Timeplex TIME/LAN 100 Management Information Base January 7, 1992 Table of Contents Table of Contents 1. INTRODUCTION . . . . . . . . . . . . . . . . . . . . . . . 1 2. OBJECTS . . . . . . . . . . . . . . . . . . . . . . . . . 1 2.1. Object Definitions . . . . . . . . . . . . . . . 2 2.2. TL1 System Group . . . . . . . . . . . . . . . . 3 2.3. TL1 Interfaces Group . . . . . . . . . . . . . . 4 2.4. TL1 IP Group . . . . . . . . . . . . . . . . . . 8 2.5. TL1 TCP Group . . . . . . . . . . . . . . . . . 22 2.6. TL1 EGP Group . . . . . . . . . . . . . . . . . 26 2.7. TL1 SNMP Group . . . . . . . . . . . . . . . . 35 2.8. TL1 BRE Group . . . . . . . . . . . . . . . . . 39 2.9. TL1 RIP Group . . . . . . . . . . . . . . . . . 55 2.10. TL1 X25 Group . . . . . . . . . . . . . . . . . 64 2.11. TL1 FDDI Group . . . . . . . . . . . . . . . . 82 2.12. TL1 STAP Group . . . . . . . . . . . . . . . . 122 2.13. TL1 PPP Group . . . . . . . . . . . . . . . . . 141 2.14. TL1 SRTB Group . . . . . . . . . . . . . . . . 153 2.15. TL1 OSPF Group . . . . . . . . . . . . . . . . 185 2.16. TL1 TOK Group . . . . . . . . . . . . . . . . . 206 2.17. TL1 IPX Group . . . . . . . . . . . . . . . . . 208 2.18. TL1 XNS Group . . . . . . . . . . . . . . . . . 237 i Timeplex TIME/LAN 100 Management Information Base January 7, 1992 1. INTRODUCTION This document provides the initial version of the Time/Lan 100 Management Information Base (TL1 MIB) for use with network management protocols over TCP/IP-based internets. This document does not include those managed objects identified in RFC 1158; however, those objects are supported. 2. OBJECTS The objects are arranged into the following groups: -- TL1 System Group -- TL1 Interfaces Group -- TL1 IP Group -- TL1 TCP Group -- TL1 EGP Group -- TL1 SNMP Group -- TL1 BRE Group -- TL1 RIP Group -- TL1 X25 Group -- TL1 FDDI Group -- TL1 STAP Group -- TL1 PPP Group -- TL1 SRTB Group -- TL1 OSPF Group -- TL1 TOK Group -- TL1 IPX Group -- TL1 XNS Group The following groups have been reserved (see Object Definitions), but no objects have yet been identified within these groups: -- TL1 AT (Address Translation) Group -- TL1 ICMP Group -- TL1 UDP Group -- TL1 FR Group -- TL1 TFTP Group -- TL1 TELNET Group 1 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 2.1. Object Definitions enterprises see RFC 1158 timeplex OBJECT IDENTIFIER ::= { enterprises 16 } umgmt OBJECT IDENTIFIER ::= { timeplex 2 } umib OBJECT IDENTIFIER ::= { umgmt 1 } tl1mib OBJECT IDENTIFIER ::= { umgmt 2 } tl1system OBJECT IDENTIFIER ::= { tl1mib 1 } tl1interfaces OBJECT IDENTIFIER ::= { tl1mib 2 } tl1at OBJECT IDENTIFIER ::= { tl1mib 3 } tl1ip OBJECT IDENTIFIER ::= { tl1mib 4 } tl1icmp OBJECT IDENTIFIER ::= { tl1mib 5 } tl1tcp OBJECT IDENTIFIER ::= { tl1mib 6 } tl1udp OBJECT IDENTIFIER ::= { tl1mib 7 } tl1egp OBJECT IDENTIFIER ::= { tl1mib 8 } tl1snmp OBJECT IDENTIFIER ::= { tl1mib 11 } tl1bre OBJECT IDENTIFIER ::= { tl1mib 12 } tl1rip OBJECT IDENTIFIER ::= { tl1mib 13 } tl1x25 OBJECT IDENTIFIER ::= { tl1mib 14 } tl1fddi OBJECT IDENTIFIER ::= { tl1mib 15 } tl1stap OBJECT IDENTIFIER ::= { tl1mib 16 } tl1ppp OBJECT IDENTIFIER ::= { tl1mib 18 } tl1srtb OBJECT IDENTIFIER ::= { tl1mib 19 } tl1ospf OBJECT IDENTIFIER ::= { tl1mib 20 } tl1tok OBJECT IDENTIFIER ::= { tl1mib 21 } tl1ipx OBJECT IDENTIFIER ::= { tl1mib 22 } tl1xns OBJECT IDENTIFIER ::= { tl1mib 23 } tl1fr OBJECT IDENTIFIER ::= { tl1mib 24 } tl1tftp OBJECT IDENTIFIER ::= { tl1mib 25 } tl1telnet OBJECT IDENTIFIER ::= { tl1telnet 26 } 2 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 2.2. TL1 System Group OBJECT: tl1systemAction { tl1system 1 } Syntax: INTEGER { normal(0), reset(1), shutdown(2) } Definition: This is the system action flag. 'Reset' causes the network device to reinitialize itself; 'shutdown' brings the network device to a state where it can be restarted only by manually resetting the device. Access: read-write. Status: mandatory. Default: normal(0) OBJECT: tl1systemReboots { tl1system 2 } Syntax: INTEGER Definition: This is the number of times the system has rebooted due to an unrecoverable error condition. If initialized to -1, the system will not reboot following an unrecoverable error. Access: read-only. Status: mandatory. 3 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1systemErrorCode { tl1system 3 } Syntax: INTEGER Definition: This is the error code for the last system reboot. It is a 32-bit value, where the upper 16 bits contain the process ID and the lower 16 bits contain the error code. Access: read-only. Status: mandatory. 2.3. TL1 Interfaces Group OBJECT: tl1ifTable { tl1interfaces 1 } Syntax: SEQUENCE OF tl1ifEntry Definition: This is a list of the TL1 interface entries. Each entry is instantiated by logical interface number (1..ifNumber). Access: read-write. Status: mandatory. 4 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ifEntry { tl1ifTable 1 } Syntax: tl1ifEntry ::= SEQUENCE { tl1ifIpAddr IpAddress, tl1ifSubnetMask IpAddress, tl1ifProxyARP INTEGER, tl1ifType INTEGER, tl1ifHardwareAddress OCTET STRING } Access: read-write. Status: mandatory. OBJECT: tl1ifIpAddr { tl1ifEntry 1 } Syntax: IpAddress Definition: This is the Internet address for the specified interface. Access: read-write. Status: mandatory. 5 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ifSubnetMask { tl1ifEntry 2 } Syntax: IpAddress Definition: This is the Internet address subnet mask for the specified interface. Access: read-write. Status: mandatory. OBJECT: tl1ifProxyARP { tl1ifEntry 3 } Syntax: INTEGER { disable(0), enabled(1) } Definition: This flag enables or disables Proxy ARP for the specified interface. Access: read-write. Status: mandatory. Default: disabled(0) 6 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ifType { tl1ifEntry 4 } Syntax: INTEGER { not-configured(0), ethernet-II(1), 802.3(2), fddi(3), lapb(4), x25(5), ppp(6), token-ring(7) } Definition: This value defines the type of interface present for the specified interface. Access: read-write. Status: mandatory. Default: not-configured(0) OBJECT: tl1ifHardwareAddress { tl1ifEntry 5 } Syntax: OCTET STRING (SIZE 6) Definition: This is the hardware address for the specified interface. Access: read-write. Status: mandatory. 7 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 2.4. TL1 IP Group OBJECT: tl1ipLoopback { tl1ip 2 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This flag indicates that packets destined for our own interface attached to a Packet Switched Network are delivered anyway to test loop back. Access: read-write. Status: mandatory. Default: FALSE(0) OBJECT: tl1ipRedirectTo { tl1ip 3 } Syntax: INTEGER (1..65535) Definition: This is the interval in seconds between the clearing of the redirect tables. Access: read-write. Status: mandatory. Default: 1800 8 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipMaxRoutePids { tl1ip 4 } Syntax: INTEGER Definition: This is the maximum number of processes that perform routing. Access: read-only. Status: mandatory. OBJECT: tl1ipRoutePidsTable { tl1ip 5 } Syntax: SEQUENCE OF tl1ipRoutePidsEntry Definition: This is a list of process IDs that determine the order in which to search the routing protocol processes' routing tables. For example, the value of tl1ipRoutePid.1" identifies the process ID whose routing table is searched first. The maximum number of entries in the list is given by tl1ipMaxRoutePids'. Access: read-write Status: mandatory. 9 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipRoutePidsEntry { tl1ipRoutePidsTable 1 } Syntax: tl1ipRoutePidsEntry ::= SEQUENCE { tl1ipRoutePid INTEGER } Access: read-write. Status: mandatory. OBJECT: tl1ipRoutePid { tl1ipRoutePidsEntry 1 } Syntax: INTEGER { Open-Shortest-Path-First(23), Routing-Information-Protocol(7), Exterior-Gateway-Protocol(8), Internet-Protocol(1), Static-Routes(0) } Definition: This is an entry in the list of process IDs. A value of 255 indicates that the entry is not used. Access: read-write. Status: mandatory. Default: tl1ipRoutePidsEntry.1(23) tl1ipRoutePidsEntry.2(7) tl1ipRoutePidsEntry.3(8) tl1ipRoutePidsEntry.4(1) tl1ipRoutePidsEntry.5(0) 10 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipNbrStaticRoutes { tl1ip 6 } Syntax: INTEGER Definition: This is the number of static routes currently maintained in non-volatile RAM. Access: read-write. Status: mandatory. OBJECT: tl1ipStaticRouteTable { tl1ip 7 } Syntax: SEQUENCE OF tl1ipStaticRouteEntry Definition: This is the static routing table. Each variable is instantiated by an index (1..maximum number of IP static routes). Access: read-write. Status: mandatory. 11 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipStaticRouteEntry { tl1ipStaticRouteTable 1 } Syntax: tl1ipStaticRouteEntry ::= SEQUENCE { tl1ipStaticRouteNetwork IpAddress, tl1ipStaticRouteGateway IpAddress, tl1ipStaticRouteCost INTEGER, tl1ipStaticRouteOverride INTEGER, tl1ipStaticRouteMask IpAddress } Access: read-write. Status: mandatory. OBJECT: tl1ipStaticRouteNetwork { tl1ipStaticRouteEntry 1 } Syntax: IpAddress Definition: This is the network address of the destination. Access: read-only. Status: mandatory. 12 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipStaticRouteGateway { tl1ipStaticRouteEntry 2 } Syntax: IpAddress Definition: This is the gateway address of the next hop to reach the specified network address. Access: read-write. Status: mandatory. OBJECT: tl1ipStaticRouteCost { tl1ipStaticRouteEntry 3 } Syntax: INTEGER (0..255) Definition: This is the cost to route to the network address. Access: read-write. Status: mandatory. Default: 0 13 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipStaticRouteOverride { tl1ipStaticRouteEntry 4 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This flag indicates that this route should override the dynamic route. Access: read-write. Status: mandatory. Default: FALSE(0) OBJECT: tl1ipStaticRouteMask { tl1ipStaticRouteEntry 5 } Syntax: IpAddress Definition: This is the subnet mask for the given network address. Access: read-write. Status: mandatory. 14 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipConfigIntfTable { tl1ip 8 } Syntax: SEQUENCE OF tl1ipConfigIntfEntry Definition: This is a table of parameters that configure IP on a per interface basis. Each variable is instantiated by logical interface number (1..ifNumber). Access: read-write Status: mandatory. OBJECT: tl1ipConfigIntfEntry { tl1ipConfigIntfTable 1 } Syntax: tl1ipConfigIntfEntry ::= SEQUENCE { tl1ipRemoteg INTEGER, tl1ipNetMaxPkt INTEGER, tl1ipMasker INTEGER } Access: read-write. Status: mandatory. 15 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipRemoteg { tl1ipConfigIntfEntry 1 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This flag indicates that the specified interface is an intersite gateway link. Access: read-write. Status: mandatory. Default: FALSE(0) OBJECT: tl1ipNetMaxPkt { tl1ipConfigIntfEntry 2 } Syntax: INTEGER (65..65535) Definition: This is the maximum subnet packet size for the specified interface. Access: read-write. Status: mandatory. Default: FDDI-interface(4479) LAPB-interface(1500) Ethernet-1(1492) Ethernet-2(1500) 16 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipMasker { tl1ipConfigIntfEntry 3 } Syntax: INTEGER Definition: This flag indicates the device should emulate a gateway and respond to the receipt of a MASK request. Access: read-write. Status: mandatory. Default: FALSE(0) OBJECT: tl1ipNumFilters { tl1ip 9 } Syntax: INTEGER Definition: This is the number of IP filters currently maintained in non-volatile RAM. Access: read-write. Status: mandatory. 17 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipFilterTable { tl1ip 10 } Syntax: SEQUENCE OF tl1ipFilterEntry Definition: This is the IP filter table. Each variable is instantiated by an IP filter table index (1 ... maximum number of IP filter table entries). Access: read-write. Status: mandatory. OBJECT: tl1ipFilterEntry { tl1ipFilterTable 1 } Syntax: tl1ipFilterEntry ::= SEQUENCE { tl1ipFilterSrcMask IpAddress, tl1ipFilterSrcNet IpAddress, tl1ipFilterDstMask IpAddress, tl1ipFilterDstNet IpAddress, tl1ipFilterNbrExceptions INTEGER } Access: read-write. Status: mandatory. 18 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipFilterSrcMask { tl1ipFilterEntry 1 } Syntax: IpAddress Definition: This is the mask to be applied to the source IP address of the incoming datagram. Access: read-write. Status: mandatory. OBJECT: tl1ipFilterSrcNet { tl1ipFilterEntry 2 } Syntax: IpAddress Definition: This is the source IP address to be filtered. Access: read-write. Status: mandatory. OBJECT: tl1ipFilterDstMask { tl1ipFilterEntry 3 } Syntax: IpAddress Definition: This is the mask to be applied to the destination IP address of the incoming datagram. Access: read-write. Status: mandatory. OBJECT: tl1ipFilterDstNet { tl1ipFilterEntry 4 } Syntax: IpAddress 19 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 Definition: This is the destination IP address to be filtered. Access: read-write. Status: mandatory. OBJECT: tl1ipFilterNbrExceptions { tl1ipFilterEntry 5 } Syntax: INTEGER Definition: This is the number of exceptions for this filter entry. Access: read-write. Status: mandatory. OBJECT: tl1ipFilterExceptionTable { tl1ip 11 } Syntax: SEQUENCE OF tl1ipFilterExceptionEntry Definition: This is the list of exceptions for this filter entry. Each variable is instantiated by two indices; first, by an IP filter table index (1 ... maximum number of IP filter table entries). second, a filter exceptions index (1..maximum number of filter exceptions). Access: read-write. Status: mandatory. 20 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipFilterExceptionEntry { tl1ipFilterExceptionTable 1 } Syntax: tl1ipFilterExceptionEntry ::= SEQUENCE { tl1ipFilterExceptionSrcNet IpAddress, tl1ipFilterExceptionDstNet IpAddress } Access: read-write. Status: mandatory. OBJECT: tl1ipFilterExceptionSrcNet { tl1ipFilterExceptionEntry 1 } Syntax: IpAddress Definition: This is the source IP address to be allowed. Access: read-write. Status: mandatory. 21 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipFilterExceptionDstNet { tl1ipFilterExceptionEntry 2 } Syntax: IpAddress Definition: This is the destination IP address to be allowed. Access: read-write. Status: mandatory. 2.5. TL1 TCP Group OBJECT: tl1tcpRetransTo { tl1tcp 1 } Syntax: INTEGER (1..65535) Definition: This is the initial message retransmission timeout in milliseconds. Access: read-write. Status: mandatory. Default: 300 22 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1tcpRtoMin { tl1tcp 2 } Syntax: INTEGER (1..65535) Definition: This is the minimum allowable retransmission timeout value in milliseconds. Access: read-write. Status: mandatory. Default: 50 OBJECT: tl1tcpRtoMax { tl1tcp 3 } Syntax: INTEGER (1..65635) Definition: This is the maximum allowable retransmission timeout value in milliseconds. Access: read-write. Status: mandatory. Default: 60000 23 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1tcpWakeup { tl1tcp 4 } Syntax: INTEGER (1..16384) Definition: This is the periodic processing interval in milliseconds. Access: read-write. Status: mandatory. Default: 100 OBJECT: tl1tcpAckTime { tl1tcp 5 } Syntax: INTEGER (1..16384) Definition: This is the mandatory acknowledgement period in milliseconds. Access: read-write. Status: mandatory. Default: 200 24 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1tcpTimeToLive { tl1tcp 6 } Syntax: INTEGER (1..255) Definition: This is the time to live in seconds provided to IP. Access: read-write. Status: mandatory. Default: 60 OBJECT: tl1tcpThruput { tl1tcp 7 } Syntax: INTEGER (1..255) Definition: This is the maximum number of outstanding messages per connection. Access: read-write. Status: mandatory. Default: 8 25 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1tcpFlowAck { tl1tcp 8 } Syntax: INTEGER (1..tl1tcpThruput) Definition: This is the number of messages received before sending an acknowledgement. Access: read-write. Status: mandatory. Default: 2 2.6. TL1 EGP Group OBJECT: tl1egpMaxNbrs { tl1egp 1 } Syntax: INTEGER Definition: This is the maximum number of EGP neighbors permitted for this gateway. Access: read-only. Status: mandatory. 26 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1egpNumberTrustedNbrs { tl1egp 2 } Syntax: INTEGER (0..tl1egpMaxNbrs) Definition: This is the maximum number of neighbors to be acquired. Access: read-write. Status: mandatory. Default: 0 OBJECT: tl1egpNumberNbrs { tl1egp 3 } Syntax: INTEGER (0..tl1egpNumberTrustedNbrs) Definition: This is the number of neighbors recommended. Access: read-write. Status: mandatory. Default: 0 27 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1egpNbrTable { tl1egp 4 } Syntax: SEQUENCE OF tl1egpNbrEntry Definition: This is the EGP gateway neighbor list. The first entry in the list is entry number 1; the last entry is defined by tl1egpNumberTrustedNbrs'. Access: read-write. Status: mandatory. OBJECT: tl1egpNbrEntry { tl1egpNbrTable 1 } Syntax: tl1egpNbrEntry ::= SEQUENCE { tl1egpNbr IpAddress } Access: read-write. Status: mandatory. 