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Identification of an RND device. The device type for each integer clarifies the sysObjectID in MIB - II. Enumeration: 'ogvan': 26, 'ogRubT': 29, 'xeb': 4, 'rtb': 7, 'ran': 15, 'openGate4': 14, 'ogRanTR': 19, 'prt': 41, 'elX': 30, 'fccs1004': 23, 'vanXS': 34, 'openGate2': 18, 'mlm': 42, 'fccs1012': 24, 'prt11': 43, 'itlb': 16, 'ftc': 21, 'armon': 22, 'iprouter': 10, 'rdapter': 25, 'lre': 35, 'leb': 12, 'ielb': 11, 'ceb': 2, 'vGate2Fast': 39, 'vGate2': 36, 'quickOffice': 44, 'vGate4': 31, 'reb': 1, 'openGate12': 13, 'serverDispatcher2': 38, 'apollo': 45, 'ceblb': 3, 'serverDispatcher4': 37, 'ogRubE': 28, 'gatelinx': 17, 'stc': 20, 'mrt': 32, 'serverDispatcher2Fast': 40, 'radware': 62, 'ogSrubET': 33, 'ltb': 8, 'wanGate': 27, 'lte': 9, 'xeb1': 5, 'rebsx': 6.

This variable enables the operator to perform one of the specified actions on the tables maintained by the network device. Send actions require support of proprietery File exchange protocol. Enumeration: 'reset': 1, 'backupLanTab': 15, 'deleteArpTab': 8, 'backupArpTab': 16, 'sendNetworkTab': 2, 'backupNetworkTab': 14, 'resetCDB': 19, 'sendRoutingTab': 4, 'deleteRoutingTab': 5, 'backupSPFRoutingTab': 12, 'sendArpTab': 9, 'deleteZeroHopRoutingAllocTab': 21, 'sendLanTab': 6, 'deleteRouteTab': 10, 'sendRouteTab': 11, 'backupIPRoutingTab': 13, 'backupIPXSAPTab': 18, 'deleteLanTab': 7, 'backupIPXRipTab': 17, 'deleteNetworkTab': 3, 'eraseCDB': 20.

The name of the file used internally by RND for transferring tables maintained by network devices, using a prorietary File exchange protocol.

Identification of the RND bridge type. Enumeration: 'ogRubT': 43, 'xeb': 4, 'rtb': 7, 'ran': 34, 'openGate4': 33, 'ogRanTR': 38, 'openGate2': 37, 'ogVan': 40, 'itlb': 35, 'rete': 13, 'ceblb': 3, 'xtb': 11, 'reb': 1, 'rdapter': 39, 'lre': 46, 'leb': 31, 'ielb': 30, 'ceb': 2, 'vGate2': 48, 'vGate4': 45, 'openGate12': 32, 'wanGateI': 44, 'rtre': 10, 'ogRubE': 42, 'gatelinx': 36, 'mrt': 47, 'tre': 9, 'ltb': 8, 'wanGate': 41, 'ete': 12, 'xeb1': 5, 'rebsx': 6.

This variable defines the maximum time period that can pass between ARP requests concerning an entry in the ARP table. After this time period, the entry is deleted from the table.

A textual description of the enterprise-specific trap sent to the Network Management Station by the RND managed device.

The severity type of the enterprise-specific trap sent to the Network Management Station by the RND managed device.

The bridge version.

A bit mask that defines the features supported by a particular configuration of this network element: __________________________________________ | Byte 1|Byte 2 |Byte 3 | ....|Byte 20 | |87654321| | 87654321| |________|_______________________________| Byte1 : bit1: TX Block mask bit2: Source Routing Encapulation bit3: SNA/SDLC bit4: Frame Relay bit5: SNMP bit6: LAN Manager bit7: High Performance bit8: Translation Byte2 : bit1: DEC Router bit2: IPX Router bit3: IP Router Byte3 : bit1: Dial Up Backup bit2: COD bit3: FACS bit4: Load Balance bit5: Remote Configuration bit6: RIP 2 bit7: OSPF bit8: IPX RIP/SAP Filter Byte4 : bit1: BootP Server bit2: BootP Client bit3: Compression bit4: V25.bis bit5: ISDN bit6: CODv2 bit7: NSPF bit8: UDP Relay Byte5 bit1:VirtualLAN bit2:Static IP Multicast bit3:IP Redundancy bit4:CCM2 bit5:ISDN Bonding bit6:Backup Link Selection -- for the VAN/Rdapter ver 4.0 bit7:IP/IPX Forwarding -- for the WANgate ver 4.0 bit8:Improved COD Byte6 bit1: Server Disptacher bit2: ISDN_US -- for the VANSX/WANGATE ver 5.0 bit3: PPP bit4: IP Rip Filter -- for Vgate3 bit5: Zero Hop Routing -- for Vgate3 bit6: ISDN Japan Byte7 bit1: With unmanaged Switch bit2: 2 LANs bit3: OSPF Ver 2.0 bit4: FACS Ver 2.0 bit5: Multiple WEB Farm bit6: Backup Server

This parameter is used for entering a s/w license number for a device. A separate license number is supplied for each device.

This variable controlls the ability to transmit ICMP frames Enumeration: 'enable': 1, 'disable': 2.

The community table of the agent

The row definition for this table.

The management station that will be allowed to communicate with the agent IP address

The community string with which the management station will communicate with the agent

The allowed access to this management station Enumeration: 'readWrite': 2, 'readOnly': 1, 'super': 3.

Should the agent send traps to the management station Enumeration: 'trapsDisable': 2, 'trapsEnable': 1.

The status of this entry. If the status is invalid the community entry will be deleted Enumeration: 'enable': 1, 'invalid': 2.

The time will be sent in the format hhmmss

The date will be sent in the format ddmmyyyy

Defines the HW version of the product.

Defines the Configuration Symbol attached to any hardware module manufactured by LANNET. One single character A..Z defines the CS version.

This attribute describes the status of the group hardware as detected by the sensors software. Enumeration: 'hardwareProblems': 2, 'notSupported': 255, 'ok': 1.

RND-specific interface table. Each table entry includes an index, Board number, Network Address, interface status, clock indicator and interface cost.

The row definition for this table.

Index to the RND Interface Table. The interface defined by a particular value of this index is the same interface as identified by the same value of ifIndex (MIBII).

The interface defined by this entry correspTnds to the board defined by the same value of rndSlotBoardNum in the rndSlotTab.

The IP address of the interface defined by the particular value of rndIfIndex.

The current status of the interface. Enumeration: 'okSingleBrg': 2, 't1Alarm': 9, 'ok': 1, 'rxClockFault': 8, 'okMultiBrg': 3, 'txFault': 6, 'connctFault': 4, 'rxFault': 5, 'channelLoopback': 7.

rndIfClockType defines the type of clock each interface uses: internal or external. Enumeration: 'g703': 4, 'internal': 2, 'external': 1, 't1': 3.

Defines the baud rate of use by the interface. The valid rates are determined by the type of the media for which this baud rate is defined.

