1 RFC1382-MIB DEFINITIONS ::= BEGIN
4 Counter, Gauge, TimeTicks
8 DisplayString, transmission
18 x25 OBJECT IDENTIFIER ::= { transmission 5 }
21 -- Support of the X25 subtree and all subtrees under it
22 -- is mandatory for all agents of system that implement X.25.
24 X121Address ::= OCTET STRING (SIZE(0..17))
25 -- 0 to 17 bytes in length containing the ASCII
26 -- characters [0-9], each octet contains one digit
30 -- ###########################################################
31 -- X.25 Administration Table
32 -- ###########################################################
34 x25AdmnTable OBJECT-TYPE
35 SYNTAX SEQUENCE OF X25AdmnEntry
39 "This table contains the administratively
40 set configuration parameters for an X.25
41 Packet Level Entity (PLE).
43 Most of the objects in this table have
44 corresponding objects in the x25OperTable.
45 This table contains the values as last set
46 by the administrator. The x25OperTable
47 contains the values actually in use by an
50 Changing an administrative value may or may
51 not change a current operating value. The
52 operating value may not change until the
53 interface is restarted. Some
54 implementations may change the values
55 immediately upon changing the administrative
56 table. All implementations are required to
57 load the values from the administrative
58 table when initializing a PLE."
61 x25AdmnEntry OBJECT-TYPE
66 "Entries of x25AdmnTable."
67 INDEX { x25AdmnIndex }
68 ::= { x25AdmnTable 1 }
70 X25AdmnEntry ::= SEQUENCE {
75 x25AdmnMaxActiveCircuits
77 x25AdmnPacketSequencing
95 x25AdmnRegistrationRequestTimer
97 x25AdmnMinimumRecallTimer
109 x25AdmnRegistrationRequestCount
113 x25AdmnDefCallParamId
117 x25AdmnProtocolVersionSupported
121 x25AdmnIndex OBJECT-TYPE
126 "The ifIndex value for the X.25 Interface."
127 ::= { x25AdmnEntry 1 }
129 x25AdmnInterfaceMode OBJECT-TYPE
138 "Identifies DCE/DTE mode in which the
139 interface operates. A value of dxe
140 indicates the mode will be determined by XID
142 REFERENCE "10733 5.9 interfaceMode"
143 ::= { x25AdmnEntry 2 }
145 x25AdmnMaxActiveCircuits OBJECT-TYPE
146 SYNTAX INTEGER (0..4096)
150 "The maximum number of circuits this PLE can
151 support; including PVCs."
152 REFERENCE "10733 5.9 maxActiveCircuits;
153 See ISO 8208, Section 3.7"
154 ::= { x25AdmnEntry 3 }
156 x25AdmnPacketSequencing OBJECT-TYPE
164 "The modulus of the packet sequence number
166 REFERENCE "10733 extendedPacketSequencing;
167 See ISO 8208 Section 7.1.1"
168 ::= { x25AdmnEntry 4 }
170 x25AdmnRestartTimer OBJECT-TYPE
171 SYNTAX PositiveInteger
175 "The T20 restart timer in milliseconds."
176 REFERENCE "10733 5.9 restartTime
177 See ISO 8208 Section 4.1, table 26"
178 ::= { x25AdmnEntry 5 }
180 x25AdmnCallTimer OBJECT-TYPE
181 SYNTAX PositiveInteger
185 "The T21 Call timer in milliseconds."
186 REFERENCE "10733 callTime;
187 See ISO 8208 Section 5.2.1, table 26"
188 ::= { x25AdmnEntry 6 }
190 x25AdmnResetTimer OBJECT-TYPE
191 SYNTAX PositiveInteger
195 "The T22 Reset timer in milliseconds."
196 REFERENCE "10733 resetTime;
197 See ISO 8208 Section 8.1, table 26"
198 ::= { x25AdmnEntry 7 }
200 x25AdmnClearTimer OBJECT-TYPE
201 SYNTAX PositiveInteger
205 "The T23 Clear timer in milliseconds."
206 REFERENCE "10733 clearTime;
207 See ISO 8208 Section 5.5.1, table 26"
208 ::= { x25AdmnEntry 8 }
210 x25AdmnWindowTimer OBJECT-TYPE
211 SYNTAX PositiveInteger
215 "The T24 window status transmission timer in
216 milliseconds. A value of 2147483647
217 indicates no window timer in use."
218 REFERENCE "10733 5.10.1 windowTime (opt);
219 See ISO 8208 Section 11.2.2, table 26"
220 ::= { x25AdmnEntry 9 }
222 x25AdmnDataRxmtTimer OBJECT-TYPE
223 SYNTAX PositiveInteger
227 "The T25 data retransmission timer in
228 milliseconds. A value of 2147483647
229 indicates no data retransmission timer in
231 REFERENCE "10733 5.10.1 dataRetransmissionTime (opt);
232 See ISO 8208 Section 11.2.1, table 26"
233 ::= { x25AdmnEntry 10 }
235 x25AdmnInterruptTimer OBJECT-TYPE
236 SYNTAX PositiveInteger
240 "The T26 interrupt timer in milliseconds. A
241 value of 2147483647 indicates no interrupt
243 REFERENCE "10733 interruptTime;
244 See ISO 8208 Section 6.8.1, table 26"
245 ::= { x25AdmnEntry 11 }
247 x25AdmnRejectTimer OBJECT-TYPE
248 SYNTAX PositiveInteger
252 "The T27 Reject retransmission timer in
253 milliseconds. A value of 2147483647
254 indicates no reject timer in use."
255 REFERENCE "10733 5.10.1 dataRejectTime (opt);
256 See ISO 8208 Section 13.4.1, table 26"
257 ::= { x25AdmnEntry 12 }
259 x25AdmnRegistrationRequestTimer OBJECT-TYPE
260 SYNTAX PositiveInteger
264 "The T28 registration timer in milliseconds.
265 A value of 2147483647 indicates no
266 registration timer in use."
267 REFERENCE "10733 5.8.1 registrationRequestTime (opt)
268 See ISO 8208 Section 13.1.1.1, table 26"
269 ::= { x25AdmnEntry 13 }
271 x25AdmnMinimumRecallTimer OBJECT-TYPE
272 SYNTAX PositiveInteger
276 "Minimum time interval between unsuccessful
277 call attempts in milliseconds."
278 REFERENCE "10733 5.9 minimum RecallTimer"
279 ::= { x25AdmnEntry 14 }
281 x25AdmnRestartCount OBJECT-TYPE
282 SYNTAX INTEGER (0..65535)
286 "The R20 restart retransmission count."
287 REFERENCE "10733 5.9 restartCount;
288 See ISO 8208 Section 4.1, table 27"
289 ::= { x25AdmnEntry 15 }
291 x25AdmnResetCount OBJECT-TYPE
292 SYNTAX INTEGER (0..65535)
296 "The r22 Reset retransmission count."
297 REFERENCE "10733 resetCount;
298 See section ISO 8208 8.1, table 27"
299 ::= { x25AdmnEntry 16 }
301 x25AdmnClearCount OBJECT-TYPE
302 SYNTAX INTEGER (0..65535)
306 "The r23 Clear retransmission count."
307 REFERENCE "10733 clearCount;
308 See ISO 8208 Section 5.5.1, table 27"
309 ::= { x25AdmnEntry 17 }
311 x25AdmnDataRxmtCount OBJECT-TYPE
312 SYNTAX INTEGER (0..65535)
316 "The R25 Data retransmission count. This
317 value is irrelevant if the
318 x25AdmnDataRxmtTimer indicates no timer in
320 REFERENCE "10733 5.10.1 dataRetransmissionCount (opt)
321 See ISO 8208 Section 11.2.1, table 27"
322 ::= { x25AdmnEntry 18 }
324 x25AdmnRejectCount OBJECT-TYPE
325 SYNTAX INTEGER (0..65535)
329 "The R27 reject retransmission count. This
330 value is irrelevant if the
331 x25AdmnRejectTimer indicates no timer in
333 REFERENCE "10733 5.10.1 dataRejectCount (opt)"
334 ::= { x25AdmnEntry 19 }
336 x25AdmnRegistrationRequestCount OBJECT-TYPE
337 SYNTAX INTEGER (0..65535)
341 "The R28 Registration retransmission Count.