28 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1egpNbr { tl1egpNbrEntry 1 } Syntax: IpAddress Definition: This is the IP address of its EGP neighbor. This variable is instantiated by its index (1-based) in the list of EGP neighbors. Access: read-write. Status: mandatory. OBJECT: tl1egpAutoSysNumber { tl1egp 5 } Syntax: INTEGER (0..65535) Definition: This is the autonomous system number. Access: read-write. Status: mandatory. Default: 10 29 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1egpMinHelloInterval { tl1egp 6 } Syntax: INTEGER (15..65535) Definition: This is the EGP gateway minimum hello interval in seconds. Access: read-write. Status: mandatory. Default: 30 OBJECT: tl1egpMinPollInterval { tl1egp 7 } Syntax: INTEGER (30..65535) Definition: This is the EGP gateway minimum poll interval in seconds. Access: read-write. Status: mandatory. Default: 60 30 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1egpRequestCeaseInterval { tl1egp 8 } Syntax: INTEGER (15..65535) Definition: This the EGP gateway request/cease transmit interval in seconds. Access: read-write. Status: mandatory. Default: 30 OBJECT: tl1egpDeclareDownInterval { tl1egp 9 } Syntax: INTEGER (1800..65535) Definition: This is the EGP gateway interval in seconds before declaring the neighbor down. Access: read-write. Status: mandatory. Default: 3600 31 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1egpAcquireCeaseInterval { tl1egp 10 } Syntax: INTEGER (30..240) Definition: This is the EGP gateway acquire/cease actions interval in seconds. Access: read-write. Status: mandatory. Default: 60 OBJECT: tl1egpEnoughInterval { tl1egp 11 } Syntax: INTEGER (60..65535) Definition: This is the EGP gateway interval in seconds that provides an elapsed time prior to checking that enough neighbors have been acquired. Access: read-write. Status: mandatory. Default: 120 32 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1egpPurgeInterval { tl1egp 12 } Syntax: INTEGER (0..600) Definition: This is the EGP gateway interval in seconds between purging old routes. Access: read-write. Status: mandatory. Default: 240 OBJECT: tl1egpMode { tl1egp 13 } Syntax: INTEGER { active-and-passive(0), active(1), passive(2) } Definition: This is the EGP gateway mode of operation. Access: read-write. Status: mandatory. Default: active(1) 33 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1egpErrorTreatment { tl1egp 14 } Syntax: INTEGER (0..255) Definition: This is the EGP error treatment flag. When EGP detects an error from an EGP neighbor, it right shifts the error treatment flag by the value of the error code. If the result has the least significant bit set, a CEASE command is sent to the EGP neighbor and timers are reset. A value of 255 ensures that all errors detected from a neighbor will cause a CEASE command to be sent. Access: read-write. Status: mandatory. Default: 0 OBJECT: tl1egpSharedNetwork { tl1egp 15 } Syntax: IpAddress Definition: This is the EGP gateway network address that is shared by all its EGP neighbors. Access: read-write. Status: mandatory. 34 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 2.7. TL1 SNMP Group OBJECT: tl1snmpVersion { tl1snmp 1 } Syntax: INTEGER Definition: This is the SNMP version number. Access: read-only. Status: mandatory. OBJECT: tl1snmpTrapTable { tl1snmp 2 } Syntax: SEQUENCE OF tl1snmpTrapEntry Definition: This is a table of IP addresses of those Network Management Stations that trap messages will be sent to. Access: read-write. Status: mandatory 35 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1snmpTrapEntry { tl1snmpTrapTable 1 } Syntax: tl1snmpTrapEntry ::= SEQUENCE { tl1snmpTrapAddress IpAddress } Access: read-write. Status: mandatory OBJECT: tl1snmpTrapAddress { tl1snmpTrapEntry 1 } Syntax: IpAddress Definition: This is the IP address of the device that trap messages will be sent to. Access: read-write. Status: mandatory. 36 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1snmpForwardTraps { tl1snmp 3 } Syntax: INTEGER { (2)YES, (1)NO } Definition: This flag tells SNMP to send SNMP Trap messages. Access: read-write. Status: mandatory. Default: YES(2) OBJECT: tl1snmpLastTrapMessage { tl1snmp 4 } Syntax: OCTET STRING (SIZE (0..128)) Definition: This is the displayable string sent with the last trap message. Access: read-only. Status: mandatory. 37 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1snmpNMSTable { tl1snmp 5 } Syntax: SEQUENCE OF tl1snmpNMSEntry Definition: This is a table of IP addresses of those Network Management Stations that the device will respond to. If no address is specified, then the requesting device's IP address is not checked. Each variable is instantiated by a number from (1..maximum number of Network Management Stations). Access: read-write. Status: mandatory OBJECT: tl1snmpNMSEntry { tl1snmpNMSTable 1 } Syntax: tl1snmpNMSEntry ::= SEQUENCE { tl1snmpNMSAddress IpAddress } Access: read-write. Status: mandatory 38 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1snmpNMSAddress { tl1snmpNMSEntry 1 } Syntax: IpAddress Definition: This is the IP address used to validate an incoming SNMP request. If the source address in the request matches this address, then the device will respond to the Network Management Station. If no address is specified, no checking is performed. Access: read-write. Status: mandatory. 2.8. TL1 BRE Group OBJECT: tl1breConfigParams { tl1bre 1 } Syntax: OBJECT IDENTIFIER Definition: The group of Bridge Relay Encapsulation (BRE) configuration parameters. Access: read-write. Status: mandatory. 39 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breBridgeNumber { tl1breConfigParams 1 } Syntax: INTEGER (0..255) Definition: The identifier for this bridge, used by BRE. This value should be unique across all Virtual LANs within a given bridged network. Access: read-write. Status: mandatory. OBJECT: tl1breBridgeIpAddress { tl1breConfigParams 2 } Syntax: IpAddress Definition: The Internet address of this bridge that is to be used for bridging across Virtual LANs. BRE will put this address in the BRE header of any outbound frames. Peer BREs should use this address for routing frames to this bridge. Access: read-write. Status: mandatory. 40 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breForwardTableAgeingTime { tl1breConfigParams 3 } Syntax: INTEGER Definition: The time for ageing out entries in the BRE Forwarding Table. Access: read-write. Status: mandatory. OBJECT: tl1breNumConfigBrdgLstEntries { tl1breConfigParams 4 } Syntax: INTEGER (0..32) Definition: The number of entries in the Configured Bridge List. This value should be updated any time the Configured Bridge List is modified. Access: read-write. Status: mandatory. 41 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breConfigBridgeListTable { tl1bre 2 } Syntax: SEQUENCE OF tl1breCBridgeListEntry Definition: The configured list of known bridges in the attached Virtual LAN(s). Access: read-write. Status: mandatory. OBJECT: tl1breCBridgeListEntry { tl1breConfigBridgeListTable 1 } Syntax: tl1breCBridgeListEntry ::= SEQUENCE { tl1breCblBridgeNumber INTEGER, tl1breCblVLanId INTEGER, tl1breCblSrBridgeNumber INTEGER, tl1breCblIpAddress IpAddress } Definition: A Configured Bridge List entry identifying a particular bridge in a particular Virtual LAN. There may be multiple Configured Bridge List entries for a given bridge, if that bridge is known by multiple Source Routing Bridge Numbers. When multiple entries exist for a bridge, the unique BRE Bridge Number is used to correlate them. Each variable is instantiated by an index (1..maximum number of bridges). Access: read-write. Status: mandatory. 42 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breCblBridgeNumber { tl1breCBridgeListEntry 1 } Syntax: INTEGER (0..255) Definition: The BRE Bridge Number for the bridge described by this Configured Bridge List entry. Access: read-write. Status: mandatory. OBJECT: tl1breCblVLanId { tl1breCBridgeListEntry 2 } Syntax: INTEGER (0..4095) Definition: The identifier of the Virtual LAN in which the bridge described by this Configured Bridge List entry resides. Access: read-write. Status: mandatory. 43 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breCblSrBridgeNumber { tl1breCBridgeListEntry 3 } Syntax: INTEGER (0..15) Definition: The Source Routing Bridge Number for the bridge described by this Configured Bridge List entry. Access: read-write. Status: mandatory. OBJECT: tl1breCblIpAddress { tl1breCBridgeListEntry 4 } Syntax: IpAddress Definition: The Internet address for the bridge described by this Configured Bridge List entry. Access: read-write. Status: mandatory. 44 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breBridgeListTable { tl1bre 3 } Syntax: SEQUENCE OF tl1breBridgeListEntry Definition: The current list of known bridges in the attached Virtual LAN(s). This list is composed of the configured bridge list plus any other bridges that BRE has learned about. Access: read-only. Status: mandatory. OBJECT: tl1breBridgeListEntry { tl1breBridgeListTable 1 } Syntax: tl1breBridgeListEntry ::= SEQUENCE { tl1breBlBridgeNumber INTEGER, tl1breBlVLanId INTEGER, tl1breBlSrBridgeNumber INTEGER, tl1breBlIpAddress IpAddress } Definition: A Bridge List entry identifying a particular bridge in a particular Virtual LAN. There may be multiple Bridge List entries for a given bridge, if that bridge is known by multiple Source Routing Bridge Numbers. When multiple entries exist for a bridge, the unique BRE Bridge Number is used to correlate them. Each variable is instantiated by an index (1..maximum number of bridges). Access: read-only. Status: mandatory. 45 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breBlBridgeNumber { tl1breBridgeListEntry 1 } Syntax: INTEGER (0..255) Definition: The BRE Bridge Number for the bridge described by this Bridge List entry. Access: read-only. Status: mandatory. OBJECT: tl1breBlVLanId { tl1breBridgeListEntry 2 } Syntax: INTEGER (0..4095) Definition: The identifier of the Virtual LAN in which the bridge described by this Bridge List entry resides. Access: read-only. Status: mandatory. OBJECT: tl1breBlSrBridgeNumber { tl1breBridgeListEntry 3 } Syntax: INTEGER (0..15) Definition: The Source Routing Bridge Number for the bridge described by this Bridge List entry. Access: read-only. Status: mandatory. 46 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breBlIpAddress { tl1breBridgeListEntry 4 } Syntax: IpAddress Definition: The Internet address for the bridge described by this Bridge List entry. Access: read-only. Status: mandatory. OBJECT: tl1breForwardTable { tl1bre 4 } Syntax: SEQUENCE of tl1breForwardTableEntry Definition: The learned list of BRE Forwarding Table entries used to route frames across the Virtual LAN(s). Each entry identifies a known end station, and the bridge to which a frame destined for that end station should be routed. Access: read-only. Status: mandatory. 47 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breForwardTableEntry { tl1breForwardTable 1 } Syntax: tl1breForwardTableEntry ::= SEQUENCE { tl1breFtMacAddress OCTET STRING, tl1breFtIpAddress IpAddress } Definition: A BRE Forwarding Table entry identifying a particular end station and the bridge to which a frame destined for that end station is to be routed. Each variable is instantiated by an index (1..maximum number of forwarding table entries). Access: read-only. Status: mandatory. OBJECT: tl1breFtMacAddress { tl1breForwardTableEntry 1} Syntax: OCTET STRING (SIZE 6) Definition: The MAC Address identifying a particular end station accessible across a Virtual LAN. Access: read-only. Status: mandatory. 48 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breFtIpAddress { tl1breForwardTableEntry 2} Syntax: IpAddress Definition: The Internet address of a bridge in a Virtual LAN where frames destined for the entry's end station are to be routed. Access: read-only. Status: mandatory. OBJECT: tl1breStatTable { tl1bre 5 } Syntax: SEQUENCE OF tl1breStatEntry Definition: This is the set of statistics that BRE maintains for each of its Virtual LAN interfaces. Each entry is instantiated by logical interface number (1..ifNumber). The statistics for a given Virtual LAN are found in the entry corresponding to the lowest numbered logical interface associated with the Virtual LAN. Access: read-only. Status: mandatory. 49 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breStatEntry { tl1breStatTable 1 } Syntax: tl1breStatEntry ::= SEQUENCE { tl1breInTSFs Counter, tl1breInSRFs Counter, tl1breInEFs Counter, tl1breInBPDUs Counter, tl1breInErrors Counter, tl1breOutTSFs Counter, tl1breOutSRFs Counter, tl1breOutEFs Counter, tl1breOutBPDUs Counter } Definition: A entry containing statistics for a particular Virtual LAN. Access: read-only. Status: mandatory. 50 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breInTSFs { tl1breStatEntry 1 } Syntax: Counter Definition: The number of Transparent Spanning Frames (TSFs) received from a peer BRE in the Virtual LAN. Access: read-only. Status: mandatory. OBJECT: tl1breInSRFs { tl1breStatEntry 2 } Syntax: Counter Definition: The number of Specifically Routed Frames (SRFs) received from peer BRE in the Virtual LAN. Access: read-only. Status: mandatory. 51 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breInEFs { tl1breStatEntry 3 } Syntax: Counter Definition: The number of explorer frames received from a peer BRE in the Virtual LAN. Both Spanning Tree Explorer (STE) and All Routes Explorer (ARE) frames are counted. Access: read-only. Status: mandatory. OBJECT: tl1breInBPDUs { tl1breStatEntry 4 } Syntax: Counter Definition: The number of Bridge Protocol Data Units (BPDUs) received from a peer BRE in the Virtual LAN. Access: read-only. Status: mandatory. 52 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breInErrors { tl1breStatEntry 5} Syntax: Counter Definition: The number of received BRE transmissions discarded because the BRE header information was in error. Access: read-only. Status: mandatory. OBJECT: tl1breOutTSFs { tl1breStatEntry 6 } Syntax: Counter Definition: The number of Transparent Spanning Frames (TSFs) that BRE has sent to the Virtual LAN. Access: read-only. Status: mandatory. 53 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breOutSRFs { tl1breStatEntry 7 } Syntax: Counter Definition: The number of Specifically Routed Frames (SRFs) that BRE has sent to the Virtual LAN. Access: read-only. Status: mandatory. OBJECT: tl1breOutEFs { tl1breStatEntry 8 } Syntax: Counter Definition: The number of explorer frames that BRE has sent to the Virtual LAN. Both Spanning Tree Explorer (STE) and All Routes Explorer (ARE) frames are counted. Access: read-only. Status: mandatory. 54 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1breOutBPDUs { tl1breStatEntry 9 } Syntax: Counter Definition: The number of Bridge Protocol Data Units (BPDUs) that BRE has sent to the Virtual LAN. Access: read-only. Status: mandatory. 2.9. TL1 RIP Group OBJECT: tl1ripInPkts { tl1rip 1 } Syntax: Counter Definition: The number of packets received. Access: read-only. Status: mandatory. 55 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ripOutPkts { tl1rip 2 } Syntax: Counter Definition: The number of packets transmitted. Access: read-only. Status: mandatory. OBJECT: tl1ripBadSize { tl1rip 3 } Syntax: Counter Definition: The number of packets received with an incorrect size. Access: read-only. Status: mandatory. OBJECT: tl1ripBadVersion { tl1rip 4 } Syntax: Counter Definition: The number of packets received with a version number of 0. Access: read-only. Status: mandatory. 56 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ripNonZero { tl1rip 5 } Syntax: Counter Definition: The number of packets received with a 'must be zero' or 'zero' field non-zero. Access: read-only. Status: mandatory. OBJECT: tl1ripBadFamily { tl1rip 6 } Syntax: Counter Definition: The number of packets received whose family was not DoD Internet. Access: read-only. Status: mandatory. OBJECT: tl1ripBadPort { tl1rip 7 } Syntax: Counter Definition: The number of Response packets received whose source port was not equal to 520. Access: read-only. Status: mandatory. 57 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ripBadMetric { tl1rip 8 } Syntax: Counter Definition: The number of packets received with a route entry having a metric greater than 16. Access: read-only. Status: mandatory. OBJECT: tl1ripBadAddr { tl1rip 9 } Syntax: Counter Definition: The number of packets received whose source address is bad (class D, class E, network address 0, or loopback). Access: read-only. Status: mandatory. 58 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ripBadCommand { tl1rip 10 } Syntax: Counter Definition: The number of packets received whose command was neither Request nor Response. Access: read-only. Status: mandatory. OBJECT: tl1ripBadClass { tl1rip 11 } Syntax: Counter Definition: The number of routing entries in packets received that advertised a class D or class E address. Access: read-only. Status: mandatory. 59 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ripBadNbr { tl1rip 12 } Syntax: Counter Definition: The number of packets received whose source address was not consistent with the network address of the interface that received the packet. Access: read-only. Status: mandatory. OBJECT: tl1ripOwnAddr { tl1rip 13 } Syntax: Counter Definition: The number of packets received with our own source address. Access: read-only. Status: mandatory. 60 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ripConfigTable { tl1rip 14 } Syntax: SEQUENCE OF tl1ripConfigEntry Definition: This is a table of parameters designed to configured the RIP protocol on a per interface basis. Each parameter is instantiated by logical interface number (1..ifNumber). Access: read-write. Status: mandatory. OBJECT: tl1ripConfigEntry { tl1ripConfigTable 1 } Syntax: tl1ripConfigEntry ::= SEQUENCE { tl1ripMode INTEGER, tl1ripSimple INTEGER, tl1ripAdverStatic INTEGER, tl1ripAdverIntf INTEGER, tl1ripHolddown INTEGER } Access: read-write. Status: mandatory. 61 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ripMode { tl1ripConfigEntry 1 } Syntax: INTEGER { disabled(1), silent(2), enabled(3), deaf(4) } Definition: This is the RIP operating mode on the designated interface. Silent means that RIP receives, but does not transmit Update messages; deaf means that RIP transmits, but does not receive Update messages. Access: read-write. Status: mandatory. Default: fully-operational(3) OBJECT: tl1ripSimple { tl1ripConfigEntry 2 } Syntax: INTEGER { simple-split-horizon(2), poisoned-reverse(1) } Definition: This flag enables 'simple split horizon' on the designated interface; otherwise, 'poisoned reversed' is enabled. Access: read-write. Status: mandatory. Default: simple-split-horizon(2) 62 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ripAdverStatic { tl1ripConfigEntry 3 } Syntax: INTEGER { advertise(2), don't-advertise(1) } Definition: This flag enables the advertisement of static and default routes on the designated interface. Access: read-write. Status: mandatory. Default: advertise(2) OBJECT: tl1ripAdverIntf { tl1ripConfigEntry 4 } Syntax: INTEGER { advertise(2), don't-advertise(1) } Definition: This flag enables the advertisement of the designated interface's network address. Access: read-write. Status: mandatory. Default: advertise(2) 63 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ripHolddown { tl1ripConfigEntry 5 } Syntax: INTEGER Definition: This is the holddown interval for the designated interface. Access: read-write. Status: mandatory. Default: 60 2.10. TL1 X25 Group OBJECT: tl1x25IfTable { tl1x25 1 } Syntax: SEQUENCE OF tl1x25IfEntry Definition: This is the X25 interface table. Each variable is instantiated by logical interface number (1..ifNumber). Access: read-write. Status: mandatory. 