This module contains a collection of YANG definitions for Cisco IOS-XR asr9k-fc-xbar package operational data. This module cont...
Version: 2019-04-05
module Cisco-IOS-XR-asr9k-fc-xbar-oper { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XR-asr9k-fc-xbar-oper"; prefix asr9k-fc-xbar-oper; import Cisco-IOS-XR-types { prefix xr; } import cisco-semver { prefix semver; } include Cisco-IOS-XR-asr9k-fc-xbar-oper-sub3 { revision-date "2019-04-05"; } include Cisco-IOS-XR-asr9k-fc-xbar-oper-sub2 { revision-date "2019-04-05"; } include Cisco-IOS-XR-asr9k-fc-xbar-oper-sub1 { revision-date "2019-04-05"; } organization "Cisco Systems, Inc."; contact "Cisco Systems, Inc. Customer Service Postal: 170 West Tasman Drive San Jose, CA 95134 Tel: +1 800 553-NETS E-mail: cs-yang@cisco.com"; description "This module contains a collection of YANG definitions for Cisco IOS-XR asr9k-fc-xbar package operational data. This module contains definitions for the following management objects: cross-bar-spine-stats: Crossbar stats operational data Copyright (c) 2013-2019 by Cisco Systems, Inc. All rights reserved."; revision "2019-04-05" { description "Establish semantic version baseline."; } revision "2015-11-09" { description "IOS XR 6.0 revision."; } semver:module-version "1.0.0"; container cross-bar-spine-stats { config false; description "Crossbar stats operational data"; list spine-table { key "spine-num"; description "Table of stats information for FC cards"; container bandwidth-utils-stats { description "Table of packet stats for Bandwidth Utils"; list bandwidth-utils-stat { key "asic-id"; description "Stats information for Bandwidth Utils Counter"; leaf asic-id { type xr:Cisco-ios-xr-string; description "Asic ID"; } list port { max-elements 20; description "port"; leaf-list bandwidth-util { type uint64; max-elements 6; description "bandwidth util"; } } // list port } // list bandwidth-utils-stat } // container bandwidth-utils-stats container skb-stats { description "Table of packet stats for SKB"; list skb-stat { description "Stats information for a particular asic type and port"; leaf asic-id { type xr:Cisco-ios-xr-string; description "Asic ID"; } leaf port { type xr:Cisco-ios-xr-string; description "Port"; } container in-stats { description "Ingress Stats"; container ibb-stats { description "Input Buffer Block Stats"; leaf ipcicmtail-drop { type uint64; description "IPCICMTAILDROP"; } leaf dhe-diag-pkt { type uint64; description "DHEDIAGPKT"; } leaf ibmdnouttot { type uint64; description "IBMDNOUTTOT"; } leaf icmdnenq { type uint64; description "ICMDNENQ"; } leaf icmdndeq { type uint64; description "ICMDNDEQ"; } leaf ibmcsrccouttot { type uint64; description "IBMCSRCCOUTTOT"; } } // container ibb-stats container ibf-stats { description "Input Forwarding Block Stats"; leaf unused { type uint64; description "Ingress Unused Counter"; } } // container ibf-stats container ibb-uc-stats { description "Input Buffer Block UC Stats"; leaf ipc-data-tot { type uint64; description "IPCDATATOT"; } leaf ipc-data-totsz { type uint64; description "IPCDATATOTSZ"; } leaf ipcrunt { type uint64; description "IPCRUNT"; } leaf ipcgiant { type uint64; description "IPCGIANT"; } leaf ipc-data-err { type uint64; description "IPCDATAERR"; } leaf ipclinkerr { type uint64; description "IPCLINKERR"; } leaf ipcptcerr { type uint64; description "IPCPTCERR"; } leaf ipcpkt-drop { type uint64; description "IPCPKTDROP"; } leaf ipcdes-drop { type uint64; description "IPCDESDROP"; } leaf dhetail-drop { type uint64; description "DHETAILDROP"; } leaf ibmoutsop { type uint64; description "IBMOUTSOP"; } leaf ibmouteop { type uint64; description "IBMOUTEOP"; } leaf ibmoutbyte { type uint64; description "IBMOUTBYTE"; } leaf icmenq { type uint64; description "ICMENQ"; } leaf icmdeq { type uint64; description "ICMDEQ"; } leaf icmfcxoff { type uint64; description "ICMFCXOFF"; } leaf icmfcxon { type uint64; description "ICMFCXON"; } } // container ibb-uc-stats container ibf-uc-stats { description "Input Forwarding Block UC Stats"; leaf pktcnt { type uint64; description "PKTCNT"; } leaf pktoutp0cnt { type uint64; description "PKTOUTP0CNT"; } leaf pktoutp1cnt { type uint64; description "PKTOUTP1CNT"; } leaf pkt-input-err-drop { type uint64; description "PKTINPUTERRDROP"; } leaf pkthwerr-drop { type uint64; description "PKTHWERRDROP"; } leaf pkt-null-poe-drop { type uint64; description "PKTNULLPOEDROP"; } leaf pkt-disp-oe-drop { type uint64; description "PKTDISPOEDROP"; } } // container ibf-uc-stats container ibb-mc-stats { description "Input Buffer Block MC Stats"; leaf ipc-data-tot { type uint64; description "IPCDATATOT"; } leaf ipc-data-totsz { type uint64; description "IPCDATATOTSZ"; } leaf ipcrunt { type uint64; description "IPCRUNT"; } leaf ipcgiant { type uint64; description "IPCGIANT"; } leaf ipc-data-err { type uint64; description "IPCDATAERR"; } leaf ipclinkerr { type uint64; description "IPCLINKERR"; } leaf ipcptcerr { type uint64; description "IPCPTCERR"; } leaf ipcpkt-drop { type uint64; description "IPCPKTDROP"; } leaf ipcdes-drop { type uint64; description "IPCDESDROP"; } leaf dhehitail-drop { type uint64; description "DHEHITAILDROP"; } leaf dhelotail-drop { type uint64; description "DHELOTAILDROP"; } leaf ibmoutsop { type uint64; description "IBMOUTSOP"; } leaf ibmouteop { type uint64; description "IBMOUTEOP"; } leaf ibmoutbyte { type uint64; description "IBMOUTBYTE"; } leaf icmenq { type uint64; description "ICMENQ"; } leaf icmdeq { type uint64; description "ICMDEQ"; } leaf icmfcxoff { type uint64; description "ICMFCXOFF"; } leaf icmfcxon { type uint64; description "ICMFCXON"; } } // container ibb-mc-stats container ibf-mc-stats { description "Input Forwarding Block MC Stats"; leaf pktcnt { type uint64; description "PKTCNT"; } leaf pktoutcnt { type uint64; description "PKTOUTCNT"; } leaf pkthi-copy-sup-event { type uint64; description "PKTHICOPYSUPEVENT"; } leaf pktlo-copy-sup-event { type uint64; description "PKTLOCOPYSUPEVENT"; } leaf pkt-input-err-drop { type uint64; description "PKTINPUTERRDROP"; } leaf pktfgid-addr-err-drop { type uint64; description "PKTFGIDADDRERRDROP"; } leaf pktfgidlkuperr-drop { type uint64; description "PKTFGIDLKUPERRDROP"; } leaf pkt-null-poe-drop { type uint64; description "PKTNULLPOEDROP"; } leaf pkt-copy-sup-drop { type uint64; description "PKTCOPYSUPDROP"; } leaf pkt-disp-oe-drop { type uint64; description "PKTDISPOEDROP"; } leaf pktto-drop-cnt { type uint64; description "PKTTODROPCNT"; } } // container ibf-mc-stats container cfl-stats { description "Ingress Common Fabric Link Stats"; container cfl-uc-stats { description "Ingress CFL Unicast Stats"; leaf crc-match-pattern { type uint64; description "CRC MATCH PATTERN"; } leaf pkts-rcvd { type uint64; description "PKTS RCVD"; } leaf packed-pkts-rcvd { type uint64; description "PACKED PKTS RCVD"; } leaf pkts-flushed { type uint64; description "PKTS FLUSHED"; } leaf runt-pkts-drop-ped { type uint64; description "RUNT PKTS DROPPED"; } leaf small-pkts-drop-ped { type uint64; description "SMALL PKTS DROPPED"; } leaf pkts-to-ib-from-port { type uint64; description "PKTS