This module contains a collection of YANG definitions for Cisco IOS-XR infra-statsd package operational data. This module conta...
Version: 2020-10-08
module Cisco-IOS-XR-infra-statsd-oper { yang-version 1; namespace "http://cisco.com/ns/yang/Cisco-IOS-XR-infra-statsd-oper"; prefix infra-statsd-oper; import Cisco-IOS-XR-types { prefix xr; } import cisco-semver { prefix semver; } include Cisco-IOS-XR-infra-statsd-oper-sub1 { revision-date "2020-10-08"; } 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 infra-statsd package operational data. This module contains definitions for the following management objects: infra-statistics: Statistics Infrastructure Copyright (c) 2013-2020 by Cisco Systems, Inc. All rights reserved."; revision "2020-10-08" { description "Unit of last-data-time in milliseconds reverted to seconds for generic stats 2020-05-05 Added Hardware timestamp support for protocol stats. 2020-04-14 Unit of last-data-time changed from seconds to milliseconds for generic stats 2020-04-14 Data type of last-data-time changed from uint32 to uint64 for generic and proto stats 2020-04-14 Adding Hardware timestamp feature in generic structure."; } revision "2019-04-05" { description "Establish semantic version baseline."; } revision "2015-11-09" { description "IOS XR 6.0 revision."; } semver:module-version "1.1.0"; semver:module-version "1.0.1"; container infra-statistics { config false; description "Statistics Infrastructure"; container interfaces { description "List of interfaces"; list interface { key "interface-name"; description "Statistics of an interface"; container cache { description "Cached stats data of interfaces"; container protocols { description "List of protocols"; list protocol { key "protocol-name"; description "Interface counters per protocol"; leaf protocol-name { type xr:Cisco-ios-xr-string; description "Name of the protocol"; } leaf bytes-received { type uint64; units "byte"; description "Total no. of Bytes received"; } leaf packets-received { type uint64; description "Total no. of Packets received"; } leaf bytes-sent { type uint64; units "byte"; description "Total no. of Bytes sent"; } leaf packets-sent { type uint64; description "Total no. of Packets sent"; } leaf protocol { type uint32; description "Protocol number"; } leaf last-data-time { type uint64; units "second"; description "Time when counters were last written (in seconds)"; } leaf input-data-rate { type uint64; units "bit/s"; description "Input data rate in 1000's of bps"; } leaf input-packet-rate { type uint64; units "packet/s"; description "Input packets per second"; } leaf output-data-rate { type uint64; units "bit/s"; description "Output data rate in 1000's of bps"; } leaf output-packet-rate { type uint64; units "packet/s"; description "Output packets per second"; } leaf hardware-timestamp { type uint64; units "millisecond"; description "Time when counters were last read by Primary collector from hardware (in msecs)"; } } // list protocol } // container protocols container interfaces-mib-counters { description "Set of interface counters as displayed by the InterfacesMIB"; leaf packets-received { type uint64; description "Total Packets received"; } leaf bytes-received { type uint64; units "byte"; description "Total Bytes received"; } leaf packets-sent { type uint64; description "Total Packets sent"; } leaf bytes-sent { type uint64; units "byte"; description "Total Bytes sent"; } leaf multicast-packets-received { type uint64; description "Total no. of multicast packets received"; } leaf broadcast-packets-received { type uint64; description "Total no. of broadcast packets received"; } leaf multicast-packets-sent { type uint64; description "Total no. of multicast packets sent"; } leaf broadcast-packets-sent { type uint64; description "Total no. of broadcast packets sent"; } leaf output-drops { type uint32; description "No. of packet dropped before being transmitted"; } leaf output-queue-drops { type uint32; description "Number of packets dropped due to configured output policy"; } leaf input-drops { type uint32; description "Total input drops"; } leaf input-queue-drops { type uint32; description "Placeholder for packets dropped due to configure input policy"; } leaf runt-packets-received { type uint32; description "Received packets which are too small to be handled"; } leaf giant-packets-received { type uint32; description "Received packets which are too large to be handled"; } leaf throttled-packets-received { type uint32; description "No. of times the receiver on the port is was disabled"; } leaf parity-packets-received { type uint32; description "No. of parity errors on the interface"; } leaf unknown-protocol-packets-received { type uint32; description "No. of packets dropped because they were destined for higher levelprotocols not configure or running on the interface"; } leaf input-errors { type uint32; description "Total input errors"; } leaf crc-errors { type uint32; description "Input CRC errors"; } leaf input-overruns { type uint32; description "No. of input packets received with FIFO or DMA overrun errors"; } leaf framing-errors-received { type uint32; description "No. of packets received with framing error"; } leaf input-ignored-packets { type uint32; description "Packets dropped due to internal driver error or hardware errors "; } leaf input-aborts { type uint32; description "No. of packets whose reciept was aborted"; } leaf output-errors { type uint32; description "Total packets that could not be transmitted due to internal driver error"; } leaf output-underruns { type uint32; description "Transmitted packets with FIFO or DMA underrun errors"; } leaf output-buffer-failures { type