64 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25IfEntry { tl1x25IfTable 1 } Syntax: tl1x25IfEntry ::= SEQUENCE { tl1x25InPkts Counter, tl1x25OutPkts Counter, tl1x25GFI Counter, tl1x25PktInv Counter, tl1x25PinvR1 Counter, tl1x25PinvR2 Counter, tl1x25PinvR3 Counter, tl1x25PinvP1 Counter, tl1x25PinvP2 Counter, tl1x25PinvP3 Counter, tl1x25PinvP4 Counter, tl1x25PinvP5 Counter, tl1x25PinvP6 Counter, tl1x25PinvP7 Counter, tl1x25PinvD1 Counter, tl1x25PinvD2 Counter, tl1x25PinvD3 Counter, tl1x25PktLong Counter, tl1x25PktShort Counter, tl1x25CallingAddr Counter, tl1x25CalledAddr Counter, tl1x25CallBad Counter, tl1x25FacParam Counter, tl1x25FacCode Counter, 65 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 tl1x25BadPkt Counter, tl1x25RejInv Counter, tl1x25LcRestr Counter, tl1x25IntrCPkt Counter, tl1x25CallTimer Counter, tl1x25ResetTimer Counter, tl1x25Service INTEGER, tl1x25Window INTEGER, tl1x25PktSize INTEGER } Access: read-write. Status: mandatory. OBJECT: tl1x25InPkts { tl1x25IfEntry 1 } Syntax: Counter Definition: The number of X25 packets received on the designated interface. Access: read-only. Status: mandatory. 66 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25OutPkts { tl1x25IfEntry 2 } Syntax: Counter Definition: The number of X25 packets sent on the designated interface. Access: read-only. Status: mandatory. OBJECT: tl1x25GFI { tl1x25IfEntry 3 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid General Format Identifier. Access: read-only. Status: mandatory. OBJECT: tl1x25PktInv { tl1x25IfEntry 4 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type. Access: read-only. Status: mandatory. 67 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25PinvR1 { tl1x25IfEntry 5 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type for state r1 - Packet Level Ready. Access: read-only. Status: mandatory. OBJECT: tl1x25PinvR2 { tl1x25IfEntry 6 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type for state r2 - DTE Restart Request. Access: read-only. Status: mandatory. 68 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25PinvR3 { tl1x25IfEntry 7 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type for state r3 - DCE Restart Indication. Access: read-only. Status: mandatory. OBJECT: tl1x25PinvP1 { tl1x25IfEntry 8 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type for state p1 - Ready. Access: read-only. Status: mandatory. 69 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25PinvP2 { tl1x25IfEntry 9 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type for state p2 - DTE Waiting. Access: read-only. Status: mandatory. OBJECT: tl1x25PinvP3 { tl1x25IfEntry 10 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type for state p3 - DCE Waiting. Access: read-only. Status: mandatory. 70 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25PinvP4 { tl1x25IfEntry 11 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type for state p4 - Data Transfer. Access: read-only. Status: mandatory. OBJECT: tl1x25PinvP5 { tl1x25IfEntry 12 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type for state p5 - Call Collision. Access: read-only. Status: mandatory. 71 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25PinvP6 { tl1x25IfEntry 13 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type for state p6 - DTE Clear Request. Access: read-only. Status: mandatory. OBJECT: tl1x25PinvP7 { tl1x25IfEntry 14 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type for state p7 - DCE Clear Indication. Access: read-only. Status: mandatory. 72 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25PinvD1 { tl1x25IfEntry 15 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type for state d1 - Flow Control Ready. Access: read-only. Status: mandatory. OBJECT: tl1x25PinvD2 { tl1x25IfEntry 16 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type for state d2 - DTE Reset Request. Access: read-only. Status: mandatory. 73 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25PinvD3 { tl1x25IfEntry 17 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid packet type for state d3 - DCE Reset indication. Access: read-only. Status: mandatory. OBJECT: tl1x25PktLong { tl1x25IfEntry 18 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that were larger than the maximum packet size. Access: read-only. Status: mandatory. 74 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25PktShort { tl1x25IfEntry 19 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that were smaller than the minimum packet size. Access: read-only. Status: mandatory. OBJECT: tl1x25CallingAddr { tl1x25IfEntry 20 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid calling address. Access: read-only. Status: mandatory. 75 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25CalledAddr { tl1x25IfEntry 21 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had an invalid called address. Access: read-only. Status: mandatory. OBJECT: tl1x25CallBad { tl1x25IfEntry 22 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had a call set-up problem. Access: read-only. Status: mandatory. 76 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25FacParam { tl1x25IfEntry 23 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had a facility parameter not allowed. Access: read-only. Status: mandatory. OBJECT: tl1x25FacCode { tl1x25IfEntry 24 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had a facility code not allowed. Access: read-only. Status: mandatory. 77 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25BadPkt { tl1x25IfEntry 25 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that were not identifiable. Access: read-only. Status: mandatory. OBJECT: tl1x25RejInv { tl1x25IfEntry 26 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that contained a Reject not subscribed to. Access: read-only. Status: mandatory. 78 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25LcRestr { tl1x25IfEntry 27 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that had a Restart with non-zero logical channel number. Access: read-only. Status: mandatory. OBJECT: tl1x25IntrCPkt { tl1x25IfEntry 28 } Syntax: Counter Definition: The number of X25 packets received on the designated interface that contained an Interrupt Confirmation. Access: read-only. Status: mandatory. 79 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25CallTimer { tl1x25IfEntry 29 } Syntax: Counter Definition: The number of X25 packets received on the designated interface whose call timer for a Call Request had expired. Access: read-only. Status: mandatory. OBJECT: tl1x25ResetTimer { tl1x25IfEntry 30 } Syntax: Counter Definition: The number of X25 packets received on the designated interface whose reset timer for a Reset Request had expired. Access: read-only. Status: mandatory. 80 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25Service { tl1x25IfEntry 31 } Syntax: INTEGER ( Basic-service(1), Standard-service(2) ) Definition: This is the X.25 Standard/Basic service flag. Access: read-write. Status: mandatory. Default: 1 OBJECT: tl1x25Window { tl1x25IfEntry 32 } Syntax: INTEGER (2..7) Definition: This is the maximum X.25 window size. Access: read-write. Status: mandatory. Default: 7 81 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1x25PktSize { tl1x25IfEntry 33 } Syntax: INTEGER (7..11) Definition: This is the maximum X.25 packet size (bytes) as a power of 2. Access: read-write. Status: mandatory. Default: 11 2.11. TL1 FDDI Group OBJECT: tl1fddiMACStatTable { tl1fddi 1 } Syntax: SEQUENCE OF tl1fddiMACStatEntry Definition: This is a list of the FDDI MAC statistics. Each entry is instantiated by a pair of indices; first, by the logical interface number (1..ifNumber); second, by the MAC number. Access: read-only. Status: mandatory. 82 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACStatEntry { tl1fddiMACStatTable 1 } Syntax: tl1fddiMACStatEntry ::= SEQUENCE { tl1fddiMACRcvAbort Counter, tl1fddiMACRcvOverflow Counter, tl1fddiMACRcvUnderflow Counter, tl1fddiMACRbcCollision Counter, tl1fddiMACTxSyncChain Counter, tl1fddiMACTxAsyncChain Counter, tl1fddiMACTxSyncFrm Counter, tl1fddiMACTxAsyncFrm Counter, tl1fddiMACTxSyncDone Counter, tl1fddiMACTxAsyncDone Counter, tl1fddiMACTxBufEmpty Counter, tl1fddiMACTxAbort Counter, tl1fddiMACRxFrmsRcvd Counter, tl1fddiMACRxSmallGap Counter, tl1fddiMACDpcCollision Counter, tl1fddiMACBadSyncPtr Counter, tl1fddiMACBadAsyncPtr Counter, tl1fddiMACOtherBecRcvd Counter, tl1fddiMACOwnBecRcvd Counter, tl1fddiMACHighClmRcvd Counter, tl1fddiMACLowClmRcvd Counter, tl1fddiMACWonClaimBid Counter, tl1fddiMACPktsDetected Counter, tl1fddiMACTokenCt Counter, 83 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 tl1fddiMACLateCt Counter, tl1fddiMACTvxExpiredCt Counter, tl1fddiMACEnterBeaconCt Counter, tl1fddiMACEnterClaimCt Counter, tl1fddiMACMultiTokens Counter, tl1fddiMACNotCopiedCt Counter, tl1fddiMACDuplicateAddr Counter, tl1fddiMACRingOpCt Counter, tl1fddiMACFrameCt Counter, tl1fddiMACLostCt Counter, tl1fddiMACErrorCt Counter, tl1fddiMACOutOfBuf Counter, tl1fddiMACReceiveCt Counter, tl1fddiMACTransmitCt Counter, tl1fddiMACInternalErrorCt Counter, tl1fddiMACTneg INTEGER } Access: read-only. Status: mandatory. 84 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACRcvAbort { tl1fddiMACStatEntry 1 } Syntax: Counter Definition: The number of frames received that were aborted by the chip set. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACRcvOverflow { tl1fddiMACStatEntry 2 } Syntax: Counter Definition: The number of times the FDDI receive fifo was filled. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACRcvUnderflow { tl1fddiMACStatEntry 3 } Syntax: Counter Definition: The number of underflow errors that occurred in the FDDI receive fifo. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACRbcCollision { tl1fddiMACStatEntry 4 } Syntax: Counter 85 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 Definition: The number of times that the RBC chip and the NP both accessed memory at the same time. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACTxSyncChain { tl1fddiMACStatEntry 5 } Syntax: Counter Definition: The number of times the "synchronous data chain transmitted" bit was set in the interrupt status register. Access: read-only. Status: mandatory. 86 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACTxAsyncChain { tl1fddiMACStatEntry 6 } Syntax: Counter Definition: The number of times the "asynchronous data chain transmitted" bit was set in the interrupt status register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACTxSyncFrm { tl1fddiMACStatEntry 7 } Syntax: Counter Definition: The number of times the "synchronous Frames Transmitted" bit was set in the interrupt status register. Access: read-only. Status: mandatory. 87 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACTxAsyncFrm { tl1fddiMACStatEntry 8 } Syntax: Counter Definition: The number of times the "asynchronous Frames Transmitted" bit was set in the interrupt status register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACTxSyncDone { tl1fddiMACStatEntry 9 } Syntax: Counter Definition: The number of times the "synchronous frames transmitted with the XDONE bit set" bit was set in the interrupt status register. Access: read-only. Status: mandatory. 88 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACTxAsyncDone { tl1fddiMACStatEntry 10 } Syntax: Counter Definition: The number of times the "asynchronous frames transmitted with the XDONE bit set" bit was set in the interrupt status register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACTxBufEmpty { tl1fddiMACStatEntry 11 } Syntax: Counter Definition: The number of times the "all frames in the transmit fifo have been transmitted" bit was set in the interrupt status register. Access: read-only. Status: mandatory. 89 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACTxAbort { tl1fddiMACStatEntry 12 } Syntax: Counter Definition: The number of times the "transmit frame abort" bit was set in the interrupt register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACRxFrmsRcvd { tl1fddiMACStatEntry 13 } Syntax: Counter Definition: The number of times the "received frame" bit was set in the interrupt status register. Access: read-only. Status: mandatory. 90 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACRxSmallGap { tl1fddiMACStatEntry 14 } Syntax: Counter Definition: The number of times the "Inter-frame-gap too small" bit was set in the interrupt status register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACDpcCollision { tl1fddiMACStatEntry 15 } Syntax: Counter Definition: The number of times the "DPC\NP collision bit was set in the interrupt status register. Access: read-only. Status: mandatory. 91 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACBadSyncPtr { tl1fddiMACStatEntry 16 } Syntax: Counter Definition: The number of times the "Invalid synchronous pointer or descriptor" bit was set in the interrupt status register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACBadAsyncPtr { tl1fddiMACStatEntry 17 } Syntax: Counter Definition: The number of times the "Invalid asynchronous pointer or descriptor" bit was set in the interrupt status register. Access: read-only. Status: mandatory. 92 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACOtherBecRcvd { tl1fddiMACStatEntry 18 } Syntax: Counter Definition: The number of times the "Received Beacon other than own" bit was set in the interrupt status register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACOwnBecRcvd { tl1fddiMACStatEntry 19 } Syntax: Counter Definition: The number of times the "Received my own beacon frame" bit was set in the interrupt status register. Access: read-only. Status: mandatory. 93 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACHighClmRcvd { tl1fddiMACStatEntry 20 } Syntax: Counter Definition: The number of times the "Higher Claim Received" bit was set in the interrupt status register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACLowClmRcvd { tl1fddiMACStatEntry 21 } Syntax: Counter Definition: The number of times the "Lower claim received" bit was set in the interrupt status register. Access: read-only. Status: mandatory. 94 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACWonClaimBid { tl1fddiMACStatEntry 22 } Syntax: Counter Definition: The number of times the "Station won Claim Bid" bit was set in the interrupt status register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACPktsDetected { tl1fddiMACStatEntry 23 } Syntax: Counter Definition: The number of times the "Packets detected for this station" bit was set in the interrupt status register. Access: read-only. Status: mandatory. 95 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACTokenCt { tl1fddiMACStatEntry 24 } Syntax: Counter Definition: The number of times the "Station issued token" bit was set in the interrupt status register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACLateCt { tl1fddiMACStatEntry 25 } Syntax: Counter Definition: The number of times the "Late count" bit was set in the interrupt status register. This means the TRT had expired. Access: read-only. Status: mandatory. 96 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACTvxExpiredCt { tl1fddiMACStatEntry 26 } Syntax: Counter Definition: The number of times the "TVX expired count" bit was set in the interrupt status register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACEnterBeaconCt { tl1fddiMACStatEntry 27 } Syntax: Counter Definition: The number of times the "Entered Beacon State" bit was set in the interrupt status register. Access: read-only. Status: mandatory. 97 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACEnterClaimCt { tl1fddiMACStatEntry 28 } Syntax: Counter Definition: The number of times the "Entered Claim State" bit was set in the interrupt status register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACMultiTokens { tl1fddiMACStatEntry 29 } Syntax: Counter Definition: The number of times the "Multiple Tokens detected" bit was set in the interrupt status register. Access: read-only. Status: mandatory. 98 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACNotCopiedCt { tl1fddiMACStatEntry 30 } Syntax: Counter Definition: The number of times the "Packet not copied, buffer full" bit was set in the interrupt status register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACDuplicateAddr { tl1fddiMACStatEntry 31 } Syntax: Counter Definition: The number of times the "Duplicate address detected" bit was set in the interrupt status register. Access: read-only. Status: mandatory. 99 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACRingOpCt { tl1fddiMACStatEntry 32 } Syntax: Counter Definition: The number of times the "Ring transitioned from non-op to op" bit was set in the interrupt status register. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACFrameCt { tl1fddiMACStatEntry 33 } Syntax: Counter Definition: A hardware counter of the number of Complete Frame scanned by the FORMAC chip. Access: read-only. Status: mandatory. 100 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACLostCt { tl1fddiMACStatEntry 34 } Syntax: Counter Definition: A hardware counter of the number of frames scanned and stripped due to an invalid symbol in the frame. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACErrorCt { tl1fddiMACStatEntry 35 } Syntax: Counter Definition: A hardware counter of the number of frames detected with CRC or length errors. Access: read-only. Status: mandatory. 101 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACOutOfBuf { tl1fddiMACStatEntry 36 } Syntax: Counter Definition: The number of times a packet was discarded due to the unavailability of OS buffers. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACReceiveCt { tl1fddiMACStatEntry 37 } Syntax: Counter Definition: The number of frames received. Access: read-only. Status: mandatory. 102 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACTransmitCt { tl1fddiMACStatEntry 38 } Syntax: Counter Definition: The number of frames transmitted. Access: read-only. Status: mandatory. OBJECT: tl1fddiMACInternalErrorCt { tl1fddiMACStatEntry 39 } Syntax: Counter Definition: The number of Timeplex specific internal errors that occurred. Access: read-only. Status: mandatory. 103 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACTneg { tl1fddiMACStatEntry 40 } Syntax: INTEGER Definition: The negotiated TRT value in microseconds. Access: read-only. Status: mandatory. OBJECT: tl1fddiSMTStnStateTable { tl1fddi 2 } Syntax: SEQUENCE OF tl1fddiSMTStnStateEntry Definition: This is a list of the FDDI SMT State variables. Each entry is instantiated by logical interface number (1..ifNumber). Access: read-only. Status: mandatory. 