342 This value is irrelevant if the
343 x25AdmnRegistrationRequestTimer indicates no
345 REFERENCE "10733 5.8.1 registrationRequestCount (opt);
346 See ISO 8208 Section 13.1.1.1, table 27"
347 ::= { x25AdmnEntry 20 }
349 x25AdmnNumberPVCs OBJECT-TYPE
350 SYNTAX INTEGER (0..4096)
354 "The number of PVC configured for this PLE.
355 The PVCs use channel numbers from 1 to this
357 ::= { x25AdmnEntry 21 }
359 x25AdmnDefCallParamId OBJECT-TYPE
360 SYNTAX OBJECT IDENTIFIER
364 "This identifies the instance of the
365 x25CallParmIndex for the entry in the
366 x25CallParmTable which contains the default
367 call parameters for this PLE."
368 ::= { x25AdmnEntry 22 }
370 x25AdmnLocalAddress OBJECT-TYPE
375 "The local address for this PLE subnetwork.
376 A zero length address maybe returned by PLEs
377 that only support PVCs."
378 REFERENCE "10733 5.9 localDTEAddress"
379 ::= { x25AdmnEntry 23 }
381 x25AdmnProtocolVersionSupported OBJECT-TYPE
382 SYNTAX OBJECT IDENTIFIER
386 "Identifies the version of the X.25 protocol
387 this interface should support. Object
388 identifiers for common versions are defined
389 below in the x25ProtocolVersion subtree."
390 REFERENCE "10733 5.9 protocolVersionSupported"
391 ::= { x25AdmnEntry 24 }
394 -- ###########################################################
395 -- X.25 Operational Table
396 -- ###########################################################
398 x25OperTable OBJECT-TYPE
399 SYNTAX SEQUENCE OF X25OperEntry
400 ACCESS not-accessible
403 "The operation parameters in use by the X.25
407 x25OperEntry OBJECT-TYPE
409 ACCESS not-accessible
412 "Entries of x25OperTable."
413 INDEX { x25OperIndex }
414 ::= { x25OperTable 1 }
416 X25OperEntry ::= SEQUENCE {
421 x25OperMaxActiveCircuits
423 x25OperPacketSequencing
437 x25OperInterruptTimer
441 x25OperRegistrationRequestTimer
443 x25OperMinimumRecallTimer
455 x25OperRegistrationRequestCount
459 x25OperDefCallParamId
465 x25OperProtocolVersionSupported
469 x25OperIndex OBJECT-TYPE
474 "The ifIndex value for the X.25 interface."
475 ::= { x25OperEntry 1 }
477 x25OperInterfaceMode OBJECT-TYPE
486 "Identifies DCE/DTE mode in which the
487 interface operates. A value of dxe
488 indicates the role will be determined by XID
489 negotiation at the Link Layer and that
490 negotiation has not yet taken place."
491 REFERENCE "10733 5.9 interfaceMode"
492 ::= { x25OperEntry 2 }
494 x25OperMaxActiveCircuits OBJECT-TYPE
495 SYNTAX INTEGER (0..4096)
499 "Maximum number of circuits this PLE can
501 REFERENCE "10733 5.9 maxActiveCircuits
502 See ISO 8208, Section 3.7"
503 ::= { x25OperEntry 3 }
505 x25OperPacketSequencing OBJECT-TYPE
513 "The modulus of the packet sequence number
515 REFERENCE "10733 extendedPacketSequencing;
516 See ISO 8208 Section 7.1.1"
517 ::= { x25OperEntry 4 }
519 x25OperRestartTimer OBJECT-TYPE
520 SYNTAX PositiveInteger
524 "The T20 restart timer in milliseconds."
525 REFERENCE "10733 5.9 restartTime;
526 See ISO 8208 Section 4.1, table 26"
527 ::= { x25OperEntry 5 }
529 x25OperCallTimer OBJECT-TYPE
530 SYNTAX PositiveInteger
534 "The T21 Call timer in milliseconds."
535 REFERENCE "10733 callTime;
536 See ISO 8208 Section 5.2.1, table 26"
537 ::= { x25OperEntry 6 }
539 x25OperResetTimer OBJECT-TYPE
540 SYNTAX PositiveInteger
544 "The T22 Reset timer in milliseconds."
545 REFERENCE "10733 resetTime;
546 See ISO 8208 Section 8.1, table 26"
547 ::= { x25OperEntry 7 }
549 x25OperClearTimer OBJECT-TYPE
550 SYNTAX PositiveInteger
554 "The T23 Clear timer in milliseconds."
555 REFERENCE "10733 clearTime;
556 See ISO 8208 Section 5.5.1, table 26"
557 ::= { x25OperEntry 8 }
559 x25OperWindowTimer OBJECT-TYPE
560 SYNTAX PositiveInteger
564 "The T24 window status transmission timer
565 milliseconds. A value of 2147483647
566 indicates no window timer in use."
567 REFERENCE "10733 5.10.1 windowTime (opt);
568 See ISO 8208 Section 11.2.2, table 26"
569 ::= { x25OperEntry 9 }
571 x25OperDataRxmtTimer OBJECT-TYPE
572 SYNTAX PositiveInteger
576 "The T25 Data Retransmission timer in
577 milliseconds. A value of 2147483647
578 indicates no data retransmission timer in
580 REFERENCE "10733 5.10.1 dataRetransmissionTime (opt);
581 See ISO 8208 Section 11.2.1, table 26"
582 ::= { x25OperEntry 10 }
584 x25OperInterruptTimer OBJECT-TYPE
585 SYNTAX PositiveInteger
589 "The T26 Interrupt timer in milliseconds. A
590 value of 2147483647 indicates interrupts are
592 REFERENCE "10733 interruptTime;
593 See ISO 8208 Section 6.8.1, table 26"
594 ::= { x25OperEntry 11 }
596 x25OperRejectTimer OBJECT-TYPE
597 SYNTAX PositiveInteger
601 "The T27 Reject retransmission timer in
602 milliseconds. A value of 2147483647
603 indicates no reject timer in use."
604 REFERENCE "10733 5.10.1 dataRejectTime (opt);
605 See ISO 8208 Section 13.4.1, table 26"
606 ::= { x25OperEntry 12 }
608 x25OperRegistrationRequestTimer OBJECT-TYPE
609 SYNTAX PositiveInteger
613 "The T28 registration timer in milliseconds.
614 A value of 2147483647 indicates no
615 registration timer in use."
616 REFERENCE "10733 5.8.1 registrationRequestTime (opt);
617 See ISO 8208 Section 13.1.1.1, table 26"
618 ::= { x25OperEntry 13 }
620 x25OperMinimumRecallTimer OBJECT-TYPE
621 SYNTAX PositiveInteger
625 "Minimum time interval between unsuccessful
626 call attempts in milliseconds."
627 REFERENCE "10733 5.9 minimum RecallTimer"
628 ::= { x25OperEntry 14 }
630 x25OperRestartCount OBJECT-TYPE
631 SYNTAX INTEGER (0..65535)
635 "The R20 restart retransmission count."
636 REFERENCE "10733 5.9 restartCount
637 See ISO 8208 Section 4.1, table 27"
638 ::= { x25OperEntry 15 }
640 x25OperResetCount OBJECT-TYPE
641 SYNTAX INTEGER (0..65535)
645 "The r22 Reset retransmission count."
646 REFERENCE "10733 resetCount;
647 See section ISO 8208 8.1, table 27"
648 ::= { x25OperEntry 16 }
650 x25OperClearCount OBJECT-TYPE
651 SYNTAX INTEGER (0..65535)
655 "The r23 Clear retransmission count."
656 REFERENCE "10733 clearCount;
657 See ISO 8208 Section 5.5.1, table 27"
658 ::= { x25OperEntry 17 }
660 x25OperDataRxmtCount OBJECT-TYPE
661 SYNTAX INTEGER (0..65535)
665 "The R25 Data retransmission count. This
666 value is undefined if the
667 x25OperDataRxmtTimer indicates no timer in
669 REFERENCE "10733 5.10.1 dataRetransmissionCount (opt);
670 See ISO 8208 Section 11.2.1, table 27"
671 ::= { x25OperEntry 18 }
673 x25OperRejectCount OBJECT-TYPE
674 SYNTAX INTEGER (0..65535)
678 "The R27 reject retransmission count. This
679 value is undefined if the x25OperRejectTimer
680 indicates no timer in use."
