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Article Number: 000180092

ECS: Sådan kontrolleres Arista-switchgrænseflader

Summary: Kontrol af grænseflader, statusoversigt og detaljer om alle grænseflader på en Arista-switch. Disse kommandoer virker på alle hare-, kanin- og skildpaddekontakter.

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Article Content

Instructions


Brug af svc_switch metode (foretrukket)
svc_switch er tilgængelig fra xDoctor 82. Sørg altid for at bruge den nyeste xDoctor-version for at opnå de bedste resultater. Nedenstående kommandoer får de samme output som vist i afsnittet om ældre metode nedenunder
Kommandoer:
# svc_switch fe port_status
# svc_switch være port_status
Udstrakte kommandoer:  
# svc_switch fe cmd -hare "sh int status"
# svc_switch fe cmd -kanin "sh int status"
# svc_switch være cmd "sh int status"

Eksempel:  
admin@ecs-n1:~> svc_switch fe port_status
svc_switch v1.2.3 (svc_tools v2.5.1)                 Started 2022-07-15 20:20:42

Ethernet Port  Peer           Port Status              Speed               Duplex
                              Rabbit       Hare        Rabbit  Hare        Rabbit  Hare
---------------------------------------------------------------------------------------------
Et1                           notconnect   notconnect  full    full        10G     10G
Et2                           notconnect   notconnect  full    full        10G     10G
Et3                           notconnect   notconnect  full    full        10G     10G
Et4                           notconnect   notconnect  full    full        10G     10G
Et8                           connected    notconnect  a-full  auto        a-1G    auto
Et9            r1n1           connected    connected   full    full        10G     10G
Et10           r1n2           connected    connected   full    full        10G     10G
Et11           r1n3           connected    connected   full    full        10G     10G
Et12           r1n4           connected    connected   full    full        10G     10G
Et13           r1n5           connected    connected   full    full        10G     10G
Et45           <peer switch>  connected    connected   full    full        10G     10G
Et46           <peer switch>  connected    connected   full    full        10G     10G
Et47           <peer switch>  connected    connected   full    full        10G     10G
Et48           <peer switch>  connected    connected   full    full        10G     10G
admin@ecs-n1:~>

Sådan kontrolleres en bestemt switchport 
Kommando:

# svc_switch <fe / be> cmd -hare "sh int <interface>"

Eksempel:  
admin@ecs-n1:~> svc_switch fe cmd -hare "sh int Ethernet 9"
svc_switch v1.2.3 (svc_tools v2.5.1)                 Started 2022-07-15 20:22:12

Switch: hare.rack

Ethernet9 is up, line protocol is up (connected)
  Hardware is Ethernet, address is 2899.3af4.e099 (bia 2899.3af4.e099)
  Description: MLAG group 1
  Member of Port-Channel1
  Ethernet MTU 9214 bytes , BW 10000000 kbit
  Full-duplex, 10Gb/s, auto negotiation: off, uni-link: n/a
  Up 16 days, 11 hours, 11 minutes, 33 seconds
  Loopback Mode : None
  143 link status changes since last clear
  Last clearing of "show interface" counters never
  5 minutes input rate 4.39 Mbps (0.0% with framing overhead), 900 packets/sec
  5 minutes output rate 3.93 Mbps (0.0% with framing overhead), 837 packets/sec
     14816317766 packets input, 10767089176347 bytes
     Received 195138 broadcasts, 791536 multicast
     0 runts, 0 giants
     0 input errors, 0 CRC, 0 alignment, 0 symbol, 0 input discards
     121 PAUSE input
     15450395319 packets output, 12027987949137 bytes
     Sent 591418 broadcasts, 7471144 multicast
     0 output errors, 0 collisions
     0 late collision, 0 deferred, 111784 output discards
     0 PAUSE output

admin@ecs-n1:~>

For outputfortolkning se følgende afsnit


: Legacy-metode 
  1. Fastgør skallen til den switch, der kræver godkendelse
Kommando:
# SSH <switch navn.rack>
 
