Lines Matching full:of
22 addition, each group of counters may have different counter types.
71 An aggregation of software ring counters.
86 A set of the physical port counters, per priority per port.
105 Increment of these counters might indicate a problem. Each of these counters
119 explicitly documented since `tx[i]_packets` describes the behavior of both
127 These counters provide information on the amount of traffic that was accelerated
145 - The number of packets received on ring i.
149 - The number of bytes received on ring i.
153 - The number of packets transmitted on ring i.
157 - The number of bytes transmitted on ring i.
161 - The number of times the SQ was recovered.
165 - Number of CQEs events on SQ issued on ring i.
169 - The number of error CQEs encountered on the SQ for ring i.
173 - The number of TSO packets transmitted on ring i [#accel]_.
177 - The number of TSO bytes transmitted on ring i [#accel]_.
181 - The number of TSO packets which are indicated to be carry internal
186 - The number of TSO bytes which are indicated to be carry internal
191 - Number of received packets processed using hardware-accelerated GRO. The
192 number of hardware GRO offloaded packets received on ring i.
196 - Number of received bytes processed using hardware-accelerated GRO. The
197 number of hardware GRO offloaded bytes received on ring i.
201 - The number of receive SKBs constructed while performing
206 - Number of received packets processed using hardware-accelerated GRO that
211 - Number of receive packets using hardware-accelerated GRO that have large
216 - The number of LRO packets received on ring i [#accel]_.
220 - The number of LRO bytes received on ring i [#accel]_.
224 - The number of received packets where the ECN mark was turned on.
228 - The number of dropped received packets due to length which arrived to RQ
235 - Number of received packets dropped in software because the CQE data is
257 - Number of received packets that had checksum calculation computed,
263 - Number of received packets that need padding larger than eight bytes for
282 the amount of buffers allocated for transmission.
291 ring i. If this counter is increased, check the amount of buffers
296 - The number of nop WQEs (empty WQEs) inserted to the SQ (related to
297 ring i) due to the reach of the end of the cyclic buffer. When reaching
298 near to the end of cyclic buffer the driver may add those empty WQEs to
299 avoid handling a state the a WQE start in the end of the queue and ends
300 in the beginning of the queue. This is a normal condition.
304 - The number of packets sent where vlan tag insertion was offloaded to the
309 - The number of packets received where vlan tag stripping was offloaded to
314 - The number of wrong opcodes received on ring i.
318 - The number of WQEs that failed to allocate compound page and hence
326 - The number of filler CQEs events that were issued on ring i.
330 - The number of strides consumed by filler CQEs on ring i.
334 - The number of send blocks processed from Multi-Packet WQEs (mpwqe).
338 - The number of send packets processed from Multi-Packet WQEs (mpwqe).
342 - The number of receive blocks with CQE compression on ring i [#accel]_.
346 - The number of receive packets with CQE compression on ring i [#accel]_.
350 - The number of aRFS flow rules added to the device for direct RQ steering
355 - Number of flow rules that have been requested to move into ring i for
360 - Number of flow rules that have been requested to move out of ring i [#accel]_.
364 - Number of flow rules that have been expired and removed [#accel]_.
368 - Number of flow rules that failed to be added to the flow table.
372 - The number of times the RQ was recovered.
376 - The number of packets sent with `xmit_more` indication set on the skbuff
381 - The number of invocations of NAPI poll of channel i.
385 - The number of times the NAPI poll function completed and armed the
390 - The number of times the NAPI poll function explicitly stopped execution
395 - The number of hard interrupt events on the completion queues of channel i.
399 - The number of times the EQ was recovered.
403 - Number of times NAPI is triggered by XSK wakeups by posting a NOP to
408 - The number of times an outstanding UMR request is delayed due to
413 - Number of successful fast path allocations.
417 - Number of slow path order-0 allocations.
421 - Number of slow path high order allocations.