104 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiSMTStnStateEntry { tl1fddiSMTStnStateTable 1 } Syntax: tl1fddiSMTStnStateEntry ::= SEQUENCE { tl1fddiSMTStnType INTEGER, tl1fddiSMTVersionId INTEGER, tl1fddiSMTMACCount INTEGER, tl1fddiSMTAttachCount INTEGER, tl1fddiSMTMasterCount INTEGER, tl1fddiSMTDasScmState INTEGER, tl1fddiSMTStnId OCTET STRING } Access: read-only. Status: mandatory. OBJECT: tl1fddiSMTStnType { tl1fddiSMTStnStateEntry 1 } Syntax: INTEGER { station(1), concentrator(2) } Definition: This flag serves to distinguish between a station and a concentrator. Access: read-only. Status: mandatory. 105 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiSMTVersionId { tl1fddiSMTStnStateEntry 2 } Syntax: INTEGER Definition: This is the SMT protocol version identifier. Access: read-only. Status: mandatory. OBJECT: tl1fddiSMTMACCount { tl1fddiSMTStnStateEntry 3 } Syntax: INTEGER Definition: This is the number of MACs physically present in the configuration. Access: read-only. Status: mandatory. OBJECT: tl1fddiSMTAttachCount { tl1fddiSMTStnStateEntry 4 } Syntax: INTEGER Definition: This is the number of PHY attachments to the FDDI dual ring. Access: read-only. Status: mandatory. 106 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiSMTMasterCount { tl1fddiSMTStnStateEntry 5 } Syntax: INTEGER Definition: This is the number of slave ports on a concentrator. Access: read-only. Status: mandatory. OBJECT: tl1fddiSMTDasScmState { tl1fddiSMTStnStateEntry 6 } Syntax: INTEGER { isolated(1), wrap-a(2), wrap-b(3), thru(4), cleave-a(6), cleave-b(7) } Definition: This is the status for a dual attachment station's (DAS) connection to the network. Access: read-only. Status: mandatory. 107 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiSMTStnId { tl1fddiSMTStnStateEntry 7 } Syntax: OCTET STRING (SIZE 6) Definition: This is a 6-byte value that uniquely identifies the FDDI station. Access: read-only. Status: mandatory. OBJECT: tl1fddiPHYStateTable { tl1fddi 3 } Syntax: SEQUENCE OF tl1fddiPHYStateEntry Definition: This table contains each FDDI PHY's operational state. Each PHY parameter is an aggregate. PHYs are assigned the indices 1-n, where n = SpurCount + AttachCount. In a DAS, PHY A has index 1 and PHY B has index 2. Additional PHYs in a station (concentrator) are numbered from 3 thru n according to token flow. Each PHY parameter is instantiated by two indices; first, the logical interface number (1..ifNumber); second, the PHY index. Access: read-only. Status: mandatory. 108 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiPHYStateEntry { tl1fddiPHYStateTable 1 } Syntax: tl1fddiPHYStateEntry ::= SEQUENCE { tl1fddiPHYType INTEGER, tl1fddiPHYConnectState INTEGER, tl1fddiPHYRemotePHYType INTEGER, tl1fddiPHYRemoteMACIndicated INTEGER, tl1fddiPHYResourceIndex INTEGER, tl1fddiPHYConnectedResId INTEGER } Access: read-only. Status: mandatory. OBJECT: tl1fddiPHYType { tl1fddiPHYStateEntry 1 } Syntax: INTEGER { a(1), b(2), s(3), m(4) } Definition: This is the type of PHY. Access: read-only. Status: mandatory. 109 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiPHYConnectState { tl1fddiPHYStateEntry 2 } Syntax: INTEGER { disabled(1), connecting(2), standby(3), active(4) } Definition: This is the state of this PHY. Access: read-only. Status: mandatory. OBJECT: tl1fddiPHYRemotePHYType { tl1fddiPHYStateEntry 3 } Syntax: INTEGER { a(1), b(2), s(3), m(4), unknown(5) } Definition: This is the type of the remote PHY. Access: read-only. Status: mandatory. 110 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiPHYRemoteMACIndicated { tl1fddiPHYStateEntry 4 } Syntax: INTEGER Definition: This flag indicates that the neighbor station intends to place a MAC in the output token path of this PHY. Access: read-only. Status: mandatory. OBJECT: tl1fddiPHYResourceIndex { tl1fddiPHYStateEntry 5 } Syntax: INTEGER Definition: This is the index assigned to this PHY's resource and is used to identify each PHY in SMT. Access: read-only. Status: mandatory. 111 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiPHYConnectedResId { tl1fddiPHYStateEntry 6 } Syntax: INTEGER Definition: This is the index of the MAC or PHY resource connected to this PHY's output port. Access: read-only. Status: mandatory. OBJECT: tl1fddiSMTOperationalTable { tl1fddi 4 } Syntax: SEQUENCE OF tl1fddiSMTOperationalEntry Definition: This is a list of the FDDI SMT operational parameters. Each entry is instantiated by logical interface number (1..ifNumber). Access: read-write. Status: mandatory. 112 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiSMTOperationalEntry { tl1fddiSMTOperationalTable 1 } Syntax: tl1fddiSMTOperationalEntry ::= SEQUENCE { tl1fddiSMTLinkErrorRateCutoff INTEGER, tl1fddiSMTLinkErrorRateAlarm INTEGER, tl1fddiSMTByPassSwitchPresent INTEGER, tl1fddiSMTAttachConfiguration INTEGER } Access: read-write. Status: mandatory. OBJECT: tl1fddiSMTLinkErrorRateCutoff { tl1fddiSMTOperationalEntry 1 } Syntax: INTEGER (1..10) Definition: This is an absolute integer representation of the exponent of the bit error rate allowed before terminating the interface. Access: read-write. Status: mandatory. Default: 7 113 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiSMTLinkErrorRateAlarm { tl1fddiSMTOperationalEntry 2 } Syntax: INTEGER (1..10) Definition: This is an absolute integer representation of the exponent of the bit error rate allowed before generating an alarm. Access: read-write. Default: 8 Status: mandatory. OBJECT: tl1fddiSMTByPassSwitchPresent { tl1fddiSMTOperationalEntry 3 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This flag indicates the presence of a By Pass Switch. Access: read-write. Default: FALSE(0) Status: mandatory. 114 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiSMTAttachConfiguration { tl1fddiSMTOperationalEntry 4 } Syntax: INTEGER { cleave-A(1), cleave-B(2), dualattach(3) } Definition: This is an attachment mode identifier with dualattach specifying standard DAS and cleave-A specifying SAS on port A, and cleave-B specifying SAS on port B. Access: read-write. Default: 3 Status: mandatory. OBJECT: tl1fddiMACOperationalTable { tl1fddi 5 } Syntax: SEQUENCE OF tl1fddiMACOperationalEntry Definition: This is a list of the FDDI MAC operational parameters. Each entry is instantiated by a pair of indices; first, the logical interface number (1..ifNumber); second, the MAC index. Access: read-write. Status: mandatory. 115 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACOperationalEntry { tl1fddiMACOperationalTable 1 } Syntax: tl1fddiMACOperationalEntry ::= SEQUENCE { tl1fddiMACTReq INTEGER, tl1fddiMACTMax INTEGER, tl1fddiMACTvxValue INTEGER, tl1fddiMACTMin INTEGER, tl1fddiMACRcvThrot INTEGER } Access: read-write. Status: mandatory. OBJECT: tl1fddiMACTReq { tl1fddiMACOperationalEntry 1 } Syntax: INTEGER (tl1fddiMACTMin..tl1fddiMACTMax) Definition: This is the requested Target Token Rotation Time. The time units are in microseconds. Access: read-write. Status: mandatory. Default: 100000 116 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACTMax { tl1fddiMACOperationalEntry 2 } Syntax: INTEGER (tl1fddiMACTMin..335,540) Definition: This is the maximum Target Token Rotation Time to be supported by this station. The time units are in microseconds. Access: read-write. Status: mandatory. Default: 165000 OBJECT: tl1fddiMACTvxValue { tl1fddiMACOperationalEntry 3 } Syntax: INTEGER (1..5000) Definition: This is the Valid-Transmission Timer value, the maximum time allowed between reception of valid frames or tokens. The time units are in microseconds. Access: read-write. Status: mandatory. Default: 2500 117 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiMACTMin { tl1fddiMACOperationalEntry 4 } Syntax: INTEGER (4000..tl1fddiMACTMax) Definition: This is the minimum Target Token Rotation Time to be supported by this station. The time units are in microseconds. Access: read-write. Status: mandatory. Default: 4000 OBJECT: tl1fddiMACRcvThrot { tl1fddiMACOperationalEntry 5 } Syntax: INTEGER Definition: The maximum number of data bytes that the specified FDDI interface can receive per interrupt. Access: read-write. Status: mandatory. 118 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiPHYOperationalTable { tl1fddi 6 } Syntax: SEQUENCE OF tl1fddiPHYOperationalEntry Definition: This is a list of the FDDI PHY operational parameters. Each entry is instantiated by a pair of indices; first, the logical interface number (1..ifNumber); second, the PHY index. Access: read-write. Status: mandatory. OBJECT: tl1fddiPHYOperationalEntry { tl1fddiPHYOperationalTable 1 } Syntax: tl1fddiPHYOperationalEntry ::= SEQUENCE { tl1fddiPHYAction INTEGER } Access: read-write. Status: mandatory. 119 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiPHYAction { tl1fddiPHYOperationalEntry 1 } Syntax: INTEGER { enabled(0), disabled(1) } Definition: This value indicates an action that was taken (when read) or is to be taken (when written) for the specified PHY. Access: read-write. Status: mandatory. Default: 0 OBJECT: tl1fddiSMTNeighborTable { tl1fddi 7 } Syntax: SEQUENCE OF tl1fddiSMTNeighborEntry Definition: This is a list of the upstream and downstream neighbors. Each entry is instantiated by a pair of indices; first, the logical interface number (1..ifNumber); second, the MAC index. Access: read-only. Status: mandatory. 120 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiSMTNeighborEntry { tl1fddiSMTNeighborTable 1 } Syntax: tl1fddiSMTNeighborEntry::= SEQUENCE { tl1fddiSMTStnUpstreamNbr OCTET STRING, tl1fddiSMTStnDownstreamNbr OCTET STRING } Access: read-only. Status: mandatory. OBJECT: tl1fddiSMTStnUpstreamNbr { tl1fddiSMTNeighborEntry 1 } Syntax: OCTET STRING (SIZE 6) Definition: This is this station's upstream neighbor's individual MAC address. Access: read-only. Status: mandatory. 121 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1fddiSMTStnDownstreamNbr { tl1fddiSMTNeighborEntry 2 } Syntax: OCTET STRING (SIZE 6) Definition: This is the individual MAC address for this station's downstream neighbor. Access: read-only. Status: mandatory. 2.12. TL1 STAP Group OBJECT: tl1stapBridgeConfig { tl1stap 1 } Syntax: OBJECT IDENTIFIER Definition: This is a group of configurable bridge parameters f o r t h e Spanning Tree Algorithm protocol. Access: read-write. Status: mandatory. 122 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapSpanningTreeEnabled { tl1stapBridgeConfig 1 } Syntax: INTEGER { Disabled (0), Enabled (1) } Definition: This flag indicates whether the Spanning Tree Algorithm/Protocol is enabled. Access: read-write. Status: mandatory. OBJECT: tl1stapCMaxBridgeTransDelay { tl1stapBridgeConfig 3 } Syntax: INTEGER (1..4) Definition: This is the configurable maximum time elapsing between reception and transmission by a bridge of a forwarded frame. Access: read-write. Status: mandatory. 123 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapCMaxBpduTransDelay { tl1stapBridgeConfig 4 } Syntax: INTEGER (1..4) Definition: This is the configurable maximum delay between finding the need to send a Bridge Protocol Data Unit and the transmission of such a packet. Access: read-write. Status: mandatory. OBJECT: tl1stapCBridgeHelloTime { tl1stapBridgeConfig 6 } Syntax: INTEGER (1..10) Definition: This is the configurable value of the Hello Time parameter when the bridge is the root or attempting to become the Root. Access: read-write. Status: mandatory. 124 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapCBridgeMaxAge { tl1stapBridgeConfig 7 } Syntax: INTEGER (6..40) Definition: This is the configurable value of the Max Age parameter when the bridge is the Root or is attempting to become the Root. Access: read-write. Status: mandatory. OBJECT: tl1stapCForwardDelay { tl1stapBridgeConfig 8 } Syntax: INTEGER (4..30) Definition: This is the configurable value of the Forward Delay parameter when the bridge is the Root or is attempting to become the Root. Access: read-write. Status: mandatory. 125 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapCBridgePriority { tl1stapBridgeConfig 9 } Syntax: INTEGER (0..65535) Definition: This is the configurable Bridge Priority which is used in calculating the Root Bridge. Access: read-write. Status: mandatory. OBJECT: tl1stapPortConfigTable { tl1stap 2 } Syntax: SEQUENCE of tl1stapPortConfigEntry Definition: This is the Configurable Port parameters for Spanning Tree Algorithm protocol. Each parameter is instantiated by logical interface (1..ifNumber). Access: read-write. Status: mandatory. 126 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapPortConfigEntry { tl1stapPortConfigTable 1 } Syntax: tl1stapPortConfigEntry ::= SEQUENCE { tl1stapCPortState INTEGER, tl1stapCPortPriority INTEGER, tl1stapCPathCost INTEGER } Access: read-write. Status: mandatory. OBJECT: tl1stapCPortState { tl1stapPortConfigEntry 1 } Syntax: INTEGER { disable(0), enabled(1) } Definition: This is the configurable State which is used to remotely enable or disable a port from being included or excluded respectively in the Spanning Tree Algorithm. Access: read-write. Status: mandatory. 127 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapCPortPriority { tl1stapPortConfigEntry 2 } Syntax: INTEGER (0..255) Definition: This is the configurable Port Priority which is used in calculating the Port Identifier. Access: read-write. Status: mandatory. OBJECT: tl1stapCPathCost { tl1stapPortConfigEntry 3 } Syntax: INTEGER (1..65535) Definition: This is the configurable Path Cost which is used as the contribution of the path through this port, when the port is the Root Port, to the total cost of the path to the Root for this bridge. Access: read-write. Status: mandatory. 128 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapBridgeState { tl1stap 3 } Syntax: OBJECT IDENTIFIER Definition: This is a group consisting of current bridge information such as Bridge Identifier, Protocol Parameters, Designated Root, Root Port and Topology change indicators. Access: read-only. Status: mandatory. OBJECT: tl1stapBridgeIdentifier { tl1stapBridgeState 1 } Syntax: OCTET STRING (SIZE 8) Definition: The unique Bridge Identifier of the bridge. This parameter is derived from the unique Bridge Address and the Bridge Priority. Access: read-only. Status: mandatory. 129 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapTimeSinceTopChange { tl1stapBridgeState 2 } Syntax: TimeTicks Definition: This is the elapsed time (in seconds) since the Topology Change flag parameter for the bridge was last set to TRUE. Access: read-only. Status: mandatory. OBJECT: tl1stapTopologyChangeCount { tl1stapBridgeState 3 } Syntax: Counter Definition: The number of times the Topology Change flag for the bridge has been set since the bridge was powered on or initialized. Access: read-only. Status: mandatory. 130 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapTopologyChange { tl1stapBridgeState 4 } Syntax: INTEGER ( TRUE(1), FALSE(0) ) Definition: The value of the Topology Change flag in Configuration BPDUs to be transmitted by the bridge on LANs for which the bridge is the Designated Bridge. Access: read-only. Status: mandatory. OBJECT: tl1stapDesignatedRoot { tl1stapBridgeState 5 } Syntax: OCTET STRING (SIZE 8) Definition: The Unique Bridge Identifier of the bridge assumed to be the Root. Access: read-only. Status: mandatory. 131 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapRootPathCost { tl1stapBridgeState 6 } Syntax: INTEGER Definition: The Cost of the path to the Root from this bridge. Access: read-only. Status: mandatory. OBJECT: tl1stapRootPort { tl1stapBridgeState 7 } Syntax: INTEGER Definition: The Port Identifier of the port which offers the lowest cost path to the Root. Access: read-only. Status: mandatory. OBJECT: tl1stapMaxAge { tl1stapBridgeState 8 } Syntax: INTEGER (6..40) Definition: The maximum age of received protocol information before it is discarded. Access: read-only. Status: mandatory. 132 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapHelloTime { tl1stapBridgeState 9 } Syntax: INTEGER (1..10) Definition: The time interval between the transmission of Configuration BPDU's by a bridge which is attempting to become the Root or is the Root. Access: read-only. Status: mandatory. OBJECT: tl1stapForwardDelay { tl1stapBridgeState 10 } Syntax: INTEGER (4..30) Definition: The time spent in the Listening State while moving from the Blocking State to the Learning State. Access: read-only. Status: mandatory. 133 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapBridgeMaxAge { tl1stapBridgeState 11 } Syntax: INTEGER (6..40) Definition: The value of the Max Age parameter when the bridge is the Root or is attempting to become the Root. Access: read-only. Status: mandatory. OBJECT: tl1stapBridgeHelloTime { tl1stapBridgeState 12 } Syntax: INTEGER (1..10) Definition: The value of the Hello Time parameter when the bridge is the Root or attempting to become the Root. Access: read-only. Status: mandatory. 134 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapBridgeForwardDelay { tl1stapBridgeState 13 } Syntax: INTEGER (4..30) Definition: The value of the Forward Delay parameter when the bridge is the Root or is attempting to become the Root. Access: read-only. Status: mandatory. OBJECT: tl1stapHoldTime { tl1stapBridgeState 14 } Syntax: INTEGER Definition: The parameter specifies the minimum time period between the transmission of Configuration BPDU's through a given Bridge Port. No more than two Configuration BPDU's can be transmitted in any Hold Time period. Access: read-only. Status: mandatory. 135 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapPortStateTable { tl1stap 4 } Syntax: SEQUENCE of tl1stapPortStateEntry Definition: A set of items containing current port information such as Port Identifier, Port State, Path Cost, current designated parameters, and other port indicators. Each parameter is instantiated by logical interface number (1..ifNumber). Access: read-only. Status: mandatory. OBJECT: tl1stapPortStateEntry { tl1stapPortStateTable 1 } Syntax: tl1stapPortStateEntry ::= SEQUENCE { tl1stapPortIdentifier INTEGER, tl1stapPortState INTEGER, tl1stapPathCost INTEGER, tl1stapPDesignatedRoot OCTET STRING, tl1stapPDesignatedCost INTEGER, tl1stapPDesignatedBridge OCTET STRING, tl1stapPDesignatedPort INTEGER, tl1stapPTopologyChangeAck INTEGER, tl1stapPConfigPending INTEGER } 136 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 Access: read-only. Status: mandatory. OBJECT: tl1stapPortIdentifier { tl1stapPortStateEntry 1 } Syntax: INTEGER Definition: The Port Identifier of the associated Port. This parameter is used as the value of the Port Identifier parameter of all Configuration BPDUs transmitted on the associated port. Access: read-only. Status: mandatory. OBJECT: tl1stapPortState { tl1stapPortStateEntry 2 } Syntax: INTEGER { Disabled(0), Listening(1), Learning(2), Forwarding(3), Blocking(4) } Definition: The current State of the Port. Access: read-only. Status: mandatory. 