  1. Kør nedenstående kommando for at få et generelt overblik over alle grænseflader 
 
Kommando:
# Status
for SH-grænsefladerEksempel:  
hare#sh interfaces status
Port       Name                              Status       Vlan     Duplex Speed  Type         Flags
Et1        MLAG group 100                    connected    in Po100 full   10G    10GBASE-SRL
Et2        MLAG group 100                    connected    in Po100 full   10G    10GBASE-SRL
Et3        MLAG group 100                    notconnect   in Po100 full   10G    10GBASE-SRL
Et4        MLAG group 100                    notconnect   in Po100 full   10G    Not Present
Et5        MLAG group 100                    notconnect   in Po100 full   10G    Not Present
Et6        MLAG group 100                    notconnect   in Po100 full   10G    Not Present
Et7        MLAG group 100                    notconnect   in Po100 full   10G    Not Present
Et8        MLAG group 100                    notconnect   in Po100 auto   auto   1000BASE-T
Et9        MLAG group 1                      connected    in Po1   full   10G    10GBASE-CRA
Et10       MLAG group 2                      connected    in Po2   full   10G    10GBASE-CRA
Et11       MLAG group 3                      connected    in Po3   full   10G    10GBASE-CRA
Et12       MLAG group 4                      connected    in Po4   full   10G    10GBASE-CRA
Et13       MLAG group 5                      connected    in Po5   full   10G    10GBASE-CRA
Et14       MLAG group 6                      connected    in Po6   full   10G    10GBASE-CRA
Et15       MLAG group 7                      connected    in Po7   full   10G    10GBASE-CRA
Et16       MLAG group 8                      connected    in Po8   full   10G    10GBASE-CRA
Et17       MLAG group 9                      notconnect   in Po9   full   10G    Not Present
Et18       MLAG group 10                     notconnect   in Po10  full   10G    Not Present
Et19       MLAG group 11                     notconnect   in Po11  full   10G    Not Present
Et20       MLAG group 12                     notconnect   in Po12  full   10G    Not Present
Et21       MLAG group 13                     notconnect   in Po13  full   10G    Not Present
Et22       MLAG group 14                     notconnect   in Po14  full   10G    Not Present
Et23       MLAG group 15                     notconnect   in Po15  full   10G    Not Present
Et24       MLAG group 16                     notconnect   in Po16  full   10G    Not Present
Et25       MLAG group 17                     notconnect   in Po17  full   10G    Not Present
Et26       MLAG group 18                     notconnect   in Po18  full   10G    Not Present
Et27       MLAG group 19                     notconnect   in Po19  full   10G    Not Present
Et28       MLAG group 20                     notconnect   in Po20  full   10G    Not Present
Et29       MLAG group 21                     notconnect   in Po21  full   10G    Not Present
Et30       MLAG group 22                     notconnect   in Po22  full   10G    Not Present
Et31       MLAG group 23                     notconnect   in Po23  full   10G    Not Present
Et32       MLAG group 24                     notconnect   in Po24  full   10G    Not Present
Et33       RESERVED                          notconnect   1        full   10G    Not Present
Et34       RESERVED                          notconnect   1        full   10G    Not Present
Et35       RESERVED                          notconnect   1        full   10G    Not Present
Et36       RESERVED                          notconnect   1        full   10G    Not Present
Et37       RESERVED                          notconnect   1        full   10G    Not Present
Et38       RESERVED                          notconnect   1        full   10G    Not Present
Et39       RESERVED                          notconnect   1        full   10G    Not Present
Et40       RESERVED                          notconnect   1        full   10G    Not Present
Et41       RESERVED                          notconnect   1        full   10G    Not Present
Et42       RESERVED                          notconnect   1        full   10G    Not Present
Et43       RESERVED                          notconnect   1        full   10G    Not Present
Et44       RESERVED                          notconnect   1        full   10G    Not Present
Et45       mlag peer connection              connected    in Po25  full   10G    10GBASE-CRA