uint32; description "No. of no resource error received on output"; } leaf output-buffers-swapped-out { type uint32; description "No. of packets swapped to DRAM or main memory"; } leaf applique { type uint32; description "No. of unrecoverable error which have occured on the applique"; } leaf resets { type uint32; description "Number of hardware resets"; } leaf carrier-transitions { type uint32; description "No. of times the carrier detect signal of interface has changed state"; } leaf availability-flag { type uint32; description "Availability bit mask"; } leaf last-data-time { type uint64; units "second"; description "Time when counters were last written (in seconds)"; } leaf hardware-timestamp { type uint64; units "millisecond"; description "Time when counters were last read by Primary collector from hardware (in msecs)"; } leaf seconds-since-last-clear-counters { type uint32; units "second"; description "Time elapsed since last clear command executed (in Seconds)"; } leaf last-discontinuity-time { type uint32; units "second"; description "SysUpTime when counters were last reset (in seconds)"; } leaf seconds-since-packet-received { type uint32; units "second"; description "Time elapsed since packet received (in Seconds)"; } leaf seconds-since-packet-sent { type uint32; units "second"; description "Time elapsed since packet sent (in Seconds)"; } } // container interfaces-mib-counters container data-rate { description "Datarate information"; leaf input-data-rate { type uint64; units "bit/s"; description "Input data rate in 1000's of bps"; } leaf input-packet-rate { type uint64; units "packet/s"; description "Input packets per second"; } leaf output-data-rate { type uint64; units "bit/s"; description "Output data rate in 1000's of bps"; } leaf output-packet-rate { type uint64; units "packet/s"; description "Output packets per second"; } leaf peak-input-data-rate { type uint64; description "Peak input data rate, highest spike since last clear counters"; } leaf peak-input-packet-rate { type uint64; description "Peak input packet rate, highest spike since last clear counters"; } leaf peak-output-data-rate { type uint64; description "Peak output data rate, highest spike since last clear counters"; } leaf peak-output-packet-rate { type uint64; description "Peak output packet rate, highest spike since last clear counters"; } leaf bandwidth { type uint32; units "kbit/s"; description "Bandwidth (in kbps)"; } leaf load-interval { type uint32; description "Number of 30-sec intervals less one"; } leaf output-load { type uint8; description "Output load as fraction of 255"; } leaf input-load { type uint8; description "Input load as fraction of 255"; } leaf reliability { type uint8; description "Reliability coefficient"; } } // container data-rate container generic-counters { description "Generic set of interface counters"; leaf packets-received { type uint64; description "Total Packets received"; } leaf bytes-received { type uint64; units "byte"; description "Total Bytes received"; } leaf packets-sent { type uint64; description "Total Packets sent"; } leaf bytes-sent { type uint64; units "byte"; description "Total Bytes sent"; } leaf multicast-packets-received { type uint64; description "Total no. of multicast packets received"; } leaf broadcast-packets-received { type uint64; description "Total no. of broadcast packets received"; } leaf multicast-packets-sent { type uint64; description "Total no. of multicast packets sent"; } leaf broadcast-packets-sent { type uint64; description "Total no. of broadcast packets sent"; } leaf output-drops { type uint32; description "No. of packet dropped before being transmitted"; } leaf output-queue-drops { type uint32; description "Number of packets dropped due to configured output policy"; } leaf input-drops { type uint32; description "Total input drops"; } leaf input-queue-drops { type uint32; description "Placeholder for packets dropped due to configure input policy"; } leaf runt-packets-received { type uint32; description "Received packets which are too small to be handled"; } leaf giant-packets-received { type uint32; description "Received packets which are too large to be handled"; } leaf throttled-packets-received { type uint32; description "No. of times the receiver on the port is was disabled"; } leaf parity-packets-received { type uint32; description "No. of parity errors on the interface"; } leaf unknown-protocol-packets-received { type uint32; description "No. of packets dropped because they were destined for higher levelprotocols not configure or running on the interface"; } leaf input-errors { type uint32; description "Total input errors"; } leaf crc-errors { type uint32; description "Input CRC errors"; } leaf input-overruns { type uint32; description "No. of input packets received with FIFO or DMA overrun errors"; } leaf framing-errors-received { type uint32; description "No. of packets received with framing error"; } leaf input-ignored-packets { type uint32; description "Packets dropped due to internal driver error or hardware errors "; } leaf input-aborts { type uint32; description "No. of packets whose reciept was aborted"; } leaf output-errors { type uint32; description "Total packets that could not be transmitted due to internal driver error"; } leaf output-underruns { type uint32; description "Transmitted packets with FIFO or DMA underrun errors"; } leaf output-buffer-failures { type uint32; description "No. of no resource error received on output"; } leaf output-buffers-swapped-out { type uint32; description "No. of packets swapped to DRAM or main memory"; } leaf applique { type uint32; description "No. of unrecoverable error which have occured