137 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapPathCost { tl1stapPortStateEntry 3 } Syntax: INTEGER (1..65535) Definition: The contribution of the path through this port, when the port is the Root Port, to the total cost of the path to the Root for this bridge. Access: read-only. Status: mandatory. OBJECT: tl1stapPDesignatedRoot { tl1stapPortStateEntry 4 } Syntax: OCTET STRING (SIZE 8) Definition: The unique Bridge Identifier of the bridge recorded as the Root in the Root Identifier parameter of Configuration BPDU's transmitted by the Designated Bridge for the LAN to which the port is attached. Access: read-only. Status: mandatory. 138 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapPDesignatedCost { tl1stapPortStateEntry 5 } Syntax: INTEGER Definition: The cost of the path to the Root offered by the Designated Port on the LAN to which this port is attached. Access: read-only. Status: mandatory. OBJECT: tl1stapPDesignatedBridge { tl1stapPortStateEntry 6 } Syntax: OCTET STRING (SIZE 8) Definition: The unique Bridge Identifier of the bridge believed to be the Designated Bridge for the LAN associated with the port. Access: read-only. Status: mandatory. 139 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapPDesignatedPort { tl1stapPortStateEntry 7 } Syntax: INTEGER Definition: The Port Identifier of the Bridge Port believed to be the Designated Port for the LAN associated with the port. Access: read-only. Status: mandatory. OBJECT: tl1stapPTopologyChangeAck { tl1stapPortStateEntry 8 } Syntax: INTEGER ( TRUE(1), FALSE(0) ) Definition: The value of the Topology Change Acknowledgement flag in the next Configuration BPDU to be transmitted on the associated port. Access: read-only. Status: mandatory. 140 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1stapPConfigPending { tl1stapPortStateEntry 9 } Syntax: INTEGER ( TRUE(1), FALSE(0) ) Definition: A flag set to record whether a Configuration BPDU should be transmitted on expiry of the Hold Timer for the associated port. Access: read-only. Status: mandatory. 2.13. TL1 PPP Group OBJECT: tl1pppInfoTable { tl1ppp 1 } Syntax: SEQUENCE of tl1pppInfoEntry Definition: This is a set of items which define the flags indicating an open event for LCP phase, and NCP phases. Also it contains timeout values for LQD phase. Each variable is instantiated by logical interface number (1..ifNumber). Access: read-write. Status: mandatory. 141 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1pppInfoEntry { tl1pppInfoTable 1 } Syntax: tl1pppInfoEntry ::= SEQUENCE { tl1pppLcpAO INTEGER, tl1pppIpcpAO INTEGER, tl1pppIdpcpAO INTEGER, tl1pppIpxcpAO INTEGER, tl1pppLqdTimeout INTEGER } Access: read-write. Status: mandatory. OBJECT: tl1pppLcpAO { tl1pppInfoEntry 1 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This is a flag indicating an open event for LCP phase. Access: read-write. Status: mandatory. Default: FALSE(0) 142 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1pppIpcpAO { tl1pppInfoEntry 2 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This is a flag indicating an open event for negotiation of the Network Control Protocol IP phase during the NCP phase. Access: read-write. Status: mandatory. Default: FALSE(0) OBJECT: tl1pppIdpcpAO { tl1pppInfoEntry 3 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This is a flag indicating an open event for negotiation of the Network Control Protocol IDP phase during the NCP phase. Access: read-write. Status: mandatory. Default: FALSE(0) 143 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1pppIpxcpAO { tl1pppInfoEntry 4 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This is a flag indicating an open event for negotiation of the Network Control Protocol IDP phase during the NCP phase. Access: read-write. Status: mandatory. Default: FALSE(0) OBJECT: tl1pppLqdTimeout { tl1pppInfoEntry 5 } Syntax: INTEGER Definition: This is an amount of time to wait for the PPP peer to complete processing its Link Quality Determination Phase. Access: read-write. Status: mandatory. 144 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1pppPhaseTable { tl1ppp 2 } Syntax: SEQUENCE of tl1pppPhaseEntry Definition: This is a set of items, one for the LCP phase and for each NCP phase. It defines the counters for loop avoidance and timeout values for Configuration Request, Termination Requests and Restarting of PPP. Each variable is instantiated by logical interface number (1..ifNumber) and by the Phase being processed (1..Maximum number of Phases). Access: read-write. Status: mandatory. OBJECT: tl1pppPhaseEntry { tl1NcpPhaseTable 1 } Syntax: tl1pppPhaseEntry ::= SEQUENCE { tl1pppCrCount INTEGER, tl1pppTrCount INTEGER, tl1pppCtTimeout INTEGER, tl1pppRsTimeout INTEGER } Access: read-write. Status: mandatory. 145 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1pppCrCount { tl1pppPhaseEntry 1 } Syntax: INTEGER Definition: This is a loop avoidance count of Configuration Requests to be sent out during the phase instantiated (LCP, IPCP, IDPCP, or IPXCP). Access: read-write. Status: mandatory. OBJECT: tl1pppTrCount { tl1pppPhaseEntry 2 } Syntax: INTEGER Definition: This is a loop avoidance count of Termination Requests to be sent out during the phase instantiated (LCP, IPCP, IDPCP, or IPXCP). Access: read-write. Status: mandatory. 146 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1pppCtTimeout { tl1pppPhaseEntry 3 } Syntax: INTEGER Definition: This is the timeout value to wait for a response to a Configuration Request or a Termination Request during the phase instantiated (LCP, IPCP, IDPCP, or IPXCP). Access: read-write. Status: mandatory. OBJECT: tl1pppRsTimeout { tl1pppPhaseEntry 4 } Syntax: INTEGER Definition: This is the amount of time to wait after trying the specified loop avoidance Configuration Requests before starting initialization of the phase instantiated (LCP, IPCP, IDPCP, or IPXCP). Access: read-write. Status: mandatory. 147 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1pppStatTable { tl1ppp 3 } Syntax: SEQUENCE of tl1pppStatEntry Definition: This is a set of items which contain counts of various bad record received. It also contains counts of Configuration Requests sent, Configuration Requests received and Termination Requests received. Each variable is instantiated by logical interface number (1..ifNumber). Access: read-write. Status: mandatory. OBJECT: tl1pppStatEntry { tl1pppStatTable 1 } Syntax: tl1pppBadProtocol ::= SEQUENCE { tl1pppBadProtocol Counter, tl1pppBadAddress Counter, tl1pppBadLcp Counter, tl1pppBadIpcp Counter, tl1pppBadIdpcp Counter, tl1pppBadIpxcp Counter, tl1pppNumCrSent Counter, tl1pppNumCrRecd Counter, tl1pppNumTrRecd Counter } Access: read-only. Status: mandatory. 148 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1pppBadProtocol { tl1pppStatEntry 1 } Syntax: Counter Definition: This is the counter containing the number of unrecognizable protocol fields received. Access: read-only. Status: mandatory. OBJECT: tl1pppBadAddress { tl1pppStatEntry 2 } Syntax: Counter Definition: This is the counter containing the number of packets received with a bad address field. Access: read-only. Status: mandatory. 149 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1pppBadLcp { tl1pppStatEntry 3 } Syntax: Counter Definition: This is the counter containing the number of packets received with a bad LCP Code field. Access: read-only. Status: mandatory. OBJECT: tl1pppBadIpcp { tl1pppStatEntry 4 } Syntax: Counter Definition: This is the counter containing the number of packets received with a bad IPCP Code field. Access: read-only. Status: mandatory. 150 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1pppBadIdpcp { tl1pppStatEntry 5 } Syntax: Counter Definition: This is the counter containing the number of packets received with a bad IDPCP Code field. Access: read-only. Status: mandatory. OBJECT: tl1pppBadIpxcp { tl1pppStatEntry 6 } Syntax: Counter Definition: This is the counter containing the number of packets received with a bad IPXCP Code field. Access: read-only. Status: mandatory. 151 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1pppNumCrSent { tl1pppStatEntry 7 } Syntax: Counter Definition: This is the counter containing the number of Configuration Request packets sent. Access: read-only. Status: mandatory. OBJECT: tl1pppNumCrRecd { tl1pppStatEntry 8 } Syntax: Counter Definition: This is the counter containing the number of Configuration Request packets received. Access: read-only. Status: mandatory. 152 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1pppNumTrRecd { tl1pppStatEntry 9 } Syntax: Counter Definition: This is the counter containing the number of Termination Request packets received. Access: read-only. Status: mandatory. 2.14. TL1 SRTB Group OBJECT: tl1srtbInternalLanEnabled { tl1srtb 1 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: The flag that indicates whether the bridge has a virtual internal LAN configured. The virtual internal LAN is used whenever multiple Bridge Numbers are required for Source Route Bridging. Access: read-write. Status: mandatory. 153 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbInternalLanId { tl1srtb 2 } Syntax: INTEGER (0..4095) Definition: The LAN Identifier for the virtual internal LAN. Access: read-write. Status: mandatory. OBJECT: tl1srtbUpTime { tl1srtb 3 } Syntax: TimeTicks Definition: The count in hundredths of seconds of the time elapsed since the bridge was last reset or initialized. Access: read-only. Status: mandatory. 154 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbPortParamsTable { tl1srtb 4 } Syntax: SEQUENCE OF tl1srtbPortParamsEntry Definition: The bridge port parameters table. Each entry provides the values for the parameters associated with a given port of the bridge. Each entry is instantiated by logical interface number (1..ifNumber). Access: read-write. Status: Mandatory. OBJECT: tl1srtbPortParamsEntry { tl1srtbPortParamsTable 1 } Syntax: tl1srtbPortParamsEntry ::= SEQUENCE { tl1srtbBridgeNumber INTEGER, tl1srtbRoutingType INTEGER, tl1srtbLanId INTEGER, tl1srtbIsVLan INTEGER, tl1srtbRdLimit INTEGER, tl1srtbOutUserPriority INTEGER, tl1srtbOutAccessPriority INTEGER } Definition: A port state entry identifying the parameter settings for a particular port on the bridge. Access: read-write. Status: mandatory. 155 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbBridgeNumber { tl1srtbPortParamsEntry 1 } Syntax: INTEGER (0..15) Definition: The Bridge Number associated with this port. A Bridge Number uniquely identifies a bridge among multiple SRT bridges spanning the same two LANs. Access: read-write. Status: mandatory. Default: 1 OBJECT: tl1srtbRoutingType { tl1srtbPortParamsEntry 2 } Syntax: INTEGER { None(255), TB(0), SRT(1), SR(2) } Definition: The Routing Type for this port. Supported values are: No bridging; Transparent only; Source Routing and Transparent; and, Source Routing only. Access: read-write. Status: mandatory. Default: 0 156 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbLanId { tl1srtbPortParamsEntry 3 } Syntax: INTEGER (0..4095) Definition: The LAN identifier for the LAN to which this port is attached. Access: read-write. Status: mandatory. OBJECT: tl1srtbIsVLan { tl1srtbPortParamsEntry 4 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: The flag indicating whether the network to which this port is attached is part of a wide area network Virtual LAN. Access: read-write. Status: mandatory. 157 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbRdLimit { tl1srtbPortParams 5 } Syntax: INTEGER (0..14) Definition: The Route Designators Limit for this port. This variable determines the maximum number of route designators that the bridge will permit in an explorer frame. Access: read-write. Status: mandatory. Default: 14 OBJECT: tl1srtbOutUserPriority { tl1srtbPortParamsEntry 6 } Syntax: INTEGER (0..7) Definition: The Outbound User Priority. Access: read-write. Status: mandatory. 158 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbOutAccessPriority { tl1srtbPortParamsEntry 7 } Syntax: INTEGER (0..7) Definition: The Outbound Access Priority. Access: read-write. Status: mandatory. OBJECT: tl1srtbPortCounterTable { tl1srtb 5 } Syntax: SEQUENCE OF tl1srtbPortCounterEntry Definition: The table of counters associated with each bridge port. Each variable is instantiated by logical interface number (1..ifNumber). Access: read-only. Status: mandatory. 159 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbPortCounterEntry { tl1srtbPortCounterTable 1 } Syntax: tl1srtbPortCounterEntry ::= SEQUENCE { tl1srtbInTSFramesReceived Counter, tl1srtbInTSFramesDiscarded Counter, tl1srtbOutTSFramesFrwd Counter, tl1srtbDiscardBuffers Counter, tl1srtbDiscardTransitDelay Counter, tl1srtbDiscardOnError Counter, tl1srtbInvalidRi Counter, tll1srtbLanIdMismatch Counter, tl1srtbDupLanIdOrTreeError Counter, tl1srtbDiscardHopCountExcd Counter, tl1srtbExplorerFramesFrwd Counter, tl1srtbExplorerOctetsFrwd Counter, tl1srtbNonExplorFramesFrwd Counter, tl1srtbNonExplorOctetsFrwd Counter, tl1srtbTotalSRFrwd Counter, tl1srtbValidSRFramesReceived Counter, tl1srtbValidExplorOctetsRcvd Counter, tl1srtbValidSRDiscarded Counter, tl1srtbTotalSRDiscarded Counter } 160 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 Definition: The counters for a particular bridge port. Access: read-only. Status: mandatory. OBJECT: tl1srtbInTSFramesReceived { tl1srtbPortCounterEntry 1 } Syntax: Counter Definition: The count of valid Transparent Spanning frames received. Access: read-only. Status: mandatory. OBJECT: tl1srtbInTSFramesDiscarded { tl1srtbPortCounterEntry 2 } Syntax: Counter Definition: The count of valid Transparent Spanning frames received which were discarded by the Forwarding Process. Access: read-only. Status: mandatory. 161 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbOutTSFramesFrwd { tl1srtbPortCounterEntry 3 } Syntax: Counter Definition: The count of all Transparent Spanning frames forwarded to the associated MAC entity. Access: read-only. Status: mandatory. OBJECT: tl1srtbDiscardBuffers { tl1srtbPortCounterEntry 4 } Syntax: Counter Definition: The count of all bridged frames (transparent and source routed) that were to be transmitted through the associated port, but were discarded due to a lack of buffers. Access: read-only. Status: mandatory. 162 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbDiscardTransitDelay { tl1srtbPortCounterEntry 5 } Syntax: Counter Definition: The count of all bridged frames (transparent and source routed) that were to be transmitted through the associated port, but were discarded due to a maximum bridge transit delay being exceeded (buffering may have been available). Access: read-only. Status: mandatory. OBJECT: tl1srtbDiscardOnError { tl1srtbPortCounterEntry 6 } Syntax: Counter Definition: The count of all bridged frames (transparent and source routed) which were to be forwarded on the associated MAC but could not be transmitted (e.g., frame would be too large). Access: read-only. Status: mandatory. 163 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbInvalidRi { tl1srtbPortCounterEntry 7 } Syntax: Counter Definition: The count of source routed frames discarded because the RI field contains a duplicate LOUT specification, has an odd length, has a length of 0 or 4, or is an explorer frame with D=1. Access: read-only. Status: mandatory. OBJECT: tl1srtbLanIdMismatch { tl1srtbPortCounterEntry 8 } Syntax: Counter Definition: The count of explorer frames discarded because the last LAN ID in the routing information field does not match the LAN ID of the input port. Access: read-only. Status: mandatory. 164 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbDupLanIdOrTreeError { tl1srtbPortCounterEntry 9 } Syntax: Counter Definition: Duplicate LAN ID or spanning tree error - the count of spanning tree explorer frames discarded because the LAN-out ID already appeared in the routing information field. Access: read-only. Status: mandatory. OBJECT: tl1srtbDiscardHopCountExcd { tl1srtbPortCounterEntry 10 } Syntax: Counter Definition: The count of explorer frames received on the associated port that were discarded because the number of route designators in the routing information would exceed the RD limit. Access: read-only. Status: mandatory. 165 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbExplorerFramesFrwd { tl1srtbPortCounterEntry 11 } Syntax: Counter Definition: The count of explorer frames forwarded to the associated MAC. Access: read-only. Status: mandatory. OBJECT: tl1srtbExplorerOctetsFrwd { tl1srtbPortCounterEntry 12 } Syntax: Counter Definition: The total octet count for all explorer frames forwarded to the associated MAC. Access: read-only. Status: mandatory. 166 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbNonExplorFramesFrwd { tl1srtbPortCounterEntry 13 } Syntax: Counter Definition: The count of non-explorer frames forwarded to the associated MAC. Access: read-only. Status: mandatory. OBJECT: tl1srtbNonExplorOctetsFrwd { tl1srtbPortCounterEntry 14 } Syntax: Counter Definition: The total octet count for all non-explorer frames forwarded to the associated MAC. Access: read-only. Status: mandatory. 167 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbTotalSRFrwd { tl1srtbPortCounterEntry 15 } Syntax: Counter Definition: The total count of source routed frames forwarded to the associated MAC. Access: read-only. Status: mandatory. OBJECT: tl1srtbValidSRFramesReceived { tl1srtbPortCounterEntry 16 } Syntax: Counter Definition: The count of valid source routed frames received on the associated MAC. Access: read-only. Status: mandatory. OBJECT: tl1srtbValidExplorOctetsRcvd { tl1srtbPortCounterEntry 17 } Syntax: Counter Definition: The total octet count for all explorer frames received on the associated MAC. Access: read-only. Status: mandatory. 