TO IB FROM PORT"; } leaf in-uc-rate { type uint64; description "Ingress CFL Unicast Rate"; } } // container cfl-uc-stats container cfl-mc-stats { description "Ingress CFL Multicast Stats"; leaf crc-match-pattern { type uint64; description "CRC MATCH PATTERN"; } leaf pkts-rcvd { type uint64; description "PKTS RCVD"; } leaf packed-pkts-rcvd { type uint64; description "PACKED PKTS RCVD"; } leaf pkts-flushed { type uint64; description "PKTS FLUSHED"; } leaf runt-pkts-drop-ped { type uint64; description "RUNT PKTS DROPPED"; } leaf small-pkts-drop-ped { type uint64; description "SMALL PKTS DROPPED"; } leaf pkts-to-ib-from-port { type uint64; description "PKTS TO IB FROM PORT"; } leaf in-mc-rate { type uint64; description "Ingress CFL Multicast Rate"; } } // container cfl-mc-stats container cfl-misc-stats { description "Ingress CFL Miscellaneous Stats"; leaf crc-stomp { type uint64; description "CRC STOMP"; } leaf crc-new-err { type uint64; description "CRC NEW ERR"; } leaf in-total-rate { type uint64; description "Ingress CFL Total Rate"; } } // container cfl-misc-stats } // container cfl-stats } // container in-stats container eg-stats { description "Egress Stats"; container obu-stats { description "Output Buffer Stats"; list data-queque { max-elements 24; description "Output Buffer Data Queue Queue Count"; leaf entry { type uint32; description "Output Buffer Data Queue Queue Count"; } } // list data-queque } // container obu-stats container obu-uc-stats { description "Output Buffer UC Stats"; leaf pktin { type uint64; description "PKTIN"; } leaf pktout { type uint64; description "PKTOUT"; } leaf bytein { type uint64; description "BYTEIN"; } leaf byteout { type uint64; description "BYTEOUT"; } leaf pkttrunc { type uint64; description "PKTTRUNC"; } } // container obu-uc-stats container obu-mc-stats { description "Output Buffer MC Stats"; leaf pktin { type uint64; description "PKTIN"; } leaf pktout { type uint64; description "PKTOUT"; } leaf bytein { type uint64; description "BYTEIN"; } leaf byteout { type uint64; description "BYTEOUT"; } leaf pkttrunc { type uint64; description "PKTTRUNC"; } } // container obu-mc-stats container cfl-stats { description "Egress Common Fabric Link Stats"; container cfl-uc-stats { description "Egress CFL Unicast Stats"; leaf pkts-truncated { type uint64; description "PKTS TRUNCATED"; } leaf pkts-from-ob-to-port { type uint64; description "PKTS FROM OB TO PORT"; } leaf eg-uc-rate { type uint64; description "Egress CFL Unicast Rate"; } } // container cfl-uc-stats container cfl-mc-stats { description "Egress CFL Multicast Stats"; leaf pkts-truncated { type uint64; description "PKTS TRUNCATED"; } leaf pkts-from-ob-to-port { type uint64; description "PKTS FROM OB TO PORT"; } leaf eg-mc-rate { type uint64; description "Egress CFL Multicast Rate"; } } // container cfl-mc-stats container cfl-misc-stats { description "Egress CFL Miscellaneous Stats"; leaf ecc-corr-err { type uint64; description "ECC CORR ERR"; } leaf ecc-uncorr-err { type uint64; description "ECC UNCORR ERR"; } leaf ecc-raw-corr-err { type uint64; description "ECC RAW CORR ERR"; } leaf ecc-raw-uncorr-err { type uint64; description "ECC RAW UNCORR ERR"; } leaf eg-total-rate { type uint64; description "Egress CFL Total Rate"; } } // container cfl-misc-stats } // container cfl-stats } // container eg-stats container xps-stats { description "Crosspoint Scheduler Stats"; leaf uc-timer-drop { type uint64; description "UC TIMERDROP"; } leaf uc-timer-truncate { type uint64; description "UC TIMERTRUNCATE"; } leaf mc-timer-drop { type uint64; description "MC TIMERDROP"; } leaf mc-timer-truncate { type uint64; description "MC TIMERTRUNCATE"; } } // container xps-stats leaf internal-err-cnt { type uint64; description "Internal Error Count"; } } // list skb-stat } // container skb-stats container sm15-stats { description "Table of packet stats for SM15"; list sm15-stat { description "Stats information for a particular asic type and port"; leaf asic-id { type xr:Cisco-ios-xr-string; description "Asic ID"; } leaf port { type xr:Cisco-ios-xr-string; description "Port"; } container ua0-stats { description "Unicast Arbiter0 stats"; leaf dest-drop-pkt-cnt { type uint64; description "DEST DROP PKT CNT"; } leaf src-dest-pkt-cnt { type uint64; description "SRC DEST PKT CNT"; } leaf dest-src-pkt-cnt { type uint64; description "DEST SRC PKT CNT"; } leaf rcv-pkt-cnt { type uint64; description "RCV PKT CNT"; } leaf tx-pkt-cnt { type uint64; description "TX PKT CNT"; } leaf rx-drop-pkt-cnt { type uint64; description "RX DROP PKT CNT"; } leaf rx-fabric-to-cnt { type uint64; description "RX FABRIC TO CNT"; } leaf ack-wait-cnt { type uint64; description "ACK WAIT CNT"; } } // container ua0-stats container ua1-stats { description "Unicast Arbiter1 stats"; leaf dest-drop-pkt-cnt { type uint64; description "DEST DROP PKT CNT"; } leaf src-dest-pkt-cnt { type uint64; description "SRC DEST PKT CNT"; } leaf dest-src-pkt-cnt { type uint64; description "DEST SRC PKT CNT"; } leaf rcv-pkt-cnt { type uint64; description "RCV PKT CNT"; } leaf tx-pkt-cnt { type uint64; description "TX PKT CNT"; } leaf rx-drop-pkt-cnt { type uint64; description "RX DROP PKT CNT"; } leaf rx-fabric-to-cnt { type uint64; description "RX FABRIC TO CNT"; } leaf ack-wait-cnt { type uint64; description "ACK WAIT CNT"; } } // container ua1-stats container ua2-stats { description "Unicast Arbiter2 stats"; leaf dest-drop-pkt-cnt { type uint64; description "DEST DROP PKT CNT"; } leaf src-dest-pkt-cnt { type uint64; description "SRC DEST PKT CNT"; } leaf dest-src-pkt-cnt { type uint64; description "DEST SRC PKT CNT"; } leaf rcv-pkt-cnt { type uint64; description "RCV PKT CNT"; } leaf tx-pkt-cnt { type uint64; description "TX PKT CNT"; } leaf rx-drop-pkt-cnt { type uint64; description "RX DROP PKT CNT"; } leaf rx-fabric-to-cnt { type uint64; description "RX FABRIC TO CNT"; } leaf ack-wait-cnt { type uint64; description "ACK WAIT CNT"; } } // container ua2-stats container ma-stats { description "Multicast Arbiter stats"; leaf dest-drop-pkt-cnt { type uint64; description "DEST DROP PKT CNT"; } leaf src-dest-pkt-cnt { type uint64; description "SRC DEST PKT CNT"; } leaf dest-src-pkt-cnt { type uint64; description "DEST SRC PKT CNT"; } leaf rcv-pkt-cnt { type uint64; description "RCV PKT CNT"; } leaf tx-pkt-cnt { type uint64; description "TX PKT CNT"; } leaf rx-drop-pkt-cnt { type uint64; description "RX DROP PKT CNT"; } leaf rx-re-transmit-cnt { type uint64; description "RX RETRANSMIT CNT"; } leaf rx-fabric-to-cnt { type uint64; description "RX FABRIC TO CNT"; } leaf rx-hol-to-cnt { type uint64; description "RX HOL TO CNT"; } } // container ma-stats container ca-stats { description "Control Cast stats"; leaf dest-drop-pkt-cnt { type uint64; description "DEST DROP PKT CNT"; } leaf src-dest-pkt-cnt { type uint64; description "SRC DEST PKT CNT"; } leaf dest-src-pkt-cnt { type uint64; description "DEST SRC PKT CNT"; } leaf rcv-pkt-cnt { type uint64; description "RCV PKT CNT"; } leaf tx-pkt-cnt { type uint64; description "TX PKT CNT"; } leaf rx-drop-pkt-cnt { type uint64; description "RX DROP