681 REFERENCE "10733 5.10.1 dataRejectCount (opt)"
682 ::= { x25OperEntry 19 }
684 x25OperRegistrationRequestCount OBJECT-TYPE
685 SYNTAX INTEGER (0..65535)
689 "The R28 Registration retransmission Count.
690 This value is undefined if the
691 x25OperREgistrationRequestTimer indicates no
693 REFERENCE "10733 5.8.1 registrationRequestCount (opt);
694 See ISO 8208 Section 13.1.1.1, table 27"
695 ::= { x25OperEntry 20 }
697 x25OperNumberPVCs OBJECT-TYPE
698 SYNTAX INTEGER (0..4096)
702 "The number of PVC configured for this PLE.
703 The PVCs use channel numbers from 1 to this
705 ::= { x25OperEntry 21 }
707 x25OperDefCallParamId OBJECT-TYPE
708 SYNTAX OBJECT IDENTIFIER
712 "This identifies the instance of the
713 x25CallParmIndex for the entry in the
714 x25CallParmTable that contains the default
715 call parameters for this PLE."
716 ::= { x25OperEntry 22 }
718 x25OperLocalAddress OBJECT-TYPE
723 "The local address for this PLE subnetwork.
724 A zero length address maybe returned by PLEs
725 that only support PVCs."
726 REFERENCE "10733 5.9 localDTEAddress"
727 ::= { x25OperEntry 23 }
729 x25OperDataLinkId OBJECT-TYPE
730 SYNTAX OBJECT IDENTIFIER
734 "This identifies the instance of the index
735 object in the first table of the most device
736 specific MIB for the interface used by this
738 ::= { x25OperEntry 24 }
740 x25OperProtocolVersionSupported OBJECT-TYPE
741 SYNTAX OBJECT IDENTIFIER
745 "Identifies the version of the X.25 protocol
746 this interface supports. Object identifiers
747 for common versions are defined below in the
748 x25ProtocolVersion subtree."
749 REFERENCE "10733 5.9 protocolVersionSupported"
750 ::= { x25OperEntry 25 }
753 -- MIB-II also provides:
756 -- On an X.25 interface this must include sufficient
758 -- information to enable the system's administrator
759 -- to determine the appropriate configuration
760 -- information on a system having multiple X.25
763 -- ifType: ddn-x25 or rfc877-x25
764 -- an interface of type ddn-x25 will use an algorithm to
765 -- translate between X.121 address and IP addresses.
766 -- An interface of type rfc877-x25 will use a
767 -- configuration table to translate between X.121
768 -- addresses and IP addresses.
770 -- ifMtu: the maximum PDU a higher layer can pass to X.25 or
774 -- This will be the value of the local clock for this line.
775 -- A value of zero indicates external clocking.
784 -- ###########################################################
785 -- X.25 Statistics Table
786 -- ###########################################################
788 x25StatTable OBJECT-TYPE
789 SYNTAX SEQUENCE OF X25StatEntry
790 ACCESS not-accessible
793 "Statistics information about this X.25
797 x25StatEntry OBJECT-TYPE
799 ACCESS not-accessible
802 "Entries of the x25StatTable."
803 INDEX { x25StatIndex }
804 ::= { x25StatTable 1 }
806 X25StatEntry ::= SEQUENCE {
811 x25StatInCallRefusals
813 x25StatInProviderInitiatedClears
815 x25StatInRemotelyInitiatedResets
817 x25StatInProviderInitiatedResets
823 x25StatInAccusedOfProtocolErrors
827 x25StatOutCallAttempts
829 x25StatOutCallFailures
833 x25StatOutDataPackets
835 x25StatOutgoingCircuits
837 x25StatIncomingCircuits
839 x25StatTwowayCircuits
841 x25StatRestartTimeouts
849 x25StatDataRxmtTimeouts
851 x25StatInterruptTimeouts
853 x25StatRetryCountExceededs
855 x25StatClearCountExceededs
859 x25StatIndex OBJECT-TYPE
864 "The ifIndex value for the X.25 interface."
865 ::= { x25StatEntry 1 }
867 x25StatInCalls OBJECT-TYPE
872 "The number of incoming calls received."
873 ::= { x25StatEntry 2 }
875 x25StatInCallRefusals OBJECT-TYPE
880 "The number of incoming calls refused. This
881 includes calls refused by the PLE and by
882 higher layers. This also includes calls
883 cleared because of restricted fast select."
884 ::= { x25StatEntry 3 }
886 x25StatInProviderInitiatedClears OBJECT-TYPE
891 "The number of clear requests with a cause
892 code other than DTE initiated."
893 REFERENCE "10733 providerInitiatedDisconnect"
894 ::= { x25StatEntry 4 }
896 x25StatInRemotelyInitiatedResets OBJECT-TYPE
901 "The number of reset requests received with
902 cause code DTE initiated."
903 REFERENCE "10733 remotelyInitiatedResets"
904 ::= { x25StatEntry 5 }
906 x25StatInProviderInitiatedResets OBJECT-TYPE
911 "The number of reset requests received with
912 cause code other than DTE initiated."
913 REFERENCE "10733 ProviderInitiatedResets"
914 ::= { x25StatEntry 6 }
916 x25StatInRestarts OBJECT-TYPE
921 "The number of remotely initiated (including
922 provider initiated) restarts experienced by
923 the PLE excluding the restart associated
924 with bringing up the PLE interface. This
925 only counts restarts received when the PLE
926 already has an established connection with
928 REFERENCE "10733 5.9 remotelyInitiatedRestarts"
929 ::= { x25StatEntry 7 }
931 x25StatInDataPackets OBJECT-TYPE
936 "The number of data packets received."
937 REFERENCE "10733 5.9 dataPacketsReceived."
938 ::= { x25StatEntry 8 }
940 x25StatInAccusedOfProtocolErrors OBJECT-TYPE
945 "The number of packets received containing a
946 procedure error cause code. These include
947 clear, reset, restart, or diagnostic
949 REFERENCE "CD 10733 5.9 accusedOfProtocolError"
950 ::= { x25StatEntry 9 }
952 x25StatInInterrupts OBJECT-TYPE
957 "The number of interrupt packets received by
958 the PLE or over the PVC/VC."
959 REFERENCE "10733 interruptPacketsReceived"
960 ::= { x25StatEntry 10 }
962 x25StatOutCallAttempts OBJECT-TYPE
967 "The number of calls attempted."
968 REFERENCE "10733 5.9 callAttempts"
969 ::= { x25StatEntry 11 }
971 x25StatOutCallFailures OBJECT-TYPE
976 "The number of call attempts which failed.
977 This includes calls that were cleared
978 because of restrictive fast select."
979 ::= { x25StatEntry 12 }
981 x25StatOutInterrupts OBJECT-TYPE
986 "The number of interrupt packets send by the
987 PLE or over the PVC/VC."
988 REFERENCE "10733 InterruptPacketsSent"
989 ::= { x25StatEntry 13 }
991 x25StatOutDataPackets OBJECT-TYPE
996 "The number of data packets sent by this
998 REFERENCE "10733 dataPacketSent"
999 ::= { x25StatEntry 14 }
1001 x25StatOutgoingCircuits OBJECT-TYPE
1006 "The number of active outgoing circuits.
1007 This includes call requests sent but not yet
1008 confirmed. This does not count PVCs."
1009 ::= { x25StatEntry 15 }
1011 x25StatIncomingCircuits OBJECT-TYPE
1016 "The number of active Incoming Circuits.
1017 This includes call indications received but
1018 not yet acknowledged. This does not count
1020 ::= { x25StatEntry 16 }
1022 x25StatTwowayCircuits OBJECT-TYPE
1027 "The number of active two-way Circuits.
1028 This includes call requests sent but not yet
1029 confirmed. This does not count PVCs."