168 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbValidSRDiscarded { tl1srtbPortCounterEntry 18 } Syntax: Counter Definition: The count of valid source routed frames that are received on the associated MAC and discarded due to no RI match. Access: read-only. Status: mandatory. OBJECT: tl1srtbTotalSRDiscarded { tl1srtbPortCounterEntry 19 } Syntax: Counter Definition: The total count of all source routed frames that are received on the associated MAC and discarded. Access: read-only. Status: mandatory. OBJECT: tl1srtbFilterDbParams { tl1srtb 6 } Syntax: OBJECT IDENTIFIER Definition: The group of Filtering Database parameters. Access: read-only. Status: mandatory. 169 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbFilterDbSize { tl1srtbFilterDbParams 1 } Syntax: INTEGER Definition: The maximum number of entries that can be held in the Filtering Database. Access: read-only. Status: mandatory. OBJECT: tl1srtbPermDbSize { tl1srtbPermDbParams 2 } Syntax: INTEGER Definition: The maximum number of entries that can be held in the Permanent Database. Access: read-only. Status: mandatory. OBJECT: tl1srtbNumDynamicEntries { tl1srtbFilterDbParams 3 } Syntax: INTEGER Definition: The current number of dynamic entries in the Filtering Database. Access: read-only. Status: mandatory. 170 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbFilterDbAgeingTime { tl1srtbFilterDbParams 4 } Syntax: INTEGER Definition: The time for ageing out dynamic entries in the Filtering Database when the port associated with the dynamic entry is in the forwarding state. Access: read-only. Status: mandatory. OBJECT: tl1srtbDynamicFilterDbTable { tl1srtb 7 } Syntax: SEQUENCE OF tl1srtbDynamicFilterDbEntry Definition: The dynamic entries currently in the Filtering Database. Each entry is indexed by an entry number (1 .. maximum number of dynamic entries). Access: read-only. Status: mandatory. 171 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbDynamicFilterDbEntry { tl1srtbDynamicFilterDbTable 1 } Syntax: tl1srtbDynamicFilterDbEntry ::= SEQUENCE { tl1srtbDynamicMacAddr OCTET STRING, tl1srtbDynamicPortNumber INTEGER } Definition: A particular entry in the dynamic portion of the Filtering Database. Access: read-only. Status: mandatory. OBJECT: tl1srtbDynamicMacAddr { tl1srtbDynamicFilterDbEntry 1 } Syntax: OCTET STRING (SIZE 6) Definition: The MAC address to which the dynamic entry pertains. Access: read-only. Status: mandatory. 172 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbDynamicPortNumber { tl1srtbDynamicFilterDbEntry 2 } Syntax: INTEGER Definition: The port (logical interface) through which the end station with the associated MAC address is located. A value of 0 means that the associated MAC address is always filtered. Access: read-only. Status: mandatory. OBJECT: tl1srtbStaticFilterDbParams { tl1srtb 8 } Syntax: OBJECT IDENTIFIER Definition: The group of variables that define the Static Filtering Database entries. Access: read-write. Status: mandatory. 173 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbStatEntMacAddrTable { tl1srtbStaticFilterDbParams 1 } Syntax: SEQUENCE OF tl1srtbStatEntMacAddrEntry Definition: The table of MAC addresses for Static Filtering Table entries. Each entry is indexed by two values. The first value is the logical interface number for the receive port associated with the entry. The second value is the entry number (1 .. maximum number of static entries per port). Note that these two indices provide for the correlation of a MAC address (and receive port) with a particular port array specified in the tl1srtbStatEntPortArrayTable. Access: read-write. Status: mandatory. OBJECT: tl1srtbStatEntMacAddrEntry { tl1srtbStatEntMacAddrTable 1 } Syntax: tl1srtbStatEntMacAddrEntry ::= SEQUENCE { tl1srtbStaticEntryMacAddr OCTET STRING } Definition: A particular Static Filtering Database MAC address entry. Access: read-write. Status: mandatory. 174 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbStaticEntryMacAddr { tl1srtbStatEntMacAddrEntry 1 } Syntax: OCTET STRING (SIZE 6) Definition: The MAC address of the Static Filtering Database entry. Access: read-write. Status: mandatory. OBJECT: tl1srtbStatEntPortArrayTable { tl1srtbStaticFilterDbParams 2 } Syntax: SEQUENCE OF tl1srtbStatEntPortArrayEntry Definition: The table of port maps for Static Filtering Table entries Each entry is indexed by three values. The first value is the logical interface number for the receive port associated with the entry. The second value is the entry number (1 .. maximum number of static entries per port). The third value is the logical interface number for the transmit port associated with the entry. Note that the first two indices provide for the correlation of a port array with a particular MAC address specified in the tl1srtbStatEntMacAddrTable. Access: read-write. Status: mandatory. 175 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbStatEntPortArrayEntry { tl1srtbStatEntPortArrayTable 1 } Syntax: tl1srtbStatEntPortArrayEntry ::= SEQUENCE { tl1srtbStaticEntryPermit INTEGER } Definition: A particular Static Filtering Database Port Array entry. Access: read-write. Status: mandatory. OBJECT: tl1srtbStaticEntryPermit { tl1srtbStatEntPortArrayEntry 1 } Syntax: INTEGER { DENY(0), PERMIT(1) } Definition: The permit/deny flag of the port array for the Static Filtering Database entry. This value indicates whether a frame received on the associated receive port, with the destination MAC address specified in the associated tl1srtbStatEntMacAddrTable entry, may be transmitted to the associated transmit port. Access: read-write. Status: mandatory. 176 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbStatEntSizeTable { tl1srtbStaticFilterDbParams 3 } Syntax: SEQUENCE OF tl1srtbStatEntSizeEntry Definition: The table of sizes for each element in the Static Filtering Database. Each entry is instantiated by logical interface number (1..ifNumber). Access: read-write. Status: mandatory. OBJECT: tl1srtbStatEntSizeEntry { tl1srtbStatEntSizeTable 1 } Syntax: tl1srtbStatEntSizeEntry ::= SEQUENCE { tl1srtbNumStaticEntries INTEGER } Definition: A particular Static Filtering Database size entry. Access: read-write. Status: mandatory. 177 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbNumStaticEntries { tl1srtbStatEntSizeEntry 1 } Syntax: INTEGER Definition: The number of static entries in the Filtering Database. Access: read-write. Status: mandatory. OBJECT: tl1srtbNumMacAddrAcfEntrs { tl1srtb 9 } Syntax: INTEGER Definition: The number of MAC Address Access Control Filtering (ACF) entries in the MAC Address ACF table. Access: read-write. Status: mandatory. 178 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbMacAddrAcfTable { tl1srtb 10 } Syntax: SEQUENCE OF tl1srtbMacAddrAcfEntry Definition: The Bridge Address Access Control Filtering (ACF) Table. The table entries represent a "deny list", i.e., pairs of addresses between which communication is not permitted. Each entry is indexed by an entry number (1 .. maximum number of entries). Access: read-write. Status: mandatory. OBJECT: tl1srtbMacAddrAcfEntry { tl1srtbMacAddrAcfTable 1 } Syntax: tl1srtbMacAddrAcfEntry ::= SEQUENCE { tl1srtbAcfSrcMacAddr OCTET STRING, tl1srtbAcfDestMacAddr OCTET STRING } Definition: An entry in the Bridge Address Access Control Filtering (ACF) Table specifying a particular pair of source and destination addresses. Access: read-write. Status: mandatory. 179 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbAcfSrcMacAddr { tl1srtbMacAddrAcfEntry 1 } Syntax: OCTET STRING (SIZE 6) Definition: The source MAC Access in the Bridge Address ACF pair. Access: read-write. Status: mandatory. OBJECT: tl1srtbAcfDestMacAddr { tl1srtbMacAddrAcfEntry 2 } Syntax: OCTET STRING (SIZE 6) Definition: The destination MAC Address in the Bridge Address ACF pair. Access: read-write. Status: mandatory. OBJECT: tl1srtbMaskAcfInfo { tl1srtb 11 } Syntax: OBJECT IDENTIFIER Definition: The group of objects that define the Bridge Mask Access Control Filtering (ACF). Access: read-write. Status: mandatory. 180 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbMaskAcfParamsTable { tl1srtbMaskAcfInfo 1 } Syntax: SEQUENCE OF tl1srtbMaskAcfParamsEntry Definition: The table of parameters that describe the Bridge Mask ACF. Each entry is indexed by the logical interface number of the port for which the filtering is defined. Access: read-write. Status: mandatory. OBJECT: tl1srtbMaskAcfParamsEntry { tl1srtbMaskAcfParamsTable 1 } Syntax: tl1srtbMaskAcfParamsEntry ::= SEQUENCE { tl1srtbNumMaskAcfEntries INTEGER, tl1srtbMaskAcfPermit INTEGER } Definition: An entry in the Bridge Mask ACF parameters table. Access: read-write. Status: mandatory. 181 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbNumMaskAcfEntries { tl1srtbMaskAcfParamsEntry 1 } Syntax: INTEGER Definition: The number of Bridge Mask ACF entries defined for the associated port, i.e., the number of entries in the tl1srtbMaskAcfTable that pertain to the associated port. Access: read-write. Status: mandatory. OBJECT: tl1srtbMaskAcfPermit { tl1srtbMaskAcfParamsEntry 2 } Syntax: INTEGER { DENY(0), PERMIT(1) } Definition: The permit/deny flag for the Bridge Mask ACF entries that pertain to the associated port. This value indicates whether the entries for the associated port define permit or deny conditions. Access: read-write. Status: mandatory. 182 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbMaskAcfTable { tl1srtbMaskAcfInfo 2 } Syntax: SEQUENCE OF tl1srtbMaskAcfEntry Definition: The table of Bridge Mask ACF entries. Each entry is indexed by two values. The first value is the logical interface number of the port for which the filtering is defined. The second value is the per port number of entries (1 .. maximum number of entries per port). Access: read-write. Status: mandatory. OBJECT: tl1srtbMaskAcfEntry { tl1srtbMaskAcfTable 1 } Syntax: tl1srtbMaskAcfEntry ::= SEQUENCE { tl1srtbAcfValue INTEGER, tl1srtbAcfMask INTEGER, tl1srtbAcfOffset INTEGER } Definition: An entry in the Bridge Mask ACF table. Access: read-write. Status: mandatory. 183 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1srtbAcfValue { tl1srtbMaskAcfEntry 1 } Syntax: INTEGER Definition: The 32 bit "value" for the Mask ACF entry. Access: read-write. Status: mandatory. OBJECT: tl1srtbAcfMask { tl1srtbMaskAcfEntry 2 } Syntax: INTEGER Definition: The 32 bit mask for the Mask ACF entry that identifies the pertinent bits in the entry "value". Access: read-write. Status: mandatory. OBJECT: tl1srtbAcfOffset { tl1srtbMaskAcfEntry 3 } Syntax: INTEGER Definition: The 8 bit offset for the Mask ACF entry that identifies the location of the entry "value" in a frame. Access: read-write. Status: mandatory. 184 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 2.15. TL1 OSPF Group OBJECT: tl1ospfRtrId { tl1ospf 1 } Syntax: IpAddress Definition: This is the 32-bit Ospf Router Identifier. Access: read-write. Status: mandatory. OBJECT: tl1ospfAreaTable { tl1ospf 2 } Syntax: SEQUENCE of tl1ospfAreaEntry Definition: This is a set of items, one for each ospf area, that define the area identification and networks contained in the area. Each variable is instantiated by the area number (1..maximum number of areas). Access: read-write Status: mandatory. 185 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfAreaEntry { tl1ospfAreaTable 1 } Syntax: tl1ospfAreaEntry ::= SEQUENCE { tl1ospfAreaID INTEGER, tl1ospfAuthType INTEGER, tl1ospfNetCount INTEGER } Access: read-write Status: mandatory. OBJECT: tl1ospfAreaID { tl1ospfAreaEntry 1 } Syntax: INTEGER (0..65535) Definition: This is the identifier for an Ospf area. The value -1 indicates that there is no area id. Area 0 is specified for the OSPF backbone. Access: read-write. Status: mandatory. 186 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfAuthType { tl1ospfAreaEntry 2 } Syntax: INTEGER (0..1) Definition: This is the Authorization type for the specified area. No Authorization code = 0; Simple password authorization = 1. Access: read-write. Status: mandatory. OBJECT: tl1ospfNetCount { tl1ospfAreaEntry 3 } Syntax: INTEGER (0..128) Definition: This is a count of the number of network/address ranges in the area. Access: read-write. Status: mandatory. 187 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfAreaNetTable { tl1ospf 3 } Syntax: SEQUENCE of tl1ospfAreaNetEntry Definition: This is a set of network/address ranges in each area. Each variable is instantiated by the area number followed by the network/address pair number (1 ... tl1ospfNetCount). Access: read-write Status: mandatory. OBJECT: tl1ospfAreaNetEntry { tl1ospfAreaNetTable 1 } Syntax: tl1ospfAreaNetEntry ::= SEQUENCE { tl1ospfNet IpAddress, tl1ospfMask IpAddress } Access: read-write Status: mandatory. 188 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfNet { tl1ospfAreaNetEntry 1 } Syntax: IpAddress Definition: This is the address of a network/address range in the area. Access: read-write. Status: mandatory. OBJECT: tl1ospfMask { tl1ospfAreaNetEntry 2 } Syntax: IpAddress Definition: This is the network mask defining the address range in conjunction with the ospfNet. Access: read-write. Status: mandatory. 189 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfVirtualIfTable { tl1ospf 4 } Syntax: SEQUENCE of tl1ospfVirtualIfEntry Definition: This is a set of items, one for each ospf virtual link, that define the neighbor router and transit area for the virtual backbone link. Each variable in this table is instantiated by a virtual link number (1..maximum number of virtual links). Access: read-write Status: mandatory. OBJECT: tl1ospfVirtualIfEntry { tl1ospfVirtualIfTable 1 } Syntax: tl1ospfVirtualIfEntry ::= SEQUENCE { tl1ospfNbrId IpAddress, tl1ospfTransArea INTEGER, tl1ospfTransDelay INTEGER, tl1ospfRxmtIntvl INTEGER, tl1ospfHelloIntvl INTEGER, tl1ospfRtrDeadIntvl INTEGER, tl1ospfAuthKey OCTET STRING } Status: mandatory. 190 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfNbrId { tl1ospfVirtualIfEntry 1 } Syntax: IpAddress Definition: This is the neighbor router id for an Ospf virtual link. Access: read-write. Status: mandatory. OBJECT: tl1ospfTransArea { tl1ospfVirtualIfEntry 2 } Syntax: INTEGER (0..65335) Definition: This is the Area Id to use to reach the virtual link neighbor router. Access: read-write. Status: mandatory. 191 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfTransDelay { tl1ospfVirtualIfEntry 3 } Syntax: INTEGER (1..65335) Definition: This is the number of seconds it takes to transmit a Link State Update packet over this interface. Access: read-write. Status: mandatory. Default: 2 OBJECT: tl1ospfRxmtIntvl { tl1ospfVirtualIfEntry 4 } Syntax: INTEGER (1..65335) Definition: This is the number of seconds between retransmissions of packets over this interface. Access: read-write. Status: mandatory. Default: 5 192 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfHelloIntvl { tl1ospfVirtualIfEntry 5 } Syntax: INTEGER (1..65335) Definition: This is the number of seconds between transmissions of Hello packets over this interface. The values must be the same for all routers connected to a network. Access: read-write. Status: mandatory. Default: 30 OBJECT: tl1ospfRtrDeadIntvl { tl1ospfVirtualIfEntry 6 } Syntax: INTEGER (1..65335) Definition: This is the number of seconds that a Hello packet has not been seen before declaring a neighboring router down. The value must be the same for all routers on a network. Access: read-write. Status: mandatory. Default: 90 193 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfAuthKey { tl1ospfVirtualIfEntry 7 } Syntax: OCTET STRING (SIZE 8) Definition: This is the authentication password for the network if authorization type is set to 1 for the area containing the network. Access: read-write. Status: mandatory. OBJECT: tl1ospfIntfTable { tl1ospf 5 } Syntax: SEQUENCE of tl1ospfIntfEntry Definition: This is a set of items, one for each interface, that define the area, type, and parameters for the ospf interface. Each variable is instantiated by logical interface number (1..ifNumber). Access: read-write Status: mandatory. 194 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfIntfEntry { tl1ospfIntfTable 1 } Syntax: tl1ospfIntfEntry ::= SEQUENCE { tl1ospfIntfRun INTEGER, tl1ospfIntfAreaID INTEGER, tl1ospfIntfType INTEGER, tl1ospfIntfTransDelay INTEGER, tl1ospfIntfRxmtIntvl INTEGER, tl1ospfIntfHelloIntvl INTEGER, tl1ospfIntfRtrDeadIntvl INTEGER, tl1ospfIntfPriority INTEGER, tl1ospfIntfAuthKey OCTET STRING, tl1ospfIntfPollIntvl INTEGER, tl1ospfIntfPtopIntAddr IpAddress } Access: read-write Status: mandatory. 195 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfIntfRun { tl1ospfIntfEntry 1 } Syntax: INTEGER { RUN(1), DONT-RUN(0) } Definition: This is the flag which tells if ospf should be run on a particular interface. A value of 1 indicates ospf should be run, a value of 0 turns ospf off and makes the interface an ospf external. Access: read-write. Status: mandatory. OBJECT: tl1ospfIntfAreaID { tl1ospfIntfEntry 2 } Syntax: INTEGER (0..65335) Definition: This is the ospf Area associated with the interface. Access: read-write. Status: mandatory. 196 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfIntfType { tl1ospfIntfEntry 3 } Syntax: INTEGER (1..3) Definition: This is the ospf type for the interface. The legal types are 1: Broadcast; 2: NonBroadcast MultiAccess; and 3: Point to Point. Access: read-write. Status: mandatory. OBJECT: tl1ospfIntfTransDelay { tl1ospfIntfEntry 4 } Syntax: INTEGER (1..65335) Definition: This is the number of seconds it takes to transmit a Link State Update packet over this interface. Access: read-write. Status: mandatory. Default: 2 197 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfIntfRxmtIntvl { tl1ospfIntfEntry 5 } Syntax: INTEGER (1..65335) Definition: This is the number of seconds between retransmissions of packets over this interface. Access: read-write. Status: mandatory. Default: 5 OBJECT: tl1ospfIntfHelloIntvl { tl1ospfIntfEntry 6 } Syntax: INTEGER (1..65335) Definition: This is the number of seconds between transmissions of Hello packets over this interface. The values must be the same for all routers connected to a network. Access: read-write. Status: mandatory. Default: 30 198 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfIntfRtrDeadIntvl { tl1ospfIntfEntry 7 } Syntax: INTEGER (1..65335) Definition: This is the number of seconds that a Hello packet has not been seen before declaring a neighboring router down. The value must be the same for all routers on a network. Access: read-write. Status: mandatory. Default: 90 OBJECT: tl1ospfIntfPriority { tl1ospfIntfEntry 8 } Syntax: INTEGER (1..254) Definition: This is the priority to be used/sent by this router. This priority determines DR and BDR selection. A priority of 255 makes this router ineligible to be DR or BDR. Access: read-write. Status: mandatory. 