430 - Counter is incremented when an allocation which triggered a refill of the
462 - The number of times allocating an skb or XSK buffer failed in the XSK RQ
467 - The number of packets forwarded back to the port due to XDP program
474 - Number of multi-packet WQEs transmitted by the netdev and `XDP_TX`-ed by
479 - Number of WQE data segments transmitted where the data could be inlined
484 - Number of NOP WQEBBs (WQE building blocks) received posted to the XDP SQ.
488 - The number of packets that should have been forwarded back to the port
496 - The number of times an `XDP_TX` error such as frame too long and frame
497 too short occurred on `XDP_TX` ring of RX ring.
501 - The number of completions received on the CQ of the `XDP_TX` ring.
505 - The number of packets dropped due to XDP program `XDP_DROP` action. these
511 - The number of times an XDP redirect action was triggered on ring i.
515 - The number of packets redirected to the interface(due to XDP redirect).
521 - The number of packets redirected to the interface(due to XDP redirect),
527 - Number of multi-packet WQEs offloaded onto the NIC that were
532 - Number of WQE data segments where the data could be inlined in the WQE
537 - Number of NOP WQEBBs (WQE building blocks) posted to the SQ that were
542 - The number of packets redirected to the interface(due to XDP redirect)
547 - The number of completions received for packets redirected to the
552 - The number of packets transmitted using XSK zerocopy functionality.
556 - Number of multi-packet WQEs offloaded onto the NIC that were
561 - Number of WQE data segments where the data could be inlined in the WQE
566 - Number of times doorbell is rung in XSK zerocopy mode when SQ is full.
570 - Number of errors that occurred in XSK zerocopy mode such as if the data
575 - Number of CQEs processed in XSK zerocopy mode.
579 - Number of TLS TX HW offload contexts added to device for encryption.
583 - Number of TLS TX HW offload contexts removed from device (connection
588 - Number of times a unit of work is successfully allocated in the TLS HW
593 - Number of times a unit of work is freed in the TLS HW offload pool.
597 - Number of TLS RX HW offload contexts added to device for decryption.
601 - Number of TLS RX HW offload contexts deleted from device (connection has
606 - Number of successfully decrypted RX packets which were part of a TLS
611 - Number of TLS payload bytes in RX packets which were successfully
616 - Number of received TLS packets with a resync request.
620 - Number of times the TLS async resync request was started.
624 - Number of times the TLS async resync request properly ended with
629 - Number of times the TLS async resync request procedure was started but
634 - Number of times the TLS resync response call to the driver was
639 - Number of times the TLS resync response call to the driver was
644 - Number of times the TLS resync response call to the driver was terminated
649 - Number of times when CQE TLS offload was problematic.
653 - The number of send packets that are TLS encrypted by the kernel.
657 - The number of send bytes that are TLS encrypted by the kernel.
661 - Number of times out of order TLS SQE fragments were handled on ring i.
665 - Number of TLS decrypted packets copied over from NIC over DMA.
669 - Number of TLS decrypted bytes copied over from NIC over DMA.
673 - Number of TLS bytes requested to be resynchronized in order to be
678 - Number of TLS send data that can safely be skipped / do not need to be
683 - Number of TLS send data that were dropped due to retransmission of TLS
688 - Number of times a CQE has to be skipped in precision time protocol due to
694 - Accumulation of time differences between the port timestamp and CQE
700 - Number of times a CQE has been delivered on the PTP timestamping CQ when
701 the CQE was not expected since a certain amount of time had elapsed where
830 - Number of packets that was received by the NIC, however was discarded
852 - The number of dropped packets due to lack of receive WQEs for an internal
871 - The number of packets received on the physical port. This counter doesn’t
877 - The number of packets transmitted on the physical port.
881 - The number of bytes received on the physical port, including Ethernet
886 - The number of bytes transmitted on the physical port.
890 - The number of multicast packets received on the physical port.
894 - The number of multicast packets transmitted on the physical port.
898 - The number of broadcast packets received on the physical port.
902 - The number of broadcast packets transmitted on the physical port.
906 - The number of dropped received packets due to FCS (Frame Check Sequence)
913 - The number of received packets dropped due to length/type errors on a
918 - The number of received packets dropped due to length greater than allowed
925 - The number of dropped received packets due to length which exceed MTU
932 - The number of received packets dropped due to physical coding errors
937 - The number of MAC control packets received on the physical port.