PKT CNT"; } } // container ca-stats container pi-stats { description "Port Ingress stats"; leaf total-rate1-cnt { type uint64; description "TOTAL RATE1 CNT"; } leaf total-rate2-cnt { type uint64; description "TOTAL RATE2 CNT"; } leaf total-rate3-cnt { type uint64; description "TOTAL RATE3 CNT"; } leaf total-calc-rate { type uint64; description "Ingress Total Rate"; } } // container pi-stats container pe-stats { description "Port Egress stats"; leaf total-rate1-cnt { type uint64; description "TOTAL RATE1 CNT"; } leaf total-rate2-cnt { type uint64; description "TOTAL RATE2 CNT"; } leaf total-rate3-cnt { type uint64; description "TOTAL RATE3 CNT"; } leaf total-calc-rate { type uint64; description "Egress Total Rate"; } leaf mc2uc-preempt-cnt { type uint64; description "MC2UC PREEMPT CNT"; } } // container pe-stats container pi-uc-stats { description "Ingress Unicast stats"; leaf pkt-rcv-cnt { type uint64; description "PKT RCV CNT"; } leaf pkt-seq-err-cnt { type uint64; description "PKT SEQ ERR CNT"; } leaf in-coming-pkt-err-cnt { type uint64; description "INCOMING PKT ERR CNT"; } leaf min-pkt-len-err-cnt { type uint64; description "MIN PKT LEN ERR CNT"; } leaf max-pkt-len-err-cnt { type uint64; description "MAX PKT LEN ERR CNT"; } leaf line-err-drp-pkt { type uint64; description "LINE ERR DRP PKT"; } leaf pkt-crc-err-cnt { type uint64; description "PKT CRC ERR CNT"; } leaf pkt-cfh-crc-err-cnt { type uint64; description "PKT CFH CRC ERR CNT"; } leaf line-s-written-in-mem0 { type uint64; description "LINES WRITTEN IN MEM0"; } leaf line-s-written-in-mem1 { type uint64; description "LINES WRITTEN IN MEM1"; } leaf line-s-written-in-mem2 { type uint64; description "LINES WRITTEN IN MEM2"; } leaf tail-drp-pkt-cnt { type uint64; description "TAIL DRP PKT CNT"; } leaf uc0-data-mem-ecc-1bit-err-cnt { type uint64; description "UC0 DATA MEM ECC 1BIT ERR CNT"; } leaf uc1-data-mem-ecc-1bit-err-cnt { type uint64; description "UC1 DATA MEM ECC 1BIT ERR CNT"; } leaf uc2-data-mem-ecc-1bit-err-cnt { type uint64; description "UC2 DATA MEM ECC 1BIT ERR CNT"; } leaf uc0-data-mem-ecc-2bit-err-cnt { type uint64; description "UC0 DATA MEM ECC 2BIT ERR CNT"; } leaf uc1-data-mem-ecc-2bit-err-cnt { type uint64; description "UC1 DATA MEM ECC 2BIT ERR CNT"; } leaf uc2-data-mem-ecc-2bit-err-cnt { type uint64; description "UC2 DATA MEM ECC 2BIT ERR CNT"; } leaf diag-pkt-cnt { type uint64; description "DIAG PKT CNT"; } leaf pkt-sent-to-disabled-port-cnt { type uint64; description "PKT SENT TO DISABLED PORT CNT"; } leaf pkt-null-poe-sent-ua0-cnt { type uint64; description "PKT NULL POE SENT UA0 CNT"; } leaf pkt-null-poe-sent-ua1-cnt { type uint64; description "PKT NULL POE SENT UA1 CNT"; } leaf pkt-null-poe-sent-ua2-cnt { type uint64; description "PKT NULL POE SENT UA2 CNT"; } leaf pkt-fpoe-addr-rng-hit-cnt { type uint64; description "PKT FPOE ADDR RNG HIT CNT"; } leaf fpoe-mem-ecc-1bit-err-cnt { type uint64; description "FPOE MEM ECC 1BIT ERR CNT"; } leaf fpoe-mem-ecc-2bit-err-cnt { type uint64; description "FPOE MEM ECC 2BIT ERR CNT"; } leaf pkts-sent-to-ux0-cnt { type uint64; description "PKTS SENT TO UX0 CNT"; } leaf pkts-sent-to-ux1-cnt { type uint64; description "PKTS SENT TO UX1 CNT"; } leaf pkts-sent-to-ux2-cnt { type uint64; description "PKTS SENT TO UX2 CNT"; } leaf cpp-head-drop-pkt-cnt { type uint64; description "CPP HEAD DROP PKT CNT"; } leaf tr-head-drop-pkt-cnt { type uint64; description "TR HEAD DROP PKT CNT"; } leaf tr-pkt-sent-to-ux { type uint64; description "TR PKT SENT TO UX"; } leaf stop-thrsh-hit-cnt { type