1030 ::= { x25StatEntry 17 }
1032 x25StatRestartTimeouts OBJECT-TYPE
1037 "The number of times the T20 restart timer
1039 REFERENCE "10733 5.9 restartTimeouts"
1040 ::= { x25StatEntry 18 }
1042 x25StatCallTimeouts OBJECT-TYPE
1047 "The number of times the T21 call timer
1049 REFERENCE "10733 5.9 callTimeouts"
1050 ::= { x25StatEntry 19 }
1052 x25StatResetTimeouts OBJECT-TYPE
1057 "The number of times the T22 reset timer
1059 REFERENCE "10733 5.9 resetTimeouts"
1060 ::= { x25StatEntry 20 }
1062 x25StatClearTimeouts OBJECT-TYPE
1067 "The number of times the T23 clear timer
1069 REFERENCE "10733 5.9 clearTimeouts"
1070 ::= { x25StatEntry 21 }
1072 x25StatDataRxmtTimeouts OBJECT-TYPE
1077 "The number of times the T25 data timer
1079 REFERENCE "10733 5.9 dataRetransmissionsTimerExpiries"
1080 ::= { x25StatEntry 22 }
1082 x25StatInterruptTimeouts OBJECT-TYPE
1087 "The number of times the T26 interrupt timer
1089 REFERENCE "10733 5.9 interruptTimerExpires"
1090 ::= { x25StatEntry 23 }
1092 x25StatRetryCountExceededs OBJECT-TYPE
1097 "The number of times a retry counter was
1099 REFERENCE "10733 5.9 retryCountsExceeded"
1100 ::= { x25StatEntry 24 }
1102 x25StatClearCountExceededs OBJECT-TYPE
1107 "The number of times the R23 clear count was
1109 REFERENCE "10733 5.9 clearCountsExceeded"
1110 ::= { x25StatEntry 25 }
1113 -- MIB-II also contains:
1115 -- ifInOctets: Number of data octets delivered to upper
1118 -- ifInUcastPkts: Number of packets with a clear M-bit
1119 -- delivered to higher layer entities.
1121 -- ifDiscards: Number of packets dropped for lack of buffering
1123 -- ifInErrors: Number of packets received containing errors
1124 -- REFERENCE ProtocolErrorsDetectedLocally
1126 -- ifInUnknownProtos: Number of packets with unknown circuit
1129 -- ifOutOctets: Number of data octets delivered by
1130 -- X.25 to upper layers.
1132 -- ifOutUcastPkts: Number of packets with a clear M-bit
1133 -- received from higher layer entities.
1136 -- ###########################################################
1137 -- X.25 Channel Table
1138 -- ###########################################################
1140 x25ChannelTable OBJECT-TYPE
1141 SYNTAX SEQUENCE OF X25ChannelEntry
1142 ACCESS not-accessible
1145 "These objects contain information about the
1146 channel number configuration in an X.25 PLE.
1147 These values are the configured values.
1148 changes in these values after the interfaces
1149 has started may not be reflected in the
1151 REFERENCE "See ISO 8208, Section 3.7"
1154 x25ChannelEntry OBJECT-TYPE
1155 SYNTAX X25ChannelEntry
1156 ACCESS not-accessible
1159 "Entries of x25ChannelTable."
1160 REFERENCE "This provides the information available
1161 in 10733 logicalChannelAssignments."
1162 INDEX { x25ChannelIndex }
1163 ::= { x25ChannelTable 1 }
1165 X25ChannelEntry ::= SEQUENCE {
1182 x25ChannelIndex OBJECT-TYPE
1187 "The ifIndex value for the X.25 Interface."
1188 ::= { x25ChannelEntry 1 }
1190 x25ChannelLIC OBJECT-TYPE
1191 SYNTAX INTEGER (0..4095)
1195 "Lowest Incoming channel."
1196 ::= { x25ChannelEntry 2 }
1198 x25ChannelHIC OBJECT-TYPE
1199 SYNTAX INTEGER (0..4095)
1203 "Highest Incoming channel. A value of zero
1204 indicates no channels in this range."
1205 ::= { x25ChannelEntry 3 }
1207 x25ChannelLTC OBJECT-TYPE
1208 SYNTAX INTEGER (0..4095)
1212 "Lowest Two-way channel."
1213 ::= { x25ChannelEntry 4 }
1215 x25ChannelHTC OBJECT-TYPE
1216 SYNTAX INTEGER (0..4095)
1220 "Highest Two-way channel. A value of zero
1221 indicates no channels in this range."
1222 ::= { x25ChannelEntry 5 }
1224 x25ChannelLOC OBJECT-TYPE
1225 SYNTAX INTEGER (0..4095)
1229 "Lowest outgoing channel."
1230 ::= { x25ChannelEntry 6 }
1232 x25ChannelHOC OBJECT-TYPE
1233 SYNTAX INTEGER (0..4095)
1237 "Highest outgoing channel. A value of zero
1238 indicates no channels in this range."
1239 ::= { x25ChannelEntry 7 }
1244 -- ###########################################################
1245 -- X25 Per Circuits Information Table
1246 -- ###########################################################
1248 x25CircuitTable OBJECT-TYPE
1249 SYNTAX SEQUENCE OF X25CircuitEntry
1250 ACCESS not-accessible
1253 "These objects contain general information
1254 about a specific circuit of an X.25 PLE."
1257 x25CircuitEntry OBJECT-TYPE
1258 SYNTAX X25CircuitEntry
1259 ACCESS not-accessible
1262 "Entries of x25CircuitTable."
1263 INDEX { x25CircuitIndex,
1265 ::= { x25CircuitTable 1 }
1267 X25CircuitEntry ::= SEQUENCE {
1274 x25CircuitEstablishTime
1282 x25CircuitInRemotelyInitiatedResets
1284 x25CircuitInProviderInitiatedResets
1286 x25CircuitInInterrupts
1292 x25CircuitOutInterrupts
1294 x25CircuitDataRetransmissionTimeouts
1296 x25CircuitResetTimeouts
1298 x25CircuitInterruptTimeouts
1300 x25CircuitCallParamId
1302 x25CircuitCalledDteAddress
1304 x25CircuitCallingDteAddress
1306 x25CircuitOriginallyCalledAddress
1312 x25CircuitIndex OBJECT-TYPE
1317 "The ifIndex value for the X.25 Interface."
1318 ::= { x25CircuitEntry 1 }
1320 x25CircuitChannel OBJECT-TYPE
1321 SYNTAX INTEGER (0..4095)
1325 "The channel number for this circuit."
1326 ::= { x25CircuitEntry 2 }
1328 x25CircuitStatus OBJECT-TYPE
1329 SYNTAX INTEGER { -- state table states
1332 calling (3), -- (p2,p3,p5)
1334 clearing (5), -- (p6,p7)
1337 startClear (8), -- Close cmd
1338 startPvcResetting (9), -- Reset cmd
1344 "This object reports the current status of
1347 An existing instance of this object can only
1348 be set to startClear, startPvcResetting, or
1349 invalid. An instance with the value calling
1350 or open can only be set to startClear and
1351 that action will start clearing the circuit.
1352 An instance with the value PVC can only be
1353 set to startPvcResetting or invalid and that
1354 action resets the PVC or deletes the circuit
1355 respectively. The values startClear or
1356 startPvcResetting will never be returned by
1357 an agent. An attempt to set the status of
1358 an existing instance to a value other than
1359 one of these values will result in an error.
1361 A non-existing instance can be set to PVC to
1362 create a PVC if the implementation supports
1363 dynamic creation of PVCs. Some
1364 implementations may only allow creation and
1365 deletion of PVCs if the interface is down.
1366 Since the instance identifier will supply
1367 the PLE index and the channel number,
1368 setting this object alone supplies
1369 sufficient information to create the
1370 instance. All the DEFVAL clauses for the
1371 other objects of this table are appropriate
1372 for creating a PVC; PLEs creating entries
1373 for placed or accepted calls will use values
1374 appropriate for the call rather than the
1375 value of the DEFVAL clause. Two managers
1376 trying to create the same PVC can determine
1377 from the return code which manager succeeded
1378 and which failed (the failing manager fails
1379 because it can not set a value of PVC for an
1381 An entry in the closed or invalid state may
1382 be deleted or reused at the agent's
1383 convence. If the entry is kept in the
1384 closed state, the values of the parameters
1385 associated with the entry must be correct.