on the applique"; } leaf resets { type uint32; description "Number of hardware resets"; } leaf carrier-transitions { type uint32; description "No. of times the carrier detect signal of interface has changed state"; } leaf availability-flag { type uint32; description "Availability bit mask"; } leaf last-data-time { type uint64; units "second"; description "Time when counters were last written (in seconds)"; } leaf hardware-timestamp { type uint64; units "millisecond"; description "Time when counters were last read by Primary collector from hardware (in msecs)"; } leaf seconds-since-last-clear-counters { type uint32; units "second"; description "Time elapsed since last clear command executed (in Seconds)"; } leaf last-discontinuity-time { type uint32; units "second"; description "SysUpTime when counters were last reset (in seconds)"; } leaf seconds-since-packet-received { type uint32; units "second"; description "Time elapsed since packet received (in Seconds)"; } leaf seconds-since-packet-sent { type uint32; units "second"; description "Time elapsed since packet sent (in Seconds)"; } } // container generic-counters } // container cache container latest { description "Latest stats data of interfaces"; container protocols { description "List of protocols"; list protocol { key "protocol-name"; description "Interface counters per protocol"; leaf protocol-name { type xr:Cisco-ios-xr-string; description "Name of the protocol"; } leaf bytes-received { type uint64; units "byte"; description "Total no. of Bytes received"; } leaf packets-received { type uint64; description "Total no. of Packets received"; } leaf bytes-sent { type uint64; units "byte"; description "Total no. of Bytes sent"; } leaf packets-sent { type uint64; description "Total no. of Packets sent"; } leaf protocol { type uint32; description "Protocol number"; } leaf last-data-time { type uint64; units "second"; description "Time when counters were last written (in seconds)"; } leaf input-data-rate { type uint64; units "bit/s"; description "Input data rate in 1000's of bps"; } leaf input-packet-rate { type uint64; units "packet/s"; description "Input packets per second"; } leaf output-data-rate { type uint64; units "bit/s"; description "Output data rate in 1000's of bps"; } leaf output-packet-rate { type uint64; units "packet/s"; description "Output packets per second"; } leaf hardware-timestamp { type uint64; units "millisecond"; description "Time when counters were last read by Primary collector from hardware (in msecs)"; } } // list protocol } // container protocols container interfaces-mib-counters { description "Set of interface counters as displayed by the InterfacesMIB"; leaf packets-received { type uint64; description "Total Packets received"; } leaf bytes-received { type uint64; units "byte"; description "Total Bytes received"; } leaf packets-sent { type uint64; description "Total Packets sent"; } leaf bytes-sent { type uint64; units "byte"; description "Total Bytes sent"; } leaf multicast-packets-received { type uint64; description "Total no. of multicast packets received"; } leaf broadcast-packets-received { type uint64; description "Total no. of broadcast packets received"; } leaf multicast-packets-sent { type uint64; description "Total no. of multicast packets sent"; } leaf broadcast-packets-sent { type uint64; description "Total no. of broadcast packets sent"; } leaf output-drops { type uint32; description "No. of packet dropped before being transmitted"; } leaf output-queue-drops { type uint32; description "Number of packets dropped due to configured output policy"; } leaf input-drops { type uint32; description "Total input drops"; } leaf input-queue-drops { type uint32; description "Placeholder for packets dropped due to configure input policy"; } leaf runt-packets-received { type uint32; description "Received packets which are too small to be handled"; } leaf giant-packets-received { type uint32; description "Received packets which are too large to be handled"; } leaf throttled-packets-received { type uint32; description "No. of times the receiver on the port is was disabled"; } leaf parity-packets-received { type uint32; description "No. of parity errors on the interface"; } leaf unknown-protocol-packets-received { type uint32; description "No. of packets dropped because they were destined for higher levelprotocols not configure or running on the interface"; } leaf input-errors { type uint32; description "Total input errors"; } leaf crc-errors { type uint32; description "Input CRC errors"; } leaf input-overruns { type uint32; description "No. of input packets received with FIFO or DMA overrun errors"; } leaf framing-errors-received { type uint32; description "No. of packets received with framing error"; } leaf input-ignored-packets { type uint32; description "Packets dropped due to internal driver error or hardware errors "; } leaf input-aborts { type uint32; description "No. of packets whose reciept was aborted"; } leaf output-errors { type uint32; description "Total packets that could not be transmitted due to internal driver error"; } leaf output-underruns { type uint32; description "Transmitted packets with FIFO or DMA underrun errors"; } leaf output-buffer-failures { type uint32; description "No. of no resource error received on output"; } leaf output-buffers-swapped-out { type uint32; description "No. of packets swapped to DRAM or main memory"; } leaf applique { type uint32; description "No. of unrecoverable error which have occured on the applique"; } leaf resets { type uint32; description "Number of hardware resets"; } leaf carrier-transitions { type uint32; description "No. of times the carrier detect