uint64; description "STOP THRSH HIT CNT"; } leaf rate-cnt { type uint64; description "RATE CNT"; } leaf calc-rate { type uint64; description "Ingress Unicast Rate"; } leaf crc-stomp-pkt-cnt { type uint64; description "CRC STOMP PKT CNT"; } } // container pi-uc-stats container pi-mc-stats { description "Ingress Multicast stats"; leaf pkt-rcv-cnt { type uint64; description "PKT RCV CNT"; } leaf pkt-seq-err-cnt { type uint64; description "PKT SEQ ERR CNT"; } leaf in-coming-pkt-err-cnt { type uint64; description "INCOMING PKT ERR CNT"; } leaf min-pkt-len-err-cnt { type uint64; description "MIN PKT LEN ERR CNT"; } leaf max-pkt-len-err-cnt { type uint64; description "MAX PKT LEN ERR CNT"; } leaf line-err-drp-pkt { type uint64; description "LINE ERR DRP PKT"; } leaf pkt-crc-err-cnt { type uint64; description "PKT CRC ERR CNT"; } leaf pkt-cfh-crc-err-cnt { type uint64; description "PKT CFH CRC ERR CNT"; } leaf line-s-written-in-mem { type uint64; description "LINES WRITTEN IN MEM"; } leaf tail-drp-pkt-cnt { type uint64; description "TAIL DRP PKT CNT"; } leaf data-mem0-ecc-1bit-err-cnt { type uint64; description "DATA MEM0 ECC 1BIT ERR CNT"; } leaf data-mem1-ecc-1bit-err-cnt { type uint64; description "DATA MEM1 ECC 1BIT ERR CNT"; } leaf data-mem2-ecc-1bit-err-cnt { type uint64; description "DATA MEM2 ECC 1BIT ERR CNT"; } leaf data-mem0-ecc-2bit-err-cnt { type uint64; description "DATA MEM0 ECC 2BIT ERR CNT"; } leaf data-mem1-ecc-2bit-err-cnt { type uint64; description "DATA MEM1 ECC 2BIT ERR CNT"; } leaf data-mem2-ecc-2bit-err-cnt { type uint64; description "DATA MEM2 ECC 2BIT ERR CNT"; } leaf diag-pkt-cnt { type uint64; description "DIAG PKT CNT"; } leaf pkt-sent-to-disabled-port { type uint64; description "PKT SENT TO DISABLED PORT"; } leaf pkt-fpoe-match-hit-cnt { type uint64; description "PKT FPOE MATCH HIT CNT"; } leaf pkt-null-poe-sent-cnt { type uint64; description "PKT NULL POE SENT CNT"; } leaf pkt-fpoe-addr-rng-hit-cnt { type uint64; description "PKT FPOE ADDR RNG HIT CNT"; } leaf di-hdr-len-err-pkt-cnt { type uint64; description "DI HDR LEN ERR PKT CNT"; } leaf di-err-pkt-cnt { type uint64; description "DI ERR PKT CNT"; } leaf fpoe-mem-ecc-1bit-err-cnt { type uint64; description "FPOE MEM ECC 1BIT ERR CNT"; } leaf fpoe-mem-ecc-2bit-err-cnt { type uint64; description "FPOE MEM ECC 2BIT ERR CNT"; } leaf pkts-sent-to-mx-cnt { type uint64; description "PKTS SENT TO MX CNT"; } leaf cpp-head-drop-pkt-from-ma-cnt { type uint64; description "CPP HEAD DROP PKT FROM MA CNT"; } leaf tr-head-drop-pkt-from-ma-cnt { type uint64; description "TR HEAD DROP PKT FROM MA CNT"; } leaf tr-pkt-sent-to-mx { type uint64; description "TR PKT SENT TO MX"; } leaf stop-thrsh-hit-cnt { type uint64; description "STOP THRSH HIT CNT"; } leaf rate-cnt { type uint64; description "RATE CNT"; } leaf calc-rate { type uint64; description "Ingress Multicast Rate"; } leaf crc-stomp-pkt-cnt { type uint64; description "CRC STOMP PKT CNT"; } } // container pi-mc-stats container pi-cc-stats { description "Ingress Control Cast stats"; leaf in0-ecc-serr-cnt { type uint64; description "IN0 ECC SERR CNT"; } leaf in0-ecc-derr-cnt { type uint64; description "IN0 ECC DERR CNT"; } leaf in1-ecc-serr-cnt { type uint64; description "IN1 ECC SERR CNT"; } leaf in1-ecc-derr-cnt { type uint64; description "IN1 ECC DERR CNT"; } leaf data-mem-ecc-serr-cnt { type uint64; description "DATA MEM ECC SERR CNT"; } leaf data-mem-ecc-derr-cnt { type uint64; description "DATA MEM ECC DERR CNT"; } leaf data-mem-ovf0-cnt { type uint64; description "DATA MEM OVF0 CNT"; } leaf