This variable assigns a transmission cost to the interface (channel or LAN). These costs are used in Level II routing. The costs aretypically inversly proportional to the channel quality.

Defines whether data compression is enabled or disabled for the interface. Enumeration: 'enable': 1, 'disable': 2.

Defines the status of the compression component: not-inserted - Compression component is not in the device active - Compression is enabled and operates correctly not-active - Compression is enables but does not operate. The reason may be that there is no compression component on the device connected to this interface. disabled - Compression was disabled by management, using variable rndCompression. Enumeration: 'active': 2, 'not-active': 3, 'disable': 4, 'not-inserted': 1.

Percentage of compression. This variable applies only if rndCompressionStatus is active.

Enable/Disable the LAT Compression. Enumeration: 'enable': 1, 'disable': 2.

This parameter indicates the type of compression option available in the device. none(1) - indicates that there is no compression option in the device lowSpeed(2) - indicates a compression option which is operational up to line speed sof 64 kbps. highSpeed(3)- indicates a compression option which is operational up to line speeds of 2 Mbps. Enumeration: 'none': 1, 'highSpeed': 3, 'lowSpeed': 2.

This parameter indicates the type of filtering in the device. Enumeration: 'destinationOnly': 1, 'sourceAndDestination': 2, 'none': 3.

The type of the WAN channel Enumeration: 'wanChannel': 1, 'lan': 7, 'spsX25': 8, 'frameRelayCAR': 11, 'frameRelay1490CAR': 10, 'frameRelay1490': 9, 'spsFramRelay': 4, 'ogRanPort': 2, 'ppp': 12, 'dialBackup': 5, 'routerToBridge': 3, 'snar': 6.

This variable indicates whether this interface forward Layer II pakages. Enumeration: 'enable': 1, 'disable': 2.

This variable indicates whether this interface will forward pakages that fit HighPriority set by the manager. Enumeration: 'enable': 1, 'disable': 2.

This variable indicates the RND WAN header type used for frames which pass through this interface. 'regular' specifies a 14 bytes header compatible with older OG versions and 'short' a 4 byte header compatible with the RND adapter product family. Enumeration: 'regular': 1, 'short': 2.

This variable indicates whether this interface operates in half duplex full duplex or auto negotiation mode. Enumeration: 'full': 2, 'half': 1.

Used to define the default action for the device, when no FACS statements applicable to a given frame are defined. Enumeration: 'forward': 2, 'blockAndReport': 129, 'enable': 3, 'disable': 4, 'block': 1.

The table of FACS action.

Each rndFACSActEntry consist of the following parameters

This parameter indicate on which FACS Table the FACS action will preform. Enumeration: 'activeDB': 4, 'tempDB': 5, 'rx': 2, 'tx': 1.

The interface to which this FACS entry is applicable.

The management station that sends a SET request for one of these actions with indexes rndFACSType and rndFACSIfIndex defines the type and the interface Id for which all FACS statements are to be erased. If no interface or no type is specified, all FACS statements for a protocol are erased. Enumeration: 'none': 1, 'eraseIPX': 4, 'backupBrg': 13, 'replaceIP': 6, 'eraseDECnet': 3, 'backupIP': 10, 'eraseIP': 2, 'replaceBrg': 9, 'eraseBrg': 5, 'replaceIPX': 8, 'backupIPX': 12.

The table of FACS statment.

Each FACS statment consist of the following parameters

The interface to which this FACS entry is applicable.

This parameter define the protocol the Security Access Control is applicable. Enumeration: 'ip': 1, 'ipx': 2, 'dec': 3, 'bridge': 4.

The Mode of in which this FACS statement operates. Enumeration: 'activeDB': 4, 'tempDB': 5, 'rx': 2, 'cod': 3, 'tx': 1.

Index to the FACS Table.

The size of the octet string will be according to the protocol type define in rndFACSProtocolType.

Source-address mask .

Destination-address The size of the octet string will be according to the protocol type define in rndFACSProtocolType .

Destination-address mask .

... . Enumeration: 'deny': 4, 'blockZHRP': 5, 'blockAndReport': 129, 'permit': 3, 'forward': 2, 'block': 1.

... . Enumeration: 'arp': 3, 'none': 1, 'ip': 5, 'udp': 6, 'tcp': 7, 'l2multicast': 2, 'decnet': 8, 'ipx': 9, 'icmp': 4.

Port/socket number for different applications 0 is default meaning not applicable.

Index into RND mask table FACS/COD Type) .

Index into RND mask table FACS/COD according to the value of rndFACSType .

The status of a table entry. Enumeration: 'underCreation': 3, 'createRequest': 2, 'valid': 1, 'invalid': 4.

The IPAddress of the BOOTP server. the OpenGate will act as a BootP relay if this parameter is not equale to 0.0.0.0.

BootP requests are relayed only if their SEC field is greater or equal to the threshold value in order to allow local BootP Servers to answer first.

This table is parralel to MIB II IpAddrTable, and is used to add/delete entries to/from that table. In addition it contains private objects.

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

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

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 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.

This variable controls forwarding of IP (sub)net-directed broadcasts destined for an attached sub(net). Enumeration: 'enable': 1, 'disable': 2.

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

The validity of this entry. Invalid indicates that this entry is invalid in IpAddrTable (MIB II). Enumeration: 'valid': 1, 'invalid': 2.

Indicates how the host part of ip subnet broadcast messages will be filled: 0 - host part will be filled by 0 1 - host part will be filled by 1.

The vlan Tag value that represent this ip interface this filed include both vlna tag and vlan priority

This variable controlls the ability to generate ICMP error messages Enumeration: 'enable': 1, 'disable': 2.

This table contains ICMP Router Discovery parameters configurated per IP interface.

The ICMP parameters configurated for IP interface.

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

The IP destination address to be used for multicast Router Advertisements sent from the interface. The only permissible values are the all-systems multicast address, 224.0.0.1, or the limited-broadcast address, 255.255.255.255.

The maximum time allowed between sending multicast Router Advertisements from the interface, in seconds. Must be no less than 4 seconds and no greater than 1800 seconds.

The minimum time allowed between sending unsolicited multicast Router Advertisements from the interface, in seconds. Must be no less than 3 seconds and no greater than rsIcmpRdMaxAdvertInterval. Default: 0.75 * rsIcmpRdMaxAdvertInterval.

The maximum length of time that the advertised addresses are to be considered as valid. Must be no less than rsIcmpRdMaxAdvertInterval and no greater than 9000 seconds. Default: 3 * rsIcmpRdMaxAdvertInterval.

A flag indicating whether or not the address is to be advertised. Enumeration: 'enable': 1, 'disable': 2.

The preferability of the address as a default router address, relative to other router addresses on the same subnet.

Setting of any value to this object set values of all fields to the default values.

This table is extension of rip2IfConfTable (RFC 1389 ,RIP 2)

The IP Address of this system on the indicated subnet.