signal of interface has changed state"; } leaf availability-flag { type uint32; description "Availability bit mask"; } leaf last-data-time { type uint64; units "second"; description "Time when counters were last written (in seconds)"; } leaf hardware-timestamp { type uint64; units "millisecond"; description "Time when counters were last read by Primary collector from hardware (in msecs)"; } leaf seconds-since-last-clear-counters { type uint32; units "second"; description "Time elapsed since last clear command executed (in Seconds)"; } leaf last-discontinuity-time { type uint32; units "second"; description "SysUpTime when counters were last reset (in seconds)"; } leaf seconds-since-packet-received { type uint32; units "second"; description "Time elapsed since packet received (in Seconds)"; } leaf seconds-since-packet-sent { type uint32; units "second"; description "Time elapsed since packet sent (in Seconds)"; } } // container interfaces-mib-counters container data-rate { description "Datarate information"; leaf input-data-rate { type uint64; units "bit/s"; description "Input data rate in 1000's of bps"; } leaf input-packet-rate { type uint64; units "packet/s"; description "Input packets per second"; } leaf output-data-rate { type uint64; units "bit/s"; description "Output data rate in 1000's of bps"; } leaf output-packet-rate { type uint64; units "packet/s"; description "Output packets per second"; } leaf peak-input-data-rate { type uint64; description "Peak input data rate, highest spike since last clear counters"; } leaf peak-input-packet-rate { type uint64; description "Peak input packet rate, highest spike since last clear counters"; } leaf peak-output-data-rate { type uint64; description "Peak output data rate, highest spike since last clear counters"; } leaf peak-output-packet-rate { type uint64; description "Peak output packet rate, highest spike since last clear counters"; } leaf bandwidth { type uint32; units "kbit/s"; description "Bandwidth (in kbps)"; } leaf load-interval { type uint32; description "Number of 30-sec intervals less one"; } leaf output-load { type uint8; description "Output load as fraction of 255"; } leaf input-load { type uint8; description "Input load as fraction of 255"; } leaf reliability { type uint8; description "Reliability coefficient"; } } // container data-rate container generic-counters { description "Generic set of interface counters"; leaf packets-received { type uint64; description "Total Packets received"; } leaf bytes-received { type uint64; units "byte"; description "Total Bytes received"; } leaf packets-sent { type uint64; description "Total Packets sent"; } leaf bytes-sent { type uint64; units "byte"; description "Total Bytes sent"; } leaf multicast-packets-received { type uint64; description "Total no. of multicast packets received"; } leaf broadcast-packets-received { type uint64; description "Total no. of broadcast packets received"; } leaf multicast-packets-sent { type uint64; description "Total no. of multicast packets sent"; } leaf broadcast-packets-sent { type uint64; description "Total no. of broadcast packets sent"; } leaf output-drops { type uint32; description "No. of packet dropped before being transmitted"; } leaf output-queue-drops { type uint32; description "Number of packets dropped due to configured output policy"; } leaf input-drops { type uint32; description "Total input drops"; } leaf input-queue-drops { type uint32; description "Placeholder for packets dropped due to configure input policy"; } leaf runt-packets-received { type uint32; description "Received packets which are too small to be handled"; } leaf giant-packets-received { type uint32; description "Received packets which are too large to be handled"; } leaf throttled-packets-received { type uint32; description "No. of times the receiver on the port is was disabled"; } leaf parity-packets-received { type uint32; description "No. of parity errors on the interface"; } leaf unknown-protocol-packets-received { type uint32; description "No. of packets dropped because they were destined for higher levelprotocols not configure or running on the interface"; } leaf input-errors { type uint32; description "Total input errors"; } leaf crc-errors { type uint32; description "Input CRC errors"; } leaf input-overruns { type uint32; description "No. of input packets received with FIFO or DMA overrun errors"; } leaf framing-errors-received { type uint32; description "No. of packets received with framing error"; } leaf input-ignored-packets { type uint32; description "Packets dropped due to internal driver error or hardware errors "; } leaf input-aborts { type uint32; description "No. of packets whose reciept was aborted"; } leaf output-errors { type uint32; description "Total packets that could not be transmitted due to internal driver error"; } leaf output-underruns { type uint32; description "Transmitted packets with FIFO or DMA underrun errors"; } leaf output-buffer-failures { type uint32; description "No. of no resource error received on output"; } leaf output-buffers-swapped-out { type uint32; description "No. of packets swapped to DRAM or main memory"; } leaf applique { type uint32; description "No. of unrecoverable error which have occured on the applique"; } leaf resets { type uint32; description "Number of hardware resets"; } leaf carrier-transitions { type uint32; description "No. of times the carrier detect signal of interface has changed state"; } leaf availability-flag { type uint32; description "Availability bit mask"; } leaf last-data-time { type uint64; units "second"; description "Time when counters were last written (in seconds)"; } leaf hardware-timestamp { type uint64; units "millisecond"; description "Time when counters were last read by Primary collector from hardware (in msecs)"; } leaf seconds-since-last-clear-counters { type uint32; units "second"; description "Time elapsed since last clear command executed (in Seconds)"; } leaf last-discontinuity-time { type uint32; units "second"; description "SysUpTime when counters were last reset (in seconds)"; } leaf seconds-since-packet-received { type uint32; units "second"; description "Time elapsed since packet received (in Seconds)"; } leaf seconds-since-packet-sent { type uint32; units "second"; description "Time elapsed since packet sent (in Seconds)"; } } // container generic-counters } // container latest container total { description "Total stats data of interfaces"; container protocols { description "List of protocols"; list protocol { key "protocol-name"; description "Interface counters per protocol"; leaf protocol-name { type xr:Cisco-ios-xr-string; description "Name of the protocol"; } leaf bytes-received { type uint64; units "byte"; description "Total no. of Bytes received"; } leaf packets-received { type uint64; description "Total no. of Packets received"; } leaf bytes-sent { type uint64; units "byte"; description "Total no. of Bytes sent"; } leaf packets-sent { type uint64; description "Total no. of Packets sent"; } leaf protocol { type uint32; description "Protocol number"; } leaf last-data-time { type uint64; units "second"; description "Time when counters were last written (in seconds)"; } leaf input-data-rate { type uint64; units "bit/s"; description "Input data rate in 1000's of bps"; } leaf input-packet-rate { type uint64; units "packet/s"; description "Input packets per second"; } leaf output-data-rate { type uint64; units "bit/s"; description "Output data rate in 1000's of bps"; } leaf output-packet-rate { type uint64; units "packet/s"; description "Output packets per second"; } leaf hardware-timestamp { type uint64; units "millisecond"; description "Time when counters were last read by Primary collector from hardware (in msecs)"; } } // list protocol } // container protocols container interfaces-mib-counters { description "Set of interface counters as displayed by the InterfacesMIB"; leaf packets-received { type uint64; description "Total Packets received"; } leaf bytes-received { type uint64; units "byte"; description "Total Bytes received"; } leaf packets-sent { type uint64; description "Total Packets sent"; } leaf bytes-sent { type uint64; units "byte"; description "Total Bytes sent"; } leaf multicast-packets-received { type uint64; description "Total no. of multicast packets received"; } leaf broadcast-packets-received { type uint64; description "Total no. of broadcast packets received"; } leaf multicast-packets-sent { type uint64; description "Total no. of multicast packets sent"; } leaf broadcast-packets-sent { type uint64; description "Total no. of broadcast packets sent"; } leaf output-drops { type uint32; description "No. of packet dropped before being transmitted"; } leaf output-queue-drops { type uint32; description "Number of packets dropped due to configured output policy"; } leaf input-drops { type uint32; description "Total input drops"; } leaf input-queue-drops { type uint32; description "Placeholder for packets dropped due to configure input policy"; } leaf runt-packets-received { type uint32; description "Received packets which are too small to be handled"; } leaf giant-packets-received { type uint32; description "Received packets which are too large to be handled"; } leaf throttled-packets-received { type uint32; description "No. of times the receiver on the port is was disabled"; } leaf parity-packets-received { type uint32; description "No. of parity errors on the interface"; } leaf unknown-protocol-packets-received { type uint32; description "No. of packets dropped because they were destined for higher levelprotocols not configure or running on the interface"; } leaf input-errors { type uint32; description "Total input errors"; } leaf crc-errors { type uint32; description "Input CRC errors"; } leaf input-overruns { type uint32; description "No. of input packets received with FIFO or DMA overrun errors"; } leaf framing-errors-received { type uint32; description "No. of packets received with framing error"; } leaf input-ignored-packets { type uint32; description "Packets dropped due to internal driver error or hardware errors "; } leaf input-aborts { type uint32; description "No. of packets whose reciept was aborted"; } leaf output-errors { type uint32; description "Total packets that could not be transmitted due to internal driver error"; } leaf output-underruns { type uint32; description "Transmitted packets with FIFO or DMA underrun errors"; } leaf output-buffer-failures { type uint32; description "No. of no resource error received on output"; } leaf output-buffers-swapped-out { type uint32; description "No. of packets swapped to DRAM or main memory"; } leaf applique { type uint32; description "No. of unrecoverable error which have occured on the applique"; } leaf resets { type uint32; description "Number of hardware resets"; } leaf carrier-transitions { type uint32; description "No. of times the carrier detect signal of interface has changed state"; } leaf availability-flag { type uint32; description "Availability bit mask"; } leaf last-data-time { type uint64; units "second"; description "Time when counters were last written (in seconds)"; } leaf hardware-timestamp { type uint64; units "millisecond"; description "Time when counters were last read by Primary collector from hardware (in msecs)"; } leaf seconds-since-last-clear-counters { type