1386 Closed implies the values in the circuit
1389 The value of invalid indicates the other
1390 values in the table are invalid. Many
1391 agents may never return a value of invalid
1392 because they dynamically allocate and free
1393 unused table entries. An agent for a
1394 statically configured systems can return
1395 invalid to indicate the entry has not yet
1396 been used so the counters contain no
1398 REFERENCE "See ISO 8208,
1399 table 33 for (p<n>) state table"
1400 ::= { x25CircuitEntry 3 }
1402 x25CircuitEstablishTime OBJECT-TYPE
1407 "The value of sysUpTime when the channel was
1408 associated with this circuit. For outgoing
1409 SVCs, this is the time the first call packet
1410 was sent. For incoming SVCs, this is the
1411 time the call indication was received. For
1412 PVCs this is the time the PVC was able to
1413 pass data to a higher layer entity without
1415 ::= { x25CircuitEntry 4 }
1417 x25CircuitDirection OBJECT-TYPE
1426 "The direction of the call that established
1428 REFERENCE "10733 direction"
1430 ::= { x25CircuitEntry 5 }
1432 -- X25 Circuit data flow statistics
1434 x25CircuitInOctets OBJECT-TYPE
1439 "The number of octets of user data delivered
1441 REFERENCE "5.11 octetsReceivedCounter"
1442 ::= { x25CircuitEntry 6 }
1444 x25CircuitInPdus OBJECT-TYPE
1449 "The number of PDUs received for this
1451 REFERENCE "10733 5.11 dataPacketsReceived"
1452 ::= { x25CircuitEntry 7 }
1454 x25CircuitInRemotelyInitiatedResets OBJECT-TYPE
1459 "The number of Resets received for this
1460 circuit with cause code of DTE initiated."
1461 REFERENCE "10733 remotelyInitiatedResets"
1462 ::= { x25CircuitEntry 8 }
1464 x25CircuitInProviderInitiatedResets OBJECT-TYPE
1469 "The number of Resets received for this
1470 circuit with cause code other than DTE
1472 REFERENCE "10733 ProviderInitiatedResets"
1473 ::= { x25CircuitEntry 9 }
1475 x25CircuitInInterrupts OBJECT-TYPE
1480 "The number of interrupt packets received
1482 REFERENCE "10733 interruptPacketsReceived"
1483 ::= { x25CircuitEntry 10 }
1485 x25CircuitOutOctets OBJECT-TYPE
1490 "The number of octets of user data sent for
1492 REFERENCE "10733 5.11 octetsSentCounter"
1493 ::= { x25CircuitEntry 11 }
1495 x25CircuitOutPdus OBJECT-TYPE
1500 "The number of PDUs sent for this circuit."
1501 REFERENCE "10733 5.11 dataPacketsSent"
1502 ::= { x25CircuitEntry 12 }
1504 x25CircuitOutInterrupts OBJECT-TYPE
1509 "The number of interrupt packets sent on
1511 REFERENCE "10733 interruptPacketsSent"
1512 ::= { x25CircuitEntry 13 }
1515 -- X25 circuit timer statistics
1517 x25CircuitDataRetransmissionTimeouts OBJECT-TYPE
1522 "The number of times the T25 data
1523 retransmission timer expired for this
1525 REFERENCE "10733 5.11 dataRetransmissionTimerExpiries"
1526 ::= { x25CircuitEntry 14 }
1528 x25CircuitResetTimeouts OBJECT-TYPE
1533 "The number of times the T22 reset timer
1534 expired for this circuit."
1535 REFERENCE "10733 5.11 resetTimeouts"
1536 ::= { x25CircuitEntry 15 }
1538 x25CircuitInterruptTimeouts OBJECT-TYPE
1543 "The number of times the T26 Interrupt timer
1544 expired for this circuit."
1545 REFERENCE "10733 interruptTimerExpiries"
1546 ::= { x25CircuitEntry 16 }
1548 x25CircuitCallParamId OBJECT-TYPE
1549 SYNTAX OBJECT IDENTIFIER
1553 "This identifies the instance of the
1554 x25CallParmIndex for the entry in the
1555 x25CallParmTable which contains the call
1556 parameters in use with this circuit. The
1557 entry referenced must contain the values
1558 that are currently in use by the circuit
1559 rather than proposed values. A value of
1560 NULL indicates the circuit is a PVC or is
1561 using all the default parameters."
1563 ::= { x25CircuitEntry 17 }
1565 x25CircuitCalledDteAddress OBJECT-TYPE
1570 "For incoming calls, this is the called
1571 address from the call indication packet.
1572 For outgoing calls, this is the called
1573 address from the call confirmation packet.
1574 This will be zero length for PVCs."
1575 REFERENCE "10733 calledDTEAddress"
1577 ::= { x25CircuitEntry 18 }
1579 x25CircuitCallingDteAddress OBJECT-TYPE
1584 "For incoming calls, this is the calling
1585 address from the call indication packet.
1586 For outgoing calls, this is the calling
1587 address from the call confirmation packet.
1588 This will be zero length for PVCs."
1589 REFERENCE "10733 callingDTEAddress"
1591 ::= { x25CircuitEntry 19 }
1593 x25CircuitOriginallyCalledAddress OBJECT-TYPE
1598 "For incoming calls, this is the address in
1599 the call Redirection or Call Deflection
1600 Notification facility if the call was
1601 deflected or redirected, otherwise it will
1602 be called address from the call indication
1603 packet. For outgoing calls, this is the
1604 address from the call request packet. This
1605 will be zero length for PVCs."
1606 REFERENCE "10733 originallyCalledAddress"
1608 ::= { x25CircuitEntry 20 }
1610 x25CircuitDescr OBJECT-TYPE
1611 SYNTAX DisplayString (SIZE (0..255))
1615 "A descriptive string associated with this
1616 circuit. This provides a place for the
1617 agent to supply any descriptive information
1618 it knows about the use or owner of the
1619 circuit. The agent may return the process
1620 identifier and user name for the process
1621 using the circuit. Alternative the agent
1622 may return the name of the configuration
1623 entry that caused a bridge to establish the
1624 circuit. A zero length value indicates the
1625 agent doesn't have any additional
1628 ::= { x25CircuitEntry 21 }
1632 -- ###########################################################
1633 -- The Cleared Circuit Table
1634 -- ###########################################################
1636 x25ClearedCircuitEntriesRequested OBJECT-TYPE
1637 SYNTAX PositiveInteger
1641 "The requested number of entries for the
1642 agent to keep in the x25ClearedCircuit
1646 x25ClearedCircuitEntriesGranted OBJECT-TYPE
1647 SYNTAX PositiveInteger
1651 "The actual number of entries the agent will
1652 keep in the x25ClearedCircuit Table."
1655 x25ClearedCircuitTable OBJECT-TYPE
1656 SYNTAX SEQUENCE OF X25ClearedCircuitEntry
1657 ACCESS not-accessible
1660 "A table of entries about closed circuits.
1661 Entries must be made in this table whenever
1662 circuits are closed and the close request or
1663 close indication packet contains a clearing
1664 cause other than DTE Originated or a
1665 Diagnostic code field other than Higher
1666 Layer Initiated disconnection-normal. An
1667 agent may optionally make entries for normal
1668 closes (to record closing facilities or
1671 Agents will delete the oldest entry in the
1672 table when adding a new entry would exceed
1673 agent resources. Agents are required to
1674 keep the last entry put in the table and may
1675 keep more entries. The object
1676 x25OperClearEntriesGranted returns the
1677 maximum number of entries kept in the
1679 REFERENCE "See ISO 8208 Section 12.2.3.1.1
1683 x25ClearedCircuitEntry OBJECT-TYPE
1684 SYNTAX X25ClearedCircuitEntry
1685 ACCESS not-accessible
1688 "Information about a cleared circuit."