data-mem-ovf1-cnt { type uint64; description "DATA MEM OVF1 CNT"; } leaf fpoe-mem-ecc-serr-cnt { type uint64; description "FPOE MEM ECC SERR CNT"; } leaf fpoe-mem-ecc-derr-cnt { type uint64; description "FPOE MEM ECC DERR CNT"; } leaf null-poe-cnt { type uint64; description "NULL POE CNT"; } leaf shut-ack-cnt { type uint64; description "SHUT ACK CNT"; } leaf in0-fnc-err-cnt { type uint64; description "IN0 FNC ERR CNT"; } leaf in1-fnc-err-cnt { type uint64; description "IN1 FNC ERR CNT"; } leaf in0-drop-cnt { type uint64; description "IN0 DROP CNT"; } leaf in1-drop-cnt { type uint64; description "IN1 DROP CNT"; } leaf in0-cong-cnt { type uint64; description "IN0 CONG CNT"; } leaf in1-cong-cnt { type uint64; description "IN1 CONG CNT"; } leaf in0-shut-cnt { type uint64; description "IN0 SHUT CNT"; } leaf in1-shut-cnt { type uint64; description "IN1 SHUT CNT"; } leaf tail-drop-msg-cnt { type uint64; description "TAIL DROP MSG CNT"; } leaf in0-pkt-cnt { type uint64; description "IN0 PKT CNT"; } leaf in1-pkt-cnt { type uint64; description "IN1 PKT CNT"; } leaf dmem-rd-cnt { type uint64; description "DMEM RD CNT"; } leaf in-dmem0-cnt { type uint64; description "IN DMEM0 CNT"; } leaf in-dmem1-cnt { type uint64; description "IN DMEM1 CNT"; } leaf out-pkt-cnt { type uint64; description "OUT PKT CNT"; } leaf stop-thrsh-hit-cnt { type uint64; description "STOP THRSH HIT CNT"; } leaf rate-cnt { type uint64; description "RATE CNT"; } leaf calc-rate { type uint64; description "Ingress Control Cast Rate"; } } // container pi-cc-stats container pe-uc-stats { description "Egress Unicast stats"; leaf in-pkt-uc0-cnt { type uint64; description "IN PKT UC0 CNT"; } leaf in-pkt-uc1-cnt { type uint64; description "IN PKT UC1 CNT"; } leaf in-pkt-uc2-cnt { type uint64; description "IN PKT UC2 CNT"; } leaf in-full-line-uc0-cnt { type uint64; description "IN FULL LINE UC0 CNT"; } leaf in-full-line-uc1-cnt { type uint64; description "IN FULL LINE UC1 CNT"; } leaf in-full-line-uc2-cnt { type uint64; description "IN FULL LINE UC2 CNT"; } leaf pkt-trunc-eop-uc0-cnt { type uint64; description "PKT TRUNC EOP UC0 CNT"; } leaf pkt-trunc-eop-uc1-cnt { type uint64; description "PKT TRUNC EOP UC1 CNT"; } leaf pkt-trunc-eop-uc2-cnt { type uint64; description "PKT TRUNC EOP UC2 CNT"; } leaf pkt-sop-drop-uc0-cnt { type uint64; description "PKT SOP DROP UC0 CNT"; } leaf pkt-sop-drop-uc1-cnt { type uint64; description "PKT SOP DROP UC1 CNT"; } leaf pkt-sop-drop-uc2-cnt { type uint64; description "PKT SOP DROP UC2 CNT"; } leaf pkt-ecc-err-drop-uc-cnt { type uint64; description "PKT ECC ERR DROP UC CNT"; } leaf pkt-ecc-trunc-cnt-uc-cnt { type uint64; description "PKT ECC TRUNC CNT UC CNT"; } leaf ecc-1bit-err-uc0-0-cnt { type uint64; description "ECC 1BIT ERR UC0 0 CNT"; } leaf ecc-1bit-err-uc0-1-cnt { type uint64; description "ECC 1BIT ERR UC0 1 CNT"; } leaf ecc-1bit-err-uc1-0-cnt { type uint64; description "ECC 1BIT ERR UC1 0 CNT"; } leaf ecc-1bit-err-uc1-1-cnt { type uint64; description "ECC 1BIT ERR UC1 1 CNT"; } leaf ecc-1bit-err-uc2-0-cnt { type uint64; description "ECC 1BIT ERR UC2 0 CNT"; } leaf ecc-1bit-err-uc2-1-cnt { type uint64; description "ECC 1BIT ERR UC2 1 CNT"; } leaf ecc-2bit-err-uc0-0-cnt { type uint64; description "ECC 2BIT ERR UC0 0 CNT"; } leaf ecc-2bit-err-uc0-1-cnt { type uint64; description "ECC 2BIT ERR UC0 1 CNT"; } leaf ecc-2bit-err-uc1-0-cnt { type uint64; description "ECC 2BIT ERR UC1 0 CNT"; } leaf ecc-2bit-err-uc1-1-cnt { type uint64; description "ECC 2BIT ERR UC1 1 CNT"; } leaf ecc-2bit-err-uc2-0-cnt { type