This variable defines the virtual number of hops assigned to the interface specified by rsIfIpAddrIndex. This enables fine-tuning of the RIP routing algorithm.

This variable controls RIP automatic send behavior. If enabled and no routers were heard on the interface, RIP will only send default route with high metric. Otherwise RIP will send updates according to configuration. Enumeration: 'enable': 1, 'disable': 2.

Setting this object to any not-null value has the effect of deleting all entries of the ARP table.

This variable defines the maximum time period (in second) that can pass between ARP requests concerning an entry in the ARP table. After this time period, the entry is deleted from the table.

When ARP Proxy is enabled, the router can respond to ARP requests for nodes located on a different sub-net, provided they are it its network table. The router responds with its own MAC address. When ARP Proxy is disabled, the router responds only to ARP requests for its own IP addresses. Enumeration: 'enable': 1, 'disable': 2.

General Retransmission time-out value (seconds)

Total Retransmission time-out value (seconds)

The file name include path where the Router Server will put the full configuration. The default destination address will be the sender address.

The file name include path where the Router Server will get the configuration. The default source address will be the sender address.

The file name include path where the Router Server will get the software. The source address will the sender address.

The IP address of the configuration / sw server.

This variable controls the IP Redundancy method in the device. In case the value is enable, it means the ARP redundancy mechanism is running .If the value is vrrp, it means the former redundancy mechanism is disabled, and the vrrp mechanism is enabled. If the value is disable, both redundancy methods are disabled Enumeration: 'vrrp': 3, 'enable': 1, 'disable': 2.

obsolete Enumeration: 'active': 1, 'inactive': 2.

List of IP addresses backed up by this router.

The row definition for this table.

The Ip address of the IP interface on which the redundancy feature is operational.

The Ip address of the polled main router.

If active, the main router is considered inoperational and the IP interface operates as its backup. Enumeration: 'active': 1, 'inactive': 2.

Polling interval for this router (in seconds). If 0 the router is not polled.

Interval in seconds during which the backed-up router must signal. If it does not signal, it is considered inoperational and the IP interface starts operating as backup.

Entry status Enumeration: 'createAndWait': 5, 'notInService': 2, 'notReady': 3, 'createAndGo': 4, 'active': 1, 'destroy': 6.

This parameter controls leaking (redistribution) of static routes to RIP. When enabled, all routes inserted to the IP routing table via SNMP are advertised into RIP. Enumeration: 'enable': 1, 'disable': 2.

This parameter controls leaking (redistribution) of static routes into OSPF. When enabled, all routes inserted to the IP routing table via SNMP are advertised into OSPF as external routes. Enumeration: 'enable': 1, 'disable': 2.

This parameter controls leaking (redistribution) of routes from OSPF to RIP. If enabled, all routes learned via OSPF are advertised into RIP. Enumeration: 'enable': 1, 'disable': 2.

This parameter controls leaking (redistribution) of routes from RIP to OSPF. If enabled, all routes learned via RIP are advertised into OSPF as external routes. Enumeration: 'enable': 1, 'disable': 2.

This parameter controls leaking (redistribution) into OSPF of direct routes external to OSPF, i.e. routes to local network corresponding to IP interfaces on which OSPF is disabled. When enabled, all such direct routes are advertised into OSPF as external routes. Enumeration: 'enable': 1, 'disable': 2.

The table of RIP global filters per IP router.

An entry in the RIP global filter table

Type of filter - input/output Enumeration: 'input': 1, 'output': 2.

Number of RIP filter.

The validity of this entry. Setting this value to invalid deletes the entry, and the entry may be actualy removed from the table. Enumeration: 'underCreation': 3, 'valid': 1, 'invalid': 2.

network prefix IP address, as in the forwarding table.

the number of bits in the IP Network mask, called network-prefix-length in Router Requirements terminology. for example: the value 16 means mask 255.255.0.0

the number of bits to match in the Network IP address. A value smaller than 32 defines a wildcard. for example: the value 8 means all routes whose leftmost 8 bits are equal to those of the network IP address. If this variable has a value other than 32, than rsIpRipFilterGlbNetworkMaskBits must be 0 and is ignored.

Filter action - permit/deny for this network Enumeration: 'deny': 1, 'permit': 2.

Table of input/output RIP filters used per IP Interface.

An entry in the Intf RIP filter table

The IP address identifying the RIP interface for this filter. This value corresponds to rsIpAdEntAddr.

Type of filter - input/output Enumeration: 'input': 1, 'output': 2.

Number of RIP filter for this Interface

The validity of this entry. Setting this value to invalid deletes the entry, and the entry may be actualy removed from the table. Enumeration: 'underCreation': 3, 'valid': 1, 'invalid': 2.

network prefix IP address, as in the forwarding table.

the number of bits in the IP Network mask, called network-prefix-length in Router Requirements terminology. for example: the value 16 means mask 255.255.0.0

the number of bits to match in the Network IP address. A value smaller than 32 defines a wildcard. for example: the value 8 means all routes whose leftmost 8 bits are equal to those of the network IP address. If this variable has a value other than 32, than rsIpRipFilterLclNetworkMaskBits must be 0 and is ignored.

Filter action - permit/deny Enumeration: 'deny': 1, 'permit': 2.

Enables or disables RIP. Enumeration: 'enable': 1, 'disable': 2.

An entry of this table specifies an new ifIndex with a type of propVirtual(53).

A list of information for each virtual LAN.

An logical interface number, corresponded this VL

The protocol, supported by this VL. The meanings of the values are: other: none of the following. This VL includes any protocol except the following protocols. It is a bridging VL. RS relies on a third-party router to exchange traffic between nodes on different virtual LANs of this type. IP: This is a routing VL, RS will route between nodes on different virtual LANs. IPmulticast: RS will broadcast the message to all the VL's ports. Used for video-conferencing applications. ipxRaw: This is a Routing VL, RS will route between nodes on different virtual LANs. ipxET: This is a routing VL, RS will route between nodes on different virtual LANs. ipxLLC: This is a routing VL, RS will route between nodes on different virtual LANs. ipxSNAP: This is a routing VL, RS will route between nodes on different virtual LANs. decNET: This is a bridging VL, RS relies on a third-party router to exchange traffic between nodes on different DECnet virtual LANs of this type. netBios: This is a Bridging VL, RS relies on a third-party router to exchange traffic between nodes on different NetBIOS virtual LANs of this type. appleTalk: This is a bridging VL, RS relies on a third-party router to exchange traffic between nodes on different AppleTalk virtual LANs of this type. Enumeration: 'xns': 12, 'ipmulticast': 3, 'sna': 13, 'ip': 2, 'appleTalk': 11, 'userDefined': 14, 'ipxLLC': 6, 'ipxRaw': 4, 'other': 1, 'ipxSNAP': 7, 'netBios': 10, 'decNET': 8, 'ipxET': 5, 'decLAT': 9.

It is used only in the case of IP. The meanings of the values are: true(1): Autolearning is used for this VL false(2): Autolearning isn't used for this VL from ports, specified in the table virtualLanAutoConfTable.