1689 INDEX { x25ClearedCircuitIndex }
1690 ::= { x25ClearedCircuitTable 1 }
1692 X25ClearedCircuitEntry ::= SEQUENCE {
1693 x25ClearedCircuitIndex
1695 x25ClearedCircuitPleIndex
1697 x25ClearedCircuitTimeEstablished
1699 x25ClearedCircuitTimeCleared
1701 x25ClearedCircuitChannel
1703 x25ClearedCircuitClearingCause
1705 x25ClearedCircuitDiagnosticCode
1707 x25ClearedCircuitInPdus
1709 x25ClearedCircuitOutPdus
1711 x25ClearedCircuitCalledAddress
1713 x25ClearedCircuitCallingAddress
1715 x25ClearedCircuitClearFacilities
1719 x25ClearedCircuitIndex OBJECT-TYPE
1720 SYNTAX PositiveInteger
1724 "An index that uniquely distinguishes one
1725 entry in the clearedCircuitTable from
1726 another. This index will start at
1727 2147483647 and will decrease by one for each
1728 new entry added to the table. Upon reaching
1729 one, the index will reset to 2147483647.
1730 Because the index starts at 2147483647 and
1731 decreases, a manager may do a getnext on
1732 entry zero and obtain the most recent entry.
1733 When the index has the value of 1, the next
1734 entry will delete all entries in the table
1735 and that entry will be numbered 2147483647."
1736 ::= { x25ClearedCircuitEntry 1 }
1738 x25ClearedCircuitPleIndex OBJECT-TYPE
1743 "The value of ifIndex for the PLE which
1744 cleared the circuit that created the entry."
1745 ::= { x25ClearedCircuitEntry 2 }
1747 x25ClearedCircuitTimeEstablished OBJECT-TYPE
1752 "The value of sysUpTime when the circuit was
1753 established. This will be the same value
1754 that was in the x25CircuitEstablishTime for
1756 ::= { x25ClearedCircuitEntry 3 }
1758 x25ClearedCircuitTimeCleared OBJECT-TYPE
1763 "The value of sysUpTime when the circuit was
1764 cleared. For locally initiated clears, this
1765 will be the time when the clear confirmation
1766 was received. For remotely initiated
1767 clears, this will be the time when the clear
1768 indication was received."
1769 ::= { x25ClearedCircuitEntry 4 }
1771 x25ClearedCircuitChannel OBJECT-TYPE
1772 SYNTAX INTEGER (0..4095)
1776 "The channel number for the circuit that was
1778 ::= { x25ClearedCircuitEntry 5 }
1780 x25ClearedCircuitClearingCause OBJECT-TYPE
1781 SYNTAX INTEGER (0..255)
1785 "The Clearing Cause from the clear request
1786 or clear indication packet that cleared the
1788 REFERENCE "See ISO 8208 Section 12.2.3.1.1"
1789 ::= { x25ClearedCircuitEntry 6 }
1791 x25ClearedCircuitDiagnosticCode OBJECT-TYPE
1792 SYNTAX INTEGER (0..255)
1796 "The Diagnostic Code from the clear request
1797 or clear indication packet that cleared the
1799 REFERENCE "See ISO 8208 Section 12.2.3.1.2"
1800 ::= { x25ClearedCircuitEntry 7 }
1802 x25ClearedCircuitInPdus OBJECT-TYPE
1807 "The number of PDUs received on the
1809 ::= { x25ClearedCircuitEntry 8 }
1811 x25ClearedCircuitOutPdus OBJECT-TYPE
1816 "The number of PDUs transmitted on the
1818 ::= { x25ClearedCircuitEntry 9 }
1820 x25ClearedCircuitCalledAddress OBJECT-TYPE
1825 "The called address from the cleared
1827 ::= { x25ClearedCircuitEntry 10 }
1829 x25ClearedCircuitCallingAddress OBJECT-TYPE
1834 "The calling address from the cleared
1836 ::= { x25ClearedCircuitEntry 11 }
1838 x25ClearedCircuitClearFacilities OBJECT-TYPE
1839 SYNTAX OCTET STRING (SIZE (0..109))
1843 "The facilities field from the clear request
1844 or clear indication packet that cleared the
1845 circuit. A size of zero indicates no
1846 facilities were present."
1847 ::= { x25ClearedCircuitEntry 12 }
1852 -- ###########################################################
1853 -- The Call Parameter Table
1854 -- ###########################################################
1856 x25CallParmTable OBJECT-TYPE
1857 SYNTAX SEQUENCE OF X25CallParmEntry
1858 ACCESS not-accessible
1861 "These objects contain the parameters that
1862 can be varied between X.25 calls. The
1863 entries in this table are independent of the
1864 PLE. There exists only one of these tables
1865 for the entire system. The indexes for the
1866 entries are independent of any PLE or any
1867 circuit. Other tables reference entries in
1868 this table. Entries in this table can be
1869 used for default PLE parameters, for
1870 parameters to use to place/answer a call,
1871 for the parameters currently in use for a
1872 circuit, or parameters that were used by a
1875 The number of references to a given set of
1876 parameters can be found in the
1877 x25CallParmRefCount object sharing the same
1878 instance identifier with the parameters.
1879 The value of this reference count also
1880 affects the access of the objects in this
1881 table. An object in this table with the
1882 same instance identifier as the instance
1883 identifier of an x25CallParmRefCount must be
1884 consider associated with that reference
1885 count. An object with an associated
1886 reference count of zero can be written (if
1887 its ACCESS clause allows it). An object
1888 with an associated reference count greater
1889 than zero can not be written (regardless of
1890 the ACCESS clause). This ensures that a set
1891 of call parameters being referenced from
1892 another table can not be modified or changed
1893 in a ways inappropriate for continued use by
1897 x25CallParmEntry OBJECT-TYPE
1898 SYNTAX X25CallParmEntry
1899 ACCESS not-accessible
1902 "Entries of x25CallParmTable."
1903 INDEX { x25CallParmIndex }
1904 ::= { x25CallParmTable 1 }
1906 X25CallParmEntry ::= SEQUENCE {
1913 x25CallParmInPacketSize
1915 x25CallParmOutPacketSize
1917 x25CallParmInWindowSize
1919 x25CallParmOutWindowSize
1921 x25CallParmAcceptReverseCharging
1923 x25CallParmProposeReverseCharging
1925 x25CallParmFastSelect
1927 x25CallParmInThruPutClasSize
1929 x25CallParmOutThruPutClasSize
1939 x25CallParmChargingInfo
1945 x25CallParmCallingExt
1947 x25CallParmCalledExt
1949 x25CallParmInMinThuPutCls
1951 x25CallParmOutMinThuPutCls
1953 x25CallParmEndTrnsDly
1957 x25CallParmProtection
1963 x25CallParmCallingNetworkFacilities
1965 x25CallParmCalledNetworkFacilities
1969 x25CallParmIndex OBJECT-TYPE
1970 SYNTAX PositiveInteger
1974 "A value that distinguishes this entry from
1975 another entry. Entries in this table are
1976 referenced from other objects which identify
1979 It is impossible to know which other objects
1980 in the MIB reference entries in the table by
1981 looking at this table. Because of this,
1982 changes to parameters must be accomplished
1983 by creating a new entry in this table and
1984 then changing the referencing table to
1985 identify the new entry.
1987 Note that an agent will only use the values
1988 in this table when another table is changed
1989 to reference those values. The number of
1990 other tables that reference an index object
1991 in this table can be found in
1992 x25CallParmRefCount. The value of the
1993 reference count will affect the writability
1994 of the objects as explained above.
1996 Entries in this table which have a reference
1997 count of zero maybe deleted at the convence
1998 of the agent. Care should be taken by the
1999 agent to give the NMS sufficient time to
2000 create a reference to newly created entries.
2002 Should a Management Station not find a free
2003 index with which to create a new entry, it
2004 may feel free to delete entries with a
2005 reference count of zero. However in doing
2006 so the Management Station much realize it
2007 may impact other Management Stations."
2008 ::= { x25CallParmEntry 1 }
2010 x25CallParmStatus OBJECT-TYPE
2015 "The status of this call parameter entry.
2016 See RFC 1271 for details of usage."
2017 ::= { x25CallParmEntry 2 }
2019 x25CallParmRefCount OBJECT-TYPE
2020 SYNTAX PositiveInteger
2024 "The number of references know by a
2025 management station to exist to this set of
2026 call parameters. This is the number of
2027 other objects that have returned a value of,
2028 and will return a value of, the index for
2029 this set of call parameters. Examples of
2030 such objects are the x25AdmnDefCallParamId,
2031 x25OperDataLinkId, or x25AdmnDefCallParamId
2032 objects defined above."