199 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfIntfAuthKey { tl1ospfIntfEntry 9 } Syntax: OCTET STRING (SIZE 8) Definition: This is the authentication password for the network if authorization type is set to 1 for the area containing the network. Access: read-write. Status: mandatory. OBJECT: tl1ospfIntfPollIntvl { tl1ospfIntfEntry 10 } Syntax: INTEGER (1..65335) Definition: This is the number of seconds between transmissions of Polled Hello packets over this interface. Access: read-write. Status: mandatory. Default: 90 200 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfIntfPtopIntAddr { tl1ospfIntfEntry 11 } Syntax: IpAddress Definition: This is the Ip address to be used as the source address for messages sent over an ospf Point to Point link which is also set up as an IP Remote Gateway. Access: read-write. Status: mandatory. OBJECT: tl1ospfNBMATable { tl1ospf 6 } Syntax: SEQUENCE OF tl1ospfNBMAEntry Definition: This is a table of neighbor/priority pairs for NBMA links. Each variable is instantiated by a pair of numbers. The first is the logical interface number (1..ifNumber); the second is an NBMA index (1..ospfmaxnbma). Access: read-write. Status: mandatory 201 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfNBMAEntry { tl1ospfNBMATable 1 } Syntax: tl1ospfNBMAEntry ::= SEQUENCE { tl1ospfAttRtrIpAddr IpAddress, tl1ospfArPriority INTEGER } Access: read-write. Status: mandatory OBJECT: tl1ospfAttRtrIpAddr { tl1ospfNBMAEntry 1 } Syntax: IpAddress Definition: This is a set of neighbor IP addresses for NBMA links where the neighbors cannot be discovered via multicast. Every neighbor must be configured here in order to have hello packets accepted. Access: read-write. Status: mandatory. 202 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfArPriority { tl1ospfNBMAEntry 2 } Syntax: INTEGER (1..255) Definition: This is the priority associated with this neighbor. This priority determines DR and BDR selection. A priority of 0 makes this router ineligible to be DR or BDR. This priority may be overridden if the neighbor is configured with a different priority. Access: read-write. Status: mandatory. OBJECT: tl1ospfCumlogTable { tl1ospf 7 } Syntax: SEQUENCE OF tl1ospfCumLogEntry Definition: This is an array of counts of messages sent, received, and discarded due to message or state errors. Each counter is instantiated by a array index (1..LASTLOG). Access: read-only. Status: mandatory. 203 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfCumlogEntry { tl1ospfCumLogTable 1 } Syntax: tl1ospfCumLogEntry ::= SEQUENCE { tl1ospfStat Counter } Access: read-write. Status: mandatory. OBJECT: tl1ospfStat { tl1ospfCumLogEntry 1 } Syntax: Counter Definition: Each entry in this array is a count of messages sent, received, and discarded due to message or state errors. Access: read-only. Status: mandatory. 204 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfIntfTOSTable { tl1ospf 8 } Syntax: SEQUENCE OF tl1ospfIntfTOSEntry Definition: This is a table of interface and Type of Service relations. Each variable is instantiated by a pair of numbers; first, the logical interface number (1..ifNumber); second, the TOS level (1..8). Access: read-write. Status: mandatory OBJECT: tl1ospfIntfTOSEntry { tl1ospfIntfTOSTable 1 } Syntax: tl1ospfIntfTOSEntry ::= SEQUENCE { tl1ospfIfTOSCost INTEGER } Access: read-write. Status: mandatory 205 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ospfIfTOSCost { tl1ospfIntfTOSEntry 1 } Syntax: INTEGER (0..65335) Definition: This is the ospf cost of the interface for a specified Type of Service. Access: read-write. Status mandatory. 2.16. TL1 TOK Group OBJECT: tl1tokConfigTable { tl1tok 1 } Syntax: SEQUENCE OF tl1tokConfigEntry Definition: This is a table of configuration parameters for Token Ring 802.5 given on a per interface basis. Each parameter is instantiated by logical interface number (1..ifNumber). Access: read-write. Status: mandatory 206 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1tokConfigEntry { tl1tokConfigTable 1 } Syntax: tl1tokConfigEntry ::= SEQUENCE { tl1tokEarlyTokenRelease INTEGER, tl1tokRingSpeed INTEGER } Access: read-write. Status: mandatory OBJECT: tl1tokEarlyTokenRelease { tl1tokConfigEntry 2 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This flag indicates whether to release the token early (only 16Mbps ring speed). Access: read-write. Status: mandatory. 207 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1tokRingSpeed { tl1tokConfigEntry 3 } Syntax: INTEGER { 4-Mbps(0), 16-Mbps(1) } Definition: This value designates the Token Ring speed. Access: read-write. Status: mandatory. 2.17. TL1 IPX Group OBJECT: tl1ipxInterfaceTable { tl1ipx 1 } Syntax: SEQUENCE OF tl1ipxInterfaceEntry Definition: This is a set of flags, two for each interface, that indicates whether the interface should be a route supplier and whether the interface should generate checksums. Each variable is instantiated by logical interface number (1..ifNumber). Access: read-write Status: mandatory. 208 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxInterfaceEntry { tl1ipxInterfaceTable 1 } Syntax: tl1ipxInterfaceEntry ::= SEQUENCE { tl1ipxRouteSupplier INTEGER } Access: read-write. Status: mandatory. OBJECT: tl1ipxRouteSupplier { tl1ipxInterfaceEntry 1 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This flag indicates that the specified interface is a routing information supplier. Access: read-write. Status: mandatory. Default: TRUE(1) 209 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxBroadcastInterval { tl1ipx 2 } Syntax: INTEGER Definition: This is the broadcast interval ,in seconds, for the broadcast of routing information by a routing information supplier. Access: read-write. Status: mandatory. Default: 30 OBJECT: tl1ipxRouteTimeout { tl1ipx 3 } Syntax: INTEGER Definition: This is the timeout value, in seconds, for the discard of nonupdated routing table entries. Access: read-write. Status: mandatory. Default: 180 210 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxWellKnownGatewayNet { tl1ipx 4 } Syntax: INTEGER Definition: This is the well known gateway network. Access: read-write. Status: mandatory. OBJECT: tl1ipxWellKnownGatewayHost { tl1ipx 5 } Syntax: OCTET STRING (SIZE 6) Definition: This is the well known gateway host address. Access: read-write. Status: mandatory. OBJECT: tl1ipxNbrStaticRoutes { tl1ipx 6 } Syntax: INTEGER Definition: This is the number of IPX static routes currently maintained in non-volatile RAM. Access: read-write. Status: mandatory. 211 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxStaticRouteTable { tl1ipx 7 } Syntax: SEQUENCE OF tl1ipxStaticRouteEntry Definition: This is the static routing table. Each variable is instantiated by an index (1..maximum number of IPX static routes). Access: read-write. Status: mandatory. OBJECT: tl1ipxStaticRouteEntry { tl1ipxStaticRouteTable 1 } Syntax: tl1ipxStaticRouteEntry ::= SEQUENCE { tl1ipxStaticRouteNetwork INTEGER, tl1ipxStaticRouteGatewayNet INTEGER, tl1ipxStaticRouteGatewayHost OCTET STRING, tl1ipxStaticRouteCost INTEGER, tl1ipxStaticRouteOverride INTEGER } Access: read-write. Status: mandatory. 212 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxStaticRouteNetwork { tl1ipxStaticRouteEntry 1 } Syntax: INTEGER Definition: This is the network address of the destination. Access: read-only. Status: mandatory. OBJECT: tl1ipxStaticRouteGatewayNet { tl1ipxStaticRouteEntry 2 } Syntax: INTEGER Definition: This is the gateway network used to route to the network address. Access: read-write. Status: mandatory. OBJECT: tl1ipxStaticRouteGatewayHost { tl1ipxStaticRouteEntry 3 } Syntax: OCTET STRING (SIZE 6) Definition: This is the gateway host used to route to the network address. Access: read-write. Status: mandatory. 213 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxStaticRouteCost { tl1ipxStaticRouteEntry 4 } Syntax: INTEGER (0..255) Definition: This is the cost to route to the network address. Access: read-write. Status: mandatory. OBJECT: tl1ipxStaticRouteOverride { tl1ipxStaticRouteEntry 5 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This flag indicates that this route should override the dynamic route. Access: read-write. Status: mandatory. 214 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxNbrFilters { tl1ipx 8 } Syntax: INTEGER Definition: This is the number of IPX filters currently maintained in non-volatile RAM. Access: read-write. Status: mandatory. OBJECT: tl1ipxFilterTable { tl1ipx 9 } Syntax: SEQUENCE OF tl1ipxFilterEntry Definition: This is IPX filter table. Each variable is instantiated by an index into the filter table (1..maximum number of filter table entries). Access: read-write. Status: mandatory. 215 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxFilterEntry { tl1ipxFilterTable 1 } Syntax: tl1ipxFilterEntry ::= SEQUENCE { tl1ipxFilterSourceMask INTEGER, tl1ipxFilterSourceNet INTEGER, tl1ipxFilterSourceHost OCTET STRING, tl1ipxFilterDestinationMask INTEGER, tl1ipxFilterDestinationNet INTEGER, tl1ipxFilterDestinationHost OCTET STRING, tl1ipxFilterNbrExceptions INTEGER } Access: read-write. Status: mandatory. OBJECT: tl1ipxFilterSourceMask { tl1ipxFilterEntry 1 } Syntax: INTEGER Definition: This is the mask to be applied to the source network from the incoming datagram. Access: read-write. Status: mandatory. 216 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxFilterSourceNet { tl1ipxFilterEntry 2 } Syntax: INTEGER Definition: This is the source network to be filtered. Access: read-write. Status: mandatory. OBJECT: tl1ipxFilterSourceHost { tl1ipxFilterEntry 3 } Syntax: OCTET STRING (SIZE 6) Definition: This is the source host to be filtered. A value of zero indicates all hosts. Access: read-write. Status: mandatory. OBJECT: tl1ipxFilterDestinationMask { tl1ipxFilterEntry 4 } Syntax: INTEGER Definition: This is the mask to be applied to the destination network from the incoming datagram. Access: read-write. Status: mandatory. 217 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxFilterDestinationNet { tl1ipxFilterEntry 5 } Syntax: INTEGER Definition: This is the destination network to be filtered. Access: read-write. Status: mandatory. OBJECT: tl1ipxFilterDestinationHost { tl1ipxFilterEntry 6 } Syntax: OCTET STRING (SIZE 6) Definition: This is the destination host to be filtered. A value of zero indicates all hosts. Access: read-write. Status: mandatory. OBJECT: tl1ipxFilterNbrExceptions { tl1ipxFilterEntry 7 } Syntax: INTEGER Definition: This is the number of exceptions for this filter entry. Access: read-write. Status: mandatory. 218 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxFilterExceptionTable { tl1ipx 10 } Syntax: SEQUENCE OF tl1ipxFilterExceptionEntry Definition: This is the list of exceptions for a designated filter table entry. Each first is instantiated by two indices; first, the filter table index; second, the exception table index (1..maximum number of exceptions). Access: read-write. Status: mandatory. OBJECT: tl1ipxFilterExceptionEntry { tl1ipxFilterExceptionTable 1 } Syntax: tl1ipxFilterExceptionEntry ::= SEQUENCE { tl1ipxFilterExceptionSrcNet INTEGER, tl1ipxFilterExceptionSrcHost OCTET STRING, tl1ipxFilterExceptionDstNet INTEGER, tl1ipxFilterExceptionDstHost OCTET STRING } Access: read-write. Status: mandatory. 219 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxFilterExceptionSrcNet { tl1ipxFilterExceptionEntry 1 } Syntax: INTEGER Definition: This is the source network to be allowed. Access: read-write. Status: mandatory. OBJECT: tl1ipxFilterExceptionSrcHost { tl1ipxFilterExceptionEntry 2 } Syntax: OCTET STRING (SIZE 6) Definition: This is the source host to be allowed. A value of zero indicates all hosts. Access: read-write. Status: mandatory. OBJECT: tl1ipxFilterExceptionDstNet { tl1ipxFilterExceptionEntry 3 } Syntax: INTEGER Definition: This is the destination network to be allowed. Access: read-write. Status: mandatory. 220 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxFilterExceptionDstHost { tl1ipxFilterExceptionEntry 4 } Syntax: OCTET STRING (SIZE 6) Definition: This is the destination host to be allowed. A value of zero indicates all hosts. Access: read-write. Status: mandatory. OBJECT: tl1ipxForwarding { tl1ipx 11 } Syntax: INTEGER { Gateway-thus-forward(1), Host-thus-dont-forward(2) } Definition: This is the forward datagram flag. Access: read-only. Status: mandatory. 221 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxInReceives { tl1ipx 12 } Syntax: Counter Definition: This is the number of datagrams received including errors. Access: read-only. Status: mandatory. OBJECT: tl1ipxInHdrErrors { tl1ipx 13 } Syntax: Counter Definition: This is the number of datagrams discarded due to header errors. Access: read-only. Status: mandatory. OBJECT: tl1ipxForwDatagrams { tl1ipx 14 } Syntax: Counter Definition: This is the number of datagrams successfully forwarded. Access: read-only. Status: mandatory. 222 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxOutNoRoutes { tl1ipx 15 } Syntax: Counter Definition: This is the number of outbound datagrams unable to be routed. Access: read-only. Status: mandatory. OBJECT: tl1ipxNumStatic { tl1ipx 16 } Syntax: Counter Definition: This is the number of static routes. Access: read-only. Status: mandatory. OBJECT: tl1ipxBadSize { tl1ipx 17 } Syntax: Counter Definition: This is the number of input messages with a size either too large or too small. Access: read-only. Status: mandatory. 223 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxInMsgs { tl1ipx 18 } Syntax: Counter Definition: This is the number of messages addressed to this device. Access: read-only. Status: mandatory. OBJECT: tl1ipxErrInEchos { tl1ipx 19 } Syntax: Counter Definition: This is the number of echo messages for socket not supported. Access: read-only. Status: mandatory. OBJECT: tl1ipxInEchos { tl1ipx 20 } Syntax: Counter Definition: This is the number of echo type messages received. Access: read-only. Status: mandatory. 224 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxInEchoReply { tl1ipx 21 } Syntax: Counter Definition: This is the number of echo reply messages received. Access: read-only. Status: mandatory. OBJECT: tl1ipxOutEchoReps { tl1ipx 22 } Syntax: Counter Definition: This is the number of echo replies output. Access: read-only. Status: mandatory. OBJECT: tl1ipxErrInUnspecified { tl1ipx 23 } Syntax: Counter Definition: This is the number of error input messages of type "unspecified". Access: read-only. Status: mandatory. 225 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxErrInChecksum { tl1ipx 24 } Syntax: Counter Definition: This is the number of error input messages of type "checksum". Access: read-only. Status: mandatory. OBJECT: tl1ipxErrInSocket { tl1ipx 25 } Syntax: Counter Definition: This is the number of error input messages of type "socket". Access: read-only. Status: mandatory. OBJECT: tl1ipxErrInResources { tl1ipx 26 } Syntax: Counter Definition: This is the number of error input messages of type "resources". Access: read-only. Status: mandatory. 226 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxErrInNohost { tl1ipx 27 } Syntax: Counter Definition: This is the number of error input messages of type "nohost". Access: read-only. Status: mandatory. OBJECT: tl1ipxErrInMaxhops { tl1ipx 28 } Syntax: Counter Definition: This is the number of error input messages of type "maxhops". Access: read-only. Status: mandatory. OBJECT: tl1ipxErrInSizetoobig { tl1ipx 29 } Syntax: Counter Definition: This is the number of error input messages of type "sizetoobig". Access: read-only. Status: mandatory. 227 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxErrInErrors { tl1ipx 30 } Syntax: Counter Definition: This is the number of error input messages with unknown error type. Access: read-only. Status: mandatory. OBJECT: tl1ipxInErrors { tl1ipx 31 } Syntax: Counter Definition: This is the number of input messages with unknown message type. Access: read-only. Status: mandatory. OBJECT: tl1ipxErrOutMsgs { tl1ipx 32 } Syntax: Counter Definition: This is the number of output error messages generated. Access: read-only. Status: mandatory. 228 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxErrOutErrors { tl1ipx 33 } Syntax: Counter Definition: This is the number of error type or broadcast input messages with errors. Access: read-only. Status: mandatory. OBJECT: tl1ipxErrOutUnspecified { tl1ipx 34 } Syntax: Counter Definition: This is the number of output error messages with error type "unspecified". Access: read-only. Status: mandatory. OBJECT: tl1ipxErrOutChecksum { tl1ipx 35 } Syntax: Counter Definition: This is the number of output error messages with error type "checksum". Access: read-only. Status: mandatory. 229 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxErrOutSocket { tl1ipx 36 } Syntax: Counter Definition: This is the number of output error messages with error type "socket". Access: read-only. Status: mandatory. OBJECT: tl1ipxErrOutResources { tl1ipx 37 } Syntax: Counter Definition: This is the number of output error messages with error type "resources". Access: read-only. Status: mandatory. OBJECT: tl1ipxErrOutNohost { tl1ipx 38 } Syntax: Counter Definition: This is the number of output error messages with error type "nohost". Access: read-only. Status: mandatory. 230 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxErrOutMaxhops { tl1ipx 39 } Syntax: Counter Definition: This is the number of output error messages with error type "maxhops". Access: read-only. Status: mandatory. OBJECT: tl1ipxErrOutSizetoobig { tl1ipx 40 } Syntax: Counter Definition: This is the number of output error messages with error type "sizetoobig". Access: read-only. Status: mandatory. OBJECT: tl1ipxInOwnAddr { tl1ipx 41 } Syntax: Counter Definition: This is the number of times we received our own rip message. Access: read-only. Status: mandatory. 231 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxInNoRoutes { tl1ipx 42 } Syntax: Counter Definition: This is the number of rip messages received with no routes. Access: read-only. Status: mandatory. OBJECT: tl1ipxFilter { tl1ipx 43 } Syntax: Counter Definition: This is the number of messages discarded by filter processing. Access: read-only. Status: mandatory. OBJECT: tl1ipxHashHit { tl1ipx 44 } Syntax: Counter Definition: This is the number of times a route was found in the route table on the first try. Access: read-only. Status: mandatory. 