It is used to delete an entry

regular - ordinary type specBroadcast - for switches that support VLANs as a set of ports and only as a broadcast domain: broadcast frames do not cross VLAN's bounders, but unicast frames may be transmitted between different VLANs. Permits passing of broadcast frames between Vgate's VLANs. specArpReq - for switches that support VLANs as a set of ports and only as a broadcast domain: broadcast frames do not cross VLAN's bounders, but unicast frames may be transmitted between different VLANs. Permits passing of ARP request frames between Vgate's VLANs. specBroadcastAndUnicast - for switches that support VLANs as a set of ports but no frame crosses VLAN's bounders. Permits passing of IP/ARP request broadcast and IP unicast frames between Vgate's VLANs. specArpReqAndUnicast - for switches that support VLANs as a set of ports but no frame crosses VLAN's bounders. Permits passing of ARP request broadcast and IP unicast frames between Vgate's VLANs. This type can be used only for IP VLANs. Enumeration: 'specArpReqAndUnicast': 5, 'regular': 1, 'specArpReq': 3, 'specBroadcast': 2, 'specBroadcastAndUnicast': 4.

For each VL (a ifIndex with a type of propVirtual(53)) an entry of this table specifies a set of ports, which it contains.

A entry of this table specifies a VL and a port belonging to it

An logical interface number, corresponding to this VL

A physical port belonging to the VL specified by vlIfIndex.

static means configured by user dynamic means autoconfigured by the RS Enumeration: 'dynamic': 2, 'static': 1.

It is used to delete an entry

This table specifies per a routing protocol a set of ports, from which RS will automatically learning VL in accordance with rules, defined by the protocol.

One port, specified by vlAutoConfPortIfIndex, for which the RS will automatically learn its VL in accordance with rules, defined by the protocol specified in vlAutoConfProto.

Port on which the autoconfig option should be supported

Protocol for which the autoconfig option is supported for the port specified by vlAutoConfPortIfIndex Enumeration: 'ip': 2.

It is used to delete an entry

The units of this MIB object is seconds. Its value can be either 0 or in range 10..65535 .

This table enable the user to add interface to the RS. RS will automatically add the new interface to the interface Table

Each entry defines a configured interface.

This variable uniquely identifies the interface. It is used as a cross reference in other system tables

This variable identifies the type of the specific entry in the rsIfConfTable. This field is writable only at creation time (i.e., when value of status is underCreation).

This variable provides a logical name to a specific entry in rsIfConfTable

The status of the ConfigEntry. The choices are those defined in SNMPv2-TC. Only: active, createAndWait, and destroy will be used. active - The conceptual row is available for use by the managed device. createAndWait - A new instance of a conceptual row is desired, but not to have it available for use by the managed device. destroy - Delete all instances associated with an existing conceptual row.

This variable indicates the time interval the forwarding task inside the RS works in High Priority Mode.

This variable indicates the time interval the forwarding task inside the RS works in Low Priority Mode.

This variable indicates the debug level the Router Server works. the range of this variable is 1..100

This variable will contain some dignostic information in case on a problem ocurs in the RS functinality.

This variable enables the operator to confirm all the message in the event Message Table.

The Event Message table of the agent

The row definition for this table.

The event number,the index of this table.

The event discription, this text will include time and severity.

This variable specifies aging time used by the REA for remote entries in the Ip Fast Forwarding Table.

This variable specifies the maximum length of hash chains in the Fast Forwarding Tables.

Enumeration: 'on': 1, 'off': 2.

The Platform will perform fast IP forwarding if only if this variable's value is enable. Enumeration: 'enable': 1, 'disable': 2.

The Platform will perform fast IPX forwarding if only if this variable's value is enable. Enumeration: 'enable': 1, 'disable': 2.

The Platform will perform bridging if only if this variable's value is enable. Enumeration: 'enable': 1, 'disable': 2.

The RS and Platform will perform FASC if only if this variable's value is enable. Enumeration: 'enable': 1, 'disable': 2.

The number of IP datagrams have been forwarded by the Platform.

The number of IP datagrams have been dicarded by the Platform.

The number of IPX datagrams have been forwarded by the Platform.

The number of IP datagrams have been dicarded by the Platform.

The Bridge Fast Forwarding Table

The row definition for this table.

The number of bridging datagrams have been discarded by the Platform.

The number of bridging datagrams have been forwarded by the Platform.

The IP Fast Forwarding Table

The row definition for this table.

Enumeration: 'remote': 2, 'direct': 1.

A bit mask that defines the applications associated with this entry: __________________________________________ | Byte 1|Byte 2 |Byte 3 | ....|Byte 20 | |87654321| | 87654321| |________|_______________________________| Byte1 : bit1: Server Dispatcher Client

The IPX Fast Forwarding Table

The row definition for this table.

Enumeration: 'remote': 2, 'direct': 1.

The Bridge Responsibility Table

The row definition for this table.

The Platform will perform the Source Port Violation Procedure if only if this variable's value is enable. Enumeration: 'enable': 1, 'disable': 2.

The RS will send the Source Port Violation TRAP messages if only if this variable's value is enable. Enumeration: 'enable': 1, 'disable': 2.

The Platform will verify the source address of incoming IP datagram. Enumeration: 'enable': 1, 'disable': 2.

The number of free buffers.

Enumeration: 'enable': 1, 'disable': 2.

Enumeration: 'vNET': 1, 'dstMac': 2.

Enumeration: 'enable': 1, 'disable': 2.

Maximal number of entries in bridge forwarding table.

Future maximal number of entries in bridge forwarding table.

Maximal number of entries in Ip forwarding table.

Future maximal number of entries in Ip forwarding table.

Maximal number of entries in Arp forwarding table.

Future maximal number of entries in Arp forwarding table.

Maximal number of entries in Ipx forwarding table.

Future maximal number of entries in Ipx forwarding table.

Maximal number of entries in IpxSap table.

Future maximal number of entries in IpxSap table.

Maximal number of entries in rsSdClientsTable.

Future maximal number of entries in rsSdClientsTable.

The current maximal number of direct Zero-hop routing connections.

The future (after reset) maximal number of direct Zero-hop routing connections.

Maximal number of entries in rsSdClientsTable.

Future maximal number of entries in rsSdClientsTable.

Maximal number of entries in the routing table.

Future maximal number of entries in the routing table.

In this table the WSD collects statistics per servers.

The row definition for this table.

This variable indicate the name assigned by the user to the serve.

The total number of currently active users attached to this server.

Maximal number of frames per second dispatched to server since last reset.

Number of frames per second dispatched to server.

Number of frames per second dispatched to server.

Number of seconds after server initialization during which ISD won't send any requests.

Number of seconds after server recovery during which the server will get less requests than permitted by his weight and load.

The maximal number of client sessions which can be opened on this sever.

Enable / Shutdown all the applications on this physical server. Enumeration: 'enable': 1, 'shutdown': 2.