2033 ::= { x25CallParmEntry 3 }
2035 x25CallParmInPacketSize OBJECT-TYPE
2036 SYNTAX INTEGER (0..4096)
2040 "The maximum receive packet size in octets
2041 for a circuit. A size of zero for a circuit
2042 means use the PLE default size. A size of
2043 zero for the PLE means use a default size of
2045 REFERENCE "10733 proposedPacketSize;
2046 See ISO 8208 Section 15.2.2.1.1"
2048 ::= { x25CallParmEntry 4 }
2050 x25CallParmOutPacketSize OBJECT-TYPE
2051 SYNTAX INTEGER (0..4096)
2055 "The maximum transmit packet size in octets
2056 for a circuit. A size of zero for a circuit
2057 means use the PLE default size. A size of
2058 zero for the PLE default means use a default
2060 REFERENCE "10733 proposedPacketSize;
2061 See ISO 8208 Section 15.2.2.1.1"
2063 ::= { x25CallParmEntry 5 }
2065 x25CallParmInWindowSize OBJECT-TYPE
2066 SYNTAX INTEGER (0..127)
2070 "The receive window size for a circuit. A
2071 size of zero for a circuit means use the PLE
2072 default size. A size of zero for the PLE
2073 default means use 2."
2074 REFERENCE "10733 proposedWindowSize;
2075 See ISO 8208 Section 15.2.2.1.2"
2077 ::= { x25CallParmEntry 6 }
2079 x25CallParmOutWindowSize OBJECT-TYPE
2080 SYNTAX INTEGER (0..127)
2084 "The transmit window size for a circuit. A
2085 size of zero for a circuit means use the PLE
2086 default size. A size of zero for the PLE
2087 default means use 2."
2088 REFERENCE "10733 proposedWindowSize;
2089 See ISO 8208 Section 15.2.2.1.2"
2091 ::= { x25CallParmEntry 7 }
2093 x25CallParmAcceptReverseCharging OBJECT-TYPE
2103 "An enumeration defining if the PLE will
2104 accept or refuse charges. A value of
2105 default for a circuit means use the PLE
2106 default value. A value of neverAccept is
2107 only used for the PLE default and indicates
2108 the PLE will never accept reverse charging.
2109 A value of default for a PLE default means
2111 REFERENCE "10733 acceptReverseCharging"
2113 ::= { x25CallParmEntry 8 }
2115 x25CallParmProposeReverseCharging OBJECT-TYPE
2124 "An enumeration defining if the PLE should
2125 propose reverse or local charging. The
2126 value of default for a circuit means use the
2127 PLE default. The value of default for the
2128 PLE default means use local."
2129 REFERENCE "10733 proposedPacketSize;
2130 See ISO 8208 Section 15.2.2.6"
2132 ::= { x25CallParmEntry 9 }
2134 x25CallParmFastSelect OBJECT-TYPE
2139 restrictedFastResponse (4),
2141 noRestrictedFastResponse (6)
2146 "Expresses preference for use of fast select
2147 facility. The value of default for a
2148 circuit is the PLE default. A value of
2149 default for the PLE means noFastSelect. A
2150 value of noFastSelect or
2151 noRestrictedFastResponse indicates a circuit
2152 may not use fast select or restricted fast
2154 REFERENCE "10733 fastSelect;
2155 Sec ISO 8208 Section 15.2.2.6"
2156 DEFVAL { noFastSelect }
2157 ::= { x25CallParmEntry 10 }
2159 x25CallParmInThruPutClasSize OBJECT-TYPE
2183 "The incoming throughput class to negotiate.
2184 A value of tcDefault for a circuit means use
2185 the PLE default. A value of tcDefault for
2186 the PLE default means tcNone. A value of
2187 tcNone means do not negotiate throughtput
2189 REFERENCE "See ISO 8208 Section 15.2.2.2, table 18"
2191 ::= { x25CallParmEntry 11 }
2193 x25CallParmOutThruPutClasSize OBJECT-TYPE
2217 "The outgoing throughput class to negotiate.
2218 A value of tcDefault for a circuit means use
2219 the PLE default. A value of tcDefault for
2220 the PLE default means use tcNone. A value
2221 of tcNone means do not negotiate throughtput
2223 REFERENCE "See ISO 8208 Section 15.2.2.2, table 18"
2225 ::= { x25CallParmEntry 12 }
2227 x25CallParmCug OBJECT-TYPE
2228 SYNTAX DisplayString (SIZE(0..4))
2232 "The Closed User Group to specify. This
2233 consists of two or four octets containing
2234 the characters 0 through 9. A zero length
2235 string indicates no facility requested. A
2236 string length of three containing the
2237 characters DEF for a circuit means use the
2238 PLE default, (the PLE default parameter may
2239 not reference an entry of DEF.)"
2240 REFERENCE "See ISO 8208 Section 15.2.2.3"
2242 ::= { x25CallParmEntry 13 }
2244 x25CallParmCugoa OBJECT-TYPE
2245 SYNTAX DisplayString (SIZE(0..4))
2249 "The Closed User Group with Outgoing Access
2250 to specify. This consists of two or four
2251 octets containing the characters 0 through
2252 9. A string length of three containing the
2253 characters DEF for a circuit means use the
2254 PLE default (the PLE default parameters may
2255 not reference an entry of DEF). A zero
2256 length string indicates no facility
2258 REFERENCE "See ISO 8208 Section 15.2.2.4"
2260 ::= { x25CallParmEntry 14 }
2262 x25CallParmBcug OBJECT-TYPE
2263 SYNTAX DisplayString (SIZE(0..3))
2267 "The Bilateral Closed User Group to specify.
2268 This consists of two octets containing the
2269 characters 0 through 9. A string length of
2270 three containing the characters DEF for a
2271 circuit means use the PLE default (the PLE
2272 default parameter may not reference an entry
2273 of DEF). A zero length string indicates no
2274 facility requested."
2275 REFERENCE "See ISO 8208 Section 15.2.2.5"
2277 ::= { x25CallParmEntry 15 }
2279 x25CallParmNui OBJECT-TYPE
2280 SYNTAX OCTET STRING (SIZE(0..108))
2284 "The Network User Identifier facility. This
2285 is binary value to be included immediately
2286 after the length field. The PLE will supply
2287 the length octet. A zero length string
2288 indicates no facility requested. This value
2289 is ignored for the PLE default parameters
2291 REFERENCE "See ISO 8208 Section 15.2.2.7"
2293 ::= { x25CallParmEntry 16 }
2295 x25CallParmChargingInfo OBJECT-TYPE
2305 "The charging Information facility. A value
2306 of default for a circuit means use the PLE
2307 default. The value of default for the
2308 default PLE parameters means use noFacility.
2309 The value of noFacility means do not include
2311 REFERENCE "See ISO 8208 Section 15.2.2.8"
2312 DEFVAL { noFacility }
2313 ::= { x25CallParmEntry 17 }
2315 x25CallParmRpoa OBJECT-TYPE
2316 SYNTAX DisplayString (SIZE(0..108))
2320 "The RPOA facility. The octet string
2321 contains n * 4 sequences of the characters
2322 0-9 to specify a facility with n entries.
2323 The octet string containing the 3 characters
2324 DEF for a circuit specifies use of the PLE
2325 default (the entry for the PLE default may
2326 not contain DEF). A zero length string
2327 indicates no facility requested."
2328 REFERENCE "See ISO 8208, section 15.2.2.9"
2330 ::= { x25CallParmEntry 18 }
2332 x25CallParmTrnstDly OBJECT-TYPE
2333 SYNTAX INTEGER (0..65537)
2337 "The Transit Delay Selection and Indication
2338 value. A value of 65536 indicates no
2339 facility requested. A value of 65537 for a
2340 circuit means use the PLE default (the PLE
2341 default parameters entry may not use the
2342 value 65537). The value 65535 may only be
2343 used to indicate the value in use by a
2345 REFERENCE "See ISO 8208, Section 15.2.2.13"
2347 ::= { x25CallParmEntry 19 }
2350 -- The following parameters are for CCITT facilities.