Et46       mlag peer connection              connected    in Po25  full   10G    10GBASE-CRA
Et47       mlag peer connection              connected    in Po25  full   10G    10GBASE-CRA
Et48       mlag peer connection              connected    in Po25  full   10G    10GBASE-CRA
Et49/1                                       notconnect   1        full   10G    Not Present
Et49/2                                       notconnect   1        full   10G    Not Present
Et49/3                                       notconnect   1        full   10G    Not Present
Et49/4                                       notconnect   1        full   10G    Not Present
Et50/1                                       notconnect   1        full   10G    Not Present
Et50/2                                       notconnect   1        full   10G    Not Present
Et50/3                                       notconnect   1        full   10G    Not Present
Et50/4                                       notconnect   1        full   10G    Not Present
Et51/1                                       notconnect   1        full   10G    Not Present
Et51/2                                       notconnect   1        full   10G    Not Present
Et51/3                                       notconnect   1        full   10G    Not Present
Et51/4                                       notconnect   1        full   10G    Not Present
Et52/1                                       notconnect   1        full   10G    Not Present
Et52/2                                       notconnect   1        full   10G    Not Present
Et52/3                                       notconnect   1        full   10G    Not Present
Et52/4                                       notconnect   1        full   10G    Not Present
Ma1                                          connected    routed   a-full a-1G   10/100/1000
Po1        Nile Node01 (Data) MLAG 1         connected    2769     full   20G    N/A
Po2        Nile Node02 (Data) MLAG 2         connected    2769     full   20G    N/A
Po3        Nile Node03 (Data) MLAG 3         connected    2769     full   20G    N/A
Po4        Nile Node04 (Data) MLAG 4         connected    2769     full   20G    N/A
Po5        Nile Node05 (Data/Compute) MLAG 5 connected    2769     full   20G    N/A
Po6        Nile Node06 (Data/Compute) MLAG 6 connected    2769     full   20G    N/A
Po7        Nile Node07 (Data/Compute) MLAG 7 connected    2769     full   20G    N/A
Po8        Nile Node08 (Data/Compute) MLAG 8 connected    2769     full   20G    N/A
Po9        Nile Node09 (Compute) MLAG 9      notconnect   2769     full   unconf N/A
Po10       Nile Node10 (Compute) MLAG 10     notconnect   2769     full   unconf N/A
Po11       Nile Node11 (Compute) MLAG 11     notconnect   2769     full   unconf N/A
Po12       Nile Node12 (Compute) MLAG 12     notconnect   2769     full   unconf N/A
Po13       Nile Node13 (Compute) MLAG 13     notconnect   1        full   unconf N/A
Po14       Nile Node14 (Compute) MLAG 14     notconnect   1        full   unconf N/A
Po15       Nile Node15 (Compute) MLAG 15     notconnect   1        full   unconf N/A
Po16       Nile Node16 (Compute) MLAG 16     notconnect   1        full   unconf N/A
Po17       Nile Node17 (Compute) MLAG 17     notconnect   1        full   unconf N/A
Po18       Nile Node18 (Compute) MLAG 18     notconnect   1        full   unconf N/A
Po19       Nile Node19 (Compute) MLAG 19     notconnect   1        full   unconf N/A
Po20       Nile Node20 (Compute) MLAG 20     notconnect   1        full   unconf N/A
Po21       Nile Node21 (Compute) MLAG 21     notconnect   1        full   unconf N/A
Po22       Nile Node22 (Compute) MLAG 22     notconnect   1        full   unconf N/A
Po23       Nile Node23 (Compute) MLAG 23     notconnect   1        full   unconf N/A
Po24       Nile Node24 (Compute) MLAG 24     notconnect   1        full   unconf N/A
Po25       mlag peer connection              connected    trunk    full   40G    N/A
Po100      Customer Uplink (MLAG group 100)  connected    2769     full   40G    N/A

MLAG gruppe 100 : Er til kundenetværksforbindelse , er disse grænseflader direkte forbundet til kundens switch. Der skal tilsluttes mindst et port-uplink på hver af haren og kaninen. Status skal være Forbundet, hvilket betyder, at linket er oppe og aktivt på det fysiske lag. Denne gruppe har flere grænseflader, der er grupperet sammen (Ethernet-port 1 - 8). 