Connection limit reached flag.

Dummy variable for stopping getnext.

List of Farm IP addresses backed up by this router.

The row definition for this table.

The Farm Virtual Ip address on which the redundancy feature operates.

The Ip address of the polled main wsd.

If active, the main wsd is considered inactive and the IP interface operates as its backup. Enumeration: 'active': 1, 'inactive': 2.

Polling interval for the main wsd (in seconds). If 0 the wsd is not polled.

Interval in seconds during which the backed-up wsd must signal. If it does not signal, it is considered inactive and the IP interface starts operating as backup.

Entry status Enumeration: 'createAndWait': 5, 'notInService': 2, 'notReady': 3, 'createAndGo': 4, 'active': 1, 'destroy': 6.

Dummy variable for stopping getnext.

Check source port and if different open new client entry. Enumeration: 'enable': 1, 'disable': 2.

Check source port and if different select a new server. Enumeration: 'enable': 1, 'disable': 2.

Dose some WSD backup me. Enumeration: 'enable': 1, 'disable': 2.

The Topology chosen for the NSD. Slow mode keeps the servers behind the NSD. Fast mode uses retargeting to connect clients directly to servers. Enumeration: 'slowMode': 1, 'fastMode': 2.

NetBIOS Name Server IP Address.

Enable/Disable syslog message sending to remote station. Enumeration: 'enable': 1, 'disable': 2.

The IP Address of the syslog station.

In this table the WSD collects NT statistics per servers.

The row definition for this table.

The serial number of the algorithm.

The period for getting the frequent NT variables.

The weight for currently open sessions consideration.

The weight for incoming traffic consideration.

The weight for outgoing traffic consideration.

The period for getting the regular NT variables.

The weight for average response time.

The weight for the users limit on the server.

The weight for the TCP connections limit on the server.

The number of retries before issuing a trap.

The SNMP community name with which we access the servers.

Dummy variable for stopping getnext.

In this table the WSD collects private statistics per server.

The row definition for this table.

The serial number of the algorithm.

The period for getting the private variables.

This MIB variable will be retrieved from the server.

The weight for variable number 1.

This MIB variable will be retrieved from the server.

The weight for variable number 2.

The number of retries before issuing a trap.

The SNMP community name with which we access the servers.

Specify the type of parameter. Ascending means that the value of 100 is the best (Idle CPU percentage). Descending means that the value of 0 is the best (CPU utilization percentage) Enumeration: 'descending': 2, 'ascending': 1.

Specify the type of parameter. Ascending means that the value of 100 is the best (Idle CPU percentage). Descending means that the value of 0 is the best (CPU utilization percentage) Enumeration: 'descending': 2, 'ascending': 1.

Dummy variable for stopping getnext.

Enable/Disable DNS resolution for Farm Addresses. In proximity mode, the WSD will give the best proximity address for the farm. Enumeration: 'proximity': 3, 'enable': 1, 'disable': 2.

Software download user provided password.

Software download user provided version.

Enable/Disable NAT - to hide the address of the server in messages send . Enumeration: 'enable': 1, 'disable': 2.

Whether to take the interfaces when coming up from redundancy failure automatically or wait for manual terminal command Enumeration: 'manual': 2, 'automatic': 1.

RND-specific interface table. Each table entry includes an index, Board number, Network Address, interface status, clock indicator and interface cost.

The row definition for this table.

Index to the RND Interface Table. The interface defined by a particular value of this index is the same interface as identified by the same value of ifIndex (MIBII).

The interface defined by this entry correspTnds to the board defined by the same value of rndSlotBoardNum in the rndSlotTab.

The IP address of the interface defined by the particular value of rsWSDIfIndex.

The current status of the interface. Enumeration: 'okSingleBrg': 2, 't1Alarm': 9, 'ok': 1, 'rxClockFault': 8, 'okMultiBrg': 3, 'txFault': 6, 'connctFault': 4, 'rxFault': 5, 'channelLoopback': 7.

rsWSDIfClockType defines the type of clock each interface uses: internal or external. Enumeration: 'g703': 4, 'internal': 2, 'external': 1, 't1': 3.

Defines the baud rate of use by the interface. The valid rates are determined by the type of the media for which this baud rate is defined.

This variable assigns a transmission cost to the interface (channel or LAN). These costs are used in Level II routing. The costs aretypically inversly proportional to the channel quality.

Defines whether data compression is enabled or disabled for the interface. Enumeration: 'enable': 1, 'disable': 2.

Defines the status of the compression component: not-inserted - Compression component is not in the device active - Compression is enabled and operates correctly not-active - Compression is enables but does not operate. The reason may be that there is no compression component on the device connected to this interface. disabled - Compression was disabled by management, using variable rndCompression. Enumeration: 'active': 2, 'not-active': 3, 'disable': 4, 'not-inserted': 1.

Percentage of compression. This variable applies only if rndCompressionStatus is active.

Enable/Disable the LAT Compression. Enumeration: 'enable': 1, 'disable': 2.

This parameter indicates the type of compression option available in the device. none(1) - indicates that there is no compression option in the device lowSpeed(2) - indicates a compression option which is operational up to line speed sof 64 kbps. highSpeed(3)- indicates a compression option which is operational up to line speeds of 2 Mbps. Enumeration: 'none': 1, 'highSpeed': 3, 'lowSpeed': 2.

This parameter indicates the type of filtering in the device. Enumeration: 'destinationOnly': 1, 'sourceAndDestination': 2, 'none': 3.

The type of the WAN channel Enumeration: 'wanChannel': 1, 'lan': 7, 'spsX25': 8, 'frameRelayCAR': 11, 'frameRelay1490CAR': 10, 'frameRelay1490': 9, 'spsFramRelay': 4, 'ogRanPort': 2, 'ppp': 12, 'dialBackup': 5, 'routerToBridge': 3, 'snar': 6.

This variable indicates whether this interface forward Layer II pakages. Enumeration: 'enable': 1, 'disable': 2.

This variable indicates whether this interface will forward pakages that fit HighPriority set by the manager. Enumeration: 'enable': 1, 'disable': 2.

This variable indicates the RND WAN header type used for frames which pass through this interface. 'regular' specifies a 14 bytes header compatible with older OG versions and 'short' a 4 byte header compatible with the RND adapter product family. Enumeration: 'regular': 1, 'short': 2.

This variable indicates whether this interface operates in half duplex full duplex or auto negotiation mode. Enumeration: 'auto': 3, 'full': 2, 'half': 1.

The percent of client entries to back up.

Enable/Disable mirroring. This enables the allocation of the mirror tables. Enumeration: 'enable': 1, 'disable': 2.

Enable/Disable of the mirror protocol. That is whether to send the mirror messages. Enumeration: 'enable': 1, 'disable': 2.

Table containing the list of active mirror entries.

The row definition for this table.

The IP address of the active device.

This variable indicates the administrative status of this entry. Used to delete an entry of this table. Enumeration: 'createAndWait': 5, 'notInService': 2, 'notReady': 3, 'createAndGo': 4, 'active': 1, 'destroy': 6.