232 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxHashMiss { tl1ipx 45 } Syntax: Counter Definition: This is the number of times a route was not found in the route table on the first try. Access: read-only. Status: mandatory. OBJECT: tl1ipxBadMetric { tl1ipx 46 } Syntax: Counter Definition: This is the number of routing message entries with maxhops too big. Access: read-only. Status: mandatory. 233 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxBadAlloc { tl1ipx 47 } Syntax: Counter Definition: This is the number of times a route could not be saved due to lack of resources. Access: read-only. Status: mandatory. OBJECT: tl1ipxBadNbr { tl1ipx 48 } Syntax: Counter Definition: This is the number of rip messages received from a site that is not a neighbor. Access: read-only. Status: mandatory. 234 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxBadCommand { tl1ipx 49 } Syntax: Counter Definition: This is the number of rip messages with unknown routing message type. Access: read-only. Status: mandatory. OBJECT: tl1ipxBadAddr { tl1ipx 50 } Syntax: Counter Definition: This is the number of routing message entries with bad network numbers. Access: read-only. Status: mandatory. OBJECT: tl1ipxNetworkIntfTable { tl1ipx 51 } Syntax: SEQUENCE OF tl1ipxNetworkIntfEntry Definition: This is a table that defines the IPX network interface. Each variable is instantiated by logical interface number (1..ifNumber). Access: read-write Status: mandatory. 235 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1ipxNetworkIntfEntry { tl1ipxNetworkIntfTable 1 } Syntax: tl1ipxNetworkIntfEntry ::= SEQUENCE { tl1ipxNetworkMaximumPacket INTEGER, tl1ipxNetworkAddress INTEGER } Access: read-write. Status: mandatory. OBJECT: tl1ipxNetworkMaximumPacket { tl1ipxNetworkIntfEntry 1 } Syntax: INTEGER Definition: This is the maximum subnet packet size for the specified interface. Access: read-write. Status: mandatory. OBJECT: tl1ipxNetworkAddress { tl1ipxNetworkIntfEntry 2 } Syntax: INTEGER Definition: This is the IPX network address. Access: read-write. Status: mandatory. 236 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 2.18. TL1 XNS Group OBJECT: tl1xnsInterfaceTable { tl1xns 1 } Syntax: SEQUENCE OF tl1xnsInterfaceEntry Definition: This is a set of flags, two for each interface, that indicates whether the interface should be a route supplier and whether the interface should generate checksums. Each variable is instantiated by logical interface number (1..ifNumber). Access: read-write Status: mandatory. OBJECT: tl1xnsInterfaceEntry { tl1xnsInterfaceTable 1 } Syntax: tl1xnsInterfaceEntry ::= SEQUENCE { tl1xnsRouteSupplier INTEGER, tl1xnsGenChecksum INTEGER } Access: read-write. Status: mandatory. 237 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsRouteSupplier { tl1xnsInterfaceEntry 1 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This flag indicates that the specified interface is a routing information supplier. Access: read-write. Status: mandatory. Default: TRUE(1) OBJECT: tl1xnsGenChecksum { tl1xnsInterfaceEntry 2 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This flag indicates that the specified interface computes checksums for generated packets. Access: read-write. Status: mandatory. Default: TRUE(1) 238 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsBroadcastInterval { tl1xns 2 } Syntax: INTEGER Definition: This is the broadcast interval ,in seconds, for the broadcast of routing information by a routing information supplier. Access: read-write. Status: mandatory. Default: 30 OBJECT: tl1xnsRouteTimeout { tl1xns 3 } Syntax: INTEGER Definition: This is the timeout value, in seconds, for the discard of nonupdated routing table entries. Access: read-write. Status: mandatory. Default: 180 239 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsWellKnownGatewayNet { tl1xns 4 } Syntax: INTEGER Definition: This is the well known gateway network. Access: read-write. Status: mandatory. OBJECT: tl1xnsWellKnownGatewayHost { tl1xns 5 } Syntax: OCTET STRING (SIZE 6) Definition: This is the well known gateway host address. Access: read-write. Status: mandatory. OBJECT: tl1xnsNbrStaticRoutes { tl1xns 6 } Syntax: INTEGER Definition: This is the number of XNS static routes currently maintained in non-volatile RAM. Access: read-write. Status: mandatory. 240 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsStaticRouteTable { tl1xns 7 } Syntax: SEQUENCE OF tl1xnsStaticRouteEntry Definition: This is the static routing table. Each variable is instantiated by an index (1..maximum number of XNS static routes). Access: read-write. Status: mandatory. OBJECT: tl1xnsStaticRouteEntry { tl1xnsStaticRouteTable 1 } Syntax: tl1xnsStaticRouteEntry ::= SEQUENCE { tl1xnsStaticRouteNetwork INTEGER, tl1xnsStaticRouteGatewayNet INTEGER, tl1xnsStaticRouteGatewayHost OCTET STRING, tl1xnsStaticRouteCost INTEGER, tl1xnsStaticRouteOverride INTEGER } Access: read-write. Status: mandatory. 241 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsStaticRouteNetwork { tl1xnsStaticRouteEntry 1 } Syntax: INTEGER Definition: This is the network address of the destination. Access: read-only. Status: mandatory. OBJECT: tl1xnsStaticRouteGatewayNet { tl1xnsStaticRouteEntry 2 } Syntax: INTEGER Definition: This is the gateway network used to route to the network address. Access: read-write. Status: mandatory. OBJECT: tl1xnsStaticRouteGatewayHost { tl1xnsStaticRouteEntry 3 } Syntax: OCTET STRING (SIZE 6) Definition: This is the gateway host used to route to the network address. Access: read-write. Status: mandatory. 242 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsStaticRouteCost { tl1xnsStaticRouteEntry 4 } Syntax: INTEGER (0..255) Definition: This is the cost to route to the network address. Access: read-write. Status: mandatory. OBJECT: tl1xnsStaticRouteOverride { tl1xnsStaticRouteEntry 5 } Syntax: INTEGER { TRUE(1), FALSE(0) } Definition: This flag indicates that this route should override the dynamic route. Access: read-write. Status: mandatory. 243 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsNbrFilters { tl1xns 8 } Syntax: INTEGER Definition: This is the number of XNS filters currently maintained in non-volatile RAM. Access: read-write. Status: mandatory. OBJECT: tl1xnsFilterTable { tl1xns 9 } Syntax: SEQUENCE OF tl1xnsFilterEntry Definition: This is XNS filter table. Each variable is instantiated by an index into the filter table (1..maximum number of filter table entries). Access: read-write. Status: mandatory. 244 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsFilterEntry { tl1xnsFilterTable 1 } Syntax: tl1xnsFilterEntry ::= SEQUENCE { tl1xnsFilterSourceMask INTEGER, tl1xnsFilterSourceNet INTEGER, tl1xnsFilterSourceHost OCTET STRING, tl1xnsFilterDestinationMask INTEGER, tl1xnsFilterDestinationNet INTEGER, tl1xnsFilterDestinationHost OCTET STRING, tl1xnsFilterNbrExceptions INTEGER } Access: read-write. Status: mandatory. OBJECT: tl1xnsFilterSourceMask { tl1xnsFilterEntry 1 } Syntax: INTEGER Definition: This is the mask to be applied to the source network from the incoming datagram. Access: read-write. Status: mandatory. 245 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsFilterSourceNet { tl1xnsFilterEntry 2 } Syntax: INTEGER Definition: This is the source network to be filtered. Access: read-write. Status: mandatory. OBJECT: tl1xnsFilterSourceHost { tl1xnsFilterEntry 3 } Syntax: OCTET STRING (SIZE 6) Definition: This is the source host to be filtered. A value of zero indicates all hosts. Access: read-write. Status: mandatory. OBJECT: tl1xnsFilterDestinationMask { tl1xnsFilterEntry 4 } Syntax: INTEGER Definition: This is the mask to be applied to the destination network from the incoming datagram. Access: read-write. Status: mandatory. 246 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsFilterDestinationNet { tl1xnsFilterEntry 5 } Syntax: INTEGER Definition: This is the destination network to be filtered. Access: read-write. Status: mandatory. OBJECT: tl1xnsFilterDestinationHost { tl1xnsFilterEntry 6 } Syntax: OCTET STRING (SIZE 6) Definition: This is the destination host to be filtered. A value of zero indicates all hosts. Access: read-write. Status: mandatory. OBJECT: tl1xnsFilterNbrExceptions { tl1xnsFilterEntry 7 } Syntax: INTEGER Definition: This is the number of exceptions for this filter entry. Access: read-write. Status: mandatory. 247 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsFilterExceptionTable { tl1xns 10 } Syntax: SEQUENCE OF tl1xnsFilterExceptionEntry Definition: This is the list of exceptions for a designated filter table entry. Each first is instantiated by two indices; first, the filter table index; second, the exception table index (1..maximum number of exceptions). Access: read-write. Status: mandatory. OBJECT: tl1xnsFilterExceptionEntry { tl1xnsFilterExceptionTable 1 } Syntax: tl1xnsFilterExceptionEntry ::= SEQUENCE { tl1xnsFilterExceptionSrcNet INTEGER, tl1xnsFilterExceptionSrcHost OCTET STRING, tl1xnsFilterExceptionDstNet INTEGER, tl1xnsFilterExceptionDstHost OCTET STRING } Access: read-write. Status: mandatory. 248 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsFilterExceptionSrcNet { tl1xnsFilterExceptionEntry 1 } Syntax: INTEGER Definition: This is the source network to be allowed. Access: read-write. Status: mandatory. OBJECT: tl1xnsFilterExceptionSrcHost { tl1xnsFilterExceptionEntry 2 } Syntax: OCTET STRING (SIZE 6) Definition: This is the source host to be allowed. A value of zero indicates all hosts. Access: read-write. Status: mandatory. OBJECT: tl1xnsFilterExceptionDstNet { tl1xnsFilterExceptionEntry 3 } Syntax: INTEGER Definition: This is the destination network to be allowed. Access: read-write. Status: mandatory. 249 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsFilterExceptionDstHost { tl1xnsFilterExceptionEntry 4 } Syntax: OCTET STRING (SIZE 6) Definition: This is the destination host to be allowed. A value of zero indicates all hosts. Access: read-write. Status: mandatory. OBJECT: tl1xnsForwarding { tl1xns 11 } Syntax: INTEGER { Gateway-thus-forward(1), Host-thus-dont-forward(2) } Definition: This is the forward datagram flag. Access: read-only. Status: mandatory. 250 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsInReceives { tl1xns 12 } Syntax: Counter Definition: This is the number of datagrams received including errors. Access: read-only. Status: mandatory. OBJECT: tl1xnsInHdrErrors { tl1xns 13 } Syntax: Counter Definition: This is the number of datagrams discarded due to header errors. Access: read-only. Status: mandatory. OBJECT: tl1xnsForwDatagrams { tl1xns 14 } Syntax: Counter Definition: This is the number of datagrams successfully forwarded. Access: read-only. Status: mandatory. 251 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsOutNoRoutes { tl1xns 15 } Syntax: Counter Definition: This is the number of outbound datagrams unable to be routed. Access: read-only. Status: mandatory. OBJECT: tl1xnsNumStatic { tl1xns 16 } Syntax: Counter Definition: This is the number of static routes. Access: read-only. Status: mandatory. OBJECT: tl1xnsBadSize { tl1xns 17 } Syntax: Counter Definition: This is the number of input messages with a size either too large or too small. Access: read-only. Status: mandatory. 252 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsInMsgs { tl1xns 18 } Syntax: Counter Definition: This is the number of messages addressed to this device. Access: read-only. Status: mandatory. OBJECT: tl1xnsErrInEchos { tl1xns 19 } Syntax: Counter Definition: This is the number of echo messages for socket not supported. Access: read-only. Status: mandatory. OBJECT: tl1xnsInEchos { tl1xns 20 } Syntax: Counter Definition: This is the number of echo type messages received. Access: read-only. Status: mandatory. 253 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsInEchoReply { tl1xns 21 } Syntax: Counter Definition: This is the number of echo reply messages received. Access: read-only. Status: mandatory. OBJECT: tl1xnsOutEchoReps { tl1xns 22 } Syntax: Counter Definition: This is the number of echo replies output. Access: read-only. Status: mandatory. OBJECT: tl1xnsErrInUnspecified { tl1xns 23 } Syntax: Counter Definition: This is the number of error input messages of type "unspecified". Access: read-only. Status: mandatory. 254 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsErrInChecksum { tl1xns 24 } Syntax: Counter Definition: This is the number of error input messages of type "checksum". Access: read-only. Status: mandatory. OBJECT: tl1xnsErrInSocket { tl1xns 25 } Syntax: Counter Definition: This is the number of error input messages of type "socket". Access: read-only. Status: mandatory. OBJECT: tl1xnsErrInResources { tl1xns 26 } Syntax: Counter Definition: This is the number of error input messages of type "resources". Access: read-only. Status: mandatory. 255 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsErrInNohost { tl1xns 27 } Syntax: Counter Definition: This is the number of error input messages of type "nohost". Access: read-only. Status: mandatory. OBJECT: tl1xnsErrInMaxhops { tl1xns 28 } Syntax: Counter Definition: This is the number of error input messages of type "maxhops". Access: read-only. Status: mandatory. OBJECT: tl1xnsErrInSizetoobig { tl1xns 29 } Syntax: Counter Definition: This is the number of error input messages of type "sizetoobig". Access: read-only. Status: mandatory. 256 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsErrInErrors { tl1xns 30 } Syntax: Counter Definition: This is the number of error input messages with unknown error type. Access: read-only. Status: mandatory. OBJECT: tl1xnsInErrors { tl1xns 31 } Syntax: Counter Definition: This is the number of input messages with unknown message type. Access: read-only. Status: mandatory. OBJECT: tl1xnsErrOutMsgs { tl1xns 32 } Syntax: Counter Definition: This is the number of output error messages generated. Access: read-only. Status: mandatory. 257 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsErrOutErrors { tl1xns 33 } Syntax: Counter Definition: This is the number of error type or broadcast input messages with errors. Access: read-only. Status: mandatory. OBJECT: tl1xnsErrOutUnspecified { tl1xns 34 } Syntax: Counter Definition: This is the number of output error messages with error type "unspecified". Access: read-only. Status: mandatory. OBJECT: tl1xnsErrOutChecksum { tl1xns 35 } Syntax: Counter Definition: This is the number of output error messages with error type "checksum". Access: read-only. Status: mandatory. 258 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsErrOutSocket { tl1xns 36 } Syntax: Counter Definition: This is the number of output error messages with error type "socket". Access: read-only. Status: mandatory. OBJECT: tl1xnsErrOutResources { tl1xns 37 } Syntax: Counter Definition: This is the number of output error messages with error type "resources". Access: read-only. Status: mandatory. OBJECT: tl1xnsErrOutNohost { tl1xns 38 } Syntax: Counter Definition: This is the number of output error messages with error type "nohost". Access: read-only. Status: mandatory. 259 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsErrOutMaxhops { tl1xns 39 } Syntax: Counter Definition: This is the number of output error messages with error type "maxhops". Access: read-only. Status: mandatory. OBJECT: tl1xnsErrOutSizetoobig { tl1xns 40 } Syntax: Counter Definition: This is the number of output error messages with error type "sizetoobig". Access: read-only. Status: mandatory. OBJECT: tl1xnsInOwnAddr { tl1xns 41 } Syntax: Counter Definition: This is the number of times we received our own rip message. Access: read-only. Status: mandatory. 260 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsInNoRoutes { tl1xns 42 } Syntax: Counter Definition: This is the number of rip messages received with no routes. Access: read-only. Status: mandatory. OBJECT: tl1xnsFilter { tl1xns 43 } Syntax: Counter Definition: This is the number of messages discarded by filter processing. Access: read-only. Status: mandatory. OBJECT: tl1xnsHashHit { tl1xns 44 } Syntax: Counter Definition: This is the number of times a route was found in the route table on the first try. Access: read-only. Status: mandatory. 261 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsHashMiss { tl1xns 45 } Syntax: Counter Definition: This is the number of times a route was not found in the route table on the first try. Access: read-only. Status: mandatory. OBJECT: tl1xnsBadMetric { tl1xns 46 } Syntax: Counter Definition: This is the number of routing message entries with maxhops too big. Access: read-only. Status: mandatory. OBJECT: tl1xnsBadAlloc { tl1xns 47 } Syntax: Counter Definition: This is the number of times a route could not be saved due to lack of resources. Access: read-only. Status: mandatory. 262 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsBadNbr { tl1xns 48 } Syntax: Counter Definition: This is the number of rip messages received from a site that is not a neighbor. Access: read-only. Status: mandatory. OBJECT: tl1xnsBadCommand { tl1xns 49 } Syntax: Counter Definition: This is the number of rip messages with unknown routing message type. Access: read-only. Status: mandatory. OBJECT: tl1xnsBadAddr { tl1xns 50 } Syntax: Counter Definition: This is the number of routing message entries with bad network numbers. Access: read-only. Status: mandatory. 263 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsNetworkIntfTable { tl1xns 51 } Syntax: SEQUENCE OF tl1xnsNetworkIntfEntry Definition: This is a table that defines the XNS network interface. Each variable is instantiated by logical interface number (1..ifNumber). Access: read-write Status: mandatory. OBJECT: tl1xnsNetworkIntfEntry { tl1xnsNetworkIntfTable 1 } Syntax: tl1xnsNetworkIntfEntry ::= SEQUENCE { tl1xnsNetworkMaximumPacket INTEGER, tl1xnsNetworkAddress INTEGER } Access: read-write. Status: mandatory. 264 Timeplex TIME/LAN 100 Management Information Base January 7, 1992 OBJECT: tl1xnsNetworkMaximumPacket { tl1xnsNetworkIntfEntry 1 } Syntax: INTEGER Definition: This is the maximum subnet packet size for the specified interface. Access: read-write. Status: mandatory. OBJECT: tl1xnsNetworkAddress { tl1xnsNetworkIntfEntry 2 } Syntax: INTEGER Definition: This is the XNS network address. Access: read-write. Status: mandatory. 265