uint64; description "ECC 2BIT ERR UC2 0 CNT"; } leaf ecc-2bit-err-uc2-1-cnt { type uint64; description "ECC 2BIT ERR UC2 1 CNT"; } leaf out-pkt-uc-cnt { type uint64; description "OUT PKT UC CNT"; } leaf fe-uc-sop-eop-pack-cnt { type uint64; description "FE UC SOP EOP PACK CNT"; } leaf fc-uc-0-1-trans-cnt { type uint64; description "FC UC 0 1 TRANS CNT"; } leaf rate-cnt { type uint64; description "RATE CNT"; } leaf calc-rate { type uint64; description "Egress Unicast Rate"; } } // container pe-uc-stats container pe-mc-stats { description "Egress Multicast stats"; leaf in-pkt-mc-cnt { type uint64; description "IN PKT MC CNT"; } leaf in-full-line-mc-cnt { type uint64; description "IN FULL LINE MC CNT"; } leaf pkt-trunc-eop-mc-cnt { type uint64; description "PKT TRUNC EOP MC CNT"; } leaf pkt-sop-drop-mc-cnt { type uint64; description "PKT SOP DROP MC CNT"; } leaf pkt-ecc-err-drop-mc-cnt { type uint64; description "PKT ECC ERR DROP MC CNT"; } leaf pkt-ecc-err-trunc-cnt-mc-cnt { type uint64; description "PKT ECC ERR TRUNC CNT MC CNT"; } leaf ecc-1bit-err-mc0-cnt { type uint64; description "ECC 1BIT ERR MC0 CNT"; } leaf ecc-1bit-err-mc1-cnt { type uint64; description "ECC 1BIT ERR MC1 CNT"; } leaf ecc-1bit-err-mc2-cnt { type uint64; description "ECC 1BIT ERR MC2 CNT"; } leaf ecc-2bit-err-mc0-cnt { type uint64; description "ECC 2BIT ERR MC0 CNT"; } leaf ecc-2bit-err-mc1-cnt { type uint64; description "ECC 2BIT ERR MC1 CNT"; } leaf ecc-2bit-err-mc2-cnt { type uint64; description "ECC 2BIT ERR MC2 CNT"; } leaf out-pkt-mc-cnt { type uint64; description "OUT PKT MC CNT"; } leaf fe-mc-sop-eop-pack-cnt { type uint64; description "FE MC SOP EOP PACK CNT"; } leaf fc-mc-0-1-trans-cnt { type uint64; description "FC MC 0 1 TRANS CNT"; } leaf rate-cnt { type uint64; description "RATE CNT"; } leaf calc-rate { type uint64; description "Egress Multicast Rate"; } } // container pe-mc-stats container pe-cc-stats { description "Egress Control Cast stats"; leaf in-pkt-cnt { type uint64; description "IN PKT CNT"; } leaf out-path0-pkt-cnt { type uint64; description "OUT PATH0 PKT CNT"; } leaf out-path1-pkt-cnt { type uint64; description "OUT PATH1 PKT CNT"; } leaf xbar-ecc-drop-pkt-cnt { type uint64; description "XBAR ECC DROP PKT CNT"; } leaf mem0-drop-pkt-cnt { type uint64; description "MEM0 DROP PKT CNT"; } leaf mem1-drop-pkt-cnt { type uint64; description "MEM1 DROP PKT CNT"; } leaf congn-pkt-cnt { type uint64; description "CONGN PKT CNT"; } leaf xbar-ecc-single-err-cnt { type uint64; description "XBAR ECC SINGLE ERR CNT"; } leaf xbar-ecc-double-err-cnt { type uint64; description "XBAR ECC DOUBLE ERR CNT"; } leaf mem0-ecc-single-err-cnt { type uint64; description "MEM0 ECC SINGLE ERR CNT"; } leaf mem0-ecc-double-err-cnt { type uint64; description "MEM0 ECC DOUBLE ERR CNT"; } leaf mem1-ecc-single-err-cnt { type uint64; description "MEM1 ECC SINGLE ERR CNT"; } leaf mem1-ecc-double-err-cnt { type uint64; description "MEM1 ECC DOUBLE ERR CNT"; } leaf fc-cc-0-1-trans-cnt { type uint64; description "FC CC 0 1 TRANS CNT"; } leaf rate-cnt { type uint64; description "RATE CNT"; } leaf calc-rate { type uint64; description "Egress Control Cast Rate"; } } // container pe-cc-stats leaf internal-err-cnt { type uint64; description "Internal Error Count"; } } // list sm15-stat } // container sm15-stats leaf spine-num { type xr:Cisco-ios-xr-string; description "Name of the Spine xbar_spX"; } } // list spine-table } // container cross-bar-spine-stats } // module Cisco-IOS-XR-asr9k-fc-xbar-oper
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