Dummy variable for stopping getnext.

The polling time for sending the client entries.

An administratively-assigned value that identifies managed device platform. Enumeration: 'onecpuh': 4, 'cougar': 6, 'boomer': 5, 'vgate': 1, 'onecp': 3, 'vgfe': 2.

An administratively-assigned value that identifies managed device configuration. Enumeration: 'fixed-16-5': 6, 'twoPorts': 1, 'fixed-2': 3, 'chassis': 7, 'fixed-8-2': 5, 'fixed-8': 4, 'fourPorts': 2, 'fixed-7': 8.

Software download password status. Enumeration: 'passwordOK': 2, 'wrongPassword': 3, 'statusUnset': 1.

Flash Size

DRAM Size

Enable/Disable the backup redundant device for a VLAN. Enumeration: 'enable': 1, 'disable': 2.

Resource Utilization of WSD. Considers network utilization and internal CPU utilization

Resource Utilization of internal CPU utilization

Resource Utilization of network utilization

Build number

When enabled, a single trap is used to indicate server failure. When disabled, continuous traps are sent. Enumeration: 'enable': 1, 'disable': 2.

Table containing the list of ports/protocols for secured (encrypted) communication between the device and the management station or other device.

The row definition for protocol table.

The protocol that should work in secured mode. Enumeration: 'snmp': 1, 'lrp': 3, 'srp': 5, 'prp': 4, 'mirror': 6, 'tftp': 2.

The status (secured or not secured) of the protocol. Enumeration: 'encrypted': 1, 'notEncrypted': 2.

The table contains all the physical ports. Each port can be set to allow/block SNMP operations to the device.

Row definition for the table.

Physical port number.

enable - accept SNMP operations on the physical port. disable - ignore SNMP opertaions on the physical port. Enumeration: 'enable': 1, 'disable': 2.

A table containing the users authorized to use TELNET.

Information about a particular Telnet user.

User Name.

User password.

User email address.

minimum failure severity to be notified by mail Enumeration: 'info': 2, 'fatal': 5, 'none': 1, 'warning': 3, 'error': 4.

Entry status

The group to which that user belongs.

The Telnet Server Port.

Telnet Status. Enable/Disable Telnet Terminal operation. Enumeration: 'enable': 1, 'disable': 2.

An entry of this table specifies an new ifIndex with a type of propVirtual(53).

A list of information for each virtual LAN.

An logical interface number, corresponded this VL

The protocol, supported by this VL. The meanings of the values are: other: none of the following. This VL includes any protocol except the following protocols. It is a bridging VL. RS relies on a third-party router to exchange traffic between nodes on different virtual LANs of this type. IP: This is a routing VL, RS will route between nodes on different virtual LANs. IPmulticast: RS will broadcast the message to all the VL's ports. Used for video-conferencing applications. ipxRaw: This is a Routing VL, RS will route between nodes on different virtual LANs. ipxET: This is a routing VL, RS will route between nodes on different virtual LANs. ipxLLC: This is a routing VL, RS will route between nodes on different virtual LANs. ipxSNAP: This is a routing VL, RS will route between nodes on different virtual LANs. decNET: This is a bridging VL, RS relies on a third-party router to exchange traffic between nodes on different DECnet virtual LANs of this type. netBios: This is a Bridging VL, RS relies on a third-party router to exchange traffic between nodes on different NetBIOS virtual LANs of this type. appleTalk: This is a bridging VL, RS relies on a third-party router to exchange traffic between nodes on different AppleTalk virtual LANs of this type. swVlan: This is a Bridging and routing VL (switch VL) , Bridging is done on the Hertz/Uhaul level , and the RS route between nodes on different virtual LANs and/or between nodes of the switch VL. Enumeration: 'xns': 12, 'ipmulticast': 3, 'sna': 13, 'ip': 2, 'appleTalk': 11, 'userDefined': 14, 'ipxLLC': 6, 'ipxRaw': 4, 'other': 1, 'ipxSNAP': 7, 'netBios': 10, 'decNET': 8, 'ipxET': 5, 'swVlan': 15, 'decLAT': 9.

It is used only in the case of IP. The meanings of the values are: true(1): Autolearning is used for this VL false(2): Autolearning isn't used for this VL from ports, specified in the table virtualLanAutoConfTable.

It is used to delete an entry

regular - ordinary type specBroadcast - for switches that support VLANs as a set of ports and only as a broadcast domain: broadcast frames do not cross VLAN's bounders, but unicast frames may be transmitted between different VLANs. Permits passing of broadcast frames between Vgate's VLANs. specArpReq - for switches that support VLANs as a set of ports and only as a broadcast domain: broadcast frames do not cross VLAN's bounders, but unicast frames may be transmitted between different VLANs. Permits passing of ARP request frames between Vgate's VLANs. specBroadcastAndUnicast - for switches that support VLANs as a set of ports but no frame crosses VLAN's bounders. Permits passing of IP/ARP request broadcast and IP unicast frames between Vgate's VLANs. specArpReqAndUnicast - for switches that support VLANs as a set of ports but no frame crosses VLAN's bounders. Permits passing of ARP request broadcast and IP unicast frames between Vgate's VLANs. This type can be used only for IP VLANs. specSwitch - for switches that support VLANs as a set of ports. This VLAN type is for switching when packets do not have to get to the cpu except when an IP interface defined on the VLAN. In Switch VLAN the cpu don't interfere in the bridging action this is done on the Herzts level (L2). Enumeration: 'specBroadcast': 2, 'regular': 1, 'specArpReq': 3, 'specBroadcastAndUnicast': 4, 'specArpReqAndUnicast': 5, 'specSwitch': 6.

A VLAN tag, used for this VLAN on tagged ports. If it's 0, then a value of (rsSSDvlIfIndex-100000+1) is used

A user priority, used for this VLAN on tagged ports. Enumeration: 'high': 2, 'low': 1.

For each VL (a ifIndex with a type of propVirtual(53)) an entry of this table specifies a set of ports, which it contains.

A entry of this table specifies a VL and a port belonging to it

An logical interface number, corresponding to this VL

A physical port belonging to the VL specified by rsSSDvlIfIndex.

static means configured by user dynamic means autoconfigured by the RS Enumeration: 'dynamic': 2, 'static': 1.

It is used to delete an entry

This variable indicate if the port is tagged or untagged Enumeration: 'tag': 2, 'untag': 1.

This variable defines how far (in seconds) will 2 Threshold Warning Traps be spaced for the same Threshold Warning Type. Default = 0, i.e. DISABLED

This variable defines how far (in seconds) will 2 Critical Warning Traps be spaced (of any type). Default = 20 seconds.

The new licence for the device

Send email on errors enable Enumeration: 'enable': 1, 'disable': 2.

primary SMTP gateway for error mail

source address to be used by device for outgoing mail

The Web Server Port.

Web Status. Enable/Disable Web operation. Enumeration: 'enable': 1, 'disable': 2.