uint32; units "second"; description "Time elapsed since last clear command executed (in Seconds)"; } leaf last-discontinuity-time { type uint32; units "second"; description "SysUpTime when counters were last reset (in seconds)"; } leaf seconds-since-packet-received { type uint32; units "second"; description "Time elapsed since packet received (in Seconds)"; } leaf seconds-since-packet-sent { type uint32; units "second"; description "Time elapsed since packet sent (in Seconds)"; } } // container interfaces-mib-counters container data-rate { description "Datarate information"; leaf input-data-rate { type uint64; units "bit/s"; description "Input data rate in 1000's of bps"; } leaf input-packet-rate { type uint64; units "packet/s"; description "Input packets per second"; } leaf output-data-rate { type uint64; units "bit/s"; description "Output data rate in 1000's of bps"; } leaf output-packet-rate { type uint64; units "packet/s"; description "Output packets per second"; } leaf peak-input-data-rate { type uint64; description "Peak input data rate, highest spike since last clear counters"; } leaf peak-input-packet-rate { type uint64; description "Peak input packet rate, highest spike since last clear counters"; } leaf peak-output-data-rate { type uint64; description "Peak output data rate, highest spike since last clear counters"; } leaf peak-output-packet-rate { type uint64; description "Peak output packet rate, highest spike since last clear counters"; } leaf bandwidth { type uint32; units "kbit/s"; description "Bandwidth (in kbps)"; } leaf load-interval { type uint32; description "Number of 30-sec intervals less one"; } leaf output-load { type uint8; description "Output load as fraction of 255"; } leaf input-load { type uint8; description "Input load as fraction of 255"; } leaf reliability { type uint8; description "Reliability coefficient"; } } // container data-rate container generic-counters { description "Generic set of interface counters"; leaf packets-received { type uint64; description "Total Packets received"; } leaf bytes-received { type uint64; units "byte"; description "Total Bytes received"; } leaf packets-sent { type uint64; description "Total Packets sent"; } leaf bytes-sent { type uint64; units "byte"; description "Total Bytes sent"; } leaf multicast-packets-received { type uint64; description "Total no. of multicast packets received"; } leaf broadcast-packets-received { type uint64; description "Total no. of broadcast packets received"; } leaf multicast-packets-sent { type uint64; description "Total no. of multicast packets sent"; } leaf broadcast-packets-sent { type uint64; description "Total no. of broadcast packets sent"; } leaf output-drops { type uint32; description "No. of packet dropped before being transmitted"; } leaf output-queue-drops { type uint32; description "Number of packets dropped due to configured output policy"; } leaf input-drops { type uint32; description "Total input drops"; } leaf input-queue-drops { type uint32; description "Placeholder for packets dropped due to configure input policy"; } leaf runt-packets-received { type uint32; description "Received packets which are too small to be handled"; } leaf giant-packets-received { type uint32; description "Received packets which are too large to be handled"; } leaf throttled-packets-received { type uint32; description "No. of times the receiver on the port is was disabled"; } leaf parity-packets-received { type uint32; description "No. of parity errors on the interface"; } leaf unknown-protocol-packets-received { type uint32; description "No. of packets dropped because they were destined for higher levelprotocols not configure or running on the interface"; } leaf input-errors { type uint32; description "Total input errors"; } leaf crc-errors { type uint32; description "Input CRC errors"; } leaf input-overruns { type uint32; description "No. of input packets received with FIFO or DMA overrun errors"; } leaf framing-errors-received { type uint32; description "No. of packets received with framing error"; } leaf input-ignored-packets { type uint32; description "Packets dropped due to internal driver error or hardware errors "; } leaf input-aborts { type uint32; description "No. of packets whose reciept was aborted"; } leaf output-errors { type uint32; description "Total packets that could not be transmitted due to internal driver error"; } leaf output-underruns { type uint32; description "Transmitted packets with FIFO or DMA underrun errors"; } leaf output-buffer-failures { type uint32; description "No. of no resource error received on output"; } leaf output-buffers-swapped-out { type uint32; description "No. of packets swapped to DRAM or main memory"; } leaf applique { type uint32; description "No. of unrecoverable error which have occured on the applique"; } leaf resets { type uint32; description "Number of hardware resets"; } leaf carrier-transitions { type uint32; description "No. of times the carrier detect signal of interface has changed state"; } leaf availability-flag { type uint32; description "Availability bit mask"; } leaf last-data-time { type uint64; units "second"; description "Time when counters were last written (in seconds)"; } leaf hardware-timestamp { type uint64; units "millisecond"; description "Time when counters were last read by Primary collector from hardware (in msecs)"; } leaf seconds-since-last-clear-counters { type uint32; units "second"; description "Time elapsed since last clear command executed (in Seconds)"; } leaf last-discontinuity-time { type uint32; units "second"; description "SysUpTime when counters were last reset (in seconds)"; } leaf seconds-since-packet-received { type uint32; units "second"; description "Time elapsed since packet received (in Seconds)"; } leaf seconds-since-packet-sent { type uint32; units "second"; description "Time elapsed since packet sent (in Seconds)"; } } // container generic-counters } // container total leaf interface-name { type xr:Interface-name; description "Name of the interface"; } container protocols { description "List of protocols"; list protocol { key "protocol-name"; description "Interface counters per protocol"; leaf protocol-name { type xr:Cisco-ios-xr-string; description "Name of the protocol"; } leaf bytes-received { type uint64; units "byte"; description "Total no. of Bytes received"; } leaf packets-received { type uint64; description "Total no. of Packets received"; } leaf bytes-sent { type uint64; units "byte"; description "Total no. of Bytes sent"; } leaf packets-sent { type uint64; description "Total no. of Packets sent"; } leaf protocol { type uint32; description "Protocol number"; } leaf last-data-time { type uint64; units "second"; description "Time when counters were last written (in seconds)"; } leaf input-data-rate { type uint64; units "bit/s"; description "Input data rate in 1000's of bps"; } leaf input-packet-rate { type uint64; units "packet/s"; description "Input packets per second"; } leaf output-data-rate { type uint64; units "bit/s"; description "Output data rate in 1000's of bps"; } leaf output-packet-rate { type uint64; units "packet/s"; description "Output packets per second"; } leaf hardware-timestamp { type uint64; units "millisecond"; description "Time when counters were last read by Primary collector from hardware (in msecs)"; } } // list protocol } // container protocols container interfaces-mib-counters { description "Set of interface counters as displayed by the InterfacesMIB"; leaf packets-received { type uint64; description "Total Packets received"; } leaf bytes-received { type uint64; units "byte"; description "Total Bytes received"; } leaf packets-sent { type uint64; description "Total Packets sent"; } leaf bytes-sent { type uint64; units "byte"; description "Total Bytes sent"; } leaf multicast-packets-received { type uint64; description "Total no. of multicast packets received"; } leaf broadcast-packets-received { type uint64; description "Total no. of broadcast packets received"; } leaf multicast-packets-sent { type uint64; description "Total no. of multicast packets sent"; } leaf broadcast-packets-sent { type uint64; description "Total no. of broadcast packets sent"; } leaf output-drops { type uint32; description "No. of packet dropped before being transmitted"; } leaf output-queue-drops { type uint32; description "Number of packets dropped due to configured output policy"; } leaf input-drops { type uint32; description "Total input drops"; } leaf input-queue-drops { type uint32; description "Placeholder for packets dropped due to configure input policy"; } leaf runt-packets-received { type uint32; description "Received packets which are too small to be handled"; } leaf giant-packets-received { type uint32; description "Received packets which are too large to be handled"; } leaf throttled-packets-received { type uint32; description "No. of times the receiver on the port is was disabled"; } leaf parity-packets-received { type uint32; description "No. of parity errors on the interface"; } leaf unknown-protocol-packets-received { type uint32; description "No. of packets dropped because they were destined for higher levelprotocols not configure or running on the interface"; } leaf input-errors { type uint32; description "Total input errors"; } leaf crc-errors { type uint32; description "Input CRC errors"; } leaf input-overruns { type uint32; description "No. of input packets received with FIFO or DMA overrun errors"; } leaf framing-errors-received { type uint32; description "No. of packets received with framing error"; } leaf input-ignored-packets { type uint32; description "Packets dropped due to internal driver error or hardware errors "; } leaf input-aborts { type uint32; description "No. of packets whose reciept was aborted"; } leaf output-errors { type uint32; description "Total packets that could not be transmitted due to internal driver error"; } leaf output-underruns { type uint32; description "Transmitted packets with FIFO or DMA underrun errors"; } leaf output-buffer-failures { type uint32; description "No. of no resource error received on output"; } leaf output-buffers-swapped-out { type uint32; description "No. of packets swapped to DRAM or main memory"; } leaf applique { type uint32; description "No. of unrecoverable error which have occured on the applique"; } leaf resets { type uint32; description "Number of hardware resets"; } leaf carrier-transitions { type uint32; description "No. of times the carrier detect signal of interface has changed state"; } leaf availability-flag { type uint32; description "Availability bit mask"; } leaf last-data-time { type uint64; units "second"; description "Time when counters were last written (in seconds)"; } leaf hardware-timestamp { type uint64; units "millisecond"; description "Time when counters were last read by Primary collector from hardware (in msecs)"; } leaf seconds-since-last-clear-counters { type uint32; units "second"; description "Time elapsed since last clear command executed (in Seconds)"; } leaf last-discontinuity-time { type uint32; units "second"; description "SysUpTime when counters were last reset (in seconds)"; } leaf seconds-since-packet-received { type uint32; units "second"; description "Time elapsed since packet received (in Seconds)"; } leaf seconds-since-packet-sent { type uint32; units "second"; description "Time elapsed since packet sent (in Seconds)"; } } // container interfaces-mib-counters container data-rate { description "Datarate information"; leaf input-data-rate { type uint64; units "bit/s"; description "Input data rate in 1000's of bps"; } leaf input-packet-rate { type uint64; units "packet/s"; description "Input packets per second"; } leaf output-data-rate { type uint64; units "bit/s"; description "Output data rate in 1000's of bps"; } leaf output-packet-rate { type uint64; units "packet/s"; description "Output packets per second"; } leaf peak-input-data-rate { type uint64; description "Peak input data rate, highest spike since last clear counters"; } leaf peak-input-packet-rate { type uint64; description "Peak input packet rate, highest spike since last clear counters"; } leaf peak-output-data-rate { type uint64; description "Peak output data rate, highest spike since last clear counters"; } leaf peak-output-packet-rate { type uint64; description "Peak output packet rate, highest spike since last clear counters"; } leaf bandwidth { type uint32; units "kbit/s"; description "Bandwidth (in kbps)"; } leaf load-interval { type uint32; description "Number of 30-sec intervals less one"; } leaf output-load { type uint8; description "Output load as fraction of 255"; } leaf input-load { type uint8; description "Input load as fraction of 255"; } leaf reliability { type uint8; description "Reliability coefficient"; } } // container data-rate container generic-counters { description "Generic set of interface counters"; leaf packets-received { type uint64; description "Total Packets received"; } leaf bytes-received { type uint64; units "byte"; description "Total Bytes received"; } leaf packets-sent { type uint64; description "Total Packets sent"; } leaf bytes-sent { type uint64; units "byte"; description "Total Bytes sent"; } leaf multicast-packets-received { type uint64; description "Total no. of multicast packets received"; } leaf broadcast-packets-received { type uint64; description "Total no. of broadcast packets received"; } leaf multicast-packets-sent { type uint64; description "Total no. of multicast packets sent"; } leaf broadcast-packets-sent { type uint64; description "Total no. of broadcast packets sent"; } leaf output-drops { type uint32; description "No. of packet dropped before being transmitted"; } leaf output-queue-drops { type uint32; description "Number of packets dropped due to configured output policy"; } leaf input-drops { type uint32; description "Total input drops"; } leaf input-queue-drops { type uint32; description "Placeholder for packets dropped due to configure input policy"; } leaf runt-packets-received { type uint32; description "Received packets which are too small to be handled"; } leaf giant-packets-received { type uint32; description "Received packets which are too large to be handled"; } leaf throttled-packets-received { type uint32; description "No. of times the receiver on the port is was disabled"; } leaf parity-packets-received { type uint32; description "No. of parity errors on the interface"; } leaf unknown-protocol-packets-received { type uint32; description "No. of packets dropped because they were destined for higher levelprotocols not configure or running on the interface"; } leaf input-errors { type uint32; description "Total input errors"; } leaf crc-errors { type uint32; description "Input CRC errors"; } leaf input-overruns { type uint32; description "No. of input packets received with FIFO or DMA overrun errors"; } leaf framing-errors-received { type uint32; description "No. of packets received with framing error"; } leaf input-ignored-packets { type uint32; description "Packets dropped due to internal driver error or hardware errors "; } leaf input-aborts { type uint32; description "No. of packets whose reciept was aborted"; } leaf output-errors { type uint32; description "Total packets that could not be transmitted due to internal driver error"; } leaf output-underruns { type uint32; description "Transmitted packets with FIFO or DMA underrun errors"; } leaf output-buffer-failures { type uint32; description "No. of no resource error received on output"; } leaf output-buffers-swapped-out { type uint32; description "No. of packets swapped to DRAM or main memory"; } leaf applique { type uint32; description "No. of unrecoverable error which have occured on the applique"; } leaf resets { type uint32; description "Number of hardware resets"; } leaf carrier-transitions { type uint32; description "No. of times the carrier detect signal of interface has changed state"; } leaf availability-flag { type uint32; description "Availability bit mask"; } leaf last-data-time { type uint64; units "second"; description "Time when counters were last written (in seconds)"; } leaf hardware-timestamp { type uint64; units "millisecond"; description "Time when counters were last read by Primary collector from hardware (in msecs)"; } leaf seconds-since-last-clear-counters { type uint32; units "second"; description "Time elapsed since last clear command executed (in Seconds)"; } leaf last-discontinuity-time { type uint32; units "second"; description "SysUpTime when counters were last reset (in seconds)"; } leaf seconds-since-packet-received { type uint32; units "second"; description "Time elapsed since packet received (in Seconds)"; } leaf seconds-since-packet-sent { type uint32; units "second"; description "Time elapsed since packet sent (in Seconds)"; } } // container generic-counters } // list interface } // container interfaces } // container infra-statistics } // module Cisco-IOS-XR-infra-statsd-oper
© 2024 YumaWorks, Inc. All rights reserved.