks through non-ospf interfaces are distributed to OSPF database or not. If set to true all the static routes will be added as external routes to OSPF routing domain, provided the router is configured as AS Border router. Also originates asExtern link LSA.

Used to indicate whether or not to use the user specified default metric for redistributing direct routes to OSPF. Enumeration: 'usePortSpeed': 1, 'useExplicitMetric': 2.

Value of metric that is used to translate the routes to directly connected networks to OSPF.

Used to configure the metric type of the distributed routes to OSPF domain. type1 means the metric is comparable directly to the link state metric (cost = internal cost + external cost). type2 means the metric is considered larger than any link state metric (cost = external cost). Enumeration: 'type1': 1, 'type2': 2.

Used to indicate whether static routes (that are configured locally through management protocol) are distributed to OSPF database or not. If set to true all the static routes will be added as external routes to OSPF routing domain, provided the router is configured as AS Border router. Also originates asExtern link LSA.

Value of metric that is used to translate the static routes to OSPF.

Used to indicate whether or not to use the user specified default metric for redistributing static routes to OSPF.

Used to configure the metric type of the distributed routes to OSPF domain. type1 means the metric is comparable directly to the link state metric (cost = internal cost + external cost). type2 means the metric is considered larger than any link state metric (cost = external cost). Enumeration: 'type1': 1, 'type2': 2.

Used to indicate whether default route (that are configured locally through management protocol) should be distributed to OSPF database or not. If set to true then the default route will be added as external route to OSPF routing domain, provided the router is configured as AS Border router. Also originates asExtern link LSA.

Used to indicate whether directly connected networks through non-rip interfaces are distributed to RIP or not.

Used to indicate whether static routes (that are configured locally through management protocol) are distributed to RIP database or not. If set to true all the static routes will be added as external routes to RIP routing domain.

A table used to maintain IGMP information for a particular interface.

Entry containing IGMP information. An entry is automatically created in this table when routing is enabled for an interface -or- when an ip address is configured on an interface.

An unique value to identify a physical interface or a logical interface (VLAN).

The frequency at which IGMP Host-Query packets are transmitted on this interface.

The version of IGMP which is running on this interface. This object can be used to configure a router capable of running either value. For IGMP to function correctly, all routers on a LAN must be configured to run the same version of IGMP on that LAN. Enumeration: 'version1': 1, 'version2': 2.

The maximum query response time advertised in IGMPv2 queries on this interface. Smaller values allow a router to prune groups faster.

A timeout interval. If no IGMPv2 queries are heard on this interface within this timeout interval, the local router will take over the Querier on the IP subnet to which this interface is attached.

An indication of whether the processing of IGMPv2 Leave messages is enabled on this interface.

Status of entry.

lossiness of network.

max response in GrpSpec Query.

Enable snoop.

Enable proxy snoop.

The (conceptual) table listing the multicast groups configured in the device.

An entry (conceptual row) representing an Igmp group.

Multicast group Address (Class D) that others want to join. A group address can be the same for many incoming ports.

IP Address of a source that has sent group report wishing to join this group.

An unique value to identify a physical interface or a logical interface (VLAN), which has received Group reports from various sources.

Time left before the group report expired on this port. Only one of this variable port. This variable is updated upon receiving a group report.

An unique value to identify a physical interface or a logical interface (VLAN), which has received Group reports from various sources.

User-id sending this group

Used for IGAP, to indicated member state. Enumeration: 'authAndAcctStart': 4, 'accStart': 3, 'authAndAcctDisabled': 5, 'auth': 2, 'noState': 1.

Used for IGAP, to indicated the session time in seconds for the member. Session time is started after traffic is available to member. It can be also called AccountingTime since its values correspondes to the accounting duration of IGAP user session.

This entity's IP Routing table.

A route to a particular destination.

The destination IP address of this route. An entry with a value of 0.0.0.0 is considered a default route. Multiple routes to a single destination can appear in the table, but access to such multiple entries is dependent on the table- access mechanisms defined by the network management protocol in use.

Indicate the mask to be logical-ANDed with the destination address before being compared to the value in the rcIpRouteDest field. For those systems that do not support arbitrary subnet masks, an agent constructs the value of the rcIpRouteMask by determining whether the value of the correspondent rcIpRouteDest field belong to a class-A, B, or C network, and then using one of: mask network 255.0.0.0 class-A 255.255.0.0 class-B 255.255.255.0 class-C If the value of the rcIpRouteDest is 0.0.0.0 (a default route), then the mask value is also 0.0.0.0. It should be noted that all IP routing subsystems implicitly use this mechanism.

The IP address of the next hop of this route. (In the case of a route bound to an interface which is realized via a broadcast media, the value of this field is the agent's IP address on that interface).

The primary routing metric for this route. The semantics of this metric are determined by the routing-protocol specified in the route's rcIpRouteProto value. If this metric is not used, its value should be set to -1.

The index value which uniquely identifies the local interface through which the next hop of this route should be reached. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex.

The type of route. Enumeration: 'indirect': 4, 'other': 1, 'direct': 3.

The routing mechanism via which this route was learned. Inclusion of values for gateway routing protocols is not intended to imply that hosts should support those protocols. Enumeration: 'bgp': 14, 'vRip': 17, 'bbnSpfIgp': 12, 'ggp': 6, 'vOspf': 15, 'ospf': 13, 'egp': 5, 'vBgp': 16, 'rip': 8, 'es-is': 10, 'ciscoIgrp': 11, 'other': 1, 'is-is': 9, 'icmp': 4, 'local': 2, 'hello': 7, 'netmgmt': 3.

The number of seconds since this route was last updated or otherwise determined to be correct. Note that no semantics of `too old' can be implied except through knowledge of the routing protocol by which the route was learned.

Used to create/delete entries

Alternative Route Sequence. 0 denotes Best Route.

The type of route. It is a combination of direct, indirect, best, alternative and ECMP path. Enumeration: 'dBN': 14, 'dBU': 22, 'iASVE': 193, 'iBN': 10, 'iBE': 3, 'iBF': 34, 'iA': 0, 'iBSVE': 195, 'iB': 2, 'iBVN': 74, 'iBV': 66, 'iBEN': 11, 'iBEF': 35, 'iAEN': 9, 'iBSEN': 139, 'iAEU': 17, 'iBEV': 67, 'iBEU': 19, 'iBEVN': 75, 'iBSN': 138, 'iAN': 8, 'iASV': 192, 'iAE': 1, 'iBSE': 131, 'dB': 6, 'iBU': 18, 'iASE': 129, 'iAU': 16, 'iBS': 130, 'iBSV': 194, 'iAS': 128.

srcVrfId of the next-hop address

Identifier of the next-hop, hostname or mac adress.

DHCP configuration table

Used to configure DHCP on a particular port. An entry is created automatically when the variable rcIpConfDhcpEnable is set to TRUE. Once created this entry will only be deleted if the rcIpConfDhcpRowStatus is set to 'destroy(6)'. In which case, the rcIpConfDhcpEnable is automatically reset to the FALSE setting.

Interface number. The number can represent either a physical or logical(VLAN) interface.

Used to indicate the maximum number of hops a DHCP packet can take from the source device to the destination device (i.e., DHCP client to DHCP server).