Location of the help files directory.

The flash size of the device in mega bytes.

Time since the system was last reinitialized in a convenient format.

The time will be sent in the format hh:mm:ss

The date will be sent in the format dd/mm/yyyy

License ID used for license downgrade

Controls whether a backup will send a fake ARP, advertising the main box's interfaces and VIPs, when the main box returns to service. Enumeration: 'enable': 1, 'disable': 2.

Server IP address.

Time update interval.

Enable status for NTP synchronization. Enumeration: 'enable': 1, 'disable': 2.

Offset from Greenwich time (format hh:mm).

A UDP Port number.

Table containing the list of copy ports

The row definition for physical copy port table.

The port under sniffing

The destination port - the target sniffer port

Copy Rx/Tx traffic to the copy port . Enumeration: 'copyRxTx': 1, 'copyTxOnly': 3, 'copyRxOnly': 2.

The copy will include broadcast/unknown or not Enumeration: 'enable': 1, 'disable': 2.

Used to delete an entry of this table.

The destination port - the target sniffer port

The status of the dest-port according to the health check: active - the port is ok and can be used as a destination port for copy-port portDown - the port has been recognized as physically DOWN and therefore the traffic will not be copied to this port until it will be recognized as physically UP checkIDSFail - the connectivty check of the monitoring port of the IDS failed and therefore the traffic will not be copied to this port until the check will recognize differently checkIDSFailAnd PortDown - both the connectivty check on the IDS failed and the port has been recognized as physically DOWN. Enumeration: 'active': 1, 'checkIDSFail': 3, 'portDown': 2, 'checkIDSFailAndPortDown': 4.

The status of the backup-port according to the health check: Active - the port is ok and can be used as a destination port for copy-port PortDown - the port has been recognized as physically DOWN and therefore the traffic will not be copied to this port until it will be recognized as physically UP CheckIDSFail - the connectivty check of the monitoring port of the IDS failed and therefore the traffic will not be copied to this port until the check will recognize differently CheckIDSFailAnd PortDown - both the connectivty check on the IDS failed and the port has been recognized as physically DOWN None - for the case there is no defined backup port. Enumeration: 'active': 1, 'checkIDSFail': 3, 'portDown': 2, 'none': 5, 'checkIDSFailAndPortDown': 4.

The active dest-port at a certain time, if it is the dest-port or the backup-port or none of them. Enumeration: 'backupPort': 2, 'none': 3, 'dstPort': 1.

Table containing the list of data items to which Farm administrators of the virtual wsd has permissions.

The row definition for this table.

The Group of users for whom data permission is given.

Holds a string that identifies the table of the index by which the data filtering is done.

The Value(s) of the index column for the data item to which permission is set.

The row status for the table

The entry indicates the functionality of the device. outOfPath implies that the device will be able to have a management port, and the rest of the ports will be used for sniffing. switch implies the regular functionality of the device (router or VLAN). promiscuous will have static port mappings for forwarding. Enumeration: 'switch': 2, 'outOfPath': 1, 'promiscuous': 3.

Table containing the operation of each port..

The row definition for this table.

The index of the physical ports.

The operation of the particular port. Enumeration: 'sniffer': 2, 'management': 1.

The SSH Server Port.

SSH Status. Enable/Disable SSH operation. Enumeration: 'enable': 1, 'disable': 2.

The Https Server Port.

Https Status. Enable/Disable Https operation. Enumeration: 'enable': 1, 'disable': 2.

Table containing the static fowarding configration.

The row definition for this table.

The index of the source port.

The destination port.

The operation for the specific port. process implies that the packets will be processed (analyzed, filtered etc.) prior to being forwarded. forward implies that the packets will be forwarded. Enumeration: 'process': 1, 'forward': 2.

This variable indicates the administrative status of this entry. Used to delete an entry of this table.

The IP Address of the radius main server.

The port on which the radius main server listens

The key with which the user's password is encrypted.

The IP Address of the backup radius server.

The port on which the radius backup server listens

The key with which the user's password is encrypted.

Radius authentication method. Enumeration: 'radius': 2, 'combined': 3, 'userTable': 1.

Number of seconds to wait for reply from the radius server before retransmitting the request.

Minimal number of unanswered request attempts before considering the radius server disconnected.

Device physical interface table

The row definition for this table

interface's index

interface's speed Enumeration: 'fe100': 2, 'eth10': 1, 'ge1000': 3.

interface's duplex Enumeration: 'full': 2, 'half': 1.

interface's autonegotiation status Enumeration: 'on': 1, 'off': 2.

interface's rowstatus

Device operation mode: redirection (load balancing) or static forwarding (IDS, BWM). Enumeration: 'trafficRedirection': 1, 'staticForwarding': 2.

Indicates whether the current version is closed or still open (under development). Enumeration: 'open': 1, 'final': 2.

Indicates whether alarms should be issued to the high-level NMS Enumeration: 'disabled': 2, 'enabled': 1.

Indicates the minimal period of time which must pass after issuing an alarm before issuing the same alarm again.

The table of monitored elements of the network

The row definition for this table.

The IP address of the monitored element

The community of the monitored element

The label assigned by the network manager to the monitored element

The default period of time between two consecutive pollings of the monitored element for the value of an object instance. If no other polling interval is specifically assigned to the monitored object instance, this one will be used

The default file path of the log-file which will contain the polling results for the monitored element. If no other file path is specifically assigned to the monitored object instance, this log-file will be used.

It is used to manage the monitored elements table and indicates the current monitoring status of an element.

The table of monitored object instances. Each monitored object instance belongs to a monitored element previously entered in the rndMonitoredElementsTable.

The row definition for this table.

A label assigned by the network manager to a monitored element to which this monitored object instance belongs. This label must have been previously entered in an instance of rndMonitoredElementLabel

The label assigned by the network manager to the monitored object instance

The symbolic object type name of the object to which the monitored object instance belongs (as it appears the MIB module definition). In case of ambiguity the :

The object identifier of the object to which the monitored object instance belongs. An instance of rndMonitoredObjectIdentifier need not be assigned any value, if the corresponding instance of rndMonitoredObjectName is assigned a value, since any one of these, together with the object instance identifier, suffices to unambigously identify the monitored object instance.

The instance identifier (key) of the monitored object instance.

The syntax of the monitored object instance (i.e., the syntax of the object type of the object to which the monitored instance belongs). Need not be assigned any value if the corresponding instance of rndMonitoredObjectName has been assigned a value Enumeration: 'object-identifier': 4, 'integer': 1, 'octet-string': 2, 'ip-address': 3.

The period of time between two consecutive retrievals of the monitored object instance's value.

The value of the monitored object instance, the exceeding of which will cause the generation of an alarm to the high-level management station.

If the value of the monitored object instance falls below the value assigned to rndAlarmMinTreshold, an alarm to the high-level management station will be issued.

The entire path of the file in which the results of the monitoring of this object instance should be recorded.