2352 x25CallParmCallingExt OBJECT-TYPE
2353 SYNTAX DisplayString (SIZE(0..40))
2357 "The Calling Extension facility. This
2358 contains one of the following:
2360 A sequence of hex digits with the value to
2361 be put in the facility. These digits will be
2362 converted to binary by the agent and put in
2363 the facility. These octets do not include
2366 A value containing the three character DEF
2367 for a circuit means use the PLE default,
2368 (the entry for the PLE default parameters
2369 may not use the value DEF).
2371 A zero length string indicates no facility
2373 REFERENCE "See ISO 8208 Section 15.3.2.1"
2375 ::= { x25CallParmEntry 20 }
2377 x25CallParmCalledExt OBJECT-TYPE
2378 SYNTAX DisplayString (SIZE(0..40))
2382 "The Called Extension facility. This
2383 contains one of the following:
2385 A sequence of hex digits with the value to
2386 be put in the facility. These digits will be
2387 converted to binary by the agent and put in
2388 the facility. These octets do not include
2391 A value containing the three character DEF
2392 for a circuit means use the PLE default,
2393 (the entry for the PLE default parameters
2394 may not use the value DEF).
2396 A zero length string indicates no facility
2398 REFERENCE "See ISO 8208 Section 15.3.2.2"
2400 ::= { x25CallParmEntry 21 }
2402 x25CallParmInMinThuPutCls OBJECT-TYPE
2403 SYNTAX INTEGER (0..17)
2407 "The minimum input throughput Class. A
2408 value of 16 for a circuit means use the PLE
2409 default (the PLE parameters entry may not
2410 use this value). A value of 17 indicates no
2411 facility requested."
2412 REFERENCE "See ISO 8208 Section 15.3.2.3"
2414 ::= { x25CallParmEntry 22 }
2416 x25CallParmOutMinThuPutCls OBJECT-TYPE
2417 SYNTAX INTEGER (0..17)
2421 "The minimum output throughput Class. A
2422 value of 16 for a circuit means use the PLE
2423 default (the PLE parameters entry may not
2424 use this value). A value of 17 indicates no
2425 facility requested."
2426 REFERENCE "See ISO 8208 Section 15.3.2.3"
2428 ::= { x25CallParmEntry 23 }
2430 x25CallParmEndTrnsDly OBJECT-TYPE
2431 SYNTAX OCTET STRING (SIZE(0..6))
2435 "The End-to-End Transit Delay to negotiate.
2436 An octet string of length 2, 4, or 6
2437 contains the facility encoded as specified
2438 in ISO/IEC 8208 section 15.3.2.4. An octet
2439 string of length 3 containing the three
2440 character DEF for a circuit means use the
2441 PLE default (the entry for the PLE default
2442 can not contain the characters DEF). A zero
2443 length string indicates no facility
2445 REFERENCE "See ISO 8208 Section 15.3.2.4"
2447 ::= { x25CallParmEntry 24 }
2449 x25CallParmPriority OBJECT-TYPE
2450 SYNTAX OCTET STRING (SIZE(0..6))
2454 "The priority facility to negotiate. The
2455 octet string encoded as specified in ISO/IEC
2456 8208 section 15.3.2.5. A zero length string
2457 indicates no facility requested. The entry
2458 for the PLE default parameters must be zero
2460 REFERENCE "See ISO 8208 Section 15.3.2.5"
2462 ::= { x25CallParmEntry 25 }
2464 x25CallParmProtection OBJECT-TYPE
2465 SYNTAX DisplayString (SIZE(0..108))
2469 "A string contains the following:
2470 A hex string containing the value for the
2471 protection facility. This will be converted
2472 from hex to the octets actually in the
2473 packet by the agent. The agent will supply
2474 the length field and the length octet is not
2475 contained in this string.
2477 An string containing the 3 characters DEF
2478 for a circuit means use the PLE default (the
2479 entry for the PLE default parameters may not
2482 A zero length string mean no facility
2484 REFERENCE "See ISO 8208 Section 15.3.2.5"
2486 ::= { x25CallParmEntry 26 }
2488 x25CallParmExptData OBJECT-TYPE
2491 noExpeditedData (2),
2497 "The Expedited Data facility to negotiate.
2498 A value of default for a circuit means use
2499 the PLE default value. The entry for the
2500 PLE default parameters may not have the
2502 REFERENCE "See ISO 8208 Section 15.3.2.7"
2503 DEFVAL { noExpeditedData }
2504 ::= { x25CallParmEntry 27 }
2506 x25CallParmUserData OBJECT-TYPE
2507 SYNTAX OCTET STRING (SIZE (0..128))
2511 "The call user data as placed in the packet.
2512 A zero length string indicates no call user
2513 data. If both the circuit call parameters
2514 and the PLE default have call user data
2515 defined, the data from the circuit call
2516 parameters will be used. If only the PLE
2517 has data defined, the PLE entry will be
2518 used. If neither the circuit call
2519 parameters or the PLE default entry has a
2520 value, no call user data will be sent."
2521 REFERENCE "See ISO 8208 Section 12.2.1.1.6, 12.2.1.2"
2523 ::= { x25CallParmEntry 28 }
2525 x25CallParmCallingNetworkFacilities OBJECT-TYPE
2526 SYNTAX OCTET STRING (SIZE (0..108))
2530 "The calling network facilities. The
2531 facilities are encoded here exactly as
2532 encoded in the call packet. These
2533 facilities do not include the marker
2536 A zero length string in the entry for the
2537 parameter to use when establishing a circuit
2538 means use the PLE default. A zero length
2539 string in the entry for PLE default
2540 parameters indicates no default facilities."
2541 REFERENCE "See ISO 8206 Section 15.1, category b"
2543 ::= { x25CallParmEntry 29 }
2545 x25CallParmCalledNetworkFacilities OBJECT-TYPE
2546 SYNTAX OCTET STRING (SIZE (0..108))
2550 "The called network facilities. The
2551 facilities are encoded here exactly as
2552 encoded in the call packet. These
2553 facilities do not include the marker
2556 A zero length string in the entry for the
2557 parameter to use when establishing a circuit
2558 means use the PLE default. A zero length
2559 string in the entry for PLE default
2560 parameters indicates no default facilities."
2561 REFERENCE "See ISO 8206 Section 15.1, category c"
2563 ::= { x25CallParmEntry 30 }
2565 -- ###########################################################
2567 -- ###########################################################
2569 x25Restart TRAP-TYPE
2571 VARIABLES { x25OperIndex }
2573 "This trap means the X.25 PLE sent or
2574 received a restart packet. The restart that
2575 brings up the link should not send a
2576 x25Restart trap so the interface should send
2577 a linkUp trap. Sending this trap means the
2578 agent does not send a linkDown and linkUp
2584 VARIABLES { x25CircuitIndex,
2587 "If the PLE sends or receives a reset, the
2588 agent should send an x25Reset trap."
2592 -- ###########################################################
2593 -- X.25 Protocol Version Identifiers
2594 -- ###########################################################
2596 x25ProtocolVersion OBJECT IDENTIFIER
2599 -- X.25 CCITT 1976 version.
2600 x25protocolCcittV1976 OBJECT IDENTIFIER
2601 ::= { x25ProtocolVersion 1 }
2603 -- X.25 CCITT 1980 version.
2604 x25protocolCcittV1980 OBJECT IDENTIFIER
2605 ::= { x25ProtocolVersion 2 }
2607 -- X.25 CCITT 1984 version.
2608 x25protocolCcittV1984 OBJECT IDENTIFIER
2609 ::= { x25ProtocolVersion 3 }
2611 -- X.25 CCITT 1988 version.
2612 x25protocolCcittV1988 OBJECT IDENTIFIER
2613 ::= { x25ProtocolVersion 4 }
2615 -- X.25 1987 version of ISO 8208.
2616 x25protocolIso8208V1987 OBJECT IDENTIFIER
2617 ::= { x25ProtocolVersion 5 }
2619 -- X.25 1989 version of ISO 8208.
2620 x25protocolIso8208V1989 OBJECT IDENTIFIER
2621 ::= { x25ProtocolVersion 6 }
2623 -- ###########################################################