Nodeforbindelser (ET9 - ET 16): På et standard Gen 2 rack er hver node 1 slave-0 grænseflader forbundet til Rabbit port Ethernet 9, og dens modstykke slave-1 er forbundet til den samme port på hare. Hver knude har sin egen MLAG-gruppe identificeret (1 for provo, 2 for sandy og så videre ..) . For at sikre, at nodelinket er oppe, skal status være "tilsluttet" på switchsiden, både Hare og Rabbit. 

Ethernet 45 - 48 : Er mlag-peer-forbindelser, det er backend-forbindelser mellem Hare og Rabbit, skal disse tilsluttes til enhver tid for at sikre, at switch-aggregeringsprotokollen fungerer som forventet. 
  1. Specifik grænsefladekontrol (detaljeret); 
For at se nærmere på en individuel portdetalje , nedenstående kommando kan bruges. Eksempel nedenfor kontrollerer Ethernet9-kommando

:

# sh int Ethernet 9

Eksempel:  
hare>sh int Ethernet 9
Ethernet9 is up, line protocol is up (connected)
  Hardware is Ethernet, address is 2xxx.xxxxx.xxxx (bia 2xxx.3xxx.0xxx)
  Description: MLAG group 1
  Member of Port-Channel1
  Ethernet MTU 9214 bytes , BW 10000000 kbit
  Full-duplex, 10Gb/s, auto negotiation: off, uni-link: n/a
  Up 176 days, 15 hours, 50 minutes, 16 seconds
  Loopback Mode : None
  64 link status changes since last clear
  Last clearing of "show interface" counters never
  5 minutes input rate 83.1 Mbps (0.8% with framing overhead), 10914 packets/sec
  5 minutes output rate 44.4 Mbps (0.5% with framing overhead), 7915 packets/sec
     2089446721845 packets input, 2396162845580046 bytes
     Received 299922 broadcasts, 6615343 multicast
     0 runts, 0 giants
     0 input errors, 0 CRC, 0 alignment, 0 symbol, 0 input discards
     9258523 PAUSE input
     2234539463655 packets output, 2622737809302178 bytes
     Sent 2368209 broadcasts, 59767250 multicast
     0 output errors, 0 collisions
     0 late collision, 0 deferred, 96470619 output discards
     0 PAUSE output
 
Med denne kommando kan vi se og yderligere detaljer om specifikke grænseflader:
  1. Portstatus skal være tilsluttet, linjeprotokollen skal være op. Hvis porten er ødelagt fra et hardwaresynspunkt, kan vi muligvis se, at portstatus er nede. 
  2. MAC-adressen kan også bekræftes fra dette output. Dette er en unik hardwareadresse, som hver port har. 
  3. Dupleks og hastighed er vigtige at validere. Fuld duplex skal altid forhandles, halv duplex, hvis det ses, angiver et forhandlingsproblem og skal undersøges. 
  4. Portens oppetid er nyttig til at validere stabilitet, i tilfælde af linkklapper nulstilles oppetiden fortsat.
  5. Tællere leverede vigtig statistik, CRC, fejl og kollisioner bør ikke øges på porten. Hvis det er tilfældet, er det tegn på et problem, og det kan påvirke ydeevnen. 
 

Article Properties

Affected Product

ECS

Product

ECS Appliance, ECS Appliance Gen 1, ECS Appliance Gen 2, ECS Appliance Hardware Gen1 C-Series, ECS Appliance Hardware Gen2 C-Series, ECS Appliance Hardware Gen2 U-Series

Last Published Date

19 Dec 2022

Version

3

Article Type

How To

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