It is used to manage the monitored object instances table and indicates the current monitoring status of an object instance.

The table of monitored object instances. Each monitored object instance belongs to a monitored element previously entered in the rndMonitoredElementsTable.

The row definition for this table.

The number of the MIB file in the list MIB files supported by the Mid-Level management station. The order of the MIB files in this list must reflect the the IMPORT relation between the MIBS contained in the MIB files, i.e., if MIB A IMPORTS FROM MIB B, the file containing MIB A must have a lesser index in this table than the file containing MIB B.

The path of the MIB file in the MIB file server.

Indicates if the file should be fetched after setting this entry from the MIB file server. Enumeration: 'yes': 2, 'no': 1.

It is used to manage the MIB files table.

Indicates whether the current SET SNMP PDU contains hardware configuration (i.e., normally read-only variables). SET of such variables in the Mid-level management station will be allowed only if this variable is included in the SNMP PDU and its value is true. Its value as returned in a GET SNMP PDU will always be false.

eraseSimulatedConfiguration instructs the MLNMS to erase all the simulated configuration from its configuration data-base (CDB). This the only accepted value for SNMP SET statements and will never be returned in SNMP GET statements. simulatedConfigurationPresent indicates that the MLNMS currently has a simulated configuration. simulatedConfigurationErased indicates that the MLNMS currently has no simulated configuration. Enumeration: 'eraseSimulatedConfiguration': 1, 'simulatedConfigurationErased': 3, 'simulatedConfigurationPresent': 2.

This table indicates which MIB variables are row status fields which control the status of the entry to which they belong. This table also indicates which (integer!) value of these MIB variables will cause, if present in a SNMP SET PDU, the deletion of the conceptual row instance to which the SET MIB variable instance belongs.

The row definition for the rndDeleteValuesTable table.

The name of the row status field. This name may not necessarily be any name which is present in the MIBs loaded into the MLNMS station.

The object id of the row status field. If the rndRowStatusVariableName is a name present in the MIBs loaded into the MLNMS, this MIB variable is not required, but if given, it must match the object id known to the MLNMS. The variable identified by rndRowStatusVariableName and/or rndRowStatusObjectId must be a read-write MIB variable of type INTEGER which belongs to an entry (i.e, is a child of a MIB variable of type SEQUENCE).

The value of the variable identified by rndRowStatusVariableName and/or rndRowStatusObjectId, which, if present in a SNMP SET PDU, will cause the deletion of the conceptual row instance which the SET MIB variable instance belongs.

It is used to delete an entry from this table.

This parameter enables or disables the IP Zero Hop Routing feature for all IP interfaces. The IP Zero Hop Routing feature can also be enabled or disabled on each IP interface through the rsIpZhrStatusTable. Enumeration: 'enable': 1, 'disable': 2.

This parameter controls the aging time-out in seconds of direct connections which were allocated. The virtual IP address of a direct connection whose time-out has expired is eligible for allocation to a different connection.

The administrative status of the ZHR feature per ip interface.

An entry in the ZHR status table.

The Ip interface whose ZHR feature status is accessed.

It is used to control whether ZHR will operate on the interface. Enumeration: 'enable': 1, 'disable': 2.

The table of free virtual IP addresses which may be allocated to establish direct connections - Per IP Interface.

An entry in the ZHR virtual IP addresses table

The Ip Interface to which the IP addresses in this entry are allocated.

The last free IP address in the block.

The first free IP address in the block.

It is used to manage the virtual address table. The supported actions will be active, createAndGo and destroy.

Table of the currently active direct connections.

An entry in the ZHR Connection table

The IP Interface for which this direct connection was established.

The source IP Address of this direct connection.

The destination IP Address of this direct connection.

The virtual IP address allocated for this direct connection.

The type of this direct connection. dynamic - established by the RS. disabled - established by the RS. The RS detected that the virtual address is already used as destination by the source BEFORE its allocation, and therefore marked this connection as 'disabled' to prevent a future allocation of this virtual address to this source. static - established by user. Enumeration: 'disabled': 3, 'dynamic': 2, 'static': 1.

The age of the connection in seconds.

It is used to manage the connections table. The supported actions will be active, createAndGo and destroy.

This warning is generated when the users connection limit of an application or a physical server is reached.

This warning is generated when all the clients sessions of an application or a physical server are finished and so, the application or server are ready to be shut down.

This warning is generated when an LRP message arrives with illegal information.

This warning is generated when a remote WSD is in full capacity, not in service or disabled. This server is then unavailable

This warning is generated when WSD capacity limit is reached.

This warning is generated for unavailable SNMP parameter from a server.

This warning is generated when a wrong software download password is provided.

This warning is generated when there are no more free entries in the table.

This informational trap is sent when a server correctly responds to a connectivity check for the first time.

This informational trap is sent when the rule policies are updated.

This informational trap is sent when an intrusion is detected.

An overflow condition has occurred in the Routing Table. The Routing Table is used for IP routing algorithm (RIP).

This trap indicates that in order to perform the last SET request, a reset operation of the router/bridge is required. This occurs when the layer 2 routing algorithm is changed between SPF and Spanning Tree. The reset can be performed manually or using the variable rndAction.

This trap indicates that in the device finished a TFTP transaction with the management station. variable rndErrorDesc and rndErrorSeverity provides the actual message text and severity respectively.

This trap indicates that in the device aborted a TFTP session with the management station. variable rndErrorDesc and rndErrorSeverity provides the actual message text and severity respectively.

Informational trap indicating that the device has intiated a TFTP session. rndErrorDesc will contain the file type in question

This trap indicates that in an OpenGate IPX RIP table overflow. The bound variable rndErrorDesc, rndErrorSeverity provides the actual message text and severity respectively.

This trap indicates that in an OpenGate IPX SAP table overflow. The bound variable rndErrorDesc, rndErrorSeverity provides the actual message text and severity respectively.

This trap indicates that message that fits FACS statenebt with operation blockAndReport was forward to the interface.The bound variable rndErrorDesc, rndErrorSeverity(== info ) and interface Number.

This trap indicates that auto comfiguration completetd succssefully. The bound variable rndErrorDesc, rndErrorSeverity(== info )

This trap indicates that an overflow condition has occurred in the layer II Forward Table. The bound variable rndErrorDesc, rndErrorSeverity(== warning )

This warning is generated when an overflow occurs in the clients table.

This warning is generated when a server does not respond to the dispatchers polling and is thought to be inactive.

The Zero Hop Routing connections Table has been overflown.

The requested static connection was not accepted because there is no available IP virtual address to allocate to it.

The virtual IP address appeared as a source IP. All the connections using it will be deleted and it will not be further allocated to new connections.

The source IP address sent an ARP specifying a virtual IP which was not allocated for this source. This virtual IP will not be allocated to connections of this specific source IP.

An incoming SNMP SET request was rejected because no such requests (except action requests) are accepted after start of new configuration reception or during sending the current configuration to an NMS.

Whenever main server fails and backup takes over or server comes up after failure a trap of this type is issued.