941 - The number of MAC control packets transmitted on the physical port.
945 - The number of link layer pause packets received on a physical port. If
951 - The number of link layer pause packets transmitted on a physical port. If
957 - The number of MAC control packets received with unsupported opcode on a
962 - The number of received packets dropped due to lack of buffers on a
968 - The number of packets which were discarded on transmission, even no
970 head of line drop, pause from the network, etc.
974 - The number of transmitted packets dropped due to a length which exceed
979 - The number of received packets dropped due to length which is shorter
986 - The number of received packets dropped due to a length which is shorter
993 - The number of received packets d due to a length which is longer than 64
998 - The number of packets received on the physical port with size of 64 bytes.
1002 - The number of packets received on the physical port with size of 65 to
1007 - The number of packets received on the physical port with size of 128 to
1012 - The number of packets received on the physical port with size of 256 to
1017 - The number of packets received on the physical port with size of 512 to
1022 - The number of packets received on the physical port with size of 1024 to
1027 - The number of packets received on the physical port with size of 1519 to
1032 - The number of packets received on the physical port with size of 2048 to
1037 - The number of packets received on the physical port with size of 4096 to
1042 - The number of packets received on the physical port with size of 8192 to
1047 - The number of times where the link operative state changed to down. In
1053 - Number of times receive queue had no software buffers allocated for the
1058 - The number of times that module's I\ :sup:`2`\C bus (data or clock)
1063 - The number of times that the module temperature was too high. If this
1069 - The number of times that the module cables were shorted. You may need to
1074 - The number of times that module was ejected.
1078 - The number of events where the port receive buffer was over 85% full.
1082 - The number of times the device was sending pauses for a long period of
1087 - The number of times the device was sending pauses for a long period of
1088 time, reaching time out and disabling transmission of pause frames. on
1098 - This counter provides information on the total amount of traffic that
1100 ratio of errored traffic in `rx_pcs_symbol_err_phy` and
1105 - This counter counts the number of symbol errors that wasn’t corrected by
1110 rate is the number of `rx_pcs_symbol_err_phy` divided by the number of
1115 - The number of corrected bits on this port according to active FEC
1118 rate is the number of `rx_corrected_bits_phy` divided by the number of
1123 - This counter counts the number of physical raw errors per lane l index.
1132 - The number of pause packets received on the physical port. If this
1139 - The duration of pause received (in microSec) on the physical port. The
1147 - The number of pause packets transmitted on a physical port. If this
1154 - The duration of pause transmitter (in microSec) on the physical port.
1159 - The number of times a transition from Xoff to Xon on the physical port
1165 - The number of received packets that were dropped due to interface down.
1183 - The number of bytes received with priority p on the physical port.
1187 - The number of packets received with priority p on the physical port.
1191 - The number of bytes transmitted on priority p on the physical port.
1195 - The number of packets transmitted on priority p on the physical port.
1199 - The number of pause packets received with priority p on a physical port.
1206 - The duration of pause received (in microSec) on priority p on the
1215 - The number of times a transition from Xoff to Xon on priority p on the
1221 - The number of pause packets transmitted on priority p on a physical port.
1228 - The duration of pause transmitter (in microSec) on priority p on the
1234 - The number of packets discarded by device due to lack of per host receive
1239 - The number of packets discarded by device due to per host congestion.
1243 - The number of packets ecn marked by device due to per host congestion.
1247 - The number of packets discarded by device due to lack of receive buffers.
1260 - Counts physical layer PCIe signal integrity errors, the number of
1268 - Counts physical layer PCIe signal integrity errors, the number of
1277 - The number of packets dropped due to pci buffer overflow. If this counter
1283 - The percentage (in the range 0...100) of time within the last second that
1289 - The percentage (in the range 0...100) of time within the last second that
1295 - The number of seconds where `outbound_pci_stalled_rd` was above 30%.
1299 - The number of seconds where `outbound_pci_stalled_wr` was above 30%.
1303 - The number of times the device owned queue had not enough buffers